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DC networks and circuit theorems

Reduce and solve linear DC networks without losing source signs, terminal behavior or physical power. Derive port equivalents, load matching, bridge sensitivity, star–delta reduction, reciprocity and variational principles, including controlled-source and singular limits.

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After reading, you can

  • Distinguish the existence of a constant DC solution from the transient process that might approach it.
  • Construct and audit nodal equations, including floating ideal voltage constraints.
  • Use superposition for linear responses while retaining nonlinear power cross terms.
  • Derive Thévenin and Norton equivalents with explicit port references and existence conditions.
  • Keep dependent sources active when computing terminal resistance, and classify singular cases.
  • Separate maximum load power, actual physical internal dissipation and a stated efficiency ledger.
  • Analyze a loaded bridge and distinguish exact response from local sensitivity.
  • Derive star–delta conversion and Kron reduction as preservation of a boundary response.
  • Prove reciprocity and variational results under their passive-network assumptions, then test counterexamples.
01

Identify the DC problem before reducing it

A DC network problem asks for variables that are constant in the regime being modeled. In this lesson the main elements are fixed positive resistors and ideal independent or controlled sources. We assume that the lumped circuit description applies and that the chosen terminal relations remain valid at the solved operating point. Constancy is a property of a proposed solution; it is not a theorem that a real device will reach that solution after switching.

A capacitor with constant terminal voltage has zero terminal current in the ideal fixed-C model, and an inductor with constant current has zero terminal voltage in the ideal fixed-L model. These facts help construct an appropriate steady model. They do not erase initial charge, trapped flux, an inconsistent source constraint or a transient that fails to decay. The following lesson treats RC and RL evolution with initial conditions; here we solve and scrutinize the constant network itself.

Each numerical network below is an original teaching model with exact rational parameters. Exact arithmetic lets us expose cancellations, signs and singular equations without roundoff. It does not give the resistors exact physical tolerances, certify a supply rating or turn a controlled-source abstraction into an unlimited real energy source. The descriptions specify topology, units, source orientation and the meaning of each limiting case.

02

Choose a first path and an advanced return

For a first reading, follow the original two-node network from its nodal equations through the open-circuit voltage, test-source resistance and loaded response. Work the complete matched-load example, then compare a dependent-source port and a bridge. Those cases establish the practical method: define the boundary, solve the retained circuit, and check currents and power before trusting a reduction.

The advanced return explains why these methods work. Elimination produces a Schur complement; a source-free star becomes a three-terminal delta; symmetry gives reciprocal transfer responses; constrained minimization gives useful bounds and monotonicity. The proofs state which matrices, source conditions and boundary variables they use. A formula for a positive resistor network is not automatically a formula for an active controlled-source network.

Useful preparation is the treatment of current and conduction, capacitive storage, and the preceding lesson’s associated voltage/current references and Kirchhoff constraints. We use the same distinction between topology and element laws. Here that foundation supports new network theorems rather than a second derivation of every Kirchhoff law. Phasor matching, semiconductor nonlinearity and complete transient solutions retain their separate later lessons.

03

Keep port and power signs explicit

For a branch oriented from its tail to its head, define v=V_tail−V_head and i positive from tail to head. The product p=vi is the power absorbed by that branch. A negative answer reverses the energy transfer relative to this convention. A negative node potential does not by itself identify a delivering source, and a positive current arrow does not establish the sign of a source’s power.

At the main one-port, let V=V_p−V_0. We use I for current delivered out of the network at p into the external load, returning at node 0. The current entering the network at its positive terminal is therefore i=−I. The load absorbs VI, while the network’s net terminal input is −VI. Writing V=V_th−R_th I is consistent with these references; writing V=V_th+R_th i uses the entering-current reference instead.

The distinction matters in test-source calculations. With independent sources zeroed, a positive imposed test voltage drives current into a passive network. That entering current is used in R_th=V_test/i_test. Using the network’s delivered current in the same quotient without changing the sign would turn every positive passive resistance into a spurious negative value. Choose the reference first and carry it through the diagram, equations and power ledger.

04

Reduce only topologically valid series and parallel parts

Two ideal resistors are in parallel when both connect to the same pair of nodes. They then share the same signed voltage and their conductances add: G_eq=G_1+G_2. Two resistors in series carry the same current when their common intermediate node has no additional branch or retained storage that can divert current. Their resistances then add. The geometric appearance of two symbols beside one another is not enough.

A wire in the chosen ideal model contracts its endpoints to a single node; redrawing that node does not change the circuit. Conversely, a crossing without a junction is not a connection. Before applying a series or parallel shortcut, write the two endpoint names and identify every branch at the shared node. In the bridge studied below, adding a finite meter between the midpoints destroys the independent-divider simplification except at special balanced states.

For fixed positive resistors the equivalent conductance is nonnegative, and any nonzero voltage across a finite positive resistance dissipates power. Ideal shorts and opens are boundary constraints, not ordinary large or small finite resistor measurements. We retain them explicitly when they are needed: a short fixes its voltage and leaves its current to KCL; an open fixes its current and leaves its voltage to the rest of the network.

05

Write the original two-node network

Take node 0 as an arbitrary potential reference. Ideal voltage constraints set V_a=9 V and V_b=−4 V. Five resistors connect a→x through 2 Ω, x→0 through 6 Ω, x→p through 3 Ω, p→0 through 12 Ω and p→b through 8 Ω. The external load, when present, connects p to 0. A reference node is a mathematical choice; this description does not assert a protective Earth connection.

With an open port, KCL at x is (V_x−9 V)/(2 Ω)+V_x/(6 Ω)+(V_x−V)/(3 Ω)=0. KCL at p is (V−V_x)/(3 Ω)+V/(12 Ω)+(V+4 V)/(8 Ω)=0. In node order (x,p), the conductance matrix is [[1,−1/3],[−1/3,13/24]] S and the source vector is [9/2,−1/2] A. A finite load adds 1/R_L to the second diagonal; it does not change either independent source value.

The first equation gives V_x=9/2 V+V/3. Substitute into the second to obtain (31/72 S)V=1 A for the open port. This elimination will become the port-equivalent derivation. Before reducing anything, it already gives a useful structural check: the diagonal conductances include every incident resistor, and each shared resistor contributes matching negative off-diagonal entries. The negative source-vector entry at p comes from the prescribed −4 V node, not a negative resistor.

06

Understand the positive conductance matrix

For a connected source-free network of positive reciprocal resistors with one reference potential fixed, the reduced nodal matrix has the form G=A_r diag(g_e) A_rᵀ, where A_r is the reduced incidence matrix and g_e=1/R_e>0. For any nonzero nodal vector z, zᵀGz=Σ_e g_e(Δz_e)²>0. Connectivity to the reference removes the constant-potential freedom. Thus this reduced G is symmetric positive definite and the current-injection problem has a unique solution.

The assumptions do work. A completely floating connected component retains a common-potential freedom until a reference is chosen or a terminal constraint fixes it. A controlled source can add an asymmetric or negative incremental conductance contribution. An ideal voltage constraint introduces an extra current unknown rather than an ordinary finite resistor conductance. None of those cases is covered merely by saying that a matrix came from a circuit.

The two-node passive matrix above has determinant 31/72 S². Its leading diagonal is positive, and the determinant is positive, as expected for the positive resistor subnetwork with fixed boundary nodes. When a positive finite load is added, the second diagonal increases and uniqueness is retained. A solver should still check the physical residuals and source powers: positive definiteness establishes the linear solve’s structure, not the correctness of a mistranscribed graph.

07

Handle floating voltage constraints with an extra current

An ideal voltage source between two unknown nodes does not have an Ohmic current law. One can write a supernode KCL equation and a voltage constraint, or retain the source current explicitly in modified nodal analysis (MNA). For a reciprocal resistor subnetwork with voltage-constraint incidence B, the block form is [[G,B],[Bᵀ,0]][v,i_s]ᵀ=[j,e_s]ᵀ. The rows and columns have different units: a conductance multiplying volts produces amperes, while the constraint row produces volts.

Consider a separate original control: 2 Ω from u to 0, 3 Ω from v to 0, a 1 A source from 0 to v, and the constraint V_u−V_v=5 V. Let i_uv be positive from u to v through the voltage constraint. The equations are V_u/(2 Ω)+i_uv=0, V_v/(3 Ω)−i_uv=1 A and V_u−V_v=5 V. Their solution is V_u=16/5 V, V_v=−9/5 V and i_uv=−8/5 A.

The 5 V constraint absorbs (5 V)(−8/5 A)=−8 W. The current source has its associated drop V_0−V_v=9/5 V and absorbs 9/5 W; the resistors dissipate 31/5 W in total. These add to zero. The full MNA matrix is a saddle system with a zero constraint block, not the positive definite resistor-only G of the preceding proof. Existence and uniqueness require consistent independent constraints; a named method does not repair conflicting ideal sources.

08

Superpose linear responses with fixed elements

For a fixed linear circuit with a unique solution, collect the unknowns into x and the independent excitations into s. The equations have the form Mx=Bs. If x₁ responds to s₁ and x₂ responds to s₂, then M(x₁+x₂)=B(s₁+s₂); uniqueness identifies the combined response. The element matrix, controlled-source gains and all boundary connections stay fixed. Changing a resistor or moving the load is a different problem, not another source contribution.

To find a contribution from one independent source, set the other independent source values to zero. A zero ideal voltage constraint is a short: it still requires equal endpoint potentials and can carry current. A zero ideal current source is an open: it enforces zero branch current and can support voltage. The internal resistance of a nonideal source remains part of the network. Dependent sources retain their constitutive laws because their values are determined by the circuit response.

A network with fixed nonzero independent sources has an affine relation between some selected input and output variables: a bias plus a linear response. Differences between two solutions satisfy the corresponding zero-independent-source linear problem. State the source set and the measured quantity when using the word linear. Voltage and current can superpose here; multiplying them to obtain power introduces cross terms. For a singular system, even a consistent equation may not select a unique response to decompose.

09

Derive the port relation by elimination

Reconnect an external load to the original port and let I be its delivered current. KCL at p includes that additional outward I. Eliminating V_x from the two node equations now gives I=1 A−(31/72 S)V. Rearranging yields V=72/31 V−(72/31 Ω)I. The two constants describe the port for every allowed external connection that keeps the original linear model valid, not merely for the one load used during a calculation.

This is a Thévenin relation V=V_th−R_th I with V_th=72/31 V and R_th=72/31 Ω. Their equal numerical values in different SI units are a feature of the chosen parameters, not a physical identification of voltage with resistance. Setting I=0 gives the open voltage. Setting V=0 gives the delivered short current I_sc=1 A. Thus V_oc/I_sc=R_th is valid for this nondegenerate case with the same current reference.

More generally, eliminate internal variables from a linear network while retaining its terminal variables. A one-port can have a relation av+bi=c. A finite Thévenin representation requires that it can be solved for v as an affine function of its port current; a finite Norton representation requires the analogous current form. An ideal current source has a Norton form but no uniquely determined finite open-circuit voltage. An ideal voltage source has a Thévenin form but no uniquely determined finite short-circuit current. The words any linear network need these representation and consistency qualifications.

10

Measure resistance with a source-off test

For the original passive network, zero both independent voltage sources, so a and b are each constrained to node 0. Impose V_test=1 V at p. KCL at x gives V_x=1/3 V. The current entering the network from the test source is (1−1/3)/(3 Ω)+1/(12 Ω)+1/(8 Ω)=31/72 A. Consequently R_th=(1 V)/(31/72 A)=72/31 Ω.

This method computes the slope of the terminal relation after removing the independent-source bias. A resistor-only reduction gives the same result: seen from x, 2 Ω and 6 Ω are parallel, giving 3/2 Ω; that is in series with the 3 Ω x–p resistor; the resulting 9/2 Ω branch is parallel with 12 Ω and 8 Ω. Their summed conductance is 2/9+1/12+1/8=31/72 S. The topology and the port boundary determine which parts can be combined.

When dependent sources are present, retain them in the source-off circuit. One may impose a test voltage and compute entering current, or impose a test current and compute voltage, provided the corresponding constrained problem has a solution. A zero test current does not justify dividing by zero, and a failed rank condition should be reported explicitly. The quotient V_oc/I_sc is a useful shortcut only when those two controlled experiments are well-defined and informative; a source-free resistive network has V_oc=I_sc=0 although its resistance is finite.

11

Connect Thévenin and Norton at the same port

The original affine relation I=1 A−V/(72/31 Ω) can be realized as an ideal 1 A Norton source directed from 0 to p in parallel with 72/31 Ω. The current through that parallel resistor is V/R_th, leaving the difference for the external load. The equivalent Thévenin realization uses an ideal 72/31 V source in series with 72/31 Ω. Both deliver the same V and I to the same external one-port boundary under the stated model.

Source transformation preserves the relation at the chosen terminals, not the currents or dissipations inside the removed network. The Norton shunt current and the Thévenin series current are generally different. Even their ideal source powers can differ, although the port power VI agrees. A branch used as a dependent-source control cannot be removed without retaining its control variable or deriving an equivalent controlled model. A circuit with external controls is a multiport problem unless those controls are explicitly fixed.

Keep the port orientation during conversion: the Norton short-current arrow must deliver current out of the positive-voltage terminal in the convention used here. If an external load is nonlinear, a valid linear source equivalent can still be useful: solve its affine source relation together with the load’s actual nonlinear relation, including possible multiple intersections. That does not make the load itself linear or certify every mathematical operating point as dynamically stable.

12

Read the complete load family

For R_L>0 the original source equivalent gives I=V_th/(R_th+R_L) and V=V_th R_L/(R_th+R_L). Write r=R_L/R_th. Since this network has V_th/R_th=1 A, the normalized current is I/(1 A)=1/(1+r), the normalized voltage is V/V_th=r/(1+r), and P_L/[V_th²/(4R_th)]=4r/(1+r)². The normalizations are dimensionless; the raw scientific data retains SI values.

The original family uses 65 finite load settings r=k/16, k=0…64, plus a separate open state. At r=0 the ideal short fixes V=0 and carries 1 A; its absorbed power is zero even though internal currents and losses are nonzero. At an open port I=0 and V=72/31 V; original internal branches still carry current between the two supplies. An open-circuit voltage is therefore not evidence that the source network draws no supply power.

At r=1, V=36/31 V, I=1/2 A and P_L=18/31 W. The internal node is V_x=303/62 V. The 9 V constraint delivers 2295/124 W and the −4 V constraint delivers 80/31 W under their associated branch references. The five original resistors dissipate 2543/124 W. Adding load absorption gives 2543/124+18/31=2615/124 W, exactly the combined source delivery. This complete ledger is a stronger check than a plausible terminal voltage alone.

One port, complete load family and separate power ledgers

The original five-node circuit and its65finite static load configurations, plus the separate open state. A terminal equivalent preserves port response, not the physical internal dissipation.

Original five-node port and current references

    Original five-node port and current referencesSchematic topology only. All resistor values, voltage constraints and branch orientations come from the admitted literal; line lengths do not encode resistance.Reference arrows indicate positive branch current, not the solved current direction.2 Ω6 Ω3 Ω12 Ω8 Ωa→0: 9 Vb→0: −4 V0axpbI delivered →R_LV=V_p−V_0; entering-network current i=−I. The datum0 is not safety Earth.The dashed green load branch is varied; all five blue resistor values stay fixed.Signed source absorption is separate from physical resistor loss and equivalent loss.

    Complete passive load response

    • V/V_th — blue circle3, solid
    • I/I_sc — orange square7, dashed
    • P_L/P_max — green diamond9, dotted
    Complete passive load response65 finite load records; voltage, delivered current and maximum-normalized power. The66th open state is separately labelled.0123400.250.50.751V_th=72/31 V; R_th=72/31 Ω; I_sc=1 A.V/V_th, I/I_sc and P_L/P_max (dimensionless)r=R_L/R_th;65 finite static configurationsSeparate open state (no finite r): V/V_th=1, I/I_sc=0, P_L/P_max=0.P_max is the load maximum. Equivalent series loss is not original internal dissipation.
    • For every oriented branch, voltage is Vtail−Vhead, current is positive tail→head and p=vi is absorbed power. I at p is positive delivered to the load; entering-network current is −I. Reference0 is a voltage datum, not safety Earth.
    • The load axis is r=R_L/R_th; curves show V/V_th, I/I_sc and P_L/P_max. The maximum normalized power is1, not1/4. The open state is not assigned an invented finite resistance.
    • The complete tables retain all node/branch values, physical resistor loss and both original source powers separately from the equivalent-resistor/source ledger, plus all three fixed-load superposition controls. Power does not superpose.
    • Finite points are distinct static source/load problems. No charging transient, stability result or battery chemistry is inferred.

    Original one-port: distinguish boundary response from physical internal power

    Same matched load: linear responses add, powers retain a cross term

    One port, complete load family and separate power ledgers — every raw source field, exact value and explicit domain/status (5460 source fields)

    Rational values are exact reduced fractions, not rounded plot coordinates. Null is retained explicitly and is never an ordinary zero. Every raw source path appears once; branch orientations, indices, units, power signs and rank reasons remain inspectable.

    One port, complete load family and separate power ledgers — every raw source field, exact value and explicit domain/status
    Physical quantity and source contextExact source value / statusSource path
    Schema Version1schemaVersion
    Ordinal158ordinal
    Identitychapter-14-subject-2identity
    Literal SHA25626eb6d40b8af520fa6c8e0b79c79e937557db8cbb604dfcf2501761e51e4d7e3literalSHA256
    Units → VoltageVunits/voltage
    Units → CurrentAunits/current
    Units → PowerWunits/power
    Units → Resistanceohmunits/resistance
    Units → ConductanceSunits/conductance
    Units → Normalizeddimensionlessunits/normalized
    Original passive one-port → Open Circuit Voltage (V)Exact reduced rational: 72/31passiveOnePort/openCircuitVoltageV
    Original passive one-port → Thevenin Resistance (Ω)Exact reduced rational: 72/31passiveOnePort/theveninResistanceOhm
    Original passive one-port → Short Circuit Delivered Current (A)Exact reduced rational: 1passiveOnePort/shortCircuitDeliveredCurrentA
    Original passive one-port → Source Off Test → Load resistance R_L (Ω); null denotes opennull — not an ordinary number; see this source record’s domain/status.passiveOnePort/sourceOffTest/loadOhm
    Original passive one-port → Source Off Test → Imposed test/short port voltage (V); null means no imposed voltageExact reduced rational: 1passiveOnePort/sourceOffTest/forcedPortV
    Original passive one-port → Source Off Test → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/sourceOffTest/nodePotentialsV/0
    Original passive one-port → Source Off Test → Node Potentials (V) → AExact reduced rational: 0passiveOnePort/sourceOffTest/nodePotentialsV/a
    Original passive one-port → Source Off Test → Node Potentials (V) → BExact reduced rational: 0passiveOnePort/sourceOffTest/nodePotentialsV/b
    Original passive one-port → Source Off Test → Node Potentials (V) → XExact reduced rational: 1/3passiveOnePort/sourceOffTest/nodePotentialsV/x
    Original passive one-port → Source Off Test → Node Potentials (V) → PExact reduced rational: 1passiveOnePort/sourceOffTest/nodePotentialsV/p
    Original passive one-port → Source Off Test → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/sourceOffTest/branches/0/id
    Original passive one-port → Source Off Test → Branches → record 0: ax (a→x) → TailapassiveOnePort/sourceOffTest/branches/0/tail
    Original passive one-port → Source Off Test → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/sourceOffTest/branches/0/head
    Original passive one-port → Source Off Test → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/sourceOffTest/branches/0/resistanceOhm
    Original passive one-port → Source Off Test → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: -1/3passiveOnePort/sourceOffTest/branches/0/voltageV
    Original passive one-port → Source Off Test → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: -1/6passiveOnePort/sourceOffTest/branches/0/currentA
    Original passive one-port → Source Off Test → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 1/18passiveOnePort/sourceOffTest/branches/0/absorbedPowerW
    Original passive one-port → Source Off Test → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/sourceOffTest/branches/1/id
    Original passive one-port → Source Off Test → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/sourceOffTest/branches/1/tail
    Original passive one-port → Source Off Test → Branches → record 1: x0 (x→0) → Head0passiveOnePort/sourceOffTest/branches/1/head
    Original passive one-port → Source Off Test → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/sourceOffTest/branches/1/resistanceOhm
    Original passive one-port → Source Off Test → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 1/3passiveOnePort/sourceOffTest/branches/1/voltageV
    Original passive one-port → Source Off Test → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 1/18passiveOnePort/sourceOffTest/branches/1/currentA
    Original passive one-port → Source Off Test → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 1/54passiveOnePort/sourceOffTest/branches/1/absorbedPowerW
    Original passive one-port → Source Off Test → Branches → record 2: xp (x→p) → IdxppassiveOnePort/sourceOffTest/branches/2/id
    Original passive one-port → Source Off Test → Branches → record 2: xp (x→p) → TailxpassiveOnePort/sourceOffTest/branches/2/tail
    Original passive one-port → Source Off Test → Branches → record 2: xp (x→p) → HeadppassiveOnePort/sourceOffTest/branches/2/head
    Original passive one-port → Source Off Test → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/sourceOffTest/branches/2/resistanceOhm
    Original passive one-port → Source Off Test → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: -2/3passiveOnePort/sourceOffTest/branches/2/voltageV
    Original passive one-port → Source Off Test → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: -2/9passiveOnePort/sourceOffTest/branches/2/currentA
    Original passive one-port → Source Off Test → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 4/27passiveOnePort/sourceOffTest/branches/2/absorbedPowerW
    Original passive one-port → Source Off Test → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/sourceOffTest/branches/3/id
    Original passive one-port → Source Off Test → Branches → record 3: p0 (p→0) → TailppassiveOnePort/sourceOffTest/branches/3/tail
    Original passive one-port → Source Off Test → Branches → record 3: p0 (p→0) → Head0passiveOnePort/sourceOffTest/branches/3/head
    Original passive one-port → Source Off Test → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/sourceOffTest/branches/3/resistanceOhm
    Original passive one-port → Source Off Test → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 1passiveOnePort/sourceOffTest/branches/3/voltageV
    Original passive one-port → Source Off Test → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 1/12passiveOnePort/sourceOffTest/branches/3/currentA
    Original passive one-port → Source Off Test → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 1/12passiveOnePort/sourceOffTest/branches/3/absorbedPowerW
    Original passive one-port → Source Off Test → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/sourceOffTest/branches/4/id
    Original passive one-port → Source Off Test → Branches → record 4: pb (p→b) → TailppassiveOnePort/sourceOffTest/branches/4/tail
    Original passive one-port → Source Off Test → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/sourceOffTest/branches/4/head
    Original passive one-port → Source Off Test → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/sourceOffTest/branches/4/resistanceOhm
    Original passive one-port → Source Off Test → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 1passiveOnePort/sourceOffTest/branches/4/voltageV
    Original passive one-port → Source Off Test → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 1/8passiveOnePort/sourceOffTest/branches/4/currentA
    Original passive one-port → Source Off Test → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 1/8passiveOnePort/sourceOffTest/branches/4/absorbedPowerW
    Original passive one-port → Source Off Test → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/sourceOffTest/branches/5/id
    Original passive one-port → Source Off Test → Branches → record 5: a0 (a→0) → TailapassiveOnePort/sourceOffTest/branches/5/tail
    Original passive one-port → Source Off Test → Branches → record 5: a0 (a→0) → Head0passiveOnePort/sourceOffTest/branches/5/head
    Original passive one-port → Source Off Test → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 0passiveOnePort/sourceOffTest/branches/5/voltageV
    Original passive one-port → Source Off Test → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: 1/6passiveOnePort/sourceOffTest/branches/5/currentA
    Original passive one-port → Source Off Test → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: 0passiveOnePort/sourceOffTest/branches/5/absorbedPowerW
    Original passive one-port → Source Off Test → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/sourceOffTest/branches/6/id
    Original passive one-port → Source Off Test → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/sourceOffTest/branches/6/tail
    Original passive one-port → Source Off Test → Branches → record 6: b0 (b→0) → Head0passiveOnePort/sourceOffTest/branches/6/head
    Original passive one-port → Source Off Test → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: 0passiveOnePort/sourceOffTest/branches/6/voltageV
    Original passive one-port → Source Off Test → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 1/8passiveOnePort/sourceOffTest/branches/6/currentA
    Original passive one-port → Source Off Test → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: 0passiveOnePort/sourceOffTest/branches/6/absorbedPowerW
    Original passive one-port → Source Off Test → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/sourceOffTest/branches/7/id
    Original passive one-port → Source Off Test → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/sourceOffTest/branches/7/tail
    Original passive one-port → Source Off Test → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/sourceOffTest/branches/7/head
    Original passive one-port → Source Off Test → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 1passiveOnePort/sourceOffTest/branches/7/voltageV
    Original passive one-port → Source Off Test → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: -31/72passiveOnePort/sourceOffTest/branches/7/currentA
    Original passive one-port → Source Off Test → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: -31/72passiveOnePort/sourceOffTest/branches/7/absorbedPowerW
    Original passive one-port → Source Off Test → Current delivered out of network (A)Exact reduced rational: -31/72passiveOnePort/sourceOffTest/deliveredPortCurrentA
    Original passive one-port → Source Off Test → Current entering network (A)Exact reduced rational: 31/72passiveOnePort/sourceOffTest/enteringNetworkPortCurrentA
    Original passive one-port → Source Off Test → Load Or Test Absorbed Power (W)Exact reduced rational: -31/72passiveOnePort/sourceOffTest/loadOrTestAbsorbedPowerW
    Original passive one-port → Source Off Test → Physical internal resistor dissipation (W)Exact reduced rational: 31/72passiveOnePort/sourceOffTest/physicalInternalResistorDissipationW
    Original passive one-port → Source Off Test → Sum of original sources absorbed power (W)Exact reduced rational: 0passiveOnePort/sourceOffTest/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Source Off Test → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/sourceOffTest/kclResidualA/0
    Original passive one-port → Source Off Test → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/sourceOffTest/kclResidualA/a
    Original passive one-port → Source Off Test → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/sourceOffTest/kclResidualA/b
    Original passive one-port → Source Off Test → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/sourceOffTest/kclResidualA/x
    Original passive one-port → Source Off Test → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/sourceOffTest/kclResidualA/p
    Original passive one-port → Source Off Test → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/sourceOffTest/powerResidualW
    Original passive one-port → Source Off Test Entering Current (A)Exact reduced rational: 31/72passiveOnePort/sourceOffTestEnteringCurrentA
    Original passive one-port → Reduced Conductance Matrix (S) → record 0 → record 0Exact reduced rational: 1passiveOnePort/reducedConductanceMatrixS/0/0
    Original passive one-port → Reduced Conductance Matrix (S) → record 0 → record 1Exact reduced rational: -1/3passiveOnePort/reducedConductanceMatrixS/0/1
    Original passive one-port → Reduced Conductance Matrix (S) → record 1 → record 0Exact reduced rational: -1/3passiveOnePort/reducedConductanceMatrixS/1/0
    Original passive one-port → Reduced Conductance Matrix (S) → record 1 → record 1Exact reduced rational: 13/24passiveOnePort/reducedConductanceMatrixS/1/1
    Original passive one-port → Source Vector (A) → record 0Exact reduced rational: 9/2passiveOnePort/sourceVectorA/0
    Original passive one-port → Source Vector (A) → record 1Exact reduced rational: -1/2passiveOnePort/sourceVectorA/1
    Original passive one-port → Schur Port Conductance (S)Exact reduced rational: 31/72passiveOnePort/schurPortConductanceS
    Original passive one-port → Schur Source Offset (A)Exact reduced rational: 1passiveOnePort/schurSourceOffsetA
    Original passive one-port → Load States → record 0 → Load resistance R_L (Ω); null denotes openExact reduced rational: 0passiveOnePort/loadStates/0/loadOhm
    Original passive one-port → Load States → record 0 → Imposed test/short port voltage (V); null means no imposed voltageExact reduced rational: 0passiveOnePort/loadStates/0/forcedPortV
    Original passive one-port → Load States → record 0 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/0/nodePotentialsV/0
    Original passive one-port → Load States → record 0 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/0/nodePotentialsV/a
    Original passive one-port → Load States → record 0 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/0/nodePotentialsV/b
    Original passive one-port → Load States → record 0 → Node Potentials (V) → XExact reduced rational: 9/2passiveOnePort/loadStates/0/nodePotentialsV/x
    Original passive one-port → Load States → record 0 → Node Potentials (V) → PExact reduced rational: 0passiveOnePort/loadStates/0/nodePotentialsV/p
    Original passive one-port → Load States → record 0 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/0/branches/0/id
    Original passive one-port → Load States → record 0 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/0/branches/0/tail
    Original passive one-port → Load States → record 0 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/0/branches/0/head
    Original passive one-port → Load States → record 0 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/0/branches/0/resistanceOhm
    Original passive one-port → Load States → record 0 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 9/2passiveOnePort/loadStates/0/branches/0/voltageV
    Original passive one-port → Load States → record 0 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 9/4passiveOnePort/loadStates/0/branches/0/currentA
    Original passive one-port → Load States → record 0 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 81/8passiveOnePort/loadStates/0/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 0 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/0/branches/1/id
    Original passive one-port → Load States → record 0 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/0/branches/1/tail
    Original passive one-port → Load States → record 0 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/0/branches/1/head
    Original passive one-port → Load States → record 0 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/0/branches/1/resistanceOhm
    Original passive one-port → Load States → record 0 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 9/2passiveOnePort/loadStates/0/branches/1/voltageV
    Original passive one-port → Load States → record 0 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 3/4passiveOnePort/loadStates/0/branches/1/currentA
    Original passive one-port → Load States → record 0 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 27/8passiveOnePort/loadStates/0/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 0 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/0/branches/2/id
    Original passive one-port → Load States → record 0 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/0/branches/2/tail
    Original passive one-port → Load States → record 0 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/0/branches/2/head
    Original passive one-port → Load States → record 0 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/0/branches/2/resistanceOhm
    Original passive one-port → Load States → record 0 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 9/2passiveOnePort/loadStates/0/branches/2/voltageV
    Original passive one-port → Load States → record 0 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 3/2passiveOnePort/loadStates/0/branches/2/currentA
    Original passive one-port → Load States → record 0 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 27/4passiveOnePort/loadStates/0/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 0 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/0/branches/3/id
    Original passive one-port → Load States → record 0 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/0/branches/3/tail
    Original passive one-port → Load States → record 0 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/0/branches/3/head
    Original passive one-port → Load States → record 0 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/0/branches/3/resistanceOhm
    Original passive one-port → Load States → record 0 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 0passiveOnePort/loadStates/0/branches/3/voltageV
    Original passive one-port → Load States → record 0 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 0passiveOnePort/loadStates/0/branches/3/currentA
    Original passive one-port → Load States → record 0 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 0passiveOnePort/loadStates/0/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 0 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/0/branches/4/id
    Original passive one-port → Load States → record 0 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/0/branches/4/tail
    Original passive one-port → Load States → record 0 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/0/branches/4/head
    Original passive one-port → Load States → record 0 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/0/branches/4/resistanceOhm
    Original passive one-port → Load States → record 0 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 4passiveOnePort/loadStates/0/branches/4/voltageV
    Original passive one-port → Load States → record 0 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 1/2passiveOnePort/loadStates/0/branches/4/currentA
    Original passive one-port → Load States → record 0 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 2passiveOnePort/loadStates/0/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 0 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/0/branches/5/id
    Original passive one-port → Load States → record 0 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/0/branches/5/tail
    Original passive one-port → Load States → record 0 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/0/branches/5/head
    Original passive one-port → Load States → record 0 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/0/branches/5/voltageV
    Original passive one-port → Load States → record 0 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -9/4passiveOnePort/loadStates/0/branches/5/currentA
    Original passive one-port → Load States → record 0 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -81/4passiveOnePort/loadStates/0/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 0 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/0/branches/6/id
    Original passive one-port → Load States → record 0 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/0/branches/6/tail
    Original passive one-port → Load States → record 0 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/0/branches/6/head
    Original passive one-port → Load States → record 0 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/0/branches/6/voltageV
    Original passive one-port → Load States → record 0 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 1/2passiveOnePort/loadStates/0/branches/6/currentA
    Original passive one-port → Load States → record 0 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -2passiveOnePort/loadStates/0/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 0 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/0/branches/7/id
    Original passive one-port → Load States → record 0 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/0/branches/7/tail
    Original passive one-port → Load States → record 0 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/0/branches/7/head
    Original passive one-port → Load States → record 0 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 0passiveOnePort/loadStates/0/branches/7/voltageV
    Original passive one-port → Load States → record 0 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 1passiveOnePort/loadStates/0/branches/7/currentA
    Original passive one-port → Load States → record 0 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 0passiveOnePort/loadStates/0/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 0 → Current delivered out of network (A)Exact reduced rational: 1passiveOnePort/loadStates/0/deliveredPortCurrentA
    Original passive one-port → Load States → record 0 → Current entering network (A)Exact reduced rational: -1passiveOnePort/loadStates/0/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 0 → Load Or Test Absorbed Power (W)Exact reduced rational: 0passiveOnePort/loadStates/0/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 0 → Physical internal resistor dissipation (W)Exact reduced rational: 89/4passiveOnePort/loadStates/0/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 0 → Sum of original sources absorbed power (W)Exact reduced rational: -89/4passiveOnePort/loadStates/0/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 0 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/0/kclResidualA/0
    Original passive one-port → Load States → record 0 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/0/kclResidualA/a
    Original passive one-port → Load States → record 0 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/0/kclResidualA/b
    Original passive one-port → Load States → record 0 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/0/kclResidualA/x
    Original passive one-port → Load States → record 0 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/0/kclResidualA/p
    Original passive one-port → Load States → record 0 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/0/powerResidualW
    Original passive one-port → Load States → record 0 → Record index (metadata, not a measured scalar)0passiveOnePort/loadStates/0/index
    Original passive one-port → Load States → record 0 → r=R_L/R_th (dimensionless)Exact reduced rational: 0passiveOnePort/loadStates/0/normalizedLoad
    Original passive one-port → Load States → record 0 → V/V_th (dimensionless)Exact reduced rational: 0passiveOnePort/loadStates/0/normalizedVoltage
    Original passive one-port → Load States → record 0 → I/I_sc (dimensionless)Exact reduced rational: 1passiveOnePort/loadStates/0/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 0 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 0passiveOnePort/loadStates/0/normalizedPower
    Original passive one-port → Load States → record 0 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 72/31passiveOnePort/loadStates/0/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 0 → Equivalent source absorbed power (W)Exact reduced rational: -72/31passiveOnePort/loadStates/0/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 1 → Load resistance R_L (Ω); null denotes openExact reduced rational: 9/62passiveOnePort/loadStates/1/loadOhm
    Original passive one-port → Load States → record 1 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/1/forcedPortV
    Original passive one-port → Load States → record 1 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/1/nodePotentialsV/0
    Original passive one-port → Load States → record 1 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/1/nodePotentialsV/a
    Original passive one-port → Load States → record 1 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/1/nodePotentialsV/b
    Original passive one-port → Load States → record 1 → Node Potentials (V) → XExact reduced rational: 4791/1054passiveOnePort/loadStates/1/nodePotentialsV/x
    Original passive one-port → Load States → record 1 → Node Potentials (V) → PExact reduced rational: 72/527passiveOnePort/loadStates/1/nodePotentialsV/p
    Original passive one-port → Load States → record 1 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/1/branches/0/id
    Original passive one-port → Load States → record 1 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/1/branches/0/tail
    Original passive one-port → Load States → record 1 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/1/branches/0/head
    Original passive one-port → Load States → record 1 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/1/branches/0/resistanceOhm
    Original passive one-port → Load States → record 1 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 4695/1054passiveOnePort/loadStates/1/branches/0/voltageV
    Original passive one-port → Load States → record 1 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 4695/2108passiveOnePort/loadStates/1/branches/0/currentA
    Original passive one-port → Load States → record 1 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 22043025/2221832passiveOnePort/loadStates/1/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 1 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/1/branches/1/id
    Original passive one-port → Load States → record 1 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/1/branches/1/tail
    Original passive one-port → Load States → record 1 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/1/branches/1/head
    Original passive one-port → Load States → record 1 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/1/branches/1/resistanceOhm
    Original passive one-port → Load States → record 1 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 4791/1054passiveOnePort/loadStates/1/branches/1/voltageV
    Original passive one-port → Load States → record 1 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 1597/2108passiveOnePort/loadStates/1/branches/1/currentA
    Original passive one-port → Load States → record 1 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 7651227/2221832passiveOnePort/loadStates/1/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 1 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/1/branches/2/id
    Original passive one-port → Load States → record 1 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/1/branches/2/tail
    Original passive one-port → Load States → record 1 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/1/branches/2/head
    Original passive one-port → Load States → record 1 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/1/branches/2/resistanceOhm
    Original passive one-port → Load States → record 1 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 4647/1054passiveOnePort/loadStates/1/branches/2/voltageV
    Original passive one-port → Load States → record 1 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 1549/1054passiveOnePort/loadStates/1/branches/2/currentA
    Original passive one-port → Load States → record 1 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 7198203/1110916passiveOnePort/loadStates/1/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 1 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/1/branches/3/id
    Original passive one-port → Load States → record 1 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/1/branches/3/tail
    Original passive one-port → Load States → record 1 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/1/branches/3/head
    Original passive one-port → Load States → record 1 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/1/branches/3/resistanceOhm
    Original passive one-port → Load States → record 1 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 72/527passiveOnePort/loadStates/1/branches/3/voltageV
    Original passive one-port → Load States → record 1 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 6/527passiveOnePort/loadStates/1/branches/3/currentA
    Original passive one-port → Load States → record 1 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 432/277729passiveOnePort/loadStates/1/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 1 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/1/branches/4/id
    Original passive one-port → Load States → record 1 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/1/branches/4/tail
    Original passive one-port → Load States → record 1 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/1/branches/4/head
    Original passive one-port → Load States → record 1 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/1/branches/4/resistanceOhm
    Original passive one-port → Load States → record 1 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 2180/527passiveOnePort/loadStates/1/branches/4/voltageV
    Original passive one-port → Load States → record 1 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 545/1054passiveOnePort/loadStates/1/branches/4/currentA
    Original passive one-port → Load States → record 1 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 594050/277729passiveOnePort/loadStates/1/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 1 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/1/branches/5/id
    Original passive one-port → Load States → record 1 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/1/branches/5/tail
    Original passive one-port → Load States → record 1 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/1/branches/5/head
    Original passive one-port → Load States → record 1 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/1/branches/5/voltageV
    Original passive one-port → Load States → record 1 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -4695/2108passiveOnePort/loadStates/1/branches/5/currentA
    Original passive one-port → Load States → record 1 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -42255/2108passiveOnePort/loadStates/1/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 1 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/1/branches/6/id
    Original passive one-port → Load States → record 1 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/1/branches/6/tail
    Original passive one-port → Load States → record 1 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/1/branches/6/head
    Original passive one-port → Load States → record 1 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/1/branches/6/voltageV
    Original passive one-port → Load States → record 1 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 545/1054passiveOnePort/loadStates/1/branches/6/currentA
    Original passive one-port → Load States → record 1 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -1090/527passiveOnePort/loadStates/1/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 1 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/1/branches/7/id
    Original passive one-port → Load States → record 1 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/1/branches/7/tail
    Original passive one-port → Load States → record 1 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/1/branches/7/head
    Original passive one-port → Load States → record 1 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 72/527passiveOnePort/loadStates/1/branches/7/voltageV
    Original passive one-port → Load States → record 1 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 16/17passiveOnePort/loadStates/1/branches/7/currentA
    Original passive one-port → Load States → record 1 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 1152/8959passiveOnePort/loadStates/1/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 1 → Current delivered out of network (A)Exact reduced rational: 16/17passiveOnePort/loadStates/1/deliveredPortCurrentA
    Original passive one-port → Load States → record 1 → Current entering network (A)Exact reduced rational: -16/17passiveOnePort/loadStates/1/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 1 → Load Or Test Absorbed Power (W)Exact reduced rational: 1152/8959passiveOnePort/loadStates/1/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 1 → Physical internal resistor dissipation (W)Exact reduced rational: 787847/35836passiveOnePort/loadStates/1/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 1 → Sum of original sources absorbed power (W)Exact reduced rational: -46615/2108passiveOnePort/loadStates/1/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 1 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/1/kclResidualA/0
    Original passive one-port → Load States → record 1 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/1/kclResidualA/a
    Original passive one-port → Load States → record 1 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/1/kclResidualA/b
    Original passive one-port → Load States → record 1 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/1/kclResidualA/x
    Original passive one-port → Load States → record 1 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/1/kclResidualA/p
    Original passive one-port → Load States → record 1 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/1/powerResidualW
    Original passive one-port → Load States → record 1 → Record index (metadata, not a measured scalar)1passiveOnePort/loadStates/1/index
    Original passive one-port → Load States → record 1 → r=R_L/R_th (dimensionless)Exact reduced rational: 1/16passiveOnePort/loadStates/1/normalizedLoad
    Original passive one-port → Load States → record 1 → V/V_th (dimensionless)Exact reduced rational: 1/17passiveOnePort/loadStates/1/normalizedVoltage
    Original passive one-port → Load States → record 1 → I/I_sc (dimensionless)Exact reduced rational: 16/17passiveOnePort/loadStates/1/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 1 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 64/289passiveOnePort/loadStates/1/normalizedPower
    Original passive one-port → Load States → record 1 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 18432/8959passiveOnePort/loadStates/1/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 1 → Equivalent source absorbed power (W)Exact reduced rational: -1152/527passiveOnePort/loadStates/1/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 2 → Load resistance R_L (Ω); null denotes openExact reduced rational: 9/31passiveOnePort/loadStates/2/loadOhm
    Original passive one-port → Load States → record 2 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/2/forcedPortV
    Original passive one-port → Load States → record 2 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/2/nodePotentialsV/0
    Original passive one-port → Load States → record 2 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/2/nodePotentialsV/a
    Original passive one-port → Load States → record 2 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/2/nodePotentialsV/b
    Original passive one-port → Load States → record 2 → Node Potentials (V) → XExact reduced rational: 853/186passiveOnePort/loadStates/2/nodePotentialsV/x
    Original passive one-port → Load States → record 2 → Node Potentials (V) → PExact reduced rational: 8/31passiveOnePort/loadStates/2/nodePotentialsV/p
    Original passive one-port → Load States → record 2 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/2/branches/0/id
    Original passive one-port → Load States → record 2 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/2/branches/0/tail
    Original passive one-port → Load States → record 2 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/2/branches/0/head
    Original passive one-port → Load States → record 2 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/2/branches/0/resistanceOhm
    Original passive one-port → Load States → record 2 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 821/186passiveOnePort/loadStates/2/branches/0/voltageV
    Original passive one-port → Load States → record 2 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 821/372passiveOnePort/loadStates/2/branches/0/currentA
    Original passive one-port → Load States → record 2 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 674041/69192passiveOnePort/loadStates/2/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 2 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/2/branches/1/id
    Original passive one-port → Load States → record 2 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/2/branches/1/tail
    Original passive one-port → Load States → record 2 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/2/branches/1/head
    Original passive one-port → Load States → record 2 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/2/branches/1/resistanceOhm
    Original passive one-port → Load States → record 2 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 853/186passiveOnePort/loadStates/2/branches/1/voltageV
    Original passive one-port → Load States → record 2 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 853/1116passiveOnePort/loadStates/2/branches/1/currentA
    Original passive one-port → Load States → record 2 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 727609/207576passiveOnePort/loadStates/2/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 2 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/2/branches/2/id
    Original passive one-port → Load States → record 2 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/2/branches/2/tail
    Original passive one-port → Load States → record 2 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/2/branches/2/head
    Original passive one-port → Load States → record 2 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/2/branches/2/resistanceOhm
    Original passive one-port → Load States → record 2 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 805/186passiveOnePort/loadStates/2/branches/2/voltageV
    Original passive one-port → Load States → record 2 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 805/558passiveOnePort/loadStates/2/branches/2/currentA
    Original passive one-port → Load States → record 2 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 648025/103788passiveOnePort/loadStates/2/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 2 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/2/branches/3/id
    Original passive one-port → Load States → record 2 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/2/branches/3/tail
    Original passive one-port → Load States → record 2 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/2/branches/3/head
    Original passive one-port → Load States → record 2 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/2/branches/3/resistanceOhm
    Original passive one-port → Load States → record 2 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 8/31passiveOnePort/loadStates/2/branches/3/voltageV
    Original passive one-port → Load States → record 2 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 2/93passiveOnePort/loadStates/2/branches/3/currentA
    Original passive one-port → Load States → record 2 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 16/2883passiveOnePort/loadStates/2/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 2 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/2/branches/4/id
    Original passive one-port → Load States → record 2 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/2/branches/4/tail
    Original passive one-port → Load States → record 2 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/2/branches/4/head
    Original passive one-port → Load States → record 2 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/2/branches/4/resistanceOhm
    Original passive one-port → Load States → record 2 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 132/31passiveOnePort/loadStates/2/branches/4/voltageV
    Original passive one-port → Load States → record 2 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 33/62passiveOnePort/loadStates/2/branches/4/currentA
    Original passive one-port → Load States → record 2 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 2178/961passiveOnePort/loadStates/2/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 2 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/2/branches/5/id
    Original passive one-port → Load States → record 2 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/2/branches/5/tail
    Original passive one-port → Load States → record 2 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/2/branches/5/head
    Original passive one-port → Load States → record 2 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/2/branches/5/voltageV
    Original passive one-port → Load States → record 2 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -821/372passiveOnePort/loadStates/2/branches/5/currentA
    Original passive one-port → Load States → record 2 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -2463/124passiveOnePort/loadStates/2/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 2 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/2/branches/6/id
    Original passive one-port → Load States → record 2 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/2/branches/6/tail
    Original passive one-port → Load States → record 2 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/2/branches/6/head
    Original passive one-port → Load States → record 2 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/2/branches/6/voltageV
    Original passive one-port → Load States → record 2 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 33/62passiveOnePort/loadStates/2/branches/6/currentA
    Original passive one-port → Load States → record 2 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -66/31passiveOnePort/loadStates/2/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 2 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/2/branches/7/id
    Original passive one-port → Load States → record 2 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/2/branches/7/tail
    Original passive one-port → Load States → record 2 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/2/branches/7/head
    Original passive one-port → Load States → record 2 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 8/31passiveOnePort/loadStates/2/branches/7/voltageV
    Original passive one-port → Load States → record 2 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 8/9passiveOnePort/loadStates/2/branches/7/currentA
    Original passive one-port → Load States → record 2 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 64/279passiveOnePort/loadStates/2/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 2 → Current delivered out of network (A)Exact reduced rational: 8/9passiveOnePort/loadStates/2/deliveredPortCurrentA
    Original passive one-port → Load States → record 2 → Current entering network (A)Exact reduced rational: -8/9passiveOnePort/loadStates/2/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 2 → Load Or Test Absorbed Power (W)Exact reduced rational: 64/279passiveOnePort/loadStates/2/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 2 → Physical internal resistor dissipation (W)Exact reduced rational: 24287/1116passiveOnePort/loadStates/2/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 2 → Sum of original sources absorbed power (W)Exact reduced rational: -2727/124passiveOnePort/loadStates/2/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 2 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/2/kclResidualA/0
    Original passive one-port → Load States → record 2 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/2/kclResidualA/a
    Original passive one-port → Load States → record 2 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/2/kclResidualA/b
    Original passive one-port → Load States → record 2 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/2/kclResidualA/x
    Original passive one-port → Load States → record 2 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/2/kclResidualA/p
    Original passive one-port → Load States → record 2 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/2/powerResidualW
    Original passive one-port → Load States → record 2 → Record index (metadata, not a measured scalar)2passiveOnePort/loadStates/2/index
    Original passive one-port → Load States → record 2 → r=R_L/R_th (dimensionless)Exact reduced rational: 1/8passiveOnePort/loadStates/2/normalizedLoad
    Original passive one-port → Load States → record 2 → V/V_th (dimensionless)Exact reduced rational: 1/9passiveOnePort/loadStates/2/normalizedVoltage
    Original passive one-port → Load States → record 2 → I/I_sc (dimensionless)Exact reduced rational: 8/9passiveOnePort/loadStates/2/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 2 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 32/81passiveOnePort/loadStates/2/normalizedPower
    Original passive one-port → Load States → record 2 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 512/279passiveOnePort/loadStates/2/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 2 → Equivalent source absorbed power (W)Exact reduced rational: -64/31passiveOnePort/loadStates/2/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 3 → Load resistance R_L (Ω); null denotes openExact reduced rational: 27/62passiveOnePort/loadStates/3/loadOhm
    Original passive one-port → Load States → record 3 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/3/forcedPortV
    Original passive one-port → Load States → record 3 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/3/nodePotentialsV/0
    Original passive one-port → Load States → record 3 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/3/nodePotentialsV/a
    Original passive one-port → Load States → record 3 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/3/nodePotentialsV/b
    Original passive one-port → Load States → record 3 → Node Potentials (V) → XExact reduced rational: 5445/1178passiveOnePort/loadStates/3/nodePotentialsV/x
    Original passive one-port → Load States → record 3 → Node Potentials (V) → PExact reduced rational: 216/589passiveOnePort/loadStates/3/nodePotentialsV/p
    Original passive one-port → Load States → record 3 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/3/branches/0/id
    Original passive one-port → Load States → record 3 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/3/branches/0/tail
    Original passive one-port → Load States → record 3 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/3/branches/0/head
    Original passive one-port → Load States → record 3 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/3/branches/0/resistanceOhm
    Original passive one-port → Load States → record 3 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 5157/1178passiveOnePort/loadStates/3/branches/0/voltageV
    Original passive one-port → Load States → record 3 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 5157/2356passiveOnePort/loadStates/3/branches/0/currentA
    Original passive one-port → Load States → record 3 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 26594649/2775368passiveOnePort/loadStates/3/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 3 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/3/branches/1/id
    Original passive one-port → Load States → record 3 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/3/branches/1/tail
    Original passive one-port → Load States → record 3 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/3/branches/1/head
    Original passive one-port → Load States → record 3 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/3/branches/1/resistanceOhm
    Original passive one-port → Load States → record 3 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 5445/1178passiveOnePort/loadStates/3/branches/1/voltageV
    Original passive one-port → Load States → record 3 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 1815/2356passiveOnePort/loadStates/3/branches/1/currentA
    Original passive one-port → Load States → record 3 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 9882675/2775368passiveOnePort/loadStates/3/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 3 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/3/branches/2/id
    Original passive one-port → Load States → record 3 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/3/branches/2/tail
    Original passive one-port → Load States → record 3 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/3/branches/2/head
    Original passive one-port → Load States → record 3 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/3/branches/2/resistanceOhm
    Original passive one-port → Load States → record 3 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 5013/1178passiveOnePort/loadStates/3/branches/2/voltageV
    Original passive one-port → Load States → record 3 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 1671/1178passiveOnePort/loadStates/3/branches/2/currentA
    Original passive one-port → Load States → record 3 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 8376723/1387684passiveOnePort/loadStates/3/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 3 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/3/branches/3/id
    Original passive one-port → Load States → record 3 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/3/branches/3/tail
    Original passive one-port → Load States → record 3 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/3/branches/3/head
    Original passive one-port → Load States → record 3 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/3/branches/3/resistanceOhm
    Original passive one-port → Load States → record 3 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 216/589passiveOnePort/loadStates/3/branches/3/voltageV
    Original passive one-port → Load States → record 3 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 18/589passiveOnePort/loadStates/3/branches/3/currentA
    Original passive one-port → Load States → record 3 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 3888/346921passiveOnePort/loadStates/3/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 3 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/3/branches/4/id
    Original passive one-port → Load States → record 3 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/3/branches/4/tail
    Original passive one-port → Load States → record 3 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/3/branches/4/head
    Original passive one-port → Load States → record 3 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/3/branches/4/resistanceOhm
    Original passive one-port → Load States → record 3 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 2572/589passiveOnePort/loadStates/3/branches/4/voltageV
    Original passive one-port → Load States → record 3 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 643/1178passiveOnePort/loadStates/3/branches/4/currentA
    Original passive one-port → Load States → record 3 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 826898/346921passiveOnePort/loadStates/3/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 3 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/3/branches/5/id
    Original passive one-port → Load States → record 3 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/3/branches/5/tail
    Original passive one-port → Load States → record 3 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/3/branches/5/head
    Original passive one-port → Load States → record 3 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/3/branches/5/voltageV
    Original passive one-port → Load States → record 3 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -5157/2356passiveOnePort/loadStates/3/branches/5/currentA
    Original passive one-port → Load States → record 3 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -46413/2356passiveOnePort/loadStates/3/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 3 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/3/branches/6/id
    Original passive one-port → Load States → record 3 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/3/branches/6/tail
    Original passive one-port → Load States → record 3 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/3/branches/6/head
    Original passive one-port → Load States → record 3 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/3/branches/6/voltageV
    Original passive one-port → Load States → record 3 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 643/1178passiveOnePort/loadStates/3/branches/6/currentA
    Original passive one-port → Load States → record 3 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -1286/589passiveOnePort/loadStates/3/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 3 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/3/branches/7/id
    Original passive one-port → Load States → record 3 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/3/branches/7/tail
    Original passive one-port → Load States → record 3 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/3/branches/7/head
    Original passive one-port → Load States → record 3 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 216/589passiveOnePort/loadStates/3/branches/7/voltageV
    Original passive one-port → Load States → record 3 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 16/19passiveOnePort/loadStates/3/branches/7/currentA
    Original passive one-port → Load States → record 3 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 3456/11191passiveOnePort/loadStates/3/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 3 → Current delivered out of network (A)Exact reduced rational: 16/19passiveOnePort/loadStates/3/deliveredPortCurrentA
    Original passive one-port → Load States → record 3 → Current entering network (A)Exact reduced rational: -16/19passiveOnePort/loadStates/3/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 3 → Load Or Test Absorbed Power (W)Exact reduced rational: 3456/11191passiveOnePort/loadStates/3/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 3 → Physical internal resistor dissipation (W)Exact reduced rational: 965759/44764passiveOnePort/loadStates/3/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 3 → Sum of original sources absorbed power (W)Exact reduced rational: -51557/2356passiveOnePort/loadStates/3/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 3 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/3/kclResidualA/0
    Original passive one-port → Load States → record 3 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/3/kclResidualA/a
    Original passive one-port → Load States → record 3 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/3/kclResidualA/b
    Original passive one-port → Load States → record 3 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/3/kclResidualA/x
    Original passive one-port → Load States → record 3 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/3/kclResidualA/p
    Original passive one-port → Load States → record 3 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/3/powerResidualW
    Original passive one-port → Load States → record 3 → Record index (metadata, not a measured scalar)3passiveOnePort/loadStates/3/index
    Original passive one-port → Load States → record 3 → r=R_L/R_th (dimensionless)Exact reduced rational: 3/16passiveOnePort/loadStates/3/normalizedLoad
    Original passive one-port → Load States → record 3 → V/V_th (dimensionless)Exact reduced rational: 3/19passiveOnePort/loadStates/3/normalizedVoltage
    Original passive one-port → Load States → record 3 → I/I_sc (dimensionless)Exact reduced rational: 16/19passiveOnePort/loadStates/3/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 3 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 192/361passiveOnePort/loadStates/3/normalizedPower
    Original passive one-port → Load States → record 3 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 18432/11191passiveOnePort/loadStates/3/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 3 → Equivalent source absorbed power (W)Exact reduced rational: -1152/589passiveOnePort/loadStates/3/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 4 → Load resistance R_L (Ω); null denotes openExact reduced rational: 18/31passiveOnePort/loadStates/4/loadOhm
    Original passive one-port → Load States → record 4 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/4/forcedPortV
    Original passive one-port → Load States → record 4 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/4/nodePotentialsV/0
    Original passive one-port → Load States → record 4 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/4/nodePotentialsV/a
    Original passive one-port → Load States → record 4 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/4/nodePotentialsV/b
    Original passive one-port → Load States → record 4 → Node Potentials (V) → XExact reduced rational: 1443/310passiveOnePort/loadStates/4/nodePotentialsV/x
    Original passive one-port → Load States → record 4 → Node Potentials (V) → PExact reduced rational: 72/155passiveOnePort/loadStates/4/nodePotentialsV/p
    Original passive one-port → Load States → record 4 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/4/branches/0/id
    Original passive one-port → Load States → record 4 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/4/branches/0/tail
    Original passive one-port → Load States → record 4 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/4/branches/0/head
    Original passive one-port → Load States → record 4 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/4/branches/0/resistanceOhm
    Original passive one-port → Load States → record 4 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 1347/310passiveOnePort/loadStates/4/branches/0/voltageV
    Original passive one-port → Load States → record 4 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 1347/620passiveOnePort/loadStates/4/branches/0/currentA
    Original passive one-port → Load States → record 4 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 1814409/192200passiveOnePort/loadStates/4/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 4 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/4/branches/1/id
    Original passive one-port → Load States → record 4 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/4/branches/1/tail
    Original passive one-port → Load States → record 4 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/4/branches/1/head
    Original passive one-port → Load States → record 4 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/4/branches/1/resistanceOhm
    Original passive one-port → Load States → record 4 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 1443/310passiveOnePort/loadStates/4/branches/1/voltageV
    Original passive one-port → Load States → record 4 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 481/620passiveOnePort/loadStates/4/branches/1/currentA
    Original passive one-port → Load States → record 4 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 694083/192200passiveOnePort/loadStates/4/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 4 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/4/branches/2/id
    Original passive one-port → Load States → record 4 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/4/branches/2/tail
    Original passive one-port → Load States → record 4 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/4/branches/2/head
    Original passive one-port → Load States → record 4 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/4/branches/2/resistanceOhm
    Original passive one-port → Load States → record 4 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 1299/310passiveOnePort/loadStates/4/branches/2/voltageV
    Original passive one-port → Load States → record 4 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 433/310passiveOnePort/loadStates/4/branches/2/currentA
    Original passive one-port → Load States → record 4 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 562467/96100passiveOnePort/loadStates/4/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 4 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/4/branches/3/id
    Original passive one-port → Load States → record 4 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/4/branches/3/tail
    Original passive one-port → Load States → record 4 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/4/branches/3/head
    Original passive one-port → Load States → record 4 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/4/branches/3/resistanceOhm
    Original passive one-port → Load States → record 4 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 72/155passiveOnePort/loadStates/4/branches/3/voltageV
    Original passive one-port → Load States → record 4 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 6/155passiveOnePort/loadStates/4/branches/3/currentA
    Original passive one-port → Load States → record 4 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 432/24025passiveOnePort/loadStates/4/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 4 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/4/branches/4/id
    Original passive one-port → Load States → record 4 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/4/branches/4/tail
    Original passive one-port → Load States → record 4 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/4/branches/4/head
    Original passive one-port → Load States → record 4 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/4/branches/4/resistanceOhm
    Original passive one-port → Load States → record 4 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 692/155passiveOnePort/loadStates/4/branches/4/voltageV
    Original passive one-port → Load States → record 4 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 173/310passiveOnePort/loadStates/4/branches/4/currentA
    Original passive one-port → Load States → record 4 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 59858/24025passiveOnePort/loadStates/4/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 4 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/4/branches/5/id
    Original passive one-port → Load States → record 4 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/4/branches/5/tail
    Original passive one-port → Load States → record 4 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/4/branches/5/head
    Original passive one-port → Load States → record 4 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/4/branches/5/voltageV
    Original passive one-port → Load States → record 4 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -1347/620passiveOnePort/loadStates/4/branches/5/currentA
    Original passive one-port → Load States → record 4 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -12123/620passiveOnePort/loadStates/4/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 4 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/4/branches/6/id
    Original passive one-port → Load States → record 4 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/4/branches/6/tail
    Original passive one-port → Load States → record 4 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/4/branches/6/head
    Original passive one-port → Load States → record 4 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/4/branches/6/voltageV
    Original passive one-port → Load States → record 4 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 173/310passiveOnePort/loadStates/4/branches/6/currentA
    Original passive one-port → Load States → record 4 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -346/155passiveOnePort/loadStates/4/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 4 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/4/branches/7/id
    Original passive one-port → Load States → record 4 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/4/branches/7/tail
    Original passive one-port → Load States → record 4 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/4/branches/7/head
    Original passive one-port → Load States → record 4 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 72/155passiveOnePort/loadStates/4/branches/7/voltageV
    Original passive one-port → Load States → record 4 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 4/5passiveOnePort/loadStates/4/branches/7/currentA
    Original passive one-port → Load States → record 4 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 288/775passiveOnePort/loadStates/4/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 4 → Current delivered out of network (A)Exact reduced rational: 4/5passiveOnePort/loadStates/4/deliveredPortCurrentA
    Original passive one-port → Load States → record 4 → Current entering network (A)Exact reduced rational: -4/5passiveOnePort/loadStates/4/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 4 → Load Or Test Absorbed Power (W)Exact reduced rational: 288/775passiveOnePort/loadStates/4/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 4 → Physical internal resistor dissipation (W)Exact reduced rational: 66383/3100passiveOnePort/loadStates/4/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 4 → Sum of original sources absorbed power (W)Exact reduced rational: -13507/620passiveOnePort/loadStates/4/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 4 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/4/kclResidualA/0
    Original passive one-port → Load States → record 4 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/4/kclResidualA/a
    Original passive one-port → Load States → record 4 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/4/kclResidualA/b
    Original passive one-port → Load States → record 4 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/4/kclResidualA/x
    Original passive one-port → Load States → record 4 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/4/kclResidualA/p
    Original passive one-port → Load States → record 4 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/4/powerResidualW
    Original passive one-port → Load States → record 4 → Record index (metadata, not a measured scalar)4passiveOnePort/loadStates/4/index
    Original passive one-port → Load States → record 4 → r=R_L/R_th (dimensionless)Exact reduced rational: 1/4passiveOnePort/loadStates/4/normalizedLoad
    Original passive one-port → Load States → record 4 → V/V_th (dimensionless)Exact reduced rational: 1/5passiveOnePort/loadStates/4/normalizedVoltage
    Original passive one-port → Load States → record 4 → I/I_sc (dimensionless)Exact reduced rational: 4/5passiveOnePort/loadStates/4/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 4 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 16/25passiveOnePort/loadStates/4/normalizedPower
    Original passive one-port → Load States → record 4 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 1152/775passiveOnePort/loadStates/4/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 4 → Equivalent source absorbed power (W)Exact reduced rational: -288/155passiveOnePort/loadStates/4/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 5 → Load resistance R_L (Ω); null denotes openExact reduced rational: 45/62passiveOnePort/loadStates/5/loadOhm
    Original passive one-port → Load States → record 5 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/5/forcedPortV
    Original passive one-port → Load States → record 5 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/5/nodePotentialsV/0
    Original passive one-port → Load States → record 5 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/5/nodePotentialsV/a
    Original passive one-port → Load States → record 5 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/5/nodePotentialsV/b
    Original passive one-port → Load States → record 5 → Node Potentials (V) → XExact reduced rational: 2033/434passiveOnePort/loadStates/5/nodePotentialsV/x
    Original passive one-port → Load States → record 5 → Node Potentials (V) → PExact reduced rational: 120/217passiveOnePort/loadStates/5/nodePotentialsV/p
    Original passive one-port → Load States → record 5 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/5/branches/0/id
    Original passive one-port → Load States → record 5 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/5/branches/0/tail
    Original passive one-port → Load States → record 5 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/5/branches/0/head
    Original passive one-port → Load States → record 5 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/5/branches/0/resistanceOhm
    Original passive one-port → Load States → record 5 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 1873/434passiveOnePort/loadStates/5/branches/0/voltageV
    Original passive one-port → Load States → record 5 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 1873/868passiveOnePort/loadStates/5/branches/0/currentA
    Original passive one-port → Load States → record 5 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 3508129/376712passiveOnePort/loadStates/5/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 5 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/5/branches/1/id
    Original passive one-port → Load States → record 5 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/5/branches/1/tail
    Original passive one-port → Load States → record 5 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/5/branches/1/head
    Original passive one-port → Load States → record 5 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/5/branches/1/resistanceOhm
    Original passive one-port → Load States → record 5 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 2033/434passiveOnePort/loadStates/5/branches/1/voltageV
    Original passive one-port → Load States → record 5 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 2033/2604passiveOnePort/loadStates/5/branches/1/currentA
    Original passive one-port → Load States → record 5 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 4133089/1130136passiveOnePort/loadStates/5/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 5 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/5/branches/2/id
    Original passive one-port → Load States → record 5 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/5/branches/2/tail
    Original passive one-port → Load States → record 5 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/5/branches/2/head
    Original passive one-port → Load States → record 5 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/5/branches/2/resistanceOhm
    Original passive one-port → Load States → record 5 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 1793/434passiveOnePort/loadStates/5/branches/2/voltageV
    Original passive one-port → Load States → record 5 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 1793/1302passiveOnePort/loadStates/5/branches/2/currentA
    Original passive one-port → Load States → record 5 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 3214849/565068passiveOnePort/loadStates/5/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 5 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/5/branches/3/id
    Original passive one-port → Load States → record 5 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/5/branches/3/tail
    Original passive one-port → Load States → record 5 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/5/branches/3/head
    Original passive one-port → Load States → record 5 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/5/branches/3/resistanceOhm
    Original passive one-port → Load States → record 5 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 120/217passiveOnePort/loadStates/5/branches/3/voltageV
    Original passive one-port → Load States → record 5 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 10/217passiveOnePort/loadStates/5/branches/3/currentA
    Original passive one-port → Load States → record 5 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 1200/47089passiveOnePort/loadStates/5/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 5 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/5/branches/4/id
    Original passive one-port → Load States → record 5 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/5/branches/4/tail
    Original passive one-port → Load States → record 5 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/5/branches/4/head
    Original passive one-port → Load States → record 5 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/5/branches/4/resistanceOhm
    Original passive one-port → Load States → record 5 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 988/217passiveOnePort/loadStates/5/branches/4/voltageV
    Original passive one-port → Load States → record 5 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 247/434passiveOnePort/loadStates/5/branches/4/currentA
    Original passive one-port → Load States → record 5 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 122018/47089passiveOnePort/loadStates/5/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 5 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/5/branches/5/id
    Original passive one-port → Load States → record 5 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/5/branches/5/tail
    Original passive one-port → Load States → record 5 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/5/branches/5/head
    Original passive one-port → Load States → record 5 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/5/branches/5/voltageV
    Original passive one-port → Load States → record 5 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -1873/868passiveOnePort/loadStates/5/branches/5/currentA
    Original passive one-port → Load States → record 5 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -16857/868passiveOnePort/loadStates/5/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 5 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/5/branches/6/id
    Original passive one-port → Load States → record 5 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/5/branches/6/tail
    Original passive one-port → Load States → record 5 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/5/branches/6/head
    Original passive one-port → Load States → record 5 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/5/branches/6/voltageV
    Original passive one-port → Load States → record 5 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 247/434passiveOnePort/loadStates/5/branches/6/currentA
    Original passive one-port → Load States → record 5 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -494/217passiveOnePort/loadStates/5/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 5 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/5/branches/7/id
    Original passive one-port → Load States → record 5 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/5/branches/7/tail
    Original passive one-port → Load States → record 5 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/5/branches/7/head
    Original passive one-port → Load States → record 5 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 120/217passiveOnePort/loadStates/5/branches/7/voltageV
    Original passive one-port → Load States → record 5 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 16/21passiveOnePort/loadStates/5/branches/7/currentA
    Original passive one-port → Load States → record 5 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 640/1519passiveOnePort/loadStates/5/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 5 → Current delivered out of network (A)Exact reduced rational: 16/21passiveOnePort/loadStates/5/deliveredPortCurrentA
    Original passive one-port → Load States → record 5 → Current entering network (A)Exact reduced rational: -16/21passiveOnePort/loadStates/5/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 5 → Load Or Test Absorbed Power (W)Exact reduced rational: 640/1519passiveOnePort/loadStates/5/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 5 → Physical internal resistor dissipation (W)Exact reduced rational: 129271/6076passiveOnePort/loadStates/5/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 5 → Sum of original sources absorbed power (W)Exact reduced rational: -18833/868passiveOnePort/loadStates/5/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 5 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/5/kclResidualA/0
    Original passive one-port → Load States → record 5 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/5/kclResidualA/a
    Original passive one-port → Load States → record 5 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/5/kclResidualA/b
    Original passive one-port → Load States → record 5 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/5/kclResidualA/x
    Original passive one-port → Load States → record 5 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/5/kclResidualA/p
    Original passive one-port → Load States → record 5 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/5/powerResidualW
    Original passive one-port → Load States → record 5 → Record index (metadata, not a measured scalar)5passiveOnePort/loadStates/5/index
    Original passive one-port → Load States → record 5 → r=R_L/R_th (dimensionless)Exact reduced rational: 5/16passiveOnePort/loadStates/5/normalizedLoad
    Original passive one-port → Load States → record 5 → V/V_th (dimensionless)Exact reduced rational: 5/21passiveOnePort/loadStates/5/normalizedVoltage
    Original passive one-port → Load States → record 5 → I/I_sc (dimensionless)Exact reduced rational: 16/21passiveOnePort/loadStates/5/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 5 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 320/441passiveOnePort/loadStates/5/normalizedPower
    Original passive one-port → Load States → record 5 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 2048/1519passiveOnePort/loadStates/5/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 5 → Equivalent source absorbed power (W)Exact reduced rational: -384/217passiveOnePort/loadStates/5/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 6 → Load resistance R_L (Ω); null denotes openExact reduced rational: 27/31passiveOnePort/loadStates/6/loadOhm
    Original passive one-port → Load States → record 6 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/6/forcedPortV
    Original passive one-port → Load States → record 6 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/6/nodePotentialsV/0
    Original passive one-port → Load States → record 6 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/6/nodePotentialsV/a
    Original passive one-port → Load States → record 6 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/6/nodePotentialsV/b
    Original passive one-port → Load States → record 6 → Node Potentials (V) → XExact reduced rational: 3213/682passiveOnePort/loadStates/6/nodePotentialsV/x
    Original passive one-port → Load States → record 6 → Node Potentials (V) → PExact reduced rational: 216/341passiveOnePort/loadStates/6/nodePotentialsV/p
    Original passive one-port → Load States → record 6 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/6/branches/0/id
    Original passive one-port → Load States → record 6 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/6/branches/0/tail
    Original passive one-port → Load States → record 6 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/6/branches/0/head
    Original passive one-port → Load States → record 6 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/6/branches/0/resistanceOhm
    Original passive one-port → Load States → record 6 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 2925/682passiveOnePort/loadStates/6/branches/0/voltageV
    Original passive one-port → Load States → record 6 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 2925/1364passiveOnePort/loadStates/6/branches/0/currentA
    Original passive one-port → Load States → record 6 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 8555625/930248passiveOnePort/loadStates/6/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 6 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/6/branches/1/id
    Original passive one-port → Load States → record 6 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/6/branches/1/tail
    Original passive one-port → Load States → record 6 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/6/branches/1/head
    Original passive one-port → Load States → record 6 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/6/branches/1/resistanceOhm
    Original passive one-port → Load States → record 6 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 3213/682passiveOnePort/loadStates/6/branches/1/voltageV
    Original passive one-port → Load States → record 6 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 1071/1364passiveOnePort/loadStates/6/branches/1/currentA
    Original passive one-port → Load States → record 6 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 3441123/930248passiveOnePort/loadStates/6/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 6 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/6/branches/2/id
    Original passive one-port → Load States → record 6 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/6/branches/2/tail
    Original passive one-port → Load States → record 6 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/6/branches/2/head
    Original passive one-port → Load States → record 6 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/6/branches/2/resistanceOhm
    Original passive one-port → Load States → record 6 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 2781/682passiveOnePort/loadStates/6/branches/2/voltageV
    Original passive one-port → Load States → record 6 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 927/682passiveOnePort/loadStates/6/branches/2/currentA
    Original passive one-port → Load States → record 6 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 2577987/465124passiveOnePort/loadStates/6/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 6 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/6/branches/3/id
    Original passive one-port → Load States → record 6 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/6/branches/3/tail
    Original passive one-port → Load States → record 6 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/6/branches/3/head
    Original passive one-port → Load States → record 6 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/6/branches/3/resistanceOhm
    Original passive one-port → Load States → record 6 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 216/341passiveOnePort/loadStates/6/branches/3/voltageV
    Original passive one-port → Load States → record 6 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 18/341passiveOnePort/loadStates/6/branches/3/currentA
    Original passive one-port → Load States → record 6 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 3888/116281passiveOnePort/loadStates/6/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 6 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/6/branches/4/id
    Original passive one-port → Load States → record 6 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/6/branches/4/tail
    Original passive one-port → Load States → record 6 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/6/branches/4/head
    Original passive one-port → Load States → record 6 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/6/branches/4/resistanceOhm
    Original passive one-port → Load States → record 6 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 1580/341passiveOnePort/loadStates/6/branches/4/voltageV
    Original passive one-port → Load States → record 6 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 395/682passiveOnePort/loadStates/6/branches/4/currentA
    Original passive one-port → Load States → record 6 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 312050/116281passiveOnePort/loadStates/6/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 6 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/6/branches/5/id
    Original passive one-port → Load States → record 6 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/6/branches/5/tail
    Original passive one-port → Load States → record 6 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/6/branches/5/head
    Original passive one-port → Load States → record 6 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/6/branches/5/voltageV
    Original passive one-port → Load States → record 6 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -2925/1364passiveOnePort/loadStates/6/branches/5/currentA
    Original passive one-port → Load States → record 6 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -26325/1364passiveOnePort/loadStates/6/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 6 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/6/branches/6/id
    Original passive one-port → Load States → record 6 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/6/branches/6/tail
    Original passive one-port → Load States → record 6 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/6/branches/6/head
    Original passive one-port → Load States → record 6 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/6/branches/6/voltageV
    Original passive one-port → Load States → record 6 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 395/682passiveOnePort/loadStates/6/branches/6/currentA
    Original passive one-port → Load States → record 6 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -790/341passiveOnePort/loadStates/6/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 6 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/6/branches/7/id
    Original passive one-port → Load States → record 6 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/6/branches/7/tail
    Original passive one-port → Load States → record 6 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/6/branches/7/head
    Original passive one-port → Load States → record 6 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 216/341passiveOnePort/loadStates/6/branches/7/voltageV
    Original passive one-port → Load States → record 6 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 8/11passiveOnePort/loadStates/6/branches/7/currentA
    Original passive one-port → Load States → record 6 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 1728/3751passiveOnePort/loadStates/6/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 6 → Current delivered out of network (A)Exact reduced rational: 8/11passiveOnePort/loadStates/6/deliveredPortCurrentA
    Original passive one-port → Load States → record 6 → Current entering network (A)Exact reduced rational: -8/11passiveOnePort/loadStates/6/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 6 → Load Or Test Absorbed Power (W)Exact reduced rational: 1728/3751passiveOnePort/loadStates/6/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 6 → Physical internal resistor dissipation (W)Exact reduced rational: 317423/15004passiveOnePort/loadStates/6/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 6 → Sum of original sources absorbed power (W)Exact reduced rational: -29485/1364passiveOnePort/loadStates/6/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 6 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/6/kclResidualA/0
    Original passive one-port → Load States → record 6 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/6/kclResidualA/a
    Original passive one-port → Load States → record 6 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/6/kclResidualA/b
    Original passive one-port → Load States → record 6 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/6/kclResidualA/x
    Original passive one-port → Load States → record 6 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/6/kclResidualA/p
    Original passive one-port → Load States → record 6 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/6/powerResidualW
    Original passive one-port → Load States → record 6 → Record index (metadata, not a measured scalar)6passiveOnePort/loadStates/6/index
    Original passive one-port → Load States → record 6 → r=R_L/R_th (dimensionless)Exact reduced rational: 3/8passiveOnePort/loadStates/6/normalizedLoad
    Original passive one-port → Load States → record 6 → V/V_th (dimensionless)Exact reduced rational: 3/11passiveOnePort/loadStates/6/normalizedVoltage
    Original passive one-port → Load States → record 6 → I/I_sc (dimensionless)Exact reduced rational: 8/11passiveOnePort/loadStates/6/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 6 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 96/121passiveOnePort/loadStates/6/normalizedPower
    Original passive one-port → Load States → record 6 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 4608/3751passiveOnePort/loadStates/6/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 6 → Equivalent source absorbed power (W)Exact reduced rational: -576/341passiveOnePort/loadStates/6/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 7 → Load resistance R_L (Ω); null denotes openExact reduced rational: 63/62passiveOnePort/loadStates/7/loadOhm
    Original passive one-port → Load States → record 7 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/7/forcedPortV
    Original passive one-port → Load States → record 7 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/7/nodePotentialsV/0
    Original passive one-port → Load States → record 7 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/7/nodePotentialsV/a
    Original passive one-port → Load States → record 7 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/7/nodePotentialsV/b
    Original passive one-port → Load States → record 7 → Node Potentials (V) → XExact reduced rational: 6753/1426passiveOnePort/loadStates/7/nodePotentialsV/x
    Original passive one-port → Load States → record 7 → Node Potentials (V) → PExact reduced rational: 504/713passiveOnePort/loadStates/7/nodePotentialsV/p
    Original passive one-port → Load States → record 7 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/7/branches/0/id
    Original passive one-port → Load States → record 7 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/7/branches/0/tail
    Original passive one-port → Load States → record 7 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/7/branches/0/head
    Original passive one-port → Load States → record 7 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/7/branches/0/resistanceOhm
    Original passive one-port → Load States → record 7 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 6081/1426passiveOnePort/loadStates/7/branches/0/voltageV
    Original passive one-port → Load States → record 7 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 6081/2852passiveOnePort/loadStates/7/branches/0/currentA
    Original passive one-port → Load States → record 7 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 36978561/4066952passiveOnePort/loadStates/7/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 7 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/7/branches/1/id
    Original passive one-port → Load States → record 7 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/7/branches/1/tail
    Original passive one-port → Load States → record 7 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/7/branches/1/head
    Original passive one-port → Load States → record 7 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/7/branches/1/resistanceOhm
    Original passive one-port → Load States → record 7 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 6753/1426passiveOnePort/loadStates/7/branches/1/voltageV
    Original passive one-port → Load States → record 7 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 2251/2852passiveOnePort/loadStates/7/branches/1/currentA
    Original passive one-port → Load States → record 7 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 15201003/4066952passiveOnePort/loadStates/7/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 7 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/7/branches/2/id
    Original passive one-port → Load States → record 7 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/7/branches/2/tail
    Original passive one-port → Load States → record 7 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/7/branches/2/head
    Original passive one-port → Load States → record 7 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/7/branches/2/resistanceOhm
    Original passive one-port → Load States → record 7 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 5745/1426passiveOnePort/loadStates/7/branches/2/voltageV
    Original passive one-port → Load States → record 7 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 1915/1426passiveOnePort/loadStates/7/branches/2/currentA
    Original passive one-port → Load States → record 7 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 11001675/2033476passiveOnePort/loadStates/7/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 7 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/7/branches/3/id
    Original passive one-port → Load States → record 7 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/7/branches/3/tail
    Original passive one-port → Load States → record 7 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/7/branches/3/head
    Original passive one-port → Load States → record 7 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/7/branches/3/resistanceOhm
    Original passive one-port → Load States → record 7 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 504/713passiveOnePort/loadStates/7/branches/3/voltageV
    Original passive one-port → Load States → record 7 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 42/713passiveOnePort/loadStates/7/branches/3/currentA
    Original passive one-port → Load States → record 7 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 21168/508369passiveOnePort/loadStates/7/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 7 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/7/branches/4/id
    Original passive one-port → Load States → record 7 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/7/branches/4/tail
    Original passive one-port → Load States → record 7 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/7/branches/4/head
    Original passive one-port → Load States → record 7 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/7/branches/4/resistanceOhm
    Original passive one-port → Load States → record 7 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 3356/713passiveOnePort/loadStates/7/branches/4/voltageV
    Original passive one-port → Load States → record 7 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 839/1426passiveOnePort/loadStates/7/branches/4/currentA
    Original passive one-port → Load States → record 7 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 1407842/508369passiveOnePort/loadStates/7/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 7 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/7/branches/5/id
    Original passive one-port → Load States → record 7 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/7/branches/5/tail
    Original passive one-port → Load States → record 7 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/7/branches/5/head
    Original passive one-port → Load States → record 7 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/7/branches/5/voltageV
    Original passive one-port → Load States → record 7 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -6081/2852passiveOnePort/loadStates/7/branches/5/currentA
    Original passive one-port → Load States → record 7 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -54729/2852passiveOnePort/loadStates/7/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 7 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/7/branches/6/id
    Original passive one-port → Load States → record 7 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/7/branches/6/tail
    Original passive one-port → Load States → record 7 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/7/branches/6/head
    Original passive one-port → Load States → record 7 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/7/branches/6/voltageV
    Original passive one-port → Load States → record 7 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 839/1426passiveOnePort/loadStates/7/branches/6/currentA
    Original passive one-port → Load States → record 7 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -1678/713passiveOnePort/loadStates/7/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 7 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/7/branches/7/id
    Original passive one-port → Load States → record 7 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/7/branches/7/tail
    Original passive one-port → Load States → record 7 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/7/branches/7/head
    Original passive one-port → Load States → record 7 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 504/713passiveOnePort/loadStates/7/branches/7/voltageV
    Original passive one-port → Load States → record 7 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 16/23passiveOnePort/loadStates/7/branches/7/currentA
    Original passive one-port → Load States → record 7 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 8064/16399passiveOnePort/loadStates/7/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 7 → Current delivered out of network (A)Exact reduced rational: 16/23passiveOnePort/loadStates/7/deliveredPortCurrentA
    Original passive one-port → Load States → record 7 → Current entering network (A)Exact reduced rational: -16/23passiveOnePort/loadStates/7/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 7 → Load Or Test Absorbed Power (W)Exact reduced rational: 8064/16399passiveOnePort/loadStates/7/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 7 → Physical internal resistor dissipation (W)Exact reduced rational: 1380887/65596passiveOnePort/loadStates/7/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 7 → Sum of original sources absorbed power (W)Exact reduced rational: -61441/2852passiveOnePort/loadStates/7/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 7 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/7/kclResidualA/0
    Original passive one-port → Load States → record 7 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/7/kclResidualA/a
    Original passive one-port → Load States → record 7 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/7/kclResidualA/b
    Original passive one-port → Load States → record 7 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/7/kclResidualA/x
    Original passive one-port → Load States → record 7 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/7/kclResidualA/p
    Original passive one-port → Load States → record 7 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/7/powerResidualW
    Original passive one-port → Load States → record 7 → Record index (metadata, not a measured scalar)7passiveOnePort/loadStates/7/index
    Original passive one-port → Load States → record 7 → r=R_L/R_th (dimensionless)Exact reduced rational: 7/16passiveOnePort/loadStates/7/normalizedLoad
    Original passive one-port → Load States → record 7 → V/V_th (dimensionless)Exact reduced rational: 7/23passiveOnePort/loadStates/7/normalizedVoltage
    Original passive one-port → Load States → record 7 → I/I_sc (dimensionless)Exact reduced rational: 16/23passiveOnePort/loadStates/7/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 7 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 448/529passiveOnePort/loadStates/7/normalizedPower
    Original passive one-port → Load States → record 7 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 18432/16399passiveOnePort/loadStates/7/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 7 → Equivalent source absorbed power (W)Exact reduced rational: -1152/713passiveOnePort/loadStates/7/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 8 → Load resistance R_L (Ω); null denotes openExact reduced rational: 36/31passiveOnePort/loadStates/8/loadOhm
    Original passive one-port → Load States → record 8 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/8/forcedPortV
    Original passive one-port → Load States → record 8 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/8/nodePotentialsV/0
    Original passive one-port → Load States → record 8 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/8/nodePotentialsV/a
    Original passive one-port → Load States → record 8 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/8/nodePotentialsV/b
    Original passive one-port → Load States → record 8 → Node Potentials (V) → XExact reduced rational: 295/62passiveOnePort/loadStates/8/nodePotentialsV/x
    Original passive one-port → Load States → record 8 → Node Potentials (V) → PExact reduced rational: 24/31passiveOnePort/loadStates/8/nodePotentialsV/p
    Original passive one-port → Load States → record 8 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/8/branches/0/id
    Original passive one-port → Load States → record 8 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/8/branches/0/tail
    Original passive one-port → Load States → record 8 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/8/branches/0/head
    Original passive one-port → Load States → record 8 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/8/branches/0/resistanceOhm
    Original passive one-port → Load States → record 8 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 263/62passiveOnePort/loadStates/8/branches/0/voltageV
    Original passive one-port → Load States → record 8 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 263/124passiveOnePort/loadStates/8/branches/0/currentA
    Original passive one-port → Load States → record 8 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 69169/7688passiveOnePort/loadStates/8/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 8 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/8/branches/1/id
    Original passive one-port → Load States → record 8 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/8/branches/1/tail
    Original passive one-port → Load States → record 8 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/8/branches/1/head
    Original passive one-port → Load States → record 8 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/8/branches/1/resistanceOhm
    Original passive one-port → Load States → record 8 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 295/62passiveOnePort/loadStates/8/branches/1/voltageV
    Original passive one-port → Load States → record 8 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 295/372passiveOnePort/loadStates/8/branches/1/currentA
    Original passive one-port → Load States → record 8 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 87025/23064passiveOnePort/loadStates/8/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 8 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/8/branches/2/id
    Original passive one-port → Load States → record 8 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/8/branches/2/tail
    Original passive one-port → Load States → record 8 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/8/branches/2/head
    Original passive one-port → Load States → record 8 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/8/branches/2/resistanceOhm
    Original passive one-port → Load States → record 8 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 247/62passiveOnePort/loadStates/8/branches/2/voltageV
    Original passive one-port → Load States → record 8 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 247/186passiveOnePort/loadStates/8/branches/2/currentA
    Original passive one-port → Load States → record 8 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 61009/11532passiveOnePort/loadStates/8/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 8 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/8/branches/3/id
    Original passive one-port → Load States → record 8 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/8/branches/3/tail
    Original passive one-port → Load States → record 8 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/8/branches/3/head
    Original passive one-port → Load States → record 8 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/8/branches/3/resistanceOhm
    Original passive one-port → Load States → record 8 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 24/31passiveOnePort/loadStates/8/branches/3/voltageV
    Original passive one-port → Load States → record 8 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 2/31passiveOnePort/loadStates/8/branches/3/currentA
    Original passive one-port → Load States → record 8 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 48/961passiveOnePort/loadStates/8/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 8 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/8/branches/4/id
    Original passive one-port → Load States → record 8 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/8/branches/4/tail
    Original passive one-port → Load States → record 8 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/8/branches/4/head
    Original passive one-port → Load States → record 8 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/8/branches/4/resistanceOhm
    Original passive one-port → Load States → record 8 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 148/31passiveOnePort/loadStates/8/branches/4/voltageV
    Original passive one-port → Load States → record 8 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 37/62passiveOnePort/loadStates/8/branches/4/currentA
    Original passive one-port → Load States → record 8 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 2738/961passiveOnePort/loadStates/8/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 8 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/8/branches/5/id
    Original passive one-port → Load States → record 8 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/8/branches/5/tail
    Original passive one-port → Load States → record 8 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/8/branches/5/head
    Original passive one-port → Load States → record 8 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/8/branches/5/voltageV
    Original passive one-port → Load States → record 8 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -263/124passiveOnePort/loadStates/8/branches/5/currentA
    Original passive one-port → Load States → record 8 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -2367/124passiveOnePort/loadStates/8/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 8 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/8/branches/6/id
    Original passive one-port → Load States → record 8 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/8/branches/6/tail
    Original passive one-port → Load States → record 8 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/8/branches/6/head
    Original passive one-port → Load States → record 8 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/8/branches/6/voltageV
    Original passive one-port → Load States → record 8 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 37/62passiveOnePort/loadStates/8/branches/6/currentA
    Original passive one-port → Load States → record 8 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -74/31passiveOnePort/loadStates/8/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 8 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/8/branches/7/id
    Original passive one-port → Load States → record 8 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/8/branches/7/tail
    Original passive one-port → Load States → record 8 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/8/branches/7/head
    Original passive one-port → Load States → record 8 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 24/31passiveOnePort/loadStates/8/branches/7/voltageV
    Original passive one-port → Load States → record 8 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 2/3passiveOnePort/loadStates/8/branches/7/currentA
    Original passive one-port → Load States → record 8 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 16/31passiveOnePort/loadStates/8/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 8 → Current delivered out of network (A)Exact reduced rational: 2/3passiveOnePort/loadStates/8/deliveredPortCurrentA
    Original passive one-port → Load States → record 8 → Current entering network (A)Exact reduced rational: -2/3passiveOnePort/loadStates/8/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 8 → Load Or Test Absorbed Power (W)Exact reduced rational: 16/31passiveOnePort/loadStates/8/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 8 → Physical internal resistor dissipation (W)Exact reduced rational: 2599/124passiveOnePort/loadStates/8/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 8 → Sum of original sources absorbed power (W)Exact reduced rational: -2663/124passiveOnePort/loadStates/8/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 8 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/8/kclResidualA/0
    Original passive one-port → Load States → record 8 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/8/kclResidualA/a
    Original passive one-port → Load States → record 8 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/8/kclResidualA/b
    Original passive one-port → Load States → record 8 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/8/kclResidualA/x
    Original passive one-port → Load States → record 8 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/8/kclResidualA/p
    Original passive one-port → Load States → record 8 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/8/powerResidualW
    Original passive one-port → Load States → record 8 → Record index (metadata, not a measured scalar)8passiveOnePort/loadStates/8/index
    Original passive one-port → Load States → record 8 → r=R_L/R_th (dimensionless)Exact reduced rational: 1/2passiveOnePort/loadStates/8/normalizedLoad
    Original passive one-port → Load States → record 8 → V/V_th (dimensionless)Exact reduced rational: 1/3passiveOnePort/loadStates/8/normalizedVoltage
    Original passive one-port → Load States → record 8 → I/I_sc (dimensionless)Exact reduced rational: 2/3passiveOnePort/loadStates/8/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 8 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 8/9passiveOnePort/loadStates/8/normalizedPower
    Original passive one-port → Load States → record 8 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 32/31passiveOnePort/loadStates/8/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 8 → Equivalent source absorbed power (W)Exact reduced rational: -48/31passiveOnePort/loadStates/8/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 9 → Load resistance R_L (Ω); null denotes openExact reduced rational: 81/62passiveOnePort/loadStates/9/loadOhm
    Original passive one-port → Load States → record 9 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/9/forcedPortV
    Original passive one-port → Load States → record 9 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/9/nodePotentialsV/0
    Original passive one-port → Load States → record 9 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/9/nodePotentialsV/a
    Original passive one-port → Load States → record 9 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/9/nodePotentialsV/b
    Original passive one-port → Load States → record 9 → Node Potentials (V) → XExact reduced rational: 7407/1550passiveOnePort/loadStates/9/nodePotentialsV/x
    Original passive one-port → Load States → record 9 → Node Potentials (V) → PExact reduced rational: 648/775passiveOnePort/loadStates/9/nodePotentialsV/p
    Original passive one-port → Load States → record 9 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/9/branches/0/id
    Original passive one-port → Load States → record 9 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/9/branches/0/tail
    Original passive one-port → Load States → record 9 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/9/branches/0/head
    Original passive one-port → Load States → record 9 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/9/branches/0/resistanceOhm
    Original passive one-port → Load States → record 9 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 6543/1550passiveOnePort/loadStates/9/branches/0/voltageV
    Original passive one-port → Load States → record 9 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 6543/3100passiveOnePort/loadStates/9/branches/0/currentA
    Original passive one-port → Load States → record 9 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 42810849/4805000passiveOnePort/loadStates/9/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 9 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/9/branches/1/id
    Original passive one-port → Load States → record 9 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/9/branches/1/tail
    Original passive one-port → Load States → record 9 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/9/branches/1/head
    Original passive one-port → Load States → record 9 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/9/branches/1/resistanceOhm
    Original passive one-port → Load States → record 9 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 7407/1550passiveOnePort/loadStates/9/branches/1/voltageV
    Original passive one-port → Load States → record 9 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 2469/3100passiveOnePort/loadStates/9/branches/1/currentA
    Original passive one-port → Load States → record 9 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 18287883/4805000passiveOnePort/loadStates/9/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 9 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/9/branches/2/id
    Original passive one-port → Load States → record 9 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/9/branches/2/tail
    Original passive one-port → Load States → record 9 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/9/branches/2/head
    Original passive one-port → Load States → record 9 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/9/branches/2/resistanceOhm
    Original passive one-port → Load States → record 9 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 6111/1550passiveOnePort/loadStates/9/branches/2/voltageV
    Original passive one-port → Load States → record 9 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 2037/1550passiveOnePort/loadStates/9/branches/2/currentA
    Original passive one-port → Load States → record 9 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 12448107/2402500passiveOnePort/loadStates/9/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 9 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/9/branches/3/id
    Original passive one-port → Load States → record 9 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/9/branches/3/tail
    Original passive one-port → Load States → record 9 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/9/branches/3/head
    Original passive one-port → Load States → record 9 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/9/branches/3/resistanceOhm
    Original passive one-port → Load States → record 9 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 648/775passiveOnePort/loadStates/9/branches/3/voltageV
    Original passive one-port → Load States → record 9 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 54/775passiveOnePort/loadStates/9/branches/3/currentA
    Original passive one-port → Load States → record 9 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 34992/600625passiveOnePort/loadStates/9/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 9 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/9/branches/4/id
    Original passive one-port → Load States → record 9 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/9/branches/4/tail
    Original passive one-port → Load States → record 9 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/9/branches/4/head
    Original passive one-port → Load States → record 9 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/9/branches/4/resistanceOhm
    Original passive one-port → Load States → record 9 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 3748/775passiveOnePort/loadStates/9/branches/4/voltageV
    Original passive one-port → Load States → record 9 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 937/1550passiveOnePort/loadStates/9/branches/4/currentA
    Original passive one-port → Load States → record 9 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 1755938/600625passiveOnePort/loadStates/9/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 9 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/9/branches/5/id
    Original passive one-port → Load States → record 9 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/9/branches/5/tail
    Original passive one-port → Load States → record 9 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/9/branches/5/head
    Original passive one-port → Load States → record 9 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/9/branches/5/voltageV
    Original passive one-port → Load States → record 9 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -6543/3100passiveOnePort/loadStates/9/branches/5/currentA
    Original passive one-port → Load States → record 9 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -58887/3100passiveOnePort/loadStates/9/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 9 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/9/branches/6/id
    Original passive one-port → Load States → record 9 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/9/branches/6/tail
    Original passive one-port → Load States → record 9 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/9/branches/6/head
    Original passive one-port → Load States → record 9 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/9/branches/6/voltageV
    Original passive one-port → Load States → record 9 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 937/1550passiveOnePort/loadStates/9/branches/6/currentA
    Original passive one-port → Load States → record 9 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -1874/775passiveOnePort/loadStates/9/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 9 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/9/branches/7/id
    Original passive one-port → Load States → record 9 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/9/branches/7/tail
    Original passive one-port → Load States → record 9 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/9/branches/7/head
    Original passive one-port → Load States → record 9 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 648/775passiveOnePort/loadStates/9/branches/7/voltageV
    Original passive one-port → Load States → record 9 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 16/25passiveOnePort/loadStates/9/branches/7/currentA
    Original passive one-port → Load States → record 9 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 10368/19375passiveOnePort/loadStates/9/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 9 → Current delivered out of network (A)Exact reduced rational: 16/25passiveOnePort/loadStates/9/deliveredPortCurrentA
    Original passive one-port → Load States → record 9 → Current entering network (A)Exact reduced rational: -16/25passiveOnePort/loadStates/9/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 9 → Load Or Test Absorbed Power (W)Exact reduced rational: 10368/19375passiveOnePort/loadStates/9/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 9 → Physical internal resistor dissipation (W)Exact reduced rational: 1618103/77500passiveOnePort/loadStates/9/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 9 → Sum of original sources absorbed power (W)Exact reduced rational: -66383/3100passiveOnePort/loadStates/9/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 9 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/9/kclResidualA/0
    Original passive one-port → Load States → record 9 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/9/kclResidualA/a
    Original passive one-port → Load States → record 9 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/9/kclResidualA/b
    Original passive one-port → Load States → record 9 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/9/kclResidualA/x
    Original passive one-port → Load States → record 9 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/9/kclResidualA/p
    Original passive one-port → Load States → record 9 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/9/powerResidualW
    Original passive one-port → Load States → record 9 → Record index (metadata, not a measured scalar)9passiveOnePort/loadStates/9/index
    Original passive one-port → Load States → record 9 → r=R_L/R_th (dimensionless)Exact reduced rational: 9/16passiveOnePort/loadStates/9/normalizedLoad
    Original passive one-port → Load States → record 9 → V/V_th (dimensionless)Exact reduced rational: 9/25passiveOnePort/loadStates/9/normalizedVoltage
    Original passive one-port → Load States → record 9 → I/I_sc (dimensionless)Exact reduced rational: 16/25passiveOnePort/loadStates/9/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 9 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 576/625passiveOnePort/loadStates/9/normalizedPower
    Original passive one-port → Load States → record 9 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 18432/19375passiveOnePort/loadStates/9/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 9 → Equivalent source absorbed power (W)Exact reduced rational: -1152/775passiveOnePort/loadStates/9/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 10 → Load resistance R_L (Ω); null denotes openExact reduced rational: 45/31passiveOnePort/loadStates/10/loadOhm
    Original passive one-port → Load States → record 10 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/10/forcedPortV
    Original passive one-port → Load States → record 10 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/10/nodePotentialsV/0
    Original passive one-port → Load States → record 10 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/10/nodePotentialsV/a
    Original passive one-port → Load States → record 10 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/10/nodePotentialsV/b
    Original passive one-port → Load States → record 10 → Node Potentials (V) → XExact reduced rational: 3867/806passiveOnePort/loadStates/10/nodePotentialsV/x
    Original passive one-port → Load States → record 10 → Node Potentials (V) → PExact reduced rational: 360/403passiveOnePort/loadStates/10/nodePotentialsV/p
    Original passive one-port → Load States → record 10 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/10/branches/0/id
    Original passive one-port → Load States → record 10 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/10/branches/0/tail
    Original passive one-port → Load States → record 10 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/10/branches/0/head
    Original passive one-port → Load States → record 10 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/10/branches/0/resistanceOhm
    Original passive one-port → Load States → record 10 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 3387/806passiveOnePort/loadStates/10/branches/0/voltageV
    Original passive one-port → Load States → record 10 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 3387/1612passiveOnePort/loadStates/10/branches/0/currentA
    Original passive one-port → Load States → record 10 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 11471769/1299272passiveOnePort/loadStates/10/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 10 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/10/branches/1/id
    Original passive one-port → Load States → record 10 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/10/branches/1/tail
    Original passive one-port → Load States → record 10 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/10/branches/1/head
    Original passive one-port → Load States → record 10 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/10/branches/1/resistanceOhm
    Original passive one-port → Load States → record 10 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 3867/806passiveOnePort/loadStates/10/branches/1/voltageV
    Original passive one-port → Load States → record 10 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 1289/1612passiveOnePort/loadStates/10/branches/1/currentA
    Original passive one-port → Load States → record 10 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 4984563/1299272passiveOnePort/loadStates/10/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 10 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/10/branches/2/id
    Original passive one-port → Load States → record 10 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/10/branches/2/tail
    Original passive one-port → Load States → record 10 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/10/branches/2/head
    Original passive one-port → Load States → record 10 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/10/branches/2/resistanceOhm
    Original passive one-port → Load States → record 10 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 3147/806passiveOnePort/loadStates/10/branches/2/voltageV
    Original passive one-port → Load States → record 10 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 1049/806passiveOnePort/loadStates/10/branches/2/currentA
    Original passive one-port → Load States → record 10 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 3301203/649636passiveOnePort/loadStates/10/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 10 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/10/branches/3/id
    Original passive one-port → Load States → record 10 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/10/branches/3/tail
    Original passive one-port → Load States → record 10 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/10/branches/3/head
    Original passive one-port → Load States → record 10 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/10/branches/3/resistanceOhm
    Original passive one-port → Load States → record 10 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 360/403passiveOnePort/loadStates/10/branches/3/voltageV
    Original passive one-port → Load States → record 10 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 30/403passiveOnePort/loadStates/10/branches/3/currentA
    Original passive one-port → Load States → record 10 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 10800/162409passiveOnePort/loadStates/10/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 10 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/10/branches/4/id
    Original passive one-port → Load States → record 10 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/10/branches/4/tail
    Original passive one-port → Load States → record 10 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/10/branches/4/head
    Original passive one-port → Load States → record 10 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/10/branches/4/resistanceOhm
    Original passive one-port → Load States → record 10 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 1972/403passiveOnePort/loadStates/10/branches/4/voltageV
    Original passive one-port → Load States → record 10 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 493/806passiveOnePort/loadStates/10/branches/4/currentA
    Original passive one-port → Load States → record 10 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 486098/162409passiveOnePort/loadStates/10/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 10 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/10/branches/5/id
    Original passive one-port → Load States → record 10 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/10/branches/5/tail
    Original passive one-port → Load States → record 10 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/10/branches/5/head
    Original passive one-port → Load States → record 10 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/10/branches/5/voltageV
    Original passive one-port → Load States → record 10 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -3387/1612passiveOnePort/loadStates/10/branches/5/currentA
    Original passive one-port → Load States → record 10 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -30483/1612passiveOnePort/loadStates/10/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 10 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/10/branches/6/id
    Original passive one-port → Load States → record 10 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/10/branches/6/tail
    Original passive one-port → Load States → record 10 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/10/branches/6/head
    Original passive one-port → Load States → record 10 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/10/branches/6/voltageV
    Original passive one-port → Load States → record 10 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 493/806passiveOnePort/loadStates/10/branches/6/currentA
    Original passive one-port → Load States → record 10 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -986/403passiveOnePort/loadStates/10/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 10 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/10/branches/7/id
    Original passive one-port → Load States → record 10 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/10/branches/7/tail
    Original passive one-port → Load States → record 10 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/10/branches/7/head
    Original passive one-port → Load States → record 10 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 360/403passiveOnePort/loadStates/10/branches/7/voltageV
    Original passive one-port → Load States → record 10 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 8/13passiveOnePort/loadStates/10/branches/7/currentA
    Original passive one-port → Load States → record 10 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 2880/5239passiveOnePort/loadStates/10/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 10 → Current delivered out of network (A)Exact reduced rational: 8/13passiveOnePort/loadStates/10/deliveredPortCurrentA
    Original passive one-port → Load States → record 10 → Current entering network (A)Exact reduced rational: -8/13passiveOnePort/loadStates/10/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 10 → Load Or Test Absorbed Power (W)Exact reduced rational: 2880/5239passiveOnePort/loadStates/10/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 10 → Physical internal resistor dissipation (W)Exact reduced rational: 436031/20956passiveOnePort/loadStates/10/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 10 → Sum of original sources absorbed power (W)Exact reduced rational: -34427/1612passiveOnePort/loadStates/10/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 10 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/10/kclResidualA/0
    Original passive one-port → Load States → record 10 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/10/kclResidualA/a
    Original passive one-port → Load States → record 10 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/10/kclResidualA/b
    Original passive one-port → Load States → record 10 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/10/kclResidualA/x
    Original passive one-port → Load States → record 10 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/10/kclResidualA/p
    Original passive one-port → Load States → record 10 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/10/powerResidualW
    Original passive one-port → Load States → record 10 → Record index (metadata, not a measured scalar)10passiveOnePort/loadStates/10/index
    Original passive one-port → Load States → record 10 → r=R_L/R_th (dimensionless)Exact reduced rational: 5/8passiveOnePort/loadStates/10/normalizedLoad
    Original passive one-port → Load States → record 10 → V/V_th (dimensionless)Exact reduced rational: 5/13passiveOnePort/loadStates/10/normalizedVoltage
    Original passive one-port → Load States → record 10 → I/I_sc (dimensionless)Exact reduced rational: 8/13passiveOnePort/loadStates/10/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 10 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 160/169passiveOnePort/loadStates/10/normalizedPower
    Original passive one-port → Load States → record 10 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 4608/5239passiveOnePort/loadStates/10/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 10 → Equivalent source absorbed power (W)Exact reduced rational: -576/403passiveOnePort/loadStates/10/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 11 → Load resistance R_L (Ω); null denotes openExact reduced rational: 99/62passiveOnePort/loadStates/11/loadOhm
    Original passive one-port → Load States → record 11 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/11/forcedPortV
    Original passive one-port → Load States → record 11 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/11/nodePotentialsV/0
    Original passive one-port → Load States → record 11 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/11/nodePotentialsV/a
    Original passive one-port → Load States → record 11 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/11/nodePotentialsV/b
    Original passive one-port → Load States → record 11 → Node Potentials (V) → XExact reduced rational: 2687/558passiveOnePort/loadStates/11/nodePotentialsV/x
    Original passive one-port → Load States → record 11 → Node Potentials (V) → PExact reduced rational: 88/93passiveOnePort/loadStates/11/nodePotentialsV/p
    Original passive one-port → Load States → record 11 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/11/branches/0/id
    Original passive one-port → Load States → record 11 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/11/branches/0/tail
    Original passive one-port → Load States → record 11 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/11/branches/0/head
    Original passive one-port → Load States → record 11 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/11/branches/0/resistanceOhm
    Original passive one-port → Load States → record 11 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 2335/558passiveOnePort/loadStates/11/branches/0/voltageV
    Original passive one-port → Load States → record 11 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 2335/1116passiveOnePort/loadStates/11/branches/0/currentA
    Original passive one-port → Load States → record 11 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 5452225/622728passiveOnePort/loadStates/11/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 11 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/11/branches/1/id
    Original passive one-port → Load States → record 11 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/11/branches/1/tail
    Original passive one-port → Load States → record 11 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/11/branches/1/head
    Original passive one-port → Load States → record 11 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/11/branches/1/resistanceOhm
    Original passive one-port → Load States → record 11 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 2687/558passiveOnePort/loadStates/11/branches/1/voltageV
    Original passive one-port → Load States → record 11 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 2687/3348passiveOnePort/loadStates/11/branches/1/currentA
    Original passive one-port → Load States → record 11 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 7219969/1868184passiveOnePort/loadStates/11/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 11 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/11/branches/2/id
    Original passive one-port → Load States → record 11 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/11/branches/2/tail
    Original passive one-port → Load States → record 11 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/11/branches/2/head
    Original passive one-port → Load States → record 11 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/11/branches/2/resistanceOhm
    Original passive one-port → Load States → record 11 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 2159/558passiveOnePort/loadStates/11/branches/2/voltageV
    Original passive one-port → Load States → record 11 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 2159/1674passiveOnePort/loadStates/11/branches/2/currentA
    Original passive one-port → Load States → record 11 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 4661281/934092passiveOnePort/loadStates/11/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 11 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/11/branches/3/id
    Original passive one-port → Load States → record 11 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/11/branches/3/tail
    Original passive one-port → Load States → record 11 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/11/branches/3/head
    Original passive one-port → Load States → record 11 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/11/branches/3/resistanceOhm
    Original passive one-port → Load States → record 11 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 88/93passiveOnePort/loadStates/11/branches/3/voltageV
    Original passive one-port → Load States → record 11 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 22/279passiveOnePort/loadStates/11/branches/3/currentA
    Original passive one-port → Load States → record 11 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 1936/25947passiveOnePort/loadStates/11/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 11 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/11/branches/4/id
    Original passive one-port → Load States → record 11 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/11/branches/4/tail
    Original passive one-port → Load States → record 11 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/11/branches/4/head
    Original passive one-port → Load States → record 11 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/11/branches/4/resistanceOhm
    Original passive one-port → Load States → record 11 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 460/93passiveOnePort/loadStates/11/branches/4/voltageV
    Original passive one-port → Load States → record 11 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 115/186passiveOnePort/loadStates/11/branches/4/currentA
    Original passive one-port → Load States → record 11 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 26450/8649passiveOnePort/loadStates/11/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 11 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/11/branches/5/id
    Original passive one-port → Load States → record 11 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/11/branches/5/tail
    Original passive one-port → Load States → record 11 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/11/branches/5/head
    Original passive one-port → Load States → record 11 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/11/branches/5/voltageV
    Original passive one-port → Load States → record 11 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -2335/1116passiveOnePort/loadStates/11/branches/5/currentA
    Original passive one-port → Load States → record 11 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -2335/124passiveOnePort/loadStates/11/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 11 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/11/branches/6/id
    Original passive one-port → Load States → record 11 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/11/branches/6/tail
    Original passive one-port → Load States → record 11 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/11/branches/6/head
    Original passive one-port → Load States → record 11 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/11/branches/6/voltageV
    Original passive one-port → Load States → record 11 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 115/186passiveOnePort/loadStates/11/branches/6/currentA
    Original passive one-port → Load States → record 11 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -230/93passiveOnePort/loadStates/11/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 11 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/11/branches/7/id
    Original passive one-port → Load States → record 11 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/11/branches/7/tail
    Original passive one-port → Load States → record 11 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/11/branches/7/head
    Original passive one-port → Load States → record 11 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 88/93passiveOnePort/loadStates/11/branches/7/voltageV
    Original passive one-port → Load States → record 11 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 16/27passiveOnePort/loadStates/11/branches/7/currentA
    Original passive one-port → Load States → record 11 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 1408/2511passiveOnePort/loadStates/11/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 11 → Current delivered out of network (A)Exact reduced rational: 16/27passiveOnePort/loadStates/11/deliveredPortCurrentA
    Original passive one-port → Load States → record 11 → Current entering network (A)Exact reduced rational: -16/27passiveOnePort/loadStates/11/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 11 → Load Or Test Absorbed Power (W)Exact reduced rational: 1408/2511passiveOnePort/loadStates/11/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 11 → Physical internal resistor dissipation (W)Exact reduced rational: 208343/10044passiveOnePort/loadStates/11/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 11 → Sum of original sources absorbed power (W)Exact reduced rational: -7925/372passiveOnePort/loadStates/11/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 11 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/11/kclResidualA/0
    Original passive one-port → Load States → record 11 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/11/kclResidualA/a
    Original passive one-port → Load States → record 11 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/11/kclResidualA/b
    Original passive one-port → Load States → record 11 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/11/kclResidualA/x
    Original passive one-port → Load States → record 11 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/11/kclResidualA/p
    Original passive one-port → Load States → record 11 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/11/powerResidualW
    Original passive one-port → Load States → record 11 → Record index (metadata, not a measured scalar)11passiveOnePort/loadStates/11/index
    Original passive one-port → Load States → record 11 → r=R_L/R_th (dimensionless)Exact reduced rational: 11/16passiveOnePort/loadStates/11/normalizedLoad
    Original passive one-port → Load States → record 11 → V/V_th (dimensionless)Exact reduced rational: 11/27passiveOnePort/loadStates/11/normalizedVoltage
    Original passive one-port → Load States → record 11 → I/I_sc (dimensionless)Exact reduced rational: 16/27passiveOnePort/loadStates/11/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 11 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 704/729passiveOnePort/loadStates/11/normalizedPower
    Original passive one-port → Load States → record 11 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 2048/2511passiveOnePort/loadStates/11/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 11 → Equivalent source absorbed power (W)Exact reduced rational: -128/93passiveOnePort/loadStates/11/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 12 → Load resistance R_L (Ω); null denotes openExact reduced rational: 54/31passiveOnePort/loadStates/12/loadOhm
    Original passive one-port → Load States → record 12 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/12/forcedPortV
    Original passive one-port → Load States → record 12 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/12/nodePotentialsV/0
    Original passive one-port → Load States → record 12 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/12/nodePotentialsV/a
    Original passive one-port → Load States → record 12 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/12/nodePotentialsV/b
    Original passive one-port → Load States → record 12 → Node Potentials (V) → XExact reduced rational: 2097/434passiveOnePort/loadStates/12/nodePotentialsV/x
    Original passive one-port → Load States → record 12 → Node Potentials (V) → PExact reduced rational: 216/217passiveOnePort/loadStates/12/nodePotentialsV/p
    Original passive one-port → Load States → record 12 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/12/branches/0/id
    Original passive one-port → Load States → record 12 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/12/branches/0/tail
    Original passive one-port → Load States → record 12 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/12/branches/0/head
    Original passive one-port → Load States → record 12 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/12/branches/0/resistanceOhm
    Original passive one-port → Load States → record 12 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 1809/434passiveOnePort/loadStates/12/branches/0/voltageV
    Original passive one-port → Load States → record 12 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 1809/868passiveOnePort/loadStates/12/branches/0/currentA
    Original passive one-port → Load States → record 12 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 3272481/376712passiveOnePort/loadStates/12/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 12 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/12/branches/1/id
    Original passive one-port → Load States → record 12 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/12/branches/1/tail
    Original passive one-port → Load States → record 12 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/12/branches/1/head
    Original passive one-port → Load States → record 12 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/12/branches/1/resistanceOhm
    Original passive one-port → Load States → record 12 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 2097/434passiveOnePort/loadStates/12/branches/1/voltageV
    Original passive one-port → Load States → record 12 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 699/868passiveOnePort/loadStates/12/branches/1/currentA
    Original passive one-port → Load States → record 12 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 1465803/376712passiveOnePort/loadStates/12/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 12 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/12/branches/2/id
    Original passive one-port → Load States → record 12 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/12/branches/2/tail
    Original passive one-port → Load States → record 12 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/12/branches/2/head
    Original passive one-port → Load States → record 12 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/12/branches/2/resistanceOhm
    Original passive one-port → Load States → record 12 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 1665/434passiveOnePort/loadStates/12/branches/2/voltageV
    Original passive one-port → Load States → record 12 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 555/434passiveOnePort/loadStates/12/branches/2/currentA
    Original passive one-port → Load States → record 12 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 924075/188356passiveOnePort/loadStates/12/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 12 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/12/branches/3/id
    Original passive one-port → Load States → record 12 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/12/branches/3/tail
    Original passive one-port → Load States → record 12 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/12/branches/3/head
    Original passive one-port → Load States → record 12 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/12/branches/3/resistanceOhm
    Original passive one-port → Load States → record 12 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 216/217passiveOnePort/loadStates/12/branches/3/voltageV
    Original passive one-port → Load States → record 12 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 18/217passiveOnePort/loadStates/12/branches/3/currentA
    Original passive one-port → Load States → record 12 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 3888/47089passiveOnePort/loadStates/12/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 12 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/12/branches/4/id
    Original passive one-port → Load States → record 12 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/12/branches/4/tail
    Original passive one-port → Load States → record 12 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/12/branches/4/head
    Original passive one-port → Load States → record 12 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/12/branches/4/resistanceOhm
    Original passive one-port → Load States → record 12 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 1084/217passiveOnePort/loadStates/12/branches/4/voltageV
    Original passive one-port → Load States → record 12 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 271/434passiveOnePort/loadStates/12/branches/4/currentA
    Original passive one-port → Load States → record 12 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 146882/47089passiveOnePort/loadStates/12/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 12 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/12/branches/5/id
    Original passive one-port → Load States → record 12 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/12/branches/5/tail
    Original passive one-port → Load States → record 12 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/12/branches/5/head
    Original passive one-port → Load States → record 12 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/12/branches/5/voltageV
    Original passive one-port → Load States → record 12 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -1809/868passiveOnePort/loadStates/12/branches/5/currentA
    Original passive one-port → Load States → record 12 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -16281/868passiveOnePort/loadStates/12/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 12 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/12/branches/6/id
    Original passive one-port → Load States → record 12 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/12/branches/6/tail
    Original passive one-port → Load States → record 12 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/12/branches/6/head
    Original passive one-port → Load States → record 12 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/12/branches/6/voltageV
    Original passive one-port → Load States → record 12 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 271/434passiveOnePort/loadStates/12/branches/6/currentA
    Original passive one-port → Load States → record 12 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -542/217passiveOnePort/loadStates/12/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 12 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/12/branches/7/id
    Original passive one-port → Load States → record 12 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/12/branches/7/tail
    Original passive one-port → Load States → record 12 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/12/branches/7/head
    Original passive one-port → Load States → record 12 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 216/217passiveOnePort/loadStates/12/branches/7/voltageV
    Original passive one-port → Load States → record 12 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 4/7passiveOnePort/loadStates/12/branches/7/currentA
    Original passive one-port → Load States → record 12 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 864/1519passiveOnePort/loadStates/12/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 12 → Current delivered out of network (A)Exact reduced rational: 4/7passiveOnePort/loadStates/12/deliveredPortCurrentA
    Original passive one-port → Load States → record 12 → Current entering network (A)Exact reduced rational: -4/7passiveOnePort/loadStates/12/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 12 → Load Or Test Absorbed Power (W)Exact reduced rational: 864/1519passiveOnePort/loadStates/12/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 12 → Physical internal resistor dissipation (W)Exact reduced rational: 125687/6076passiveOnePort/loadStates/12/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 12 → Sum of original sources absorbed power (W)Exact reduced rational: -18449/868passiveOnePort/loadStates/12/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 12 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/12/kclResidualA/0
    Original passive one-port → Load States → record 12 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/12/kclResidualA/a
    Original passive one-port → Load States → record 12 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/12/kclResidualA/b
    Original passive one-port → Load States → record 12 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/12/kclResidualA/x
    Original passive one-port → Load States → record 12 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/12/kclResidualA/p
    Original passive one-port → Load States → record 12 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/12/powerResidualW
    Original passive one-port → Load States → record 12 → Record index (metadata, not a measured scalar)12passiveOnePort/loadStates/12/index
    Original passive one-port → Load States → record 12 → r=R_L/R_th (dimensionless)Exact reduced rational: 3/4passiveOnePort/loadStates/12/normalizedLoad
    Original passive one-port → Load States → record 12 → V/V_th (dimensionless)Exact reduced rational: 3/7passiveOnePort/loadStates/12/normalizedVoltage
    Original passive one-port → Load States → record 12 → I/I_sc (dimensionless)Exact reduced rational: 4/7passiveOnePort/loadStates/12/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 12 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 48/49passiveOnePort/loadStates/12/normalizedPower
    Original passive one-port → Load States → record 12 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 1152/1519passiveOnePort/loadStates/12/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 12 → Equivalent source absorbed power (W)Exact reduced rational: -288/217passiveOnePort/loadStates/12/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 13 → Load resistance R_L (Ω); null denotes openExact reduced rational: 117/62passiveOnePort/loadStates/13/loadOhm
    Original passive one-port → Load States → record 13 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/13/forcedPortV
    Original passive one-port → Load States → record 13 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/13/nodePotentialsV/0
    Original passive one-port → Load States → record 13 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/13/nodePotentialsV/a
    Original passive one-port → Load States → record 13 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/13/nodePotentialsV/b
    Original passive one-port → Load States → record 13 → Node Potentials (V) → XExact reduced rational: 8715/1798passiveOnePort/loadStates/13/nodePotentialsV/x
    Original passive one-port → Load States → record 13 → Node Potentials (V) → PExact reduced rational: 936/899passiveOnePort/loadStates/13/nodePotentialsV/p
    Original passive one-port → Load States → record 13 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/13/branches/0/id
    Original passive one-port → Load States → record 13 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/13/branches/0/tail
    Original passive one-port → Load States → record 13 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/13/branches/0/head
    Original passive one-port → Load States → record 13 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/13/branches/0/resistanceOhm
    Original passive one-port → Load States → record 13 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 7467/1798passiveOnePort/loadStates/13/branches/0/voltageV
    Original passive one-port → Load States → record 13 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 7467/3596passiveOnePort/loadStates/13/branches/0/currentA
    Original passive one-port → Load States → record 13 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 55756089/6465608passiveOnePort/loadStates/13/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 13 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/13/branches/1/id
    Original passive one-port → Load States → record 13 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/13/branches/1/tail
    Original passive one-port → Load States → record 13 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/13/branches/1/head
    Original passive one-port → Load States → record 13 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/13/branches/1/resistanceOhm
    Original passive one-port → Load States → record 13 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 8715/1798passiveOnePort/loadStates/13/branches/1/voltageV
    Original passive one-port → Load States → record 13 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 2905/3596passiveOnePort/loadStates/13/branches/1/currentA
    Original passive one-port → Load States → record 13 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 25317075/6465608passiveOnePort/loadStates/13/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 13 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/13/branches/2/id
    Original passive one-port → Load States → record 13 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/13/branches/2/tail
    Original passive one-port → Load States → record 13 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/13/branches/2/head
    Original passive one-port → Load States → record 13 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/13/branches/2/resistanceOhm
    Original passive one-port → Load States → record 13 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 6843/1798passiveOnePort/loadStates/13/branches/2/voltageV
    Original passive one-port → Load States → record 13 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 2281/1798passiveOnePort/loadStates/13/branches/2/currentA
    Original passive one-port → Load States → record 13 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 15608883/3232804passiveOnePort/loadStates/13/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 13 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/13/branches/3/id
    Original passive one-port → Load States → record 13 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/13/branches/3/tail
    Original passive one-port → Load States → record 13 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/13/branches/3/head
    Original passive one-port → Load States → record 13 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/13/branches/3/resistanceOhm
    Original passive one-port → Load States → record 13 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 936/899passiveOnePort/loadStates/13/branches/3/voltageV
    Original passive one-port → Load States → record 13 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 78/899passiveOnePort/loadStates/13/branches/3/currentA
    Original passive one-port → Load States → record 13 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 73008/808201passiveOnePort/loadStates/13/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 13 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/13/branches/4/id
    Original passive one-port → Load States → record 13 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/13/branches/4/tail
    Original passive one-port → Load States → record 13 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/13/branches/4/head
    Original passive one-port → Load States → record 13 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/13/branches/4/resistanceOhm
    Original passive one-port → Load States → record 13 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 4532/899passiveOnePort/loadStates/13/branches/4/voltageV
    Original passive one-port → Load States → record 13 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 1133/1798passiveOnePort/loadStates/13/branches/4/currentA
    Original passive one-port → Load States → record 13 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 2567378/808201passiveOnePort/loadStates/13/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 13 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/13/branches/5/id
    Original passive one-port → Load States → record 13 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/13/branches/5/tail
    Original passive one-port → Load States → record 13 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/13/branches/5/head
    Original passive one-port → Load States → record 13 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/13/branches/5/voltageV
    Original passive one-port → Load States → record 13 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -7467/3596passiveOnePort/loadStates/13/branches/5/currentA
    Original passive one-port → Load States → record 13 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -67203/3596passiveOnePort/loadStates/13/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 13 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/13/branches/6/id
    Original passive one-port → Load States → record 13 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/13/branches/6/tail
    Original passive one-port → Load States → record 13 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/13/branches/6/head
    Original passive one-port → Load States → record 13 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/13/branches/6/voltageV
    Original passive one-port → Load States → record 13 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 1133/1798passiveOnePort/loadStates/13/branches/6/currentA
    Original passive one-port → Load States → record 13 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -2266/899passiveOnePort/loadStates/13/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 13 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/13/branches/7/id
    Original passive one-port → Load States → record 13 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/13/branches/7/tail
    Original passive one-port → Load States → record 13 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/13/branches/7/head
    Original passive one-port → Load States → record 13 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 936/899passiveOnePort/loadStates/13/branches/7/voltageV
    Original passive one-port → Load States → record 13 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 16/29passiveOnePort/loadStates/13/branches/7/currentA
    Original passive one-port → Load States → record 13 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 14976/26071passiveOnePort/loadStates/13/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 13 → Current delivered out of network (A)Exact reduced rational: 16/29passiveOnePort/loadStates/13/deliveredPortCurrentA
    Original passive one-port → Load States → record 13 → Current entering network (A)Exact reduced rational: -16/29passiveOnePort/loadStates/13/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 13 → Load Or Test Absorbed Power (W)Exact reduced rational: 14976/26071passiveOnePort/loadStates/13/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 13 → Physical internal resistor dissipation (W)Exact reduced rational: 2151839/104284passiveOnePort/loadStates/13/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 13 → Sum of original sources absorbed power (W)Exact reduced rational: -76267/3596passiveOnePort/loadStates/13/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 13 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/13/kclResidualA/0
    Original passive one-port → Load States → record 13 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/13/kclResidualA/a
    Original passive one-port → Load States → record 13 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/13/kclResidualA/b
    Original passive one-port → Load States → record 13 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/13/kclResidualA/x
    Original passive one-port → Load States → record 13 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/13/kclResidualA/p
    Original passive one-port → Load States → record 13 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/13/powerResidualW
    Original passive one-port → Load States → record 13 → Record index (metadata, not a measured scalar)13passiveOnePort/loadStates/13/index
    Original passive one-port → Load States → record 13 → r=R_L/R_th (dimensionless)Exact reduced rational: 13/16passiveOnePort/loadStates/13/normalizedLoad
    Original passive one-port → Load States → record 13 → V/V_th (dimensionless)Exact reduced rational: 13/29passiveOnePort/loadStates/13/normalizedVoltage
    Original passive one-port → Load States → record 13 → I/I_sc (dimensionless)Exact reduced rational: 16/29passiveOnePort/loadStates/13/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 13 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 832/841passiveOnePort/loadStates/13/normalizedPower
    Original passive one-port → Load States → record 13 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 18432/26071passiveOnePort/loadStates/13/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 13 → Equivalent source absorbed power (W)Exact reduced rational: -1152/899passiveOnePort/loadStates/13/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 14 → Load resistance R_L (Ω); null denotes openExact reduced rational: 63/31passiveOnePort/loadStates/14/loadOhm
    Original passive one-port → Load States → record 14 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/14/forcedPortV
    Original passive one-port → Load States → record 14 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/14/nodePotentialsV/0
    Original passive one-port → Load States → record 14 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/14/nodePotentialsV/a
    Original passive one-port → Load States → record 14 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/14/nodePotentialsV/b
    Original passive one-port → Load States → record 14 → Node Potentials (V) → XExact reduced rational: 1507/310passiveOnePort/loadStates/14/nodePotentialsV/x
    Original passive one-port → Load States → record 14 → Node Potentials (V) → PExact reduced rational: 168/155passiveOnePort/loadStates/14/nodePotentialsV/p
    Original passive one-port → Load States → record 14 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/14/branches/0/id
    Original passive one-port → Load States → record 14 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/14/branches/0/tail
    Original passive one-port → Load States → record 14 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/14/branches/0/head
    Original passive one-port → Load States → record 14 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/14/branches/0/resistanceOhm
    Original passive one-port → Load States → record 14 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 1283/310passiveOnePort/loadStates/14/branches/0/voltageV
    Original passive one-port → Load States → record 14 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 1283/620passiveOnePort/loadStates/14/branches/0/currentA
    Original passive one-port → Load States → record 14 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 1646089/192200passiveOnePort/loadStates/14/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 14 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/14/branches/1/id
    Original passive one-port → Load States → record 14 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/14/branches/1/tail
    Original passive one-port → Load States → record 14 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/14/branches/1/head
    Original passive one-port → Load States → record 14 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/14/branches/1/resistanceOhm
    Original passive one-port → Load States → record 14 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 1507/310passiveOnePort/loadStates/14/branches/1/voltageV
    Original passive one-port → Load States → record 14 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 1507/1860passiveOnePort/loadStates/14/branches/1/currentA
    Original passive one-port → Load States → record 14 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 2271049/576600passiveOnePort/loadStates/14/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 14 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/14/branches/2/id
    Original passive one-port → Load States → record 14 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/14/branches/2/tail
    Original passive one-port → Load States → record 14 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/14/branches/2/head
    Original passive one-port → Load States → record 14 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/14/branches/2/resistanceOhm
    Original passive one-port → Load States → record 14 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 1171/310passiveOnePort/loadStates/14/branches/2/voltageV
    Original passive one-port → Load States → record 14 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 1171/930passiveOnePort/loadStates/14/branches/2/currentA
    Original passive one-port → Load States → record 14 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 1371241/288300passiveOnePort/loadStates/14/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 14 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/14/branches/3/id
    Original passive one-port → Load States → record 14 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/14/branches/3/tail
    Original passive one-port → Load States → record 14 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/14/branches/3/head
    Original passive one-port → Load States → record 14 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/14/branches/3/resistanceOhm
    Original passive one-port → Load States → record 14 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 168/155passiveOnePort/loadStates/14/branches/3/voltageV
    Original passive one-port → Load States → record 14 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 14/155passiveOnePort/loadStates/14/branches/3/currentA
    Original passive one-port → Load States → record 14 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 2352/24025passiveOnePort/loadStates/14/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 14 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/14/branches/4/id
    Original passive one-port → Load States → record 14 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/14/branches/4/tail
    Original passive one-port → Load States → record 14 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/14/branches/4/head
    Original passive one-port → Load States → record 14 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/14/branches/4/resistanceOhm
    Original passive one-port → Load States → record 14 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 788/155passiveOnePort/loadStates/14/branches/4/voltageV
    Original passive one-port → Load States → record 14 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 197/310passiveOnePort/loadStates/14/branches/4/currentA
    Original passive one-port → Load States → record 14 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 77618/24025passiveOnePort/loadStates/14/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 14 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/14/branches/5/id
    Original passive one-port → Load States → record 14 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/14/branches/5/tail
    Original passive one-port → Load States → record 14 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/14/branches/5/head
    Original passive one-port → Load States → record 14 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/14/branches/5/voltageV
    Original passive one-port → Load States → record 14 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -1283/620passiveOnePort/loadStates/14/branches/5/currentA
    Original passive one-port → Load States → record 14 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -11547/620passiveOnePort/loadStates/14/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 14 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/14/branches/6/id
    Original passive one-port → Load States → record 14 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/14/branches/6/tail
    Original passive one-port → Load States → record 14 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/14/branches/6/head
    Original passive one-port → Load States → record 14 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/14/branches/6/voltageV
    Original passive one-port → Load States → record 14 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 197/310passiveOnePort/loadStates/14/branches/6/currentA
    Original passive one-port → Load States → record 14 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -394/155passiveOnePort/loadStates/14/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 14 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/14/branches/7/id
    Original passive one-port → Load States → record 14 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/14/branches/7/tail
    Original passive one-port → Load States → record 14 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/14/branches/7/head
    Original passive one-port → Load States → record 14 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 168/155passiveOnePort/loadStates/14/branches/7/voltageV
    Original passive one-port → Load States → record 14 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 8/15passiveOnePort/loadStates/14/branches/7/currentA
    Original passive one-port → Load States → record 14 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 448/775passiveOnePort/loadStates/14/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 14 → Current delivered out of network (A)Exact reduced rational: 8/15passiveOnePort/loadStates/14/deliveredPortCurrentA
    Original passive one-port → Load States → record 14 → Current entering network (A)Exact reduced rational: -8/15passiveOnePort/loadStates/14/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 14 → Load Or Test Absorbed Power (W)Exact reduced rational: 448/775passiveOnePort/loadStates/14/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 14 → Physical internal resistor dissipation (W)Exact reduced rational: 63823/3100passiveOnePort/loadStates/14/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 14 → Sum of original sources absorbed power (W)Exact reduced rational: -13123/620passiveOnePort/loadStates/14/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 14 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/14/kclResidualA/0
    Original passive one-port → Load States → record 14 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/14/kclResidualA/a
    Original passive one-port → Load States → record 14 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/14/kclResidualA/b
    Original passive one-port → Load States → record 14 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/14/kclResidualA/x
    Original passive one-port → Load States → record 14 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/14/kclResidualA/p
    Original passive one-port → Load States → record 14 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/14/powerResidualW
    Original passive one-port → Load States → record 14 → Record index (metadata, not a measured scalar)14passiveOnePort/loadStates/14/index
    Original passive one-port → Load States → record 14 → r=R_L/R_th (dimensionless)Exact reduced rational: 7/8passiveOnePort/loadStates/14/normalizedLoad
    Original passive one-port → Load States → record 14 → V/V_th (dimensionless)Exact reduced rational: 7/15passiveOnePort/loadStates/14/normalizedVoltage
    Original passive one-port → Load States → record 14 → I/I_sc (dimensionless)Exact reduced rational: 8/15passiveOnePort/loadStates/14/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 14 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 224/225passiveOnePort/loadStates/14/normalizedPower
    Original passive one-port → Load States → record 14 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 512/775passiveOnePort/loadStates/14/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 14 → Equivalent source absorbed power (W)Exact reduced rational: -192/155passiveOnePort/loadStates/14/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 15 → Load resistance R_L (Ω); null denotes openExact reduced rational: 135/62passiveOnePort/loadStates/15/loadOhm
    Original passive one-port → Load States → record 15 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/15/forcedPortV
    Original passive one-port → Load States → record 15 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/15/nodePotentialsV/0
    Original passive one-port → Load States → record 15 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/15/nodePotentialsV/a
    Original passive one-port → Load States → record 15 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/15/nodePotentialsV/b
    Original passive one-port → Load States → record 15 → Node Potentials (V) → XExact reduced rational: 9369/1922passiveOnePort/loadStates/15/nodePotentialsV/x
    Original passive one-port → Load States → record 15 → Node Potentials (V) → PExact reduced rational: 1080/961passiveOnePort/loadStates/15/nodePotentialsV/p
    Original passive one-port → Load States → record 15 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/15/branches/0/id
    Original passive one-port → Load States → record 15 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/15/branches/0/tail
    Original passive one-port → Load States → record 15 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/15/branches/0/head
    Original passive one-port → Load States → record 15 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/15/branches/0/resistanceOhm
    Original passive one-port → Load States → record 15 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 7929/1922passiveOnePort/loadStates/15/branches/0/voltageV
    Original passive one-port → Load States → record 15 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 7929/3844passiveOnePort/loadStates/15/branches/0/currentA
    Original passive one-port → Load States → record 15 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 62869041/7388168passiveOnePort/loadStates/15/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 15 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/15/branches/1/id
    Original passive one-port → Load States → record 15 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/15/branches/1/tail
    Original passive one-port → Load States → record 15 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/15/branches/1/head
    Original passive one-port → Load States → record 15 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/15/branches/1/resistanceOhm
    Original passive one-port → Load States → record 15 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 9369/1922passiveOnePort/loadStates/15/branches/1/voltageV
    Original passive one-port → Load States → record 15 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 3123/3844passiveOnePort/loadStates/15/branches/1/currentA
    Original passive one-port → Load States → record 15 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 29259387/7388168passiveOnePort/loadStates/15/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 15 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/15/branches/2/id
    Original passive one-port → Load States → record 15 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/15/branches/2/tail
    Original passive one-port → Load States → record 15 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/15/branches/2/head
    Original passive one-port → Load States → record 15 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/15/branches/2/resistanceOhm
    Original passive one-port → Load States → record 15 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 7209/1922passiveOnePort/loadStates/15/branches/2/voltageV
    Original passive one-port → Load States → record 15 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 2403/1922passiveOnePort/loadStates/15/branches/2/currentA
    Original passive one-port → Load States → record 15 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 17323227/3694084passiveOnePort/loadStates/15/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 15 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/15/branches/3/id
    Original passive one-port → Load States → record 15 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/15/branches/3/tail
    Original passive one-port → Load States → record 15 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/15/branches/3/head
    Original passive one-port → Load States → record 15 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/15/branches/3/resistanceOhm
    Original passive one-port → Load States → record 15 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 1080/961passiveOnePort/loadStates/15/branches/3/voltageV
    Original passive one-port → Load States → record 15 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 90/961passiveOnePort/loadStates/15/branches/3/currentA
    Original passive one-port → Load States → record 15 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 97200/923521passiveOnePort/loadStates/15/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 15 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/15/branches/4/id
    Original passive one-port → Load States → record 15 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/15/branches/4/tail
    Original passive one-port → Load States → record 15 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/15/branches/4/head
    Original passive one-port → Load States → record 15 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/15/branches/4/resistanceOhm
    Original passive one-port → Load States → record 15 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 4924/961passiveOnePort/loadStates/15/branches/4/voltageV
    Original passive one-port → Load States → record 15 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 1231/1922passiveOnePort/loadStates/15/branches/4/currentA
    Original passive one-port → Load States → record 15 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 3030722/923521passiveOnePort/loadStates/15/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 15 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/15/branches/5/id
    Original passive one-port → Load States → record 15 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/15/branches/5/tail
    Original passive one-port → Load States → record 15 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/15/branches/5/head
    Original passive one-port → Load States → record 15 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/15/branches/5/voltageV
    Original passive one-port → Load States → record 15 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -7929/3844passiveOnePort/loadStates/15/branches/5/currentA
    Original passive one-port → Load States → record 15 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -71361/3844passiveOnePort/loadStates/15/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 15 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/15/branches/6/id
    Original passive one-port → Load States → record 15 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/15/branches/6/tail
    Original passive one-port → Load States → record 15 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/15/branches/6/head
    Original passive one-port → Load States → record 15 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/15/branches/6/voltageV
    Original passive one-port → Load States → record 15 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 1231/1922passiveOnePort/loadStates/15/branches/6/currentA
    Original passive one-port → Load States → record 15 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -2462/961passiveOnePort/loadStates/15/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 15 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/15/branches/7/id
    Original passive one-port → Load States → record 15 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/15/branches/7/tail
    Original passive one-port → Load States → record 15 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/15/branches/7/head
    Original passive one-port → Load States → record 15 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 1080/961passiveOnePort/loadStates/15/branches/7/voltageV
    Original passive one-port → Load States → record 15 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 16/31passiveOnePort/loadStates/15/branches/7/currentA
    Original passive one-port → Load States → record 15 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 17280/29791passiveOnePort/loadStates/15/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 15 → Current delivered out of network (A)Exact reduced rational: 16/31passiveOnePort/loadStates/15/deliveredPortCurrentA
    Original passive one-port → Load States → record 15 → Current entering network (A)Exact reduced rational: -16/31passiveOnePort/loadStates/15/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 15 → Load Or Test Absorbed Power (W)Exact reduced rational: 17280/29791passiveOnePort/loadStates/15/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 15 → Physical internal resistor dissipation (W)Exact reduced rational: 2448359/119164passiveOnePort/loadStates/15/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 15 → Sum of original sources absorbed power (W)Exact reduced rational: -81209/3844passiveOnePort/loadStates/15/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 15 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/15/kclResidualA/0
    Original passive one-port → Load States → record 15 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/15/kclResidualA/a
    Original passive one-port → Load States → record 15 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/15/kclResidualA/b
    Original passive one-port → Load States → record 15 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/15/kclResidualA/x
    Original passive one-port → Load States → record 15 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/15/kclResidualA/p
    Original passive one-port → Load States → record 15 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/15/powerResidualW
    Original passive one-port → Load States → record 15 → Record index (metadata, not a measured scalar)15passiveOnePort/loadStates/15/index
    Original passive one-port → Load States → record 15 → r=R_L/R_th (dimensionless)Exact reduced rational: 15/16passiveOnePort/loadStates/15/normalizedLoad
    Original passive one-port → Load States → record 15 → V/V_th (dimensionless)Exact reduced rational: 15/31passiveOnePort/loadStates/15/normalizedVoltage
    Original passive one-port → Load States → record 15 → I/I_sc (dimensionless)Exact reduced rational: 16/31passiveOnePort/loadStates/15/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 15 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 960/961passiveOnePort/loadStates/15/normalizedPower
    Original passive one-port → Load States → record 15 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 18432/29791passiveOnePort/loadStates/15/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 15 → Equivalent source absorbed power (W)Exact reduced rational: -1152/961passiveOnePort/loadStates/15/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 16 → Load resistance R_L (Ω); null denotes openExact reduced rational: 72/31passiveOnePort/loadStates/16/loadOhm
    Original passive one-port → Load States → record 16 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/16/forcedPortV
    Original passive one-port → Load States → record 16 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/16/nodePotentialsV/0
    Original passive one-port → Load States → record 16 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/16/nodePotentialsV/a
    Original passive one-port → Load States → record 16 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/16/nodePotentialsV/b
    Original passive one-port → Load States → record 16 → Node Potentials (V) → XExact reduced rational: 303/62passiveOnePort/loadStates/16/nodePotentialsV/x
    Original passive one-port → Load States → record 16 → Node Potentials (V) → PExact reduced rational: 36/31passiveOnePort/loadStates/16/nodePotentialsV/p
    Original passive one-port → Load States → record 16 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/16/branches/0/id
    Original passive one-port → Load States → record 16 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/16/branches/0/tail
    Original passive one-port → Load States → record 16 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/16/branches/0/head
    Original passive one-port → Load States → record 16 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/16/branches/0/resistanceOhm
    Original passive one-port → Load States → record 16 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 255/62passiveOnePort/loadStates/16/branches/0/voltageV
    Original passive one-port → Load States → record 16 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 255/124passiveOnePort/loadStates/16/branches/0/currentA
    Original passive one-port → Load States → record 16 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 65025/7688passiveOnePort/loadStates/16/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 16 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/16/branches/1/id
    Original passive one-port → Load States → record 16 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/16/branches/1/tail
    Original passive one-port → Load States → record 16 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/16/branches/1/head
    Original passive one-port → Load States → record 16 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/16/branches/1/resistanceOhm
    Original passive one-port → Load States → record 16 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 303/62passiveOnePort/loadStates/16/branches/1/voltageV
    Original passive one-port → Load States → record 16 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 101/124passiveOnePort/loadStates/16/branches/1/currentA
    Original passive one-port → Load States → record 16 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 30603/7688passiveOnePort/loadStates/16/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 16 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/16/branches/2/id
    Original passive one-port → Load States → record 16 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/16/branches/2/tail
    Original passive one-port → Load States → record 16 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/16/branches/2/head
    Original passive one-port → Load States → record 16 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/16/branches/2/resistanceOhm
    Original passive one-port → Load States → record 16 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 231/62passiveOnePort/loadStates/16/branches/2/voltageV
    Original passive one-port → Load States → record 16 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 77/62passiveOnePort/loadStates/16/branches/2/currentA
    Original passive one-port → Load States → record 16 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 17787/3844passiveOnePort/loadStates/16/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 16 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/16/branches/3/id
    Original passive one-port → Load States → record 16 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/16/branches/3/tail
    Original passive one-port → Load States → record 16 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/16/branches/3/head
    Original passive one-port → Load States → record 16 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/16/branches/3/resistanceOhm
    Original passive one-port → Load States → record 16 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 36/31passiveOnePort/loadStates/16/branches/3/voltageV
    Original passive one-port → Load States → record 16 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 3/31passiveOnePort/loadStates/16/branches/3/currentA
    Original passive one-port → Load States → record 16 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 108/961passiveOnePort/loadStates/16/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 16 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/16/branches/4/id
    Original passive one-port → Load States → record 16 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/16/branches/4/tail
    Original passive one-port → Load States → record 16 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/16/branches/4/head
    Original passive one-port → Load States → record 16 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/16/branches/4/resistanceOhm
    Original passive one-port → Load States → record 16 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 160/31passiveOnePort/loadStates/16/branches/4/voltageV
    Original passive one-port → Load States → record 16 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 20/31passiveOnePort/loadStates/16/branches/4/currentA
    Original passive one-port → Load States → record 16 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 3200/961passiveOnePort/loadStates/16/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 16 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/16/branches/5/id
    Original passive one-port → Load States → record 16 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/16/branches/5/tail
    Original passive one-port → Load States → record 16 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/16/branches/5/head
    Original passive one-port → Load States → record 16 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/16/branches/5/voltageV
    Original passive one-port → Load States → record 16 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -255/124passiveOnePort/loadStates/16/branches/5/currentA
    Original passive one-port → Load States → record 16 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -2295/124passiveOnePort/loadStates/16/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 16 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/16/branches/6/id
    Original passive one-port → Load States → record 16 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/16/branches/6/tail
    Original passive one-port → Load States → record 16 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/16/branches/6/head
    Original passive one-port → Load States → record 16 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/16/branches/6/voltageV
    Original passive one-port → Load States → record 16 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 20/31passiveOnePort/loadStates/16/branches/6/currentA
    Original passive one-port → Load States → record 16 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -80/31passiveOnePort/loadStates/16/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 16 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/16/branches/7/id
    Original passive one-port → Load States → record 16 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/16/branches/7/tail
    Original passive one-port → Load States → record 16 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/16/branches/7/head
    Original passive one-port → Load States → record 16 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 36/31passiveOnePort/loadStates/16/branches/7/voltageV
    Original passive one-port → Load States → record 16 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 1/2passiveOnePort/loadStates/16/branches/7/currentA
    Original passive one-port → Load States → record 16 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 18/31passiveOnePort/loadStates/16/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 16 → Current delivered out of network (A)Exact reduced rational: 1/2passiveOnePort/loadStates/16/deliveredPortCurrentA
    Original passive one-port → Load States → record 16 → Current entering network (A)Exact reduced rational: -1/2passiveOnePort/loadStates/16/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 16 → Load Or Test Absorbed Power (W)Exact reduced rational: 18/31passiveOnePort/loadStates/16/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 16 → Physical internal resistor dissipation (W)Exact reduced rational: 2543/124passiveOnePort/loadStates/16/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 16 → Sum of original sources absorbed power (W)Exact reduced rational: -2615/124passiveOnePort/loadStates/16/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 16 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/16/kclResidualA/0
    Original passive one-port → Load States → record 16 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/16/kclResidualA/a
    Original passive one-port → Load States → record 16 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/16/kclResidualA/b
    Original passive one-port → Load States → record 16 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/16/kclResidualA/x
    Original passive one-port → Load States → record 16 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/16/kclResidualA/p
    Original passive one-port → Load States → record 16 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/16/powerResidualW
    Original passive one-port → Load States → record 16 → Record index (metadata, not a measured scalar)16passiveOnePort/loadStates/16/index
    Original passive one-port → Load States → record 16 → r=R_L/R_th (dimensionless)Exact reduced rational: 1passiveOnePort/loadStates/16/normalizedLoad
    Original passive one-port → Load States → record 16 → V/V_th (dimensionless)Exact reduced rational: 1/2passiveOnePort/loadStates/16/normalizedVoltage
    Original passive one-port → Load States → record 16 → I/I_sc (dimensionless)Exact reduced rational: 1/2passiveOnePort/loadStates/16/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 16 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 1passiveOnePort/loadStates/16/normalizedPower
    Original passive one-port → Load States → record 16 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 18/31passiveOnePort/loadStates/16/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 16 → Equivalent source absorbed power (W)Exact reduced rational: -36/31passiveOnePort/loadStates/16/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 17 → Load resistance R_L (Ω); null denotes openExact reduced rational: 153/62passiveOnePort/loadStates/17/loadOhm
    Original passive one-port → Load States → record 17 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/17/forcedPortV
    Original passive one-port → Load States → record 17 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/17/nodePotentialsV/0
    Original passive one-port → Load States → record 17 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/17/nodePotentialsV/a
    Original passive one-port → Load States → record 17 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/17/nodePotentialsV/b
    Original passive one-port → Load States → record 17 → Node Potentials (V) → XExact reduced rational: 3341/682passiveOnePort/loadStates/17/nodePotentialsV/x
    Original passive one-port → Load States → record 17 → Node Potentials (V) → PExact reduced rational: 408/341passiveOnePort/loadStates/17/nodePotentialsV/p
    Original passive one-port → Load States → record 17 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/17/branches/0/id
    Original passive one-port → Load States → record 17 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/17/branches/0/tail
    Original passive one-port → Load States → record 17 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/17/branches/0/head
    Original passive one-port → Load States → record 17 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/17/branches/0/resistanceOhm
    Original passive one-port → Load States → record 17 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 2797/682passiveOnePort/loadStates/17/branches/0/voltageV
    Original passive one-port → Load States → record 17 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 2797/1364passiveOnePort/loadStates/17/branches/0/currentA
    Original passive one-port → Load States → record 17 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 7823209/930248passiveOnePort/loadStates/17/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 17 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/17/branches/1/id
    Original passive one-port → Load States → record 17 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/17/branches/1/tail
    Original passive one-port → Load States → record 17 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/17/branches/1/head
    Original passive one-port → Load States → record 17 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/17/branches/1/resistanceOhm
    Original passive one-port → Load States → record 17 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 3341/682passiveOnePort/loadStates/17/branches/1/voltageV
    Original passive one-port → Load States → record 17 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 3341/4092passiveOnePort/loadStates/17/branches/1/currentA
    Original passive one-port → Load States → record 17 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 11162281/2790744passiveOnePort/loadStates/17/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 17 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/17/branches/2/id
    Original passive one-port → Load States → record 17 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/17/branches/2/tail
    Original passive one-port → Load States → record 17 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/17/branches/2/head
    Original passive one-port → Load States → record 17 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/17/branches/2/resistanceOhm
    Original passive one-port → Load States → record 17 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 2525/682passiveOnePort/loadStates/17/branches/2/voltageV
    Original passive one-port → Load States → record 17 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 2525/2046passiveOnePort/loadStates/17/branches/2/currentA
    Original passive one-port → Load States → record 17 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 6375625/1395372passiveOnePort/loadStates/17/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 17 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/17/branches/3/id
    Original passive one-port → Load States → record 17 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/17/branches/3/tail
    Original passive one-port → Load States → record 17 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/17/branches/3/head
    Original passive one-port → Load States → record 17 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/17/branches/3/resistanceOhm
    Original passive one-port → Load States → record 17 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 408/341passiveOnePort/loadStates/17/branches/3/voltageV
    Original passive one-port → Load States → record 17 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 34/341passiveOnePort/loadStates/17/branches/3/currentA
    Original passive one-port → Load States → record 17 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 13872/116281passiveOnePort/loadStates/17/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 17 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/17/branches/4/id
    Original passive one-port → Load States → record 17 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/17/branches/4/tail
    Original passive one-port → Load States → record 17 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/17/branches/4/head
    Original passive one-port → Load States → record 17 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/17/branches/4/resistanceOhm
    Original passive one-port → Load States → record 17 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 1772/341passiveOnePort/loadStates/17/branches/4/voltageV
    Original passive one-port → Load States → record 17 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 443/682passiveOnePort/loadStates/17/branches/4/currentA
    Original passive one-port → Load States → record 17 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 392498/116281passiveOnePort/loadStates/17/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 17 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/17/branches/5/id
    Original passive one-port → Load States → record 17 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/17/branches/5/tail
    Original passive one-port → Load States → record 17 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/17/branches/5/head
    Original passive one-port → Load States → record 17 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/17/branches/5/voltageV
    Original passive one-port → Load States → record 17 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -2797/1364passiveOnePort/loadStates/17/branches/5/currentA
    Original passive one-port → Load States → record 17 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -25173/1364passiveOnePort/loadStates/17/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 17 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/17/branches/6/id
    Original passive one-port → Load States → record 17 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/17/branches/6/tail
    Original passive one-port → Load States → record 17 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/17/branches/6/head
    Original passive one-port → Load States → record 17 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/17/branches/6/voltageV
    Original passive one-port → Load States → record 17 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 443/682passiveOnePort/loadStates/17/branches/6/currentA
    Original passive one-port → Load States → record 17 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -886/341passiveOnePort/loadStates/17/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 17 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/17/branches/7/id
    Original passive one-port → Load States → record 17 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/17/branches/7/tail
    Original passive one-port → Load States → record 17 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/17/branches/7/head
    Original passive one-port → Load States → record 17 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 408/341passiveOnePort/loadStates/17/branches/7/voltageV
    Original passive one-port → Load States → record 17 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 16/33passiveOnePort/loadStates/17/branches/7/currentA
    Original passive one-port → Load States → record 17 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 2176/3751passiveOnePort/loadStates/17/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 17 → Current delivered out of network (A)Exact reduced rational: 16/33passiveOnePort/loadStates/17/deliveredPortCurrentA
    Original passive one-port → Load States → record 17 → Current entering network (A)Exact reduced rational: -16/33passiveOnePort/loadStates/17/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 17 → Load Or Test Absorbed Power (W)Exact reduced rational: 2176/3751passiveOnePort/loadStates/17/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 17 → Physical internal resistor dissipation (W)Exact reduced rational: 307183/15004passiveOnePort/loadStates/17/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 17 → Sum of original sources absorbed power (W)Exact reduced rational: -28717/1364passiveOnePort/loadStates/17/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 17 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/17/kclResidualA/0
    Original passive one-port → Load States → record 17 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/17/kclResidualA/a
    Original passive one-port → Load States → record 17 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/17/kclResidualA/b
    Original passive one-port → Load States → record 17 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/17/kclResidualA/x
    Original passive one-port → Load States → record 17 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/17/kclResidualA/p
    Original passive one-port → Load States → record 17 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/17/powerResidualW
    Original passive one-port → Load States → record 17 → Record index (metadata, not a measured scalar)17passiveOnePort/loadStates/17/index
    Original passive one-port → Load States → record 17 → r=R_L/R_th (dimensionless)Exact reduced rational: 17/16passiveOnePort/loadStates/17/normalizedLoad
    Original passive one-port → Load States → record 17 → V/V_th (dimensionless)Exact reduced rational: 17/33passiveOnePort/loadStates/17/normalizedVoltage
    Original passive one-port → Load States → record 17 → I/I_sc (dimensionless)Exact reduced rational: 16/33passiveOnePort/loadStates/17/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 17 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 1088/1089passiveOnePort/loadStates/17/normalizedPower
    Original passive one-port → Load States → record 17 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 2048/3751passiveOnePort/loadStates/17/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 17 → Equivalent source absorbed power (W)Exact reduced rational: -384/341passiveOnePort/loadStates/17/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 18 → Load resistance R_L (Ω); null denotes openExact reduced rational: 81/31passiveOnePort/loadStates/18/loadOhm
    Original passive one-port → Load States → record 18 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/18/forcedPortV
    Original passive one-port → Load States → record 18 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/18/nodePotentialsV/0
    Original passive one-port → Load States → record 18 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/18/nodePotentialsV/a
    Original passive one-port → Load States → record 18 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/18/nodePotentialsV/b
    Original passive one-port → Load States → record 18 → Node Potentials (V) → XExact reduced rational: 5175/1054passiveOnePort/loadStates/18/nodePotentialsV/x
    Original passive one-port → Load States → record 18 → Node Potentials (V) → PExact reduced rational: 648/527passiveOnePort/loadStates/18/nodePotentialsV/p
    Original passive one-port → Load States → record 18 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/18/branches/0/id
    Original passive one-port → Load States → record 18 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/18/branches/0/tail
    Original passive one-port → Load States → record 18 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/18/branches/0/head
    Original passive one-port → Load States → record 18 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/18/branches/0/resistanceOhm
    Original passive one-port → Load States → record 18 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 4311/1054passiveOnePort/loadStates/18/branches/0/voltageV
    Original passive one-port → Load States → record 18 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 4311/2108passiveOnePort/loadStates/18/branches/0/currentA
    Original passive one-port → Load States → record 18 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 18584721/2221832passiveOnePort/loadStates/18/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 18 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/18/branches/1/id
    Original passive one-port → Load States → record 18 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/18/branches/1/tail
    Original passive one-port → Load States → record 18 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/18/branches/1/head
    Original passive one-port → Load States → record 18 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/18/branches/1/resistanceOhm
    Original passive one-port → Load States → record 18 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 5175/1054passiveOnePort/loadStates/18/branches/1/voltageV
    Original passive one-port → Load States → record 18 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 1725/2108passiveOnePort/loadStates/18/branches/1/currentA
    Original passive one-port → Load States → record 18 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 8926875/2221832passiveOnePort/loadStates/18/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 18 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/18/branches/2/id
    Original passive one-port → Load States → record 18 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/18/branches/2/tail
    Original passive one-port → Load States → record 18 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/18/branches/2/head
    Original passive one-port → Load States → record 18 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/18/branches/2/resistanceOhm
    Original passive one-port → Load States → record 18 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 3879/1054passiveOnePort/loadStates/18/branches/2/voltageV
    Original passive one-port → Load States → record 18 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 1293/1054passiveOnePort/loadStates/18/branches/2/currentA
    Original passive one-port → Load States → record 18 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 5015547/1110916passiveOnePort/loadStates/18/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 18 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/18/branches/3/id
    Original passive one-port → Load States → record 18 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/18/branches/3/tail
    Original passive one-port → Load States → record 18 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/18/branches/3/head
    Original passive one-port → Load States → record 18 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/18/branches/3/resistanceOhm
    Original passive one-port → Load States → record 18 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 648/527passiveOnePort/loadStates/18/branches/3/voltageV
    Original passive one-port → Load States → record 18 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 54/527passiveOnePort/loadStates/18/branches/3/currentA
    Original passive one-port → Load States → record 18 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 34992/277729passiveOnePort/loadStates/18/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 18 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/18/branches/4/id
    Original passive one-port → Load States → record 18 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/18/branches/4/tail
    Original passive one-port → Load States → record 18 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/18/branches/4/head
    Original passive one-port → Load States → record 18 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/18/branches/4/resistanceOhm
    Original passive one-port → Load States → record 18 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 2756/527passiveOnePort/loadStates/18/branches/4/voltageV
    Original passive one-port → Load States → record 18 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 689/1054passiveOnePort/loadStates/18/branches/4/currentA
    Original passive one-port → Load States → record 18 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 949442/277729passiveOnePort/loadStates/18/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 18 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/18/branches/5/id
    Original passive one-port → Load States → record 18 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/18/branches/5/tail
    Original passive one-port → Load States → record 18 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/18/branches/5/head
    Original passive one-port → Load States → record 18 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/18/branches/5/voltageV
    Original passive one-port → Load States → record 18 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -4311/2108passiveOnePort/loadStates/18/branches/5/currentA
    Original passive one-port → Load States → record 18 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -38799/2108passiveOnePort/loadStates/18/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 18 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/18/branches/6/id
    Original passive one-port → Load States → record 18 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/18/branches/6/tail
    Original passive one-port → Load States → record 18 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/18/branches/6/head
    Original passive one-port → Load States → record 18 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/18/branches/6/voltageV
    Original passive one-port → Load States → record 18 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 689/1054passiveOnePort/loadStates/18/branches/6/currentA
    Original passive one-port → Load States → record 18 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -1378/527passiveOnePort/loadStates/18/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 18 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/18/branches/7/id
    Original passive one-port → Load States → record 18 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/18/branches/7/tail
    Original passive one-port → Load States → record 18 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/18/branches/7/head
    Original passive one-port → Load States → record 18 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 648/527passiveOnePort/loadStates/18/branches/7/voltageV
    Original passive one-port → Load States → record 18 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 8/17passiveOnePort/loadStates/18/branches/7/currentA
    Original passive one-port → Load States → record 18 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 5184/8959passiveOnePort/loadStates/18/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 18 → Current delivered out of network (A)Exact reduced rational: 8/17passiveOnePort/loadStates/18/deliveredPortCurrentA
    Original passive one-port → Load States → record 18 → Current entering network (A)Exact reduced rational: -8/17passiveOnePort/loadStates/18/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 18 → Load Or Test Absorbed Power (W)Exact reduced rational: 5184/8959passiveOnePort/loadStates/18/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 18 → Physical internal resistor dissipation (W)Exact reduced rational: 732551/35836passiveOnePort/loadStates/18/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 18 → Sum of original sources absorbed power (W)Exact reduced rational: -44311/2108passiveOnePort/loadStates/18/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 18 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/18/kclResidualA/0
    Original passive one-port → Load States → record 18 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/18/kclResidualA/a
    Original passive one-port → Load States → record 18 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/18/kclResidualA/b
    Original passive one-port → Load States → record 18 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/18/kclResidualA/x
    Original passive one-port → Load States → record 18 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/18/kclResidualA/p
    Original passive one-port → Load States → record 18 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/18/powerResidualW
    Original passive one-port → Load States → record 18 → Record index (metadata, not a measured scalar)18passiveOnePort/loadStates/18/index
    Original passive one-port → Load States → record 18 → r=R_L/R_th (dimensionless)Exact reduced rational: 9/8passiveOnePort/loadStates/18/normalizedLoad
    Original passive one-port → Load States → record 18 → V/V_th (dimensionless)Exact reduced rational: 9/17passiveOnePort/loadStates/18/normalizedVoltage
    Original passive one-port → Load States → record 18 → I/I_sc (dimensionless)Exact reduced rational: 8/17passiveOnePort/loadStates/18/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 18 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 288/289passiveOnePort/loadStates/18/normalizedPower
    Original passive one-port → Load States → record 18 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 4608/8959passiveOnePort/loadStates/18/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 18 → Equivalent source absorbed power (W)Exact reduced rational: -576/527passiveOnePort/loadStates/18/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 19 → Load resistance R_L (Ω); null denotes openExact reduced rational: 171/62passiveOnePort/loadStates/19/loadOhm
    Original passive one-port → Load States → record 19 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/19/forcedPortV
    Original passive one-port → Load States → record 19 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/19/nodePotentialsV/0
    Original passive one-port → Load States → record 19 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/19/nodePotentialsV/a
    Original passive one-port → Load States → record 19 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/19/nodePotentialsV/b
    Original passive one-port → Load States → record 19 → Node Potentials (V) → XExact reduced rational: 10677/2170passiveOnePort/loadStates/19/nodePotentialsV/x
    Original passive one-port → Load States → record 19 → Node Potentials (V) → PExact reduced rational: 1368/1085passiveOnePort/loadStates/19/nodePotentialsV/p
    Original passive one-port → Load States → record 19 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/19/branches/0/id
    Original passive one-port → Load States → record 19 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/19/branches/0/tail
    Original passive one-port → Load States → record 19 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/19/branches/0/head
    Original passive one-port → Load States → record 19 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/19/branches/0/resistanceOhm
    Original passive one-port → Load States → record 19 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 8853/2170passiveOnePort/loadStates/19/branches/0/voltageV
    Original passive one-port → Load States → record 19 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 8853/4340passiveOnePort/loadStates/19/branches/0/currentA
    Original passive one-port → Load States → record 19 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 78375609/9417800passiveOnePort/loadStates/19/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 19 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/19/branches/1/id
    Original passive one-port → Load States → record 19 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/19/branches/1/tail
    Original passive one-port → Load States → record 19 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/19/branches/1/head
    Original passive one-port → Load States → record 19 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/19/branches/1/resistanceOhm
    Original passive one-port → Load States → record 19 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 10677/2170passiveOnePort/loadStates/19/branches/1/voltageV
    Original passive one-port → Load States → record 19 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 3559/4340passiveOnePort/loadStates/19/branches/1/currentA
    Original passive one-port → Load States → record 19 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 37999443/9417800passiveOnePort/loadStates/19/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 19 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/19/branches/2/id
    Original passive one-port → Load States → record 19 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/19/branches/2/tail
    Original passive one-port → Load States → record 19 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/19/branches/2/head
    Original passive one-port → Load States → record 19 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/19/branches/2/resistanceOhm
    Original passive one-port → Load States → record 19 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 7941/2170passiveOnePort/loadStates/19/branches/2/voltageV
    Original passive one-port → Load States → record 19 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 2647/2170passiveOnePort/loadStates/19/branches/2/currentA
    Original passive one-port → Load States → record 19 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 21019827/4708900passiveOnePort/loadStates/19/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 19 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/19/branches/3/id
    Original passive one-port → Load States → record 19 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/19/branches/3/tail
    Original passive one-port → Load States → record 19 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/19/branches/3/head
    Original passive one-port → Load States → record 19 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/19/branches/3/resistanceOhm
    Original passive one-port → Load States → record 19 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 1368/1085passiveOnePort/loadStates/19/branches/3/voltageV
    Original passive one-port → Load States → record 19 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 114/1085passiveOnePort/loadStates/19/branches/3/currentA
    Original passive one-port → Load States → record 19 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 155952/1177225passiveOnePort/loadStates/19/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 19 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/19/branches/4/id
    Original passive one-port → Load States → record 19 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/19/branches/4/tail
    Original passive one-port → Load States → record 19 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/19/branches/4/head
    Original passive one-port → Load States → record 19 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/19/branches/4/resistanceOhm
    Original passive one-port → Load States → record 19 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 5708/1085passiveOnePort/loadStates/19/branches/4/voltageV
    Original passive one-port → Load States → record 19 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 1427/2170passiveOnePort/loadStates/19/branches/4/currentA
    Original passive one-port → Load States → record 19 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 4072658/1177225passiveOnePort/loadStates/19/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 19 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/19/branches/5/id
    Original passive one-port → Load States → record 19 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/19/branches/5/tail
    Original passive one-port → Load States → record 19 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/19/branches/5/head
    Original passive one-port → Load States → record 19 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/19/branches/5/voltageV
    Original passive one-port → Load States → record 19 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -8853/4340passiveOnePort/loadStates/19/branches/5/currentA
    Original passive one-port → Load States → record 19 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -79677/4340passiveOnePort/loadStates/19/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 19 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/19/branches/6/id
    Original passive one-port → Load States → record 19 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/19/branches/6/tail
    Original passive one-port → Load States → record 19 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/19/branches/6/head
    Original passive one-port → Load States → record 19 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/19/branches/6/voltageV
    Original passive one-port → Load States → record 19 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 1427/2170passiveOnePort/loadStates/19/branches/6/currentA
    Original passive one-port → Load States → record 19 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -2854/1085passiveOnePort/loadStates/19/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 19 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/19/branches/7/id
    Original passive one-port → Load States → record 19 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/19/branches/7/tail
    Original passive one-port → Load States → record 19 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/19/branches/7/head
    Original passive one-port → Load States → record 19 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 1368/1085passiveOnePort/loadStates/19/branches/7/voltageV
    Original passive one-port → Load States → record 19 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 16/35passiveOnePort/loadStates/19/branches/7/currentA
    Original passive one-port → Load States → record 19 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 21888/37975passiveOnePort/loadStates/19/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 19 → Current delivered out of network (A)Exact reduced rational: 16/35passiveOnePort/loadStates/19/deliveredPortCurrentA
    Original passive one-port → Load States → record 19 → Current entering network (A)Exact reduced rational: -16/35passiveOnePort/loadStates/19/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 19 → Load Or Test Absorbed Power (W)Exact reduced rational: 21888/37975passiveOnePort/loadStates/19/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 19 → Physical internal resistor dissipation (W)Exact reduced rational: 3100703/151900passiveOnePort/loadStates/19/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 19 → Sum of original sources absorbed power (W)Exact reduced rational: -91093/4340passiveOnePort/loadStates/19/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 19 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/19/kclResidualA/0
    Original passive one-port → Load States → record 19 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/19/kclResidualA/a
    Original passive one-port → Load States → record 19 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/19/kclResidualA/b
    Original passive one-port → Load States → record 19 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/19/kclResidualA/x
    Original passive one-port → Load States → record 19 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/19/kclResidualA/p
    Original passive one-port → Load States → record 19 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/19/powerResidualW
    Original passive one-port → Load States → record 19 → Record index (metadata, not a measured scalar)19passiveOnePort/loadStates/19/index
    Original passive one-port → Load States → record 19 → r=R_L/R_th (dimensionless)Exact reduced rational: 19/16passiveOnePort/loadStates/19/normalizedLoad
    Original passive one-port → Load States → record 19 → V/V_th (dimensionless)Exact reduced rational: 19/35passiveOnePort/loadStates/19/normalizedVoltage
    Original passive one-port → Load States → record 19 → I/I_sc (dimensionless)Exact reduced rational: 16/35passiveOnePort/loadStates/19/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 19 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 1216/1225passiveOnePort/loadStates/19/normalizedPower
    Original passive one-port → Load States → record 19 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 18432/37975passiveOnePort/loadStates/19/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 19 → Equivalent source absorbed power (W)Exact reduced rational: -1152/1085passiveOnePort/loadStates/19/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 20 → Load resistance R_L (Ω); null denotes openExact reduced rational: 90/31passiveOnePort/loadStates/20/loadOhm
    Original passive one-port → Load States → record 20 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/20/forcedPortV
    Original passive one-port → Load States → record 20 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/20/nodePotentialsV/0
    Original passive one-port → Load States → record 20 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/20/nodePotentialsV/a
    Original passive one-port → Load States → record 20 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/20/nodePotentialsV/b
    Original passive one-port → Load States → record 20 → Node Potentials (V) → XExact reduced rational: 917/186passiveOnePort/loadStates/20/nodePotentialsV/x
    Original passive one-port → Load States → record 20 → Node Potentials (V) → PExact reduced rational: 40/31passiveOnePort/loadStates/20/nodePotentialsV/p
    Original passive one-port → Load States → record 20 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/20/branches/0/id
    Original passive one-port → Load States → record 20 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/20/branches/0/tail
    Original passive one-port → Load States → record 20 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/20/branches/0/head
    Original passive one-port → Load States → record 20 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/20/branches/0/resistanceOhm
    Original passive one-port → Load States → record 20 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 757/186passiveOnePort/loadStates/20/branches/0/voltageV
    Original passive one-port → Load States → record 20 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 757/372passiveOnePort/loadStates/20/branches/0/currentA
    Original passive one-port → Load States → record 20 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 573049/69192passiveOnePort/loadStates/20/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 20 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/20/branches/1/id
    Original passive one-port → Load States → record 20 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/20/branches/1/tail
    Original passive one-port → Load States → record 20 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/20/branches/1/head
    Original passive one-port → Load States → record 20 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/20/branches/1/resistanceOhm
    Original passive one-port → Load States → record 20 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 917/186passiveOnePort/loadStates/20/branches/1/voltageV
    Original passive one-port → Load States → record 20 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 917/1116passiveOnePort/loadStates/20/branches/1/currentA
    Original passive one-port → Load States → record 20 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 840889/207576passiveOnePort/loadStates/20/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 20 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/20/branches/2/id
    Original passive one-port → Load States → record 20 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/20/branches/2/tail
    Original passive one-port → Load States → record 20 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/20/branches/2/head
    Original passive one-port → Load States → record 20 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/20/branches/2/resistanceOhm
    Original passive one-port → Load States → record 20 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 677/186passiveOnePort/loadStates/20/branches/2/voltageV
    Original passive one-port → Load States → record 20 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 677/558passiveOnePort/loadStates/20/branches/2/currentA
    Original passive one-port → Load States → record 20 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 458329/103788passiveOnePort/loadStates/20/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 20 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/20/branches/3/id
    Original passive one-port → Load States → record 20 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/20/branches/3/tail
    Original passive one-port → Load States → record 20 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/20/branches/3/head
    Original passive one-port → Load States → record 20 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/20/branches/3/resistanceOhm
    Original passive one-port → Load States → record 20 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 40/31passiveOnePort/loadStates/20/branches/3/voltageV
    Original passive one-port → Load States → record 20 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 10/93passiveOnePort/loadStates/20/branches/3/currentA
    Original passive one-port → Load States → record 20 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 400/2883passiveOnePort/loadStates/20/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 20 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/20/branches/4/id
    Original passive one-port → Load States → record 20 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/20/branches/4/tail
    Original passive one-port → Load States → record 20 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/20/branches/4/head
    Original passive one-port → Load States → record 20 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/20/branches/4/resistanceOhm
    Original passive one-port → Load States → record 20 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 164/31passiveOnePort/loadStates/20/branches/4/voltageV
    Original passive one-port → Load States → record 20 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 41/62passiveOnePort/loadStates/20/branches/4/currentA
    Original passive one-port → Load States → record 20 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 3362/961passiveOnePort/loadStates/20/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 20 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/20/branches/5/id
    Original passive one-port → Load States → record 20 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/20/branches/5/tail
    Original passive one-port → Load States → record 20 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/20/branches/5/head
    Original passive one-port → Load States → record 20 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/20/branches/5/voltageV
    Original passive one-port → Load States → record 20 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -757/372passiveOnePort/loadStates/20/branches/5/currentA
    Original passive one-port → Load States → record 20 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -2271/124passiveOnePort/loadStates/20/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 20 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/20/branches/6/id
    Original passive one-port → Load States → record 20 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/20/branches/6/tail
    Original passive one-port → Load States → record 20 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/20/branches/6/head
    Original passive one-port → Load States → record 20 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/20/branches/6/voltageV
    Original passive one-port → Load States → record 20 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 41/62passiveOnePort/loadStates/20/branches/6/currentA
    Original passive one-port → Load States → record 20 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -82/31passiveOnePort/loadStates/20/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 20 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/20/branches/7/id
    Original passive one-port → Load States → record 20 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/20/branches/7/tail
    Original passive one-port → Load States → record 20 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/20/branches/7/head
    Original passive one-port → Load States → record 20 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 40/31passiveOnePort/loadStates/20/branches/7/voltageV
    Original passive one-port → Load States → record 20 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 4/9passiveOnePort/loadStates/20/branches/7/currentA
    Original passive one-port → Load States → record 20 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 160/279passiveOnePort/loadStates/20/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 20 → Current delivered out of network (A)Exact reduced rational: 4/9passiveOnePort/loadStates/20/deliveredPortCurrentA
    Original passive one-port → Load States → record 20 → Current entering network (A)Exact reduced rational: -4/9passiveOnePort/loadStates/20/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 20 → Load Or Test Absorbed Power (W)Exact reduced rational: 160/279passiveOnePort/loadStates/20/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 20 → Physical internal resistor dissipation (W)Exact reduced rational: 22751/1116passiveOnePort/loadStates/20/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 20 → Sum of original sources absorbed power (W)Exact reduced rational: -2599/124passiveOnePort/loadStates/20/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 20 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/20/kclResidualA/0
    Original passive one-port → Load States → record 20 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/20/kclResidualA/a
    Original passive one-port → Load States → record 20 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/20/kclResidualA/b
    Original passive one-port → Load States → record 20 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/20/kclResidualA/x
    Original passive one-port → Load States → record 20 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/20/kclResidualA/p
    Original passive one-port → Load States → record 20 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/20/powerResidualW
    Original passive one-port → Load States → record 20 → Record index (metadata, not a measured scalar)20passiveOnePort/loadStates/20/index
    Original passive one-port → Load States → record 20 → r=R_L/R_th (dimensionless)Exact reduced rational: 5/4passiveOnePort/loadStates/20/normalizedLoad
    Original passive one-port → Load States → record 20 → V/V_th (dimensionless)Exact reduced rational: 5/9passiveOnePort/loadStates/20/normalizedVoltage
    Original passive one-port → Load States → record 20 → I/I_sc (dimensionless)Exact reduced rational: 4/9passiveOnePort/loadStates/20/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 20 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 80/81passiveOnePort/loadStates/20/normalizedPower
    Original passive one-port → Load States → record 20 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 128/279passiveOnePort/loadStates/20/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 20 → Equivalent source absorbed power (W)Exact reduced rational: -32/31passiveOnePort/loadStates/20/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 21 → Load resistance R_L (Ω); null denotes openExact reduced rational: 189/62passiveOnePort/loadStates/21/loadOhm
    Original passive one-port → Load States → record 21 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/21/forcedPortV
    Original passive one-port → Load States → record 21 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/21/nodePotentialsV/0
    Original passive one-port → Load States → record 21 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/21/nodePotentialsV/a
    Original passive one-port → Load States → record 21 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/21/nodePotentialsV/b
    Original passive one-port → Load States → record 21 → Node Potentials (V) → XExact reduced rational: 11331/2294passiveOnePort/loadStates/21/nodePotentialsV/x
    Original passive one-port → Load States → record 21 → Node Potentials (V) → PExact reduced rational: 1512/1147passiveOnePort/loadStates/21/nodePotentialsV/p
    Original passive one-port → Load States → record 21 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/21/branches/0/id
    Original passive one-port → Load States → record 21 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/21/branches/0/tail
    Original passive one-port → Load States → record 21 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/21/branches/0/head
    Original passive one-port → Load States → record 21 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/21/branches/0/resistanceOhm
    Original passive one-port → Load States → record 21 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 9315/2294passiveOnePort/loadStates/21/branches/0/voltageV
    Original passive one-port → Load States → record 21 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 9315/4588passiveOnePort/loadStates/21/branches/0/currentA
    Original passive one-port → Load States → record 21 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 86769225/10524872passiveOnePort/loadStates/21/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 21 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/21/branches/1/id
    Original passive one-port → Load States → record 21 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/21/branches/1/tail
    Original passive one-port → Load States → record 21 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/21/branches/1/head
    Original passive one-port → Load States → record 21 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/21/branches/1/resistanceOhm
    Original passive one-port → Load States → record 21 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 11331/2294passiveOnePort/loadStates/21/branches/1/voltageV
    Original passive one-port → Load States → record 21 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 3777/4588passiveOnePort/loadStates/21/branches/1/currentA
    Original passive one-port → Load States → record 21 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 42797187/10524872passiveOnePort/loadStates/21/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 21 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/21/branches/2/id
    Original passive one-port → Load States → record 21 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/21/branches/2/tail
    Original passive one-port → Load States → record 21 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/21/branches/2/head
    Original passive one-port → Load States → record 21 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/21/branches/2/resistanceOhm
    Original passive one-port → Load States → record 21 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 8307/2294passiveOnePort/loadStates/21/branches/2/voltageV
    Original passive one-port → Load States → record 21 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 2769/2294passiveOnePort/loadStates/21/branches/2/currentA
    Original passive one-port → Load States → record 21 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 23002083/5262436passiveOnePort/loadStates/21/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 21 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/21/branches/3/id
    Original passive one-port → Load States → record 21 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/21/branches/3/tail
    Original passive one-port → Load States → record 21 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/21/branches/3/head
    Original passive one-port → Load States → record 21 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/21/branches/3/resistanceOhm
    Original passive one-port → Load States → record 21 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 1512/1147passiveOnePort/loadStates/21/branches/3/voltageV
    Original passive one-port → Load States → record 21 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 126/1147passiveOnePort/loadStates/21/branches/3/currentA
    Original passive one-port → Load States → record 21 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 190512/1315609passiveOnePort/loadStates/21/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 21 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/21/branches/4/id
    Original passive one-port → Load States → record 21 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/21/branches/4/tail
    Original passive one-port → Load States → record 21 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/21/branches/4/head
    Original passive one-port → Load States → record 21 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/21/branches/4/resistanceOhm
    Original passive one-port → Load States → record 21 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 6100/1147passiveOnePort/loadStates/21/branches/4/voltageV
    Original passive one-port → Load States → record 21 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 1525/2294passiveOnePort/loadStates/21/branches/4/currentA
    Original passive one-port → Load States → record 21 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 4651250/1315609passiveOnePort/loadStates/21/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 21 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/21/branches/5/id
    Original passive one-port → Load States → record 21 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/21/branches/5/tail
    Original passive one-port → Load States → record 21 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/21/branches/5/head
    Original passive one-port → Load States → record 21 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/21/branches/5/voltageV
    Original passive one-port → Load States → record 21 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -9315/4588passiveOnePort/loadStates/21/branches/5/currentA
    Original passive one-port → Load States → record 21 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -83835/4588passiveOnePort/loadStates/21/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 21 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/21/branches/6/id
    Original passive one-port → Load States → record 21 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/21/branches/6/tail
    Original passive one-port → Load States → record 21 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/21/branches/6/head
    Original passive one-port → Load States → record 21 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/21/branches/6/voltageV
    Original passive one-port → Load States → record 21 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 1525/2294passiveOnePort/loadStates/21/branches/6/currentA
    Original passive one-port → Load States → record 21 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -3050/1147passiveOnePort/loadStates/21/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 21 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/21/branches/7/id
    Original passive one-port → Load States → record 21 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/21/branches/7/tail
    Original passive one-port → Load States → record 21 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/21/branches/7/head
    Original passive one-port → Load States → record 21 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 1512/1147passiveOnePort/loadStates/21/branches/7/voltageV
    Original passive one-port → Load States → record 21 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 16/37passiveOnePort/loadStates/21/branches/7/currentA
    Original passive one-port → Load States → record 21 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 24192/42439passiveOnePort/loadStates/21/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 21 → Current delivered out of network (A)Exact reduced rational: 16/37passiveOnePort/loadStates/21/deliveredPortCurrentA
    Original passive one-port → Load States → record 21 → Current entering network (A)Exact reduced rational: -16/37passiveOnePort/loadStates/21/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 21 → Load Or Test Absorbed Power (W)Exact reduced rational: 24192/42439passiveOnePort/loadStates/21/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 21 → Physical internal resistor dissipation (W)Exact reduced rational: 3456527/169756passiveOnePort/loadStates/21/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 21 → Sum of original sources absorbed power (W)Exact reduced rational: -96035/4588passiveOnePort/loadStates/21/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 21 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/21/kclResidualA/0
    Original passive one-port → Load States → record 21 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/21/kclResidualA/a
    Original passive one-port → Load States → record 21 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/21/kclResidualA/b
    Original passive one-port → Load States → record 21 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/21/kclResidualA/x
    Original passive one-port → Load States → record 21 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/21/kclResidualA/p
    Original passive one-port → Load States → record 21 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/21/powerResidualW
    Original passive one-port → Load States → record 21 → Record index (metadata, not a measured scalar)21passiveOnePort/loadStates/21/index
    Original passive one-port → Load States → record 21 → r=R_L/R_th (dimensionless)Exact reduced rational: 21/16passiveOnePort/loadStates/21/normalizedLoad
    Original passive one-port → Load States → record 21 → V/V_th (dimensionless)Exact reduced rational: 21/37passiveOnePort/loadStates/21/normalizedVoltage
    Original passive one-port → Load States → record 21 → I/I_sc (dimensionless)Exact reduced rational: 16/37passiveOnePort/loadStates/21/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 21 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 1344/1369passiveOnePort/loadStates/21/normalizedPower
    Original passive one-port → Load States → record 21 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 18432/42439passiveOnePort/loadStates/21/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 21 → Equivalent source absorbed power (W)Exact reduced rational: -1152/1147passiveOnePort/loadStates/21/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 22 → Load resistance R_L (Ω); null denotes openExact reduced rational: 99/31passiveOnePort/loadStates/22/loadOhm
    Original passive one-port → Load States → record 22 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/22/forcedPortV
    Original passive one-port → Load States → record 22 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/22/nodePotentialsV/0
    Original passive one-port → Load States → record 22 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/22/nodePotentialsV/a
    Original passive one-port → Load States → record 22 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/22/nodePotentialsV/b
    Original passive one-port → Load States → record 22 → Node Potentials (V) → XExact reduced rational: 5829/1178passiveOnePort/loadStates/22/nodePotentialsV/x
    Original passive one-port → Load States → record 22 → Node Potentials (V) → PExact reduced rational: 792/589passiveOnePort/loadStates/22/nodePotentialsV/p
    Original passive one-port → Load States → record 22 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/22/branches/0/id
    Original passive one-port → Load States → record 22 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/22/branches/0/tail
    Original passive one-port → Load States → record 22 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/22/branches/0/head
    Original passive one-port → Load States → record 22 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/22/branches/0/resistanceOhm
    Original passive one-port → Load States → record 22 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 4773/1178passiveOnePort/loadStates/22/branches/0/voltageV
    Original passive one-port → Load States → record 22 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 4773/2356passiveOnePort/loadStates/22/branches/0/currentA
    Original passive one-port → Load States → record 22 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 22781529/2775368passiveOnePort/loadStates/22/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 22 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/22/branches/1/id
    Original passive one-port → Load States → record 22 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/22/branches/1/tail
    Original passive one-port → Load States → record 22 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/22/branches/1/head
    Original passive one-port → Load States → record 22 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/22/branches/1/resistanceOhm
    Original passive one-port → Load States → record 22 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 5829/1178passiveOnePort/loadStates/22/branches/1/voltageV
    Original passive one-port → Load States → record 22 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 1943/2356passiveOnePort/loadStates/22/branches/1/currentA
    Original passive one-port → Load States → record 22 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 11325747/2775368passiveOnePort/loadStates/22/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 22 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/22/branches/2/id
    Original passive one-port → Load States → record 22 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/22/branches/2/tail
    Original passive one-port → Load States → record 22 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/22/branches/2/head
    Original passive one-port → Load States → record 22 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/22/branches/2/resistanceOhm
    Original passive one-port → Load States → record 22 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 4245/1178passiveOnePort/loadStates/22/branches/2/voltageV
    Original passive one-port → Load States → record 22 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 1415/1178passiveOnePort/loadStates/22/branches/2/currentA
    Original passive one-port → Load States → record 22 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 6006675/1387684passiveOnePort/loadStates/22/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 22 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/22/branches/3/id
    Original passive one-port → Load States → record 22 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/22/branches/3/tail
    Original passive one-port → Load States → record 22 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/22/branches/3/head
    Original passive one-port → Load States → record 22 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/22/branches/3/resistanceOhm
    Original passive one-port → Load States → record 22 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 792/589passiveOnePort/loadStates/22/branches/3/voltageV
    Original passive one-port → Load States → record 22 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 66/589passiveOnePort/loadStates/22/branches/3/currentA
    Original passive one-port → Load States → record 22 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 52272/346921passiveOnePort/loadStates/22/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 22 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/22/branches/4/id
    Original passive one-port → Load States → record 22 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/22/branches/4/tail
    Original passive one-port → Load States → record 22 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/22/branches/4/head
    Original passive one-port → Load States → record 22 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/22/branches/4/resistanceOhm
    Original passive one-port → Load States → record 22 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 3148/589passiveOnePort/loadStates/22/branches/4/voltageV
    Original passive one-port → Load States → record 22 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 787/1178passiveOnePort/loadStates/22/branches/4/currentA
    Original passive one-port → Load States → record 22 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 1238738/346921passiveOnePort/loadStates/22/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 22 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/22/branches/5/id
    Original passive one-port → Load States → record 22 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/22/branches/5/tail
    Original passive one-port → Load States → record 22 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/22/branches/5/head
    Original passive one-port → Load States → record 22 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/22/branches/5/voltageV
    Original passive one-port → Load States → record 22 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -4773/2356passiveOnePort/loadStates/22/branches/5/currentA
    Original passive one-port → Load States → record 22 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -42957/2356passiveOnePort/loadStates/22/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 22 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/22/branches/6/id
    Original passive one-port → Load States → record 22 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/22/branches/6/tail
    Original passive one-port → Load States → record 22 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/22/branches/6/head
    Original passive one-port → Load States → record 22 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/22/branches/6/voltageV
    Original passive one-port → Load States → record 22 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 787/1178passiveOnePort/loadStates/22/branches/6/currentA
    Original passive one-port → Load States → record 22 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -1574/589passiveOnePort/loadStates/22/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 22 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/22/branches/7/id
    Original passive one-port → Load States → record 22 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/22/branches/7/tail
    Original passive one-port → Load States → record 22 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/22/branches/7/head
    Original passive one-port → Load States → record 22 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 792/589passiveOnePort/loadStates/22/branches/7/voltageV
    Original passive one-port → Load States → record 22 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 8/19passiveOnePort/loadStates/22/branches/7/currentA
    Original passive one-port → Load States → record 22 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 6336/11191passiveOnePort/loadStates/22/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 22 → Current delivered out of network (A)Exact reduced rational: 8/19passiveOnePort/loadStates/22/deliveredPortCurrentA
    Original passive one-port → Load States → record 22 → Current entering network (A)Exact reduced rational: -8/19passiveOnePort/loadStates/22/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 22 → Load Or Test Absorbed Power (W)Exact reduced rational: 6336/11191passiveOnePort/loadStates/22/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 22 → Physical internal resistor dissipation (W)Exact reduced rational: 910463/44764passiveOnePort/loadStates/22/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 22 → Sum of original sources absorbed power (W)Exact reduced rational: -49253/2356passiveOnePort/loadStates/22/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 22 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/22/kclResidualA/0
    Original passive one-port → Load States → record 22 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/22/kclResidualA/a
    Original passive one-port → Load States → record 22 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/22/kclResidualA/b
    Original passive one-port → Load States → record 22 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/22/kclResidualA/x
    Original passive one-port → Load States → record 22 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/22/kclResidualA/p
    Original passive one-port → Load States → record 22 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/22/powerResidualW
    Original passive one-port → Load States → record 22 → Record index (metadata, not a measured scalar)22passiveOnePort/loadStates/22/index
    Original passive one-port → Load States → record 22 → r=R_L/R_th (dimensionless)Exact reduced rational: 11/8passiveOnePort/loadStates/22/normalizedLoad
    Original passive one-port → Load States → record 22 → V/V_th (dimensionless)Exact reduced rational: 11/19passiveOnePort/loadStates/22/normalizedVoltage
    Original passive one-port → Load States → record 22 → I/I_sc (dimensionless)Exact reduced rational: 8/19passiveOnePort/loadStates/22/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 22 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 352/361passiveOnePort/loadStates/22/normalizedPower
    Original passive one-port → Load States → record 22 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 4608/11191passiveOnePort/loadStates/22/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 22 → Equivalent source absorbed power (W)Exact reduced rational: -576/589passiveOnePort/loadStates/22/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 23 → Load resistance R_L (Ω); null denotes openExact reduced rational: 207/62passiveOnePort/loadStates/23/loadOhm
    Original passive one-port → Load States → record 23 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/23/forcedPortV
    Original passive one-port → Load States → record 23 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/23/nodePotentialsV/0
    Original passive one-port → Load States → record 23 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/23/nodePotentialsV/a
    Original passive one-port → Load States → record 23 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/23/nodePotentialsV/b
    Original passive one-port → Load States → record 23 → Node Potentials (V) → XExact reduced rational: 3995/806passiveOnePort/loadStates/23/nodePotentialsV/x
    Original passive one-port → Load States → record 23 → Node Potentials (V) → PExact reduced rational: 552/403passiveOnePort/loadStates/23/nodePotentialsV/p
    Original passive one-port → Load States → record 23 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/23/branches/0/id
    Original passive one-port → Load States → record 23 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/23/branches/0/tail
    Original passive one-port → Load States → record 23 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/23/branches/0/head
    Original passive one-port → Load States → record 23 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/23/branches/0/resistanceOhm
    Original passive one-port → Load States → record 23 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 3259/806passiveOnePort/loadStates/23/branches/0/voltageV
    Original passive one-port → Load States → record 23 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 3259/1612passiveOnePort/loadStates/23/branches/0/currentA
    Original passive one-port → Load States → record 23 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 10621081/1299272passiveOnePort/loadStates/23/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 23 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/23/branches/1/id
    Original passive one-port → Load States → record 23 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/23/branches/1/tail
    Original passive one-port → Load States → record 23 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/23/branches/1/head
    Original passive one-port → Load States → record 23 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/23/branches/1/resistanceOhm
    Original passive one-port → Load States → record 23 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 3995/806passiveOnePort/loadStates/23/branches/1/voltageV
    Original passive one-port → Load States → record 23 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 3995/4836passiveOnePort/loadStates/23/branches/1/currentA
    Original passive one-port → Load States → record 23 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 15960025/3897816passiveOnePort/loadStates/23/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 23 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/23/branches/2/id
    Original passive one-port → Load States → record 23 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/23/branches/2/tail
    Original passive one-port → Load States → record 23 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/23/branches/2/head
    Original passive one-port → Load States → record 23 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/23/branches/2/resistanceOhm
    Original passive one-port → Load States → record 23 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 2891/806passiveOnePort/loadStates/23/branches/2/voltageV
    Original passive one-port → Load States → record 23 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 2891/2418passiveOnePort/loadStates/23/branches/2/currentA
    Original passive one-port → Load States → record 23 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 8357881/1948908passiveOnePort/loadStates/23/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 23 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/23/branches/3/id
    Original passive one-port → Load States → record 23 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/23/branches/3/tail
    Original passive one-port → Load States → record 23 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/23/branches/3/head
    Original passive one-port → Load States → record 23 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/23/branches/3/resistanceOhm
    Original passive one-port → Load States → record 23 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 552/403passiveOnePort/loadStates/23/branches/3/voltageV
    Original passive one-port → Load States → record 23 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 46/403passiveOnePort/loadStates/23/branches/3/currentA
    Original passive one-port → Load States → record 23 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 25392/162409passiveOnePort/loadStates/23/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 23 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/23/branches/4/id
    Original passive one-port → Load States → record 23 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/23/branches/4/tail
    Original passive one-port → Load States → record 23 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/23/branches/4/head
    Original passive one-port → Load States → record 23 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/23/branches/4/resistanceOhm
    Original passive one-port → Load States → record 23 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 2164/403passiveOnePort/loadStates/23/branches/4/voltageV
    Original passive one-port → Load States → record 23 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 541/806passiveOnePort/loadStates/23/branches/4/currentA
    Original passive one-port → Load States → record 23 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 585362/162409passiveOnePort/loadStates/23/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 23 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/23/branches/5/id
    Original passive one-port → Load States → record 23 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/23/branches/5/tail
    Original passive one-port → Load States → record 23 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/23/branches/5/head
    Original passive one-port → Load States → record 23 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/23/branches/5/voltageV
    Original passive one-port → Load States → record 23 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -3259/1612passiveOnePort/loadStates/23/branches/5/currentA
    Original passive one-port → Load States → record 23 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -29331/1612passiveOnePort/loadStates/23/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 23 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/23/branches/6/id
    Original passive one-port → Load States → record 23 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/23/branches/6/tail
    Original passive one-port → Load States → record 23 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/23/branches/6/head
    Original passive one-port → Load States → record 23 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/23/branches/6/voltageV
    Original passive one-port → Load States → record 23 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 541/806passiveOnePort/loadStates/23/branches/6/currentA
    Original passive one-port → Load States → record 23 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -1082/403passiveOnePort/loadStates/23/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 23 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/23/branches/7/id
    Original passive one-port → Load States → record 23 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/23/branches/7/tail
    Original passive one-port → Load States → record 23 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/23/branches/7/head
    Original passive one-port → Load States → record 23 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 552/403passiveOnePort/loadStates/23/branches/7/voltageV
    Original passive one-port → Load States → record 23 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 16/39passiveOnePort/loadStates/23/branches/7/currentA
    Original passive one-port → Load States → record 23 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 2944/5239passiveOnePort/loadStates/23/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 23 → Current delivered out of network (A)Exact reduced rational: 16/39passiveOnePort/loadStates/23/deliveredPortCurrentA
    Original passive one-port → Load States → record 23 → Current entering network (A)Exact reduced rational: -16/39passiveOnePort/loadStates/23/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 23 → Load Or Test Absorbed Power (W)Exact reduced rational: 2944/5239passiveOnePort/loadStates/23/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 23 → Physical internal resistor dissipation (W)Exact reduced rational: 425791/20956passiveOnePort/loadStates/23/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 23 → Sum of original sources absorbed power (W)Exact reduced rational: -33659/1612passiveOnePort/loadStates/23/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 23 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/23/kclResidualA/0
    Original passive one-port → Load States → record 23 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/23/kclResidualA/a
    Original passive one-port → Load States → record 23 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/23/kclResidualA/b
    Original passive one-port → Load States → record 23 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/23/kclResidualA/x
    Original passive one-port → Load States → record 23 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/23/kclResidualA/p
    Original passive one-port → Load States → record 23 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/23/powerResidualW
    Original passive one-port → Load States → record 23 → Record index (metadata, not a measured scalar)23passiveOnePort/loadStates/23/index
    Original passive one-port → Load States → record 23 → r=R_L/R_th (dimensionless)Exact reduced rational: 23/16passiveOnePort/loadStates/23/normalizedLoad
    Original passive one-port → Load States → record 23 → V/V_th (dimensionless)Exact reduced rational: 23/39passiveOnePort/loadStates/23/normalizedVoltage
    Original passive one-port → Load States → record 23 → I/I_sc (dimensionless)Exact reduced rational: 16/39passiveOnePort/loadStates/23/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 23 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 1472/1521passiveOnePort/loadStates/23/normalizedPower
    Original passive one-port → Load States → record 23 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 2048/5239passiveOnePort/loadStates/23/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 23 → Equivalent source absorbed power (W)Exact reduced rational: -384/403passiveOnePort/loadStates/23/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 24 → Load resistance R_L (Ω); null denotes openExact reduced rational: 108/31passiveOnePort/loadStates/24/loadOhm
    Original passive one-port → Load States → record 24 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/24/forcedPortV
    Original passive one-port → Load States → record 24 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/24/nodePotentialsV/0
    Original passive one-port → Load States → record 24 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/24/nodePotentialsV/a
    Original passive one-port → Load States → record 24 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/24/nodePotentialsV/b
    Original passive one-port → Load States → record 24 → Node Potentials (V) → XExact reduced rational: 1539/310passiveOnePort/loadStates/24/nodePotentialsV/x
    Original passive one-port → Load States → record 24 → Node Potentials (V) → PExact reduced rational: 216/155passiveOnePort/loadStates/24/nodePotentialsV/p
    Original passive one-port → Load States → record 24 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/24/branches/0/id
    Original passive one-port → Load States → record 24 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/24/branches/0/tail
    Original passive one-port → Load States → record 24 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/24/branches/0/head
    Original passive one-port → Load States → record 24 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/24/branches/0/resistanceOhm
    Original passive one-port → Load States → record 24 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 1251/310passiveOnePort/loadStates/24/branches/0/voltageV
    Original passive one-port → Load States → record 24 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 1251/620passiveOnePort/loadStates/24/branches/0/currentA
    Original passive one-port → Load States → record 24 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 1565001/192200passiveOnePort/loadStates/24/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 24 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/24/branches/1/id
    Original passive one-port → Load States → record 24 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/24/branches/1/tail
    Original passive one-port → Load States → record 24 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/24/branches/1/head
    Original passive one-port → Load States → record 24 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/24/branches/1/resistanceOhm
    Original passive one-port → Load States → record 24 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 1539/310passiveOnePort/loadStates/24/branches/1/voltageV
    Original passive one-port → Load States → record 24 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 513/620passiveOnePort/loadStates/24/branches/1/currentA
    Original passive one-port → Load States → record 24 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 789507/192200passiveOnePort/loadStates/24/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 24 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/24/branches/2/id
    Original passive one-port → Load States → record 24 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/24/branches/2/tail
    Original passive one-port → Load States → record 24 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/24/branches/2/head
    Original passive one-port → Load States → record 24 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/24/branches/2/resistanceOhm
    Original passive one-port → Load States → record 24 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 1107/310passiveOnePort/loadStates/24/branches/2/voltageV
    Original passive one-port → Load States → record 24 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 369/310passiveOnePort/loadStates/24/branches/2/currentA
    Original passive one-port → Load States → record 24 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 408483/96100passiveOnePort/loadStates/24/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 24 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/24/branches/3/id
    Original passive one-port → Load States → record 24 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/24/branches/3/tail
    Original passive one-port → Load States → record 24 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/24/branches/3/head
    Original passive one-port → Load States → record 24 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/24/branches/3/resistanceOhm
    Original passive one-port → Load States → record 24 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 216/155passiveOnePort/loadStates/24/branches/3/voltageV
    Original passive one-port → Load States → record 24 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 18/155passiveOnePort/loadStates/24/branches/3/currentA
    Original passive one-port → Load States → record 24 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 3888/24025passiveOnePort/loadStates/24/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 24 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/24/branches/4/id
    Original passive one-port → Load States → record 24 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/24/branches/4/tail
    Original passive one-port → Load States → record 24 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/24/branches/4/head
    Original passive one-port → Load States → record 24 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/24/branches/4/resistanceOhm
    Original passive one-port → Load States → record 24 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 836/155passiveOnePort/loadStates/24/branches/4/voltageV
    Original passive one-port → Load States → record 24 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 209/310passiveOnePort/loadStates/24/branches/4/currentA
    Original passive one-port → Load States → record 24 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 87362/24025passiveOnePort/loadStates/24/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 24 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/24/branches/5/id
    Original passive one-port → Load States → record 24 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/24/branches/5/tail
    Original passive one-port → Load States → record 24 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/24/branches/5/head
    Original passive one-port → Load States → record 24 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/24/branches/5/voltageV
    Original passive one-port → Load States → record 24 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -1251/620passiveOnePort/loadStates/24/branches/5/currentA
    Original passive one-port → Load States → record 24 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -11259/620passiveOnePort/loadStates/24/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 24 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/24/branches/6/id
    Original passive one-port → Load States → record 24 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/24/branches/6/tail
    Original passive one-port → Load States → record 24 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/24/branches/6/head
    Original passive one-port → Load States → record 24 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/24/branches/6/voltageV
    Original passive one-port → Load States → record 24 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 209/310passiveOnePort/loadStates/24/branches/6/currentA
    Original passive one-port → Load States → record 24 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -418/155passiveOnePort/loadStates/24/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 24 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/24/branches/7/id
    Original passive one-port → Load States → record 24 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/24/branches/7/tail
    Original passive one-port → Load States → record 24 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/24/branches/7/head
    Original passive one-port → Load States → record 24 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 216/155passiveOnePort/loadStates/24/branches/7/voltageV
    Original passive one-port → Load States → record 24 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 2/5passiveOnePort/loadStates/24/branches/7/currentA
    Original passive one-port → Load States → record 24 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 432/775passiveOnePort/loadStates/24/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 24 → Current delivered out of network (A)Exact reduced rational: 2/5passiveOnePort/loadStates/24/deliveredPortCurrentA
    Original passive one-port → Load States → record 24 → Current entering network (A)Exact reduced rational: -2/5passiveOnePort/loadStates/24/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 24 → Load Or Test Absorbed Power (W)Exact reduced rational: 432/775passiveOnePort/loadStates/24/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 24 → Physical internal resistor dissipation (W)Exact reduced rational: 62927/3100passiveOnePort/loadStates/24/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 24 → Sum of original sources absorbed power (W)Exact reduced rational: -12931/620passiveOnePort/loadStates/24/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 24 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/24/kclResidualA/0
    Original passive one-port → Load States → record 24 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/24/kclResidualA/a
    Original passive one-port → Load States → record 24 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/24/kclResidualA/b
    Original passive one-port → Load States → record 24 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/24/kclResidualA/x
    Original passive one-port → Load States → record 24 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/24/kclResidualA/p
    Original passive one-port → Load States → record 24 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/24/powerResidualW
    Original passive one-port → Load States → record 24 → Record index (metadata, not a measured scalar)24passiveOnePort/loadStates/24/index
    Original passive one-port → Load States → record 24 → r=R_L/R_th (dimensionless)Exact reduced rational: 3/2passiveOnePort/loadStates/24/normalizedLoad
    Original passive one-port → Load States → record 24 → V/V_th (dimensionless)Exact reduced rational: 3/5passiveOnePort/loadStates/24/normalizedVoltage
    Original passive one-port → Load States → record 24 → I/I_sc (dimensionless)Exact reduced rational: 2/5passiveOnePort/loadStates/24/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 24 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 24/25passiveOnePort/loadStates/24/normalizedPower
    Original passive one-port → Load States → record 24 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 288/775passiveOnePort/loadStates/24/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 24 → Equivalent source absorbed power (W)Exact reduced rational: -144/155passiveOnePort/loadStates/24/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 25 → Load resistance R_L (Ω); null denotes openExact reduced rational: 225/62passiveOnePort/loadStates/25/loadOhm
    Original passive one-port → Load States → record 25 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/25/forcedPortV
    Original passive one-port → Load States → record 25 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/25/nodePotentialsV/0
    Original passive one-port → Load States → record 25 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/25/nodePotentialsV/a
    Original passive one-port → Load States → record 25 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/25/nodePotentialsV/b
    Original passive one-port → Load States → record 25 → Node Potentials (V) → XExact reduced rational: 12639/2542passiveOnePort/loadStates/25/nodePotentialsV/x
    Original passive one-port → Load States → record 25 → Node Potentials (V) → PExact reduced rational: 1800/1271passiveOnePort/loadStates/25/nodePotentialsV/p
    Original passive one-port → Load States → record 25 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/25/branches/0/id
    Original passive one-port → Load States → record 25 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/25/branches/0/tail
    Original passive one-port → Load States → record 25 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/25/branches/0/head
    Original passive one-port → Load States → record 25 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/25/branches/0/resistanceOhm
    Original passive one-port → Load States → record 25 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 10239/2542passiveOnePort/loadStates/25/branches/0/voltageV
    Original passive one-port → Load States → record 25 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 10239/5084passiveOnePort/loadStates/25/branches/0/currentA
    Original passive one-port → Load States → record 25 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 104837121/12923528passiveOnePort/loadStates/25/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 25 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/25/branches/1/id
    Original passive one-port → Load States → record 25 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/25/branches/1/tail
    Original passive one-port → Load States → record 25 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/25/branches/1/head
    Original passive one-port → Load States → record 25 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/25/branches/1/resistanceOhm
    Original passive one-port → Load States → record 25 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 12639/2542passiveOnePort/loadStates/25/branches/1/voltageV
    Original passive one-port → Load States → record 25 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 4213/5084passiveOnePort/loadStates/25/branches/1/currentA
    Original passive one-port → Load States → record 25 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 53248107/12923528passiveOnePort/loadStates/25/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 25 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/25/branches/2/id
    Original passive one-port → Load States → record 25 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/25/branches/2/tail
    Original passive one-port → Load States → record 25 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/25/branches/2/head
    Original passive one-port → Load States → record 25 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/25/branches/2/resistanceOhm
    Original passive one-port → Load States → record 25 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 9039/2542passiveOnePort/loadStates/25/branches/2/voltageV
    Original passive one-port → Load States → record 25 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 3013/2542passiveOnePort/loadStates/25/branches/2/currentA
    Original passive one-port → Load States → record 25 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 27234507/6461764passiveOnePort/loadStates/25/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 25 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/25/branches/3/id
    Original passive one-port → Load States → record 25 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/25/branches/3/tail
    Original passive one-port → Load States → record 25 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/25/branches/3/head
    Original passive one-port → Load States → record 25 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/25/branches/3/resistanceOhm
    Original passive one-port → Load States → record 25 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 1800/1271passiveOnePort/loadStates/25/branches/3/voltageV
    Original passive one-port → Load States → record 25 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 150/1271passiveOnePort/loadStates/25/branches/3/currentA
    Original passive one-port → Load States → record 25 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 270000/1615441passiveOnePort/loadStates/25/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 25 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/25/branches/4/id
    Original passive one-port → Load States → record 25 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/25/branches/4/tail
    Original passive one-port → Load States → record 25 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/25/branches/4/head
    Original passive one-port → Load States → record 25 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/25/branches/4/resistanceOhm
    Original passive one-port → Load States → record 25 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 6884/1271passiveOnePort/loadStates/25/branches/4/voltageV
    Original passive one-port → Load States → record 25 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 1721/2542passiveOnePort/loadStates/25/branches/4/currentA
    Original passive one-port → Load States → record 25 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 5923682/1615441passiveOnePort/loadStates/25/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 25 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/25/branches/5/id
    Original passive one-port → Load States → record 25 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/25/branches/5/tail
    Original passive one-port → Load States → record 25 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/25/branches/5/head
    Original passive one-port → Load States → record 25 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/25/branches/5/voltageV
    Original passive one-port → Load States → record 25 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -10239/5084passiveOnePort/loadStates/25/branches/5/currentA
    Original passive one-port → Load States → record 25 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -92151/5084passiveOnePort/loadStates/25/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 25 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/25/branches/6/id
    Original passive one-port → Load States → record 25 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/25/branches/6/tail
    Original passive one-port → Load States → record 25 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/25/branches/6/head
    Original passive one-port → Load States → record 25 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/25/branches/6/voltageV
    Original passive one-port → Load States → record 25 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 1721/2542passiveOnePort/loadStates/25/branches/6/currentA
    Original passive one-port → Load States → record 25 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -3442/1271passiveOnePort/loadStates/25/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 25 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/25/branches/7/id
    Original passive one-port → Load States → record 25 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/25/branches/7/tail
    Original passive one-port → Load States → record 25 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/25/branches/7/head
    Original passive one-port → Load States → record 25 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 1800/1271passiveOnePort/loadStates/25/branches/7/voltageV
    Original passive one-port → Load States → record 25 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 16/41passiveOnePort/loadStates/25/branches/7/currentA
    Original passive one-port → Load States → record 25 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 28800/52111passiveOnePort/loadStates/25/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 25 → Current delivered out of network (A)Exact reduced rational: 16/41passiveOnePort/loadStates/25/deliveredPortCurrentA
    Original passive one-port → Load States → record 25 → Current entering network (A)Exact reduced rational: -16/41passiveOnePort/loadStates/25/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 25 → Load Or Test Absorbed Power (W)Exact reduced rational: 28800/52111passiveOnePort/loadStates/25/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 25 → Physical internal resistor dissipation (W)Exact reduced rational: 4227479/208444passiveOnePort/loadStates/25/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 25 → Sum of original sources absorbed power (W)Exact reduced rational: -105919/5084passiveOnePort/loadStates/25/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 25 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/25/kclResidualA/0
    Original passive one-port → Load States → record 25 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/25/kclResidualA/a
    Original passive one-port → Load States → record 25 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/25/kclResidualA/b
    Original passive one-port → Load States → record 25 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/25/kclResidualA/x
    Original passive one-port → Load States → record 25 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/25/kclResidualA/p
    Original passive one-port → Load States → record 25 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/25/powerResidualW
    Original passive one-port → Load States → record 25 → Record index (metadata, not a measured scalar)25passiveOnePort/loadStates/25/index
    Original passive one-port → Load States → record 25 → r=R_L/R_th (dimensionless)Exact reduced rational: 25/16passiveOnePort/loadStates/25/normalizedLoad
    Original passive one-port → Load States → record 25 → V/V_th (dimensionless)Exact reduced rational: 25/41passiveOnePort/loadStates/25/normalizedVoltage
    Original passive one-port → Load States → record 25 → I/I_sc (dimensionless)Exact reduced rational: 16/41passiveOnePort/loadStates/25/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 25 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 1600/1681passiveOnePort/loadStates/25/normalizedPower
    Original passive one-port → Load States → record 25 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 18432/52111passiveOnePort/loadStates/25/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 25 → Equivalent source absorbed power (W)Exact reduced rational: -1152/1271passiveOnePort/loadStates/25/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 26 → Load resistance R_L (Ω); null denotes openExact reduced rational: 117/31passiveOnePort/loadStates/26/loadOhm
    Original passive one-port → Load States → record 26 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/26/forcedPortV
    Original passive one-port → Load States → record 26 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/26/nodePotentialsV/0
    Original passive one-port → Load States → record 26 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/26/nodePotentialsV/a
    Original passive one-port → Load States → record 26 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/26/nodePotentialsV/b
    Original passive one-port → Load States → record 26 → Node Potentials (V) → XExact reduced rational: 2161/434passiveOnePort/loadStates/26/nodePotentialsV/x
    Original passive one-port → Load States → record 26 → Node Potentials (V) → PExact reduced rational: 312/217passiveOnePort/loadStates/26/nodePotentialsV/p
    Original passive one-port → Load States → record 26 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/26/branches/0/id
    Original passive one-port → Load States → record 26 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/26/branches/0/tail
    Original passive one-port → Load States → record 26 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/26/branches/0/head
    Original passive one-port → Load States → record 26 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/26/branches/0/resistanceOhm
    Original passive one-port → Load States → record 26 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 1745/434passiveOnePort/loadStates/26/branches/0/voltageV
    Original passive one-port → Load States → record 26 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 1745/868passiveOnePort/loadStates/26/branches/0/currentA
    Original passive one-port → Load States → record 26 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 3045025/376712passiveOnePort/loadStates/26/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 26 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/26/branches/1/id
    Original passive one-port → Load States → record 26 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/26/branches/1/tail
    Original passive one-port → Load States → record 26 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/26/branches/1/head
    Original passive one-port → Load States → record 26 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/26/branches/1/resistanceOhm
    Original passive one-port → Load States → record 26 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 2161/434passiveOnePort/loadStates/26/branches/1/voltageV
    Original passive one-port → Load States → record 26 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 2161/2604passiveOnePort/loadStates/26/branches/1/currentA
    Original passive one-port → Load States → record 26 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 4669921/1130136passiveOnePort/loadStates/26/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 26 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/26/branches/2/id
    Original passive one-port → Load States → record 26 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/26/branches/2/tail
    Original passive one-port → Load States → record 26 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/26/branches/2/head
    Original passive one-port → Load States → record 26 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/26/branches/2/resistanceOhm
    Original passive one-port → Load States → record 26 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 1537/434passiveOnePort/loadStates/26/branches/2/voltageV
    Original passive one-port → Load States → record 26 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 1537/1302passiveOnePort/loadStates/26/branches/2/currentA
    Original passive one-port → Load States → record 26 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 2362369/565068passiveOnePort/loadStates/26/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 26 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/26/branches/3/id
    Original passive one-port → Load States → record 26 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/26/branches/3/tail
    Original passive one-port → Load States → record 26 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/26/branches/3/head
    Original passive one-port → Load States → record 26 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/26/branches/3/resistanceOhm
    Original passive one-port → Load States → record 26 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 312/217passiveOnePort/loadStates/26/branches/3/voltageV
    Original passive one-port → Load States → record 26 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 26/217passiveOnePort/loadStates/26/branches/3/currentA
    Original passive one-port → Load States → record 26 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 8112/47089passiveOnePort/loadStates/26/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 26 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/26/branches/4/id
    Original passive one-port → Load States → record 26 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/26/branches/4/tail
    Original passive one-port → Load States → record 26 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/26/branches/4/head
    Original passive one-port → Load States → record 26 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/26/branches/4/resistanceOhm
    Original passive one-port → Load States → record 26 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 1180/217passiveOnePort/loadStates/26/branches/4/voltageV
    Original passive one-port → Load States → record 26 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 295/434passiveOnePort/loadStates/26/branches/4/currentA
    Original passive one-port → Load States → record 26 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 174050/47089passiveOnePort/loadStates/26/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 26 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/26/branches/5/id
    Original passive one-port → Load States → record 26 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/26/branches/5/tail
    Original passive one-port → Load States → record 26 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/26/branches/5/head
    Original passive one-port → Load States → record 26 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/26/branches/5/voltageV
    Original passive one-port → Load States → record 26 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -1745/868passiveOnePort/loadStates/26/branches/5/currentA
    Original passive one-port → Load States → record 26 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -15705/868passiveOnePort/loadStates/26/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 26 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/26/branches/6/id
    Original passive one-port → Load States → record 26 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/26/branches/6/tail
    Original passive one-port → Load States → record 26 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/26/branches/6/head
    Original passive one-port → Load States → record 26 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/26/branches/6/voltageV
    Original passive one-port → Load States → record 26 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 295/434passiveOnePort/loadStates/26/branches/6/currentA
    Original passive one-port → Load States → record 26 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -590/217passiveOnePort/loadStates/26/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 26 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/26/branches/7/id
    Original passive one-port → Load States → record 26 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/26/branches/7/tail
    Original passive one-port → Load States → record 26 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/26/branches/7/head
    Original passive one-port → Load States → record 26 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 312/217passiveOnePort/loadStates/26/branches/7/voltageV
    Original passive one-port → Load States → record 26 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 8/21passiveOnePort/loadStates/26/branches/7/currentA
    Original passive one-port → Load States → record 26 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 832/1519passiveOnePort/loadStates/26/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 26 → Current delivered out of network (A)Exact reduced rational: 8/21passiveOnePort/loadStates/26/deliveredPortCurrentA
    Original passive one-port → Load States → record 26 → Current entering network (A)Exact reduced rational: -8/21passiveOnePort/loadStates/26/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 26 → Load Or Test Absorbed Power (W)Exact reduced rational: 832/1519passiveOnePort/loadStates/26/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 26 → Physical internal resistor dissipation (W)Exact reduced rational: 123127/6076passiveOnePort/loadStates/26/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 26 → Sum of original sources absorbed power (W)Exact reduced rational: -18065/868passiveOnePort/loadStates/26/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 26 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/26/kclResidualA/0
    Original passive one-port → Load States → record 26 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/26/kclResidualA/a
    Original passive one-port → Load States → record 26 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/26/kclResidualA/b
    Original passive one-port → Load States → record 26 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/26/kclResidualA/x
    Original passive one-port → Load States → record 26 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/26/kclResidualA/p
    Original passive one-port → Load States → record 26 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/26/powerResidualW
    Original passive one-port → Load States → record 26 → Record index (metadata, not a measured scalar)26passiveOnePort/loadStates/26/index
    Original passive one-port → Load States → record 26 → r=R_L/R_th (dimensionless)Exact reduced rational: 13/8passiveOnePort/loadStates/26/normalizedLoad
    Original passive one-port → Load States → record 26 → V/V_th (dimensionless)Exact reduced rational: 13/21passiveOnePort/loadStates/26/normalizedVoltage
    Original passive one-port → Load States → record 26 → I/I_sc (dimensionless)Exact reduced rational: 8/21passiveOnePort/loadStates/26/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 26 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 416/441passiveOnePort/loadStates/26/normalizedPower
    Original passive one-port → Load States → record 26 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 512/1519passiveOnePort/loadStates/26/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 26 → Equivalent source absorbed power (W)Exact reduced rational: -192/217passiveOnePort/loadStates/26/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 27 → Load resistance R_L (Ω); null denotes openExact reduced rational: 243/62passiveOnePort/loadStates/27/loadOhm
    Original passive one-port → Load States → record 27 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/27/forcedPortV
    Original passive one-port → Load States → record 27 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/27/nodePotentialsV/0
    Original passive one-port → Load States → record 27 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/27/nodePotentialsV/a
    Original passive one-port → Load States → record 27 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/27/nodePotentialsV/b
    Original passive one-port → Load States → record 27 → Node Potentials (V) → XExact reduced rational: 13293/2666passiveOnePort/loadStates/27/nodePotentialsV/x
    Original passive one-port → Load States → record 27 → Node Potentials (V) → PExact reduced rational: 1944/1333passiveOnePort/loadStates/27/nodePotentialsV/p
    Original passive one-port → Load States → record 27 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/27/branches/0/id
    Original passive one-port → Load States → record 27 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/27/branches/0/tail
    Original passive one-port → Load States → record 27 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/27/branches/0/head
    Original passive one-port → Load States → record 27 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/27/branches/0/resistanceOhm
    Original passive one-port → Load States → record 27 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 10701/2666passiveOnePort/loadStates/27/branches/0/voltageV
    Original passive one-port → Load States → record 27 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 10701/5332passiveOnePort/loadStates/27/branches/0/currentA
    Original passive one-port → Load States → record 27 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 114511401/14215112passiveOnePort/loadStates/27/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 27 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/27/branches/1/id
    Original passive one-port → Load States → record 27 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/27/branches/1/tail
    Original passive one-port → Load States → record 27 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/27/branches/1/head
    Original passive one-port → Load States → record 27 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/27/branches/1/resistanceOhm
    Original passive one-port → Load States → record 27 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 13293/2666passiveOnePort/loadStates/27/branches/1/voltageV
    Original passive one-port → Load States → record 27 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 4431/5332passiveOnePort/loadStates/27/branches/1/currentA
    Original passive one-port → Load States → record 27 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 58901283/14215112passiveOnePort/loadStates/27/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 27 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/27/branches/2/id
    Original passive one-port → Load States → record 27 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/27/branches/2/tail
    Original passive one-port → Load States → record 27 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/27/branches/2/head
    Original passive one-port → Load States → record 27 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/27/branches/2/resistanceOhm
    Original passive one-port → Load States → record 27 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 9405/2666passiveOnePort/loadStates/27/branches/2/voltageV
    Original passive one-port → Load States → record 27 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 3135/2666passiveOnePort/loadStates/27/branches/2/currentA
    Original passive one-port → Load States → record 27 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 29484675/7107556passiveOnePort/loadStates/27/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 27 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/27/branches/3/id
    Original passive one-port → Load States → record 27 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/27/branches/3/tail
    Original passive one-port → Load States → record 27 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/27/branches/3/head
    Original passive one-port → Load States → record 27 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/27/branches/3/resistanceOhm
    Original passive one-port → Load States → record 27 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 1944/1333passiveOnePort/loadStates/27/branches/3/voltageV
    Original passive one-port → Load States → record 27 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 162/1333passiveOnePort/loadStates/27/branches/3/currentA
    Original passive one-port → Load States → record 27 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 314928/1776889passiveOnePort/loadStates/27/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 27 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/27/branches/4/id
    Original passive one-port → Load States → record 27 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/27/branches/4/tail
    Original passive one-port → Load States → record 27 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/27/branches/4/head
    Original passive one-port → Load States → record 27 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/27/branches/4/resistanceOhm
    Original passive one-port → Load States → record 27 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 7276/1333passiveOnePort/loadStates/27/branches/4/voltageV
    Original passive one-port → Load States → record 27 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 1819/2666passiveOnePort/loadStates/27/branches/4/currentA
    Original passive one-port → Load States → record 27 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 6617522/1776889passiveOnePort/loadStates/27/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 27 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/27/branches/5/id
    Original passive one-port → Load States → record 27 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/27/branches/5/tail
    Original passive one-port → Load States → record 27 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/27/branches/5/head
    Original passive one-port → Load States → record 27 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/27/branches/5/voltageV
    Original passive one-port → Load States → record 27 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -10701/5332passiveOnePort/loadStates/27/branches/5/currentA
    Original passive one-port → Load States → record 27 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -96309/5332passiveOnePort/loadStates/27/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 27 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/27/branches/6/id
    Original passive one-port → Load States → record 27 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/27/branches/6/tail
    Original passive one-port → Load States → record 27 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/27/branches/6/head
    Original passive one-port → Load States → record 27 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/27/branches/6/voltageV
    Original passive one-port → Load States → record 27 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 1819/2666passiveOnePort/loadStates/27/branches/6/currentA
    Original passive one-port → Load States → record 27 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -3638/1333passiveOnePort/loadStates/27/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 27 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/27/branches/7/id
    Original passive one-port → Load States → record 27 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/27/branches/7/tail
    Original passive one-port → Load States → record 27 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/27/branches/7/head
    Original passive one-port → Load States → record 27 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 1944/1333passiveOnePort/loadStates/27/branches/7/voltageV
    Original passive one-port → Load States → record 27 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 16/43passiveOnePort/loadStates/27/branches/7/currentA
    Original passive one-port → Load States → record 27 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 31104/57319passiveOnePort/loadStates/27/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 27 → Current delivered out of network (A)Exact reduced rational: 16/43passiveOnePort/loadStates/27/deliveredPortCurrentA
    Original passive one-port → Load States → record 27 → Current entering network (A)Exact reduced rational: -16/43passiveOnePort/loadStates/27/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 27 → Load Or Test Absorbed Power (W)Exact reduced rational: 31104/57319passiveOnePort/loadStates/27/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 27 → Physical internal resistor dissipation (W)Exact reduced rational: 4642607/229276passiveOnePort/loadStates/27/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 27 → Sum of original sources absorbed power (W)Exact reduced rational: -110861/5332passiveOnePort/loadStates/27/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 27 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/27/kclResidualA/0
    Original passive one-port → Load States → record 27 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/27/kclResidualA/a
    Original passive one-port → Load States → record 27 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/27/kclResidualA/b
    Original passive one-port → Load States → record 27 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/27/kclResidualA/x
    Original passive one-port → Load States → record 27 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/27/kclResidualA/p
    Original passive one-port → Load States → record 27 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/27/powerResidualW
    Original passive one-port → Load States → record 27 → Record index (metadata, not a measured scalar)27passiveOnePort/loadStates/27/index
    Original passive one-port → Load States → record 27 → r=R_L/R_th (dimensionless)Exact reduced rational: 27/16passiveOnePort/loadStates/27/normalizedLoad
    Original passive one-port → Load States → record 27 → V/V_th (dimensionless)Exact reduced rational: 27/43passiveOnePort/loadStates/27/normalizedVoltage
    Original passive one-port → Load States → record 27 → I/I_sc (dimensionless)Exact reduced rational: 16/43passiveOnePort/loadStates/27/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 27 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 1728/1849passiveOnePort/loadStates/27/normalizedPower
    Original passive one-port → Load States → record 27 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 18432/57319passiveOnePort/loadStates/27/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 27 → Equivalent source absorbed power (W)Exact reduced rational: -1152/1333passiveOnePort/loadStates/27/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 28 → Load resistance R_L (Ω); null denotes openExact reduced rational: 126/31passiveOnePort/loadStates/28/loadOhm
    Original passive one-port → Load States → record 28 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/28/forcedPortV
    Original passive one-port → Load States → record 28 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/28/nodePotentialsV/0
    Original passive one-port → Load States → record 28 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/28/nodePotentialsV/a
    Original passive one-port → Load States → record 28 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/28/nodePotentialsV/b
    Original passive one-port → Load States → record 28 → Node Potentials (V) → XExact reduced rational: 3405/682passiveOnePort/loadStates/28/nodePotentialsV/x
    Original passive one-port → Load States → record 28 → Node Potentials (V) → PExact reduced rational: 504/341passiveOnePort/loadStates/28/nodePotentialsV/p
    Original passive one-port → Load States → record 28 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/28/branches/0/id
    Original passive one-port → Load States → record 28 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/28/branches/0/tail
    Original passive one-port → Load States → record 28 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/28/branches/0/head
    Original passive one-port → Load States → record 28 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/28/branches/0/resistanceOhm
    Original passive one-port → Load States → record 28 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 2733/682passiveOnePort/loadStates/28/branches/0/voltageV
    Original passive one-port → Load States → record 28 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 2733/1364passiveOnePort/loadStates/28/branches/0/currentA
    Original passive one-port → Load States → record 28 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 7469289/930248passiveOnePort/loadStates/28/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 28 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/28/branches/1/id
    Original passive one-port → Load States → record 28 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/28/branches/1/tail
    Original passive one-port → Load States → record 28 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/28/branches/1/head
    Original passive one-port → Load States → record 28 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/28/branches/1/resistanceOhm
    Original passive one-port → Load States → record 28 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 3405/682passiveOnePort/loadStates/28/branches/1/voltageV
    Original passive one-port → Load States → record 28 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 1135/1364passiveOnePort/loadStates/28/branches/1/currentA
    Original passive one-port → Load States → record 28 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 3864675/930248passiveOnePort/loadStates/28/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 28 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/28/branches/2/id
    Original passive one-port → Load States → record 28 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/28/branches/2/tail
    Original passive one-port → Load States → record 28 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/28/branches/2/head
    Original passive one-port → Load States → record 28 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/28/branches/2/resistanceOhm
    Original passive one-port → Load States → record 28 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 2397/682passiveOnePort/loadStates/28/branches/2/voltageV
    Original passive one-port → Load States → record 28 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 799/682passiveOnePort/loadStates/28/branches/2/currentA
    Original passive one-port → Load States → record 28 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 1915203/465124passiveOnePort/loadStates/28/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 28 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/28/branches/3/id
    Original passive one-port → Load States → record 28 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/28/branches/3/tail
    Original passive one-port → Load States → record 28 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/28/branches/3/head
    Original passive one-port → Load States → record 28 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/28/branches/3/resistanceOhm
    Original passive one-port → Load States → record 28 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 504/341passiveOnePort/loadStates/28/branches/3/voltageV
    Original passive one-port → Load States → record 28 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 42/341passiveOnePort/loadStates/28/branches/3/currentA
    Original passive one-port → Load States → record 28 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 21168/116281passiveOnePort/loadStates/28/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 28 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/28/branches/4/id
    Original passive one-port → Load States → record 28 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/28/branches/4/tail
    Original passive one-port → Load States → record 28 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/28/branches/4/head
    Original passive one-port → Load States → record 28 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/28/branches/4/resistanceOhm
    Original passive one-port → Load States → record 28 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 1868/341passiveOnePort/loadStates/28/branches/4/voltageV
    Original passive one-port → Load States → record 28 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 467/682passiveOnePort/loadStates/28/branches/4/currentA
    Original passive one-port → Load States → record 28 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 436178/116281passiveOnePort/loadStates/28/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 28 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/28/branches/5/id
    Original passive one-port → Load States → record 28 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/28/branches/5/tail
    Original passive one-port → Load States → record 28 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/28/branches/5/head
    Original passive one-port → Load States → record 28 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/28/branches/5/voltageV
    Original passive one-port → Load States → record 28 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -2733/1364passiveOnePort/loadStates/28/branches/5/currentA
    Original passive one-port → Load States → record 28 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -24597/1364passiveOnePort/loadStates/28/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 28 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/28/branches/6/id
    Original passive one-port → Load States → record 28 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/28/branches/6/tail
    Original passive one-port → Load States → record 28 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/28/branches/6/head
    Original passive one-port → Load States → record 28 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/28/branches/6/voltageV
    Original passive one-port → Load States → record 28 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 467/682passiveOnePort/loadStates/28/branches/6/currentA
    Original passive one-port → Load States → record 28 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -934/341passiveOnePort/loadStates/28/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 28 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/28/branches/7/id
    Original passive one-port → Load States → record 28 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/28/branches/7/tail
    Original passive one-port → Load States → record 28 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/28/branches/7/head
    Original passive one-port → Load States → record 28 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 504/341passiveOnePort/loadStates/28/branches/7/voltageV
    Original passive one-port → Load States → record 28 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 4/11passiveOnePort/loadStates/28/branches/7/currentA
    Original passive one-port → Load States → record 28 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 2016/3751passiveOnePort/loadStates/28/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 28 → Current delivered out of network (A)Exact reduced rational: 4/11passiveOnePort/loadStates/28/deliveredPortCurrentA
    Original passive one-port → Load States → record 28 → Current entering network (A)Exact reduced rational: -4/11passiveOnePort/loadStates/28/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 28 → Load Or Test Absorbed Power (W)Exact reduced rational: 2016/3751passiveOnePort/loadStates/28/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 28 → Physical internal resistor dissipation (W)Exact reduced rational: 303599/15004passiveOnePort/loadStates/28/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 28 → Sum of original sources absorbed power (W)Exact reduced rational: -28333/1364passiveOnePort/loadStates/28/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 28 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/28/kclResidualA/0
    Original passive one-port → Load States → record 28 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/28/kclResidualA/a
    Original passive one-port → Load States → record 28 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/28/kclResidualA/b
    Original passive one-port → Load States → record 28 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/28/kclResidualA/x
    Original passive one-port → Load States → record 28 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/28/kclResidualA/p
    Original passive one-port → Load States → record 28 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/28/powerResidualW
    Original passive one-port → Load States → record 28 → Record index (metadata, not a measured scalar)28passiveOnePort/loadStates/28/index
    Original passive one-port → Load States → record 28 → r=R_L/R_th (dimensionless)Exact reduced rational: 7/4passiveOnePort/loadStates/28/normalizedLoad
    Original passive one-port → Load States → record 28 → V/V_th (dimensionless)Exact reduced rational: 7/11passiveOnePort/loadStates/28/normalizedVoltage
    Original passive one-port → Load States → record 28 → I/I_sc (dimensionless)Exact reduced rational: 4/11passiveOnePort/loadStates/28/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 28 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 112/121passiveOnePort/loadStates/28/normalizedPower
    Original passive one-port → Load States → record 28 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 1152/3751passiveOnePort/loadStates/28/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 28 → Equivalent source absorbed power (W)Exact reduced rational: -288/341passiveOnePort/loadStates/28/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 29 → Load resistance R_L (Ω); null denotes openExact reduced rational: 261/62passiveOnePort/loadStates/29/loadOhm
    Original passive one-port → Load States → record 29 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/29/forcedPortV
    Original passive one-port → Load States → record 29 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/29/nodePotentialsV/0
    Original passive one-port → Load States → record 29 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/29/nodePotentialsV/a
    Original passive one-port → Load States → record 29 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/29/nodePotentialsV/b
    Original passive one-port → Load States → record 29 → Node Potentials (V) → XExact reduced rational: 4649/930passiveOnePort/loadStates/29/nodePotentialsV/x
    Original passive one-port → Load States → record 29 → Node Potentials (V) → PExact reduced rational: 232/155passiveOnePort/loadStates/29/nodePotentialsV/p
    Original passive one-port → Load States → record 29 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/29/branches/0/id
    Original passive one-port → Load States → record 29 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/29/branches/0/tail
    Original passive one-port → Load States → record 29 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/29/branches/0/head
    Original passive one-port → Load States → record 29 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/29/branches/0/resistanceOhm
    Original passive one-port → Load States → record 29 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 3721/930passiveOnePort/loadStates/29/branches/0/voltageV
    Original passive one-port → Load States → record 29 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 3721/1860passiveOnePort/loadStates/29/branches/0/currentA
    Original passive one-port → Load States → record 29 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 13845841/1729800passiveOnePort/loadStates/29/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 29 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/29/branches/1/id
    Original passive one-port → Load States → record 29 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/29/branches/1/tail
    Original passive one-port → Load States → record 29 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/29/branches/1/head
    Original passive one-port → Load States → record 29 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/29/branches/1/resistanceOhm
    Original passive one-port → Load States → record 29 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 4649/930passiveOnePort/loadStates/29/branches/1/voltageV
    Original passive one-port → Load States → record 29 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 4649/5580passiveOnePort/loadStates/29/branches/1/currentA
    Original passive one-port → Load States → record 29 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 21613201/5189400passiveOnePort/loadStates/29/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 29 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/29/branches/2/id
    Original passive one-port → Load States → record 29 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/29/branches/2/tail
    Original passive one-port → Load States → record 29 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/29/branches/2/head
    Original passive one-port → Load States → record 29 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/29/branches/2/resistanceOhm
    Original passive one-port → Load States → record 29 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 3257/930passiveOnePort/loadStates/29/branches/2/voltageV
    Original passive one-port → Load States → record 29 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 3257/2790passiveOnePort/loadStates/29/branches/2/currentA
    Original passive one-port → Load States → record 29 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 10608049/2594700passiveOnePort/loadStates/29/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 29 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/29/branches/3/id
    Original passive one-port → Load States → record 29 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/29/branches/3/tail
    Original passive one-port → Load States → record 29 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/29/branches/3/head
    Original passive one-port → Load States → record 29 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/29/branches/3/resistanceOhm
    Original passive one-port → Load States → record 29 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 232/155passiveOnePort/loadStates/29/branches/3/voltageV
    Original passive one-port → Load States → record 29 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 58/465passiveOnePort/loadStates/29/branches/3/currentA
    Original passive one-port → Load States → record 29 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 13456/72075passiveOnePort/loadStates/29/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 29 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/29/branches/4/id
    Original passive one-port → Load States → record 29 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/29/branches/4/tail
    Original passive one-port → Load States → record 29 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/29/branches/4/head
    Original passive one-port → Load States → record 29 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/29/branches/4/resistanceOhm
    Original passive one-port → Load States → record 29 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 852/155passiveOnePort/loadStates/29/branches/4/voltageV
    Original passive one-port → Load States → record 29 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 213/310passiveOnePort/loadStates/29/branches/4/currentA
    Original passive one-port → Load States → record 29 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 90738/24025passiveOnePort/loadStates/29/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 29 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/29/branches/5/id
    Original passive one-port → Load States → record 29 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/29/branches/5/tail
    Original passive one-port → Load States → record 29 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/29/branches/5/head
    Original passive one-port → Load States → record 29 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/29/branches/5/voltageV
    Original passive one-port → Load States → record 29 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -3721/1860passiveOnePort/loadStates/29/branches/5/currentA
    Original passive one-port → Load States → record 29 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -11163/620passiveOnePort/loadStates/29/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 29 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/29/branches/6/id
    Original passive one-port → Load States → record 29 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/29/branches/6/tail
    Original passive one-port → Load States → record 29 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/29/branches/6/head
    Original passive one-port → Load States → record 29 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/29/branches/6/voltageV
    Original passive one-port → Load States → record 29 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 213/310passiveOnePort/loadStates/29/branches/6/currentA
    Original passive one-port → Load States → record 29 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -426/155passiveOnePort/loadStates/29/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 29 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/29/branches/7/id
    Original passive one-port → Load States → record 29 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/29/branches/7/tail
    Original passive one-port → Load States → record 29 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/29/branches/7/head
    Original passive one-port → Load States → record 29 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 232/155passiveOnePort/loadStates/29/branches/7/voltageV
    Original passive one-port → Load States → record 29 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 16/45passiveOnePort/loadStates/29/branches/7/currentA
    Original passive one-port → Load States → record 29 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 3712/6975passiveOnePort/loadStates/29/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 29 → Current delivered out of network (A)Exact reduced rational: 16/45passiveOnePort/loadStates/29/deliveredPortCurrentA
    Original passive one-port → Load States → record 29 → Current entering network (A)Exact reduced rational: -16/45passiveOnePort/loadStates/29/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 29 → Load Or Test Absorbed Power (W)Exact reduced rational: 3712/6975passiveOnePort/loadStates/29/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 29 → Physical internal resistor dissipation (W)Exact reduced rational: 564167/27900passiveOnePort/loadStates/29/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 29 → Sum of original sources absorbed power (W)Exact reduced rational: -12867/620passiveOnePort/loadStates/29/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 29 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/29/kclResidualA/0
    Original passive one-port → Load States → record 29 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/29/kclResidualA/a
    Original passive one-port → Load States → record 29 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/29/kclResidualA/b
    Original passive one-port → Load States → record 29 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/29/kclResidualA/x
    Original passive one-port → Load States → record 29 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/29/kclResidualA/p
    Original passive one-port → Load States → record 29 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/29/powerResidualW
    Original passive one-port → Load States → record 29 → Record index (metadata, not a measured scalar)29passiveOnePort/loadStates/29/index
    Original passive one-port → Load States → record 29 → r=R_L/R_th (dimensionless)Exact reduced rational: 29/16passiveOnePort/loadStates/29/normalizedLoad
    Original passive one-port → Load States → record 29 → V/V_th (dimensionless)Exact reduced rational: 29/45passiveOnePort/loadStates/29/normalizedVoltage
    Original passive one-port → Load States → record 29 → I/I_sc (dimensionless)Exact reduced rational: 16/45passiveOnePort/loadStates/29/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 29 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 1856/2025passiveOnePort/loadStates/29/normalizedPower
    Original passive one-port → Load States → record 29 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 2048/6975passiveOnePort/loadStates/29/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 29 → Equivalent source absorbed power (W)Exact reduced rational: -128/155passiveOnePort/loadStates/29/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 30 → Load resistance R_L (Ω); null denotes openExact reduced rational: 135/31passiveOnePort/loadStates/30/loadOhm
    Original passive one-port → Load States → record 30 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/30/forcedPortV
    Original passive one-port → Load States → record 30 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/30/nodePotentialsV/0
    Original passive one-port → Load States → record 30 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/30/nodePotentialsV/a
    Original passive one-port → Load States → record 30 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/30/nodePotentialsV/b
    Original passive one-port → Load States → record 30 → Node Potentials (V) → XExact reduced rational: 7137/1426passiveOnePort/loadStates/30/nodePotentialsV/x
    Original passive one-port → Load States → record 30 → Node Potentials (V) → PExact reduced rational: 1080/713passiveOnePort/loadStates/30/nodePotentialsV/p
    Original passive one-port → Load States → record 30 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/30/branches/0/id
    Original passive one-port → Load States → record 30 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/30/branches/0/tail
    Original passive one-port → Load States → record 30 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/30/branches/0/head
    Original passive one-port → Load States → record 30 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/30/branches/0/resistanceOhm
    Original passive one-port → Load States → record 30 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 5697/1426passiveOnePort/loadStates/30/branches/0/voltageV
    Original passive one-port → Load States → record 30 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 5697/2852passiveOnePort/loadStates/30/branches/0/currentA
    Original passive one-port → Load States → record 30 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 32455809/4066952passiveOnePort/loadStates/30/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 30 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/30/branches/1/id
    Original passive one-port → Load States → record 30 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/30/branches/1/tail
    Original passive one-port → Load States → record 30 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/30/branches/1/head
    Original passive one-port → Load States → record 30 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/30/branches/1/resistanceOhm
    Original passive one-port → Load States → record 30 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 7137/1426passiveOnePort/loadStates/30/branches/1/voltageV
    Original passive one-port → Load States → record 30 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 2379/2852passiveOnePort/loadStates/30/branches/1/currentA
    Original passive one-port → Load States → record 30 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 16978923/4066952passiveOnePort/loadStates/30/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 30 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/30/branches/2/id
    Original passive one-port → Load States → record 30 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/30/branches/2/tail
    Original passive one-port → Load States → record 30 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/30/branches/2/head
    Original passive one-port → Load States → record 30 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/30/branches/2/resistanceOhm
    Original passive one-port → Load States → record 30 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 4977/1426passiveOnePort/loadStates/30/branches/2/voltageV
    Original passive one-port → Load States → record 30 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 1659/1426passiveOnePort/loadStates/30/branches/2/currentA
    Original passive one-port → Load States → record 30 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 8256843/2033476passiveOnePort/loadStates/30/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 30 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/30/branches/3/id
    Original passive one-port → Load States → record 30 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/30/branches/3/tail
    Original passive one-port → Load States → record 30 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/30/branches/3/head
    Original passive one-port → Load States → record 30 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/30/branches/3/resistanceOhm
    Original passive one-port → Load States → record 30 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 1080/713passiveOnePort/loadStates/30/branches/3/voltageV
    Original passive one-port → Load States → record 30 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 90/713passiveOnePort/loadStates/30/branches/3/currentA
    Original passive one-port → Load States → record 30 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 97200/508369passiveOnePort/loadStates/30/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 30 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/30/branches/4/id
    Original passive one-port → Load States → record 30 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/30/branches/4/tail
    Original passive one-port → Load States → record 30 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/30/branches/4/head
    Original passive one-port → Load States → record 30 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/30/branches/4/resistanceOhm
    Original passive one-port → Load States → record 30 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 3932/713passiveOnePort/loadStates/30/branches/4/voltageV
    Original passive one-port → Load States → record 30 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 983/1426passiveOnePort/loadStates/30/branches/4/currentA
    Original passive one-port → Load States → record 30 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 1932578/508369passiveOnePort/loadStates/30/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 30 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/30/branches/5/id
    Original passive one-port → Load States → record 30 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/30/branches/5/tail
    Original passive one-port → Load States → record 30 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/30/branches/5/head
    Original passive one-port → Load States → record 30 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/30/branches/5/voltageV
    Original passive one-port → Load States → record 30 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -5697/2852passiveOnePort/loadStates/30/branches/5/currentA
    Original passive one-port → Load States → record 30 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -51273/2852passiveOnePort/loadStates/30/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 30 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/30/branches/6/id
    Original passive one-port → Load States → record 30 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/30/branches/6/tail
    Original passive one-port → Load States → record 30 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/30/branches/6/head
    Original passive one-port → Load States → record 30 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/30/branches/6/voltageV
    Original passive one-port → Load States → record 30 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 983/1426passiveOnePort/loadStates/30/branches/6/currentA
    Original passive one-port → Load States → record 30 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -1966/713passiveOnePort/loadStates/30/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 30 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/30/branches/7/id
    Original passive one-port → Load States → record 30 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/30/branches/7/tail
    Original passive one-port → Load States → record 30 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/30/branches/7/head
    Original passive one-port → Load States → record 30 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 1080/713passiveOnePort/loadStates/30/branches/7/voltageV
    Original passive one-port → Load States → record 30 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 8/23passiveOnePort/loadStates/30/branches/7/currentA
    Original passive one-port → Load States → record 30 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 8640/16399passiveOnePort/loadStates/30/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 30 → Current delivered out of network (A)Exact reduced rational: 8/23passiveOnePort/loadStates/30/deliveredPortCurrentA
    Original passive one-port → Load States → record 30 → Current entering network (A)Exact reduced rational: -8/23passiveOnePort/loadStates/30/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 30 → Load Or Test Absorbed Power (W)Exact reduced rational: 8640/16399passiveOnePort/loadStates/30/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 30 → Physical internal resistor dissipation (W)Exact reduced rational: 42761/2116passiveOnePort/loadStates/30/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 30 → Sum of original sources absorbed power (W)Exact reduced rational: -59137/2852passiveOnePort/loadStates/30/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 30 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/30/kclResidualA/0
    Original passive one-port → Load States → record 30 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/30/kclResidualA/a
    Original passive one-port → Load States → record 30 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/30/kclResidualA/b
    Original passive one-port → Load States → record 30 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/30/kclResidualA/x
    Original passive one-port → Load States → record 30 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/30/kclResidualA/p
    Original passive one-port → Load States → record 30 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/30/powerResidualW
    Original passive one-port → Load States → record 30 → Record index (metadata, not a measured scalar)30passiveOnePort/loadStates/30/index
    Original passive one-port → Load States → record 30 → r=R_L/R_th (dimensionless)Exact reduced rational: 15/8passiveOnePort/loadStates/30/normalizedLoad
    Original passive one-port → Load States → record 30 → V/V_th (dimensionless)Exact reduced rational: 15/23passiveOnePort/loadStates/30/normalizedVoltage
    Original passive one-port → Load States → record 30 → I/I_sc (dimensionless)Exact reduced rational: 8/23passiveOnePort/loadStates/30/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 30 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 480/529passiveOnePort/loadStates/30/normalizedPower
    Original passive one-port → Load States → record 30 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 4608/16399passiveOnePort/loadStates/30/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 30 → Equivalent source absorbed power (W)Exact reduced rational: -576/713passiveOnePort/loadStates/30/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 31 → Load resistance R_L (Ω); null denotes openExact reduced rational: 9/2passiveOnePort/loadStates/31/loadOhm
    Original passive one-port → Load States → record 31 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/31/forcedPortV
    Original passive one-port → Load States → record 31 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/31/nodePotentialsV/0
    Original passive one-port → Load States → record 31 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/31/nodePotentialsV/a
    Original passive one-port → Load States → record 31 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/31/nodePotentialsV/b
    Original passive one-port → Load States → record 31 → Node Potentials (V) → XExact reduced rational: 471/94passiveOnePort/loadStates/31/nodePotentialsV/x
    Original passive one-port → Load States → record 31 → Node Potentials (V) → PExact reduced rational: 72/47passiveOnePort/loadStates/31/nodePotentialsV/p
    Original passive one-port → Load States → record 31 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/31/branches/0/id
    Original passive one-port → Load States → record 31 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/31/branches/0/tail
    Original passive one-port → Load States → record 31 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/31/branches/0/head
    Original passive one-port → Load States → record 31 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/31/branches/0/resistanceOhm
    Original passive one-port → Load States → record 31 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 375/94passiveOnePort/loadStates/31/branches/0/voltageV
    Original passive one-port → Load States → record 31 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 375/188passiveOnePort/loadStates/31/branches/0/currentA
    Original passive one-port → Load States → record 31 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 140625/17672passiveOnePort/loadStates/31/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 31 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/31/branches/1/id
    Original passive one-port → Load States → record 31 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/31/branches/1/tail
    Original passive one-port → Load States → record 31 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/31/branches/1/head
    Original passive one-port → Load States → record 31 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/31/branches/1/resistanceOhm
    Original passive one-port → Load States → record 31 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 471/94passiveOnePort/loadStates/31/branches/1/voltageV
    Original passive one-port → Load States → record 31 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 157/188passiveOnePort/loadStates/31/branches/1/currentA
    Original passive one-port → Load States → record 31 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 73947/17672passiveOnePort/loadStates/31/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 31 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/31/branches/2/id
    Original passive one-port → Load States → record 31 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/31/branches/2/tail
    Original passive one-port → Load States → record 31 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/31/branches/2/head
    Original passive one-port → Load States → record 31 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/31/branches/2/resistanceOhm
    Original passive one-port → Load States → record 31 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 327/94passiveOnePort/loadStates/31/branches/2/voltageV
    Original passive one-port → Load States → record 31 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 109/94passiveOnePort/loadStates/31/branches/2/currentA
    Original passive one-port → Load States → record 31 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 35643/8836passiveOnePort/loadStates/31/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 31 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/31/branches/3/id
    Original passive one-port → Load States → record 31 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/31/branches/3/tail
    Original passive one-port → Load States → record 31 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/31/branches/3/head
    Original passive one-port → Load States → record 31 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/31/branches/3/resistanceOhm
    Original passive one-port → Load States → record 31 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 72/47passiveOnePort/loadStates/31/branches/3/voltageV
    Original passive one-port → Load States → record 31 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 6/47passiveOnePort/loadStates/31/branches/3/currentA
    Original passive one-port → Load States → record 31 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 432/2209passiveOnePort/loadStates/31/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 31 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/31/branches/4/id
    Original passive one-port → Load States → record 31 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/31/branches/4/tail
    Original passive one-port → Load States → record 31 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/31/branches/4/head
    Original passive one-port → Load States → record 31 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/31/branches/4/resistanceOhm
    Original passive one-port → Load States → record 31 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 260/47passiveOnePort/loadStates/31/branches/4/voltageV
    Original passive one-port → Load States → record 31 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 65/94passiveOnePort/loadStates/31/branches/4/currentA
    Original passive one-port → Load States → record 31 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 8450/2209passiveOnePort/loadStates/31/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 31 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/31/branches/5/id
    Original passive one-port → Load States → record 31 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/31/branches/5/tail
    Original passive one-port → Load States → record 31 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/31/branches/5/head
    Original passive one-port → Load States → record 31 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/31/branches/5/voltageV
    Original passive one-port → Load States → record 31 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -375/188passiveOnePort/loadStates/31/branches/5/currentA
    Original passive one-port → Load States → record 31 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -3375/188passiveOnePort/loadStates/31/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 31 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/31/branches/6/id
    Original passive one-port → Load States → record 31 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/31/branches/6/tail
    Original passive one-port → Load States → record 31 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/31/branches/6/head
    Original passive one-port → Load States → record 31 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/31/branches/6/voltageV
    Original passive one-port → Load States → record 31 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 65/94passiveOnePort/loadStates/31/branches/6/currentA
    Original passive one-port → Load States → record 31 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -130/47passiveOnePort/loadStates/31/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 31 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/31/branches/7/id
    Original passive one-port → Load States → record 31 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/31/branches/7/tail
    Original passive one-port → Load States → record 31 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/31/branches/7/head
    Original passive one-port → Load States → record 31 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 72/47passiveOnePort/loadStates/31/branches/7/voltageV
    Original passive one-port → Load States → record 31 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 16/47passiveOnePort/loadStates/31/branches/7/currentA
    Original passive one-port → Load States → record 31 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 1152/2209passiveOnePort/loadStates/31/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 31 → Current delivered out of network (A)Exact reduced rational: 16/47passiveOnePort/loadStates/31/deliveredPortCurrentA
    Original passive one-port → Load States → record 31 → Current entering network (A)Exact reduced rational: -16/47passiveOnePort/loadStates/31/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 31 → Load Or Test Absorbed Power (W)Exact reduced rational: 1152/2209passiveOnePort/loadStates/31/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 31 → Physical internal resistor dissipation (W)Exact reduced rational: 178457/8836passiveOnePort/loadStates/31/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 31 → Sum of original sources absorbed power (W)Exact reduced rational: -3895/188passiveOnePort/loadStates/31/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 31 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/31/kclResidualA/0
    Original passive one-port → Load States → record 31 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/31/kclResidualA/a
    Original passive one-port → Load States → record 31 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/31/kclResidualA/b
    Original passive one-port → Load States → record 31 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/31/kclResidualA/x
    Original passive one-port → Load States → record 31 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/31/kclResidualA/p
    Original passive one-port → Load States → record 31 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/31/powerResidualW
    Original passive one-port → Load States → record 31 → Record index (metadata, not a measured scalar)31passiveOnePort/loadStates/31/index
    Original passive one-port → Load States → record 31 → r=R_L/R_th (dimensionless)Exact reduced rational: 31/16passiveOnePort/loadStates/31/normalizedLoad
    Original passive one-port → Load States → record 31 → V/V_th (dimensionless)Exact reduced rational: 31/47passiveOnePort/loadStates/31/normalizedVoltage
    Original passive one-port → Load States → record 31 → I/I_sc (dimensionless)Exact reduced rational: 16/47passiveOnePort/loadStates/31/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 31 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 1984/2209passiveOnePort/loadStates/31/normalizedPower
    Original passive one-port → Load States → record 31 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 18432/68479passiveOnePort/loadStates/31/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 31 → Equivalent source absorbed power (W)Exact reduced rational: -1152/1457passiveOnePort/loadStates/31/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 32 → Load resistance R_L (Ω); null denotes openExact reduced rational: 144/31passiveOnePort/loadStates/32/loadOhm
    Original passive one-port → Load States → record 32 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/32/forcedPortV
    Original passive one-port → Load States → record 32 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/32/nodePotentialsV/0
    Original passive one-port → Load States → record 32 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/32/nodePotentialsV/a
    Original passive one-port → Load States → record 32 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/32/nodePotentialsV/b
    Original passive one-port → Load States → record 32 → Node Potentials (V) → XExact reduced rational: 311/62passiveOnePort/loadStates/32/nodePotentialsV/x
    Original passive one-port → Load States → record 32 → Node Potentials (V) → PExact reduced rational: 48/31passiveOnePort/loadStates/32/nodePotentialsV/p
    Original passive one-port → Load States → record 32 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/32/branches/0/id
    Original passive one-port → Load States → record 32 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/32/branches/0/tail
    Original passive one-port → Load States → record 32 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/32/branches/0/head
    Original passive one-port → Load States → record 32 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/32/branches/0/resistanceOhm
    Original passive one-port → Load States → record 32 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 247/62passiveOnePort/loadStates/32/branches/0/voltageV
    Original passive one-port → Load States → record 32 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 247/124passiveOnePort/loadStates/32/branches/0/currentA
    Original passive one-port → Load States → record 32 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 61009/7688passiveOnePort/loadStates/32/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 32 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/32/branches/1/id
    Original passive one-port → Load States → record 32 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/32/branches/1/tail
    Original passive one-port → Load States → record 32 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/32/branches/1/head
    Original passive one-port → Load States → record 32 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/32/branches/1/resistanceOhm
    Original passive one-port → Load States → record 32 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 311/62passiveOnePort/loadStates/32/branches/1/voltageV
    Original passive one-port → Load States → record 32 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 311/372passiveOnePort/loadStates/32/branches/1/currentA
    Original passive one-port → Load States → record 32 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 96721/23064passiveOnePort/loadStates/32/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 32 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/32/branches/2/id
    Original passive one-port → Load States → record 32 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/32/branches/2/tail
    Original passive one-port → Load States → record 32 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/32/branches/2/head
    Original passive one-port → Load States → record 32 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/32/branches/2/resistanceOhm
    Original passive one-port → Load States → record 32 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 215/62passiveOnePort/loadStates/32/branches/2/voltageV
    Original passive one-port → Load States → record 32 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 215/186passiveOnePort/loadStates/32/branches/2/currentA
    Original passive one-port → Load States → record 32 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 46225/11532passiveOnePort/loadStates/32/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 32 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/32/branches/3/id
    Original passive one-port → Load States → record 32 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/32/branches/3/tail
    Original passive one-port → Load States → record 32 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/32/branches/3/head
    Original passive one-port → Load States → record 32 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/32/branches/3/resistanceOhm
    Original passive one-port → Load States → record 32 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 48/31passiveOnePort/loadStates/32/branches/3/voltageV
    Original passive one-port → Load States → record 32 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 4/31passiveOnePort/loadStates/32/branches/3/currentA
    Original passive one-port → Load States → record 32 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 192/961passiveOnePort/loadStates/32/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 32 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/32/branches/4/id
    Original passive one-port → Load States → record 32 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/32/branches/4/tail
    Original passive one-port → Load States → record 32 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/32/branches/4/head
    Original passive one-port → Load States → record 32 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/32/branches/4/resistanceOhm
    Original passive one-port → Load States → record 32 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 172/31passiveOnePort/loadStates/32/branches/4/voltageV
    Original passive one-port → Load States → record 32 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 43/62passiveOnePort/loadStates/32/branches/4/currentA
    Original passive one-port → Load States → record 32 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 3698/961passiveOnePort/loadStates/32/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 32 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/32/branches/5/id
    Original passive one-port → Load States → record 32 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/32/branches/5/tail
    Original passive one-port → Load States → record 32 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/32/branches/5/head
    Original passive one-port → Load States → record 32 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/32/branches/5/voltageV
    Original passive one-port → Load States → record 32 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -247/124passiveOnePort/loadStates/32/branches/5/currentA
    Original passive one-port → Load States → record 32 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -2223/124passiveOnePort/loadStates/32/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 32 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/32/branches/6/id
    Original passive one-port → Load States → record 32 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/32/branches/6/tail
    Original passive one-port → Load States → record 32 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/32/branches/6/head
    Original passive one-port → Load States → record 32 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/32/branches/6/voltageV
    Original passive one-port → Load States → record 32 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 43/62passiveOnePort/loadStates/32/branches/6/currentA
    Original passive one-port → Load States → record 32 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -86/31passiveOnePort/loadStates/32/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 32 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/32/branches/7/id
    Original passive one-port → Load States → record 32 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/32/branches/7/tail
    Original passive one-port → Load States → record 32 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/32/branches/7/head
    Original passive one-port → Load States → record 32 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 48/31passiveOnePort/loadStates/32/branches/7/voltageV
    Original passive one-port → Load States → record 32 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 1/3passiveOnePort/loadStates/32/branches/7/currentA
    Original passive one-port → Load States → record 32 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 16/31passiveOnePort/loadStates/32/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 32 → Current delivered out of network (A)Exact reduced rational: 1/3passiveOnePort/loadStates/32/deliveredPortCurrentA
    Original passive one-port → Load States → record 32 → Current entering network (A)Exact reduced rational: -1/3passiveOnePort/loadStates/32/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 32 → Load Or Test Absorbed Power (W)Exact reduced rational: 16/31passiveOnePort/loadStates/32/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 32 → Physical internal resistor dissipation (W)Exact reduced rational: 2503/124passiveOnePort/loadStates/32/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 32 → Sum of original sources absorbed power (W)Exact reduced rational: -2567/124passiveOnePort/loadStates/32/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 32 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/32/kclResidualA/0
    Original passive one-port → Load States → record 32 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/32/kclResidualA/a
    Original passive one-port → Load States → record 32 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/32/kclResidualA/b
    Original passive one-port → Load States → record 32 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/32/kclResidualA/x
    Original passive one-port → Load States → record 32 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/32/kclResidualA/p
    Original passive one-port → Load States → record 32 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/32/powerResidualW
    Original passive one-port → Load States → record 32 → Record index (metadata, not a measured scalar)32passiveOnePort/loadStates/32/index
    Original passive one-port → Load States → record 32 → r=R_L/R_th (dimensionless)Exact reduced rational: 2passiveOnePort/loadStates/32/normalizedLoad
    Original passive one-port → Load States → record 32 → V/V_th (dimensionless)Exact reduced rational: 2/3passiveOnePort/loadStates/32/normalizedVoltage
    Original passive one-port → Load States → record 32 → I/I_sc (dimensionless)Exact reduced rational: 1/3passiveOnePort/loadStates/32/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 32 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 8/9passiveOnePort/loadStates/32/normalizedPower
    Original passive one-port → Load States → record 32 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 8/31passiveOnePort/loadStates/32/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 32 → Equivalent source absorbed power (W)Exact reduced rational: -24/31passiveOnePort/loadStates/32/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 33 → Load resistance R_L (Ω); null denotes openExact reduced rational: 297/62passiveOnePort/loadStates/33/loadOhm
    Original passive one-port → Load States → record 33 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/33/forcedPortV
    Original passive one-port → Load States → record 33 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/33/nodePotentialsV/0
    Original passive one-port → Load States → record 33 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/33/nodePotentialsV/a
    Original passive one-port → Load States → record 33 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/33/nodePotentialsV/b
    Original passive one-port → Load States → record 33 → Node Potentials (V) → XExact reduced rational: 15255/3038passiveOnePort/loadStates/33/nodePotentialsV/x
    Original passive one-port → Load States → record 33 → Node Potentials (V) → PExact reduced rational: 2376/1519passiveOnePort/loadStates/33/nodePotentialsV/p
    Original passive one-port → Load States → record 33 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/33/branches/0/id
    Original passive one-port → Load States → record 33 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/33/branches/0/tail
    Original passive one-port → Load States → record 33 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/33/branches/0/head
    Original passive one-port → Load States → record 33 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/33/branches/0/resistanceOhm
    Original passive one-port → Load States → record 33 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 12087/3038passiveOnePort/loadStates/33/branches/0/voltageV
    Original passive one-port → Load States → record 33 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 12087/6076passiveOnePort/loadStates/33/branches/0/currentA
    Original passive one-port → Load States → record 33 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 146095569/18458888passiveOnePort/loadStates/33/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 33 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/33/branches/1/id
    Original passive one-port → Load States → record 33 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/33/branches/1/tail
    Original passive one-port → Load States → record 33 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/33/branches/1/head
    Original passive one-port → Load States → record 33 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/33/branches/1/resistanceOhm
    Original passive one-port → Load States → record 33 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 15255/3038passiveOnePort/loadStates/33/branches/1/voltageV
    Original passive one-port → Load States → record 33 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 5085/6076passiveOnePort/loadStates/33/branches/1/currentA
    Original passive one-port → Load States → record 33 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 77571675/18458888passiveOnePort/loadStates/33/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 33 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/33/branches/2/id
    Original passive one-port → Load States → record 33 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/33/branches/2/tail
    Original passive one-port → Load States → record 33 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/33/branches/2/head
    Original passive one-port → Load States → record 33 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/33/branches/2/resistanceOhm
    Original passive one-port → Load States → record 33 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 10503/3038passiveOnePort/loadStates/33/branches/2/voltageV
    Original passive one-port → Load States → record 33 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 3501/3038passiveOnePort/loadStates/33/branches/2/currentA
    Original passive one-port → Load States → record 33 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 36771003/9229444passiveOnePort/loadStates/33/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 33 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/33/branches/3/id
    Original passive one-port → Load States → record 33 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/33/branches/3/tail
    Original passive one-port → Load States → record 33 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/33/branches/3/head
    Original passive one-port → Load States → record 33 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/33/branches/3/resistanceOhm
    Original passive one-port → Load States → record 33 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 2376/1519passiveOnePort/loadStates/33/branches/3/voltageV
    Original passive one-port → Load States → record 33 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 198/1519passiveOnePort/loadStates/33/branches/3/currentA
    Original passive one-port → Load States → record 33 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 470448/2307361passiveOnePort/loadStates/33/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 33 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/33/branches/4/id
    Original passive one-port → Load States → record 33 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/33/branches/4/tail
    Original passive one-port → Load States → record 33 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/33/branches/4/head
    Original passive one-port → Load States → record 33 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/33/branches/4/resistanceOhm
    Original passive one-port → Load States → record 33 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 8452/1519passiveOnePort/loadStates/33/branches/4/voltageV
    Original passive one-port → Load States → record 33 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 2113/3038passiveOnePort/loadStates/33/branches/4/currentA
    Original passive one-port → Load States → record 33 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 8929538/2307361passiveOnePort/loadStates/33/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 33 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/33/branches/5/id
    Original passive one-port → Load States → record 33 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/33/branches/5/tail
    Original passive one-port → Load States → record 33 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/33/branches/5/head
    Original passive one-port → Load States → record 33 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/33/branches/5/voltageV
    Original passive one-port → Load States → record 33 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -12087/6076passiveOnePort/loadStates/33/branches/5/currentA
    Original passive one-port → Load States → record 33 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -108783/6076passiveOnePort/loadStates/33/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 33 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/33/branches/6/id
    Original passive one-port → Load States → record 33 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/33/branches/6/tail
    Original passive one-port → Load States → record 33 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/33/branches/6/head
    Original passive one-port → Load States → record 33 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/33/branches/6/voltageV
    Original passive one-port → Load States → record 33 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 2113/3038passiveOnePort/loadStates/33/branches/6/currentA
    Original passive one-port → Load States → record 33 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -4226/1519passiveOnePort/loadStates/33/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 33 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/33/branches/7/id
    Original passive one-port → Load States → record 33 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/33/branches/7/tail
    Original passive one-port → Load States → record 33 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/33/branches/7/head
    Original passive one-port → Load States → record 33 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 2376/1519passiveOnePort/loadStates/33/branches/7/voltageV
    Original passive one-port → Load States → record 33 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 16/49passiveOnePort/loadStates/33/branches/7/currentA
    Original passive one-port → Load States → record 33 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 38016/74431passiveOnePort/loadStates/33/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 33 → Current delivered out of network (A)Exact reduced rational: 16/49passiveOnePort/loadStates/33/deliveredPortCurrentA
    Original passive one-port → Load States → record 33 → Current entering network (A)Exact reduced rational: -16/49passiveOnePort/loadStates/33/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 33 → Load Or Test Absorbed Power (W)Exact reduced rational: 38016/74431passiveOnePort/loadStates/33/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 33 → Physical internal resistor dissipation (W)Exact reduced rational: 6006599/297724passiveOnePort/loadStates/33/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 33 → Sum of original sources absorbed power (W)Exact reduced rational: -125687/6076passiveOnePort/loadStates/33/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 33 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/33/kclResidualA/0
    Original passive one-port → Load States → record 33 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/33/kclResidualA/a
    Original passive one-port → Load States → record 33 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/33/kclResidualA/b
    Original passive one-port → Load States → record 33 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/33/kclResidualA/x
    Original passive one-port → Load States → record 33 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/33/kclResidualA/p
    Original passive one-port → Load States → record 33 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/33/powerResidualW
    Original passive one-port → Load States → record 33 → Record index (metadata, not a measured scalar)33passiveOnePort/loadStates/33/index
    Original passive one-port → Load States → record 33 → r=R_L/R_th (dimensionless)Exact reduced rational: 33/16passiveOnePort/loadStates/33/normalizedLoad
    Original passive one-port → Load States → record 33 → V/V_th (dimensionless)Exact reduced rational: 33/49passiveOnePort/loadStates/33/normalizedVoltage
    Original passive one-port → Load States → record 33 → I/I_sc (dimensionless)Exact reduced rational: 16/49passiveOnePort/loadStates/33/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 33 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 2112/2401passiveOnePort/loadStates/33/normalizedPower
    Original passive one-port → Load States → record 33 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 18432/74431passiveOnePort/loadStates/33/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 33 → Equivalent source absorbed power (W)Exact reduced rational: -1152/1519passiveOnePort/loadStates/33/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 34 → Load resistance R_L (Ω); null denotes openExact reduced rational: 153/31passiveOnePort/loadStates/34/loadOhm
    Original passive one-port → Load States → record 34 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/34/forcedPortV
    Original passive one-port → Load States → record 34 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/34/nodePotentialsV/0
    Original passive one-port → Load States → record 34 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/34/nodePotentialsV/a
    Original passive one-port → Load States → record 34 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/34/nodePotentialsV/b
    Original passive one-port → Load States → record 34 → Node Potentials (V) → XExact reduced rational: 7791/1550passiveOnePort/loadStates/34/nodePotentialsV/x
    Original passive one-port → Load States → record 34 → Node Potentials (V) → PExact reduced rational: 1224/775passiveOnePort/loadStates/34/nodePotentialsV/p
    Original passive one-port → Load States → record 34 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/34/branches/0/id
    Original passive one-port → Load States → record 34 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/34/branches/0/tail
    Original passive one-port → Load States → record 34 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/34/branches/0/head
    Original passive one-port → Load States → record 34 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/34/branches/0/resistanceOhm
    Original passive one-port → Load States → record 34 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 6159/1550passiveOnePort/loadStates/34/branches/0/voltageV
    Original passive one-port → Load States → record 34 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 6159/3100passiveOnePort/loadStates/34/branches/0/currentA
    Original passive one-port → Load States → record 34 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 37933281/4805000passiveOnePort/loadStates/34/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 34 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/34/branches/1/id
    Original passive one-port → Load States → record 34 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/34/branches/1/tail
    Original passive one-port → Load States → record 34 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/34/branches/1/head
    Original passive one-port → Load States → record 34 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/34/branches/1/resistanceOhm
    Original passive one-port → Load States → record 34 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 7791/1550passiveOnePort/loadStates/34/branches/1/voltageV
    Original passive one-port → Load States → record 34 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 2597/3100passiveOnePort/loadStates/34/branches/1/currentA
    Original passive one-port → Load States → record 34 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 20233227/4805000passiveOnePort/loadStates/34/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 34 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/34/branches/2/id
    Original passive one-port → Load States → record 34 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/34/branches/2/tail
    Original passive one-port → Load States → record 34 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/34/branches/2/head
    Original passive one-port → Load States → record 34 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/34/branches/2/resistanceOhm
    Original passive one-port → Load States → record 34 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 5343/1550passiveOnePort/loadStates/34/branches/2/voltageV
    Original passive one-port → Load States → record 34 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 1781/1550passiveOnePort/loadStates/34/branches/2/currentA
    Original passive one-port → Load States → record 34 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 9515883/2402500passiveOnePort/loadStates/34/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 34 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/34/branches/3/id
    Original passive one-port → Load States → record 34 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/34/branches/3/tail
    Original passive one-port → Load States → record 34 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/34/branches/3/head
    Original passive one-port → Load States → record 34 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/34/branches/3/resistanceOhm
    Original passive one-port → Load States → record 34 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 1224/775passiveOnePort/loadStates/34/branches/3/voltageV
    Original passive one-port → Load States → record 34 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 102/775passiveOnePort/loadStates/34/branches/3/currentA
    Original passive one-port → Load States → record 34 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 124848/600625passiveOnePort/loadStates/34/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 34 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/34/branches/4/id
    Original passive one-port → Load States → record 34 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/34/branches/4/tail
    Original passive one-port → Load States → record 34 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/34/branches/4/head
    Original passive one-port → Load States → record 34 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/34/branches/4/resistanceOhm
    Original passive one-port → Load States → record 34 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 4324/775passiveOnePort/loadStates/34/branches/4/voltageV
    Original passive one-port → Load States → record 34 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 1081/1550passiveOnePort/loadStates/34/branches/4/currentA
    Original passive one-port → Load States → record 34 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 2337122/600625passiveOnePort/loadStates/34/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 34 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/34/branches/5/id
    Original passive one-port → Load States → record 34 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/34/branches/5/tail
    Original passive one-port → Load States → record 34 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/34/branches/5/head
    Original passive one-port → Load States → record 34 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/34/branches/5/voltageV
    Original passive one-port → Load States → record 34 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -6159/3100passiveOnePort/loadStates/34/branches/5/currentA
    Original passive one-port → Load States → record 34 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -55431/3100passiveOnePort/loadStates/34/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 34 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/34/branches/6/id
    Original passive one-port → Load States → record 34 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/34/branches/6/tail
    Original passive one-port → Load States → record 34 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/34/branches/6/head
    Original passive one-port → Load States → record 34 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/34/branches/6/voltageV
    Original passive one-port → Load States → record 34 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 1081/1550passiveOnePort/loadStates/34/branches/6/currentA
    Original passive one-port → Load States → record 34 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -2162/775passiveOnePort/loadStates/34/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 34 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/34/branches/7/id
    Original passive one-port → Load States → record 34 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/34/branches/7/tail
    Original passive one-port → Load States → record 34 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/34/branches/7/head
    Original passive one-port → Load States → record 34 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 1224/775passiveOnePort/loadStates/34/branches/7/voltageV
    Original passive one-port → Load States → record 34 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 8/25passiveOnePort/loadStates/34/branches/7/currentA
    Original passive one-port → Load States → record 34 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 9792/19375passiveOnePort/loadStates/34/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 34 → Current delivered out of network (A)Exact reduced rational: 8/25passiveOnePort/loadStates/34/deliveredPortCurrentA
    Original passive one-port → Load States → record 34 → Current entering network (A)Exact reduced rational: -8/25passiveOnePort/loadStates/34/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 34 → Load Or Test Absorbed Power (W)Exact reduced rational: 9792/19375passiveOnePort/loadStates/34/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 34 → Physical internal resistor dissipation (W)Exact reduced rational: 1562807/77500passiveOnePort/loadStates/34/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 34 → Sum of original sources absorbed power (W)Exact reduced rational: -64079/3100passiveOnePort/loadStates/34/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 34 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/34/kclResidualA/0
    Original passive one-port → Load States → record 34 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/34/kclResidualA/a
    Original passive one-port → Load States → record 34 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/34/kclResidualA/b
    Original passive one-port → Load States → record 34 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/34/kclResidualA/x
    Original passive one-port → Load States → record 34 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/34/kclResidualA/p
    Original passive one-port → Load States → record 34 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/34/powerResidualW
    Original passive one-port → Load States → record 34 → Record index (metadata, not a measured scalar)34passiveOnePort/loadStates/34/index
    Original passive one-port → Load States → record 34 → r=R_L/R_th (dimensionless)Exact reduced rational: 17/8passiveOnePort/loadStates/34/normalizedLoad
    Original passive one-port → Load States → record 34 → V/V_th (dimensionless)Exact reduced rational: 17/25passiveOnePort/loadStates/34/normalizedVoltage
    Original passive one-port → Load States → record 34 → I/I_sc (dimensionless)Exact reduced rational: 8/25passiveOnePort/loadStates/34/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 34 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 544/625passiveOnePort/loadStates/34/normalizedPower
    Original passive one-port → Load States → record 34 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 4608/19375passiveOnePort/loadStates/34/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 34 → Equivalent source absorbed power (W)Exact reduced rational: -576/775passiveOnePort/loadStates/34/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 35 → Load resistance R_L (Ω); null denotes openExact reduced rational: 315/62passiveOnePort/loadStates/35/loadOhm
    Original passive one-port → Load States → record 35 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/35/forcedPortV
    Original passive one-port → Load States → record 35 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/35/nodePotentialsV/0
    Original passive one-port → Load States → record 35 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/35/nodePotentialsV/a
    Original passive one-port → Load States → record 35 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/35/nodePotentialsV/b
    Original passive one-port → Load States → record 35 → Node Potentials (V) → XExact reduced rational: 5303/1054passiveOnePort/loadStates/35/nodePotentialsV/x
    Original passive one-port → Load States → record 35 → Node Potentials (V) → PExact reduced rational: 840/527passiveOnePort/loadStates/35/nodePotentialsV/p
    Original passive one-port → Load States → record 35 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/35/branches/0/id
    Original passive one-port → Load States → record 35 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/35/branches/0/tail
    Original passive one-port → Load States → record 35 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/35/branches/0/head
    Original passive one-port → Load States → record 35 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/35/branches/0/resistanceOhm
    Original passive one-port → Load States → record 35 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 4183/1054passiveOnePort/loadStates/35/branches/0/voltageV
    Original passive one-port → Load States → record 35 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 4183/2108passiveOnePort/loadStates/35/branches/0/currentA
    Original passive one-port → Load States → record 35 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 17497489/2221832passiveOnePort/loadStates/35/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 35 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/35/branches/1/id
    Original passive one-port → Load States → record 35 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/35/branches/1/tail
    Original passive one-port → Load States → record 35 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/35/branches/1/head
    Original passive one-port → Load States → record 35 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/35/branches/1/resistanceOhm
    Original passive one-port → Load States → record 35 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 5303/1054passiveOnePort/loadStates/35/branches/1/voltageV
    Original passive one-port → Load States → record 35 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 5303/6324passiveOnePort/loadStates/35/branches/1/currentA
    Original passive one-port → Load States → record 35 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 28121809/6665496passiveOnePort/loadStates/35/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 35 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/35/branches/2/id
    Original passive one-port → Load States → record 35 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/35/branches/2/tail
    Original passive one-port → Load States → record 35 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/35/branches/2/head
    Original passive one-port → Load States → record 35 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/35/branches/2/resistanceOhm
    Original passive one-port → Load States → record 35 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 3623/1054passiveOnePort/loadStates/35/branches/2/voltageV
    Original passive one-port → Load States → record 35 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 3623/3162passiveOnePort/loadStates/35/branches/2/currentA
    Original passive one-port → Load States → record 35 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 13126129/3332748passiveOnePort/loadStates/35/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 35 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/35/branches/3/id
    Original passive one-port → Load States → record 35 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/35/branches/3/tail
    Original passive one-port → Load States → record 35 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/35/branches/3/head
    Original passive one-port → Load States → record 35 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/35/branches/3/resistanceOhm
    Original passive one-port → Load States → record 35 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 840/527passiveOnePort/loadStates/35/branches/3/voltageV
    Original passive one-port → Load States → record 35 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 70/527passiveOnePort/loadStates/35/branches/3/currentA
    Original passive one-port → Load States → record 35 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 58800/277729passiveOnePort/loadStates/35/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 35 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/35/branches/4/id
    Original passive one-port → Load States → record 35 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/35/branches/4/tail
    Original passive one-port → Load States → record 35 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/35/branches/4/head
    Original passive one-port → Load States → record 35 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/35/branches/4/resistanceOhm
    Original passive one-port → Load States → record 35 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 2948/527passiveOnePort/loadStates/35/branches/4/voltageV
    Original passive one-port → Load States → record 35 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 737/1054passiveOnePort/loadStates/35/branches/4/currentA
    Original passive one-port → Load States → record 35 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 1086338/277729passiveOnePort/loadStates/35/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 35 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/35/branches/5/id
    Original passive one-port → Load States → record 35 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/35/branches/5/tail
    Original passive one-port → Load States → record 35 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/35/branches/5/head
    Original passive one-port → Load States → record 35 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/35/branches/5/voltageV
    Original passive one-port → Load States → record 35 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -4183/2108passiveOnePort/loadStates/35/branches/5/currentA
    Original passive one-port → Load States → record 35 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -37647/2108passiveOnePort/loadStates/35/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 35 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/35/branches/6/id
    Original passive one-port → Load States → record 35 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/35/branches/6/tail
    Original passive one-port → Load States → record 35 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/35/branches/6/head
    Original passive one-port → Load States → record 35 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/35/branches/6/voltageV
    Original passive one-port → Load States → record 35 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 737/1054passiveOnePort/loadStates/35/branches/6/currentA
    Original passive one-port → Load States → record 35 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -1474/527passiveOnePort/loadStates/35/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 35 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/35/branches/7/id
    Original passive one-port → Load States → record 35 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/35/branches/7/tail
    Original passive one-port → Load States → record 35 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/35/branches/7/head
    Original passive one-port → Load States → record 35 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 840/527passiveOnePort/loadStates/35/branches/7/voltageV
    Original passive one-port → Load States → record 35 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 16/51passiveOnePort/loadStates/35/branches/7/currentA
    Original passive one-port → Load States → record 35 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 4480/8959passiveOnePort/loadStates/35/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 35 → Current delivered out of network (A)Exact reduced rational: 16/51passiveOnePort/loadStates/35/deliveredPortCurrentA
    Original passive one-port → Load States → record 35 → Current entering network (A)Exact reduced rational: -16/51passiveOnePort/loadStates/35/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 35 → Load Or Test Absorbed Power (W)Exact reduced rational: 4480/8959passiveOnePort/loadStates/35/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 35 → Physical internal resistor dissipation (W)Exact reduced rational: 722311/35836passiveOnePort/loadStates/35/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 35 → Sum of original sources absorbed power (W)Exact reduced rational: -43543/2108passiveOnePort/loadStates/35/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 35 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/35/kclResidualA/0
    Original passive one-port → Load States → record 35 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/35/kclResidualA/a
    Original passive one-port → Load States → record 35 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/35/kclResidualA/b
    Original passive one-port → Load States → record 35 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/35/kclResidualA/x
    Original passive one-port → Load States → record 35 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/35/kclResidualA/p
    Original passive one-port → Load States → record 35 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/35/powerResidualW
    Original passive one-port → Load States → record 35 → Record index (metadata, not a measured scalar)35passiveOnePort/loadStates/35/index
    Original passive one-port → Load States → record 35 → r=R_L/R_th (dimensionless)Exact reduced rational: 35/16passiveOnePort/loadStates/35/normalizedLoad
    Original passive one-port → Load States → record 35 → V/V_th (dimensionless)Exact reduced rational: 35/51passiveOnePort/loadStates/35/normalizedVoltage
    Original passive one-port → Load States → record 35 → I/I_sc (dimensionless)Exact reduced rational: 16/51passiveOnePort/loadStates/35/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 35 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 2240/2601passiveOnePort/loadStates/35/normalizedPower
    Original passive one-port → Load States → record 35 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 2048/8959passiveOnePort/loadStates/35/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 35 → Equivalent source absorbed power (W)Exact reduced rational: -384/527passiveOnePort/loadStates/35/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 36 → Load resistance R_L (Ω); null denotes openExact reduced rational: 162/31passiveOnePort/loadStates/36/loadOhm
    Original passive one-port → Load States → record 36 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/36/forcedPortV
    Original passive one-port → Load States → record 36 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/36/nodePotentialsV/0
    Original passive one-port → Load States → record 36 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/36/nodePotentialsV/a
    Original passive one-port → Load States → record 36 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/36/nodePotentialsV/b
    Original passive one-port → Load States → record 36 → Node Potentials (V) → XExact reduced rational: 4059/806passiveOnePort/loadStates/36/nodePotentialsV/x
    Original passive one-port → Load States → record 36 → Node Potentials (V) → PExact reduced rational: 648/403passiveOnePort/loadStates/36/nodePotentialsV/p
    Original passive one-port → Load States → record 36 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/36/branches/0/id
    Original passive one-port → Load States → record 36 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/36/branches/0/tail
    Original passive one-port → Load States → record 36 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/36/branches/0/head
    Original passive one-port → Load States → record 36 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/36/branches/0/resistanceOhm
    Original passive one-port → Load States → record 36 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 3195/806passiveOnePort/loadStates/36/branches/0/voltageV
    Original passive one-port → Load States → record 36 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 3195/1612passiveOnePort/loadStates/36/branches/0/currentA
    Original passive one-port → Load States → record 36 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 10208025/1299272passiveOnePort/loadStates/36/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 36 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/36/branches/1/id
    Original passive one-port → Load States → record 36 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/36/branches/1/tail
    Original passive one-port → Load States → record 36 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/36/branches/1/head
    Original passive one-port → Load States → record 36 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/36/branches/1/resistanceOhm
    Original passive one-port → Load States → record 36 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 4059/806passiveOnePort/loadStates/36/branches/1/voltageV
    Original passive one-port → Load States → record 36 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 1353/1612passiveOnePort/loadStates/36/branches/1/currentA
    Original passive one-port → Load States → record 36 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 5491827/1299272passiveOnePort/loadStates/36/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 36 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/36/branches/2/id
    Original passive one-port → Load States → record 36 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/36/branches/2/tail
    Original passive one-port → Load States → record 36 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/36/branches/2/head
    Original passive one-port → Load States → record 36 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/36/branches/2/resistanceOhm
    Original passive one-port → Load States → record 36 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 2763/806passiveOnePort/loadStates/36/branches/2/voltageV
    Original passive one-port → Load States → record 36 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 921/806passiveOnePort/loadStates/36/branches/2/currentA
    Original passive one-port → Load States → record 36 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 2544723/649636passiveOnePort/loadStates/36/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 36 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/36/branches/3/id
    Original passive one-port → Load States → record 36 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/36/branches/3/tail
    Original passive one-port → Load States → record 36 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/36/branches/3/head
    Original passive one-port → Load States → record 36 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/36/branches/3/resistanceOhm
    Original passive one-port → Load States → record 36 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 648/403passiveOnePort/loadStates/36/branches/3/voltageV
    Original passive one-port → Load States → record 36 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 54/403passiveOnePort/loadStates/36/branches/3/currentA
    Original passive one-port → Load States → record 36 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 34992/162409passiveOnePort/loadStates/36/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 36 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/36/branches/4/id
    Original passive one-port → Load States → record 36 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/36/branches/4/tail
    Original passive one-port → Load States → record 36 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/36/branches/4/head
    Original passive one-port → Load States → record 36 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/36/branches/4/resistanceOhm
    Original passive one-port → Load States → record 36 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 2260/403passiveOnePort/loadStates/36/branches/4/voltageV
    Original passive one-port → Load States → record 36 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 565/806passiveOnePort/loadStates/36/branches/4/currentA
    Original passive one-port → Load States → record 36 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 638450/162409passiveOnePort/loadStates/36/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 36 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/36/branches/5/id
    Original passive one-port → Load States → record 36 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/36/branches/5/tail
    Original passive one-port → Load States → record 36 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/36/branches/5/head
    Original passive one-port → Load States → record 36 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/36/branches/5/voltageV
    Original passive one-port → Load States → record 36 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -3195/1612passiveOnePort/loadStates/36/branches/5/currentA
    Original passive one-port → Load States → record 36 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -28755/1612passiveOnePort/loadStates/36/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 36 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/36/branches/6/id
    Original passive one-port → Load States → record 36 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/36/branches/6/tail
    Original passive one-port → Load States → record 36 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/36/branches/6/head
    Original passive one-port → Load States → record 36 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/36/branches/6/voltageV
    Original passive one-port → Load States → record 36 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 565/806passiveOnePort/loadStates/36/branches/6/currentA
    Original passive one-port → Load States → record 36 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -1130/403passiveOnePort/loadStates/36/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 36 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/36/branches/7/id
    Original passive one-port → Load States → record 36 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/36/branches/7/tail
    Original passive one-port → Load States → record 36 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/36/branches/7/head
    Original passive one-port → Load States → record 36 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 648/403passiveOnePort/loadStates/36/branches/7/voltageV
    Original passive one-port → Load States → record 36 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 4/13passiveOnePort/loadStates/36/branches/7/currentA
    Original passive one-port → Load States → record 36 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 2592/5239passiveOnePort/loadStates/36/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 36 → Current delivered out of network (A)Exact reduced rational: 4/13passiveOnePort/loadStates/36/deliveredPortCurrentA
    Original passive one-port → Load States → record 36 → Current entering network (A)Exact reduced rational: -4/13passiveOnePort/loadStates/36/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 36 → Load Or Test Absorbed Power (W)Exact reduced rational: 2592/5239passiveOnePort/loadStates/36/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 36 → Physical internal resistor dissipation (W)Exact reduced rational: 422207/20956passiveOnePort/loadStates/36/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 36 → Sum of original sources absorbed power (W)Exact reduced rational: -33275/1612passiveOnePort/loadStates/36/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 36 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/36/kclResidualA/0
    Original passive one-port → Load States → record 36 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/36/kclResidualA/a
    Original passive one-port → Load States → record 36 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/36/kclResidualA/b
    Original passive one-port → Load States → record 36 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/36/kclResidualA/x
    Original passive one-port → Load States → record 36 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/36/kclResidualA/p
    Original passive one-port → Load States → record 36 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/36/powerResidualW
    Original passive one-port → Load States → record 36 → Record index (metadata, not a measured scalar)36passiveOnePort/loadStates/36/index
    Original passive one-port → Load States → record 36 → r=R_L/R_th (dimensionless)Exact reduced rational: 9/4passiveOnePort/loadStates/36/normalizedLoad
    Original passive one-port → Load States → record 36 → V/V_th (dimensionless)Exact reduced rational: 9/13passiveOnePort/loadStates/36/normalizedVoltage
    Original passive one-port → Load States → record 36 → I/I_sc (dimensionless)Exact reduced rational: 4/13passiveOnePort/loadStates/36/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 36 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 144/169passiveOnePort/loadStates/36/normalizedPower
    Original passive one-port → Load States → record 36 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 1152/5239passiveOnePort/loadStates/36/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 36 → Equivalent source absorbed power (W)Exact reduced rational: -288/403passiveOnePort/loadStates/36/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 37 → Load resistance R_L (Ω); null denotes openExact reduced rational: 333/62passiveOnePort/loadStates/37/loadOhm
    Original passive one-port → Load States → record 37 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/37/forcedPortV
    Original passive one-port → Load States → record 37 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/37/nodePotentialsV/0
    Original passive one-port → Load States → record 37 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/37/nodePotentialsV/a
    Original passive one-port → Load States → record 37 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/37/nodePotentialsV/b
    Original passive one-port → Load States → record 37 → Node Potentials (V) → XExact reduced rational: 16563/3286passiveOnePort/loadStates/37/nodePotentialsV/x
    Original passive one-port → Load States → record 37 → Node Potentials (V) → PExact reduced rational: 2664/1643passiveOnePort/loadStates/37/nodePotentialsV/p
    Original passive one-port → Load States → record 37 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/37/branches/0/id
    Original passive one-port → Load States → record 37 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/37/branches/0/tail
    Original passive one-port → Load States → record 37 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/37/branches/0/head
    Original passive one-port → Load States → record 37 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/37/branches/0/resistanceOhm
    Original passive one-port → Load States → record 37 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 13011/3286passiveOnePort/loadStates/37/branches/0/voltageV
    Original passive one-port → Load States → record 37 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 13011/6572passiveOnePort/loadStates/37/branches/0/currentA
    Original passive one-port → Load States → record 37 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 169286121/21595592passiveOnePort/loadStates/37/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 37 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/37/branches/1/id
    Original passive one-port → Load States → record 37 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/37/branches/1/tail
    Original passive one-port → Load States → record 37 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/37/branches/1/head
    Original passive one-port → Load States → record 37 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/37/branches/1/resistanceOhm
    Original passive one-port → Load States → record 37 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 16563/3286passiveOnePort/loadStates/37/branches/1/voltageV
    Original passive one-port → Load States → record 37 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 5521/6572passiveOnePort/loadStates/37/branches/1/currentA
    Original passive one-port → Load States → record 37 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 91444323/21595592passiveOnePort/loadStates/37/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 37 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/37/branches/2/id
    Original passive one-port → Load States → record 37 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/37/branches/2/tail
    Original passive one-port → Load States → record 37 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/37/branches/2/head
    Original passive one-port → Load States → record 37 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/37/branches/2/resistanceOhm
    Original passive one-port → Load States → record 37 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 11235/3286passiveOnePort/loadStates/37/branches/2/voltageV
    Original passive one-port → Load States → record 37 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 3745/3286passiveOnePort/loadStates/37/branches/2/currentA
    Original passive one-port → Load States → record 37 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 42075075/10797796passiveOnePort/loadStates/37/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 37 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/37/branches/3/id
    Original passive one-port → Load States → record 37 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/37/branches/3/tail
    Original passive one-port → Load States → record 37 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/37/branches/3/head
    Original passive one-port → Load States → record 37 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/37/branches/3/resistanceOhm
    Original passive one-port → Load States → record 37 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 2664/1643passiveOnePort/loadStates/37/branches/3/voltageV
    Original passive one-port → Load States → record 37 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 222/1643passiveOnePort/loadStates/37/branches/3/currentA
    Original passive one-port → Load States → record 37 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 591408/2699449passiveOnePort/loadStates/37/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 37 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/37/branches/4/id
    Original passive one-port → Load States → record 37 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/37/branches/4/tail
    Original passive one-port → Load States → record 37 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/37/branches/4/head
    Original passive one-port → Load States → record 37 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/37/branches/4/resistanceOhm
    Original passive one-port → Load States → record 37 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 9236/1643passiveOnePort/loadStates/37/branches/4/voltageV
    Original passive one-port → Load States → record 37 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 2309/3286passiveOnePort/loadStates/37/branches/4/currentA
    Original passive one-port → Load States → record 37 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 10662962/2699449passiveOnePort/loadStates/37/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 37 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/37/branches/5/id
    Original passive one-port → Load States → record 37 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/37/branches/5/tail
    Original passive one-port → Load States → record 37 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/37/branches/5/head
    Original passive one-port → Load States → record 37 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/37/branches/5/voltageV
    Original passive one-port → Load States → record 37 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -13011/6572passiveOnePort/loadStates/37/branches/5/currentA
    Original passive one-port → Load States → record 37 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -117099/6572passiveOnePort/loadStates/37/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 37 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/37/branches/6/id
    Original passive one-port → Load States → record 37 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/37/branches/6/tail
    Original passive one-port → Load States → record 37 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/37/branches/6/head
    Original passive one-port → Load States → record 37 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/37/branches/6/voltageV
    Original passive one-port → Load States → record 37 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 2309/3286passiveOnePort/loadStates/37/branches/6/currentA
    Original passive one-port → Load States → record 37 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -4618/1643passiveOnePort/loadStates/37/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 37 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/37/branches/7/id
    Original passive one-port → Load States → record 37 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/37/branches/7/tail
    Original passive one-port → Load States → record 37 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/37/branches/7/head
    Original passive one-port → Load States → record 37 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 2664/1643passiveOnePort/loadStates/37/branches/7/voltageV
    Original passive one-port → Load States → record 37 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 16/53passiveOnePort/loadStates/37/branches/7/currentA
    Original passive one-port → Load States → record 37 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 42624/87079passiveOnePort/loadStates/37/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 37 → Current delivered out of network (A)Exact reduced rational: 16/53passiveOnePort/loadStates/37/deliveredPortCurrentA
    Original passive one-port → Load States → record 37 → Current entering network (A)Exact reduced rational: -16/53passiveOnePort/loadStates/37/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 37 → Load Or Test Absorbed Power (W)Exact reduced rational: 42624/87079passiveOnePort/loadStates/37/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 37 → Physical internal resistor dissipation (W)Exact reduced rational: 7014767/348316passiveOnePort/loadStates/37/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 37 → Sum of original sources absorbed power (W)Exact reduced rational: -135571/6572passiveOnePort/loadStates/37/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 37 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/37/kclResidualA/0
    Original passive one-port → Load States → record 37 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/37/kclResidualA/a
    Original passive one-port → Load States → record 37 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/37/kclResidualA/b
    Original passive one-port → Load States → record 37 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/37/kclResidualA/x
    Original passive one-port → Load States → record 37 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/37/kclResidualA/p
    Original passive one-port → Load States → record 37 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/37/powerResidualW
    Original passive one-port → Load States → record 37 → Record index (metadata, not a measured scalar)37passiveOnePort/loadStates/37/index
    Original passive one-port → Load States → record 37 → r=R_L/R_th (dimensionless)Exact reduced rational: 37/16passiveOnePort/loadStates/37/normalizedLoad
    Original passive one-port → Load States → record 37 → V/V_th (dimensionless)Exact reduced rational: 37/53passiveOnePort/loadStates/37/normalizedVoltage
    Original passive one-port → Load States → record 37 → I/I_sc (dimensionless)Exact reduced rational: 16/53passiveOnePort/loadStates/37/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 37 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 2368/2809passiveOnePort/loadStates/37/normalizedPower
    Original passive one-port → Load States → record 37 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 18432/87079passiveOnePort/loadStates/37/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 37 → Equivalent source absorbed power (W)Exact reduced rational: -1152/1643passiveOnePort/loadStates/37/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 38 → Load resistance R_L (Ω); null denotes openExact reduced rational: 171/31passiveOnePort/loadStates/38/loadOhm
    Original passive one-port → Load States → record 38 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/38/forcedPortV
    Original passive one-port → Load States → record 38 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/38/nodePotentialsV/0
    Original passive one-port → Load States → record 38 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/38/nodePotentialsV/a
    Original passive one-port → Load States → record 38 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/38/nodePotentialsV/b
    Original passive one-port → Load States → record 38 → Node Potentials (V) → XExact reduced rational: 2815/558passiveOnePort/loadStates/38/nodePotentialsV/x
    Original passive one-port → Load States → record 38 → Node Potentials (V) → PExact reduced rational: 152/93passiveOnePort/loadStates/38/nodePotentialsV/p
    Original passive one-port → Load States → record 38 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/38/branches/0/id
    Original passive one-port → Load States → record 38 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/38/branches/0/tail
    Original passive one-port → Load States → record 38 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/38/branches/0/head
    Original passive one-port → Load States → record 38 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/38/branches/0/resistanceOhm
    Original passive one-port → Load States → record 38 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 2207/558passiveOnePort/loadStates/38/branches/0/voltageV
    Original passive one-port → Load States → record 38 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 2207/1116passiveOnePort/loadStates/38/branches/0/currentA
    Original passive one-port → Load States → record 38 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 4870849/622728passiveOnePort/loadStates/38/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 38 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/38/branches/1/id
    Original passive one-port → Load States → record 38 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/38/branches/1/tail
    Original passive one-port → Load States → record 38 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/38/branches/1/head
    Original passive one-port → Load States → record 38 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/38/branches/1/resistanceOhm
    Original passive one-port → Load States → record 38 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 2815/558passiveOnePort/loadStates/38/branches/1/voltageV
    Original passive one-port → Load States → record 38 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 2815/3348passiveOnePort/loadStates/38/branches/1/currentA
    Original passive one-port → Load States → record 38 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 7924225/1868184passiveOnePort/loadStates/38/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 38 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/38/branches/2/id
    Original passive one-port → Load States → record 38 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/38/branches/2/tail
    Original passive one-port → Load States → record 38 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/38/branches/2/head
    Original passive one-port → Load States → record 38 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/38/branches/2/resistanceOhm
    Original passive one-port → Load States → record 38 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 1903/558passiveOnePort/loadStates/38/branches/2/voltageV
    Original passive one-port → Load States → record 38 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 1903/1674passiveOnePort/loadStates/38/branches/2/currentA
    Original passive one-port → Load States → record 38 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 3621409/934092passiveOnePort/loadStates/38/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 38 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/38/branches/3/id
    Original passive one-port → Load States → record 38 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/38/branches/3/tail
    Original passive one-port → Load States → record 38 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/38/branches/3/head
    Original passive one-port → Load States → record 38 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/38/branches/3/resistanceOhm
    Original passive one-port → Load States → record 38 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 152/93passiveOnePort/loadStates/38/branches/3/voltageV
    Original passive one-port → Load States → record 38 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 38/279passiveOnePort/loadStates/38/branches/3/currentA
    Original passive one-port → Load States → record 38 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 5776/25947passiveOnePort/loadStates/38/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 38 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/38/branches/4/id
    Original passive one-port → Load States → record 38 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/38/branches/4/tail
    Original passive one-port → Load States → record 38 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/38/branches/4/head
    Original passive one-port → Load States → record 38 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/38/branches/4/resistanceOhm
    Original passive one-port → Load States → record 38 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 524/93passiveOnePort/loadStates/38/branches/4/voltageV
    Original passive one-port → Load States → record 38 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 131/186passiveOnePort/loadStates/38/branches/4/currentA
    Original passive one-port → Load States → record 38 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 34322/8649passiveOnePort/loadStates/38/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 38 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/38/branches/5/id
    Original passive one-port → Load States → record 38 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/38/branches/5/tail
    Original passive one-port → Load States → record 38 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/38/branches/5/head
    Original passive one-port → Load States → record 38 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/38/branches/5/voltageV
    Original passive one-port → Load States → record 38 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -2207/1116passiveOnePort/loadStates/38/branches/5/currentA
    Original passive one-port → Load States → record 38 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -2207/124passiveOnePort/loadStates/38/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 38 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/38/branches/6/id
    Original passive one-port → Load States → record 38 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/38/branches/6/tail
    Original passive one-port → Load States → record 38 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/38/branches/6/head
    Original passive one-port → Load States → record 38 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/38/branches/6/voltageV
    Original passive one-port → Load States → record 38 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 131/186passiveOnePort/loadStates/38/branches/6/currentA
    Original passive one-port → Load States → record 38 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -262/93passiveOnePort/loadStates/38/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 38 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/38/branches/7/id
    Original passive one-port → Load States → record 38 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/38/branches/7/tail
    Original passive one-port → Load States → record 38 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/38/branches/7/head
    Original passive one-port → Load States → record 38 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 152/93passiveOnePort/loadStates/38/branches/7/voltageV
    Original passive one-port → Load States → record 38 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 8/27passiveOnePort/loadStates/38/branches/7/currentA
    Original passive one-port → Load States → record 38 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 1216/2511passiveOnePort/loadStates/38/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 38 → Current delivered out of network (A)Exact reduced rational: 8/27passiveOnePort/loadStates/38/deliveredPortCurrentA
    Original passive one-port → Load States → record 38 → Current entering network (A)Exact reduced rational: -8/27passiveOnePort/loadStates/38/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 38 → Load Or Test Absorbed Power (W)Exact reduced rational: 1216/2511passiveOnePort/loadStates/38/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 38 → Physical internal resistor dissipation (W)Exact reduced rational: 202199/10044passiveOnePort/loadStates/38/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 38 → Sum of original sources absorbed power (W)Exact reduced rational: -7669/372passiveOnePort/loadStates/38/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 38 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/38/kclResidualA/0
    Original passive one-port → Load States → record 38 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/38/kclResidualA/a
    Original passive one-port → Load States → record 38 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/38/kclResidualA/b
    Original passive one-port → Load States → record 38 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/38/kclResidualA/x
    Original passive one-port → Load States → record 38 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/38/kclResidualA/p
    Original passive one-port → Load States → record 38 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/38/powerResidualW
    Original passive one-port → Load States → record 38 → Record index (metadata, not a measured scalar)38passiveOnePort/loadStates/38/index
    Original passive one-port → Load States → record 38 → r=R_L/R_th (dimensionless)Exact reduced rational: 19/8passiveOnePort/loadStates/38/normalizedLoad
    Original passive one-port → Load States → record 38 → V/V_th (dimensionless)Exact reduced rational: 19/27passiveOnePort/loadStates/38/normalizedVoltage
    Original passive one-port → Load States → record 38 → I/I_sc (dimensionless)Exact reduced rational: 8/27passiveOnePort/loadStates/38/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 38 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 608/729passiveOnePort/loadStates/38/normalizedPower
    Original passive one-port → Load States → record 38 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 512/2511passiveOnePort/loadStates/38/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 38 → Equivalent source absorbed power (W)Exact reduced rational: -64/93passiveOnePort/loadStates/38/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 39 → Load resistance R_L (Ω); null denotes openExact reduced rational: 351/62passiveOnePort/loadStates/39/loadOhm
    Original passive one-port → Load States → record 39 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/39/forcedPortV
    Original passive one-port → Load States → record 39 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/39/nodePotentialsV/0
    Original passive one-port → Load States → record 39 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/39/nodePotentialsV/a
    Original passive one-port → Load States → record 39 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/39/nodePotentialsV/b
    Original passive one-port → Load States → record 39 → Node Potentials (V) → XExact reduced rational: 17217/3410passiveOnePort/loadStates/39/nodePotentialsV/x
    Original passive one-port → Load States → record 39 → Node Potentials (V) → PExact reduced rational: 2808/1705passiveOnePort/loadStates/39/nodePotentialsV/p
    Original passive one-port → Load States → record 39 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/39/branches/0/id
    Original passive one-port → Load States → record 39 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/39/branches/0/tail
    Original passive one-port → Load States → record 39 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/39/branches/0/head
    Original passive one-port → Load States → record 39 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/39/branches/0/resistanceOhm
    Original passive one-port → Load States → record 39 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 13473/3410passiveOnePort/loadStates/39/branches/0/voltageV
    Original passive one-port → Load States → record 39 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 13473/6820passiveOnePort/loadStates/39/branches/0/currentA
    Original passive one-port → Load States → record 39 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 181521729/23256200passiveOnePort/loadStates/39/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 39 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/39/branches/1/id
    Original passive one-port → Load States → record 39 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/39/branches/1/tail
    Original passive one-port → Load States → record 39 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/39/branches/1/head
    Original passive one-port → Load States → record 39 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/39/branches/1/resistanceOhm
    Original passive one-port → Load States → record 39 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 17217/3410passiveOnePort/loadStates/39/branches/1/voltageV
    Original passive one-port → Load States → record 39 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 5739/6820passiveOnePort/loadStates/39/branches/1/currentA
    Original passive one-port → Load States → record 39 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 98808363/23256200passiveOnePort/loadStates/39/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 39 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/39/branches/2/id
    Original passive one-port → Load States → record 39 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/39/branches/2/tail
    Original passive one-port → Load States → record 39 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/39/branches/2/head
    Original passive one-port → Load States → record 39 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/39/branches/2/resistanceOhm
    Original passive one-port → Load States → record 39 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 11601/3410passiveOnePort/loadStates/39/branches/2/voltageV
    Original passive one-port → Load States → record 39 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 3867/3410passiveOnePort/loadStates/39/branches/2/currentA
    Original passive one-port → Load States → record 39 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 44861067/11628100passiveOnePort/loadStates/39/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 39 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/39/branches/3/id
    Original passive one-port → Load States → record 39 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/39/branches/3/tail
    Original passive one-port → Load States → record 39 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/39/branches/3/head
    Original passive one-port → Load States → record 39 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/39/branches/3/resistanceOhm
    Original passive one-port → Load States → record 39 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 2808/1705passiveOnePort/loadStates/39/branches/3/voltageV
    Original passive one-port → Load States → record 39 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 234/1705passiveOnePort/loadStates/39/branches/3/currentA
    Original passive one-port → Load States → record 39 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 657072/2907025passiveOnePort/loadStates/39/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 39 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/39/branches/4/id
    Original passive one-port → Load States → record 39 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/39/branches/4/tail
    Original passive one-port → Load States → record 39 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/39/branches/4/head
    Original passive one-port → Load States → record 39 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/39/branches/4/resistanceOhm
    Original passive one-port → Load States → record 39 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 9628/1705passiveOnePort/loadStates/39/branches/4/voltageV
    Original passive one-port → Load States → record 39 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 2407/3410passiveOnePort/loadStates/39/branches/4/currentA
    Original passive one-port → Load States → record 39 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 11587298/2907025passiveOnePort/loadStates/39/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 39 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/39/branches/5/id
    Original passive one-port → Load States → record 39 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/39/branches/5/tail
    Original passive one-port → Load States → record 39 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/39/branches/5/head
    Original passive one-port → Load States → record 39 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/39/branches/5/voltageV
    Original passive one-port → Load States → record 39 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -13473/6820passiveOnePort/loadStates/39/branches/5/currentA
    Original passive one-port → Load States → record 39 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -121257/6820passiveOnePort/loadStates/39/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 39 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/39/branches/6/id
    Original passive one-port → Load States → record 39 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/39/branches/6/tail
    Original passive one-port → Load States → record 39 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/39/branches/6/head
    Original passive one-port → Load States → record 39 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/39/branches/6/voltageV
    Original passive one-port → Load States → record 39 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 2407/3410passiveOnePort/loadStates/39/branches/6/currentA
    Original passive one-port → Load States → record 39 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -4814/1705passiveOnePort/loadStates/39/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 39 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/39/branches/7/id
    Original passive one-port → Load States → record 39 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/39/branches/7/tail
    Original passive one-port → Load States → record 39 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/39/branches/7/head
    Original passive one-port → Load States → record 39 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 2808/1705passiveOnePort/loadStates/39/branches/7/voltageV
    Original passive one-port → Load States → record 39 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 16/55passiveOnePort/loadStates/39/branches/7/currentA
    Original passive one-port → Load States → record 39 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 44928/93775passiveOnePort/loadStates/39/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 39 → Current delivered out of network (A)Exact reduced rational: 16/55passiveOnePort/loadStates/39/deliveredPortCurrentA
    Original passive one-port → Load States → record 39 → Current entering network (A)Exact reduced rational: -16/55passiveOnePort/loadStates/39/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 39 → Load Or Test Absorbed Power (W)Exact reduced rational: 44928/93775passiveOnePort/loadStates/39/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 39 → Physical internal resistor dissipation (W)Exact reduced rational: 7548503/375100passiveOnePort/loadStates/39/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 39 → Sum of original sources absorbed power (W)Exact reduced rational: -140513/6820passiveOnePort/loadStates/39/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 39 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/39/kclResidualA/0
    Original passive one-port → Load States → record 39 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/39/kclResidualA/a
    Original passive one-port → Load States → record 39 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/39/kclResidualA/b
    Original passive one-port → Load States → record 39 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/39/kclResidualA/x
    Original passive one-port → Load States → record 39 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/39/kclResidualA/p
    Original passive one-port → Load States → record 39 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/39/powerResidualW
    Original passive one-port → Load States → record 39 → Record index (metadata, not a measured scalar)39passiveOnePort/loadStates/39/index
    Original passive one-port → Load States → record 39 → r=R_L/R_th (dimensionless)Exact reduced rational: 39/16passiveOnePort/loadStates/39/normalizedLoad
    Original passive one-port → Load States → record 39 → V/V_th (dimensionless)Exact reduced rational: 39/55passiveOnePort/loadStates/39/normalizedVoltage
    Original passive one-port → Load States → record 39 → I/I_sc (dimensionless)Exact reduced rational: 16/55passiveOnePort/loadStates/39/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 39 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 2496/3025passiveOnePort/loadStates/39/normalizedPower
    Original passive one-port → Load States → record 39 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 18432/93775passiveOnePort/loadStates/39/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 39 → Equivalent source absorbed power (W)Exact reduced rational: -1152/1705passiveOnePort/loadStates/39/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 40 → Load resistance R_L (Ω); null denotes openExact reduced rational: 180/31passiveOnePort/loadStates/40/loadOhm
    Original passive one-port → Load States → record 40 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/40/forcedPortV
    Original passive one-port → Load States → record 40 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/40/nodePotentialsV/0
    Original passive one-port → Load States → record 40 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/40/nodePotentialsV/a
    Original passive one-port → Load States → record 40 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/40/nodePotentialsV/b
    Original passive one-port → Load States → record 40 → Node Potentials (V) → XExact reduced rational: 2193/434passiveOnePort/loadStates/40/nodePotentialsV/x
    Original passive one-port → Load States → record 40 → Node Potentials (V) → PExact reduced rational: 360/217passiveOnePort/loadStates/40/nodePotentialsV/p
    Original passive one-port → Load States → record 40 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/40/branches/0/id
    Original passive one-port → Load States → record 40 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/40/branches/0/tail
    Original passive one-port → Load States → record 40 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/40/branches/0/head
    Original passive one-port → Load States → record 40 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/40/branches/0/resistanceOhm
    Original passive one-port → Load States → record 40 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 1713/434passiveOnePort/loadStates/40/branches/0/voltageV
    Original passive one-port → Load States → record 40 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 1713/868passiveOnePort/loadStates/40/branches/0/currentA
    Original passive one-port → Load States → record 40 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 2934369/376712passiveOnePort/loadStates/40/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 40 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/40/branches/1/id
    Original passive one-port → Load States → record 40 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/40/branches/1/tail
    Original passive one-port → Load States → record 40 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/40/branches/1/head
    Original passive one-port → Load States → record 40 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/40/branches/1/resistanceOhm
    Original passive one-port → Load States → record 40 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 2193/434passiveOnePort/loadStates/40/branches/1/voltageV
    Original passive one-port → Load States → record 40 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 731/868passiveOnePort/loadStates/40/branches/1/currentA
    Original passive one-port → Load States → record 40 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 1603083/376712passiveOnePort/loadStates/40/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 40 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/40/branches/2/id
    Original passive one-port → Load States → record 40 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/40/branches/2/tail
    Original passive one-port → Load States → record 40 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/40/branches/2/head
    Original passive one-port → Load States → record 40 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/40/branches/2/resistanceOhm
    Original passive one-port → Load States → record 40 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 1473/434passiveOnePort/loadStates/40/branches/2/voltageV
    Original passive one-port → Load States → record 40 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 491/434passiveOnePort/loadStates/40/branches/2/currentA
    Original passive one-port → Load States → record 40 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 723243/188356passiveOnePort/loadStates/40/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 40 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/40/branches/3/id
    Original passive one-port → Load States → record 40 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/40/branches/3/tail
    Original passive one-port → Load States → record 40 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/40/branches/3/head
    Original passive one-port → Load States → record 40 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/40/branches/3/resistanceOhm
    Original passive one-port → Load States → record 40 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 360/217passiveOnePort/loadStates/40/branches/3/voltageV
    Original passive one-port → Load States → record 40 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 30/217passiveOnePort/loadStates/40/branches/3/currentA
    Original passive one-port → Load States → record 40 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 10800/47089passiveOnePort/loadStates/40/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 40 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/40/branches/4/id
    Original passive one-port → Load States → record 40 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/40/branches/4/tail
    Original passive one-port → Load States → record 40 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/40/branches/4/head
    Original passive one-port → Load States → record 40 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/40/branches/4/resistanceOhm
    Original passive one-port → Load States → record 40 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 1228/217passiveOnePort/loadStates/40/branches/4/voltageV
    Original passive one-port → Load States → record 40 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 307/434passiveOnePort/loadStates/40/branches/4/currentA
    Original passive one-port → Load States → record 40 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 188498/47089passiveOnePort/loadStates/40/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 40 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/40/branches/5/id
    Original passive one-port → Load States → record 40 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/40/branches/5/tail
    Original passive one-port → Load States → record 40 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/40/branches/5/head
    Original passive one-port → Load States → record 40 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/40/branches/5/voltageV
    Original passive one-port → Load States → record 40 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -1713/868passiveOnePort/loadStates/40/branches/5/currentA
    Original passive one-port → Load States → record 40 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -15417/868passiveOnePort/loadStates/40/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 40 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/40/branches/6/id
    Original passive one-port → Load States → record 40 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/40/branches/6/tail
    Original passive one-port → Load States → record 40 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/40/branches/6/head
    Original passive one-port → Load States → record 40 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/40/branches/6/voltageV
    Original passive one-port → Load States → record 40 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 307/434passiveOnePort/loadStates/40/branches/6/currentA
    Original passive one-port → Load States → record 40 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -614/217passiveOnePort/loadStates/40/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 40 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/40/branches/7/id
    Original passive one-port → Load States → record 40 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/40/branches/7/tail
    Original passive one-port → Load States → record 40 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/40/branches/7/head
    Original passive one-port → Load States → record 40 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 360/217passiveOnePort/loadStates/40/branches/7/voltageV
    Original passive one-port → Load States → record 40 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 2/7passiveOnePort/loadStates/40/branches/7/currentA
    Original passive one-port → Load States → record 40 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 720/1519passiveOnePort/loadStates/40/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 40 → Current delivered out of network (A)Exact reduced rational: 2/7passiveOnePort/loadStates/40/deliveredPortCurrentA
    Original passive one-port → Load States → record 40 → Current entering network (A)Exact reduced rational: -2/7passiveOnePort/loadStates/40/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 40 → Load Or Test Absorbed Power (W)Exact reduced rational: 720/1519passiveOnePort/loadStates/40/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 40 → Physical internal resistor dissipation (W)Exact reduced rational: 122231/6076passiveOnePort/loadStates/40/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 40 → Sum of original sources absorbed power (W)Exact reduced rational: -17873/868passiveOnePort/loadStates/40/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 40 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/40/kclResidualA/0
    Original passive one-port → Load States → record 40 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/40/kclResidualA/a
    Original passive one-port → Load States → record 40 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/40/kclResidualA/b
    Original passive one-port → Load States → record 40 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/40/kclResidualA/x
    Original passive one-port → Load States → record 40 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/40/kclResidualA/p
    Original passive one-port → Load States → record 40 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/40/powerResidualW
    Original passive one-port → Load States → record 40 → Record index (metadata, not a measured scalar)40passiveOnePort/loadStates/40/index
    Original passive one-port → Load States → record 40 → r=R_L/R_th (dimensionless)Exact reduced rational: 5/2passiveOnePort/loadStates/40/normalizedLoad
    Original passive one-port → Load States → record 40 → V/V_th (dimensionless)Exact reduced rational: 5/7passiveOnePort/loadStates/40/normalizedVoltage
    Original passive one-port → Load States → record 40 → I/I_sc (dimensionless)Exact reduced rational: 2/7passiveOnePort/loadStates/40/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 40 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 40/49passiveOnePort/loadStates/40/normalizedPower
    Original passive one-port → Load States → record 40 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 288/1519passiveOnePort/loadStates/40/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 40 → Equivalent source absorbed power (W)Exact reduced rational: -144/217passiveOnePort/loadStates/40/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 41 → Load resistance R_L (Ω); null denotes openExact reduced rational: 369/62passiveOnePort/loadStates/41/loadOhm
    Original passive one-port → Load States → record 41 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/41/forcedPortV
    Original passive one-port → Load States → record 41 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/41/nodePotentialsV/0
    Original passive one-port → Load States → record 41 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/41/nodePotentialsV/a
    Original passive one-port → Load States → record 41 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/41/nodePotentialsV/b
    Original passive one-port → Load States → record 41 → Node Potentials (V) → XExact reduced rational: 5957/1178passiveOnePort/loadStates/41/nodePotentialsV/x
    Original passive one-port → Load States → record 41 → Node Potentials (V) → PExact reduced rational: 984/589passiveOnePort/loadStates/41/nodePotentialsV/p
    Original passive one-port → Load States → record 41 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/41/branches/0/id
    Original passive one-port → Load States → record 41 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/41/branches/0/tail
    Original passive one-port → Load States → record 41 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/41/branches/0/head
    Original passive one-port → Load States → record 41 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/41/branches/0/resistanceOhm
    Original passive one-port → Load States → record 41 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 4645/1178passiveOnePort/loadStates/41/branches/0/voltageV
    Original passive one-port → Load States → record 41 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 4645/2356passiveOnePort/loadStates/41/branches/0/currentA
    Original passive one-port → Load States → record 41 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 21576025/2775368passiveOnePort/loadStates/41/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 41 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/41/branches/1/id
    Original passive one-port → Load States → record 41 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/41/branches/1/tail
    Original passive one-port → Load States → record 41 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/41/branches/1/head
    Original passive one-port → Load States → record 41 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/41/branches/1/resistanceOhm
    Original passive one-port → Load States → record 41 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 5957/1178passiveOnePort/loadStates/41/branches/1/voltageV
    Original passive one-port → Load States → record 41 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 5957/7068passiveOnePort/loadStates/41/branches/1/currentA
    Original passive one-port → Load States → record 41 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 35485849/8326104passiveOnePort/loadStates/41/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 41 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/41/branches/2/id
    Original passive one-port → Load States → record 41 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/41/branches/2/tail
    Original passive one-port → Load States → record 41 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/41/branches/2/head
    Original passive one-port → Load States → record 41 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/41/branches/2/resistanceOhm
    Original passive one-port → Load States → record 41 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 3989/1178passiveOnePort/loadStates/41/branches/2/voltageV
    Original passive one-port → Load States → record 41 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 3989/3534passiveOnePort/loadStates/41/branches/2/currentA
    Original passive one-port → Load States → record 41 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 15912121/4163052passiveOnePort/loadStates/41/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 41 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/41/branches/3/id
    Original passive one-port → Load States → record 41 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/41/branches/3/tail
    Original passive one-port → Load States → record 41 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/41/branches/3/head
    Original passive one-port → Load States → record 41 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/41/branches/3/resistanceOhm
    Original passive one-port → Load States → record 41 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 984/589passiveOnePort/loadStates/41/branches/3/voltageV
    Original passive one-port → Load States → record 41 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 82/589passiveOnePort/loadStates/41/branches/3/currentA
    Original passive one-port → Load States → record 41 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 80688/346921passiveOnePort/loadStates/41/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 41 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/41/branches/4/id
    Original passive one-port → Load States → record 41 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/41/branches/4/tail
    Original passive one-port → Load States → record 41 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/41/branches/4/head
    Original passive one-port → Load States → record 41 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/41/branches/4/resistanceOhm
    Original passive one-port → Load States → record 41 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 3340/589passiveOnePort/loadStates/41/branches/4/voltageV
    Original passive one-port → Load States → record 41 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 835/1178passiveOnePort/loadStates/41/branches/4/currentA
    Original passive one-port → Load States → record 41 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 1394450/346921passiveOnePort/loadStates/41/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 41 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/41/branches/5/id
    Original passive one-port → Load States → record 41 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/41/branches/5/tail
    Original passive one-port → Load States → record 41 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/41/branches/5/head
    Original passive one-port → Load States → record 41 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/41/branches/5/voltageV
    Original passive one-port → Load States → record 41 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -4645/2356passiveOnePort/loadStates/41/branches/5/currentA
    Original passive one-port → Load States → record 41 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -41805/2356passiveOnePort/loadStates/41/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 41 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/41/branches/6/id
    Original passive one-port → Load States → record 41 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/41/branches/6/tail
    Original passive one-port → Load States → record 41 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/41/branches/6/head
    Original passive one-port → Load States → record 41 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/41/branches/6/voltageV
    Original passive one-port → Load States → record 41 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 835/1178passiveOnePort/loadStates/41/branches/6/currentA
    Original passive one-port → Load States → record 41 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -1670/589passiveOnePort/loadStates/41/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 41 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/41/branches/7/id
    Original passive one-port → Load States → record 41 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/41/branches/7/tail
    Original passive one-port → Load States → record 41 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/41/branches/7/head
    Original passive one-port → Load States → record 41 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 984/589passiveOnePort/loadStates/41/branches/7/voltageV
    Original passive one-port → Load States → record 41 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 16/57passiveOnePort/loadStates/41/branches/7/currentA
    Original passive one-port → Load States → record 41 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 5248/11191passiveOnePort/loadStates/41/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 41 → Current delivered out of network (A)Exact reduced rational: 16/57passiveOnePort/loadStates/41/deliveredPortCurrentA
    Original passive one-port → Load States → record 41 → Current entering network (A)Exact reduced rational: -16/57passiveOnePort/loadStates/41/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 41 → Load Or Test Absorbed Power (W)Exact reduced rational: 5248/11191passiveOnePort/loadStates/41/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 41 → Physical internal resistor dissipation (W)Exact reduced rational: 900223/44764passiveOnePort/loadStates/41/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 41 → Sum of original sources absorbed power (W)Exact reduced rational: -48485/2356passiveOnePort/loadStates/41/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 41 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/41/kclResidualA/0
    Original passive one-port → Load States → record 41 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/41/kclResidualA/a
    Original passive one-port → Load States → record 41 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/41/kclResidualA/b
    Original passive one-port → Load States → record 41 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/41/kclResidualA/x
    Original passive one-port → Load States → record 41 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/41/kclResidualA/p
    Original passive one-port → Load States → record 41 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/41/powerResidualW
    Original passive one-port → Load States → record 41 → Record index (metadata, not a measured scalar)41passiveOnePort/loadStates/41/index
    Original passive one-port → Load States → record 41 → r=R_L/R_th (dimensionless)Exact reduced rational: 41/16passiveOnePort/loadStates/41/normalizedLoad
    Original passive one-port → Load States → record 41 → V/V_th (dimensionless)Exact reduced rational: 41/57passiveOnePort/loadStates/41/normalizedVoltage
    Original passive one-port → Load States → record 41 → I/I_sc (dimensionless)Exact reduced rational: 16/57passiveOnePort/loadStates/41/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 41 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 2624/3249passiveOnePort/loadStates/41/normalizedPower
    Original passive one-port → Load States → record 41 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 2048/11191passiveOnePort/loadStates/41/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 41 → Equivalent source absorbed power (W)Exact reduced rational: -384/589passiveOnePort/loadStates/41/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 42 → Load resistance R_L (Ω); null denotes openExact reduced rational: 189/31passiveOnePort/loadStates/42/loadOhm
    Original passive one-port → Load States → record 42 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/42/forcedPortV
    Original passive one-port → Load States → record 42 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/42/nodePotentialsV/0
    Original passive one-port → Load States → record 42 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/42/nodePotentialsV/a
    Original passive one-port → Load States → record 42 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/42/nodePotentialsV/b
    Original passive one-port → Load States → record 42 → Node Potentials (V) → XExact reduced rational: 9099/1798passiveOnePort/loadStates/42/nodePotentialsV/x
    Original passive one-port → Load States → record 42 → Node Potentials (V) → PExact reduced rational: 1512/899passiveOnePort/loadStates/42/nodePotentialsV/p
    Original passive one-port → Load States → record 42 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/42/branches/0/id
    Original passive one-port → Load States → record 42 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/42/branches/0/tail
    Original passive one-port → Load States → record 42 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/42/branches/0/head
    Original passive one-port → Load States → record 42 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/42/branches/0/resistanceOhm
    Original passive one-port → Load States → record 42 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 7083/1798passiveOnePort/loadStates/42/branches/0/voltageV
    Original passive one-port → Load States → record 42 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 7083/3596passiveOnePort/loadStates/42/branches/0/currentA
    Original passive one-port → Load States → record 42 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 50168889/6465608passiveOnePort/loadStates/42/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 42 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/42/branches/1/id
    Original passive one-port → Load States → record 42 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/42/branches/1/tail
    Original passive one-port → Load States → record 42 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/42/branches/1/head
    Original passive one-port → Load States → record 42 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/42/branches/1/resistanceOhm
    Original passive one-port → Load States → record 42 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 9099/1798passiveOnePort/loadStates/42/branches/1/voltageV
    Original passive one-port → Load States → record 42 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 3033/3596passiveOnePort/loadStates/42/branches/1/currentA
    Original passive one-port → Load States → record 42 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 27597267/6465608passiveOnePort/loadStates/42/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 42 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/42/branches/2/id
    Original passive one-port → Load States → record 42 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/42/branches/2/tail
    Original passive one-port → Load States → record 42 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/42/branches/2/head
    Original passive one-port → Load States → record 42 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/42/branches/2/resistanceOhm
    Original passive one-port → Load States → record 42 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 6075/1798passiveOnePort/loadStates/42/branches/2/voltageV
    Original passive one-port → Load States → record 42 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 2025/1798passiveOnePort/loadStates/42/branches/2/currentA
    Original passive one-port → Load States → record 42 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 12301875/3232804passiveOnePort/loadStates/42/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 42 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/42/branches/3/id
    Original passive one-port → Load States → record 42 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/42/branches/3/tail
    Original passive one-port → Load States → record 42 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/42/branches/3/head
    Original passive one-port → Load States → record 42 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/42/branches/3/resistanceOhm
    Original passive one-port → Load States → record 42 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 1512/899passiveOnePort/loadStates/42/branches/3/voltageV
    Original passive one-port → Load States → record 42 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 126/899passiveOnePort/loadStates/42/branches/3/currentA
    Original passive one-port → Load States → record 42 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 190512/808201passiveOnePort/loadStates/42/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 42 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/42/branches/4/id
    Original passive one-port → Load States → record 42 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/42/branches/4/tail
    Original passive one-port → Load States → record 42 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/42/branches/4/head
    Original passive one-port → Load States → record 42 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/42/branches/4/resistanceOhm
    Original passive one-port → Load States → record 42 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 5108/899passiveOnePort/loadStates/42/branches/4/voltageV
    Original passive one-port → Load States → record 42 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 1277/1798passiveOnePort/loadStates/42/branches/4/currentA
    Original passive one-port → Load States → record 42 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 3261458/808201passiveOnePort/loadStates/42/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 42 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/42/branches/5/id
    Original passive one-port → Load States → record 42 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/42/branches/5/tail
    Original passive one-port → Load States → record 42 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/42/branches/5/head
    Original passive one-port → Load States → record 42 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/42/branches/5/voltageV
    Original passive one-port → Load States → record 42 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -7083/3596passiveOnePort/loadStates/42/branches/5/currentA
    Original passive one-port → Load States → record 42 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -63747/3596passiveOnePort/loadStates/42/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 42 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/42/branches/6/id
    Original passive one-port → Load States → record 42 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/42/branches/6/tail
    Original passive one-port → Load States → record 42 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/42/branches/6/head
    Original passive one-port → Load States → record 42 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/42/branches/6/voltageV
    Original passive one-port → Load States → record 42 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 1277/1798passiveOnePort/loadStates/42/branches/6/currentA
    Original passive one-port → Load States → record 42 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -2554/899passiveOnePort/loadStates/42/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 42 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/42/branches/7/id
    Original passive one-port → Load States → record 42 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/42/branches/7/tail
    Original passive one-port → Load States → record 42 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/42/branches/7/head
    Original passive one-port → Load States → record 42 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 1512/899passiveOnePort/loadStates/42/branches/7/voltageV
    Original passive one-port → Load States → record 42 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 8/29passiveOnePort/loadStates/42/branches/7/currentA
    Original passive one-port → Load States → record 42 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 12096/26071passiveOnePort/loadStates/42/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 42 → Current delivered out of network (A)Exact reduced rational: 8/29passiveOnePort/loadStates/42/deliveredPortCurrentA
    Original passive one-port → Load States → record 42 → Current entering network (A)Exact reduced rational: -8/29passiveOnePort/loadStates/42/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 42 → Load Or Test Absorbed Power (W)Exact reduced rational: 12096/26071passiveOnePort/loadStates/42/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 42 → Physical internal resistor dissipation (W)Exact reduced rational: 2096543/104284passiveOnePort/loadStates/42/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 42 → Sum of original sources absorbed power (W)Exact reduced rational: -73963/3596passiveOnePort/loadStates/42/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 42 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/42/kclResidualA/0
    Original passive one-port → Load States → record 42 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/42/kclResidualA/a
    Original passive one-port → Load States → record 42 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/42/kclResidualA/b
    Original passive one-port → Load States → record 42 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/42/kclResidualA/x
    Original passive one-port → Load States → record 42 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/42/kclResidualA/p
    Original passive one-port → Load States → record 42 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/42/powerResidualW
    Original passive one-port → Load States → record 42 → Record index (metadata, not a measured scalar)42passiveOnePort/loadStates/42/index
    Original passive one-port → Load States → record 42 → r=R_L/R_th (dimensionless)Exact reduced rational: 21/8passiveOnePort/loadStates/42/normalizedLoad
    Original passive one-port → Load States → record 42 → V/V_th (dimensionless)Exact reduced rational: 21/29passiveOnePort/loadStates/42/normalizedVoltage
    Original passive one-port → Load States → record 42 → I/I_sc (dimensionless)Exact reduced rational: 8/29passiveOnePort/loadStates/42/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 42 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 672/841passiveOnePort/loadStates/42/normalizedPower
    Original passive one-port → Load States → record 42 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 4608/26071passiveOnePort/loadStates/42/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 42 → Equivalent source absorbed power (W)Exact reduced rational: -576/899passiveOnePort/loadStates/42/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 43 → Load resistance R_L (Ω); null denotes openExact reduced rational: 387/62passiveOnePort/loadStates/43/loadOhm
    Original passive one-port → Load States → record 43 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/43/forcedPortV
    Original passive one-port → Load States → record 43 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/43/nodePotentialsV/0
    Original passive one-port → Load States → record 43 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/43/nodePotentialsV/a
    Original passive one-port → Load States → record 43 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/43/nodePotentialsV/b
    Original passive one-port → Load States → record 43 → Node Potentials (V) → XExact reduced rational: 18525/3658passiveOnePort/loadStates/43/nodePotentialsV/x
    Original passive one-port → Load States → record 43 → Node Potentials (V) → PExact reduced rational: 3096/1829passiveOnePort/loadStates/43/nodePotentialsV/p
    Original passive one-port → Load States → record 43 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/43/branches/0/id
    Original passive one-port → Load States → record 43 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/43/branches/0/tail
    Original passive one-port → Load States → record 43 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/43/branches/0/head
    Original passive one-port → Load States → record 43 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/43/branches/0/resistanceOhm
    Original passive one-port → Load States → record 43 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 14397/3658passiveOnePort/loadStates/43/branches/0/voltageV
    Original passive one-port → Load States → record 43 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 14397/7316passiveOnePort/loadStates/43/branches/0/currentA
    Original passive one-port → Load States → record 43 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 207273609/26761928passiveOnePort/loadStates/43/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 43 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/43/branches/1/id
    Original passive one-port → Load States → record 43 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/43/branches/1/tail
    Original passive one-port → Load States → record 43 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/43/branches/1/head
    Original passive one-port → Load States → record 43 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/43/branches/1/resistanceOhm
    Original passive one-port → Load States → record 43 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 18525/3658passiveOnePort/loadStates/43/branches/1/voltageV
    Original passive one-port → Load States → record 43 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 6175/7316passiveOnePort/loadStates/43/branches/1/currentA
    Original passive one-port → Load States → record 43 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 114391875/26761928passiveOnePort/loadStates/43/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 43 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/43/branches/2/id
    Original passive one-port → Load States → record 43 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/43/branches/2/tail
    Original passive one-port → Load States → record 43 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/43/branches/2/head
    Original passive one-port → Load States → record 43 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/43/branches/2/resistanceOhm
    Original passive one-port → Load States → record 43 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 12333/3658passiveOnePort/loadStates/43/branches/2/voltageV
    Original passive one-port → Load States → record 43 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 4111/3658passiveOnePort/loadStates/43/branches/2/currentA
    Original passive one-port → Load States → record 43 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 50700963/13380964passiveOnePort/loadStates/43/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 43 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/43/branches/3/id
    Original passive one-port → Load States → record 43 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/43/branches/3/tail
    Original passive one-port → Load States → record 43 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/43/branches/3/head
    Original passive one-port → Load States → record 43 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/43/branches/3/resistanceOhm
    Original passive one-port → Load States → record 43 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 3096/1829passiveOnePort/loadStates/43/branches/3/voltageV
    Original passive one-port → Load States → record 43 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 258/1829passiveOnePort/loadStates/43/branches/3/currentA
    Original passive one-port → Load States → record 43 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 798768/3345241passiveOnePort/loadStates/43/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 43 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/43/branches/4/id
    Original passive one-port → Load States → record 43 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/43/branches/4/tail
    Original passive one-port → Load States → record 43 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/43/branches/4/head
    Original passive one-port → Load States → record 43 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/43/branches/4/resistanceOhm
    Original passive one-port → Load States → record 43 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 10412/1829passiveOnePort/loadStates/43/branches/4/voltageV
    Original passive one-port → Load States → record 43 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 2603/3658passiveOnePort/loadStates/43/branches/4/currentA
    Original passive one-port → Load States → record 43 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 13551218/3345241passiveOnePort/loadStates/43/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 43 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/43/branches/5/id
    Original passive one-port → Load States → record 43 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/43/branches/5/tail
    Original passive one-port → Load States → record 43 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/43/branches/5/head
    Original passive one-port → Load States → record 43 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/43/branches/5/voltageV
    Original passive one-port → Load States → record 43 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -14397/7316passiveOnePort/loadStates/43/branches/5/currentA
    Original passive one-port → Load States → record 43 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -129573/7316passiveOnePort/loadStates/43/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 43 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/43/branches/6/id
    Original passive one-port → Load States → record 43 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/43/branches/6/tail
    Original passive one-port → Load States → record 43 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/43/branches/6/head
    Original passive one-port → Load States → record 43 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/43/branches/6/voltageV
    Original passive one-port → Load States → record 43 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 2603/3658passiveOnePort/loadStates/43/branches/6/currentA
    Original passive one-port → Load States → record 43 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -5206/1829passiveOnePort/loadStates/43/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 43 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/43/branches/7/id
    Original passive one-port → Load States → record 43 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/43/branches/7/tail
    Original passive one-port → Load States → record 43 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/43/branches/7/head
    Original passive one-port → Load States → record 43 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 3096/1829passiveOnePort/loadStates/43/branches/7/voltageV
    Original passive one-port → Load States → record 43 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 16/59passiveOnePort/loadStates/43/branches/7/currentA
    Original passive one-port → Load States → record 43 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 49536/107911passiveOnePort/loadStates/43/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 43 → Current delivered out of network (A)Exact reduced rational: 16/59passiveOnePort/loadStates/43/deliveredPortCurrentA
    Original passive one-port → Load States → record 43 → Current entering network (A)Exact reduced rational: -16/59passiveOnePort/loadStates/43/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 43 → Load Or Test Absorbed Power (W)Exact reduced rational: 49536/107911passiveOnePort/loadStates/43/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 43 → Physical internal resistor dissipation (W)Exact reduced rational: 8675279/431644passiveOnePort/loadStates/43/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 43 → Sum of original sources absorbed power (W)Exact reduced rational: -150397/7316passiveOnePort/loadStates/43/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 43 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/43/kclResidualA/0
    Original passive one-port → Load States → record 43 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/43/kclResidualA/a
    Original passive one-port → Load States → record 43 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/43/kclResidualA/b
    Original passive one-port → Load States → record 43 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/43/kclResidualA/x
    Original passive one-port → Load States → record 43 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/43/kclResidualA/p
    Original passive one-port → Load States → record 43 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/43/powerResidualW
    Original passive one-port → Load States → record 43 → Record index (metadata, not a measured scalar)43passiveOnePort/loadStates/43/index
    Original passive one-port → Load States → record 43 → r=R_L/R_th (dimensionless)Exact reduced rational: 43/16passiveOnePort/loadStates/43/normalizedLoad
    Original passive one-port → Load States → record 43 → V/V_th (dimensionless)Exact reduced rational: 43/59passiveOnePort/loadStates/43/normalizedVoltage
    Original passive one-port → Load States → record 43 → I/I_sc (dimensionless)Exact reduced rational: 16/59passiveOnePort/loadStates/43/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 43 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 2752/3481passiveOnePort/loadStates/43/normalizedPower
    Original passive one-port → Load States → record 43 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 18432/107911passiveOnePort/loadStates/43/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 43 → Equivalent source absorbed power (W)Exact reduced rational: -1152/1829passiveOnePort/loadStates/43/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 44 → Load resistance R_L (Ω); null denotes openExact reduced rational: 198/31passiveOnePort/loadStates/44/loadOhm
    Original passive one-port → Load States → record 44 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/44/forcedPortV
    Original passive one-port → Load States → record 44 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/44/nodePotentialsV/0
    Original passive one-port → Load States → record 44 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/44/nodePotentialsV/a
    Original passive one-port → Load States → record 44 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/44/nodePotentialsV/b
    Original passive one-port → Load States → record 44 → Node Potentials (V) → XExact reduced rational: 1571/310passiveOnePort/loadStates/44/nodePotentialsV/x
    Original passive one-port → Load States → record 44 → Node Potentials (V) → PExact reduced rational: 264/155passiveOnePort/loadStates/44/nodePotentialsV/p
    Original passive one-port → Load States → record 44 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/44/branches/0/id
    Original passive one-port → Load States → record 44 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/44/branches/0/tail
    Original passive one-port → Load States → record 44 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/44/branches/0/head
    Original passive one-port → Load States → record 44 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/44/branches/0/resistanceOhm
    Original passive one-port → Load States → record 44 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 1219/310passiveOnePort/loadStates/44/branches/0/voltageV
    Original passive one-port → Load States → record 44 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 1219/620passiveOnePort/loadStates/44/branches/0/currentA
    Original passive one-port → Load States → record 44 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 1485961/192200passiveOnePort/loadStates/44/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 44 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/44/branches/1/id
    Original passive one-port → Load States → record 44 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/44/branches/1/tail
    Original passive one-port → Load States → record 44 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/44/branches/1/head
    Original passive one-port → Load States → record 44 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/44/branches/1/resistanceOhm
    Original passive one-port → Load States → record 44 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 1571/310passiveOnePort/loadStates/44/branches/1/voltageV
    Original passive one-port → Load States → record 44 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 1571/1860passiveOnePort/loadStates/44/branches/1/currentA
    Original passive one-port → Load States → record 44 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 2468041/576600passiveOnePort/loadStates/44/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 44 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/44/branches/2/id
    Original passive one-port → Load States → record 44 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/44/branches/2/tail
    Original passive one-port → Load States → record 44 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/44/branches/2/head
    Original passive one-port → Load States → record 44 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/44/branches/2/resistanceOhm
    Original passive one-port → Load States → record 44 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 1043/310passiveOnePort/loadStates/44/branches/2/voltageV
    Original passive one-port → Load States → record 44 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 1043/930passiveOnePort/loadStates/44/branches/2/currentA
    Original passive one-port → Load States → record 44 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 1087849/288300passiveOnePort/loadStates/44/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 44 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/44/branches/3/id
    Original passive one-port → Load States → record 44 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/44/branches/3/tail
    Original passive one-port → Load States → record 44 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/44/branches/3/head
    Original passive one-port → Load States → record 44 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/44/branches/3/resistanceOhm
    Original passive one-port → Load States → record 44 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 264/155passiveOnePort/loadStates/44/branches/3/voltageV
    Original passive one-port → Load States → record 44 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 22/155passiveOnePort/loadStates/44/branches/3/currentA
    Original passive one-port → Load States → record 44 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 5808/24025passiveOnePort/loadStates/44/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 44 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/44/branches/4/id
    Original passive one-port → Load States → record 44 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/44/branches/4/tail
    Original passive one-port → Load States → record 44 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/44/branches/4/head
    Original passive one-port → Load States → record 44 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/44/branches/4/resistanceOhm
    Original passive one-port → Load States → record 44 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 884/155passiveOnePort/loadStates/44/branches/4/voltageV
    Original passive one-port → Load States → record 44 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 221/310passiveOnePort/loadStates/44/branches/4/currentA
    Original passive one-port → Load States → record 44 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 97682/24025passiveOnePort/loadStates/44/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 44 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/44/branches/5/id
    Original passive one-port → Load States → record 44 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/44/branches/5/tail
    Original passive one-port → Load States → record 44 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/44/branches/5/head
    Original passive one-port → Load States → record 44 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/44/branches/5/voltageV
    Original passive one-port → Load States → record 44 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -1219/620passiveOnePort/loadStates/44/branches/5/currentA
    Original passive one-port → Load States → record 44 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -10971/620passiveOnePort/loadStates/44/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 44 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/44/branches/6/id
    Original passive one-port → Load States → record 44 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/44/branches/6/tail
    Original passive one-port → Load States → record 44 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/44/branches/6/head
    Original passive one-port → Load States → record 44 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/44/branches/6/voltageV
    Original passive one-port → Load States → record 44 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 221/310passiveOnePort/loadStates/44/branches/6/currentA
    Original passive one-port → Load States → record 44 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -442/155passiveOnePort/loadStates/44/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 44 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/44/branches/7/id
    Original passive one-port → Load States → record 44 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/44/branches/7/tail
    Original passive one-port → Load States → record 44 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/44/branches/7/head
    Original passive one-port → Load States → record 44 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 264/155passiveOnePort/loadStates/44/branches/7/voltageV
    Original passive one-port → Load States → record 44 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 4/15passiveOnePort/loadStates/44/branches/7/currentA
    Original passive one-port → Load States → record 44 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 352/775passiveOnePort/loadStates/44/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 44 → Current delivered out of network (A)Exact reduced rational: 4/15passiveOnePort/loadStates/44/deliveredPortCurrentA
    Original passive one-port → Load States → record 44 → Current entering network (A)Exact reduced rational: -4/15passiveOnePort/loadStates/44/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 44 → Load Or Test Absorbed Power (W)Exact reduced rational: 352/775passiveOnePort/loadStates/44/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 44 → Physical internal resistor dissipation (W)Exact reduced rational: 62287/3100passiveOnePort/loadStates/44/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 44 → Sum of original sources absorbed power (W)Exact reduced rational: -12739/620passiveOnePort/loadStates/44/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 44 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/44/kclResidualA/0
    Original passive one-port → Load States → record 44 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/44/kclResidualA/a
    Original passive one-port → Load States → record 44 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/44/kclResidualA/b
    Original passive one-port → Load States → record 44 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/44/kclResidualA/x
    Original passive one-port → Load States → record 44 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/44/kclResidualA/p
    Original passive one-port → Load States → record 44 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/44/powerResidualW
    Original passive one-port → Load States → record 44 → Record index (metadata, not a measured scalar)44passiveOnePort/loadStates/44/index
    Original passive one-port → Load States → record 44 → r=R_L/R_th (dimensionless)Exact reduced rational: 11/4passiveOnePort/loadStates/44/normalizedLoad
    Original passive one-port → Load States → record 44 → V/V_th (dimensionless)Exact reduced rational: 11/15passiveOnePort/loadStates/44/normalizedVoltage
    Original passive one-port → Load States → record 44 → I/I_sc (dimensionless)Exact reduced rational: 4/15passiveOnePort/loadStates/44/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 44 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 176/225passiveOnePort/loadStates/44/normalizedPower
    Original passive one-port → Load States → record 44 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 128/775passiveOnePort/loadStates/44/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 44 → Equivalent source absorbed power (W)Exact reduced rational: -96/155passiveOnePort/loadStates/44/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 45 → Load resistance R_L (Ω); null denotes openExact reduced rational: 405/62passiveOnePort/loadStates/45/loadOhm
    Original passive one-port → Load States → record 45 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/45/forcedPortV
    Original passive one-port → Load States → record 45 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/45/nodePotentialsV/0
    Original passive one-port → Load States → record 45 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/45/nodePotentialsV/a
    Original passive one-port → Load States → record 45 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/45/nodePotentialsV/b
    Original passive one-port → Load States → record 45 → Node Potentials (V) → XExact reduced rational: 19179/3782passiveOnePort/loadStates/45/nodePotentialsV/x
    Original passive one-port → Load States → record 45 → Node Potentials (V) → PExact reduced rational: 3240/1891passiveOnePort/loadStates/45/nodePotentialsV/p
    Original passive one-port → Load States → record 45 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/45/branches/0/id
    Original passive one-port → Load States → record 45 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/45/branches/0/tail
    Original passive one-port → Load States → record 45 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/45/branches/0/head
    Original passive one-port → Load States → record 45 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/45/branches/0/resistanceOhm
    Original passive one-port → Load States → record 45 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 14859/3782passiveOnePort/loadStates/45/branches/0/voltageV
    Original passive one-port → Load States → record 45 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 14859/7564passiveOnePort/loadStates/45/branches/0/currentA
    Original passive one-port → Load States → record 45 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 220789881/28607048passiveOnePort/loadStates/45/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 45 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/45/branches/1/id
    Original passive one-port → Load States → record 45 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/45/branches/1/tail
    Original passive one-port → Load States → record 45 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/45/branches/1/head
    Original passive one-port → Load States → record 45 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/45/branches/1/resistanceOhm
    Original passive one-port → Load States → record 45 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 19179/3782passiveOnePort/loadStates/45/branches/1/voltageV
    Original passive one-port → Load States → record 45 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 6393/7564passiveOnePort/loadStates/45/branches/1/currentA
    Original passive one-port → Load States → record 45 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 122611347/28607048passiveOnePort/loadStates/45/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 45 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/45/branches/2/id
    Original passive one-port → Load States → record 45 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/45/branches/2/tail
    Original passive one-port → Load States → record 45 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/45/branches/2/head
    Original passive one-port → Load States → record 45 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/45/branches/2/resistanceOhm
    Original passive one-port → Load States → record 45 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 12699/3782passiveOnePort/loadStates/45/branches/2/voltageV
    Original passive one-port → Load States → record 45 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 4233/3782passiveOnePort/loadStates/45/branches/2/currentA
    Original passive one-port → Load States → record 45 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 53754867/14303524passiveOnePort/loadStates/45/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 45 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/45/branches/3/id
    Original passive one-port → Load States → record 45 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/45/branches/3/tail
    Original passive one-port → Load States → record 45 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/45/branches/3/head
    Original passive one-port → Load States → record 45 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/45/branches/3/resistanceOhm
    Original passive one-port → Load States → record 45 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 3240/1891passiveOnePort/loadStates/45/branches/3/voltageV
    Original passive one-port → Load States → record 45 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 270/1891passiveOnePort/loadStates/45/branches/3/currentA
    Original passive one-port → Load States → record 45 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 874800/3575881passiveOnePort/loadStates/45/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 45 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/45/branches/4/id
    Original passive one-port → Load States → record 45 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/45/branches/4/tail
    Original passive one-port → Load States → record 45 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/45/branches/4/head
    Original passive one-port → Load States → record 45 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/45/branches/4/resistanceOhm
    Original passive one-port → Load States → record 45 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 10804/1891passiveOnePort/loadStates/45/branches/4/voltageV
    Original passive one-port → Load States → record 45 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 2701/3782passiveOnePort/loadStates/45/branches/4/currentA
    Original passive one-port → Load States → record 45 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 14590802/3575881passiveOnePort/loadStates/45/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 45 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/45/branches/5/id
    Original passive one-port → Load States → record 45 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/45/branches/5/tail
    Original passive one-port → Load States → record 45 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/45/branches/5/head
    Original passive one-port → Load States → record 45 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/45/branches/5/voltageV
    Original passive one-port → Load States → record 45 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -14859/7564passiveOnePort/loadStates/45/branches/5/currentA
    Original passive one-port → Load States → record 45 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -133731/7564passiveOnePort/loadStates/45/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 45 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/45/branches/6/id
    Original passive one-port → Load States → record 45 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/45/branches/6/tail
    Original passive one-port → Load States → record 45 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/45/branches/6/head
    Original passive one-port → Load States → record 45 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/45/branches/6/voltageV
    Original passive one-port → Load States → record 45 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 2701/3782passiveOnePort/loadStates/45/branches/6/currentA
    Original passive one-port → Load States → record 45 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -5402/1891passiveOnePort/loadStates/45/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 45 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/45/branches/7/id
    Original passive one-port → Load States → record 45 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/45/branches/7/tail
    Original passive one-port → Load States → record 45 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/45/branches/7/head
    Original passive one-port → Load States → record 45 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 3240/1891passiveOnePort/loadStates/45/branches/7/voltageV
    Original passive one-port → Load States → record 45 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 16/61passiveOnePort/loadStates/45/branches/7/currentA
    Original passive one-port → Load States → record 45 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 51840/115351passiveOnePort/loadStates/45/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 45 → Current delivered out of network (A)Exact reduced rational: 16/61passiveOnePort/loadStates/45/deliveredPortCurrentA
    Original passive one-port → Load States → record 45 → Current entering network (A)Exact reduced rational: -16/61passiveOnePort/loadStates/45/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 45 → Load Or Test Absorbed Power (W)Exact reduced rational: 51840/115351passiveOnePort/loadStates/45/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 45 → Physical internal resistor dissipation (W)Exact reduced rational: 9268319/461404passiveOnePort/loadStates/45/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 45 → Sum of original sources absorbed power (W)Exact reduced rational: -155339/7564passiveOnePort/loadStates/45/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 45 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/45/kclResidualA/0
    Original passive one-port → Load States → record 45 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/45/kclResidualA/a
    Original passive one-port → Load States → record 45 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/45/kclResidualA/b
    Original passive one-port → Load States → record 45 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/45/kclResidualA/x
    Original passive one-port → Load States → record 45 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/45/kclResidualA/p
    Original passive one-port → Load States → record 45 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/45/powerResidualW
    Original passive one-port → Load States → record 45 → Record index (metadata, not a measured scalar)45passiveOnePort/loadStates/45/index
    Original passive one-port → Load States → record 45 → r=R_L/R_th (dimensionless)Exact reduced rational: 45/16passiveOnePort/loadStates/45/normalizedLoad
    Original passive one-port → Load States → record 45 → V/V_th (dimensionless)Exact reduced rational: 45/61passiveOnePort/loadStates/45/normalizedVoltage
    Original passive one-port → Load States → record 45 → I/I_sc (dimensionless)Exact reduced rational: 16/61passiveOnePort/loadStates/45/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 45 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 2880/3721passiveOnePort/loadStates/45/normalizedPower
    Original passive one-port → Load States → record 45 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 18432/115351passiveOnePort/loadStates/45/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 45 → Equivalent source absorbed power (W)Exact reduced rational: -1152/1891passiveOnePort/loadStates/45/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 46 → Load resistance R_L (Ω); null denotes openExact reduced rational: 207/31passiveOnePort/loadStates/46/loadOhm
    Original passive one-port → Load States → record 46 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/46/forcedPortV
    Original passive one-port → Load States → record 46 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/46/nodePotentialsV/0
    Original passive one-port → Load States → record 46 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/46/nodePotentialsV/a
    Original passive one-port → Load States → record 46 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/46/nodePotentialsV/b
    Original passive one-port → Load States → record 46 → Node Potentials (V) → XExact reduced rational: 9753/1922passiveOnePort/loadStates/46/nodePotentialsV/x
    Original passive one-port → Load States → record 46 → Node Potentials (V) → PExact reduced rational: 1656/961passiveOnePort/loadStates/46/nodePotentialsV/p
    Original passive one-port → Load States → record 46 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/46/branches/0/id
    Original passive one-port → Load States → record 46 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/46/branches/0/tail
    Original passive one-port → Load States → record 46 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/46/branches/0/head
    Original passive one-port → Load States → record 46 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/46/branches/0/resistanceOhm
    Original passive one-port → Load States → record 46 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 7545/1922passiveOnePort/loadStates/46/branches/0/voltageV
    Original passive one-port → Load States → record 46 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 7545/3844passiveOnePort/loadStates/46/branches/0/currentA
    Original passive one-port → Load States → record 46 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 56927025/7388168passiveOnePort/loadStates/46/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 46 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/46/branches/1/id
    Original passive one-port → Load States → record 46 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/46/branches/1/tail
    Original passive one-port → Load States → record 46 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/46/branches/1/head
    Original passive one-port → Load States → record 46 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/46/branches/1/resistanceOhm
    Original passive one-port → Load States → record 46 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 9753/1922passiveOnePort/loadStates/46/branches/1/voltageV
    Original passive one-port → Load States → record 46 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 3251/3844passiveOnePort/loadStates/46/branches/1/currentA
    Original passive one-port → Load States → record 46 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 31707003/7388168passiveOnePort/loadStates/46/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 46 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/46/branches/2/id
    Original passive one-port → Load States → record 46 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/46/branches/2/tail
    Original passive one-port → Load States → record 46 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/46/branches/2/head
    Original passive one-port → Load States → record 46 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/46/branches/2/resistanceOhm
    Original passive one-port → Load States → record 46 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 6441/1922passiveOnePort/loadStates/46/branches/2/voltageV
    Original passive one-port → Load States → record 46 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 2147/1922passiveOnePort/loadStates/46/branches/2/currentA
    Original passive one-port → Load States → record 46 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 13828827/3694084passiveOnePort/loadStates/46/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 46 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/46/branches/3/id
    Original passive one-port → Load States → record 46 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/46/branches/3/tail
    Original passive one-port → Load States → record 46 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/46/branches/3/head
    Original passive one-port → Load States → record 46 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/46/branches/3/resistanceOhm
    Original passive one-port → Load States → record 46 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 1656/961passiveOnePort/loadStates/46/branches/3/voltageV
    Original passive one-port → Load States → record 46 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 138/961passiveOnePort/loadStates/46/branches/3/currentA
    Original passive one-port → Load States → record 46 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 228528/923521passiveOnePort/loadStates/46/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 46 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/46/branches/4/id
    Original passive one-port → Load States → record 46 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/46/branches/4/tail
    Original passive one-port → Load States → record 46 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/46/branches/4/head
    Original passive one-port → Load States → record 46 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/46/branches/4/resistanceOhm
    Original passive one-port → Load States → record 46 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 5500/961passiveOnePort/loadStates/46/branches/4/voltageV
    Original passive one-port → Load States → record 46 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 1375/1922passiveOnePort/loadStates/46/branches/4/currentA
    Original passive one-port → Load States → record 46 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 3781250/923521passiveOnePort/loadStates/46/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 46 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/46/branches/5/id
    Original passive one-port → Load States → record 46 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/46/branches/5/tail
    Original passive one-port → Load States → record 46 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/46/branches/5/head
    Original passive one-port → Load States → record 46 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/46/branches/5/voltageV
    Original passive one-port → Load States → record 46 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -7545/3844passiveOnePort/loadStates/46/branches/5/currentA
    Original passive one-port → Load States → record 46 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -67905/3844passiveOnePort/loadStates/46/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 46 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/46/branches/6/id
    Original passive one-port → Load States → record 46 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/46/branches/6/tail
    Original passive one-port → Load States → record 46 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/46/branches/6/head
    Original passive one-port → Load States → record 46 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/46/branches/6/voltageV
    Original passive one-port → Load States → record 46 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 1375/1922passiveOnePort/loadStates/46/branches/6/currentA
    Original passive one-port → Load States → record 46 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -2750/961passiveOnePort/loadStates/46/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 46 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/46/branches/7/id
    Original passive one-port → Load States → record 46 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/46/branches/7/tail
    Original passive one-port → Load States → record 46 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/46/branches/7/head
    Original passive one-port → Load States → record 46 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 1656/961passiveOnePort/loadStates/46/branches/7/voltageV
    Original passive one-port → Load States → record 46 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 8/31passiveOnePort/loadStates/46/branches/7/currentA
    Original passive one-port → Load States → record 46 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 13248/29791passiveOnePort/loadStates/46/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 46 → Current delivered out of network (A)Exact reduced rational: 8/31passiveOnePort/loadStates/46/deliveredPortCurrentA
    Original passive one-port → Load States → record 46 → Current entering network (A)Exact reduced rational: -8/31passiveOnePort/loadStates/46/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 46 → Load Or Test Absorbed Power (W)Exact reduced rational: 13248/29791passiveOnePort/loadStates/46/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 46 → Physical internal resistor dissipation (W)Exact reduced rational: 2393063/119164passiveOnePort/loadStates/46/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 46 → Sum of original sources absorbed power (W)Exact reduced rational: -78905/3844passiveOnePort/loadStates/46/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 46 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/46/kclResidualA/0
    Original passive one-port → Load States → record 46 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/46/kclResidualA/a
    Original passive one-port → Load States → record 46 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/46/kclResidualA/b
    Original passive one-port → Load States → record 46 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/46/kclResidualA/x
    Original passive one-port → Load States → record 46 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/46/kclResidualA/p
    Original passive one-port → Load States → record 46 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/46/powerResidualW
    Original passive one-port → Load States → record 46 → Record index (metadata, not a measured scalar)46passiveOnePort/loadStates/46/index
    Original passive one-port → Load States → record 46 → r=R_L/R_th (dimensionless)Exact reduced rational: 23/8passiveOnePort/loadStates/46/normalizedLoad
    Original passive one-port → Load States → record 46 → V/V_th (dimensionless)Exact reduced rational: 23/31passiveOnePort/loadStates/46/normalizedVoltage
    Original passive one-port → Load States → record 46 → I/I_sc (dimensionless)Exact reduced rational: 8/31passiveOnePort/loadStates/46/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 46 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 736/961passiveOnePort/loadStates/46/normalizedPower
    Original passive one-port → Load States → record 46 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 4608/29791passiveOnePort/loadStates/46/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 46 → Equivalent source absorbed power (W)Exact reduced rational: -576/961passiveOnePort/loadStates/46/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 47 → Load resistance R_L (Ω); null denotes openExact reduced rational: 423/62passiveOnePort/loadStates/47/loadOhm
    Original passive one-port → Load States → record 47 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/47/forcedPortV
    Original passive one-port → Load States → record 47 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/47/nodePotentialsV/0
    Original passive one-port → Load States → record 47 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/47/nodePotentialsV/a
    Original passive one-port → Load States → record 47 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/47/nodePotentialsV/b
    Original passive one-port → Load States → record 47 → Node Potentials (V) → XExact reduced rational: 6611/1302passiveOnePort/loadStates/47/nodePotentialsV/x
    Original passive one-port → Load States → record 47 → Node Potentials (V) → PExact reduced rational: 376/217passiveOnePort/loadStates/47/nodePotentialsV/p
    Original passive one-port → Load States → record 47 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/47/branches/0/id
    Original passive one-port → Load States → record 47 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/47/branches/0/tail
    Original passive one-port → Load States → record 47 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/47/branches/0/head
    Original passive one-port → Load States → record 47 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/47/branches/0/resistanceOhm
    Original passive one-port → Load States → record 47 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 5107/1302passiveOnePort/loadStates/47/branches/0/voltageV
    Original passive one-port → Load States → record 47 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 5107/2604passiveOnePort/loadStates/47/branches/0/currentA
    Original passive one-port → Load States → record 47 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 26081449/3390408passiveOnePort/loadStates/47/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 47 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/47/branches/1/id
    Original passive one-port → Load States → record 47 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/47/branches/1/tail
    Original passive one-port → Load States → record 47 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/47/branches/1/head
    Original passive one-port → Load States → record 47 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/47/branches/1/resistanceOhm
    Original passive one-port → Load States → record 47 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 6611/1302passiveOnePort/loadStates/47/branches/1/voltageV
    Original passive one-port → Load States → record 47 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 6611/7812passiveOnePort/loadStates/47/branches/1/currentA
    Original passive one-port → Load States → record 47 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 43705321/10171224passiveOnePort/loadStates/47/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 47 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/47/branches/2/id
    Original passive one-port → Load States → record 47 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/47/branches/2/tail
    Original passive one-port → Load States → record 47 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/47/branches/2/head
    Original passive one-port → Load States → record 47 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/47/branches/2/resistanceOhm
    Original passive one-port → Load States → record 47 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 4355/1302passiveOnePort/loadStates/47/branches/2/voltageV
    Original passive one-port → Load States → record 47 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 4355/3906passiveOnePort/loadStates/47/branches/2/currentA
    Original passive one-port → Load States → record 47 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 18966025/5085612passiveOnePort/loadStates/47/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 47 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/47/branches/3/id
    Original passive one-port → Load States → record 47 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/47/branches/3/tail
    Original passive one-port → Load States → record 47 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/47/branches/3/head
    Original passive one-port → Load States → record 47 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/47/branches/3/resistanceOhm
    Original passive one-port → Load States → record 47 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 376/217passiveOnePort/loadStates/47/branches/3/voltageV
    Original passive one-port → Load States → record 47 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 94/651passiveOnePort/loadStates/47/branches/3/currentA
    Original passive one-port → Load States → record 47 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 35344/141267passiveOnePort/loadStates/47/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 47 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/47/branches/4/id
    Original passive one-port → Load States → record 47 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/47/branches/4/tail
    Original passive one-port → Load States → record 47 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/47/branches/4/head
    Original passive one-port → Load States → record 47 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/47/branches/4/resistanceOhm
    Original passive one-port → Load States → record 47 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 1244/217passiveOnePort/loadStates/47/branches/4/voltageV
    Original passive one-port → Load States → record 47 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 311/434passiveOnePort/loadStates/47/branches/4/currentA
    Original passive one-port → Load States → record 47 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 193442/47089passiveOnePort/loadStates/47/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 47 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/47/branches/5/id
    Original passive one-port → Load States → record 47 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/47/branches/5/tail
    Original passive one-port → Load States → record 47 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/47/branches/5/head
    Original passive one-port → Load States → record 47 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/47/branches/5/voltageV
    Original passive one-port → Load States → record 47 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -5107/2604passiveOnePort/loadStates/47/branches/5/currentA
    Original passive one-port → Load States → record 47 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -15321/868passiveOnePort/loadStates/47/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 47 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/47/branches/6/id
    Original passive one-port → Load States → record 47 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/47/branches/6/tail
    Original passive one-port → Load States → record 47 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/47/branches/6/head
    Original passive one-port → Load States → record 47 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/47/branches/6/voltageV
    Original passive one-port → Load States → record 47 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 311/434passiveOnePort/loadStates/47/branches/6/currentA
    Original passive one-port → Load States → record 47 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -622/217passiveOnePort/loadStates/47/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 47 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/47/branches/7/id
    Original passive one-port → Load States → record 47 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/47/branches/7/tail
    Original passive one-port → Load States → record 47 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/47/branches/7/head
    Original passive one-port → Load States → record 47 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 376/217passiveOnePort/loadStates/47/branches/7/voltageV
    Original passive one-port → Load States → record 47 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 16/63passiveOnePort/loadStates/47/branches/7/currentA
    Original passive one-port → Load States → record 47 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 6016/13671passiveOnePort/loadStates/47/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 47 → Current delivered out of network (A)Exact reduced rational: 16/63passiveOnePort/loadStates/47/deliveredPortCurrentA
    Original passive one-port → Load States → record 47 → Current entering network (A)Exact reduced rational: -16/63passiveOnePort/loadStates/47/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 47 → Load Or Test Absorbed Power (W)Exact reduced rational: 6016/13671passiveOnePort/loadStates/47/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 47 → Physical internal resistor dissipation (W)Exact reduced rational: 1097903/54684passiveOnePort/loadStates/47/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 47 → Sum of original sources absorbed power (W)Exact reduced rational: -17809/868passiveOnePort/loadStates/47/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 47 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/47/kclResidualA/0
    Original passive one-port → Load States → record 47 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/47/kclResidualA/a
    Original passive one-port → Load States → record 47 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/47/kclResidualA/b
    Original passive one-port → Load States → record 47 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/47/kclResidualA/x
    Original passive one-port → Load States → record 47 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/47/kclResidualA/p
    Original passive one-port → Load States → record 47 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/47/powerResidualW
    Original passive one-port → Load States → record 47 → Record index (metadata, not a measured scalar)47passiveOnePort/loadStates/47/index
    Original passive one-port → Load States → record 47 → r=R_L/R_th (dimensionless)Exact reduced rational: 47/16passiveOnePort/loadStates/47/normalizedLoad
    Original passive one-port → Load States → record 47 → V/V_th (dimensionless)Exact reduced rational: 47/63passiveOnePort/loadStates/47/normalizedVoltage
    Original passive one-port → Load States → record 47 → I/I_sc (dimensionless)Exact reduced rational: 16/63passiveOnePort/loadStates/47/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 47 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 3008/3969passiveOnePort/loadStates/47/normalizedPower
    Original passive one-port → Load States → record 47 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 2048/13671passiveOnePort/loadStates/47/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 47 → Equivalent source absorbed power (W)Exact reduced rational: -128/217passiveOnePort/loadStates/47/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 48 → Load resistance R_L (Ω); null denotes openExact reduced rational: 216/31passiveOnePort/loadStates/48/loadOhm
    Original passive one-port → Load States → record 48 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/48/forcedPortV
    Original passive one-port → Load States → record 48 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/48/nodePotentialsV/0
    Original passive one-port → Load States → record 48 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/48/nodePotentialsV/a
    Original passive one-port → Load States → record 48 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/48/nodePotentialsV/b
    Original passive one-port → Load States → record 48 → Node Potentials (V) → XExact reduced rational: 315/62passiveOnePort/loadStates/48/nodePotentialsV/x
    Original passive one-port → Load States → record 48 → Node Potentials (V) → PExact reduced rational: 54/31passiveOnePort/loadStates/48/nodePotentialsV/p
    Original passive one-port → Load States → record 48 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/48/branches/0/id
    Original passive one-port → Load States → record 48 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/48/branches/0/tail
    Original passive one-port → Load States → record 48 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/48/branches/0/head
    Original passive one-port → Load States → record 48 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/48/branches/0/resistanceOhm
    Original passive one-port → Load States → record 48 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 243/62passiveOnePort/loadStates/48/branches/0/voltageV
    Original passive one-port → Load States → record 48 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 243/124passiveOnePort/loadStates/48/branches/0/currentA
    Original passive one-port → Load States → record 48 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 59049/7688passiveOnePort/loadStates/48/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 48 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/48/branches/1/id
    Original passive one-port → Load States → record 48 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/48/branches/1/tail
    Original passive one-port → Load States → record 48 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/48/branches/1/head
    Original passive one-port → Load States → record 48 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/48/branches/1/resistanceOhm
    Original passive one-port → Load States → record 48 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 315/62passiveOnePort/loadStates/48/branches/1/voltageV
    Original passive one-port → Load States → record 48 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 105/124passiveOnePort/loadStates/48/branches/1/currentA
    Original passive one-port → Load States → record 48 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 33075/7688passiveOnePort/loadStates/48/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 48 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/48/branches/2/id
    Original passive one-port → Load States → record 48 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/48/branches/2/tail
    Original passive one-port → Load States → record 48 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/48/branches/2/head
    Original passive one-port → Load States → record 48 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/48/branches/2/resistanceOhm
    Original passive one-port → Load States → record 48 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 207/62passiveOnePort/loadStates/48/branches/2/voltageV
    Original passive one-port → Load States → record 48 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 69/62passiveOnePort/loadStates/48/branches/2/currentA
    Original passive one-port → Load States → record 48 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 14283/3844passiveOnePort/loadStates/48/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 48 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/48/branches/3/id
    Original passive one-port → Load States → record 48 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/48/branches/3/tail
    Original passive one-port → Load States → record 48 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/48/branches/3/head
    Original passive one-port → Load States → record 48 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/48/branches/3/resistanceOhm
    Original passive one-port → Load States → record 48 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 54/31passiveOnePort/loadStates/48/branches/3/voltageV
    Original passive one-port → Load States → record 48 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 9/62passiveOnePort/loadStates/48/branches/3/currentA
    Original passive one-port → Load States → record 48 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 243/961passiveOnePort/loadStates/48/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 48 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/48/branches/4/id
    Original passive one-port → Load States → record 48 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/48/branches/4/tail
    Original passive one-port → Load States → record 48 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/48/branches/4/head
    Original passive one-port → Load States → record 48 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/48/branches/4/resistanceOhm
    Original passive one-port → Load States → record 48 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 178/31passiveOnePort/loadStates/48/branches/4/voltageV
    Original passive one-port → Load States → record 48 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 89/124passiveOnePort/loadStates/48/branches/4/currentA
    Original passive one-port → Load States → record 48 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 7921/1922passiveOnePort/loadStates/48/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 48 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/48/branches/5/id
    Original passive one-port → Load States → record 48 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/48/branches/5/tail
    Original passive one-port → Load States → record 48 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/48/branches/5/head
    Original passive one-port → Load States → record 48 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/48/branches/5/voltageV
    Original passive one-port → Load States → record 48 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -243/124passiveOnePort/loadStates/48/branches/5/currentA
    Original passive one-port → Load States → record 48 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -2187/124passiveOnePort/loadStates/48/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 48 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/48/branches/6/id
    Original passive one-port → Load States → record 48 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/48/branches/6/tail
    Original passive one-port → Load States → record 48 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/48/branches/6/head
    Original passive one-port → Load States → record 48 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/48/branches/6/voltageV
    Original passive one-port → Load States → record 48 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 89/124passiveOnePort/loadStates/48/branches/6/currentA
    Original passive one-port → Load States → record 48 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -89/31passiveOnePort/loadStates/48/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 48 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/48/branches/7/id
    Original passive one-port → Load States → record 48 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/48/branches/7/tail
    Original passive one-port → Load States → record 48 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/48/branches/7/head
    Original passive one-port → Load States → record 48 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 54/31passiveOnePort/loadStates/48/branches/7/voltageV
    Original passive one-port → Load States → record 48 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 1/4passiveOnePort/loadStates/48/branches/7/currentA
    Original passive one-port → Load States → record 48 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 27/62passiveOnePort/loadStates/48/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 48 → Current delivered out of network (A)Exact reduced rational: 1/4passiveOnePort/loadStates/48/deliveredPortCurrentA
    Original passive one-port → Load States → record 48 → Current entering network (A)Exact reduced rational: -1/4passiveOnePort/loadStates/48/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 48 → Load Or Test Absorbed Power (W)Exact reduced rational: 27/62passiveOnePort/loadStates/48/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 48 → Physical internal resistor dissipation (W)Exact reduced rational: 2489/124passiveOnePort/loadStates/48/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 48 → Sum of original sources absorbed power (W)Exact reduced rational: -2543/124passiveOnePort/loadStates/48/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 48 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/48/kclResidualA/0
    Original passive one-port → Load States → record 48 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/48/kclResidualA/a
    Original passive one-port → Load States → record 48 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/48/kclResidualA/b
    Original passive one-port → Load States → record 48 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/48/kclResidualA/x
    Original passive one-port → Load States → record 48 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/48/kclResidualA/p
    Original passive one-port → Load States → record 48 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/48/powerResidualW
    Original passive one-port → Load States → record 48 → Record index (metadata, not a measured scalar)48passiveOnePort/loadStates/48/index
    Original passive one-port → Load States → record 48 → r=R_L/R_th (dimensionless)Exact reduced rational: 3passiveOnePort/loadStates/48/normalizedLoad
    Original passive one-port → Load States → record 48 → V/V_th (dimensionless)Exact reduced rational: 3/4passiveOnePort/loadStates/48/normalizedVoltage
    Original passive one-port → Load States → record 48 → I/I_sc (dimensionless)Exact reduced rational: 1/4passiveOnePort/loadStates/48/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 48 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 3/4passiveOnePort/loadStates/48/normalizedPower
    Original passive one-port → Load States → record 48 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 9/62passiveOnePort/loadStates/48/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 48 → Equivalent source absorbed power (W)Exact reduced rational: -18/31passiveOnePort/loadStates/48/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 49 → Load resistance R_L (Ω); null denotes openExact reduced rational: 441/62passiveOnePort/loadStates/49/loadOhm
    Original passive one-port → Load States → record 49 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/49/forcedPortV
    Original passive one-port → Load States → record 49 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/49/nodePotentialsV/0
    Original passive one-port → Load States → record 49 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/49/nodePotentialsV/a
    Original passive one-port → Load States → record 49 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/49/nodePotentialsV/b
    Original passive one-port → Load States → record 49 → Node Potentials (V) → XExact reduced rational: 20487/4030passiveOnePort/loadStates/49/nodePotentialsV/x
    Original passive one-port → Load States → record 49 → Node Potentials (V) → PExact reduced rational: 3528/2015passiveOnePort/loadStates/49/nodePotentialsV/p
    Original passive one-port → Load States → record 49 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/49/branches/0/id
    Original passive one-port → Load States → record 49 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/49/branches/0/tail
    Original passive one-port → Load States → record 49 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/49/branches/0/head
    Original passive one-port → Load States → record 49 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/49/branches/0/resistanceOhm
    Original passive one-port → Load States → record 49 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 15783/4030passiveOnePort/loadStates/49/branches/0/voltageV
    Original passive one-port → Load States → record 49 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 15783/8060passiveOnePort/loadStates/49/branches/0/currentA
    Original passive one-port → Load States → record 49 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 249103089/32481800passiveOnePort/loadStates/49/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 49 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/49/branches/1/id
    Original passive one-port → Load States → record 49 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/49/branches/1/tail
    Original passive one-port → Load States → record 49 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/49/branches/1/head
    Original passive one-port → Load States → record 49 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/49/branches/1/resistanceOhm
    Original passive one-port → Load States → record 49 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 20487/4030passiveOnePort/loadStates/49/branches/1/voltageV
    Original passive one-port → Load States → record 49 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 6829/8060passiveOnePort/loadStates/49/branches/1/currentA
    Original passive one-port → Load States → record 49 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 139905723/32481800passiveOnePort/loadStates/49/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 49 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/49/branches/2/id
    Original passive one-port → Load States → record 49 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/49/branches/2/tail
    Original passive one-port → Load States → record 49 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/49/branches/2/head
    Original passive one-port → Load States → record 49 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/49/branches/2/resistanceOhm
    Original passive one-port → Load States → record 49 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 13431/4030passiveOnePort/loadStates/49/branches/2/voltageV
    Original passive one-port → Load States → record 49 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 4477/4030passiveOnePort/loadStates/49/branches/2/currentA
    Original passive one-port → Load States → record 49 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 60130587/16240900passiveOnePort/loadStates/49/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 49 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/49/branches/3/id
    Original passive one-port → Load States → record 49 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/49/branches/3/tail
    Original passive one-port → Load States → record 49 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/49/branches/3/head
    Original passive one-port → Load States → record 49 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/49/branches/3/resistanceOhm
    Original passive one-port → Load States → record 49 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 3528/2015passiveOnePort/loadStates/49/branches/3/voltageV
    Original passive one-port → Load States → record 49 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 294/2015passiveOnePort/loadStates/49/branches/3/currentA
    Original passive one-port → Load States → record 49 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 1037232/4060225passiveOnePort/loadStates/49/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 49 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/49/branches/4/id
    Original passive one-port → Load States → record 49 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/49/branches/4/tail
    Original passive one-port → Load States → record 49 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/49/branches/4/head
    Original passive one-port → Load States → record 49 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/49/branches/4/resistanceOhm
    Original passive one-port → Load States → record 49 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 11588/2015passiveOnePort/loadStates/49/branches/4/voltageV
    Original passive one-port → Load States → record 49 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 2897/4030passiveOnePort/loadStates/49/branches/4/currentA
    Original passive one-port → Load States → record 49 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 16785218/4060225passiveOnePort/loadStates/49/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 49 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/49/branches/5/id
    Original passive one-port → Load States → record 49 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/49/branches/5/tail
    Original passive one-port → Load States → record 49 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/49/branches/5/head
    Original passive one-port → Load States → record 49 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/49/branches/5/voltageV
    Original passive one-port → Load States → record 49 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -15783/8060passiveOnePort/loadStates/49/branches/5/currentA
    Original passive one-port → Load States → record 49 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -142047/8060passiveOnePort/loadStates/49/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 49 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/49/branches/6/id
    Original passive one-port → Load States → record 49 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/49/branches/6/tail
    Original passive one-port → Load States → record 49 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/49/branches/6/head
    Original passive one-port → Load States → record 49 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/49/branches/6/voltageV
    Original passive one-port → Load States → record 49 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 2897/4030passiveOnePort/loadStates/49/branches/6/currentA
    Original passive one-port → Load States → record 49 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -5794/2015passiveOnePort/loadStates/49/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 49 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/49/branches/7/id
    Original passive one-port → Load States → record 49 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/49/branches/7/tail
    Original passive one-port → Load States → record 49 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/49/branches/7/head
    Original passive one-port → Load States → record 49 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 3528/2015passiveOnePort/loadStates/49/branches/7/voltageV
    Original passive one-port → Load States → record 49 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 16/65passiveOnePort/loadStates/49/branches/7/currentA
    Original passive one-port → Load States → record 49 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 56448/130975passiveOnePort/loadStates/49/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 49 → Current delivered out of network (A)Exact reduced rational: 16/65passiveOnePort/loadStates/49/deliveredPortCurrentA
    Original passive one-port → Load States → record 49 → Current entering network (A)Exact reduced rational: -16/65passiveOnePort/loadStates/49/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 49 → Load Or Test Absorbed Power (W)Exact reduced rational: 56448/130975passiveOnePort/loadStates/49/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 49 → Physical internal resistor dissipation (W)Exact reduced rational: 10513703/523900passiveOnePort/loadStates/49/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 49 → Sum of original sources absorbed power (W)Exact reduced rational: -165223/8060passiveOnePort/loadStates/49/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 49 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/49/kclResidualA/0
    Original passive one-port → Load States → record 49 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/49/kclResidualA/a
    Original passive one-port → Load States → record 49 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/49/kclResidualA/b
    Original passive one-port → Load States → record 49 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/49/kclResidualA/x
    Original passive one-port → Load States → record 49 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/49/kclResidualA/p
    Original passive one-port → Load States → record 49 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/49/powerResidualW
    Original passive one-port → Load States → record 49 → Record index (metadata, not a measured scalar)49passiveOnePort/loadStates/49/index
    Original passive one-port → Load States → record 49 → r=R_L/R_th (dimensionless)Exact reduced rational: 49/16passiveOnePort/loadStates/49/normalizedLoad
    Original passive one-port → Load States → record 49 → V/V_th (dimensionless)Exact reduced rational: 49/65passiveOnePort/loadStates/49/normalizedVoltage
    Original passive one-port → Load States → record 49 → I/I_sc (dimensionless)Exact reduced rational: 16/65passiveOnePort/loadStates/49/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 49 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 3136/4225passiveOnePort/loadStates/49/normalizedPower
    Original passive one-port → Load States → record 49 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 18432/130975passiveOnePort/loadStates/49/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 49 → Equivalent source absorbed power (W)Exact reduced rational: -1152/2015passiveOnePort/loadStates/49/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 50 → Load resistance R_L (Ω); null denotes openExact reduced rational: 225/31passiveOnePort/loadStates/50/loadOhm
    Original passive one-port → Load States → record 50 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/50/forcedPortV
    Original passive one-port → Load States → record 50 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/50/nodePotentialsV/0
    Original passive one-port → Load States → record 50 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/50/nodePotentialsV/a
    Original passive one-port → Load States → record 50 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/50/nodePotentialsV/b
    Original passive one-port → Load States → record 50 → Node Potentials (V) → XExact reduced rational: 3469/682passiveOnePort/loadStates/50/nodePotentialsV/x
    Original passive one-port → Load States → record 50 → Node Potentials (V) → PExact reduced rational: 600/341passiveOnePort/loadStates/50/nodePotentialsV/p
    Original passive one-port → Load States → record 50 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/50/branches/0/id
    Original passive one-port → Load States → record 50 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/50/branches/0/tail
    Original passive one-port → Load States → record 50 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/50/branches/0/head
    Original passive one-port → Load States → record 50 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/50/branches/0/resistanceOhm
    Original passive one-port → Load States → record 50 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 2669/682passiveOnePort/loadStates/50/branches/0/voltageV
    Original passive one-port → Load States → record 50 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 2669/1364passiveOnePort/loadStates/50/branches/0/currentA
    Original passive one-port → Load States → record 50 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 7123561/930248passiveOnePort/loadStates/50/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 50 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/50/branches/1/id
    Original passive one-port → Load States → record 50 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/50/branches/1/tail
    Original passive one-port → Load States → record 50 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/50/branches/1/head
    Original passive one-port → Load States → record 50 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/50/branches/1/resistanceOhm
    Original passive one-port → Load States → record 50 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 3469/682passiveOnePort/loadStates/50/branches/1/voltageV
    Original passive one-port → Load States → record 50 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 3469/4092passiveOnePort/loadStates/50/branches/1/currentA
    Original passive one-port → Load States → record 50 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 12033961/2790744passiveOnePort/loadStates/50/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 50 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/50/branches/2/id
    Original passive one-port → Load States → record 50 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/50/branches/2/tail
    Original passive one-port → Load States → record 50 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/50/branches/2/head
    Original passive one-port → Load States → record 50 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/50/branches/2/resistanceOhm
    Original passive one-port → Load States → record 50 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 2269/682passiveOnePort/loadStates/50/branches/2/voltageV
    Original passive one-port → Load States → record 50 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 2269/2046passiveOnePort/loadStates/50/branches/2/currentA
    Original passive one-port → Load States → record 50 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 5148361/1395372passiveOnePort/loadStates/50/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 50 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/50/branches/3/id
    Original passive one-port → Load States → record 50 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/50/branches/3/tail
    Original passive one-port → Load States → record 50 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/50/branches/3/head
    Original passive one-port → Load States → record 50 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/50/branches/3/resistanceOhm
    Original passive one-port → Load States → record 50 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 600/341passiveOnePort/loadStates/50/branches/3/voltageV
    Original passive one-port → Load States → record 50 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 50/341passiveOnePort/loadStates/50/branches/3/currentA
    Original passive one-port → Load States → record 50 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 30000/116281passiveOnePort/loadStates/50/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 50 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/50/branches/4/id
    Original passive one-port → Load States → record 50 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/50/branches/4/tail
    Original passive one-port → Load States → record 50 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/50/branches/4/head
    Original passive one-port → Load States → record 50 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/50/branches/4/resistanceOhm
    Original passive one-port → Load States → record 50 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 1964/341passiveOnePort/loadStates/50/branches/4/voltageV
    Original passive one-port → Load States → record 50 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 491/682passiveOnePort/loadStates/50/branches/4/currentA
    Original passive one-port → Load States → record 50 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 482162/116281passiveOnePort/loadStates/50/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 50 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/50/branches/5/id
    Original passive one-port → Load States → record 50 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/50/branches/5/tail
    Original passive one-port → Load States → record 50 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/50/branches/5/head
    Original passive one-port → Load States → record 50 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/50/branches/5/voltageV
    Original passive one-port → Load States → record 50 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -2669/1364passiveOnePort/loadStates/50/branches/5/currentA
    Original passive one-port → Load States → record 50 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -24021/1364passiveOnePort/loadStates/50/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 50 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/50/branches/6/id
    Original passive one-port → Load States → record 50 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/50/branches/6/tail
    Original passive one-port → Load States → record 50 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/50/branches/6/head
    Original passive one-port → Load States → record 50 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/50/branches/6/voltageV
    Original passive one-port → Load States → record 50 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 491/682passiveOnePort/loadStates/50/branches/6/currentA
    Original passive one-port → Load States → record 50 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -982/341passiveOnePort/loadStates/50/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 50 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/50/branches/7/id
    Original passive one-port → Load States → record 50 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/50/branches/7/tail
    Original passive one-port → Load States → record 50 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/50/branches/7/head
    Original passive one-port → Load States → record 50 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 600/341passiveOnePort/loadStates/50/branches/7/voltageV
    Original passive one-port → Load States → record 50 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 8/33passiveOnePort/loadStates/50/branches/7/currentA
    Original passive one-port → Load States → record 50 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 1600/3751passiveOnePort/loadStates/50/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 50 → Current delivered out of network (A)Exact reduced rational: 8/33passiveOnePort/loadStates/50/deliveredPortCurrentA
    Original passive one-port → Load States → record 50 → Current entering network (A)Exact reduced rational: -8/33passiveOnePort/loadStates/50/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 50 → Load Or Test Absorbed Power (W)Exact reduced rational: 1600/3751passiveOnePort/loadStates/50/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 50 → Physical internal resistor dissipation (W)Exact reduced rational: 301039/15004passiveOnePort/loadStates/50/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 50 → Sum of original sources absorbed power (W)Exact reduced rational: -27949/1364passiveOnePort/loadStates/50/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 50 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/50/kclResidualA/0
    Original passive one-port → Load States → record 50 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/50/kclResidualA/a
    Original passive one-port → Load States → record 50 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/50/kclResidualA/b
    Original passive one-port → Load States → record 50 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/50/kclResidualA/x
    Original passive one-port → Load States → record 50 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/50/kclResidualA/p
    Original passive one-port → Load States → record 50 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/50/powerResidualW
    Original passive one-port → Load States → record 50 → Record index (metadata, not a measured scalar)50passiveOnePort/loadStates/50/index
    Original passive one-port → Load States → record 50 → r=R_L/R_th (dimensionless)Exact reduced rational: 25/8passiveOnePort/loadStates/50/normalizedLoad
    Original passive one-port → Load States → record 50 → V/V_th (dimensionless)Exact reduced rational: 25/33passiveOnePort/loadStates/50/normalizedVoltage
    Original passive one-port → Load States → record 50 → I/I_sc (dimensionless)Exact reduced rational: 8/33passiveOnePort/loadStates/50/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 50 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 800/1089passiveOnePort/loadStates/50/normalizedPower
    Original passive one-port → Load States → record 50 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 512/3751passiveOnePort/loadStates/50/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 50 → Equivalent source absorbed power (W)Exact reduced rational: -192/341passiveOnePort/loadStates/50/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 51 → Load resistance R_L (Ω); null denotes openExact reduced rational: 459/62passiveOnePort/loadStates/51/loadOhm
    Original passive one-port → Load States → record 51 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/51/forcedPortV
    Original passive one-port → Load States → record 51 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/51/nodePotentialsV/0
    Original passive one-port → Load States → record 51 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/51/nodePotentialsV/a
    Original passive one-port → Load States → record 51 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/51/nodePotentialsV/b
    Original passive one-port → Load States → record 51 → Node Potentials (V) → XExact reduced rational: 21141/4154passiveOnePort/loadStates/51/nodePotentialsV/x
    Original passive one-port → Load States → record 51 → Node Potentials (V) → PExact reduced rational: 3672/2077passiveOnePort/loadStates/51/nodePotentialsV/p
    Original passive one-port → Load States → record 51 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/51/branches/0/id
    Original passive one-port → Load States → record 51 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/51/branches/0/tail
    Original passive one-port → Load States → record 51 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/51/branches/0/head
    Original passive one-port → Load States → record 51 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/51/branches/0/resistanceOhm
    Original passive one-port → Load States → record 51 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 16245/4154passiveOnePort/loadStates/51/branches/0/voltageV
    Original passive one-port → Load States → record 51 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 16245/8308passiveOnePort/loadStates/51/branches/0/currentA
    Original passive one-port → Load States → record 51 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 263900025/34511432passiveOnePort/loadStates/51/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 51 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/51/branches/1/id
    Original passive one-port → Load States → record 51 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/51/branches/1/tail
    Original passive one-port → Load States → record 51 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/51/branches/1/head
    Original passive one-port → Load States → record 51 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/51/branches/1/resistanceOhm
    Original passive one-port → Load States → record 51 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 21141/4154passiveOnePort/loadStates/51/branches/1/voltageV
    Original passive one-port → Load States → record 51 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 7047/8308passiveOnePort/loadStates/51/branches/1/currentA
    Original passive one-port → Load States → record 51 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 148980627/34511432passiveOnePort/loadStates/51/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 51 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/51/branches/2/id
    Original passive one-port → Load States → record 51 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/51/branches/2/tail
    Original passive one-port → Load States → record 51 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/51/branches/2/head
    Original passive one-port → Load States → record 51 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/51/branches/2/resistanceOhm
    Original passive one-port → Load States → record 51 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 13797/4154passiveOnePort/loadStates/51/branches/2/voltageV
    Original passive one-port → Load States → record 51 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 4599/4154passiveOnePort/loadStates/51/branches/2/currentA
    Original passive one-port → Load States → record 51 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 63452403/17255716passiveOnePort/loadStates/51/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 51 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/51/branches/3/id
    Original passive one-port → Load States → record 51 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/51/branches/3/tail
    Original passive one-port → Load States → record 51 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/51/branches/3/head
    Original passive one-port → Load States → record 51 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/51/branches/3/resistanceOhm
    Original passive one-port → Load States → record 51 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 3672/2077passiveOnePort/loadStates/51/branches/3/voltageV
    Original passive one-port → Load States → record 51 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 306/2077passiveOnePort/loadStates/51/branches/3/currentA
    Original passive one-port → Load States → record 51 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 1123632/4313929passiveOnePort/loadStates/51/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 51 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/51/branches/4/id
    Original passive one-port → Load States → record 51 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/51/branches/4/tail
    Original passive one-port → Load States → record 51 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/51/branches/4/head
    Original passive one-port → Load States → record 51 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/51/branches/4/resistanceOhm
    Original passive one-port → Load States → record 51 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 11980/2077passiveOnePort/loadStates/51/branches/4/voltageV
    Original passive one-port → Load States → record 51 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 2995/4154passiveOnePort/loadStates/51/branches/4/currentA
    Original passive one-port → Load States → record 51 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 17940050/4313929passiveOnePort/loadStates/51/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 51 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/51/branches/5/id
    Original passive one-port → Load States → record 51 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/51/branches/5/tail
    Original passive one-port → Load States → record 51 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/51/branches/5/head
    Original passive one-port → Load States → record 51 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/51/branches/5/voltageV
    Original passive one-port → Load States → record 51 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -16245/8308passiveOnePort/loadStates/51/branches/5/currentA
    Original passive one-port → Load States → record 51 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -146205/8308passiveOnePort/loadStates/51/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 51 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/51/branches/6/id
    Original passive one-port → Load States → record 51 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/51/branches/6/tail
    Original passive one-port → Load States → record 51 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/51/branches/6/head
    Original passive one-port → Load States → record 51 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/51/branches/6/voltageV
    Original passive one-port → Load States → record 51 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 2995/4154passiveOnePort/loadStates/51/branches/6/currentA
    Original passive one-port → Load States → record 51 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -5990/2077passiveOnePort/loadStates/51/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 51 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/51/branches/7/id
    Original passive one-port → Load States → record 51 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/51/branches/7/tail
    Original passive one-port → Load States → record 51 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/51/branches/7/head
    Original passive one-port → Load States → record 51 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 3672/2077passiveOnePort/loadStates/51/branches/7/voltageV
    Original passive one-port → Load States → record 51 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 16/67passiveOnePort/loadStates/51/branches/7/currentA
    Original passive one-port → Load States → record 51 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 58752/139159passiveOnePort/loadStates/51/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 51 → Current delivered out of network (A)Exact reduced rational: 16/67passiveOnePort/loadStates/51/deliveredPortCurrentA
    Original passive one-port → Load States → record 51 → Current entering network (A)Exact reduced rational: -16/67passiveOnePort/loadStates/51/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 51 → Load Or Test Absorbed Power (W)Exact reduced rational: 58752/139159passiveOnePort/loadStates/51/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 51 → Physical internal resistor dissipation (W)Exact reduced rational: 11166047/556636passiveOnePort/loadStates/51/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 51 → Sum of original sources absorbed power (W)Exact reduced rational: -170165/8308passiveOnePort/loadStates/51/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 51 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/51/kclResidualA/0
    Original passive one-port → Load States → record 51 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/51/kclResidualA/a
    Original passive one-port → Load States → record 51 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/51/kclResidualA/b
    Original passive one-port → Load States → record 51 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/51/kclResidualA/x
    Original passive one-port → Load States → record 51 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/51/kclResidualA/p
    Original passive one-port → Load States → record 51 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/51/powerResidualW
    Original passive one-port → Load States → record 51 → Record index (metadata, not a measured scalar)51passiveOnePort/loadStates/51/index
    Original passive one-port → Load States → record 51 → r=R_L/R_th (dimensionless)Exact reduced rational: 51/16passiveOnePort/loadStates/51/normalizedLoad
    Original passive one-port → Load States → record 51 → V/V_th (dimensionless)Exact reduced rational: 51/67passiveOnePort/loadStates/51/normalizedVoltage
    Original passive one-port → Load States → record 51 → I/I_sc (dimensionless)Exact reduced rational: 16/67passiveOnePort/loadStates/51/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 51 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 3264/4489passiveOnePort/loadStates/51/normalizedPower
    Original passive one-port → Load States → record 51 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 18432/139159passiveOnePort/loadStates/51/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 51 → Equivalent source absorbed power (W)Exact reduced rational: -1152/2077passiveOnePort/loadStates/51/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 52 → Load resistance R_L (Ω); null denotes openExact reduced rational: 234/31passiveOnePort/loadStates/52/loadOhm
    Original passive one-port → Load States → record 52 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/52/forcedPortV
    Original passive one-port → Load States → record 52 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/52/nodePotentialsV/0
    Original passive one-port → Load States → record 52 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/52/nodePotentialsV/a
    Original passive one-port → Load States → record 52 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/52/nodePotentialsV/b
    Original passive one-port → Load States → record 52 → Node Potentials (V) → XExact reduced rational: 5367/1054passiveOnePort/loadStates/52/nodePotentialsV/x
    Original passive one-port → Load States → record 52 → Node Potentials (V) → PExact reduced rational: 936/527passiveOnePort/loadStates/52/nodePotentialsV/p
    Original passive one-port → Load States → record 52 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/52/branches/0/id
    Original passive one-port → Load States → record 52 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/52/branches/0/tail
    Original passive one-port → Load States → record 52 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/52/branches/0/head
    Original passive one-port → Load States → record 52 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/52/branches/0/resistanceOhm
    Original passive one-port → Load States → record 52 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 4119/1054passiveOnePort/loadStates/52/branches/0/voltageV
    Original passive one-port → Load States → record 52 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 4119/2108passiveOnePort/loadStates/52/branches/0/currentA
    Original passive one-port → Load States → record 52 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 16966161/2221832passiveOnePort/loadStates/52/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 52 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/52/branches/1/id
    Original passive one-port → Load States → record 52 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/52/branches/1/tail
    Original passive one-port → Load States → record 52 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/52/branches/1/head
    Original passive one-port → Load States → record 52 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/52/branches/1/resistanceOhm
    Original passive one-port → Load States → record 52 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 5367/1054passiveOnePort/loadStates/52/branches/1/voltageV
    Original passive one-port → Load States → record 52 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 1789/2108passiveOnePort/loadStates/52/branches/1/currentA
    Original passive one-port → Load States → record 52 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 9601563/2221832passiveOnePort/loadStates/52/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 52 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/52/branches/2/id
    Original passive one-port → Load States → record 52 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/52/branches/2/tail
    Original passive one-port → Load States → record 52 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/52/branches/2/head
    Original passive one-port → Load States → record 52 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/52/branches/2/resistanceOhm
    Original passive one-port → Load States → record 52 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 3495/1054passiveOnePort/loadStates/52/branches/2/voltageV
    Original passive one-port → Load States → record 52 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 1165/1054passiveOnePort/loadStates/52/branches/2/currentA
    Original passive one-port → Load States → record 52 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 4071675/1110916passiveOnePort/loadStates/52/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 52 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/52/branches/3/id
    Original passive one-port → Load States → record 52 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/52/branches/3/tail
    Original passive one-port → Load States → record 52 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/52/branches/3/head
    Original passive one-port → Load States → record 52 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/52/branches/3/resistanceOhm
    Original passive one-port → Load States → record 52 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 936/527passiveOnePort/loadStates/52/branches/3/voltageV
    Original passive one-port → Load States → record 52 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 78/527passiveOnePort/loadStates/52/branches/3/currentA
    Original passive one-port → Load States → record 52 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 73008/277729passiveOnePort/loadStates/52/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 52 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/52/branches/4/id
    Original passive one-port → Load States → record 52 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/52/branches/4/tail
    Original passive one-port → Load States → record 52 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/52/branches/4/head
    Original passive one-port → Load States → record 52 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/52/branches/4/resistanceOhm
    Original passive one-port → Load States → record 52 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 3044/527passiveOnePort/loadStates/52/branches/4/voltageV
    Original passive one-port → Load States → record 52 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 761/1054passiveOnePort/loadStates/52/branches/4/currentA
    Original passive one-port → Load States → record 52 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 1158242/277729passiveOnePort/loadStates/52/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 52 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/52/branches/5/id
    Original passive one-port → Load States → record 52 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/52/branches/5/tail
    Original passive one-port → Load States → record 52 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/52/branches/5/head
    Original passive one-port → Load States → record 52 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/52/branches/5/voltageV
    Original passive one-port → Load States → record 52 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -4119/2108passiveOnePort/loadStates/52/branches/5/currentA
    Original passive one-port → Load States → record 52 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -37071/2108passiveOnePort/loadStates/52/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 52 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/52/branches/6/id
    Original passive one-port → Load States → record 52 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/52/branches/6/tail
    Original passive one-port → Load States → record 52 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/52/branches/6/head
    Original passive one-port → Load States → record 52 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/52/branches/6/voltageV
    Original passive one-port → Load States → record 52 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 761/1054passiveOnePort/loadStates/52/branches/6/currentA
    Original passive one-port → Load States → record 52 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -1522/527passiveOnePort/loadStates/52/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 52 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/52/branches/7/id
    Original passive one-port → Load States → record 52 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/52/branches/7/tail
    Original passive one-port → Load States → record 52 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/52/branches/7/head
    Original passive one-port → Load States → record 52 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 936/527passiveOnePort/loadStates/52/branches/7/voltageV
    Original passive one-port → Load States → record 52 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 4/17passiveOnePort/loadStates/52/branches/7/currentA
    Original passive one-port → Load States → record 52 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 3744/8959passiveOnePort/loadStates/52/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 52 → Current delivered out of network (A)Exact reduced rational: 4/17passiveOnePort/loadStates/52/deliveredPortCurrentA
    Original passive one-port → Load States → record 52 → Current entering network (A)Exact reduced rational: -4/17passiveOnePort/loadStates/52/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 52 → Load Or Test Absorbed Power (W)Exact reduced rational: 3744/8959passiveOnePort/loadStates/52/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 52 → Physical internal resistor dissipation (W)Exact reduced rational: 718727/35836passiveOnePort/loadStates/52/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 52 → Sum of original sources absorbed power (W)Exact reduced rational: -43159/2108passiveOnePort/loadStates/52/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 52 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/52/kclResidualA/0
    Original passive one-port → Load States → record 52 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/52/kclResidualA/a
    Original passive one-port → Load States → record 52 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/52/kclResidualA/b
    Original passive one-port → Load States → record 52 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/52/kclResidualA/x
    Original passive one-port → Load States → record 52 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/52/kclResidualA/p
    Original passive one-port → Load States → record 52 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/52/powerResidualW
    Original passive one-port → Load States → record 52 → Record index (metadata, not a measured scalar)52passiveOnePort/loadStates/52/index
    Original passive one-port → Load States → record 52 → r=R_L/R_th (dimensionless)Exact reduced rational: 13/4passiveOnePort/loadStates/52/normalizedLoad
    Original passive one-port → Load States → record 52 → V/V_th (dimensionless)Exact reduced rational: 13/17passiveOnePort/loadStates/52/normalizedVoltage
    Original passive one-port → Load States → record 52 → I/I_sc (dimensionless)Exact reduced rational: 4/17passiveOnePort/loadStates/52/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 52 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 208/289passiveOnePort/loadStates/52/normalizedPower
    Original passive one-port → Load States → record 52 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 1152/8959passiveOnePort/loadStates/52/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 52 → Equivalent source absorbed power (W)Exact reduced rational: -288/527passiveOnePort/loadStates/52/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 53 → Load resistance R_L (Ω); null denotes openExact reduced rational: 477/62passiveOnePort/loadStates/53/loadOhm
    Original passive one-port → Load States → record 53 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/53/forcedPortV
    Original passive one-port → Load States → record 53 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/53/nodePotentialsV/0
    Original passive one-port → Load States → record 53 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/53/nodePotentialsV/a
    Original passive one-port → Load States → record 53 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/53/nodePotentialsV/b
    Original passive one-port → Load States → record 53 → Node Potentials (V) → XExact reduced rational: 7265/1426passiveOnePort/loadStates/53/nodePotentialsV/x
    Original passive one-port → Load States → record 53 → Node Potentials (V) → PExact reduced rational: 1272/713passiveOnePort/loadStates/53/nodePotentialsV/p
    Original passive one-port → Load States → record 53 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/53/branches/0/id
    Original passive one-port → Load States → record 53 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/53/branches/0/tail
    Original passive one-port → Load States → record 53 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/53/branches/0/head
    Original passive one-port → Load States → record 53 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/53/branches/0/resistanceOhm
    Original passive one-port → Load States → record 53 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 5569/1426passiveOnePort/loadStates/53/branches/0/voltageV
    Original passive one-port → Load States → record 53 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 5569/2852passiveOnePort/loadStates/53/branches/0/currentA
    Original passive one-port → Load States → record 53 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 31013761/4066952passiveOnePort/loadStates/53/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 53 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/53/branches/1/id
    Original passive one-port → Load States → record 53 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/53/branches/1/tail
    Original passive one-port → Load States → record 53 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/53/branches/1/head
    Original passive one-port → Load States → record 53 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/53/branches/1/resistanceOhm
    Original passive one-port → Load States → record 53 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 7265/1426passiveOnePort/loadStates/53/branches/1/voltageV
    Original passive one-port → Load States → record 53 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 7265/8556passiveOnePort/loadStates/53/branches/1/currentA
    Original passive one-port → Load States → record 53 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 52780225/12200856passiveOnePort/loadStates/53/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 53 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/53/branches/2/id
    Original passive one-port → Load States → record 53 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/53/branches/2/tail
    Original passive one-port → Load States → record 53 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/53/branches/2/head
    Original passive one-port → Load States → record 53 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/53/branches/2/resistanceOhm
    Original passive one-port → Load States → record 53 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 4721/1426passiveOnePort/loadStates/53/branches/2/voltageV
    Original passive one-port → Load States → record 53 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 4721/4278passiveOnePort/loadStates/53/branches/2/currentA
    Original passive one-port → Load States → record 53 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 22287841/6100428passiveOnePort/loadStates/53/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 53 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/53/branches/3/id
    Original passive one-port → Load States → record 53 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/53/branches/3/tail
    Original passive one-port → Load States → record 53 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/53/branches/3/head
    Original passive one-port → Load States → record 53 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/53/branches/3/resistanceOhm
    Original passive one-port → Load States → record 53 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 1272/713passiveOnePort/loadStates/53/branches/3/voltageV
    Original passive one-port → Load States → record 53 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 106/713passiveOnePort/loadStates/53/branches/3/currentA
    Original passive one-port → Load States → record 53 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 134832/508369passiveOnePort/loadStates/53/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 53 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/53/branches/4/id
    Original passive one-port → Load States → record 53 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/53/branches/4/tail
    Original passive one-port → Load States → record 53 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/53/branches/4/head
    Original passive one-port → Load States → record 53 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/53/branches/4/resistanceOhm
    Original passive one-port → Load States → record 53 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 4124/713passiveOnePort/loadStates/53/branches/4/voltageV
    Original passive one-port → Load States → record 53 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 1031/1426passiveOnePort/loadStates/53/branches/4/currentA
    Original passive one-port → Load States → record 53 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 2125922/508369passiveOnePort/loadStates/53/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 53 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/53/branches/5/id
    Original passive one-port → Load States → record 53 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/53/branches/5/tail
    Original passive one-port → Load States → record 53 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/53/branches/5/head
    Original passive one-port → Load States → record 53 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/53/branches/5/voltageV
    Original passive one-port → Load States → record 53 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -5569/2852passiveOnePort/loadStates/53/branches/5/currentA
    Original passive one-port → Load States → record 53 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -50121/2852passiveOnePort/loadStates/53/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 53 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/53/branches/6/id
    Original passive one-port → Load States → record 53 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/53/branches/6/tail
    Original passive one-port → Load States → record 53 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/53/branches/6/head
    Original passive one-port → Load States → record 53 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/53/branches/6/voltageV
    Original passive one-port → Load States → record 53 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 1031/1426passiveOnePort/loadStates/53/branches/6/currentA
    Original passive one-port → Load States → record 53 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -2062/713passiveOnePort/loadStates/53/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 53 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/53/branches/7/id
    Original passive one-port → Load States → record 53 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/53/branches/7/tail
    Original passive one-port → Load States → record 53 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/53/branches/7/head
    Original passive one-port → Load States → record 53 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 1272/713passiveOnePort/loadStates/53/branches/7/voltageV
    Original passive one-port → Load States → record 53 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 16/69passiveOnePort/loadStates/53/branches/7/currentA
    Original passive one-port → Load States → record 53 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 6784/16399passiveOnePort/loadStates/53/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 53 → Current delivered out of network (A)Exact reduced rational: 16/69passiveOnePort/loadStates/53/deliveredPortCurrentA
    Original passive one-port → Load States → record 53 → Current entering network (A)Exact reduced rational: -16/69passiveOnePort/loadStates/53/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 53 → Load Or Test Absorbed Power (W)Exact reduced rational: 6784/16399passiveOnePort/loadStates/53/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 53 → Physical internal resistor dissipation (W)Exact reduced rational: 1315351/65596passiveOnePort/loadStates/53/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 53 → Sum of original sources absorbed power (W)Exact reduced rational: -58369/2852passiveOnePort/loadStates/53/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 53 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/53/kclResidualA/0
    Original passive one-port → Load States → record 53 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/53/kclResidualA/a
    Original passive one-port → Load States → record 53 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/53/kclResidualA/b
    Original passive one-port → Load States → record 53 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/53/kclResidualA/x
    Original passive one-port → Load States → record 53 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/53/kclResidualA/p
    Original passive one-port → Load States → record 53 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/53/powerResidualW
    Original passive one-port → Load States → record 53 → Record index (metadata, not a measured scalar)53passiveOnePort/loadStates/53/index
    Original passive one-port → Load States → record 53 → r=R_L/R_th (dimensionless)Exact reduced rational: 53/16passiveOnePort/loadStates/53/normalizedLoad
    Original passive one-port → Load States → record 53 → V/V_th (dimensionless)Exact reduced rational: 53/69passiveOnePort/loadStates/53/normalizedVoltage
    Original passive one-port → Load States → record 53 → I/I_sc (dimensionless)Exact reduced rational: 16/69passiveOnePort/loadStates/53/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 53 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 3392/4761passiveOnePort/loadStates/53/normalizedPower
    Original passive one-port → Load States → record 53 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 2048/16399passiveOnePort/loadStates/53/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 53 → Equivalent source absorbed power (W)Exact reduced rational: -384/713passiveOnePort/loadStates/53/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 54 → Load resistance R_L (Ω); null denotes openExact reduced rational: 243/31passiveOnePort/loadStates/54/loadOhm
    Original passive one-port → Load States → record 54 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/54/forcedPortV
    Original passive one-port → Load States → record 54 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/54/nodePotentialsV/0
    Original passive one-port → Load States → record 54 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/54/nodePotentialsV/a
    Original passive one-port → Load States → record 54 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/54/nodePotentialsV/b
    Original passive one-port → Load States → record 54 → Node Potentials (V) → XExact reduced rational: 11061/2170passiveOnePort/loadStates/54/nodePotentialsV/x
    Original passive one-port → Load States → record 54 → Node Potentials (V) → PExact reduced rational: 1944/1085passiveOnePort/loadStates/54/nodePotentialsV/p
    Original passive one-port → Load States → record 54 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/54/branches/0/id
    Original passive one-port → Load States → record 54 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/54/branches/0/tail
    Original passive one-port → Load States → record 54 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/54/branches/0/head
    Original passive one-port → Load States → record 54 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/54/branches/0/resistanceOhm
    Original passive one-port → Load States → record 54 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 8469/2170passiveOnePort/loadStates/54/branches/0/voltageV
    Original passive one-port → Load States → record 54 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 8469/4340passiveOnePort/loadStates/54/branches/0/currentA
    Original passive one-port → Load States → record 54 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 71723961/9417800passiveOnePort/loadStates/54/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 54 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/54/branches/1/id
    Original passive one-port → Load States → record 54 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/54/branches/1/tail
    Original passive one-port → Load States → record 54 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/54/branches/1/head
    Original passive one-port → Load States → record 54 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/54/branches/1/resistanceOhm
    Original passive one-port → Load States → record 54 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 11061/2170passiveOnePort/loadStates/54/branches/1/voltageV
    Original passive one-port → Load States → record 54 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 3687/4340passiveOnePort/loadStates/54/branches/1/currentA
    Original passive one-port → Load States → record 54 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 40781907/9417800passiveOnePort/loadStates/54/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 54 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/54/branches/2/id
    Original passive one-port → Load States → record 54 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/54/branches/2/tail
    Original passive one-port → Load States → record 54 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/54/branches/2/head
    Original passive one-port → Load States → record 54 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/54/branches/2/resistanceOhm
    Original passive one-port → Load States → record 54 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 7173/2170passiveOnePort/loadStates/54/branches/2/voltageV
    Original passive one-port → Load States → record 54 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 2391/2170passiveOnePort/loadStates/54/branches/2/currentA
    Original passive one-port → Load States → record 54 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 17150643/4708900passiveOnePort/loadStates/54/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 54 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/54/branches/3/id
    Original passive one-port → Load States → record 54 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/54/branches/3/tail
    Original passive one-port → Load States → record 54 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/54/branches/3/head
    Original passive one-port → Load States → record 54 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/54/branches/3/resistanceOhm
    Original passive one-port → Load States → record 54 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 1944/1085passiveOnePort/loadStates/54/branches/3/voltageV
    Original passive one-port → Load States → record 54 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 162/1085passiveOnePort/loadStates/54/branches/3/currentA
    Original passive one-port → Load States → record 54 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 314928/1177225passiveOnePort/loadStates/54/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 54 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/54/branches/4/id
    Original passive one-port → Load States → record 54 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/54/branches/4/tail
    Original passive one-port → Load States → record 54 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/54/branches/4/head
    Original passive one-port → Load States → record 54 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/54/branches/4/resistanceOhm
    Original passive one-port → Load States → record 54 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 6284/1085passiveOnePort/loadStates/54/branches/4/voltageV
    Original passive one-port → Load States → record 54 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 1571/2170passiveOnePort/loadStates/54/branches/4/currentA
    Original passive one-port → Load States → record 54 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 4936082/1177225passiveOnePort/loadStates/54/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 54 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/54/branches/5/id
    Original passive one-port → Load States → record 54 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/54/branches/5/tail
    Original passive one-port → Load States → record 54 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/54/branches/5/head
    Original passive one-port → Load States → record 54 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/54/branches/5/voltageV
    Original passive one-port → Load States → record 54 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -8469/4340passiveOnePort/loadStates/54/branches/5/currentA
    Original passive one-port → Load States → record 54 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -76221/4340passiveOnePort/loadStates/54/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 54 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/54/branches/6/id
    Original passive one-port → Load States → record 54 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/54/branches/6/tail
    Original passive one-port → Load States → record 54 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/54/branches/6/head
    Original passive one-port → Load States → record 54 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/54/branches/6/voltageV
    Original passive one-port → Load States → record 54 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 1571/2170passiveOnePort/loadStates/54/branches/6/currentA
    Original passive one-port → Load States → record 54 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -3142/1085passiveOnePort/loadStates/54/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 54 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/54/branches/7/id
    Original passive one-port → Load States → record 54 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/54/branches/7/tail
    Original passive one-port → Load States → record 54 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/54/branches/7/head
    Original passive one-port → Load States → record 54 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 1944/1085passiveOnePort/loadStates/54/branches/7/voltageV
    Original passive one-port → Load States → record 54 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 8/35passiveOnePort/loadStates/54/branches/7/currentA
    Original passive one-port → Load States → record 54 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 15552/37975passiveOnePort/loadStates/54/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 54 → Current delivered out of network (A)Exact reduced rational: 8/35passiveOnePort/loadStates/54/deliveredPortCurrentA
    Original passive one-port → Load States → record 54 → Current entering network (A)Exact reduced rational: -8/35passiveOnePort/loadStates/54/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 54 → Load Or Test Absorbed Power (W)Exact reduced rational: 15552/37975passiveOnePort/loadStates/54/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 54 → Physical internal resistor dissipation (W)Exact reduced rational: 3045407/151900passiveOnePort/loadStates/54/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 54 → Sum of original sources absorbed power (W)Exact reduced rational: -88789/4340passiveOnePort/loadStates/54/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 54 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/54/kclResidualA/0
    Original passive one-port → Load States → record 54 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/54/kclResidualA/a
    Original passive one-port → Load States → record 54 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/54/kclResidualA/b
    Original passive one-port → Load States → record 54 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/54/kclResidualA/x
    Original passive one-port → Load States → record 54 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/54/kclResidualA/p
    Original passive one-port → Load States → record 54 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/54/powerResidualW
    Original passive one-port → Load States → record 54 → Record index (metadata, not a measured scalar)54passiveOnePort/loadStates/54/index
    Original passive one-port → Load States → record 54 → r=R_L/R_th (dimensionless)Exact reduced rational: 27/8passiveOnePort/loadStates/54/normalizedLoad
    Original passive one-port → Load States → record 54 → V/V_th (dimensionless)Exact reduced rational: 27/35passiveOnePort/loadStates/54/normalizedVoltage
    Original passive one-port → Load States → record 54 → I/I_sc (dimensionless)Exact reduced rational: 8/35passiveOnePort/loadStates/54/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 54 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 864/1225passiveOnePort/loadStates/54/normalizedPower
    Original passive one-port → Load States → record 54 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 4608/37975passiveOnePort/loadStates/54/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 54 → Equivalent source absorbed power (W)Exact reduced rational: -576/1085passiveOnePort/loadStates/54/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 55 → Load resistance R_L (Ω); null denotes openExact reduced rational: 495/62passiveOnePort/loadStates/55/loadOhm
    Original passive one-port → Load States → record 55 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/55/forcedPortV
    Original passive one-port → Load States → record 55 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/55/nodePotentialsV/0
    Original passive one-port → Load States → record 55 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/55/nodePotentialsV/a
    Original passive one-port → Load States → record 55 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/55/nodePotentialsV/b
    Original passive one-port → Load States → record 55 → Node Potentials (V) → XExact reduced rational: 22449/4402passiveOnePort/loadStates/55/nodePotentialsV/x
    Original passive one-port → Load States → record 55 → Node Potentials (V) → PExact reduced rational: 3960/2201passiveOnePort/loadStates/55/nodePotentialsV/p
    Original passive one-port → Load States → record 55 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/55/branches/0/id
    Original passive one-port → Load States → record 55 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/55/branches/0/tail
    Original passive one-port → Load States → record 55 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/55/branches/0/head
    Original passive one-port → Load States → record 55 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/55/branches/0/resistanceOhm
    Original passive one-port → Load States → record 55 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 17169/4402passiveOnePort/loadStates/55/branches/0/voltageV
    Original passive one-port → Load States → record 55 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 17169/8804passiveOnePort/loadStates/55/branches/0/currentA
    Original passive one-port → Load States → record 55 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 294774561/38755208passiveOnePort/loadStates/55/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 55 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/55/branches/1/id
    Original passive one-port → Load States → record 55 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/55/branches/1/tail
    Original passive one-port → Load States → record 55 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/55/branches/1/head
    Original passive one-port → Load States → record 55 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/55/branches/1/resistanceOhm
    Original passive one-port → Load States → record 55 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 22449/4402passiveOnePort/loadStates/55/branches/1/voltageV
    Original passive one-port → Load States → record 55 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 7483/8804passiveOnePort/loadStates/55/branches/1/currentA
    Original passive one-port → Load States → record 55 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 167985867/38755208passiveOnePort/loadStates/55/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 55 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/55/branches/2/id
    Original passive one-port → Load States → record 55 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/55/branches/2/tail
    Original passive one-port → Load States → record 55 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/55/branches/2/head
    Original passive one-port → Load States → record 55 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/55/branches/2/resistanceOhm
    Original passive one-port → Load States → record 55 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 14529/4402passiveOnePort/loadStates/55/branches/2/voltageV
    Original passive one-port → Load States → record 55 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 4843/4402passiveOnePort/loadStates/55/branches/2/currentA
    Original passive one-port → Load States → record 55 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 70363947/19377604passiveOnePort/loadStates/55/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 55 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/55/branches/3/id
    Original passive one-port → Load States → record 55 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/55/branches/3/tail
    Original passive one-port → Load States → record 55 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/55/branches/3/head
    Original passive one-port → Load States → record 55 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/55/branches/3/resistanceOhm
    Original passive one-port → Load States → record 55 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 3960/2201passiveOnePort/loadStates/55/branches/3/voltageV
    Original passive one-port → Load States → record 55 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 330/2201passiveOnePort/loadStates/55/branches/3/currentA
    Original passive one-port → Load States → record 55 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 1306800/4844401passiveOnePort/loadStates/55/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 55 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/55/branches/4/id
    Original passive one-port → Load States → record 55 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/55/branches/4/tail
    Original passive one-port → Load States → record 55 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/55/branches/4/head
    Original passive one-port → Load States → record 55 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/55/branches/4/resistanceOhm
    Original passive one-port → Load States → record 55 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 12764/2201passiveOnePort/loadStates/55/branches/4/voltageV
    Original passive one-port → Load States → record 55 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 3191/4402passiveOnePort/loadStates/55/branches/4/currentA
    Original passive one-port → Load States → record 55 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 20364962/4844401passiveOnePort/loadStates/55/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 55 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/55/branches/5/id
    Original passive one-port → Load States → record 55 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/55/branches/5/tail
    Original passive one-port → Load States → record 55 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/55/branches/5/head
    Original passive one-port → Load States → record 55 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/55/branches/5/voltageV
    Original passive one-port → Load States → record 55 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -17169/8804passiveOnePort/loadStates/55/branches/5/currentA
    Original passive one-port → Load States → record 55 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -154521/8804passiveOnePort/loadStates/55/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 55 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/55/branches/6/id
    Original passive one-port → Load States → record 55 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/55/branches/6/tail
    Original passive one-port → Load States → record 55 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/55/branches/6/head
    Original passive one-port → Load States → record 55 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/55/branches/6/voltageV
    Original passive one-port → Load States → record 55 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 3191/4402passiveOnePort/loadStates/55/branches/6/currentA
    Original passive one-port → Load States → record 55 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -6382/2201passiveOnePort/loadStates/55/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 55 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/55/branches/7/id
    Original passive one-port → Load States → record 55 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/55/branches/7/tail
    Original passive one-port → Load States → record 55 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/55/branches/7/head
    Original passive one-port → Load States → record 55 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 3960/2201passiveOnePort/loadStates/55/branches/7/voltageV
    Original passive one-port → Load States → record 55 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 16/71passiveOnePort/loadStates/55/branches/7/currentA
    Original passive one-port → Load States → record 55 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 63360/156271passiveOnePort/loadStates/55/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 55 → Current delivered out of network (A)Exact reduced rational: 16/71passiveOnePort/loadStates/55/deliveredPortCurrentA
    Original passive one-port → Load States → record 55 → Current entering network (A)Exact reduced rational: -16/71passiveOnePort/loadStates/55/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 55 → Load Or Test Absorbed Power (W)Exact reduced rational: 63360/156271passiveOnePort/loadStates/55/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 55 → Physical internal resistor dissipation (W)Exact reduced rational: 12530039/625084passiveOnePort/loadStates/55/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 55 → Sum of original sources absorbed power (W)Exact reduced rational: -180049/8804passiveOnePort/loadStates/55/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 55 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/55/kclResidualA/0
    Original passive one-port → Load States → record 55 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/55/kclResidualA/a
    Original passive one-port → Load States → record 55 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/55/kclResidualA/b
    Original passive one-port → Load States → record 55 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/55/kclResidualA/x
    Original passive one-port → Load States → record 55 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/55/kclResidualA/p
    Original passive one-port → Load States → record 55 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/55/powerResidualW
    Original passive one-port → Load States → record 55 → Record index (metadata, not a measured scalar)55passiveOnePort/loadStates/55/index
    Original passive one-port → Load States → record 55 → r=R_L/R_th (dimensionless)Exact reduced rational: 55/16passiveOnePort/loadStates/55/normalizedLoad
    Original passive one-port → Load States → record 55 → V/V_th (dimensionless)Exact reduced rational: 55/71passiveOnePort/loadStates/55/normalizedVoltage
    Original passive one-port → Load States → record 55 → I/I_sc (dimensionless)Exact reduced rational: 16/71passiveOnePort/loadStates/55/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 55 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 3520/5041passiveOnePort/loadStates/55/normalizedPower
    Original passive one-port → Load States → record 55 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 18432/156271passiveOnePort/loadStates/55/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 55 → Equivalent source absorbed power (W)Exact reduced rational: -1152/2201passiveOnePort/loadStates/55/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 56 → Load resistance R_L (Ω); null denotes openExact reduced rational: 252/31passiveOnePort/loadStates/56/loadOhm
    Original passive one-port → Load States → record 56 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/56/forcedPortV
    Original passive one-port → Load States → record 56 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/56/nodePotentialsV/0
    Original passive one-port → Load States → record 56 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/56/nodePotentialsV/a
    Original passive one-port → Load States → record 56 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/56/nodePotentialsV/b
    Original passive one-port → Load States → record 56 → Node Potentials (V) → XExact reduced rational: 949/186passiveOnePort/loadStates/56/nodePotentialsV/x
    Original passive one-port → Load States → record 56 → Node Potentials (V) → PExact reduced rational: 56/31passiveOnePort/loadStates/56/nodePotentialsV/p
    Original passive one-port → Load States → record 56 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/56/branches/0/id
    Original passive one-port → Load States → record 56 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/56/branches/0/tail
    Original passive one-port → Load States → record 56 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/56/branches/0/head
    Original passive one-port → Load States → record 56 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/56/branches/0/resistanceOhm
    Original passive one-port → Load States → record 56 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 725/186passiveOnePort/loadStates/56/branches/0/voltageV
    Original passive one-port → Load States → record 56 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 725/372passiveOnePort/loadStates/56/branches/0/currentA
    Original passive one-port → Load States → record 56 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 525625/69192passiveOnePort/loadStates/56/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 56 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/56/branches/1/id
    Original passive one-port → Load States → record 56 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/56/branches/1/tail
    Original passive one-port → Load States → record 56 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/56/branches/1/head
    Original passive one-port → Load States → record 56 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/56/branches/1/resistanceOhm
    Original passive one-port → Load States → record 56 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 949/186passiveOnePort/loadStates/56/branches/1/voltageV
    Original passive one-port → Load States → record 56 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 949/1116passiveOnePort/loadStates/56/branches/1/currentA
    Original passive one-port → Load States → record 56 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 900601/207576passiveOnePort/loadStates/56/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 56 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/56/branches/2/id
    Original passive one-port → Load States → record 56 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/56/branches/2/tail
    Original passive one-port → Load States → record 56 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/56/branches/2/head
    Original passive one-port → Load States → record 56 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/56/branches/2/resistanceOhm
    Original passive one-port → Load States → record 56 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 613/186passiveOnePort/loadStates/56/branches/2/voltageV
    Original passive one-port → Load States → record 56 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 613/558passiveOnePort/loadStates/56/branches/2/currentA
    Original passive one-port → Load States → record 56 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 375769/103788passiveOnePort/loadStates/56/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 56 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/56/branches/3/id
    Original passive one-port → Load States → record 56 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/56/branches/3/tail
    Original passive one-port → Load States → record 56 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/56/branches/3/head
    Original passive one-port → Load States → record 56 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/56/branches/3/resistanceOhm
    Original passive one-port → Load States → record 56 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 56/31passiveOnePort/loadStates/56/branches/3/voltageV
    Original passive one-port → Load States → record 56 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 14/93passiveOnePort/loadStates/56/branches/3/currentA
    Original passive one-port → Load States → record 56 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 784/2883passiveOnePort/loadStates/56/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 56 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/56/branches/4/id
    Original passive one-port → Load States → record 56 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/56/branches/4/tail
    Original passive one-port → Load States → record 56 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/56/branches/4/head
    Original passive one-port → Load States → record 56 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/56/branches/4/resistanceOhm
    Original passive one-port → Load States → record 56 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 180/31passiveOnePort/loadStates/56/branches/4/voltageV
    Original passive one-port → Load States → record 56 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 45/62passiveOnePort/loadStates/56/branches/4/currentA
    Original passive one-port → Load States → record 56 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 4050/961passiveOnePort/loadStates/56/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 56 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/56/branches/5/id
    Original passive one-port → Load States → record 56 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/56/branches/5/tail
    Original passive one-port → Load States → record 56 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/56/branches/5/head
    Original passive one-port → Load States → record 56 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/56/branches/5/voltageV
    Original passive one-port → Load States → record 56 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -725/372passiveOnePort/loadStates/56/branches/5/currentA
    Original passive one-port → Load States → record 56 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -2175/124passiveOnePort/loadStates/56/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 56 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/56/branches/6/id
    Original passive one-port → Load States → record 56 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/56/branches/6/tail
    Original passive one-port → Load States → record 56 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/56/branches/6/head
    Original passive one-port → Load States → record 56 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/56/branches/6/voltageV
    Original passive one-port → Load States → record 56 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 45/62passiveOnePort/loadStates/56/branches/6/currentA
    Original passive one-port → Load States → record 56 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -90/31passiveOnePort/loadStates/56/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 56 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/56/branches/7/id
    Original passive one-port → Load States → record 56 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/56/branches/7/tail
    Original passive one-port → Load States → record 56 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/56/branches/7/head
    Original passive one-port → Load States → record 56 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 56/31passiveOnePort/loadStates/56/branches/7/voltageV
    Original passive one-port → Load States → record 56 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 2/9passiveOnePort/loadStates/56/branches/7/currentA
    Original passive one-port → Load States → record 56 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 112/279passiveOnePort/loadStates/56/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 56 → Current delivered out of network (A)Exact reduced rational: 2/9passiveOnePort/loadStates/56/deliveredPortCurrentA
    Original passive one-port → Load States → record 56 → Current entering network (A)Exact reduced rational: -2/9passiveOnePort/loadStates/56/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 56 → Load Or Test Absorbed Power (W)Exact reduced rational: 112/279passiveOnePort/loadStates/56/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 56 → Physical internal resistor dissipation (W)Exact reduced rational: 22367/1116passiveOnePort/loadStates/56/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 56 → Sum of original sources absorbed power (W)Exact reduced rational: -2535/124passiveOnePort/loadStates/56/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 56 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/56/kclResidualA/0
    Original passive one-port → Load States → record 56 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/56/kclResidualA/a
    Original passive one-port → Load States → record 56 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/56/kclResidualA/b
    Original passive one-port → Load States → record 56 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/56/kclResidualA/x
    Original passive one-port → Load States → record 56 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/56/kclResidualA/p
    Original passive one-port → Load States → record 56 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/56/powerResidualW
    Original passive one-port → Load States → record 56 → Record index (metadata, not a measured scalar)56passiveOnePort/loadStates/56/index
    Original passive one-port → Load States → record 56 → r=R_L/R_th (dimensionless)Exact reduced rational: 7/2passiveOnePort/loadStates/56/normalizedLoad
    Original passive one-port → Load States → record 56 → V/V_th (dimensionless)Exact reduced rational: 7/9passiveOnePort/loadStates/56/normalizedVoltage
    Original passive one-port → Load States → record 56 → I/I_sc (dimensionless)Exact reduced rational: 2/9passiveOnePort/loadStates/56/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 56 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 56/81passiveOnePort/loadStates/56/normalizedPower
    Original passive one-port → Load States → record 56 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 32/279passiveOnePort/loadStates/56/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 56 → Equivalent source absorbed power (W)Exact reduced rational: -16/31passiveOnePort/loadStates/56/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 57 → Load resistance R_L (Ω); null denotes openExact reduced rational: 513/62passiveOnePort/loadStates/57/loadOhm
    Original passive one-port → Load States → record 57 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/57/forcedPortV
    Original passive one-port → Load States → record 57 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/57/nodePotentialsV/0
    Original passive one-port → Load States → record 57 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/57/nodePotentialsV/a
    Original passive one-port → Load States → record 57 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/57/nodePotentialsV/b
    Original passive one-port → Load States → record 57 → Node Potentials (V) → XExact reduced rational: 23103/4526passiveOnePort/loadStates/57/nodePotentialsV/x
    Original passive one-port → Load States → record 57 → Node Potentials (V) → PExact reduced rational: 4104/2263passiveOnePort/loadStates/57/nodePotentialsV/p
    Original passive one-port → Load States → record 57 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/57/branches/0/id
    Original passive one-port → Load States → record 57 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/57/branches/0/tail
    Original passive one-port → Load States → record 57 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/57/branches/0/head
    Original passive one-port → Load States → record 57 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/57/branches/0/resistanceOhm
    Original passive one-port → Load States → record 57 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 17631/4526passiveOnePort/loadStates/57/branches/0/voltageV
    Original passive one-port → Load States → record 57 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 17631/9052passiveOnePort/loadStates/57/branches/0/currentA
    Original passive one-port → Load States → record 57 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 310852161/40969352passiveOnePort/loadStates/57/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 57 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/57/branches/1/id
    Original passive one-port → Load States → record 57 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/57/branches/1/tail
    Original passive one-port → Load States → record 57 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/57/branches/1/head
    Original passive one-port → Load States → record 57 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/57/branches/1/resistanceOhm
    Original passive one-port → Load States → record 57 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 23103/4526passiveOnePort/loadStates/57/branches/1/voltageV
    Original passive one-port → Load States → record 57 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 7701/9052passiveOnePort/loadStates/57/branches/1/currentA
    Original passive one-port → Load States → record 57 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 177916203/40969352passiveOnePort/loadStates/57/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 57 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/57/branches/2/id
    Original passive one-port → Load States → record 57 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/57/branches/2/tail
    Original passive one-port → Load States → record 57 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/57/branches/2/head
    Original passive one-port → Load States → record 57 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/57/branches/2/resistanceOhm
    Original passive one-port → Load States → record 57 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 14895/4526passiveOnePort/loadStates/57/branches/2/voltageV
    Original passive one-port → Load States → record 57 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 4965/4526passiveOnePort/loadStates/57/branches/2/currentA
    Original passive one-port → Load States → record 57 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 73953675/20484676passiveOnePort/loadStates/57/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 57 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/57/branches/3/id
    Original passive one-port → Load States → record 57 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/57/branches/3/tail
    Original passive one-port → Load States → record 57 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/57/branches/3/head
    Original passive one-port → Load States → record 57 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/57/branches/3/resistanceOhm
    Original passive one-port → Load States → record 57 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 4104/2263passiveOnePort/loadStates/57/branches/3/voltageV
    Original passive one-port → Load States → record 57 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 342/2263passiveOnePort/loadStates/57/branches/3/currentA
    Original passive one-port → Load States → record 57 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 1403568/5121169passiveOnePort/loadStates/57/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 57 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/57/branches/4/id
    Original passive one-port → Load States → record 57 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/57/branches/4/tail
    Original passive one-port → Load States → record 57 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/57/branches/4/head
    Original passive one-port → Load States → record 57 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/57/branches/4/resistanceOhm
    Original passive one-port → Load States → record 57 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 13156/2263passiveOnePort/loadStates/57/branches/4/voltageV
    Original passive one-port → Load States → record 57 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 3289/4526passiveOnePort/loadStates/57/branches/4/currentA
    Original passive one-port → Load States → record 57 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 21635042/5121169passiveOnePort/loadStates/57/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 57 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/57/branches/5/id
    Original passive one-port → Load States → record 57 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/57/branches/5/tail
    Original passive one-port → Load States → record 57 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/57/branches/5/head
    Original passive one-port → Load States → record 57 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/57/branches/5/voltageV
    Original passive one-port → Load States → record 57 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -17631/9052passiveOnePort/loadStates/57/branches/5/currentA
    Original passive one-port → Load States → record 57 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -158679/9052passiveOnePort/loadStates/57/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 57 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/57/branches/6/id
    Original passive one-port → Load States → record 57 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/57/branches/6/tail
    Original passive one-port → Load States → record 57 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/57/branches/6/head
    Original passive one-port → Load States → record 57 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/57/branches/6/voltageV
    Original passive one-port → Load States → record 57 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 3289/4526passiveOnePort/loadStates/57/branches/6/currentA
    Original passive one-port → Load States → record 57 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -6578/2263passiveOnePort/loadStates/57/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 57 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/57/branches/7/id
    Original passive one-port → Load States → record 57 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/57/branches/7/tail
    Original passive one-port → Load States → record 57 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/57/branches/7/head
    Original passive one-port → Load States → record 57 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 4104/2263passiveOnePort/loadStates/57/branches/7/voltageV
    Original passive one-port → Load States → record 57 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 16/73passiveOnePort/loadStates/57/branches/7/currentA
    Original passive one-port → Load States → record 57 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 65664/165199passiveOnePort/loadStates/57/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 57 → Current delivered out of network (A)Exact reduced rational: 16/73passiveOnePort/loadStates/57/deliveredPortCurrentA
    Original passive one-port → Load States → record 57 → Current entering network (A)Exact reduced rational: -16/73passiveOnePort/loadStates/57/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 57 → Load Or Test Absorbed Power (W)Exact reduced rational: 65664/165199passiveOnePort/loadStates/57/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 57 → Physical internal resistor dissipation (W)Exact reduced rational: 13241687/660796passiveOnePort/loadStates/57/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 57 → Sum of original sources absorbed power (W)Exact reduced rational: -184991/9052passiveOnePort/loadStates/57/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 57 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/57/kclResidualA/0
    Original passive one-port → Load States → record 57 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/57/kclResidualA/a
    Original passive one-port → Load States → record 57 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/57/kclResidualA/b
    Original passive one-port → Load States → record 57 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/57/kclResidualA/x
    Original passive one-port → Load States → record 57 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/57/kclResidualA/p
    Original passive one-port → Load States → record 57 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/57/powerResidualW
    Original passive one-port → Load States → record 57 → Record index (metadata, not a measured scalar)57passiveOnePort/loadStates/57/index
    Original passive one-port → Load States → record 57 → r=R_L/R_th (dimensionless)Exact reduced rational: 57/16passiveOnePort/loadStates/57/normalizedLoad
    Original passive one-port → Load States → record 57 → V/V_th (dimensionless)Exact reduced rational: 57/73passiveOnePort/loadStates/57/normalizedVoltage
    Original passive one-port → Load States → record 57 → I/I_sc (dimensionless)Exact reduced rational: 16/73passiveOnePort/loadStates/57/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 57 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 3648/5329passiveOnePort/loadStates/57/normalizedPower
    Original passive one-port → Load States → record 57 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 18432/165199passiveOnePort/loadStates/57/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 57 → Equivalent source absorbed power (W)Exact reduced rational: -1152/2263passiveOnePort/loadStates/57/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 58 → Load resistance R_L (Ω); null denotes openExact reduced rational: 261/31passiveOnePort/loadStates/58/loadOhm
    Original passive one-port → Load States → record 58 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/58/forcedPortV
    Original passive one-port → Load States → record 58 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/58/nodePotentialsV/0
    Original passive one-port → Load States → record 58 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/58/nodePotentialsV/a
    Original passive one-port → Load States → record 58 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/58/nodePotentialsV/b
    Original passive one-port → Load States → record 58 → Node Potentials (V) → XExact reduced rational: 11715/2294passiveOnePort/loadStates/58/nodePotentialsV/x
    Original passive one-port → Load States → record 58 → Node Potentials (V) → PExact reduced rational: 2088/1147passiveOnePort/loadStates/58/nodePotentialsV/p
    Original passive one-port → Load States → record 58 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/58/branches/0/id
    Original passive one-port → Load States → record 58 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/58/branches/0/tail
    Original passive one-port → Load States → record 58 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/58/branches/0/head
    Original passive one-port → Load States → record 58 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/58/branches/0/resistanceOhm
    Original passive one-port → Load States → record 58 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 8931/2294passiveOnePort/loadStates/58/branches/0/voltageV
    Original passive one-port → Load States → record 58 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 8931/4588passiveOnePort/loadStates/58/branches/0/currentA
    Original passive one-port → Load States → record 58 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 79762761/10524872passiveOnePort/loadStates/58/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 58 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/58/branches/1/id
    Original passive one-port → Load States → record 58 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/58/branches/1/tail
    Original passive one-port → Load States → record 58 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/58/branches/1/head
    Original passive one-port → Load States → record 58 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/58/branches/1/resistanceOhm
    Original passive one-port → Load States → record 58 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 11715/2294passiveOnePort/loadStates/58/branches/1/voltageV
    Original passive one-port → Load States → record 58 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 3905/4588passiveOnePort/loadStates/58/branches/1/currentA
    Original passive one-port → Load States → record 58 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 45747075/10524872passiveOnePort/loadStates/58/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 58 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/58/branches/2/id
    Original passive one-port → Load States → record 58 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/58/branches/2/tail
    Original passive one-port → Load States → record 58 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/58/branches/2/head
    Original passive one-port → Load States → record 58 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/58/branches/2/resistanceOhm
    Original passive one-port → Load States → record 58 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 7539/2294passiveOnePort/loadStates/58/branches/2/voltageV
    Original passive one-port → Load States → record 58 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 2513/2294passiveOnePort/loadStates/58/branches/2/currentA
    Original passive one-port → Load States → record 58 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 18945507/5262436passiveOnePort/loadStates/58/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 58 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/58/branches/3/id
    Original passive one-port → Load States → record 58 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/58/branches/3/tail
    Original passive one-port → Load States → record 58 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/58/branches/3/head
    Original passive one-port → Load States → record 58 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/58/branches/3/resistanceOhm
    Original passive one-port → Load States → record 58 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 2088/1147passiveOnePort/loadStates/58/branches/3/voltageV
    Original passive one-port → Load States → record 58 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 174/1147passiveOnePort/loadStates/58/branches/3/currentA
    Original passive one-port → Load States → record 58 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 363312/1315609passiveOnePort/loadStates/58/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 58 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/58/branches/4/id
    Original passive one-port → Load States → record 58 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/58/branches/4/tail
    Original passive one-port → Load States → record 58 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/58/branches/4/head
    Original passive one-port → Load States → record 58 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/58/branches/4/resistanceOhm
    Original passive one-port → Load States → record 58 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 6676/1147passiveOnePort/loadStates/58/branches/4/voltageV
    Original passive one-port → Load States → record 58 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 1669/2294passiveOnePort/loadStates/58/branches/4/currentA
    Original passive one-port → Load States → record 58 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 5571122/1315609passiveOnePort/loadStates/58/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 58 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/58/branches/5/id
    Original passive one-port → Load States → record 58 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/58/branches/5/tail
    Original passive one-port → Load States → record 58 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/58/branches/5/head
    Original passive one-port → Load States → record 58 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/58/branches/5/voltageV
    Original passive one-port → Load States → record 58 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -8931/4588passiveOnePort/loadStates/58/branches/5/currentA
    Original passive one-port → Load States → record 58 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -80379/4588passiveOnePort/loadStates/58/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 58 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/58/branches/6/id
    Original passive one-port → Load States → record 58 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/58/branches/6/tail
    Original passive one-port → Load States → record 58 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/58/branches/6/head
    Original passive one-port → Load States → record 58 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/58/branches/6/voltageV
    Original passive one-port → Load States → record 58 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 1669/2294passiveOnePort/loadStates/58/branches/6/currentA
    Original passive one-port → Load States → record 58 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -3338/1147passiveOnePort/loadStates/58/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 58 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/58/branches/7/id
    Original passive one-port → Load States → record 58 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/58/branches/7/tail
    Original passive one-port → Load States → record 58 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/58/branches/7/head
    Original passive one-port → Load States → record 58 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 2088/1147passiveOnePort/loadStates/58/branches/7/voltageV
    Original passive one-port → Load States → record 58 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 8/37passiveOnePort/loadStates/58/branches/7/currentA
    Original passive one-port → Load States → record 58 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 16704/42439passiveOnePort/loadStates/58/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 58 → Current delivered out of network (A)Exact reduced rational: 8/37passiveOnePort/loadStates/58/deliveredPortCurrentA
    Original passive one-port → Load States → record 58 → Current entering network (A)Exact reduced rational: -8/37passiveOnePort/loadStates/58/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 58 → Load Or Test Absorbed Power (W)Exact reduced rational: 16704/42439passiveOnePort/loadStates/58/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 58 → Physical internal resistor dissipation (W)Exact reduced rational: 3401231/169756passiveOnePort/loadStates/58/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 58 → Sum of original sources absorbed power (W)Exact reduced rational: -93731/4588passiveOnePort/loadStates/58/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 58 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/58/kclResidualA/0
    Original passive one-port → Load States → record 58 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/58/kclResidualA/a
    Original passive one-port → Load States → record 58 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/58/kclResidualA/b
    Original passive one-port → Load States → record 58 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/58/kclResidualA/x
    Original passive one-port → Load States → record 58 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/58/kclResidualA/p
    Original passive one-port → Load States → record 58 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/58/powerResidualW
    Original passive one-port → Load States → record 58 → Record index (metadata, not a measured scalar)58passiveOnePort/loadStates/58/index
    Original passive one-port → Load States → record 58 → r=R_L/R_th (dimensionless)Exact reduced rational: 29/8passiveOnePort/loadStates/58/normalizedLoad
    Original passive one-port → Load States → record 58 → V/V_th (dimensionless)Exact reduced rational: 29/37passiveOnePort/loadStates/58/normalizedVoltage
    Original passive one-port → Load States → record 58 → I/I_sc (dimensionless)Exact reduced rational: 8/37passiveOnePort/loadStates/58/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 58 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 928/1369passiveOnePort/loadStates/58/normalizedPower
    Original passive one-port → Load States → record 58 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 4608/42439passiveOnePort/loadStates/58/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 58 → Equivalent source absorbed power (W)Exact reduced rational: -576/1147passiveOnePort/loadStates/58/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 59 → Load resistance R_L (Ω); null denotes openExact reduced rational: 531/62passiveOnePort/loadStates/59/loadOhm
    Original passive one-port → Load States → record 59 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/59/forcedPortV
    Original passive one-port → Load States → record 59 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/59/nodePotentialsV/0
    Original passive one-port → Load States → record 59 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/59/nodePotentialsV/a
    Original passive one-port → Load States → record 59 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/59/nodePotentialsV/b
    Original passive one-port → Load States → record 59 → Node Potentials (V) → XExact reduced rational: 7919/1550passiveOnePort/loadStates/59/nodePotentialsV/x
    Original passive one-port → Load States → record 59 → Node Potentials (V) → PExact reduced rational: 1416/775passiveOnePort/loadStates/59/nodePotentialsV/p
    Original passive one-port → Load States → record 59 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/59/branches/0/id
    Original passive one-port → Load States → record 59 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/59/branches/0/tail
    Original passive one-port → Load States → record 59 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/59/branches/0/head
    Original passive one-port → Load States → record 59 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/59/branches/0/resistanceOhm
    Original passive one-port → Load States → record 59 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 6031/1550passiveOnePort/loadStates/59/branches/0/voltageV
    Original passive one-port → Load States → record 59 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 6031/3100passiveOnePort/loadStates/59/branches/0/currentA
    Original passive one-port → Load States → record 59 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 36372961/4805000passiveOnePort/loadStates/59/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 59 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/59/branches/1/id
    Original passive one-port → Load States → record 59 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/59/branches/1/tail
    Original passive one-port → Load States → record 59 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/59/branches/1/head
    Original passive one-port → Load States → record 59 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/59/branches/1/resistanceOhm
    Original passive one-port → Load States → record 59 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 7919/1550passiveOnePort/loadStates/59/branches/1/voltageV
    Original passive one-port → Load States → record 59 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 7919/9300passiveOnePort/loadStates/59/branches/1/currentA
    Original passive one-port → Load States → record 59 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 62710561/14415000passiveOnePort/loadStates/59/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 59 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/59/branches/2/id
    Original passive one-port → Load States → record 59 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/59/branches/2/tail
    Original passive one-port → Load States → record 59 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/59/branches/2/head
    Original passive one-port → Load States → record 59 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/59/branches/2/resistanceOhm
    Original passive one-port → Load States → record 59 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 5087/1550passiveOnePort/loadStates/59/branches/2/voltageV
    Original passive one-port → Load States → record 59 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 5087/4650passiveOnePort/loadStates/59/branches/2/currentA
    Original passive one-port → Load States → record 59 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 25877569/7207500passiveOnePort/loadStates/59/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 59 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/59/branches/3/id
    Original passive one-port → Load States → record 59 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/59/branches/3/tail
    Original passive one-port → Load States → record 59 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/59/branches/3/head
    Original passive one-port → Load States → record 59 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/59/branches/3/resistanceOhm
    Original passive one-port → Load States → record 59 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 1416/775passiveOnePort/loadStates/59/branches/3/voltageV
    Original passive one-port → Load States → record 59 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 118/775passiveOnePort/loadStates/59/branches/3/currentA
    Original passive one-port → Load States → record 59 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 167088/600625passiveOnePort/loadStates/59/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 59 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/59/branches/4/id
    Original passive one-port → Load States → record 59 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/59/branches/4/tail
    Original passive one-port → Load States → record 59 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/59/branches/4/head
    Original passive one-port → Load States → record 59 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/59/branches/4/resistanceOhm
    Original passive one-port → Load States → record 59 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 4516/775passiveOnePort/loadStates/59/branches/4/voltageV
    Original passive one-port → Load States → record 59 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 1129/1550passiveOnePort/loadStates/59/branches/4/currentA
    Original passive one-port → Load States → record 59 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 2549282/600625passiveOnePort/loadStates/59/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 59 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/59/branches/5/id
    Original passive one-port → Load States → record 59 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/59/branches/5/tail
    Original passive one-port → Load States → record 59 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/59/branches/5/head
    Original passive one-port → Load States → record 59 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/59/branches/5/voltageV
    Original passive one-port → Load States → record 59 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -6031/3100passiveOnePort/loadStates/59/branches/5/currentA
    Original passive one-port → Load States → record 59 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -54279/3100passiveOnePort/loadStates/59/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 59 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/59/branches/6/id
    Original passive one-port → Load States → record 59 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/59/branches/6/tail
    Original passive one-port → Load States → record 59 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/59/branches/6/head
    Original passive one-port → Load States → record 59 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/59/branches/6/voltageV
    Original passive one-port → Load States → record 59 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 1129/1550passiveOnePort/loadStates/59/branches/6/currentA
    Original passive one-port → Load States → record 59 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -2258/775passiveOnePort/loadStates/59/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 59 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/59/branches/7/id
    Original passive one-port → Load States → record 59 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/59/branches/7/tail
    Original passive one-port → Load States → record 59 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/59/branches/7/head
    Original passive one-port → Load States → record 59 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 1416/775passiveOnePort/loadStates/59/branches/7/voltageV
    Original passive one-port → Load States → record 59 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 16/75passiveOnePort/loadStates/59/branches/7/currentA
    Original passive one-port → Load States → record 59 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 7552/19375passiveOnePort/loadStates/59/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 59 → Current delivered out of network (A)Exact reduced rational: 16/75passiveOnePort/loadStates/59/deliveredPortCurrentA
    Original passive one-port → Load States → record 59 → Current entering network (A)Exact reduced rational: -16/75passiveOnePort/loadStates/59/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 59 → Load Or Test Absorbed Power (W)Exact reduced rational: 7552/19375passiveOnePort/loadStates/59/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 59 → Physical internal resistor dissipation (W)Exact reduced rational: 1552567/77500passiveOnePort/loadStates/59/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 59 → Sum of original sources absorbed power (W)Exact reduced rational: -63311/3100passiveOnePort/loadStates/59/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 59 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/59/kclResidualA/0
    Original passive one-port → Load States → record 59 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/59/kclResidualA/a
    Original passive one-port → Load States → record 59 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/59/kclResidualA/b
    Original passive one-port → Load States → record 59 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/59/kclResidualA/x
    Original passive one-port → Load States → record 59 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/59/kclResidualA/p
    Original passive one-port → Load States → record 59 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/59/powerResidualW
    Original passive one-port → Load States → record 59 → Record index (metadata, not a measured scalar)59passiveOnePort/loadStates/59/index
    Original passive one-port → Load States → record 59 → r=R_L/R_th (dimensionless)Exact reduced rational: 59/16passiveOnePort/loadStates/59/normalizedLoad
    Original passive one-port → Load States → record 59 → V/V_th (dimensionless)Exact reduced rational: 59/75passiveOnePort/loadStates/59/normalizedVoltage
    Original passive one-port → Load States → record 59 → I/I_sc (dimensionless)Exact reduced rational: 16/75passiveOnePort/loadStates/59/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 59 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 3776/5625passiveOnePort/loadStates/59/normalizedPower
    Original passive one-port → Load States → record 59 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 2048/19375passiveOnePort/loadStates/59/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 59 → Equivalent source absorbed power (W)Exact reduced rational: -384/775passiveOnePort/loadStates/59/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 60 → Load resistance R_L (Ω); null denotes openExact reduced rational: 270/31passiveOnePort/loadStates/60/loadOhm
    Original passive one-port → Load States → record 60 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/60/forcedPortV
    Original passive one-port → Load States → record 60 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/60/nodePotentialsV/0
    Original passive one-port → Load States → record 60 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/60/nodePotentialsV/a
    Original passive one-port → Load States → record 60 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/60/nodePotentialsV/b
    Original passive one-port → Load States → record 60 → Node Potentials (V) → XExact reduced rational: 6021/1178passiveOnePort/loadStates/60/nodePotentialsV/x
    Original passive one-port → Load States → record 60 → Node Potentials (V) → PExact reduced rational: 1080/589passiveOnePort/loadStates/60/nodePotentialsV/p
    Original passive one-port → Load States → record 60 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/60/branches/0/id
    Original passive one-port → Load States → record 60 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/60/branches/0/tail
    Original passive one-port → Load States → record 60 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/60/branches/0/head
    Original passive one-port → Load States → record 60 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/60/branches/0/resistanceOhm
    Original passive one-port → Load States → record 60 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 4581/1178passiveOnePort/loadStates/60/branches/0/voltageV
    Original passive one-port → Load States → record 60 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 4581/2356passiveOnePort/loadStates/60/branches/0/currentA
    Original passive one-port → Load States → record 60 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 20985561/2775368passiveOnePort/loadStates/60/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 60 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/60/branches/1/id
    Original passive one-port → Load States → record 60 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/60/branches/1/tail
    Original passive one-port → Load States → record 60 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/60/branches/1/head
    Original passive one-port → Load States → record 60 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/60/branches/1/resistanceOhm
    Original passive one-port → Load States → record 60 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 6021/1178passiveOnePort/loadStates/60/branches/1/voltageV
    Original passive one-port → Load States → record 60 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 2007/2356passiveOnePort/loadStates/60/branches/1/currentA
    Original passive one-port → Load States → record 60 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 12084147/2775368passiveOnePort/loadStates/60/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 60 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/60/branches/2/id
    Original passive one-port → Load States → record 60 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/60/branches/2/tail
    Original passive one-port → Load States → record 60 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/60/branches/2/head
    Original passive one-port → Load States → record 60 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/60/branches/2/resistanceOhm
    Original passive one-port → Load States → record 60 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 3861/1178passiveOnePort/loadStates/60/branches/2/voltageV
    Original passive one-port → Load States → record 60 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 1287/1178passiveOnePort/loadStates/60/branches/2/currentA
    Original passive one-port → Load States → record 60 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 4969107/1387684passiveOnePort/loadStates/60/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 60 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/60/branches/3/id
    Original passive one-port → Load States → record 60 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/60/branches/3/tail
    Original passive one-port → Load States → record 60 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/60/branches/3/head
    Original passive one-port → Load States → record 60 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/60/branches/3/resistanceOhm
    Original passive one-port → Load States → record 60 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 1080/589passiveOnePort/loadStates/60/branches/3/voltageV
    Original passive one-port → Load States → record 60 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 90/589passiveOnePort/loadStates/60/branches/3/currentA
    Original passive one-port → Load States → record 60 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 97200/346921passiveOnePort/loadStates/60/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 60 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/60/branches/4/id
    Original passive one-port → Load States → record 60 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/60/branches/4/tail
    Original passive one-port → Load States → record 60 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/60/branches/4/head
    Original passive one-port → Load States → record 60 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/60/branches/4/resistanceOhm
    Original passive one-port → Load States → record 60 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 3436/589passiveOnePort/loadStates/60/branches/4/voltageV
    Original passive one-port → Load States → record 60 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 859/1178passiveOnePort/loadStates/60/branches/4/currentA
    Original passive one-port → Load States → record 60 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 1475762/346921passiveOnePort/loadStates/60/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 60 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/60/branches/5/id
    Original passive one-port → Load States → record 60 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/60/branches/5/tail
    Original passive one-port → Load States → record 60 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/60/branches/5/head
    Original passive one-port → Load States → record 60 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/60/branches/5/voltageV
    Original passive one-port → Load States → record 60 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -4581/2356passiveOnePort/loadStates/60/branches/5/currentA
    Original passive one-port → Load States → record 60 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -41229/2356passiveOnePort/loadStates/60/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 60 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/60/branches/6/id
    Original passive one-port → Load States → record 60 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/60/branches/6/tail
    Original passive one-port → Load States → record 60 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/60/branches/6/head
    Original passive one-port → Load States → record 60 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/60/branches/6/voltageV
    Original passive one-port → Load States → record 60 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 859/1178passiveOnePort/loadStates/60/branches/6/currentA
    Original passive one-port → Load States → record 60 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -1718/589passiveOnePort/loadStates/60/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 60 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/60/branches/7/id
    Original passive one-port → Load States → record 60 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/60/branches/7/tail
    Original passive one-port → Load States → record 60 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/60/branches/7/head
    Original passive one-port → Load States → record 60 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 1080/589passiveOnePort/loadStates/60/branches/7/voltageV
    Original passive one-port → Load States → record 60 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 4/19passiveOnePort/loadStates/60/branches/7/currentA
    Original passive one-port → Load States → record 60 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 4320/11191passiveOnePort/loadStates/60/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 60 → Current delivered out of network (A)Exact reduced rational: 4/19passiveOnePort/loadStates/60/deliveredPortCurrentA
    Original passive one-port → Load States → record 60 → Current entering network (A)Exact reduced rational: -4/19passiveOnePort/loadStates/60/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 60 → Load Or Test Absorbed Power (W)Exact reduced rational: 4320/11191passiveOnePort/loadStates/60/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 60 → Physical internal resistor dissipation (W)Exact reduced rational: 896639/44764passiveOnePort/loadStates/60/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 60 → Sum of original sources absorbed power (W)Exact reduced rational: -48101/2356passiveOnePort/loadStates/60/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 60 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/60/kclResidualA/0
    Original passive one-port → Load States → record 60 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/60/kclResidualA/a
    Original passive one-port → Load States → record 60 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/60/kclResidualA/b
    Original passive one-port → Load States → record 60 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/60/kclResidualA/x
    Original passive one-port → Load States → record 60 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/60/kclResidualA/p
    Original passive one-port → Load States → record 60 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/60/powerResidualW
    Original passive one-port → Load States → record 60 → Record index (metadata, not a measured scalar)60passiveOnePort/loadStates/60/index
    Original passive one-port → Load States → record 60 → r=R_L/R_th (dimensionless)Exact reduced rational: 15/4passiveOnePort/loadStates/60/normalizedLoad
    Original passive one-port → Load States → record 60 → V/V_th (dimensionless)Exact reduced rational: 15/19passiveOnePort/loadStates/60/normalizedVoltage
    Original passive one-port → Load States → record 60 → I/I_sc (dimensionless)Exact reduced rational: 4/19passiveOnePort/loadStates/60/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 60 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 240/361passiveOnePort/loadStates/60/normalizedPower
    Original passive one-port → Load States → record 60 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 1152/11191passiveOnePort/loadStates/60/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 60 → Equivalent source absorbed power (W)Exact reduced rational: -288/589passiveOnePort/loadStates/60/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 61 → Load resistance R_L (Ω); null denotes openExact reduced rational: 549/62passiveOnePort/loadStates/61/loadOhm
    Original passive one-port → Load States → record 61 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/61/forcedPortV
    Original passive one-port → Load States → record 61 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/61/nodePotentialsV/0
    Original passive one-port → Load States → record 61 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/61/nodePotentialsV/a
    Original passive one-port → Load States → record 61 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/61/nodePotentialsV/b
    Original passive one-port → Load States → record 61 → Node Potentials (V) → XExact reduced rational: 24411/4774passiveOnePort/loadStates/61/nodePotentialsV/x
    Original passive one-port → Load States → record 61 → Node Potentials (V) → PExact reduced rational: 4392/2387passiveOnePort/loadStates/61/nodePotentialsV/p
    Original passive one-port → Load States → record 61 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/61/branches/0/id
    Original passive one-port → Load States → record 61 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/61/branches/0/tail
    Original passive one-port → Load States → record 61 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/61/branches/0/head
    Original passive one-port → Load States → record 61 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/61/branches/0/resistanceOhm
    Original passive one-port → Load States → record 61 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 18555/4774passiveOnePort/loadStates/61/branches/0/voltageV
    Original passive one-port → Load States → record 61 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 18555/9548passiveOnePort/loadStates/61/branches/0/currentA
    Original passive one-port → Load States → record 61 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 344288025/45582152passiveOnePort/loadStates/61/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 61 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/61/branches/1/id
    Original passive one-port → Load States → record 61 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/61/branches/1/tail
    Original passive one-port → Load States → record 61 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/61/branches/1/head
    Original passive one-port → Load States → record 61 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/61/branches/1/resistanceOhm
    Original passive one-port → Load States → record 61 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 24411/4774passiveOnePort/loadStates/61/branches/1/voltageV
    Original passive one-port → Load States → record 61 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 8137/9548passiveOnePort/loadStates/61/branches/1/currentA
    Original passive one-port → Load States → record 61 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 198632307/45582152passiveOnePort/loadStates/61/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 61 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/61/branches/2/id
    Original passive one-port → Load States → record 61 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/61/branches/2/tail
    Original passive one-port → Load States → record 61 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/61/branches/2/head
    Original passive one-port → Load States → record 61 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/61/branches/2/resistanceOhm
    Original passive one-port → Load States → record 61 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 15627/4774passiveOnePort/loadStates/61/branches/2/voltageV
    Original passive one-port → Load States → record 61 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 5209/4774passiveOnePort/loadStates/61/branches/2/currentA
    Original passive one-port → Load States → record 61 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 81401043/22791076passiveOnePort/loadStates/61/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 61 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/61/branches/3/id
    Original passive one-port → Load States → record 61 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/61/branches/3/tail
    Original passive one-port → Load States → record 61 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/61/branches/3/head
    Original passive one-port → Load States → record 61 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/61/branches/3/resistanceOhm
    Original passive one-port → Load States → record 61 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 4392/2387passiveOnePort/loadStates/61/branches/3/voltageV
    Original passive one-port → Load States → record 61 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 366/2387passiveOnePort/loadStates/61/branches/3/currentA
    Original passive one-port → Load States → record 61 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 1607472/5697769passiveOnePort/loadStates/61/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 61 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/61/branches/4/id
    Original passive one-port → Load States → record 61 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/61/branches/4/tail
    Original passive one-port → Load States → record 61 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/61/branches/4/head
    Original passive one-port → Load States → record 61 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/61/branches/4/resistanceOhm
    Original passive one-port → Load States → record 61 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 13940/2387passiveOnePort/loadStates/61/branches/4/voltageV
    Original passive one-port → Load States → record 61 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 3485/4774passiveOnePort/loadStates/61/branches/4/currentA
    Original passive one-port → Load States → record 61 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 24290450/5697769passiveOnePort/loadStates/61/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 61 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/61/branches/5/id
    Original passive one-port → Load States → record 61 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/61/branches/5/tail
    Original passive one-port → Load States → record 61 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/61/branches/5/head
    Original passive one-port → Load States → record 61 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/61/branches/5/voltageV
    Original passive one-port → Load States → record 61 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -18555/9548passiveOnePort/loadStates/61/branches/5/currentA
    Original passive one-port → Load States → record 61 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -166995/9548passiveOnePort/loadStates/61/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 61 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/61/branches/6/id
    Original passive one-port → Load States → record 61 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/61/branches/6/tail
    Original passive one-port → Load States → record 61 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/61/branches/6/head
    Original passive one-port → Load States → record 61 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/61/branches/6/voltageV
    Original passive one-port → Load States → record 61 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 3485/4774passiveOnePort/loadStates/61/branches/6/currentA
    Original passive one-port → Load States → record 61 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -6970/2387passiveOnePort/loadStates/61/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 61 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/61/branches/7/id
    Original passive one-port → Load States → record 61 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/61/branches/7/tail
    Original passive one-port → Load States → record 61 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/61/branches/7/head
    Original passive one-port → Load States → record 61 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 4392/2387passiveOnePort/loadStates/61/branches/7/voltageV
    Original passive one-port → Load States → record 61 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 16/77passiveOnePort/loadStates/61/branches/7/currentA
    Original passive one-port → Load States → record 61 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 70272/183799passiveOnePort/loadStates/61/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 61 → Current delivered out of network (A)Exact reduced rational: 16/77passiveOnePort/loadStates/61/deliveredPortCurrentA
    Original passive one-port → Load States → record 61 → Current entering network (A)Exact reduced rational: -16/77passiveOnePort/loadStates/61/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 61 → Load Or Test Absorbed Power (W)Exact reduced rational: 70272/183799passiveOnePort/loadStates/61/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 61 → Physical internal resistor dissipation (W)Exact reduced rational: 474977/23716passiveOnePort/loadStates/61/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 61 → Sum of original sources absorbed power (W)Exact reduced rational: -194875/9548passiveOnePort/loadStates/61/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 61 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/61/kclResidualA/0
    Original passive one-port → Load States → record 61 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/61/kclResidualA/a
    Original passive one-port → Load States → record 61 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/61/kclResidualA/b
    Original passive one-port → Load States → record 61 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/61/kclResidualA/x
    Original passive one-port → Load States → record 61 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/61/kclResidualA/p
    Original passive one-port → Load States → record 61 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/61/powerResidualW
    Original passive one-port → Load States → record 61 → Record index (metadata, not a measured scalar)61passiveOnePort/loadStates/61/index
    Original passive one-port → Load States → record 61 → r=R_L/R_th (dimensionless)Exact reduced rational: 61/16passiveOnePort/loadStates/61/normalizedLoad
    Original passive one-port → Load States → record 61 → V/V_th (dimensionless)Exact reduced rational: 61/77passiveOnePort/loadStates/61/normalizedVoltage
    Original passive one-port → Load States → record 61 → I/I_sc (dimensionless)Exact reduced rational: 16/77passiveOnePort/loadStates/61/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 61 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 3904/5929passiveOnePort/loadStates/61/normalizedPower
    Original passive one-port → Load States → record 61 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 18432/183799passiveOnePort/loadStates/61/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 61 → Equivalent source absorbed power (W)Exact reduced rational: -1152/2387passiveOnePort/loadStates/61/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 62 → Load resistance R_L (Ω); null denotes openExact reduced rational: 9passiveOnePort/loadStates/62/loadOhm
    Original passive one-port → Load States → record 62 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/62/forcedPortV
    Original passive one-port → Load States → record 62 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/62/nodePotentialsV/0
    Original passive one-port → Load States → record 62 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/62/nodePotentialsV/a
    Original passive one-port → Load States → record 62 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/62/nodePotentialsV/b
    Original passive one-port → Load States → record 62 → Node Potentials (V) → XExact reduced rational: 133/26passiveOnePort/loadStates/62/nodePotentialsV/x
    Original passive one-port → Load States → record 62 → Node Potentials (V) → PExact reduced rational: 24/13passiveOnePort/loadStates/62/nodePotentialsV/p
    Original passive one-port → Load States → record 62 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/62/branches/0/id
    Original passive one-port → Load States → record 62 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/62/branches/0/tail
    Original passive one-port → Load States → record 62 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/62/branches/0/head
    Original passive one-port → Load States → record 62 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/62/branches/0/resistanceOhm
    Original passive one-port → Load States → record 62 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 101/26passiveOnePort/loadStates/62/branches/0/voltageV
    Original passive one-port → Load States → record 62 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 101/52passiveOnePort/loadStates/62/branches/0/currentA
    Original passive one-port → Load States → record 62 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 10201/1352passiveOnePort/loadStates/62/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 62 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/62/branches/1/id
    Original passive one-port → Load States → record 62 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/62/branches/1/tail
    Original passive one-port → Load States → record 62 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/62/branches/1/head
    Original passive one-port → Load States → record 62 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/62/branches/1/resistanceOhm
    Original passive one-port → Load States → record 62 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 133/26passiveOnePort/loadStates/62/branches/1/voltageV
    Original passive one-port → Load States → record 62 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 133/156passiveOnePort/loadStates/62/branches/1/currentA
    Original passive one-port → Load States → record 62 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 17689/4056passiveOnePort/loadStates/62/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 62 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/62/branches/2/id
    Original passive one-port → Load States → record 62 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/62/branches/2/tail
    Original passive one-port → Load States → record 62 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/62/branches/2/head
    Original passive one-port → Load States → record 62 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/62/branches/2/resistanceOhm
    Original passive one-port → Load States → record 62 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 85/26passiveOnePort/loadStates/62/branches/2/voltageV
    Original passive one-port → Load States → record 62 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 85/78passiveOnePort/loadStates/62/branches/2/currentA
    Original passive one-port → Load States → record 62 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 7225/2028passiveOnePort/loadStates/62/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 62 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/62/branches/3/id
    Original passive one-port → Load States → record 62 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/62/branches/3/tail
    Original passive one-port → Load States → record 62 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/62/branches/3/head
    Original passive one-port → Load States → record 62 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/62/branches/3/resistanceOhm
    Original passive one-port → Load States → record 62 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 24/13passiveOnePort/loadStates/62/branches/3/voltageV
    Original passive one-port → Load States → record 62 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 2/13passiveOnePort/loadStates/62/branches/3/currentA
    Original passive one-port → Load States → record 62 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 48/169passiveOnePort/loadStates/62/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 62 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/62/branches/4/id
    Original passive one-port → Load States → record 62 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/62/branches/4/tail
    Original passive one-port → Load States → record 62 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/62/branches/4/head
    Original passive one-port → Load States → record 62 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/62/branches/4/resistanceOhm
    Original passive one-port → Load States → record 62 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 76/13passiveOnePort/loadStates/62/branches/4/voltageV
    Original passive one-port → Load States → record 62 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 19/26passiveOnePort/loadStates/62/branches/4/currentA
    Original passive one-port → Load States → record 62 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 722/169passiveOnePort/loadStates/62/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 62 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/62/branches/5/id
    Original passive one-port → Load States → record 62 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/62/branches/5/tail
    Original passive one-port → Load States → record 62 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/62/branches/5/head
    Original passive one-port → Load States → record 62 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/62/branches/5/voltageV
    Original passive one-port → Load States → record 62 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -101/52passiveOnePort/loadStates/62/branches/5/currentA
    Original passive one-port → Load States → record 62 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -909/52passiveOnePort/loadStates/62/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 62 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/62/branches/6/id
    Original passive one-port → Load States → record 62 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/62/branches/6/tail
    Original passive one-port → Load States → record 62 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/62/branches/6/head
    Original passive one-port → Load States → record 62 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/62/branches/6/voltageV
    Original passive one-port → Load States → record 62 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 19/26passiveOnePort/loadStates/62/branches/6/currentA
    Original passive one-port → Load States → record 62 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -38/13passiveOnePort/loadStates/62/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 62 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/62/branches/7/id
    Original passive one-port → Load States → record 62 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/62/branches/7/tail
    Original passive one-port → Load States → record 62 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/62/branches/7/head
    Original passive one-port → Load States → record 62 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 24/13passiveOnePort/loadStates/62/branches/7/voltageV
    Original passive one-port → Load States → record 62 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 8/39passiveOnePort/loadStates/62/branches/7/currentA
    Original passive one-port → Load States → record 62 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 64/169passiveOnePort/loadStates/62/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 62 → Current delivered out of network (A)Exact reduced rational: 8/39passiveOnePort/loadStates/62/deliveredPortCurrentA
    Original passive one-port → Load States → record 62 → Current entering network (A)Exact reduced rational: -8/39passiveOnePort/loadStates/62/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 62 → Load Or Test Absorbed Power (W)Exact reduced rational: 64/169passiveOnePort/loadStates/62/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 62 → Physical internal resistor dissipation (W)Exact reduced rational: 13537/676passiveOnePort/loadStates/62/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 62 → Sum of original sources absorbed power (W)Exact reduced rational: -1061/52passiveOnePort/loadStates/62/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 62 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/62/kclResidualA/0
    Original passive one-port → Load States → record 62 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/62/kclResidualA/a
    Original passive one-port → Load States → record 62 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/62/kclResidualA/b
    Original passive one-port → Load States → record 62 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/62/kclResidualA/x
    Original passive one-port → Load States → record 62 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/62/kclResidualA/p
    Original passive one-port → Load States → record 62 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/62/powerResidualW
    Original passive one-port → Load States → record 62 → Record index (metadata, not a measured scalar)62passiveOnePort/loadStates/62/index
    Original passive one-port → Load States → record 62 → r=R_L/R_th (dimensionless)Exact reduced rational: 31/8passiveOnePort/loadStates/62/normalizedLoad
    Original passive one-port → Load States → record 62 → V/V_th (dimensionless)Exact reduced rational: 31/39passiveOnePort/loadStates/62/normalizedVoltage
    Original passive one-port → Load States → record 62 → I/I_sc (dimensionless)Exact reduced rational: 8/39passiveOnePort/loadStates/62/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 62 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 992/1521passiveOnePort/loadStates/62/normalizedPower
    Original passive one-port → Load States → record 62 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 512/5239passiveOnePort/loadStates/62/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 62 → Equivalent source absorbed power (W)Exact reduced rational: -192/403passiveOnePort/loadStates/62/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 63 → Load resistance R_L (Ω); null denotes openExact reduced rational: 567/62passiveOnePort/loadStates/63/loadOhm
    Original passive one-port → Load States → record 63 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/63/forcedPortV
    Original passive one-port → Load States → record 63 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/63/nodePotentialsV/0
    Original passive one-port → Load States → record 63 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/63/nodePotentialsV/a
    Original passive one-port → Load States → record 63 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/63/nodePotentialsV/b
    Original passive one-port → Load States → record 63 → Node Potentials (V) → XExact reduced rational: 25065/4898passiveOnePort/loadStates/63/nodePotentialsV/x
    Original passive one-port → Load States → record 63 → Node Potentials (V) → PExact reduced rational: 4536/2449passiveOnePort/loadStates/63/nodePotentialsV/p
    Original passive one-port → Load States → record 63 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/63/branches/0/id
    Original passive one-port → Load States → record 63 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/63/branches/0/tail
    Original passive one-port → Load States → record 63 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/63/branches/0/head
    Original passive one-port → Load States → record 63 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/63/branches/0/resistanceOhm
    Original passive one-port → Load States → record 63 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 19017/4898passiveOnePort/loadStates/63/branches/0/voltageV
    Original passive one-port → Load States → record 63 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 19017/9796passiveOnePort/loadStates/63/branches/0/currentA
    Original passive one-port → Load States → record 63 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 361646289/47980808passiveOnePort/loadStates/63/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 63 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/63/branches/1/id
    Original passive one-port → Load States → record 63 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/63/branches/1/tail
    Original passive one-port → Load States → record 63 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/63/branches/1/head
    Original passive one-port → Load States → record 63 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/63/branches/1/resistanceOhm
    Original passive one-port → Load States → record 63 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 25065/4898passiveOnePort/loadStates/63/branches/1/voltageV
    Original passive one-port → Load States → record 63 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 8355/9796passiveOnePort/loadStates/63/branches/1/currentA
    Original passive one-port → Load States → record 63 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 209418075/47980808passiveOnePort/loadStates/63/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 63 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/63/branches/2/id
    Original passive one-port → Load States → record 63 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/63/branches/2/tail
    Original passive one-port → Load States → record 63 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/63/branches/2/head
    Original passive one-port → Load States → record 63 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/63/branches/2/resistanceOhm
    Original passive one-port → Load States → record 63 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 15993/4898passiveOnePort/loadStates/63/branches/2/voltageV
    Original passive one-port → Load States → record 63 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 5331/4898passiveOnePort/loadStates/63/branches/2/currentA
    Original passive one-port → Load States → record 63 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 85258683/23990404passiveOnePort/loadStates/63/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 63 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/63/branches/3/id
    Original passive one-port → Load States → record 63 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/63/branches/3/tail
    Original passive one-port → Load States → record 63 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/63/branches/3/head
    Original passive one-port → Load States → record 63 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/63/branches/3/resistanceOhm
    Original passive one-port → Load States → record 63 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 4536/2449passiveOnePort/loadStates/63/branches/3/voltageV
    Original passive one-port → Load States → record 63 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 378/2449passiveOnePort/loadStates/63/branches/3/currentA
    Original passive one-port → Load States → record 63 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 1714608/5997601passiveOnePort/loadStates/63/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 63 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/63/branches/4/id
    Original passive one-port → Load States → record 63 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/63/branches/4/tail
    Original passive one-port → Load States → record 63 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/63/branches/4/head
    Original passive one-port → Load States → record 63 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/63/branches/4/resistanceOhm
    Original passive one-port → Load States → record 63 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 14332/2449passiveOnePort/loadStates/63/branches/4/voltageV
    Original passive one-port → Load States → record 63 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 3583/4898passiveOnePort/loadStates/63/branches/4/currentA
    Original passive one-port → Load States → record 63 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 25675778/5997601passiveOnePort/loadStates/63/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 63 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/63/branches/5/id
    Original passive one-port → Load States → record 63 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/63/branches/5/tail
    Original passive one-port → Load States → record 63 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/63/branches/5/head
    Original passive one-port → Load States → record 63 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/63/branches/5/voltageV
    Original passive one-port → Load States → record 63 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -19017/9796passiveOnePort/loadStates/63/branches/5/currentA
    Original passive one-port → Load States → record 63 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -171153/9796passiveOnePort/loadStates/63/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 63 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/63/branches/6/id
    Original passive one-port → Load States → record 63 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/63/branches/6/tail
    Original passive one-port → Load States → record 63 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/63/branches/6/head
    Original passive one-port → Load States → record 63 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/63/branches/6/voltageV
    Original passive one-port → Load States → record 63 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 3583/4898passiveOnePort/loadStates/63/branches/6/currentA
    Original passive one-port → Load States → record 63 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -7166/2449passiveOnePort/loadStates/63/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 63 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/63/branches/7/id
    Original passive one-port → Load States → record 63 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/63/branches/7/tail
    Original passive one-port → Load States → record 63 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/63/branches/7/head
    Original passive one-port → Load States → record 63 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 4536/2449passiveOnePort/loadStates/63/branches/7/voltageV
    Original passive one-port → Load States → record 63 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 16/79passiveOnePort/loadStates/63/branches/7/currentA
    Original passive one-port → Load States → record 63 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 72576/193471passiveOnePort/loadStates/63/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 63 → Current delivered out of network (A)Exact reduced rational: 16/79passiveOnePort/loadStates/63/deliveredPortCurrentA
    Original passive one-port → Load States → record 63 → Current entering network (A)Exact reduced rational: -16/79passiveOnePort/loadStates/63/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 63 → Load Or Test Absorbed Power (W)Exact reduced rational: 72576/193471passiveOnePort/loadStates/63/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 63 → Physical internal resistor dissipation (W)Exact reduced rational: 15495239/773884passiveOnePort/loadStates/63/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 63 → Sum of original sources absorbed power (W)Exact reduced rational: -199817/9796passiveOnePort/loadStates/63/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 63 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/63/kclResidualA/0
    Original passive one-port → Load States → record 63 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/63/kclResidualA/a
    Original passive one-port → Load States → record 63 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/63/kclResidualA/b
    Original passive one-port → Load States → record 63 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/63/kclResidualA/x
    Original passive one-port → Load States → record 63 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/63/kclResidualA/p
    Original passive one-port → Load States → record 63 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/63/powerResidualW
    Original passive one-port → Load States → record 63 → Record index (metadata, not a measured scalar)63passiveOnePort/loadStates/63/index
    Original passive one-port → Load States → record 63 → r=R_L/R_th (dimensionless)Exact reduced rational: 63/16passiveOnePort/loadStates/63/normalizedLoad
    Original passive one-port → Load States → record 63 → V/V_th (dimensionless)Exact reduced rational: 63/79passiveOnePort/loadStates/63/normalizedVoltage
    Original passive one-port → Load States → record 63 → I/I_sc (dimensionless)Exact reduced rational: 16/79passiveOnePort/loadStates/63/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 63 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 4032/6241passiveOnePort/loadStates/63/normalizedPower
    Original passive one-port → Load States → record 63 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 18432/193471passiveOnePort/loadStates/63/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 63 → Equivalent source absorbed power (W)Exact reduced rational: -1152/2449passiveOnePort/loadStates/63/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 64 → Load resistance R_L (Ω); null denotes openExact reduced rational: 288/31passiveOnePort/loadStates/64/loadOhm
    Original passive one-port → Load States → record 64 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/64/forcedPortV
    Original passive one-port → Load States → record 64 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/64/nodePotentialsV/0
    Original passive one-port → Load States → record 64 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/64/nodePotentialsV/a
    Original passive one-port → Load States → record 64 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/64/nodePotentialsV/b
    Original passive one-port → Load States → record 64 → Node Potentials (V) → XExact reduced rational: 1587/310passiveOnePort/loadStates/64/nodePotentialsV/x
    Original passive one-port → Load States → record 64 → Node Potentials (V) → PExact reduced rational: 288/155passiveOnePort/loadStates/64/nodePotentialsV/p
    Original passive one-port → Load States → record 64 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/64/branches/0/id
    Original passive one-port → Load States → record 64 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/64/branches/0/tail
    Original passive one-port → Load States → record 64 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/64/branches/0/head
    Original passive one-port → Load States → record 64 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/64/branches/0/resistanceOhm
    Original passive one-port → Load States → record 64 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 1203/310passiveOnePort/loadStates/64/branches/0/voltageV
    Original passive one-port → Load States → record 64 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 1203/620passiveOnePort/loadStates/64/branches/0/currentA
    Original passive one-port → Load States → record 64 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 1447209/192200passiveOnePort/loadStates/64/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 64 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/64/branches/1/id
    Original passive one-port → Load States → record 64 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/64/branches/1/tail
    Original passive one-port → Load States → record 64 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/64/branches/1/head
    Original passive one-port → Load States → record 64 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/64/branches/1/resistanceOhm
    Original passive one-port → Load States → record 64 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 1587/310passiveOnePort/loadStates/64/branches/1/voltageV
    Original passive one-port → Load States → record 64 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 529/620passiveOnePort/loadStates/64/branches/1/currentA
    Original passive one-port → Load States → record 64 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 839523/192200passiveOnePort/loadStates/64/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 64 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/64/branches/2/id
    Original passive one-port → Load States → record 64 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/64/branches/2/tail
    Original passive one-port → Load States → record 64 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/64/branches/2/head
    Original passive one-port → Load States → record 64 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/64/branches/2/resistanceOhm
    Original passive one-port → Load States → record 64 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 1011/310passiveOnePort/loadStates/64/branches/2/voltageV
    Original passive one-port → Load States → record 64 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 337/310passiveOnePort/loadStates/64/branches/2/currentA
    Original passive one-port → Load States → record 64 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 340707/96100passiveOnePort/loadStates/64/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 64 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/64/branches/3/id
    Original passive one-port → Load States → record 64 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/64/branches/3/tail
    Original passive one-port → Load States → record 64 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/64/branches/3/head
    Original passive one-port → Load States → record 64 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/64/branches/3/resistanceOhm
    Original passive one-port → Load States → record 64 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 288/155passiveOnePort/loadStates/64/branches/3/voltageV
    Original passive one-port → Load States → record 64 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 24/155passiveOnePort/loadStates/64/branches/3/currentA
    Original passive one-port → Load States → record 64 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 6912/24025passiveOnePort/loadStates/64/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 64 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/64/branches/4/id
    Original passive one-port → Load States → record 64 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/64/branches/4/tail
    Original passive one-port → Load States → record 64 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/64/branches/4/head
    Original passive one-port → Load States → record 64 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/64/branches/4/resistanceOhm
    Original passive one-port → Load States → record 64 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 908/155passiveOnePort/loadStates/64/branches/4/voltageV
    Original passive one-port → Load States → record 64 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 227/310passiveOnePort/loadStates/64/branches/4/currentA
    Original passive one-port → Load States → record 64 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 103058/24025passiveOnePort/loadStates/64/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 64 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/64/branches/5/id
    Original passive one-port → Load States → record 64 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/64/branches/5/tail
    Original passive one-port → Load States → record 64 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/64/branches/5/head
    Original passive one-port → Load States → record 64 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/64/branches/5/voltageV
    Original passive one-port → Load States → record 64 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -1203/620passiveOnePort/loadStates/64/branches/5/currentA
    Original passive one-port → Load States → record 64 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -10827/620passiveOnePort/loadStates/64/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 64 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/64/branches/6/id
    Original passive one-port → Load States → record 64 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/64/branches/6/tail
    Original passive one-port → Load States → record 64 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/64/branches/6/head
    Original passive one-port → Load States → record 64 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/64/branches/6/voltageV
    Original passive one-port → Load States → record 64 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 227/310passiveOnePort/loadStates/64/branches/6/currentA
    Original passive one-port → Load States → record 64 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -454/155passiveOnePort/loadStates/64/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 64 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/64/branches/7/id
    Original passive one-port → Load States → record 64 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/64/branches/7/tail
    Original passive one-port → Load States → record 64 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/64/branches/7/head
    Original passive one-port → Load States → record 64 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 288/155passiveOnePort/loadStates/64/branches/7/voltageV
    Original passive one-port → Load States → record 64 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 1/5passiveOnePort/loadStates/64/branches/7/currentA
    Original passive one-port → Load States → record 64 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 288/775passiveOnePort/loadStates/64/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 64 → Current delivered out of network (A)Exact reduced rational: 1/5passiveOnePort/loadStates/64/deliveredPortCurrentA
    Original passive one-port → Load States → record 64 → Current entering network (A)Exact reduced rational: -1/5passiveOnePort/loadStates/64/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 64 → Load Or Test Absorbed Power (W)Exact reduced rational: 288/775passiveOnePort/loadStates/64/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 64 → Physical internal resistor dissipation (W)Exact reduced rational: 62063/3100passiveOnePort/loadStates/64/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 64 → Sum of original sources absorbed power (W)Exact reduced rational: -12643/620passiveOnePort/loadStates/64/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 64 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/64/kclResidualA/0
    Original passive one-port → Load States → record 64 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/64/kclResidualA/a
    Original passive one-port → Load States → record 64 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/64/kclResidualA/b
    Original passive one-port → Load States → record 64 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/64/kclResidualA/x
    Original passive one-port → Load States → record 64 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/64/kclResidualA/p
    Original passive one-port → Load States → record 64 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/64/powerResidualW
    Original passive one-port → Load States → record 64 → Record index (metadata, not a measured scalar)64passiveOnePort/loadStates/64/index
    Original passive one-port → Load States → record 64 → r=R_L/R_th (dimensionless)Exact reduced rational: 4passiveOnePort/loadStates/64/normalizedLoad
    Original passive one-port → Load States → record 64 → V/V_th (dimensionless)Exact reduced rational: 4/5passiveOnePort/loadStates/64/normalizedVoltage
    Original passive one-port → Load States → record 64 → I/I_sc (dimensionless)Exact reduced rational: 1/5passiveOnePort/loadStates/64/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 64 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 16/25passiveOnePort/loadStates/64/normalizedPower
    Original passive one-port → Load States → record 64 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 72/775passiveOnePort/loadStates/64/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 64 → Equivalent source absorbed power (W)Exact reduced rational: -72/155passiveOnePort/loadStates/64/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Load States → record 65 → Load resistance R_L (Ω); null denotes opennull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/65/loadOhm
    Original passive one-port → Load States → record 65 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/65/forcedPortV
    Original passive one-port → Load States → record 65 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/loadStates/65/nodePotentialsV/0
    Original passive one-port → Load States → record 65 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/loadStates/65/nodePotentialsV/a
    Original passive one-port → Load States → record 65 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/loadStates/65/nodePotentialsV/b
    Original passive one-port → Load States → record 65 → Node Potentials (V) → XExact reduced rational: 327/62passiveOnePort/loadStates/65/nodePotentialsV/x
    Original passive one-port → Load States → record 65 → Node Potentials (V) → PExact reduced rational: 72/31passiveOnePort/loadStates/65/nodePotentialsV/p
    Original passive one-port → Load States → record 65 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/loadStates/65/branches/0/id
    Original passive one-port → Load States → record 65 → Branches → record 0: ax (a→x) → TailapassiveOnePort/loadStates/65/branches/0/tail
    Original passive one-port → Load States → record 65 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/loadStates/65/branches/0/head
    Original passive one-port → Load States → record 65 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/loadStates/65/branches/0/resistanceOhm
    Original passive one-port → Load States → record 65 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 231/62passiveOnePort/loadStates/65/branches/0/voltageV
    Original passive one-port → Load States → record 65 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 231/124passiveOnePort/loadStates/65/branches/0/currentA
    Original passive one-port → Load States → record 65 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 53361/7688passiveOnePort/loadStates/65/branches/0/absorbedPowerW
    Original passive one-port → Load States → record 65 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/loadStates/65/branches/1/id
    Original passive one-port → Load States → record 65 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/loadStates/65/branches/1/tail
    Original passive one-port → Load States → record 65 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/loadStates/65/branches/1/head
    Original passive one-port → Load States → record 65 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/loadStates/65/branches/1/resistanceOhm
    Original passive one-port → Load States → record 65 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 327/62passiveOnePort/loadStates/65/branches/1/voltageV
    Original passive one-port → Load States → record 65 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 109/124passiveOnePort/loadStates/65/branches/1/currentA
    Original passive one-port → Load States → record 65 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 35643/7688passiveOnePort/loadStates/65/branches/1/absorbedPowerW
    Original passive one-port → Load States → record 65 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/loadStates/65/branches/2/id
    Original passive one-port → Load States → record 65 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/loadStates/65/branches/2/tail
    Original passive one-port → Load States → record 65 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/loadStates/65/branches/2/head
    Original passive one-port → Load States → record 65 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/loadStates/65/branches/2/resistanceOhm
    Original passive one-port → Load States → record 65 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 183/62passiveOnePort/loadStates/65/branches/2/voltageV
    Original passive one-port → Load States → record 65 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 61/62passiveOnePort/loadStates/65/branches/2/currentA
    Original passive one-port → Load States → record 65 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 11163/3844passiveOnePort/loadStates/65/branches/2/absorbedPowerW
    Original passive one-port → Load States → record 65 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/loadStates/65/branches/3/id
    Original passive one-port → Load States → record 65 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/loadStates/65/branches/3/tail
    Original passive one-port → Load States → record 65 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/loadStates/65/branches/3/head
    Original passive one-port → Load States → record 65 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/loadStates/65/branches/3/resistanceOhm
    Original passive one-port → Load States → record 65 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 72/31passiveOnePort/loadStates/65/branches/3/voltageV
    Original passive one-port → Load States → record 65 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 6/31passiveOnePort/loadStates/65/branches/3/currentA
    Original passive one-port → Load States → record 65 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 432/961passiveOnePort/loadStates/65/branches/3/absorbedPowerW
    Original passive one-port → Load States → record 65 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/loadStates/65/branches/4/id
    Original passive one-port → Load States → record 65 → Branches → record 4: pb (p→b) → TailppassiveOnePort/loadStates/65/branches/4/tail
    Original passive one-port → Load States → record 65 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/loadStates/65/branches/4/head
    Original passive one-port → Load States → record 65 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/loadStates/65/branches/4/resistanceOhm
    Original passive one-port → Load States → record 65 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 196/31passiveOnePort/loadStates/65/branches/4/voltageV
    Original passive one-port → Load States → record 65 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 49/62passiveOnePort/loadStates/65/branches/4/currentA
    Original passive one-port → Load States → record 65 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 4802/961passiveOnePort/loadStates/65/branches/4/absorbedPowerW
    Original passive one-port → Load States → record 65 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/loadStates/65/branches/5/id
    Original passive one-port → Load States → record 65 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/loadStates/65/branches/5/tail
    Original passive one-port → Load States → record 65 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/loadStates/65/branches/5/head
    Original passive one-port → Load States → record 65 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/loadStates/65/branches/5/voltageV
    Original passive one-port → Load States → record 65 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -231/124passiveOnePort/loadStates/65/branches/5/currentA
    Original passive one-port → Load States → record 65 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -2079/124passiveOnePort/loadStates/65/branches/5/absorbedPowerW
    Original passive one-port → Load States → record 65 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/loadStates/65/branches/6/id
    Original passive one-port → Load States → record 65 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/loadStates/65/branches/6/tail
    Original passive one-port → Load States → record 65 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/loadStates/65/branches/6/head
    Original passive one-port → Load States → record 65 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/loadStates/65/branches/6/voltageV
    Original passive one-port → Load States → record 65 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 49/62passiveOnePort/loadStates/65/branches/6/currentA
    Original passive one-port → Load States → record 65 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -98/31passiveOnePort/loadStates/65/branches/6/absorbedPowerW
    Original passive one-port → Load States → record 65 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/loadStates/65/branches/7/id
    Original passive one-port → Load States → record 65 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/loadStates/65/branches/7/tail
    Original passive one-port → Load States → record 65 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/loadStates/65/branches/7/head
    Original passive one-port → Load States → record 65 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 72/31passiveOnePort/loadStates/65/branches/7/voltageV
    Original passive one-port → Load States → record 65 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 0passiveOnePort/loadStates/65/branches/7/currentA
    Original passive one-port → Load States → record 65 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 0passiveOnePort/loadStates/65/branches/7/absorbedPowerW
    Original passive one-port → Load States → record 65 → Current delivered out of network (A)Exact reduced rational: 0passiveOnePort/loadStates/65/deliveredPortCurrentA
    Original passive one-port → Load States → record 65 → Current entering network (A)Exact reduced rational: 0passiveOnePort/loadStates/65/enteringNetworkPortCurrentA
    Original passive one-port → Load States → record 65 → Load Or Test Absorbed Power (W)Exact reduced rational: 0passiveOnePort/loadStates/65/loadOrTestAbsorbedPowerW
    Original passive one-port → Load States → record 65 → Physical internal resistor dissipation (W)Exact reduced rational: 2471/124passiveOnePort/loadStates/65/physicalInternalResistorDissipationW
    Original passive one-port → Load States → record 65 → Sum of original sources absorbed power (W)Exact reduced rational: -2471/124passiveOnePort/loadStates/65/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Load States → record 65 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/loadStates/65/kclResidualA/0
    Original passive one-port → Load States → record 65 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/loadStates/65/kclResidualA/a
    Original passive one-port → Load States → record 65 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/loadStates/65/kclResidualA/b
    Original passive one-port → Load States → record 65 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/loadStates/65/kclResidualA/x
    Original passive one-port → Load States → record 65 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/loadStates/65/kclResidualA/p
    Original passive one-port → Load States → record 65 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/loadStates/65/powerResidualW
    Original passive one-port → Load States → record 65 → Record index (metadata, not a measured scalar)65passiveOnePort/loadStates/65/index
    Original passive one-port → Load States → record 65 → r=R_L/R_th (dimensionless)null — not an ordinary number; see this source record’s domain/status.passiveOnePort/loadStates/65/normalizedLoad
    Original passive one-port → Load States → record 65 → V/V_th (dimensionless)Exact reduced rational: 1passiveOnePort/loadStates/65/normalizedVoltage
    Original passive one-port → Load States → record 65 → I/I_sc (dimensionless)Exact reduced rational: 0passiveOnePort/loadStates/65/normalizedDeliveredCurrent
    Original passive one-port → Load States → record 65 → P_L/P_max (dimensionless; maximum1)Exact reduced rational: 0passiveOnePort/loadStates/65/normalizedPower
    Original passive one-port → Load States → record 65 → Equivalent series resistor dissipation (W), not original physical lossExact reduced rational: 0passiveOnePort/loadStates/65/equivalentSeriesResistorDissipationW
    Original passive one-port → Load States → record 65 → Equivalent source absorbed power (W)Exact reduced rational: 0passiveOnePort/loadStates/65/equivalentVoltageSourceAbsorbedPowerW
    Original passive one-port → Superposition States → record 0 → Load resistance R_L (Ω); null denotes openExact reduced rational: 72/31passiveOnePort/superpositionStates/0/loadOhm
    Original passive one-port → Superposition States → record 0 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/superpositionStates/0/forcedPortV
    Original passive one-port → Superposition States → record 0 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/superpositionStates/0/nodePotentialsV/0
    Original passive one-port → Superposition States → record 0 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/superpositionStates/0/nodePotentialsV/a
    Original passive one-port → Superposition States → record 0 → Node Potentials (V) → BExact reduced rational: 0passiveOnePort/superpositionStates/0/nodePotentialsV/b
    Original passive one-port → Superposition States → record 0 → Node Potentials (V) → XExact reduced rational: 315/62passiveOnePort/superpositionStates/0/nodePotentialsV/x
    Original passive one-port → Superposition States → record 0 → Node Potentials (V) → PExact reduced rational: 54/31passiveOnePort/superpositionStates/0/nodePotentialsV/p
    Original passive one-port → Superposition States → record 0 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/superpositionStates/0/branches/0/id
    Original passive one-port → Superposition States → record 0 → Branches → record 0: ax (a→x) → TailapassiveOnePort/superpositionStates/0/branches/0/tail
    Original passive one-port → Superposition States → record 0 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/superpositionStates/0/branches/0/head
    Original passive one-port → Superposition States → record 0 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/superpositionStates/0/branches/0/resistanceOhm
    Original passive one-port → Superposition States → record 0 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 243/62passiveOnePort/superpositionStates/0/branches/0/voltageV
    Original passive one-port → Superposition States → record 0 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 243/124passiveOnePort/superpositionStates/0/branches/0/currentA
    Original passive one-port → Superposition States → record 0 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 59049/7688passiveOnePort/superpositionStates/0/branches/0/absorbedPowerW
    Original passive one-port → Superposition States → record 0 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/superpositionStates/0/branches/1/id
    Original passive one-port → Superposition States → record 0 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/superpositionStates/0/branches/1/tail
    Original passive one-port → Superposition States → record 0 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/superpositionStates/0/branches/1/head
    Original passive one-port → Superposition States → record 0 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/superpositionStates/0/branches/1/resistanceOhm
    Original passive one-port → Superposition States → record 0 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 315/62passiveOnePort/superpositionStates/0/branches/1/voltageV
    Original passive one-port → Superposition States → record 0 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 105/124passiveOnePort/superpositionStates/0/branches/1/currentA
    Original passive one-port → Superposition States → record 0 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 33075/7688passiveOnePort/superpositionStates/0/branches/1/absorbedPowerW
    Original passive one-port → Superposition States → record 0 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/superpositionStates/0/branches/2/id
    Original passive one-port → Superposition States → record 0 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/superpositionStates/0/branches/2/tail
    Original passive one-port → Superposition States → record 0 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/superpositionStates/0/branches/2/head
    Original passive one-port → Superposition States → record 0 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/superpositionStates/0/branches/2/resistanceOhm
    Original passive one-port → Superposition States → record 0 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 207/62passiveOnePort/superpositionStates/0/branches/2/voltageV
    Original passive one-port → Superposition States → record 0 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 69/62passiveOnePort/superpositionStates/0/branches/2/currentA
    Original passive one-port → Superposition States → record 0 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 14283/3844passiveOnePort/superpositionStates/0/branches/2/absorbedPowerW
    Original passive one-port → Superposition States → record 0 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/superpositionStates/0/branches/3/id
    Original passive one-port → Superposition States → record 0 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/superpositionStates/0/branches/3/tail
    Original passive one-port → Superposition States → record 0 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/superpositionStates/0/branches/3/head
    Original passive one-port → Superposition States → record 0 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/superpositionStates/0/branches/3/resistanceOhm
    Original passive one-port → Superposition States → record 0 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 54/31passiveOnePort/superpositionStates/0/branches/3/voltageV
    Original passive one-port → Superposition States → record 0 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 9/62passiveOnePort/superpositionStates/0/branches/3/currentA
    Original passive one-port → Superposition States → record 0 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 243/961passiveOnePort/superpositionStates/0/branches/3/absorbedPowerW
    Original passive one-port → Superposition States → record 0 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/superpositionStates/0/branches/4/id
    Original passive one-port → Superposition States → record 0 → Branches → record 4: pb (p→b) → TailppassiveOnePort/superpositionStates/0/branches/4/tail
    Original passive one-port → Superposition States → record 0 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/superpositionStates/0/branches/4/head
    Original passive one-port → Superposition States → record 0 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/superpositionStates/0/branches/4/resistanceOhm
    Original passive one-port → Superposition States → record 0 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 54/31passiveOnePort/superpositionStates/0/branches/4/voltageV
    Original passive one-port → Superposition States → record 0 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 27/124passiveOnePort/superpositionStates/0/branches/4/currentA
    Original passive one-port → Superposition States → record 0 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 729/1922passiveOnePort/superpositionStates/0/branches/4/absorbedPowerW
    Original passive one-port → Superposition States → record 0 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/superpositionStates/0/branches/5/id
    Original passive one-port → Superposition States → record 0 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/superpositionStates/0/branches/5/tail
    Original passive one-port → Superposition States → record 0 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/superpositionStates/0/branches/5/head
    Original passive one-port → Superposition States → record 0 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/superpositionStates/0/branches/5/voltageV
    Original passive one-port → Superposition States → record 0 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -243/124passiveOnePort/superpositionStates/0/branches/5/currentA
    Original passive one-port → Superposition States → record 0 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -2187/124passiveOnePort/superpositionStates/0/branches/5/absorbedPowerW
    Original passive one-port → Superposition States → record 0 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/superpositionStates/0/branches/6/id
    Original passive one-port → Superposition States → record 0 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/superpositionStates/0/branches/6/tail
    Original passive one-port → Superposition States → record 0 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/superpositionStates/0/branches/6/head
    Original passive one-port → Superposition States → record 0 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: 0passiveOnePort/superpositionStates/0/branches/6/voltageV
    Original passive one-port → Superposition States → record 0 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 27/124passiveOnePort/superpositionStates/0/branches/6/currentA
    Original passive one-port → Superposition States → record 0 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: 0passiveOnePort/superpositionStates/0/branches/6/absorbedPowerW
    Original passive one-port → Superposition States → record 0 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/superpositionStates/0/branches/7/id
    Original passive one-port → Superposition States → record 0 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/superpositionStates/0/branches/7/tail
    Original passive one-port → Superposition States → record 0 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/superpositionStates/0/branches/7/head
    Original passive one-port → Superposition States → record 0 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 54/31passiveOnePort/superpositionStates/0/branches/7/voltageV
    Original passive one-port → Superposition States → record 0 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 3/4passiveOnePort/superpositionStates/0/branches/7/currentA
    Original passive one-port → Superposition States → record 0 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 81/62passiveOnePort/superpositionStates/0/branches/7/absorbedPowerW
    Original passive one-port → Superposition States → record 0 → Current delivered out of network (A)Exact reduced rational: 3/4passiveOnePort/superpositionStates/0/deliveredPortCurrentA
    Original passive one-port → Superposition States → record 0 → Current entering network (A)Exact reduced rational: -3/4passiveOnePort/superpositionStates/0/enteringNetworkPortCurrentA
    Original passive one-port → Superposition States → record 0 → Load Or Test Absorbed Power (W)Exact reduced rational: 81/62passiveOnePort/superpositionStates/0/loadOrTestAbsorbedPowerW
    Original passive one-port → Superposition States → record 0 → Physical internal resistor dissipation (W)Exact reduced rational: 2025/124passiveOnePort/superpositionStates/0/physicalInternalResistorDissipationW
    Original passive one-port → Superposition States → record 0 → Sum of original sources absorbed power (W)Exact reduced rational: -2187/124passiveOnePort/superpositionStates/0/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Superposition States → record 0 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/superpositionStates/0/kclResidualA/0
    Original passive one-port → Superposition States → record 0 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/superpositionStates/0/kclResidualA/a
    Original passive one-port → Superposition States → record 0 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/superpositionStates/0/kclResidualA/b
    Original passive one-port → Superposition States → record 0 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/superpositionStates/0/kclResidualA/x
    Original passive one-port → Superposition States → record 0 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/superpositionStates/0/kclResidualA/p
    Original passive one-port → Superposition States → record 0 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/superpositionStates/0/powerResidualW
    Original passive one-port → Superposition States → record 0 → Source Values (V) → record 0Exact reduced rational: 9passiveOnePort/superpositionStates/0/sourceValuesV/0
    Original passive one-port → Superposition States → record 0 → Source Values (V) → record 1Exact reduced rational: 0passiveOnePort/superpositionStates/0/sourceValuesV/1
    Original passive one-port → Superposition States → record 1 → Load resistance R_L (Ω); null denotes openExact reduced rational: 72/31passiveOnePort/superpositionStates/1/loadOhm
    Original passive one-port → Superposition States → record 1 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/superpositionStates/1/forcedPortV
    Original passive one-port → Superposition States → record 1 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/superpositionStates/1/nodePotentialsV/0
    Original passive one-port → Superposition States → record 1 → Node Potentials (V) → AExact reduced rational: 0passiveOnePort/superpositionStates/1/nodePotentialsV/a
    Original passive one-port → Superposition States → record 1 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/superpositionStates/1/nodePotentialsV/b
    Original passive one-port → Superposition States → record 1 → Node Potentials (V) → XExact reduced rational: -6/31passiveOnePort/superpositionStates/1/nodePotentialsV/x
    Original passive one-port → Superposition States → record 1 → Node Potentials (V) → PExact reduced rational: -18/31passiveOnePort/superpositionStates/1/nodePotentialsV/p
    Original passive one-port → Superposition States → record 1 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/superpositionStates/1/branches/0/id
    Original passive one-port → Superposition States → record 1 → Branches → record 0: ax (a→x) → TailapassiveOnePort/superpositionStates/1/branches/0/tail
    Original passive one-port → Superposition States → record 1 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/superpositionStates/1/branches/0/head
    Original passive one-port → Superposition States → record 1 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/superpositionStates/1/branches/0/resistanceOhm
    Original passive one-port → Superposition States → record 1 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 6/31passiveOnePort/superpositionStates/1/branches/0/voltageV
    Original passive one-port → Superposition States → record 1 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 3/31passiveOnePort/superpositionStates/1/branches/0/currentA
    Original passive one-port → Superposition States → record 1 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 18/961passiveOnePort/superpositionStates/1/branches/0/absorbedPowerW
    Original passive one-port → Superposition States → record 1 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/superpositionStates/1/branches/1/id
    Original passive one-port → Superposition States → record 1 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/superpositionStates/1/branches/1/tail
    Original passive one-port → Superposition States → record 1 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/superpositionStates/1/branches/1/head
    Original passive one-port → Superposition States → record 1 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/superpositionStates/1/branches/1/resistanceOhm
    Original passive one-port → Superposition States → record 1 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: -6/31passiveOnePort/superpositionStates/1/branches/1/voltageV
    Original passive one-port → Superposition States → record 1 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: -1/31passiveOnePort/superpositionStates/1/branches/1/currentA
    Original passive one-port → Superposition States → record 1 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 6/961passiveOnePort/superpositionStates/1/branches/1/absorbedPowerW
    Original passive one-port → Superposition States → record 1 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/superpositionStates/1/branches/2/id
    Original passive one-port → Superposition States → record 1 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/superpositionStates/1/branches/2/tail
    Original passive one-port → Superposition States → record 1 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/superpositionStates/1/branches/2/head
    Original passive one-port → Superposition States → record 1 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/superpositionStates/1/branches/2/resistanceOhm
    Original passive one-port → Superposition States → record 1 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 12/31passiveOnePort/superpositionStates/1/branches/2/voltageV
    Original passive one-port → Superposition States → record 1 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 4/31passiveOnePort/superpositionStates/1/branches/2/currentA
    Original passive one-port → Superposition States → record 1 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 48/961passiveOnePort/superpositionStates/1/branches/2/absorbedPowerW
    Original passive one-port → Superposition States → record 1 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/superpositionStates/1/branches/3/id
    Original passive one-port → Superposition States → record 1 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/superpositionStates/1/branches/3/tail
    Original passive one-port → Superposition States → record 1 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/superpositionStates/1/branches/3/head
    Original passive one-port → Superposition States → record 1 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/superpositionStates/1/branches/3/resistanceOhm
    Original passive one-port → Superposition States → record 1 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: -18/31passiveOnePort/superpositionStates/1/branches/3/voltageV
    Original passive one-port → Superposition States → record 1 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: -3/62passiveOnePort/superpositionStates/1/branches/3/currentA
    Original passive one-port → Superposition States → record 1 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 27/961passiveOnePort/superpositionStates/1/branches/3/absorbedPowerW
    Original passive one-port → Superposition States → record 1 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/superpositionStates/1/branches/4/id
    Original passive one-port → Superposition States → record 1 → Branches → record 4: pb (p→b) → TailppassiveOnePort/superpositionStates/1/branches/4/tail
    Original passive one-port → Superposition States → record 1 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/superpositionStates/1/branches/4/head
    Original passive one-port → Superposition States → record 1 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/superpositionStates/1/branches/4/resistanceOhm
    Original passive one-port → Superposition States → record 1 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 106/31passiveOnePort/superpositionStates/1/branches/4/voltageV
    Original passive one-port → Superposition States → record 1 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 53/124passiveOnePort/superpositionStates/1/branches/4/currentA
    Original passive one-port → Superposition States → record 1 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 2809/1922passiveOnePort/superpositionStates/1/branches/4/absorbedPowerW
    Original passive one-port → Superposition States → record 1 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/superpositionStates/1/branches/5/id
    Original passive one-port → Superposition States → record 1 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/superpositionStates/1/branches/5/tail
    Original passive one-port → Superposition States → record 1 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/superpositionStates/1/branches/5/head
    Original passive one-port → Superposition States → record 1 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 0passiveOnePort/superpositionStates/1/branches/5/voltageV
    Original passive one-port → Superposition States → record 1 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -3/31passiveOnePort/superpositionStates/1/branches/5/currentA
    Original passive one-port → Superposition States → record 1 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: 0passiveOnePort/superpositionStates/1/branches/5/absorbedPowerW
    Original passive one-port → Superposition States → record 1 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/superpositionStates/1/branches/6/id
    Original passive one-port → Superposition States → record 1 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/superpositionStates/1/branches/6/tail
    Original passive one-port → Superposition States → record 1 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/superpositionStates/1/branches/6/head
    Original passive one-port → Superposition States → record 1 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/superpositionStates/1/branches/6/voltageV
    Original passive one-port → Superposition States → record 1 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 53/124passiveOnePort/superpositionStates/1/branches/6/currentA
    Original passive one-port → Superposition States → record 1 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -53/31passiveOnePort/superpositionStates/1/branches/6/absorbedPowerW
    Original passive one-port → Superposition States → record 1 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/superpositionStates/1/branches/7/id
    Original passive one-port → Superposition States → record 1 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/superpositionStates/1/branches/7/tail
    Original passive one-port → Superposition States → record 1 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/superpositionStates/1/branches/7/head
    Original passive one-port → Superposition States → record 1 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: -18/31passiveOnePort/superpositionStates/1/branches/7/voltageV
    Original passive one-port → Superposition States → record 1 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: -1/4passiveOnePort/superpositionStates/1/branches/7/currentA
    Original passive one-port → Superposition States → record 1 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 9/62passiveOnePort/superpositionStates/1/branches/7/absorbedPowerW
    Original passive one-port → Superposition States → record 1 → Current delivered out of network (A)Exact reduced rational: -1/4passiveOnePort/superpositionStates/1/deliveredPortCurrentA
    Original passive one-port → Superposition States → record 1 → Current entering network (A)Exact reduced rational: 1/4passiveOnePort/superpositionStates/1/enteringNetworkPortCurrentA
    Original passive one-port → Superposition States → record 1 → Load Or Test Absorbed Power (W)Exact reduced rational: 9/62passiveOnePort/superpositionStates/1/loadOrTestAbsorbedPowerW
    Original passive one-port → Superposition States → record 1 → Physical internal resistor dissipation (W)Exact reduced rational: 97/62passiveOnePort/superpositionStates/1/physicalInternalResistorDissipationW
    Original passive one-port → Superposition States → record 1 → Sum of original sources absorbed power (W)Exact reduced rational: -53/31passiveOnePort/superpositionStates/1/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Superposition States → record 1 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/superpositionStates/1/kclResidualA/0
    Original passive one-port → Superposition States → record 1 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/superpositionStates/1/kclResidualA/a
    Original passive one-port → Superposition States → record 1 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/superpositionStates/1/kclResidualA/b
    Original passive one-port → Superposition States → record 1 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/superpositionStates/1/kclResidualA/x
    Original passive one-port → Superposition States → record 1 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/superpositionStates/1/kclResidualA/p
    Original passive one-port → Superposition States → record 1 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/superpositionStates/1/powerResidualW
    Original passive one-port → Superposition States → record 1 → Source Values (V) → record 0Exact reduced rational: 0passiveOnePort/superpositionStates/1/sourceValuesV/0
    Original passive one-port → Superposition States → record 1 → Source Values (V) → record 1Exact reduced rational: -4passiveOnePort/superpositionStates/1/sourceValuesV/1
    Original passive one-port → Superposition States → record 2 → Load resistance R_L (Ω); null denotes openExact reduced rational: 72/31passiveOnePort/superpositionStates/2/loadOhm
    Original passive one-port → Superposition States → record 2 → Imposed test/short port voltage (V); null means no imposed voltagenull — not an ordinary number; see this source record’s domain/status.passiveOnePort/superpositionStates/2/forcedPortV
    Original passive one-port → Superposition States → record 2 → Node Potentials (V) → 0Exact reduced rational: 0passiveOnePort/superpositionStates/2/nodePotentialsV/0
    Original passive one-port → Superposition States → record 2 → Node Potentials (V) → AExact reduced rational: 9passiveOnePort/superpositionStates/2/nodePotentialsV/a
    Original passive one-port → Superposition States → record 2 → Node Potentials (V) → BExact reduced rational: -4passiveOnePort/superpositionStates/2/nodePotentialsV/b
    Original passive one-port → Superposition States → record 2 → Node Potentials (V) → XExact reduced rational: 303/62passiveOnePort/superpositionStates/2/nodePotentialsV/x
    Original passive one-port → Superposition States → record 2 → Node Potentials (V) → PExact reduced rational: 36/31passiveOnePort/superpositionStates/2/nodePotentialsV/p
    Original passive one-port → Superposition States → record 2 → Branches → record 0: ax (a→x) → IdaxpassiveOnePort/superpositionStates/2/branches/0/id
    Original passive one-port → Superposition States → record 2 → Branches → record 0: ax (a→x) → TailapassiveOnePort/superpositionStates/2/branches/0/tail
    Original passive one-port → Superposition States → record 2 → Branches → record 0: ax (a→x) → HeadxpassiveOnePort/superpositionStates/2/branches/0/head
    Original passive one-port → Superposition States → record 2 → Branches → record 0: ax (a→x) → Resistance (Ω)Exact reduced rational: 2passiveOnePort/superpositionStates/2/branches/0/resistanceOhm
    Original passive one-port → Superposition States → record 2 → Branches → record 0: ax (a→x) → Oriented voltage drop (V)Exact reduced rational: 255/62passiveOnePort/superpositionStates/2/branches/0/voltageV
    Original passive one-port → Superposition States → record 2 → Branches → record 0: ax (a→x) → Oriented current (A)Exact reduced rational: 255/124passiveOnePort/superpositionStates/2/branches/0/currentA
    Original passive one-port → Superposition States → record 2 → Branches → record 0: ax (a→x) → Absorbed branch power p=v i (W)Exact reduced rational: 65025/7688passiveOnePort/superpositionStates/2/branches/0/absorbedPowerW
    Original passive one-port → Superposition States → record 2 → Branches → record 1: x0 (x→0) → Idx0passiveOnePort/superpositionStates/2/branches/1/id
    Original passive one-port → Superposition States → record 2 → Branches → record 1: x0 (x→0) → TailxpassiveOnePort/superpositionStates/2/branches/1/tail
    Original passive one-port → Superposition States → record 2 → Branches → record 1: x0 (x→0) → Head0passiveOnePort/superpositionStates/2/branches/1/head
    Original passive one-port → Superposition States → record 2 → Branches → record 1: x0 (x→0) → Resistance (Ω)Exact reduced rational: 6passiveOnePort/superpositionStates/2/branches/1/resistanceOhm
    Original passive one-port → Superposition States → record 2 → Branches → record 1: x0 (x→0) → Oriented voltage drop (V)Exact reduced rational: 303/62passiveOnePort/superpositionStates/2/branches/1/voltageV
    Original passive one-port → Superposition States → record 2 → Branches → record 1: x0 (x→0) → Oriented current (A)Exact reduced rational: 101/124passiveOnePort/superpositionStates/2/branches/1/currentA
    Original passive one-port → Superposition States → record 2 → Branches → record 1: x0 (x→0) → Absorbed branch power p=v i (W)Exact reduced rational: 30603/7688passiveOnePort/superpositionStates/2/branches/1/absorbedPowerW
    Original passive one-port → Superposition States → record 2 → Branches → record 2: xp (x→p) → IdxppassiveOnePort/superpositionStates/2/branches/2/id
    Original passive one-port → Superposition States → record 2 → Branches → record 2: xp (x→p) → TailxpassiveOnePort/superpositionStates/2/branches/2/tail
    Original passive one-port → Superposition States → record 2 → Branches → record 2: xp (x→p) → HeadppassiveOnePort/superpositionStates/2/branches/2/head
    Original passive one-port → Superposition States → record 2 → Branches → record 2: xp (x→p) → Resistance (Ω)Exact reduced rational: 3passiveOnePort/superpositionStates/2/branches/2/resistanceOhm
    Original passive one-port → Superposition States → record 2 → Branches → record 2: xp (x→p) → Oriented voltage drop (V)Exact reduced rational: 231/62passiveOnePort/superpositionStates/2/branches/2/voltageV
    Original passive one-port → Superposition States → record 2 → Branches → record 2: xp (x→p) → Oriented current (A)Exact reduced rational: 77/62passiveOnePort/superpositionStates/2/branches/2/currentA
    Original passive one-port → Superposition States → record 2 → Branches → record 2: xp (x→p) → Absorbed branch power p=v i (W)Exact reduced rational: 17787/3844passiveOnePort/superpositionStates/2/branches/2/absorbedPowerW
    Original passive one-port → Superposition States → record 2 → Branches → record 3: p0 (p→0) → Idp0passiveOnePort/superpositionStates/2/branches/3/id
    Original passive one-port → Superposition States → record 2 → Branches → record 3: p0 (p→0) → TailppassiveOnePort/superpositionStates/2/branches/3/tail
    Original passive one-port → Superposition States → record 2 → Branches → record 3: p0 (p→0) → Head0passiveOnePort/superpositionStates/2/branches/3/head
    Original passive one-port → Superposition States → record 2 → Branches → record 3: p0 (p→0) → Resistance (Ω)Exact reduced rational: 12passiveOnePort/superpositionStates/2/branches/3/resistanceOhm
    Original passive one-port → Superposition States → record 2 → Branches → record 3: p0 (p→0) → Oriented voltage drop (V)Exact reduced rational: 36/31passiveOnePort/superpositionStates/2/branches/3/voltageV
    Original passive one-port → Superposition States → record 2 → Branches → record 3: p0 (p→0) → Oriented current (A)Exact reduced rational: 3/31passiveOnePort/superpositionStates/2/branches/3/currentA
    Original passive one-port → Superposition States → record 2 → Branches → record 3: p0 (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 108/961passiveOnePort/superpositionStates/2/branches/3/absorbedPowerW
    Original passive one-port → Superposition States → record 2 → Branches → record 4: pb (p→b) → IdpbpassiveOnePort/superpositionStates/2/branches/4/id
    Original passive one-port → Superposition States → record 2 → Branches → record 4: pb (p→b) → TailppassiveOnePort/superpositionStates/2/branches/4/tail
    Original passive one-port → Superposition States → record 2 → Branches → record 4: pb (p→b) → HeadbpassiveOnePort/superpositionStates/2/branches/4/head
    Original passive one-port → Superposition States → record 2 → Branches → record 4: pb (p→b) → Resistance (Ω)Exact reduced rational: 8passiveOnePort/superpositionStates/2/branches/4/resistanceOhm
    Original passive one-port → Superposition States → record 2 → Branches → record 4: pb (p→b) → Oriented voltage drop (V)Exact reduced rational: 160/31passiveOnePort/superpositionStates/2/branches/4/voltageV
    Original passive one-port → Superposition States → record 2 → Branches → record 4: pb (p→b) → Oriented current (A)Exact reduced rational: 20/31passiveOnePort/superpositionStates/2/branches/4/currentA
    Original passive one-port → Superposition States → record 2 → Branches → record 4: pb (p→b) → Absorbed branch power p=v i (W)Exact reduced rational: 3200/961passiveOnePort/superpositionStates/2/branches/4/absorbedPowerW
    Original passive one-port → Superposition States → record 2 → Branches → record 5: a0 (a→0) → Ida0passiveOnePort/superpositionStates/2/branches/5/id
    Original passive one-port → Superposition States → record 2 → Branches → record 5: a0 (a→0) → TailapassiveOnePort/superpositionStates/2/branches/5/tail
    Original passive one-port → Superposition States → record 2 → Branches → record 5: a0 (a→0) → Head0passiveOnePort/superpositionStates/2/branches/5/head
    Original passive one-port → Superposition States → record 2 → Branches → record 5: a0 (a→0) → Oriented voltage drop (V)Exact reduced rational: 9passiveOnePort/superpositionStates/2/branches/5/voltageV
    Original passive one-port → Superposition States → record 2 → Branches → record 5: a0 (a→0) → Oriented current (A)Exact reduced rational: -255/124passiveOnePort/superpositionStates/2/branches/5/currentA
    Original passive one-port → Superposition States → record 2 → Branches → record 5: a0 (a→0) → Absorbed branch power p=v i (W)Exact reduced rational: -2295/124passiveOnePort/superpositionStates/2/branches/5/absorbedPowerW
    Original passive one-port → Superposition States → record 2 → Branches → record 6: b0 (b→0) → Idb0passiveOnePort/superpositionStates/2/branches/6/id
    Original passive one-port → Superposition States → record 2 → Branches → record 6: b0 (b→0) → TailbpassiveOnePort/superpositionStates/2/branches/6/tail
    Original passive one-port → Superposition States → record 2 → Branches → record 6: b0 (b→0) → Head0passiveOnePort/superpositionStates/2/branches/6/head
    Original passive one-port → Superposition States → record 2 → Branches → record 6: b0 (b→0) → Oriented voltage drop (V)Exact reduced rational: -4passiveOnePort/superpositionStates/2/branches/6/voltageV
    Original passive one-port → Superposition States → record 2 → Branches → record 6: b0 (b→0) → Oriented current (A)Exact reduced rational: 20/31passiveOnePort/superpositionStates/2/branches/6/currentA
    Original passive one-port → Superposition States → record 2 → Branches → record 6: b0 (b→0) → Absorbed branch power p=v i (W)Exact reduced rational: -80/31passiveOnePort/superpositionStates/2/branches/6/absorbedPowerW
    Original passive one-port → Superposition States → record 2 → Branches → record 7: port-load-or-test (p→0) → Idport-load-or-testpassiveOnePort/superpositionStates/2/branches/7/id
    Original passive one-port → Superposition States → record 2 → Branches → record 7: port-load-or-test (p→0) → TailppassiveOnePort/superpositionStates/2/branches/7/tail
    Original passive one-port → Superposition States → record 2 → Branches → record 7: port-load-or-test (p→0) → Head0passiveOnePort/superpositionStates/2/branches/7/head
    Original passive one-port → Superposition States → record 2 → Branches → record 7: port-load-or-test (p→0) → Oriented voltage drop (V)Exact reduced rational: 36/31passiveOnePort/superpositionStates/2/branches/7/voltageV
    Original passive one-port → Superposition States → record 2 → Branches → record 7: port-load-or-test (p→0) → Oriented current (A)Exact reduced rational: 1/2passiveOnePort/superpositionStates/2/branches/7/currentA
    Original passive one-port → Superposition States → record 2 → Branches → record 7: port-load-or-test (p→0) → Absorbed branch power p=v i (W)Exact reduced rational: 18/31passiveOnePort/superpositionStates/2/branches/7/absorbedPowerW
    Original passive one-port → Superposition States → record 2 → Current delivered out of network (A)Exact reduced rational: 1/2passiveOnePort/superpositionStates/2/deliveredPortCurrentA
    Original passive one-port → Superposition States → record 2 → Current entering network (A)Exact reduced rational: -1/2passiveOnePort/superpositionStates/2/enteringNetworkPortCurrentA
    Original passive one-port → Superposition States → record 2 → Load Or Test Absorbed Power (W)Exact reduced rational: 18/31passiveOnePort/superpositionStates/2/loadOrTestAbsorbedPowerW
    Original passive one-port → Superposition States → record 2 → Physical internal resistor dissipation (W)Exact reduced rational: 2543/124passiveOnePort/superpositionStates/2/physicalInternalResistorDissipationW
    Original passive one-port → Superposition States → record 2 → Sum of original sources absorbed power (W)Exact reduced rational: -2615/124passiveOnePort/superpositionStates/2/originalTwoSourcesAbsorbedPowerW
    Original passive one-port → Superposition States → record 2 → Oriented KCL residual (A) → 0Exact reduced rational: 0passiveOnePort/superpositionStates/2/kclResidualA/0
    Original passive one-port → Superposition States → record 2 → Oriented KCL residual (A) → AExact reduced rational: 0passiveOnePort/superpositionStates/2/kclResidualA/a
    Original passive one-port → Superposition States → record 2 → Oriented KCL residual (A) → BExact reduced rational: 0passiveOnePort/superpositionStates/2/kclResidualA/b
    Original passive one-port → Superposition States → record 2 → Oriented KCL residual (A) → XExact reduced rational: 0passiveOnePort/superpositionStates/2/kclResidualA/x
    Original passive one-port → Superposition States → record 2 → Oriented KCL residual (A) → PExact reduced rational: 0passiveOnePort/superpositionStates/2/kclResidualA/p
    Original passive one-port → Superposition States → record 2 → Total signed absorbed-power residual (W)Exact reduced rational: 0passiveOnePort/superpositionStates/2/powerResidualW
    Original passive one-port → Superposition States → record 2 → Source Values (V) → record 0Exact reduced rational: 9passiveOnePort/superpositionStates/2/sourceValuesV/0
    Original passive one-port → Superposition States → record 2 → Source Values (V) → record 1Exact reduced rational: -4passiveOnePort/superpositionStates/2/sourceValuesV/1

    Focus a labelled graph or table region and use arrow keys to scroll locally. Exact fractions, signs, domains and source statuses remain available below each figure.

    Original one-port: distinguish boundary response from physical internal power
    Quantity or configurationExact resultMeaning and scope
    Open loadV=72/31 V; I=0Port current zero; original internal network may dissipate
    Ideal shortV=0; delivered I=1 ASolve current by KCL; no division by zero load resistance
    Matched load R_L=72/31 ΩV=36/31 V; I=1/2 A; P_L=18/31 WMaximum load power for this fixed positive-R_th source model
    Original internal resistor dissipation at match2543/124 WSum over five actual resistors; excludes the external load
    Original two-source delivery at match2615/124 W9 V and −4 V ideal constraints both deliver in this state
    Thévenin series-resistor dissipation at match18/31 WEquivalent port realization; not original physical internal loss
    13

    Derive maximum power and state its domain

    For a fixed real V_th and R_th>0 feeding a passive resistive R_L≥0, P_L=V_th² R_L/(R_th+R_L)². Differentiation gives dP_L/dR_L=V_th²(R_th−R_L)/(R_th+R_L)³. With nonzero V_th, power rises before R_L=R_th and falls afterward; the endpoints short and open both give zero load power. Hence the maximum is V_th²/(4R_th). If V_th=0, every passive load has zero delivered power in this ideal source model, so there is no uniquely distinguished positive-power match.

    At the match, the Thévenin realization dissipates the same I²R in its series resistor as the load absorbs. If efficiency is defined as P_L divided by the power delivered by that realization’s ideal series voltage source, then η=R_L/(R_th+R_L), giving 1/2 at the match. A larger load can improve that stated efficiency while reducing delivered power. Maximum output power and maximum conversion efficiency are different optimization questions.

    The actual original two-source network makes the limitation concrete. At the matched load its load power is 18/31 W and its net ideal-source delivery is 2615/124 W. The ratio using those actual physical source and resistor boundaries is 72/2615, not 1/2. The port equivalent preserves load power, but it did not preserve the original physical loss ledger. Nor does the theorem guarantee that a real source can supply its ideal short current, remain within ratings, avoid heating or keep a linear resistance while loaded.

    Do not apply this positive-R_th maximum-power formula to negative resistance, an ideal current-source open limit, an inconsistent load constraint or a time-varying/nonlinear model without rederiving the problem. In AC matching, reactive impedance and the meaning of average power require additional definitions. The later phasor lesson develops that extension rather than silently replacing R with a complex number in the DC argument.

    14

    Show why power does not superpose

    Keep the load fixed at 72/31 Ω while applying the independent supplies separately. With (V_a,V_b)=(9,0) V the load voltage is 54/31 V. With (0,−4) V it is −18/31 V. Their sum is 36/31 V, exactly the combined-supply load voltage. The corresponding currents add too because the resistor and topology remain fixed.

    The separate load powers are 81/62 W and 9/62 W, whose sum is 45/31 W. The combined load power is only 18/31 W. There is no energy inconsistency: the power in a fixed resistor is (v₁+v₂)²/R=(v₁²+v₂²+2v₁v₂)/R. Here the cross term is −27/31 W, which accounts exactly for the difference. Adding powers from different source-off experiments would omit their changed interactions.

    This also explains why a negative voltage contribution does not mean a negative resistor dissipation in the corresponding source-off experiment. Squaring that contribution still gives a nonnegative resistor power. The sign matters when contributions interfere in the actual combined voltage. Superpose the linear variables, reconstruct the common physical state, and only then form vi for each element using its associated references.

    Same matched load: linear responses add, powers retain a cross term
    Independent source setting (V_a,V_b)Load voltageLoad power
    (9,0) V54/31 V81/62 W
    (0,−4) V−18/31 V9/62 W
    Combined (9,−4) V36/31 V18/31 W
    Power cross term 2v₁v₂/R_LNot a separate operating state−27/31 W
    15

    Retain a dependent source in the test circuit

    Consider a separate one-port with a 4 Ω resistor from p to 0, an independent 1 A source from 0 to p, and a voltage-controlled current source from 0 to p with value gV. Here g is a prescribed transconductance in siemens. KCL gives delivered load current I=1 A−GV, where G=(1/4 S)−g. The dependent contribution changes the slope, not merely the independent-source offset.

    For g=1/8 S, G=1/8 S, so V_oc=8 V and R_th=8 Ω. To find that resistance by a test, set only the independent 1 A source to zero and impose 1 V. The resistor draws 1/4 A from p to 0; the dependent source supplies 1/8 A from 0 to p. The net entering test current is 1/8 A, giving 8 Ω. Removing the dependent source would instead give 4 Ω and a wrong terminal relation.

    The controlling voltage is the port’s own V, so it remains a defined internal variable during the test. With a source controlled by a separate external voltage or current, specify what happens to that control when the load is changed. Holding a control fixed, shorting it and leaving it connected to a responsive circuit are different experiments. Port reduction must retain all electrically relevant controls or treat the system as a multiport.

    16

    Interpret active negative resistance without inventing energy

    For g=1/2 S the conductance is G=−1/4 S. A 1 V source-off test has entering current −1/4 A, so R_th=−4 Ω. The port delivers 1/4 W during that test instead of absorbing it. This is possible in an ideal powered controlled-source model: the controlled source represents an energy conversion device whose supply has been omitted from the reduced signal-level drawing. It is not a passive positive resistor generating energy from nothing.

    With the independent source restored and a 2 Ω load, (−1/4+1/2)SV=1 A gives V=4 V and delivered I=2 A. The load absorbs 8 W and the internal 4 Ω resistor absorbs 4 W. The independent 1 A source delivers 4 W; the controlled source carries 2 A from 0 to p and delivers 8 W. All signed powers sum to zero. The port behavior, the source supply interpretation and the internal resistor remain distinct.

    An active source may have a negative incremental slope around a chosen operating point without remaining linear over arbitrary voltages. Real power limits, saturation, supply compliance and frequency dependence matter. A static negative resistance by itself proves neither dynamic stability nor instability: that question needs the retained storage and time-dependent laws. In this ideal example the load can also cancel the static conductance and make the DC equations inconsistent, which is a separate rank issue.

    17

    Classify singular port and load cases

    At g=1/4 S, G=0, so the port is an ideal 1 A Norton source: I=1 A independent of V. Every positive finite R_L gives V=(1 A)R_L, and the short is also consistent. An open requires I=0 and I=1 A simultaneously, so no finite DC solution exists for that ideal connection. Do not store the open voltage as zero or replace it with an arbitrary huge number. Real compliance would require a different model.

    At g=1/2 S with R_L=4 Ω, the load and port conductances cancel. The equation is 0×V=1 A, which is inconsistent. If the independent source is also zeroed, it becomes 0×V=0: every V satisfies the reduced equation. That is nonuniqueness, not a prediction V=0. The controlled source can supply the resistor and load powers at any allowed member of this ideal family; the DC equations alone do not choose its amplitude.

    Likewise, g=1/4 S with the independent source zeroed has an open-circuit relation 0=0 and a free port voltage. A finite entering-voltage test still reports zero conductance. Status, boundary condition and available representation belong alongside the numbers. A unique solution, an inconsistent constraint, an unforced degree of freedom and an ideal limiting port are different statements even if a numerical solver happens to return a default value for more than one of them.

    Keep the dependent source and distinguish rank failures

    All 32 source-on load states, four source-off tests and two zero-source degeneracies remain inspectable. The finite voltage controls are discrete points; inconsistent and nonunique cases are not plotted as zero.

    Controlled-source voltage and rank classification

    • Source-on finite unique V_p: blue circles; discrete points, no connecting curve
    Controlled-source voltage and rank classificationAll finite unique load voltages are discrete source points; open and singular cases are explicit separate statements. No segment crosses an inconsistent state.02468-12012g=0 S; G=1/4 S.Source-on port voltage V_p (V)R_L (Ω); finite loads onlyOpen unique: V=4 V, I=0.02468-12012g=1/8 S; G=1/8 S.Source-on port voltage V_p (V)R_L (Ω); finite loads onlyOpen unique: V=8 V, I=0.02468-12012g=1/4 S; G=0 S.Source-on port voltage V_p (V)R_L (Ω); finite loads onlyOpen: inconsistent (0·V=1).02468-12012g=1/2 S; G=-1/4 S.Source-on port voltage V_p (V)R_L (Ω); finite loads onlyOpen unique: V=-4 V, I=0.R_L=4 Ω: inconsistent (0·V=1).Zero-source controls 0·V=0 are nonunique, not zero-voltage solutions. Full statuses/power ledgers below.
    • The ideal current sources both point0→p: the independent source is1 A and the dependent source is gV_p. The4 Ω resistor remains. Delivered current is I=1−(1/4−g)V.
    • For the resistance test, zero only the independent current source, keep gV_p and impose+1 V. Entering-network test current is G V, G=1/4−g. Positive, zero and negativeG are different cases.
    • At g=1/4S the source-on open equation0·V=1 is inconsistent. At g=1/2S and R_L=4Ω the source-on equation is also inconsistent. Their zero-source controls0·V=0 are nonunique. Null quantities remain null.
    • Negative static port resistance belongs to a powered ideal controlled source. It is not passive matter, a dynamic-stability claim or energy creation; the full signed source/load ledger is retained.

    Controlled one-port: preserve finite, singular and active cases

    Keep the dependent source and distinguish rank failures — every raw source field, exact value and explicit domain/status (662 source fields)

    Rational values are exact reduced fractions, not rounded plot coordinates. Null is retained explicitly and is never an ordinary zero. Every raw source path appears once; branch orientations, indices, units, power signs and rank reasons remain inspectable.

    Keep the dependent source and distinguish rank failures — every raw source field, exact value and explicit domain/status
    Physical quantity and source contextExact source value / statusSource path
    Powered dependent-source port → Load States → record 0 → Transconductance g (S)Exact reduced rational: 0dependentPort/loadStates/0/gS
    Powered dependent-source port → Load States → record 0 → Load resistance R_L (Ω); null denotes openExact reduced rational: 0dependentPort/loadStates/0/loadOhm
    Powered dependent-source port → Load States → record 0 → Independent Source (A)Exact reduced rational: 1dependentPort/loadStates/0/independentSourceA
    Powered dependent-source port → Load States → record 0 → Source-off port conductance G (S)Exact reduced rational: 1/4dependentPort/loadStates/0/portConductanceS
    Powered dependent-source port → Load States → record 0 → Existence/uniqueness statusuniquedependentPort/loadStates/0/status
    Powered dependent-source port → Load States → record 0 → Loaded port equation coefficient (S)Exact reduced rational: 1/4dependentPort/loadStates/0/coefficientS
    Powered dependent-source port → Load States → record 0 → Oriented voltage drop (V)Exact reduced rational: 0dependentPort/loadStates/0/voltageV
    Powered dependent-source port → Load States → record 0 → Delivered Current (A)Exact reduced rational: 1dependentPort/loadStates/0/deliveredCurrentA
    Powered dependent-source port → Load States → record 0 → Thevenin Resistance (Ω)Exact reduced rational: 4dependentPort/loadStates/0/theveninResistanceOhm
    Powered dependent-source port → Load States → record 0 → Open Circuit Voltage (V)Exact reduced rational: 4dependentPort/loadStates/0/openCircuitVoltageV
    Powered dependent-source port → Load States → record 0 → Reason a finite Thévenin representation is unavailablenull — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/0/noFiniteTheveninReason
    Powered dependent-source port → Load States → record 0 → Resistor Current (A)Exact reduced rational: 0dependentPort/loadStates/0/resistorCurrentA
    Powered dependent-source port → Load States → record 0 → Controlled Source Current0 To PAExact reduced rational: 0dependentPort/loadStates/0/controlledSourceCurrent0ToPA
    Powered dependent-source port → Load States → record 0 → Absorbed Powers (W) → ResistorExact reduced rational: 0dependentPort/loadStates/0/absorbedPowersW/resistor
    Powered dependent-source port → Load States → record 0 → Absorbed Powers (W) → Independent SourceExact reduced rational: 0dependentPort/loadStates/0/absorbedPowersW/independentSource
    Powered dependent-source port → Load States → record 0 → Absorbed Powers (W) → Controlled SourceExact reduced rational: 0dependentPort/loadStates/0/absorbedPowersW/controlledSource
    Powered dependent-source port → Load States → record 0 → Absorbed Powers (W) → LoadExact reduced rational: 0dependentPort/loadStates/0/absorbedPowersW/load
    Powered dependent-source port → Load States → record 0 → Oriented KCL residual (A)Exact reduced rational: 0dependentPort/loadStates/0/kclResidualA
    Powered dependent-source port → Load States → record 0 → Total signed absorbed-power residual (W)Exact reduced rational: 0dependentPort/loadStates/0/powerResidualW
    Powered dependent-source port → Load States → record 1 → Transconductance g (S)Exact reduced rational: 0dependentPort/loadStates/1/gS
    Powered dependent-source port → Load States → record 1 → Load resistance R_L (Ω); null denotes openExact reduced rational: 1dependentPort/loadStates/1/loadOhm
    Powered dependent-source port → Load States → record 1 → Independent Source (A)Exact reduced rational: 1dependentPort/loadStates/1/independentSourceA
    Powered dependent-source port → Load States → record 1 → Source-off port conductance G (S)Exact reduced rational: 1/4dependentPort/loadStates/1/portConductanceS
    Powered dependent-source port → Load States → record 1 → Existence/uniqueness statusuniquedependentPort/loadStates/1/status
    Powered dependent-source port → Load States → record 1 → Loaded port equation coefficient (S)Exact reduced rational: 5/4dependentPort/loadStates/1/coefficientS
    Powered dependent-source port → Load States → record 1 → Oriented voltage drop (V)Exact reduced rational: 4/5dependentPort/loadStates/1/voltageV
    Powered dependent-source port → Load States → record 1 → Delivered Current (A)Exact reduced rational: 4/5dependentPort/loadStates/1/deliveredCurrentA
    Powered dependent-source port → Load States → record 1 → Thevenin Resistance (Ω)Exact reduced rational: 4dependentPort/loadStates/1/theveninResistanceOhm
    Powered dependent-source port → Load States → record 1 → Open Circuit Voltage (V)Exact reduced rational: 4dependentPort/loadStates/1/openCircuitVoltageV
    Powered dependent-source port → Load States → record 1 → Reason a finite Thévenin representation is unavailablenull — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/1/noFiniteTheveninReason
    Powered dependent-source port → Load States → record 1 → Resistor Current (A)Exact reduced rational: 1/5dependentPort/loadStates/1/resistorCurrentA
    Powered dependent-source port → Load States → record 1 → Controlled Source Current0 To PAExact reduced rational: 0dependentPort/loadStates/1/controlledSourceCurrent0ToPA
    Powered dependent-source port → Load States → record 1 → Absorbed Powers (W) → ResistorExact reduced rational: 4/25dependentPort/loadStates/1/absorbedPowersW/resistor
    Powered dependent-source port → Load States → record 1 → Absorbed Powers (W) → Independent SourceExact reduced rational: -4/5dependentPort/loadStates/1/absorbedPowersW/independentSource
    Powered dependent-source port → Load States → record 1 → Absorbed Powers (W) → Controlled SourceExact reduced rational: 0dependentPort/loadStates/1/absorbedPowersW/controlledSource
    Powered dependent-source port → Load States → record 1 → Absorbed Powers (W) → LoadExact reduced rational: 16/25dependentPort/loadStates/1/absorbedPowersW/load
    Powered dependent-source port → Load States → record 1 → Oriented KCL residual (A)Exact reduced rational: 0dependentPort/loadStates/1/kclResidualA
    Powered dependent-source port → Load States → record 1 → Total signed absorbed-power residual (W)Exact reduced rational: 0dependentPort/loadStates/1/powerResidualW
    Powered dependent-source port → Load States → record 2 → Transconductance g (S)Exact reduced rational: 0dependentPort/loadStates/2/gS
    Powered dependent-source port → Load States → record 2 → Load resistance R_L (Ω); null denotes openExact reduced rational: 2dependentPort/loadStates/2/loadOhm
    Powered dependent-source port → Load States → record 2 → Independent Source (A)Exact reduced rational: 1dependentPort/loadStates/2/independentSourceA
    Powered dependent-source port → Load States → record 2 → Source-off port conductance G (S)Exact reduced rational: 1/4dependentPort/loadStates/2/portConductanceS
    Powered dependent-source port → Load States → record 2 → Existence/uniqueness statusuniquedependentPort/loadStates/2/status
    Powered dependent-source port → Load States → record 2 → Loaded port equation coefficient (S)Exact reduced rational: 3/4dependentPort/loadStates/2/coefficientS
    Powered dependent-source port → Load States → record 2 → Oriented voltage drop (V)Exact reduced rational: 4/3dependentPort/loadStates/2/voltageV
    Powered dependent-source port → Load States → record 2 → Delivered Current (A)Exact reduced rational: 2/3dependentPort/loadStates/2/deliveredCurrentA
    Powered dependent-source port → Load States → record 2 → Thevenin Resistance (Ω)Exact reduced rational: 4dependentPort/loadStates/2/theveninResistanceOhm
    Powered dependent-source port → Load States → record 2 → Open Circuit Voltage (V)Exact reduced rational: 4dependentPort/loadStates/2/openCircuitVoltageV
    Powered dependent-source port → Load States → record 2 → Reason a finite Thévenin representation is unavailablenull — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/2/noFiniteTheveninReason
    Powered dependent-source port → Load States → record 2 → Resistor Current (A)Exact reduced rational: 1/3dependentPort/loadStates/2/resistorCurrentA
    Powered dependent-source port → Load States → record 2 → Controlled Source Current0 To PAExact reduced rational: 0dependentPort/loadStates/2/controlledSourceCurrent0ToPA
    Powered dependent-source port → Load States → record 2 → Absorbed Powers (W) → ResistorExact reduced rational: 4/9dependentPort/loadStates/2/absorbedPowersW/resistor
    Powered dependent-source port → Load States → record 2 → Absorbed Powers (W) → Independent SourceExact reduced rational: -4/3dependentPort/loadStates/2/absorbedPowersW/independentSource
    Powered dependent-source port → Load States → record 2 → Absorbed Powers (W) → Controlled SourceExact reduced rational: 0dependentPort/loadStates/2/absorbedPowersW/controlledSource
    Powered dependent-source port → Load States → record 2 → Absorbed Powers (W) → LoadExact reduced rational: 8/9dependentPort/loadStates/2/absorbedPowersW/load
    Powered dependent-source port → Load States → record 2 → Oriented KCL residual (A)Exact reduced rational: 0dependentPort/loadStates/2/kclResidualA
    Powered dependent-source port → Load States → record 2 → Total signed absorbed-power residual (W)Exact reduced rational: 0dependentPort/loadStates/2/powerResidualW
    Powered dependent-source port → Load States → record 3 → Transconductance g (S)Exact reduced rational: 0dependentPort/loadStates/3/gS
    Powered dependent-source port → Load States → record 3 → Load resistance R_L (Ω); null denotes openExact reduced rational: 3dependentPort/loadStates/3/loadOhm
    Powered dependent-source port → Load States → record 3 → Independent Source (A)Exact reduced rational: 1dependentPort/loadStates/3/independentSourceA
    Powered dependent-source port → Load States → record 3 → Source-off port conductance G (S)Exact reduced rational: 1/4dependentPort/loadStates/3/portConductanceS
    Powered dependent-source port → Load States → record 3 → Existence/uniqueness statusuniquedependentPort/loadStates/3/status
    Powered dependent-source port → Load States → record 3 → Loaded port equation coefficient (S)Exact reduced rational: 7/12dependentPort/loadStates/3/coefficientS
    Powered dependent-source port → Load States → record 3 → Oriented voltage drop (V)Exact reduced rational: 12/7dependentPort/loadStates/3/voltageV
    Powered dependent-source port → Load States → record 3 → Delivered Current (A)Exact reduced rational: 4/7dependentPort/loadStates/3/deliveredCurrentA
    Powered dependent-source port → Load States → record 3 → Thevenin Resistance (Ω)Exact reduced rational: 4dependentPort/loadStates/3/theveninResistanceOhm
    Powered dependent-source port → Load States → record 3 → Open Circuit Voltage (V)Exact reduced rational: 4dependentPort/loadStates/3/openCircuitVoltageV
    Powered dependent-source port → Load States → record 3 → Reason a finite Thévenin representation is unavailablenull — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/3/noFiniteTheveninReason
    Powered dependent-source port → Load States → record 3 → Resistor Current (A)Exact reduced rational: 3/7dependentPort/loadStates/3/resistorCurrentA
    Powered dependent-source port → Load States → record 3 → Controlled Source Current0 To PAExact reduced rational: 0dependentPort/loadStates/3/controlledSourceCurrent0ToPA
    Powered dependent-source port → Load States → record 3 → Absorbed Powers (W) → ResistorExact reduced rational: 36/49dependentPort/loadStates/3/absorbedPowersW/resistor
    Powered dependent-source port → Load States → record 3 → Absorbed Powers (W) → Independent SourceExact reduced rational: -12/7dependentPort/loadStates/3/absorbedPowersW/independentSource
    Powered dependent-source port → Load States → record 3 → Absorbed Powers (W) → Controlled SourceExact reduced rational: 0dependentPort/loadStates/3/absorbedPowersW/controlledSource
    Powered dependent-source port → Load States → record 3 → Absorbed Powers (W) → LoadExact reduced rational: 48/49dependentPort/loadStates/3/absorbedPowersW/load
    Powered dependent-source port → Load States → record 3 → Oriented KCL residual (A)Exact reduced rational: 0dependentPort/loadStates/3/kclResidualA
    Powered dependent-source port → Load States → record 3 → Total signed absorbed-power residual (W)Exact reduced rational: 0dependentPort/loadStates/3/powerResidualW
    Powered dependent-source port → Load States → record 4 → Transconductance g (S)Exact reduced rational: 0dependentPort/loadStates/4/gS
    Powered dependent-source port → Load States → record 4 → Load resistance R_L (Ω); null denotes openExact reduced rational: 4dependentPort/loadStates/4/loadOhm
    Powered dependent-source port → Load States → record 4 → Independent Source (A)Exact reduced rational: 1dependentPort/loadStates/4/independentSourceA
    Powered dependent-source port → Load States → record 4 → Source-off port conductance G (S)Exact reduced rational: 1/4dependentPort/loadStates/4/portConductanceS
    Powered dependent-source port → Load States → record 4 → Existence/uniqueness statusuniquedependentPort/loadStates/4/status
    Powered dependent-source port → Load States → record 4 → Loaded port equation coefficient (S)Exact reduced rational: 1/2dependentPort/loadStates/4/coefficientS
    Powered dependent-source port → Load States → record 4 → Oriented voltage drop (V)Exact reduced rational: 2dependentPort/loadStates/4/voltageV
    Powered dependent-source port → Load States → record 4 → Delivered Current (A)Exact reduced rational: 1/2dependentPort/loadStates/4/deliveredCurrentA
    Powered dependent-source port → Load States → record 4 → Thevenin Resistance (Ω)Exact reduced rational: 4dependentPort/loadStates/4/theveninResistanceOhm
    Powered dependent-source port → Load States → record 4 → Open Circuit Voltage (V)Exact reduced rational: 4dependentPort/loadStates/4/openCircuitVoltageV
    Powered dependent-source port → Load States → record 4 → Reason a finite Thévenin representation is unavailablenull — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/4/noFiniteTheveninReason
    Powered dependent-source port → Load States → record 4 → Resistor Current (A)Exact reduced rational: 1/2dependentPort/loadStates/4/resistorCurrentA
    Powered dependent-source port → Load States → record 4 → Controlled Source Current0 To PAExact reduced rational: 0dependentPort/loadStates/4/controlledSourceCurrent0ToPA
    Powered dependent-source port → Load States → record 4 → Absorbed Powers (W) → ResistorExact reduced rational: 1dependentPort/loadStates/4/absorbedPowersW/resistor
    Powered dependent-source port → Load States → record 4 → Absorbed Powers (W) → Independent SourceExact reduced rational: -2dependentPort/loadStates/4/absorbedPowersW/independentSource
    Powered dependent-source port → Load States → record 4 → Absorbed Powers (W) → Controlled SourceExact reduced rational: 0dependentPort/loadStates/4/absorbedPowersW/controlledSource
    Powered dependent-source port → Load States → record 4 → Absorbed Powers (W) → LoadExact reduced rational: 1dependentPort/loadStates/4/absorbedPowersW/load
    Powered dependent-source port → Load States → record 4 → Oriented KCL residual (A)Exact reduced rational: 0dependentPort/loadStates/4/kclResidualA
    Powered dependent-source port → Load States → record 4 → Total signed absorbed-power residual (W)Exact reduced rational: 0dependentPort/loadStates/4/powerResidualW
    Powered dependent-source port → Load States → record 5 → Transconductance g (S)Exact reduced rational: 0dependentPort/loadStates/5/gS
    Powered dependent-source port → Load States → record 5 → Load resistance R_L (Ω); null denotes openExact reduced rational: 6dependentPort/loadStates/5/loadOhm
    Powered dependent-source port → Load States → record 5 → Independent Source (A)Exact reduced rational: 1dependentPort/loadStates/5/independentSourceA
    Powered dependent-source port → Load States → record 5 → Source-off port conductance G (S)Exact reduced rational: 1/4dependentPort/loadStates/5/portConductanceS
    Powered dependent-source port → Load States → record 5 → Existence/uniqueness statusuniquedependentPort/loadStates/5/status
    Powered dependent-source port → Load States → record 5 → Loaded port equation coefficient (S)Exact reduced rational: 5/12dependentPort/loadStates/5/coefficientS
    Powered dependent-source port → Load States → record 5 → Oriented voltage drop (V)Exact reduced rational: 12/5dependentPort/loadStates/5/voltageV
    Powered dependent-source port → Load States → record 5 → Delivered Current (A)Exact reduced rational: 2/5dependentPort/loadStates/5/deliveredCurrentA
    Powered dependent-source port → Load States → record 5 → Thevenin Resistance (Ω)Exact reduced rational: 4dependentPort/loadStates/5/theveninResistanceOhm
    Powered dependent-source port → Load States → record 5 → Open Circuit Voltage (V)Exact reduced rational: 4dependentPort/loadStates/5/openCircuitVoltageV
    Powered dependent-source port → Load States → record 5 → Reason a finite Thévenin representation is unavailablenull — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/5/noFiniteTheveninReason
    Powered dependent-source port → Load States → record 5 → Resistor Current (A)Exact reduced rational: 3/5dependentPort/loadStates/5/resistorCurrentA
    Powered dependent-source port → Load States → record 5 → Controlled Source Current0 To PAExact reduced rational: 0dependentPort/loadStates/5/controlledSourceCurrent0ToPA
    Powered dependent-source port → Load States → record 5 → Absorbed Powers (W) → ResistorExact reduced rational: 36/25dependentPort/loadStates/5/absorbedPowersW/resistor
    Powered dependent-source port → Load States → record 5 → Absorbed Powers (W) → Independent SourceExact reduced rational: -12/5dependentPort/loadStates/5/absorbedPowersW/independentSource
    Powered dependent-source port → Load States → record 5 → Absorbed Powers (W) → Controlled SourceExact reduced rational: 0dependentPort/loadStates/5/absorbedPowersW/controlledSource
    Powered dependent-source port → Load States → record 5 → Absorbed Powers (W) → LoadExact reduced rational: 24/25dependentPort/loadStates/5/absorbedPowersW/load
    Powered dependent-source port → Load States → record 5 → Oriented KCL residual (A)Exact reduced rational: 0dependentPort/loadStates/5/kclResidualA
    Powered dependent-source port → Load States → record 5 → Total signed absorbed-power residual (W)Exact reduced rational: 0dependentPort/loadStates/5/powerResidualW
    Powered dependent-source port → Load States → record 6 → Transconductance g (S)Exact reduced rational: 0dependentPort/loadStates/6/gS
    Powered dependent-source port → Load States → record 6 → Load resistance R_L (Ω); null denotes openExact reduced rational: 8dependentPort/loadStates/6/loadOhm
    Powered dependent-source port → Load States → record 6 → Independent Source (A)Exact reduced rational: 1dependentPort/loadStates/6/independentSourceA
    Powered dependent-source port → Load States → record 6 → Source-off port conductance G (S)Exact reduced rational: 1/4dependentPort/loadStates/6/portConductanceS
    Powered dependent-source port → Load States → record 6 → Existence/uniqueness statusuniquedependentPort/loadStates/6/status
    Powered dependent-source port → Load States → record 6 → Loaded port equation coefficient (S)Exact reduced rational: 3/8dependentPort/loadStates/6/coefficientS
    Powered dependent-source port → Load States → record 6 → Oriented voltage drop (V)Exact reduced rational: 8/3dependentPort/loadStates/6/voltageV
    Powered dependent-source port → Load States → record 6 → Delivered Current (A)Exact reduced rational: 1/3dependentPort/loadStates/6/deliveredCurrentA
    Powered dependent-source port → Load States → record 6 → Thevenin Resistance (Ω)Exact reduced rational: 4dependentPort/loadStates/6/theveninResistanceOhm
    Powered dependent-source port → Load States → record 6 → Open Circuit Voltage (V)Exact reduced rational: 4dependentPort/loadStates/6/openCircuitVoltageV
    Powered dependent-source port → Load States → record 6 → Reason a finite Thévenin representation is unavailablenull — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/6/noFiniteTheveninReason
    Powered dependent-source port → Load States → record 6 → Resistor Current (A)Exact reduced rational: 2/3dependentPort/loadStates/6/resistorCurrentA
    Powered dependent-source port → Load States → record 6 → Controlled Source Current0 To PAExact reduced rational: 0dependentPort/loadStates/6/controlledSourceCurrent0ToPA
    Powered dependent-source port → Load States → record 6 → Absorbed Powers (W) → ResistorExact reduced rational: 16/9dependentPort/loadStates/6/absorbedPowersW/resistor
    Powered dependent-source port → Load States → record 6 → Absorbed Powers (W) → Independent SourceExact reduced rational: -8/3dependentPort/loadStates/6/absorbedPowersW/independentSource
    Powered dependent-source port → Load States → record 6 → Absorbed Powers (W) → Controlled SourceExact reduced rational: 0dependentPort/loadStates/6/absorbedPowersW/controlledSource
    Powered dependent-source port → Load States → record 6 → Absorbed Powers (W) → LoadExact reduced rational: 8/9dependentPort/loadStates/6/absorbedPowersW/load
    Powered dependent-source port → Load States → record 6 → Oriented KCL residual (A)Exact reduced rational: 0dependentPort/loadStates/6/kclResidualA
    Powered dependent-source port → Load States → record 6 → Total signed absorbed-power residual (W)Exact reduced rational: 0dependentPort/loadStates/6/powerResidualW
    Powered dependent-source port → Load States → record 7 → Transconductance g (S)Exact reduced rational: 0dependentPort/loadStates/7/gS
    Powered dependent-source port → Load States → record 7 → Load resistance R_L (Ω); null denotes opennull — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/7/loadOhm
    Powered dependent-source port → Load States → record 7 → Independent Source (A)Exact reduced rational: 1dependentPort/loadStates/7/independentSourceA
    Powered dependent-source port → Load States → record 7 → Source-off port conductance G (S)Exact reduced rational: 1/4dependentPort/loadStates/7/portConductanceS
    Powered dependent-source port → Load States → record 7 → Existence/uniqueness statusuniquedependentPort/loadStates/7/status
    Powered dependent-source port → Load States → record 7 → Loaded port equation coefficient (S)Exact reduced rational: 1/4dependentPort/loadStates/7/coefficientS
    Powered dependent-source port → Load States → record 7 → Oriented voltage drop (V)Exact reduced rational: 4dependentPort/loadStates/7/voltageV
    Powered dependent-source port → Load States → record 7 → Delivered Current (A)Exact reduced rational: 0dependentPort/loadStates/7/deliveredCurrentA
    Powered dependent-source port → Load States → record 7 → Thevenin Resistance (Ω)Exact reduced rational: 4dependentPort/loadStates/7/theveninResistanceOhm
    Powered dependent-source port → Load States → record 7 → Open Circuit Voltage (V)Exact reduced rational: 4dependentPort/loadStates/7/openCircuitVoltageV
    Powered dependent-source port → Load States → record 7 → Reason a finite Thévenin representation is unavailablenull — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/7/noFiniteTheveninReason
    Powered dependent-source port → Load States → record 7 → Resistor Current (A)Exact reduced rational: 1dependentPort/loadStates/7/resistorCurrentA
    Powered dependent-source port → Load States → record 7 → Controlled Source Current0 To PAExact reduced rational: 0dependentPort/loadStates/7/controlledSourceCurrent0ToPA
    Powered dependent-source port → Load States → record 7 → Absorbed Powers (W) → ResistorExact reduced rational: 4dependentPort/loadStates/7/absorbedPowersW/resistor
    Powered dependent-source port → Load States → record 7 → Absorbed Powers (W) → Independent SourceExact reduced rational: -4dependentPort/loadStates/7/absorbedPowersW/independentSource
    Powered dependent-source port → Load States → record 7 → Absorbed Powers (W) → Controlled SourceExact reduced rational: 0dependentPort/loadStates/7/absorbedPowersW/controlledSource
    Powered dependent-source port → Load States → record 7 → Absorbed Powers (W) → LoadExact reduced rational: 0dependentPort/loadStates/7/absorbedPowersW/load
    Powered dependent-source port → Load States → record 7 → Oriented KCL residual (A)Exact reduced rational: 0dependentPort/loadStates/7/kclResidualA
    Powered dependent-source port → Load States → record 7 → Total signed absorbed-power residual (W)Exact reduced rational: 0dependentPort/loadStates/7/powerResidualW
    Powered dependent-source port → Load States → record 8 → Transconductance g (S)Exact reduced rational: 1/8dependentPort/loadStates/8/gS
    Powered dependent-source port → Load States → record 8 → Load resistance R_L (Ω); null denotes openExact reduced rational: 0dependentPort/loadStates/8/loadOhm
    Powered dependent-source port → Load States → record 8 → Independent Source (A)Exact reduced rational: 1dependentPort/loadStates/8/independentSourceA
    Powered dependent-source port → Load States → record 8 → Source-off port conductance G (S)Exact reduced rational: 1/8dependentPort/loadStates/8/portConductanceS
    Powered dependent-source port → Load States → record 8 → Existence/uniqueness statusuniquedependentPort/loadStates/8/status
    Powered dependent-source port → Load States → record 8 → Loaded port equation coefficient (S)Exact reduced rational: 1/8dependentPort/loadStates/8/coefficientS
    Powered dependent-source port → Load States → record 8 → Oriented voltage drop (V)Exact reduced rational: 0dependentPort/loadStates/8/voltageV
    Powered dependent-source port → Load States → record 8 → Delivered Current (A)Exact reduced rational: 1dependentPort/loadStates/8/deliveredCurrentA
    Powered dependent-source port → Load States → record 8 → Thevenin Resistance (Ω)Exact reduced rational: 8dependentPort/loadStates/8/theveninResistanceOhm
    Powered dependent-source port → Load States → record 8 → Open Circuit Voltage (V)Exact reduced rational: 8dependentPort/loadStates/8/openCircuitVoltageV
    Powered dependent-source port → Load States → record 8 → Reason a finite Thévenin representation is unavailablenull — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/8/noFiniteTheveninReason
    Powered dependent-source port → Load States → record 8 → Resistor Current (A)Exact reduced rational: 0dependentPort/loadStates/8/resistorCurrentA
    Powered dependent-source port → Load States → record 8 → Controlled Source Current0 To PAExact reduced rational: 0dependentPort/loadStates/8/controlledSourceCurrent0ToPA
    Powered dependent-source port → Load States → record 8 → Absorbed Powers (W) → ResistorExact reduced rational: 0dependentPort/loadStates/8/absorbedPowersW/resistor
    Powered dependent-source port → Load States → record 8 → Absorbed Powers (W) → Independent SourceExact reduced rational: 0dependentPort/loadStates/8/absorbedPowersW/independentSource
    Powered dependent-source port → Load States → record 8 → Absorbed Powers (W) → Controlled SourceExact reduced rational: 0dependentPort/loadStates/8/absorbedPowersW/controlledSource
    Powered dependent-source port → Load States → record 8 → Absorbed Powers (W) → LoadExact reduced rational: 0dependentPort/loadStates/8/absorbedPowersW/load
    Powered dependent-source port → Load States → record 8 → Oriented KCL residual (A)Exact reduced rational: 0dependentPort/loadStates/8/kclResidualA
    Powered dependent-source port → Load States → record 8 → Total signed absorbed-power residual (W)Exact reduced rational: 0dependentPort/loadStates/8/powerResidualW
    Powered dependent-source port → Load States → record 9 → Transconductance g (S)Exact reduced rational: 1/8dependentPort/loadStates/9/gS
    Powered dependent-source port → Load States → record 9 → Load resistance R_L (Ω); null denotes openExact reduced rational: 1dependentPort/loadStates/9/loadOhm
    Powered dependent-source port → Load States → record 9 → Independent Source (A)Exact reduced rational: 1dependentPort/loadStates/9/independentSourceA
    Powered dependent-source port → Load States → record 9 → Source-off port conductance G (S)Exact reduced rational: 1/8dependentPort/loadStates/9/portConductanceS
    Powered dependent-source port → Load States → record 9 → Existence/uniqueness statusuniquedependentPort/loadStates/9/status
    Powered dependent-source port → Load States → record 9 → Loaded port equation coefficient (S)Exact reduced rational: 9/8dependentPort/loadStates/9/coefficientS
    Powered dependent-source port → Load States → record 9 → Oriented voltage drop (V)Exact reduced rational: 8/9dependentPort/loadStates/9/voltageV
    Powered dependent-source port → Load States → record 9 → Delivered Current (A)Exact reduced rational: 8/9dependentPort/loadStates/9/deliveredCurrentA
    Powered dependent-source port → Load States → record 9 → Thevenin Resistance (Ω)Exact reduced rational: 8dependentPort/loadStates/9/theveninResistanceOhm
    Powered dependent-source port → Load States → record 9 → Open Circuit Voltage (V)Exact reduced rational: 8dependentPort/loadStates/9/openCircuitVoltageV
    Powered dependent-source port → Load States → record 9 → Reason a finite Thévenin representation is unavailablenull — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/9/noFiniteTheveninReason
    Powered dependent-source port → Load States → record 9 → Resistor Current (A)Exact reduced rational: 2/9dependentPort/loadStates/9/resistorCurrentA
    Powered dependent-source port → Load States → record 9 → Controlled Source Current0 To PAExact reduced rational: 1/9dependentPort/loadStates/9/controlledSourceCurrent0ToPA
    Powered dependent-source port → Load States → record 9 → Absorbed Powers (W) → ResistorExact reduced rational: 16/81dependentPort/loadStates/9/absorbedPowersW/resistor
    Powered dependent-source port → Load States → record 9 → Absorbed Powers (W) → Independent SourceExact reduced rational: -8/9dependentPort/loadStates/9/absorbedPowersW/independentSource
    Powered dependent-source port → Load States → record 9 → Absorbed Powers (W) → Controlled SourceExact reduced rational: -8/81dependentPort/loadStates/9/absorbedPowersW/controlledSource
    Powered dependent-source port → Load States → record 9 → Absorbed Powers (W) → LoadExact reduced rational: 64/81dependentPort/loadStates/9/absorbedPowersW/load
    Powered dependent-source port → Load States → record 9 → Oriented KCL residual (A)Exact reduced rational: 0dependentPort/loadStates/9/kclResidualA
    Powered dependent-source port → Load States → record 9 → Total signed absorbed-power residual (W)Exact reduced rational: 0dependentPort/loadStates/9/powerResidualW
    Powered dependent-source port → Load States → record 10 → Transconductance g (S)Exact reduced rational: 1/8dependentPort/loadStates/10/gS
    Powered dependent-source port → Load States → record 10 → Load resistance R_L (Ω); null denotes openExact reduced rational: 2dependentPort/loadStates/10/loadOhm
    Powered dependent-source port → Load States → record 10 → Independent Source (A)Exact reduced rational: 1dependentPort/loadStates/10/independentSourceA
    Powered dependent-source port → Load States → record 10 → Source-off port conductance G (S)Exact reduced rational: 1/8dependentPort/loadStates/10/portConductanceS
    Powered dependent-source port → Load States → record 10 → Existence/uniqueness statusuniquedependentPort/loadStates/10/status
    Powered dependent-source port → Load States → record 10 → Loaded port equation coefficient (S)Exact reduced rational: 5/8dependentPort/loadStates/10/coefficientS
    Powered dependent-source port → Load States → record 10 → Oriented voltage drop (V)Exact reduced rational: 8/5dependentPort/loadStates/10/voltageV
    Powered dependent-source port → Load States → record 10 → Delivered Current (A)Exact reduced rational: 4/5dependentPort/loadStates/10/deliveredCurrentA
    Powered dependent-source port → Load States → record 10 → Thevenin Resistance (Ω)Exact reduced rational: 8dependentPort/loadStates/10/theveninResistanceOhm
    Powered dependent-source port → Load States → record 10 → Open Circuit Voltage (V)Exact reduced rational: 8dependentPort/loadStates/10/openCircuitVoltageV
    Powered dependent-source port → Load States → record 10 → Reason a finite Thévenin representation is unavailablenull — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/10/noFiniteTheveninReason
    Powered dependent-source port → Load States → record 10 → Resistor Current (A)Exact reduced rational: 2/5dependentPort/loadStates/10/resistorCurrentA
    Powered dependent-source port → Load States → record 10 → Controlled Source Current0 To PAExact reduced rational: 1/5dependentPort/loadStates/10/controlledSourceCurrent0ToPA
    Powered dependent-source port → Load States → record 10 → Absorbed Powers (W) → ResistorExact reduced rational: 16/25dependentPort/loadStates/10/absorbedPowersW/resistor
    Powered dependent-source port → Load States → record 10 → Absorbed Powers (W) → Independent SourceExact reduced rational: -8/5dependentPort/loadStates/10/absorbedPowersW/independentSource
    Powered dependent-source port → Load States → record 10 → Absorbed Powers (W) → Controlled SourceExact reduced rational: -8/25dependentPort/loadStates/10/absorbedPowersW/controlledSource
    Powered dependent-source port → Load States → record 10 → Absorbed Powers (W) → LoadExact reduced rational: 32/25dependentPort/loadStates/10/absorbedPowersW/load
    Powered dependent-source port → Load States → record 10 → Oriented KCL residual (A)Exact reduced rational: 0dependentPort/loadStates/10/kclResidualA
    Powered dependent-source port → Load States → record 10 → Total signed absorbed-power residual (W)Exact reduced rational: 0dependentPort/loadStates/10/powerResidualW
    Powered dependent-source port → Load States → record 11 → Transconductance g (S)Exact reduced rational: 1/8dependentPort/loadStates/11/gS
    Powered dependent-source port → Load States → record 11 → Load resistance R_L (Ω); null denotes openExact reduced rational: 3dependentPort/loadStates/11/loadOhm
    Powered dependent-source port → Load States → record 11 → Independent Source (A)Exact reduced rational: 1dependentPort/loadStates/11/independentSourceA
    Powered dependent-source port → Load States → record 11 → Source-off port conductance G (S)Exact reduced rational: 1/8dependentPort/loadStates/11/portConductanceS
    Powered dependent-source port → Load States → record 11 → Existence/uniqueness statusuniquedependentPort/loadStates/11/status
    Powered dependent-source port → Load States → record 11 → Loaded port equation coefficient (S)Exact reduced rational: 11/24dependentPort/loadStates/11/coefficientS
    Powered dependent-source port → Load States → record 11 → Oriented voltage drop (V)Exact reduced rational: 24/11dependentPort/loadStates/11/voltageV
    Powered dependent-source port → Load States → record 11 → Delivered Current (A)Exact reduced rational: 8/11dependentPort/loadStates/11/deliveredCurrentA
    Powered dependent-source port → Load States → record 11 → Thevenin Resistance (Ω)Exact reduced rational: 8dependentPort/loadStates/11/theveninResistanceOhm
    Powered dependent-source port → Load States → record 11 → Open Circuit Voltage (V)Exact reduced rational: 8dependentPort/loadStates/11/openCircuitVoltageV
    Powered dependent-source port → Load States → record 11 → Reason a finite Thévenin representation is unavailablenull — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/11/noFiniteTheveninReason
    Powered dependent-source port → Load States → record 11 → Resistor Current (A)Exact reduced rational: 6/11dependentPort/loadStates/11/resistorCurrentA
    Powered dependent-source port → Load States → record 11 → Controlled Source Current0 To PAExact reduced rational: 3/11dependentPort/loadStates/11/controlledSourceCurrent0ToPA
    Powered dependent-source port → Load States → record 11 → Absorbed Powers (W) → ResistorExact reduced rational: 144/121dependentPort/loadStates/11/absorbedPowersW/resistor
    Powered dependent-source port → Load States → record 11 → Absorbed Powers (W) → Independent SourceExact reduced rational: -24/11dependentPort/loadStates/11/absorbedPowersW/independentSource
    Powered dependent-source port → Load States → record 11 → Absorbed Powers (W) → Controlled SourceExact reduced rational: -72/121dependentPort/loadStates/11/absorbedPowersW/controlledSource
    Powered dependent-source port → Load States → record 11 → Absorbed Powers (W) → LoadExact reduced rational: 192/121dependentPort/loadStates/11/absorbedPowersW/load
    Powered dependent-source port → Load States → record 11 → Oriented KCL residual (A)Exact reduced rational: 0dependentPort/loadStates/11/kclResidualA
    Powered dependent-source port → Load States → record 11 → Total signed absorbed-power residual (W)Exact reduced rational: 0dependentPort/loadStates/11/powerResidualW
    Powered dependent-source port → Load States → record 12 → Transconductance g (S)Exact reduced rational: 1/8dependentPort/loadStates/12/gS
    Powered dependent-source port → Load States → record 12 → Load resistance R_L (Ω); null denotes openExact reduced rational: 4dependentPort/loadStates/12/loadOhm
    Powered dependent-source port → Load States → record 12 → Independent Source (A)Exact reduced rational: 1dependentPort/loadStates/12/independentSourceA
    Powered dependent-source port → Load States → record 12 → Source-off port conductance G (S)Exact reduced rational: 1/8dependentPort/loadStates/12/portConductanceS
    Powered dependent-source port → Load States → record 12 → Existence/uniqueness statusuniquedependentPort/loadStates/12/status
    Powered dependent-source port → Load States → record 12 → Loaded port equation coefficient (S)Exact reduced rational: 3/8dependentPort/loadStates/12/coefficientS
    Powered dependent-source port → Load States → record 12 → Oriented voltage drop (V)Exact reduced rational: 8/3dependentPort/loadStates/12/voltageV
    Powered dependent-source port → Load States → record 12 → Delivered Current (A)Exact reduced rational: 2/3dependentPort/loadStates/12/deliveredCurrentA
    Powered dependent-source port → Load States → record 12 → Thevenin Resistance (Ω)Exact reduced rational: 8dependentPort/loadStates/12/theveninResistanceOhm
    Powered dependent-source port → Load States → record 12 → Open Circuit Voltage (V)Exact reduced rational: 8dependentPort/loadStates/12/openCircuitVoltageV
    Powered dependent-source port → Load States → record 12 → Reason a finite Thévenin representation is unavailablenull — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/12/noFiniteTheveninReason
    Powered dependent-source port → Load States → record 12 → Resistor Current (A)Exact reduced rational: 2/3dependentPort/loadStates/12/resistorCurrentA
    Powered dependent-source port → Load States → record 12 → Controlled Source Current0 To PAExact reduced rational: 1/3dependentPort/loadStates/12/controlledSourceCurrent0ToPA
    Powered dependent-source port → Load States → record 12 → Absorbed Powers (W) → ResistorExact reduced rational: 16/9dependentPort/loadStates/12/absorbedPowersW/resistor
    Powered dependent-source port → Load States → record 12 → Absorbed Powers (W) → Independent SourceExact reduced rational: -8/3dependentPort/loadStates/12/absorbedPowersW/independentSource
    Powered dependent-source port → Load States → record 12 → Absorbed Powers (W) → Controlled SourceExact reduced rational: -8/9dependentPort/loadStates/12/absorbedPowersW/controlledSource
    Powered dependent-source port → Load States → record 12 → Absorbed Powers (W) → LoadExact reduced rational: 16/9dependentPort/loadStates/12/absorbedPowersW/load
    Powered dependent-source port → Load States → record 12 → Oriented KCL residual (A)Exact reduced rational: 0dependentPort/loadStates/12/kclResidualA
    Powered dependent-source port → Load States → record 12 → Total signed absorbed-power residual (W)Exact reduced rational: 0dependentPort/loadStates/12/powerResidualW
    Powered dependent-source port → Load States → record 13 → Transconductance g (S)Exact reduced rational: 1/8dependentPort/loadStates/13/gS
    Powered dependent-source port → Load States → record 13 → Load resistance R_L (Ω); null denotes openExact reduced rational: 6dependentPort/loadStates/13/loadOhm
    Powered dependent-source port → Load States → record 13 → Independent Source (A)Exact reduced rational: 1dependentPort/loadStates/13/independentSourceA
    Powered dependent-source port → Load States → record 13 → Source-off port conductance G (S)Exact reduced rational: 1/8dependentPort/loadStates/13/portConductanceS
    Powered dependent-source port → Load States → record 13 → Existence/uniqueness statusuniquedependentPort/loadStates/13/status
    Powered dependent-source port → Load States → record 13 → Loaded port equation coefficient (S)Exact reduced rational: 7/24dependentPort/loadStates/13/coefficientS
    Powered dependent-source port → Load States → record 13 → Oriented voltage drop (V)Exact reduced rational: 24/7dependentPort/loadStates/13/voltageV
    Powered dependent-source port → Load States → record 13 → Delivered Current (A)Exact reduced rational: 4/7dependentPort/loadStates/13/deliveredCurrentA
    Powered dependent-source port → Load States → record 13 → Thevenin Resistance (Ω)Exact reduced rational: 8dependentPort/loadStates/13/theveninResistanceOhm
    Powered dependent-source port → Load States → record 13 → Open Circuit Voltage (V)Exact reduced rational: 8dependentPort/loadStates/13/openCircuitVoltageV
    Powered dependent-source port → Load States → record 13 → Reason a finite Thévenin representation is unavailablenull — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/13/noFiniteTheveninReason
    Powered dependent-source port → Load States → record 13 → Resistor Current (A)Exact reduced rational: 6/7dependentPort/loadStates/13/resistorCurrentA
    Powered dependent-source port → Load States → record 13 → Controlled Source Current0 To PAExact reduced rational: 3/7dependentPort/loadStates/13/controlledSourceCurrent0ToPA
    Powered dependent-source port → Load States → record 13 → Absorbed Powers (W) → ResistorExact reduced rational: 144/49dependentPort/loadStates/13/absorbedPowersW/resistor
    Powered dependent-source port → Load States → record 13 → Absorbed Powers (W) → Independent SourceExact reduced rational: -24/7dependentPort/loadStates/13/absorbedPowersW/independentSource
    Powered dependent-source port → Load States → record 13 → Absorbed Powers (W) → Controlled SourceExact reduced rational: -72/49dependentPort/loadStates/13/absorbedPowersW/controlledSource
    Powered dependent-source port → Load States → record 13 → Absorbed Powers (W) → LoadExact reduced rational: 96/49dependentPort/loadStates/13/absorbedPowersW/load
    Powered dependent-source port → Load States → record 13 → Oriented KCL residual (A)Exact reduced rational: 0dependentPort/loadStates/13/kclResidualA
    Powered dependent-source port → Load States → record 13 → Total signed absorbed-power residual (W)Exact reduced rational: 0dependentPort/loadStates/13/powerResidualW
    Powered dependent-source port → Load States → record 14 → Transconductance g (S)Exact reduced rational: 1/8dependentPort/loadStates/14/gS
    Powered dependent-source port → Load States → record 14 → Load resistance R_L (Ω); null denotes openExact reduced rational: 8dependentPort/loadStates/14/loadOhm
    Powered dependent-source port → Load States → record 14 → Independent Source (A)Exact reduced rational: 1dependentPort/loadStates/14/independentSourceA
    Powered dependent-source port → Load States → record 14 → Source-off port conductance G (S)Exact reduced rational: 1/8dependentPort/loadStates/14/portConductanceS
    Powered dependent-source port → Load States → record 14 → Existence/uniqueness statusuniquedependentPort/loadStates/14/status
    Powered dependent-source port → Load States → record 14 → Loaded port equation coefficient (S)Exact reduced rational: 1/4dependentPort/loadStates/14/coefficientS
    Powered dependent-source port → Load States → record 14 → Oriented voltage drop (V)Exact reduced rational: 4dependentPort/loadStates/14/voltageV
    Powered dependent-source port → Load States → record 14 → Delivered Current (A)Exact reduced rational: 1/2dependentPort/loadStates/14/deliveredCurrentA
    Powered dependent-source port → Load States → record 14 → Thevenin Resistance (Ω)Exact reduced rational: 8dependentPort/loadStates/14/theveninResistanceOhm
    Powered dependent-source port → Load States → record 14 → Open Circuit Voltage (V)Exact reduced rational: 8dependentPort/loadStates/14/openCircuitVoltageV
    Powered dependent-source port → Load States → record 14 → Reason a finite Thévenin representation is unavailablenull — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/14/noFiniteTheveninReason
    Powered dependent-source port → Load States → record 14 → Resistor Current (A)Exact reduced rational: 1dependentPort/loadStates/14/resistorCurrentA
    Powered dependent-source port → Load States → record 14 → Controlled Source Current0 To PAExact reduced rational: 1/2dependentPort/loadStates/14/controlledSourceCurrent0ToPA
    Powered dependent-source port → Load States → record 14 → Absorbed Powers (W) → ResistorExact reduced rational: 4dependentPort/loadStates/14/absorbedPowersW/resistor
    Powered dependent-source port → Load States → record 14 → Absorbed Powers (W) → Independent SourceExact reduced rational: -4dependentPort/loadStates/14/absorbedPowersW/independentSource
    Powered dependent-source port → Load States → record 14 → Absorbed Powers (W) → Controlled SourceExact reduced rational: -2dependentPort/loadStates/14/absorbedPowersW/controlledSource
    Powered dependent-source port → Load States → record 14 → Absorbed Powers (W) → LoadExact reduced rational: 2dependentPort/loadStates/14/absorbedPowersW/load
    Powered dependent-source port → Load States → record 14 → Oriented KCL residual (A)Exact reduced rational: 0dependentPort/loadStates/14/kclResidualA
    Powered dependent-source port → Load States → record 14 → Total signed absorbed-power residual (W)Exact reduced rational: 0dependentPort/loadStates/14/powerResidualW
    Powered dependent-source port → Load States → record 15 → Transconductance g (S)Exact reduced rational: 1/8dependentPort/loadStates/15/gS
    Powered dependent-source port → Load States → record 15 → Load resistance R_L (Ω); null denotes opennull — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/15/loadOhm
    Powered dependent-source port → Load States → record 15 → Independent Source (A)Exact reduced rational: 1dependentPort/loadStates/15/independentSourceA
    Powered dependent-source port → Load States → record 15 → Source-off port conductance G (S)Exact reduced rational: 1/8dependentPort/loadStates/15/portConductanceS
    Powered dependent-source port → Load States → record 15 → Existence/uniqueness statusuniquedependentPort/loadStates/15/status
    Powered dependent-source port → Load States → record 15 → Loaded port equation coefficient (S)Exact reduced rational: 1/8dependentPort/loadStates/15/coefficientS
    Powered dependent-source port → Load States → record 15 → Oriented voltage drop (V)Exact reduced rational: 8dependentPort/loadStates/15/voltageV
    Powered dependent-source port → Load States → record 15 → Delivered Current (A)Exact reduced rational: 0dependentPort/loadStates/15/deliveredCurrentA
    Powered dependent-source port → Load States → record 15 → Thevenin Resistance (Ω)Exact reduced rational: 8dependentPort/loadStates/15/theveninResistanceOhm
    Powered dependent-source port → Load States → record 15 → Open Circuit Voltage (V)Exact reduced rational: 8dependentPort/loadStates/15/openCircuitVoltageV
    Powered dependent-source port → Load States → record 15 → Reason a finite Thévenin representation is unavailablenull — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/15/noFiniteTheveninReason
    Powered dependent-source port → Load States → record 15 → Resistor Current (A)Exact reduced rational: 2dependentPort/loadStates/15/resistorCurrentA
    Powered dependent-source port → Load States → record 15 → Controlled Source Current0 To PAExact reduced rational: 1dependentPort/loadStates/15/controlledSourceCurrent0ToPA
    Powered dependent-source port → Load States → record 15 → Absorbed Powers (W) → ResistorExact reduced rational: 16dependentPort/loadStates/15/absorbedPowersW/resistor
    Powered dependent-source port → Load States → record 15 → Absorbed Powers (W) → Independent SourceExact reduced rational: -8dependentPort/loadStates/15/absorbedPowersW/independentSource
    Powered dependent-source port → Load States → record 15 → Absorbed Powers (W) → Controlled SourceExact reduced rational: -8dependentPort/loadStates/15/absorbedPowersW/controlledSource
    Powered dependent-source port → Load States → record 15 → Absorbed Powers (W) → LoadExact reduced rational: 0dependentPort/loadStates/15/absorbedPowersW/load
    Powered dependent-source port → Load States → record 15 → Oriented KCL residual (A)Exact reduced rational: 0dependentPort/loadStates/15/kclResidualA
    Powered dependent-source port → Load States → record 15 → Total signed absorbed-power residual (W)Exact reduced rational: 0dependentPort/loadStates/15/powerResidualW
    Powered dependent-source port → Load States → record 16 → Transconductance g (S)Exact reduced rational: 1/4dependentPort/loadStates/16/gS
    Powered dependent-source port → Load States → record 16 → Load resistance R_L (Ω); null denotes openExact reduced rational: 0dependentPort/loadStates/16/loadOhm
    Powered dependent-source port → Load States → record 16 → Independent Source (A)Exact reduced rational: 1dependentPort/loadStates/16/independentSourceA
    Powered dependent-source port → Load States → record 16 → Source-off port conductance G (S)Exact reduced rational: 0dependentPort/loadStates/16/portConductanceS
    Powered dependent-source port → Load States → record 16 → Existence/uniqueness statusuniquedependentPort/loadStates/16/status
    Powered dependent-source port → Load States → record 16 → Loaded port equation coefficient (S)Exact reduced rational: 0dependentPort/loadStates/16/coefficientS
    Powered dependent-source port → Load States → record 16 → Oriented voltage drop (V)Exact reduced rational: 0dependentPort/loadStates/16/voltageV
    Powered dependent-source port → Load States → record 16 → Delivered Current (A)Exact reduced rational: 1dependentPort/loadStates/16/deliveredCurrentA
    Powered dependent-source port → Load States → record 16 → Thevenin Resistance (Ω)null — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/16/theveninResistanceOhm
    Powered dependent-source port → Load States → record 16 → Open Circuit Voltage (V)null — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/16/openCircuitVoltageV
    Powered dependent-source port → Load States → record 16 → Reason a finite Thévenin representation is unavailablezero-port-conductance; open inconsistent for nonzero source, otherwise nonunique voltagedependentPort/loadStates/16/noFiniteTheveninReason
    Powered dependent-source port → Load States → record 16 → Resistor Current (A)Exact reduced rational: 0dependentPort/loadStates/16/resistorCurrentA
    Powered dependent-source port → Load States → record 16 → Controlled Source Current0 To PAExact reduced rational: 0dependentPort/loadStates/16/controlledSourceCurrent0ToPA
    Powered dependent-source port → Load States → record 16 → Absorbed Powers (W) → ResistorExact reduced rational: 0dependentPort/loadStates/16/absorbedPowersW/resistor
    Powered dependent-source port → Load States → record 16 → Absorbed Powers (W) → Independent SourceExact reduced rational: 0dependentPort/loadStates/16/absorbedPowersW/independentSource
    Powered dependent-source port → Load States → record 16 → Absorbed Powers (W) → Controlled SourceExact reduced rational: 0dependentPort/loadStates/16/absorbedPowersW/controlledSource
    Powered dependent-source port → Load States → record 16 → Absorbed Powers (W) → LoadExact reduced rational: 0dependentPort/loadStates/16/absorbedPowersW/load
    Powered dependent-source port → Load States → record 16 → Oriented KCL residual (A)Exact reduced rational: 0dependentPort/loadStates/16/kclResidualA
    Powered dependent-source port → Load States → record 16 → Total signed absorbed-power residual (W)Exact reduced rational: 0dependentPort/loadStates/16/powerResidualW
    Powered dependent-source port → Load States → record 17 → Transconductance g (S)Exact reduced rational: 1/4dependentPort/loadStates/17/gS
    Powered dependent-source port → Load States → record 17 → Load resistance R_L (Ω); null denotes openExact reduced rational: 1dependentPort/loadStates/17/loadOhm
    Powered dependent-source port → Load States → record 17 → Independent Source (A)Exact reduced rational: 1dependentPort/loadStates/17/independentSourceA
    Powered dependent-source port → Load States → record 17 → Source-off port conductance G (S)Exact reduced rational: 0dependentPort/loadStates/17/portConductanceS
    Powered dependent-source port → Load States → record 17 → Existence/uniqueness statusuniquedependentPort/loadStates/17/status
    Powered dependent-source port → Load States → record 17 → Loaded port equation coefficient (S)Exact reduced rational: 1dependentPort/loadStates/17/coefficientS
    Powered dependent-source port → Load States → record 17 → Oriented voltage drop (V)Exact reduced rational: 1dependentPort/loadStates/17/voltageV
    Powered dependent-source port → Load States → record 17 → Delivered Current (A)Exact reduced rational: 1dependentPort/loadStates/17/deliveredCurrentA
    Powered dependent-source port → Load States → record 17 → Thevenin Resistance (Ω)null — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/17/theveninResistanceOhm
    Powered dependent-source port → Load States → record 17 → Open Circuit Voltage (V)null — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/17/openCircuitVoltageV
    Powered dependent-source port → Load States → record 17 → Reason a finite Thévenin representation is unavailablezero-port-conductance; open inconsistent for nonzero source, otherwise nonunique voltagedependentPort/loadStates/17/noFiniteTheveninReason
    Powered dependent-source port → Load States → record 17 → Resistor Current (A)Exact reduced rational: 1/4dependentPort/loadStates/17/resistorCurrentA
    Powered dependent-source port → Load States → record 17 → Controlled Source Current0 To PAExact reduced rational: 1/4dependentPort/loadStates/17/controlledSourceCurrent0ToPA
    Powered dependent-source port → Load States → record 17 → Absorbed Powers (W) → ResistorExact reduced rational: 1/4dependentPort/loadStates/17/absorbedPowersW/resistor
    Powered dependent-source port → Load States → record 17 → Absorbed Powers (W) → Independent SourceExact reduced rational: -1dependentPort/loadStates/17/absorbedPowersW/independentSource
    Powered dependent-source port → Load States → record 17 → Absorbed Powers (W) → Controlled SourceExact reduced rational: -1/4dependentPort/loadStates/17/absorbedPowersW/controlledSource
    Powered dependent-source port → Load States → record 17 → Absorbed Powers (W) → LoadExact reduced rational: 1dependentPort/loadStates/17/absorbedPowersW/load
    Powered dependent-source port → Load States → record 17 → Oriented KCL residual (A)Exact reduced rational: 0dependentPort/loadStates/17/kclResidualA
    Powered dependent-source port → Load States → record 17 → Total signed absorbed-power residual (W)Exact reduced rational: 0dependentPort/loadStates/17/powerResidualW
    Powered dependent-source port → Load States → record 18 → Transconductance g (S)Exact reduced rational: 1/4dependentPort/loadStates/18/gS
    Powered dependent-source port → Load States → record 18 → Load resistance R_L (Ω); null denotes openExact reduced rational: 2dependentPort/loadStates/18/loadOhm
    Powered dependent-source port → Load States → record 18 → Independent Source (A)Exact reduced rational: 1dependentPort/loadStates/18/independentSourceA
    Powered dependent-source port → Load States → record 18 → Source-off port conductance G (S)Exact reduced rational: 0dependentPort/loadStates/18/portConductanceS
    Powered dependent-source port → Load States → record 18 → Existence/uniqueness statusuniquedependentPort/loadStates/18/status
    Powered dependent-source port → Load States → record 18 → Loaded port equation coefficient (S)Exact reduced rational: 1/2dependentPort/loadStates/18/coefficientS
    Powered dependent-source port → Load States → record 18 → Oriented voltage drop (V)Exact reduced rational: 2dependentPort/loadStates/18/voltageV
    Powered dependent-source port → Load States → record 18 → Delivered Current (A)Exact reduced rational: 1dependentPort/loadStates/18/deliveredCurrentA
    Powered dependent-source port → Load States → record 18 → Thevenin Resistance (Ω)null — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/18/theveninResistanceOhm
    Powered dependent-source port → Load States → record 18 → Open Circuit Voltage (V)null — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/18/openCircuitVoltageV
    Powered dependent-source port → Load States → record 18 → Reason a finite Thévenin representation is unavailablezero-port-conductance; open inconsistent for nonzero source, otherwise nonunique voltagedependentPort/loadStates/18/noFiniteTheveninReason
    Powered dependent-source port → Load States → record 18 → Resistor Current (A)Exact reduced rational: 1/2dependentPort/loadStates/18/resistorCurrentA
    Powered dependent-source port → Load States → record 18 → Controlled Source Current0 To PAExact reduced rational: 1/2dependentPort/loadStates/18/controlledSourceCurrent0ToPA
    Powered dependent-source port → Load States → record 18 → Absorbed Powers (W) → ResistorExact reduced rational: 1dependentPort/loadStates/18/absorbedPowersW/resistor
    Powered dependent-source port → Load States → record 18 → Absorbed Powers (W) → Independent SourceExact reduced rational: -2dependentPort/loadStates/18/absorbedPowersW/independentSource
    Powered dependent-source port → Load States → record 18 → Absorbed Powers (W) → Controlled SourceExact reduced rational: -1dependentPort/loadStates/18/absorbedPowersW/controlledSource
    Powered dependent-source port → Load States → record 18 → Absorbed Powers (W) → LoadExact reduced rational: 2dependentPort/loadStates/18/absorbedPowersW/load
    Powered dependent-source port → Load States → record 18 → Oriented KCL residual (A)Exact reduced rational: 0dependentPort/loadStates/18/kclResidualA
    Powered dependent-source port → Load States → record 18 → Total signed absorbed-power residual (W)Exact reduced rational: 0dependentPort/loadStates/18/powerResidualW
    Powered dependent-source port → Load States → record 19 → Transconductance g (S)Exact reduced rational: 1/4dependentPort/loadStates/19/gS
    Powered dependent-source port → Load States → record 19 → Load resistance R_L (Ω); null denotes openExact reduced rational: 3dependentPort/loadStates/19/loadOhm
    Powered dependent-source port → Load States → record 19 → Independent Source (A)Exact reduced rational: 1dependentPort/loadStates/19/independentSourceA
    Powered dependent-source port → Load States → record 19 → Source-off port conductance G (S)Exact reduced rational: 0dependentPort/loadStates/19/portConductanceS
    Powered dependent-source port → Load States → record 19 → Existence/uniqueness statusuniquedependentPort/loadStates/19/status
    Powered dependent-source port → Load States → record 19 → Loaded port equation coefficient (S)Exact reduced rational: 1/3dependentPort/loadStates/19/coefficientS
    Powered dependent-source port → Load States → record 19 → Oriented voltage drop (V)Exact reduced rational: 3dependentPort/loadStates/19/voltageV
    Powered dependent-source port → Load States → record 19 → Delivered Current (A)Exact reduced rational: 1dependentPort/loadStates/19/deliveredCurrentA
    Powered dependent-source port → Load States → record 19 → Thevenin Resistance (Ω)null — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/19/theveninResistanceOhm
    Powered dependent-source port → Load States → record 19 → Open Circuit Voltage (V)null — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/19/openCircuitVoltageV
    Powered dependent-source port → Load States → record 19 → Reason a finite Thévenin representation is unavailablezero-port-conductance; open inconsistent for nonzero source, otherwise nonunique voltagedependentPort/loadStates/19/noFiniteTheveninReason
    Powered dependent-source port → Load States → record 19 → Resistor Current (A)Exact reduced rational: 3/4dependentPort/loadStates/19/resistorCurrentA
    Powered dependent-source port → Load States → record 19 → Controlled Source Current0 To PAExact reduced rational: 3/4dependentPort/loadStates/19/controlledSourceCurrent0ToPA
    Powered dependent-source port → Load States → record 19 → Absorbed Powers (W) → ResistorExact reduced rational: 9/4dependentPort/loadStates/19/absorbedPowersW/resistor
    Powered dependent-source port → Load States → record 19 → Absorbed Powers (W) → Independent SourceExact reduced rational: -3dependentPort/loadStates/19/absorbedPowersW/independentSource
    Powered dependent-source port → Load States → record 19 → Absorbed Powers (W) → Controlled SourceExact reduced rational: -9/4dependentPort/loadStates/19/absorbedPowersW/controlledSource
    Powered dependent-source port → Load States → record 19 → Absorbed Powers (W) → LoadExact reduced rational: 3dependentPort/loadStates/19/absorbedPowersW/load
    Powered dependent-source port → Load States → record 19 → Oriented KCL residual (A)Exact reduced rational: 0dependentPort/loadStates/19/kclResidualA
    Powered dependent-source port → Load States → record 19 → Total signed absorbed-power residual (W)Exact reduced rational: 0dependentPort/loadStates/19/powerResidualW
    Powered dependent-source port → Load States → record 20 → Transconductance g (S)Exact reduced rational: 1/4dependentPort/loadStates/20/gS
    Powered dependent-source port → Load States → record 20 → Load resistance R_L (Ω); null denotes openExact reduced rational: 4dependentPort/loadStates/20/loadOhm
    Powered dependent-source port → Load States → record 20 → Independent Source (A)Exact reduced rational: 1dependentPort/loadStates/20/independentSourceA
    Powered dependent-source port → Load States → record 20 → Source-off port conductance G (S)Exact reduced rational: 0dependentPort/loadStates/20/portConductanceS
    Powered dependent-source port → Load States → record 20 → Existence/uniqueness statusuniquedependentPort/loadStates/20/status
    Powered dependent-source port → Load States → record 20 → Loaded port equation coefficient (S)Exact reduced rational: 1/4dependentPort/loadStates/20/coefficientS
    Powered dependent-source port → Load States → record 20 → Oriented voltage drop (V)Exact reduced rational: 4dependentPort/loadStates/20/voltageV
    Powered dependent-source port → Load States → record 20 → Delivered Current (A)Exact reduced rational: 1dependentPort/loadStates/20/deliveredCurrentA
    Powered dependent-source port → Load States → record 20 → Thevenin Resistance (Ω)null — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/20/theveninResistanceOhm
    Powered dependent-source port → Load States → record 20 → Open Circuit Voltage (V)null — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/20/openCircuitVoltageV
    Powered dependent-source port → Load States → record 20 → Reason a finite Thévenin representation is unavailablezero-port-conductance; open inconsistent for nonzero source, otherwise nonunique voltagedependentPort/loadStates/20/noFiniteTheveninReason
    Powered dependent-source port → Load States → record 20 → Resistor Current (A)Exact reduced rational: 1dependentPort/loadStates/20/resistorCurrentA
    Powered dependent-source port → Load States → record 20 → Controlled Source Current0 To PAExact reduced rational: 1dependentPort/loadStates/20/controlledSourceCurrent0ToPA
    Powered dependent-source port → Load States → record 20 → Absorbed Powers (W) → ResistorExact reduced rational: 4dependentPort/loadStates/20/absorbedPowersW/resistor
    Powered dependent-source port → Load States → record 20 → Absorbed Powers (W) → Independent SourceExact reduced rational: -4dependentPort/loadStates/20/absorbedPowersW/independentSource
    Powered dependent-source port → Load States → record 20 → Absorbed Powers (W) → Controlled SourceExact reduced rational: -4dependentPort/loadStates/20/absorbedPowersW/controlledSource
    Powered dependent-source port → Load States → record 20 → Absorbed Powers (W) → LoadExact reduced rational: 4dependentPort/loadStates/20/absorbedPowersW/load
    Powered dependent-source port → Load States → record 20 → Oriented KCL residual (A)Exact reduced rational: 0dependentPort/loadStates/20/kclResidualA
    Powered dependent-source port → Load States → record 20 → Total signed absorbed-power residual (W)Exact reduced rational: 0dependentPort/loadStates/20/powerResidualW
    Powered dependent-source port → Load States → record 21 → Transconductance g (S)Exact reduced rational: 1/4dependentPort/loadStates/21/gS
    Powered dependent-source port → Load States → record 21 → Load resistance R_L (Ω); null denotes openExact reduced rational: 6dependentPort/loadStates/21/loadOhm
    Powered dependent-source port → Load States → record 21 → Independent Source (A)Exact reduced rational: 1dependentPort/loadStates/21/independentSourceA
    Powered dependent-source port → Load States → record 21 → Source-off port conductance G (S)Exact reduced rational: 0dependentPort/loadStates/21/portConductanceS
    Powered dependent-source port → Load States → record 21 → Existence/uniqueness statusuniquedependentPort/loadStates/21/status
    Powered dependent-source port → Load States → record 21 → Loaded port equation coefficient (S)Exact reduced rational: 1/6dependentPort/loadStates/21/coefficientS
    Powered dependent-source port → Load States → record 21 → Oriented voltage drop (V)Exact reduced rational: 6dependentPort/loadStates/21/voltageV
    Powered dependent-source port → Load States → record 21 → Delivered Current (A)Exact reduced rational: 1dependentPort/loadStates/21/deliveredCurrentA
    Powered dependent-source port → Load States → record 21 → Thevenin Resistance (Ω)null — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/21/theveninResistanceOhm
    Powered dependent-source port → Load States → record 21 → Open Circuit Voltage (V)null — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/21/openCircuitVoltageV
    Powered dependent-source port → Load States → record 21 → Reason a finite Thévenin representation is unavailablezero-port-conductance; open inconsistent for nonzero source, otherwise nonunique voltagedependentPort/loadStates/21/noFiniteTheveninReason
    Powered dependent-source port → Load States → record 21 → Resistor Current (A)Exact reduced rational: 3/2dependentPort/loadStates/21/resistorCurrentA
    Powered dependent-source port → Load States → record 21 → Controlled Source Current0 To PAExact reduced rational: 3/2dependentPort/loadStates/21/controlledSourceCurrent0ToPA
    Powered dependent-source port → Load States → record 21 → Absorbed Powers (W) → ResistorExact reduced rational: 9dependentPort/loadStates/21/absorbedPowersW/resistor
    Powered dependent-source port → Load States → record 21 → Absorbed Powers (W) → Independent SourceExact reduced rational: -6dependentPort/loadStates/21/absorbedPowersW/independentSource
    Powered dependent-source port → Load States → record 21 → Absorbed Powers (W) → Controlled SourceExact reduced rational: -9dependentPort/loadStates/21/absorbedPowersW/controlledSource
    Powered dependent-source port → Load States → record 21 → Absorbed Powers (W) → LoadExact reduced rational: 6dependentPort/loadStates/21/absorbedPowersW/load
    Powered dependent-source port → Load States → record 21 → Oriented KCL residual (A)Exact reduced rational: 0dependentPort/loadStates/21/kclResidualA
    Powered dependent-source port → Load States → record 21 → Total signed absorbed-power residual (W)Exact reduced rational: 0dependentPort/loadStates/21/powerResidualW
    Powered dependent-source port → Load States → record 22 → Transconductance g (S)Exact reduced rational: 1/4dependentPort/loadStates/22/gS
    Powered dependent-source port → Load States → record 22 → Load resistance R_L (Ω); null denotes openExact reduced rational: 8dependentPort/loadStates/22/loadOhm
    Powered dependent-source port → Load States → record 22 → Independent Source (A)Exact reduced rational: 1dependentPort/loadStates/22/independentSourceA
    Powered dependent-source port → Load States → record 22 → Source-off port conductance G (S)Exact reduced rational: 0dependentPort/loadStates/22/portConductanceS
    Powered dependent-source port → Load States → record 22 → Existence/uniqueness statusuniquedependentPort/loadStates/22/status
    Powered dependent-source port → Load States → record 22 → Loaded port equation coefficient (S)Exact reduced rational: 1/8dependentPort/loadStates/22/coefficientS
    Powered dependent-source port → Load States → record 22 → Oriented voltage drop (V)Exact reduced rational: 8dependentPort/loadStates/22/voltageV
    Powered dependent-source port → Load States → record 22 → Delivered Current (A)Exact reduced rational: 1dependentPort/loadStates/22/deliveredCurrentA
    Powered dependent-source port → Load States → record 22 → Thevenin Resistance (Ω)null — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/22/theveninResistanceOhm
    Powered dependent-source port → Load States → record 22 → Open Circuit Voltage (V)null — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/22/openCircuitVoltageV
    Powered dependent-source port → Load States → record 22 → Reason a finite Thévenin representation is unavailablezero-port-conductance; open inconsistent for nonzero source, otherwise nonunique voltagedependentPort/loadStates/22/noFiniteTheveninReason
    Powered dependent-source port → Load States → record 22 → Resistor Current (A)Exact reduced rational: 2dependentPort/loadStates/22/resistorCurrentA
    Powered dependent-source port → Load States → record 22 → Controlled Source Current0 To PAExact reduced rational: 2dependentPort/loadStates/22/controlledSourceCurrent0ToPA
    Powered dependent-source port → Load States → record 22 → Absorbed Powers (W) → ResistorExact reduced rational: 16dependentPort/loadStates/22/absorbedPowersW/resistor
    Powered dependent-source port → Load States → record 22 → Absorbed Powers (W) → Independent SourceExact reduced rational: -8dependentPort/loadStates/22/absorbedPowersW/independentSource
    Powered dependent-source port → Load States → record 22 → Absorbed Powers (W) → Controlled SourceExact reduced rational: -16dependentPort/loadStates/22/absorbedPowersW/controlledSource
    Powered dependent-source port → Load States → record 22 → Absorbed Powers (W) → LoadExact reduced rational: 8dependentPort/loadStates/22/absorbedPowersW/load
    Powered dependent-source port → Load States → record 22 → Oriented KCL residual (A)Exact reduced rational: 0dependentPort/loadStates/22/kclResidualA
    Powered dependent-source port → Load States → record 22 → Total signed absorbed-power residual (W)Exact reduced rational: 0dependentPort/loadStates/22/powerResidualW
    Powered dependent-source port → Load States → record 23 → Transconductance g (S)Exact reduced rational: 1/4dependentPort/loadStates/23/gS
    Powered dependent-source port → Load States → record 23 → Load resistance R_L (Ω); null denotes opennull — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/23/loadOhm
    Powered dependent-source port → Load States → record 23 → Independent Source (A)Exact reduced rational: 1dependentPort/loadStates/23/independentSourceA
    Powered dependent-source port → Load States → record 23 → Source-off port conductance G (S)Exact reduced rational: 0dependentPort/loadStates/23/portConductanceS
    Powered dependent-source port → Load States → record 23 → Existence/uniqueness statusinconsistentdependentPort/loadStates/23/status
    Powered dependent-source port → Load States → record 23 → Loaded port equation coefficient (S)Exact reduced rational: 0dependentPort/loadStates/23/coefficientS
    Powered dependent-source port → Load States → record 23 → Oriented voltage drop (V)null — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/23/voltageV
    Powered dependent-source port → Load States → record 23 → Delivered Current (A)null — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/23/deliveredCurrentA
    Powered dependent-source port → Load States → record 23 → Thevenin Resistance (Ω)null — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/23/theveninResistanceOhm
    Powered dependent-source port → Load States → record 23 → Open Circuit Voltage (V)null — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/23/openCircuitVoltageV
    Powered dependent-source port → Load States → record 23 → Reason a finite Thévenin representation is unavailablezero-port-conductance; open inconsistent for nonzero source, otherwise nonunique voltagedependentPort/loadStates/23/noFiniteTheveninReason
    Powered dependent-source port → Load States → record 23 → Resistor Current (A)null — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/23/resistorCurrentA
    Powered dependent-source port → Load States → record 23 → Controlled Source Current0 To PAnull — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/23/controlledSourceCurrent0ToPA
    Powered dependent-source port → Load States → record 23 → Absorbed Powers (W)null — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/23/absorbedPowersW
    Powered dependent-source port → Load States → record 23 → Oriented KCL residual (A)null — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/23/kclResidualA
    Powered dependent-source port → Load States → record 23 → Total signed absorbed-power residual (W)null — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/23/powerResidualW
    Powered dependent-source port → Load States → record 23 → Rank classification reasonzero coefficient with nonzero RHSdependentPort/loadStates/23/rankReason
    Powered dependent-source port → Load States → record 24 → Transconductance g (S)Exact reduced rational: 1/2dependentPort/loadStates/24/gS
    Powered dependent-source port → Load States → record 24 → Load resistance R_L (Ω); null denotes openExact reduced rational: 0dependentPort/loadStates/24/loadOhm
    Powered dependent-source port → Load States → record 24 → Independent Source (A)Exact reduced rational: 1dependentPort/loadStates/24/independentSourceA
    Powered dependent-source port → Load States → record 24 → Source-off port conductance G (S)Exact reduced rational: -1/4dependentPort/loadStates/24/portConductanceS
    Powered dependent-source port → Load States → record 24 → Existence/uniqueness statusuniquedependentPort/loadStates/24/status
    Powered dependent-source port → Load States → record 24 → Loaded port equation coefficient (S)Exact reduced rational: -1/4dependentPort/loadStates/24/coefficientS
    Powered dependent-source port → Load States → record 24 → Oriented voltage drop (V)Exact reduced rational: 0dependentPort/loadStates/24/voltageV
    Powered dependent-source port → Load States → record 24 → Delivered Current (A)Exact reduced rational: 1dependentPort/loadStates/24/deliveredCurrentA
    Powered dependent-source port → Load States → record 24 → Thevenin Resistance (Ω)Exact reduced rational: -4dependentPort/loadStates/24/theveninResistanceOhm
    Powered dependent-source port → Load States → record 24 → Open Circuit Voltage (V)Exact reduced rational: -4dependentPort/loadStates/24/openCircuitVoltageV
    Powered dependent-source port → Load States → record 24 → Reason a finite Thévenin representation is unavailablenull — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/24/noFiniteTheveninReason
    Powered dependent-source port → Load States → record 24 → Resistor Current (A)Exact reduced rational: 0dependentPort/loadStates/24/resistorCurrentA
    Powered dependent-source port → Load States → record 24 → Controlled Source Current0 To PAExact reduced rational: 0dependentPort/loadStates/24/controlledSourceCurrent0ToPA
    Powered dependent-source port → Load States → record 24 → Absorbed Powers (W) → ResistorExact reduced rational: 0dependentPort/loadStates/24/absorbedPowersW/resistor
    Powered dependent-source port → Load States → record 24 → Absorbed Powers (W) → Independent SourceExact reduced rational: 0dependentPort/loadStates/24/absorbedPowersW/independentSource
    Powered dependent-source port → Load States → record 24 → Absorbed Powers (W) → Controlled SourceExact reduced rational: 0dependentPort/loadStates/24/absorbedPowersW/controlledSource
    Powered dependent-source port → Load States → record 24 → Absorbed Powers (W) → LoadExact reduced rational: 0dependentPort/loadStates/24/absorbedPowersW/load
    Powered dependent-source port → Load States → record 24 → Oriented KCL residual (A)Exact reduced rational: 0dependentPort/loadStates/24/kclResidualA
    Powered dependent-source port → Load States → record 24 → Total signed absorbed-power residual (W)Exact reduced rational: 0dependentPort/loadStates/24/powerResidualW
    Powered dependent-source port → Load States → record 25 → Transconductance g (S)Exact reduced rational: 1/2dependentPort/loadStates/25/gS
    Powered dependent-source port → Load States → record 25 → Load resistance R_L (Ω); null denotes openExact reduced rational: 1dependentPort/loadStates/25/loadOhm
    Powered dependent-source port → Load States → record 25 → Independent Source (A)Exact reduced rational: 1dependentPort/loadStates/25/independentSourceA
    Powered dependent-source port → Load States → record 25 → Source-off port conductance G (S)Exact reduced rational: -1/4dependentPort/loadStates/25/portConductanceS
    Powered dependent-source port → Load States → record 25 → Existence/uniqueness statusuniquedependentPort/loadStates/25/status
    Powered dependent-source port → Load States → record 25 → Loaded port equation coefficient (S)Exact reduced rational: 3/4dependentPort/loadStates/25/coefficientS
    Powered dependent-source port → Load States → record 25 → Oriented voltage drop (V)Exact reduced rational: 4/3dependentPort/loadStates/25/voltageV
    Powered dependent-source port → Load States → record 25 → Delivered Current (A)Exact reduced rational: 4/3dependentPort/loadStates/25/deliveredCurrentA
    Powered dependent-source port → Load States → record 25 → Thevenin Resistance (Ω)Exact reduced rational: -4dependentPort/loadStates/25/theveninResistanceOhm
    Powered dependent-source port → Load States → record 25 → Open Circuit Voltage (V)Exact reduced rational: -4dependentPort/loadStates/25/openCircuitVoltageV
    Powered dependent-source port → Load States → record 25 → Reason a finite Thévenin representation is unavailablenull — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/25/noFiniteTheveninReason
    Powered dependent-source port → Load States → record 25 → Resistor Current (A)Exact reduced rational: 1/3dependentPort/loadStates/25/resistorCurrentA
    Powered dependent-source port → Load States → record 25 → Controlled Source Current0 To PAExact reduced rational: 2/3dependentPort/loadStates/25/controlledSourceCurrent0ToPA
    Powered dependent-source port → Load States → record 25 → Absorbed Powers (W) → ResistorExact reduced rational: 4/9dependentPort/loadStates/25/absorbedPowersW/resistor
    Powered dependent-source port → Load States → record 25 → Absorbed Powers (W) → Independent SourceExact reduced rational: -4/3dependentPort/loadStates/25/absorbedPowersW/independentSource
    Powered dependent-source port → Load States → record 25 → Absorbed Powers (W) → Controlled SourceExact reduced rational: -8/9dependentPort/loadStates/25/absorbedPowersW/controlledSource
    Powered dependent-source port → Load States → record 25 → Absorbed Powers (W) → LoadExact reduced rational: 16/9dependentPort/loadStates/25/absorbedPowersW/load
    Powered dependent-source port → Load States → record 25 → Oriented KCL residual (A)Exact reduced rational: 0dependentPort/loadStates/25/kclResidualA
    Powered dependent-source port → Load States → record 25 → Total signed absorbed-power residual (W)Exact reduced rational: 0dependentPort/loadStates/25/powerResidualW
    Powered dependent-source port → Load States → record 26 → Transconductance g (S)Exact reduced rational: 1/2dependentPort/loadStates/26/gS
    Powered dependent-source port → Load States → record 26 → Load resistance R_L (Ω); null denotes openExact reduced rational: 2dependentPort/loadStates/26/loadOhm
    Powered dependent-source port → Load States → record 26 → Independent Source (A)Exact reduced rational: 1dependentPort/loadStates/26/independentSourceA
    Powered dependent-source port → Load States → record 26 → Source-off port conductance G (S)Exact reduced rational: -1/4dependentPort/loadStates/26/portConductanceS
    Powered dependent-source port → Load States → record 26 → Existence/uniqueness statusuniquedependentPort/loadStates/26/status
    Powered dependent-source port → Load States → record 26 → Loaded port equation coefficient (S)Exact reduced rational: 1/4dependentPort/loadStates/26/coefficientS
    Powered dependent-source port → Load States → record 26 → Oriented voltage drop (V)Exact reduced rational: 4dependentPort/loadStates/26/voltageV
    Powered dependent-source port → Load States → record 26 → Delivered Current (A)Exact reduced rational: 2dependentPort/loadStates/26/deliveredCurrentA
    Powered dependent-source port → Load States → record 26 → Thevenin Resistance (Ω)Exact reduced rational: -4dependentPort/loadStates/26/theveninResistanceOhm
    Powered dependent-source port → Load States → record 26 → Open Circuit Voltage (V)Exact reduced rational: -4dependentPort/loadStates/26/openCircuitVoltageV
    Powered dependent-source port → Load States → record 26 → Reason a finite Thévenin representation is unavailablenull — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/26/noFiniteTheveninReason
    Powered dependent-source port → Load States → record 26 → Resistor Current (A)Exact reduced rational: 1dependentPort/loadStates/26/resistorCurrentA
    Powered dependent-source port → Load States → record 26 → Controlled Source Current0 To PAExact reduced rational: 2dependentPort/loadStates/26/controlledSourceCurrent0ToPA
    Powered dependent-source port → Load States → record 26 → Absorbed Powers (W) → ResistorExact reduced rational: 4dependentPort/loadStates/26/absorbedPowersW/resistor
    Powered dependent-source port → Load States → record 26 → Absorbed Powers (W) → Independent SourceExact reduced rational: -4dependentPort/loadStates/26/absorbedPowersW/independentSource
    Powered dependent-source port → Load States → record 26 → Absorbed Powers (W) → Controlled SourceExact reduced rational: -8dependentPort/loadStates/26/absorbedPowersW/controlledSource
    Powered dependent-source port → Load States → record 26 → Absorbed Powers (W) → LoadExact reduced rational: 8dependentPort/loadStates/26/absorbedPowersW/load
    Powered dependent-source port → Load States → record 26 → Oriented KCL residual (A)Exact reduced rational: 0dependentPort/loadStates/26/kclResidualA
    Powered dependent-source port → Load States → record 26 → Total signed absorbed-power residual (W)Exact reduced rational: 0dependentPort/loadStates/26/powerResidualW
    Powered dependent-source port → Load States → record 27 → Transconductance g (S)Exact reduced rational: 1/2dependentPort/loadStates/27/gS
    Powered dependent-source port → Load States → record 27 → Load resistance R_L (Ω); null denotes openExact reduced rational: 3dependentPort/loadStates/27/loadOhm
    Powered dependent-source port → Load States → record 27 → Independent Source (A)Exact reduced rational: 1dependentPort/loadStates/27/independentSourceA
    Powered dependent-source port → Load States → record 27 → Source-off port conductance G (S)Exact reduced rational: -1/4dependentPort/loadStates/27/portConductanceS
    Powered dependent-source port → Load States → record 27 → Existence/uniqueness statusuniquedependentPort/loadStates/27/status
    Powered dependent-source port → Load States → record 27 → Loaded port equation coefficient (S)Exact reduced rational: 1/12dependentPort/loadStates/27/coefficientS
    Powered dependent-source port → Load States → record 27 → Oriented voltage drop (V)Exact reduced rational: 12dependentPort/loadStates/27/voltageV
    Powered dependent-source port → Load States → record 27 → Delivered Current (A)Exact reduced rational: 4dependentPort/loadStates/27/deliveredCurrentA
    Powered dependent-source port → Load States → record 27 → Thevenin Resistance (Ω)Exact reduced rational: -4dependentPort/loadStates/27/theveninResistanceOhm
    Powered dependent-source port → Load States → record 27 → Open Circuit Voltage (V)Exact reduced rational: -4dependentPort/loadStates/27/openCircuitVoltageV
    Powered dependent-source port → Load States → record 27 → Reason a finite Thévenin representation is unavailablenull — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/27/noFiniteTheveninReason
    Powered dependent-source port → Load States → record 27 → Resistor Current (A)Exact reduced rational: 3dependentPort/loadStates/27/resistorCurrentA
    Powered dependent-source port → Load States → record 27 → Controlled Source Current0 To PAExact reduced rational: 6dependentPort/loadStates/27/controlledSourceCurrent0ToPA
    Powered dependent-source port → Load States → record 27 → Absorbed Powers (W) → ResistorExact reduced rational: 36dependentPort/loadStates/27/absorbedPowersW/resistor
    Powered dependent-source port → Load States → record 27 → Absorbed Powers (W) → Independent SourceExact reduced rational: -12dependentPort/loadStates/27/absorbedPowersW/independentSource
    Powered dependent-source port → Load States → record 27 → Absorbed Powers (W) → Controlled SourceExact reduced rational: -72dependentPort/loadStates/27/absorbedPowersW/controlledSource
    Powered dependent-source port → Load States → record 27 → Absorbed Powers (W) → LoadExact reduced rational: 48dependentPort/loadStates/27/absorbedPowersW/load
    Powered dependent-source port → Load States → record 27 → Oriented KCL residual (A)Exact reduced rational: 0dependentPort/loadStates/27/kclResidualA
    Powered dependent-source port → Load States → record 27 → Total signed absorbed-power residual (W)Exact reduced rational: 0dependentPort/loadStates/27/powerResidualW
    Powered dependent-source port → Load States → record 28 → Transconductance g (S)Exact reduced rational: 1/2dependentPort/loadStates/28/gS
    Powered dependent-source port → Load States → record 28 → Load resistance R_L (Ω); null denotes openExact reduced rational: 4dependentPort/loadStates/28/loadOhm
    Powered dependent-source port → Load States → record 28 → Independent Source (A)Exact reduced rational: 1dependentPort/loadStates/28/independentSourceA
    Powered dependent-source port → Load States → record 28 → Source-off port conductance G (S)Exact reduced rational: -1/4dependentPort/loadStates/28/portConductanceS
    Powered dependent-source port → Load States → record 28 → Existence/uniqueness statusinconsistentdependentPort/loadStates/28/status
    Powered dependent-source port → Load States → record 28 → Loaded port equation coefficient (S)Exact reduced rational: 0dependentPort/loadStates/28/coefficientS
    Powered dependent-source port → Load States → record 28 → Oriented voltage drop (V)null — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/28/voltageV
    Powered dependent-source port → Load States → record 28 → Delivered Current (A)null — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/28/deliveredCurrentA
    Powered dependent-source port → Load States → record 28 → Thevenin Resistance (Ω)Exact reduced rational: -4dependentPort/loadStates/28/theveninResistanceOhm
    Powered dependent-source port → Load States → record 28 → Open Circuit Voltage (V)Exact reduced rational: -4dependentPort/loadStates/28/openCircuitVoltageV
    Powered dependent-source port → Load States → record 28 → Reason a finite Thévenin representation is unavailablenull — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/28/noFiniteTheveninReason
    Powered dependent-source port → Load States → record 28 → Resistor Current (A)null — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/28/resistorCurrentA
    Powered dependent-source port → Load States → record 28 → Controlled Source Current0 To PAnull — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/28/controlledSourceCurrent0ToPA
    Powered dependent-source port → Load States → record 28 → Absorbed Powers (W)null — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/28/absorbedPowersW
    Powered dependent-source port → Load States → record 28 → Oriented KCL residual (A)null — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/28/kclResidualA
    Powered dependent-source port → Load States → record 28 → Total signed absorbed-power residual (W)null — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/28/powerResidualW
    Powered dependent-source port → Load States → record 28 → Rank classification reasonzero coefficient with nonzero RHSdependentPort/loadStates/28/rankReason
    Powered dependent-source port → Load States → record 29 → Transconductance g (S)Exact reduced rational: 1/2dependentPort/loadStates/29/gS
    Powered dependent-source port → Load States → record 29 → Load resistance R_L (Ω); null denotes openExact reduced rational: 6dependentPort/loadStates/29/loadOhm
    Powered dependent-source port → Load States → record 29 → Independent Source (A)Exact reduced rational: 1dependentPort/loadStates/29/independentSourceA
    Powered dependent-source port → Load States → record 29 → Source-off port conductance G (S)Exact reduced rational: -1/4dependentPort/loadStates/29/portConductanceS
    Powered dependent-source port → Load States → record 29 → Existence/uniqueness statusuniquedependentPort/loadStates/29/status
    Powered dependent-source port → Load States → record 29 → Loaded port equation coefficient (S)Exact reduced rational: -1/12dependentPort/loadStates/29/coefficientS
    Powered dependent-source port → Load States → record 29 → Oriented voltage drop (V)Exact reduced rational: -12dependentPort/loadStates/29/voltageV
    Powered dependent-source port → Load States → record 29 → Delivered Current (A)Exact reduced rational: -2dependentPort/loadStates/29/deliveredCurrentA
    Powered dependent-source port → Load States → record 29 → Thevenin Resistance (Ω)Exact reduced rational: -4dependentPort/loadStates/29/theveninResistanceOhm
    Powered dependent-source port → Load States → record 29 → Open Circuit Voltage (V)Exact reduced rational: -4dependentPort/loadStates/29/openCircuitVoltageV
    Powered dependent-source port → Load States → record 29 → Reason a finite Thévenin representation is unavailablenull — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/29/noFiniteTheveninReason
    Powered dependent-source port → Load States → record 29 → Resistor Current (A)Exact reduced rational: -3dependentPort/loadStates/29/resistorCurrentA
    Powered dependent-source port → Load States → record 29 → Controlled Source Current0 To PAExact reduced rational: -6dependentPort/loadStates/29/controlledSourceCurrent0ToPA
    Powered dependent-source port → Load States → record 29 → Absorbed Powers (W) → ResistorExact reduced rational: 36dependentPort/loadStates/29/absorbedPowersW/resistor
    Powered dependent-source port → Load States → record 29 → Absorbed Powers (W) → Independent SourceExact reduced rational: 12dependentPort/loadStates/29/absorbedPowersW/independentSource
    Powered dependent-source port → Load States → record 29 → Absorbed Powers (W) → Controlled SourceExact reduced rational: -72dependentPort/loadStates/29/absorbedPowersW/controlledSource
    Powered dependent-source port → Load States → record 29 → Absorbed Powers (W) → LoadExact reduced rational: 24dependentPort/loadStates/29/absorbedPowersW/load
    Powered dependent-source port → Load States → record 29 → Oriented KCL residual (A)Exact reduced rational: 0dependentPort/loadStates/29/kclResidualA
    Powered dependent-source port → Load States → record 29 → Total signed absorbed-power residual (W)Exact reduced rational: 0dependentPort/loadStates/29/powerResidualW
    Powered dependent-source port → Load States → record 30 → Transconductance g (S)Exact reduced rational: 1/2dependentPort/loadStates/30/gS
    Powered dependent-source port → Load States → record 30 → Load resistance R_L (Ω); null denotes openExact reduced rational: 8dependentPort/loadStates/30/loadOhm
    Powered dependent-source port → Load States → record 30 → Independent Source (A)Exact reduced rational: 1dependentPort/loadStates/30/independentSourceA
    Powered dependent-source port → Load States → record 30 → Source-off port conductance G (S)Exact reduced rational: -1/4dependentPort/loadStates/30/portConductanceS
    Powered dependent-source port → Load States → record 30 → Existence/uniqueness statusuniquedependentPort/loadStates/30/status
    Powered dependent-source port → Load States → record 30 → Loaded port equation coefficient (S)Exact reduced rational: -1/8dependentPort/loadStates/30/coefficientS
    Powered dependent-source port → Load States → record 30 → Oriented voltage drop (V)Exact reduced rational: -8dependentPort/loadStates/30/voltageV
    Powered dependent-source port → Load States → record 30 → Delivered Current (A)Exact reduced rational: -1dependentPort/loadStates/30/deliveredCurrentA
    Powered dependent-source port → Load States → record 30 → Thevenin Resistance (Ω)Exact reduced rational: -4dependentPort/loadStates/30/theveninResistanceOhm
    Powered dependent-source port → Load States → record 30 → Open Circuit Voltage (V)Exact reduced rational: -4dependentPort/loadStates/30/openCircuitVoltageV
    Powered dependent-source port → Load States → record 30 → Reason a finite Thévenin representation is unavailablenull — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/30/noFiniteTheveninReason
    Powered dependent-source port → Load States → record 30 → Resistor Current (A)Exact reduced rational: -2dependentPort/loadStates/30/resistorCurrentA
    Powered dependent-source port → Load States → record 30 → Controlled Source Current0 To PAExact reduced rational: -4dependentPort/loadStates/30/controlledSourceCurrent0ToPA
    Powered dependent-source port → Load States → record 30 → Absorbed Powers (W) → ResistorExact reduced rational: 16dependentPort/loadStates/30/absorbedPowersW/resistor
    Powered dependent-source port → Load States → record 30 → Absorbed Powers (W) → Independent SourceExact reduced rational: 8dependentPort/loadStates/30/absorbedPowersW/independentSource
    Powered dependent-source port → Load States → record 30 → Absorbed Powers (W) → Controlled SourceExact reduced rational: -32dependentPort/loadStates/30/absorbedPowersW/controlledSource
    Powered dependent-source port → Load States → record 30 → Absorbed Powers (W) → LoadExact reduced rational: 8dependentPort/loadStates/30/absorbedPowersW/load
    Powered dependent-source port → Load States → record 30 → Oriented KCL residual (A)Exact reduced rational: 0dependentPort/loadStates/30/kclResidualA
    Powered dependent-source port → Load States → record 30 → Total signed absorbed-power residual (W)Exact reduced rational: 0dependentPort/loadStates/30/powerResidualW
    Powered dependent-source port → Load States → record 31 → Transconductance g (S)Exact reduced rational: 1/2dependentPort/loadStates/31/gS
    Powered dependent-source port → Load States → record 31 → Load resistance R_L (Ω); null denotes opennull — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/31/loadOhm
    Powered dependent-source port → Load States → record 31 → Independent Source (A)Exact reduced rational: 1dependentPort/loadStates/31/independentSourceA
    Powered dependent-source port → Load States → record 31 → Source-off port conductance G (S)Exact reduced rational: -1/4dependentPort/loadStates/31/portConductanceS
    Powered dependent-source port → Load States → record 31 → Existence/uniqueness statusuniquedependentPort/loadStates/31/status
    Powered dependent-source port → Load States → record 31 → Loaded port equation coefficient (S)Exact reduced rational: -1/4dependentPort/loadStates/31/coefficientS
    Powered dependent-source port → Load States → record 31 → Oriented voltage drop (V)Exact reduced rational: -4dependentPort/loadStates/31/voltageV
    Powered dependent-source port → Load States → record 31 → Delivered Current (A)Exact reduced rational: 0dependentPort/loadStates/31/deliveredCurrentA
    Powered dependent-source port → Load States → record 31 → Thevenin Resistance (Ω)Exact reduced rational: -4dependentPort/loadStates/31/theveninResistanceOhm
    Powered dependent-source port → Load States → record 31 → Open Circuit Voltage (V)Exact reduced rational: -4dependentPort/loadStates/31/openCircuitVoltageV
    Powered dependent-source port → Load States → record 31 → Reason a finite Thévenin representation is unavailablenull — not an ordinary number; see this source record’s domain/status.dependentPort/loadStates/31/noFiniteTheveninReason
    Powered dependent-source port → Load States → record 31 → Resistor Current (A)Exact reduced rational: -1dependentPort/loadStates/31/resistorCurrentA
    Powered dependent-source port → Load States → record 31 → Controlled Source Current0 To PAExact reduced rational: -2dependentPort/loadStates/31/controlledSourceCurrent0ToPA
    Powered dependent-source port → Load States → record 31 → Absorbed Powers (W) → ResistorExact reduced rational: 4dependentPort/loadStates/31/absorbedPowersW/resistor
    Powered dependent-source port → Load States → record 31 → Absorbed Powers (W) → Independent SourceExact reduced rational: 4dependentPort/loadStates/31/absorbedPowersW/independentSource
    Powered dependent-source port → Load States → record 31 → Absorbed Powers (W) → Controlled SourceExact reduced rational: -8dependentPort/loadStates/31/absorbedPowersW/controlledSource
    Powered dependent-source port → Load States → record 31 → Absorbed Powers (W) → LoadExact reduced rational: 0dependentPort/loadStates/31/absorbedPowersW/load
    Powered dependent-source port → Load States → record 31 → Oriented KCL residual (A)Exact reduced rational: 0dependentPort/loadStates/31/kclResidualA
    Powered dependent-source port → Load States → record 31 → Total signed absorbed-power residual (W)Exact reduced rational: 0dependentPort/loadStates/31/powerResidualW
    Powered dependent-source port → Source Off Degeneracies → record 0 → Transconductance g (S)Exact reduced rational: 1/2dependentPort/sourceOffDegeneracies/0/gS
    Powered dependent-source port → Source Off Degeneracies → record 0 → Load resistance R_L (Ω); null denotes openExact reduced rational: 4dependentPort/sourceOffDegeneracies/0/loadOhm
    Powered dependent-source port → Source Off Degeneracies → record 0 → Independent Source (A)Exact reduced rational: 0dependentPort/sourceOffDegeneracies/0/independentSourceA
    Powered dependent-source port → Source Off Degeneracies → record 0 → Source-off port conductance G (S)Exact reduced rational: -1/4dependentPort/sourceOffDegeneracies/0/portConductanceS
    Powered dependent-source port → Source Off Degeneracies → record 0 → Existence/uniqueness statusnonuniquedependentPort/sourceOffDegeneracies/0/status
    Powered dependent-source port → Source Off Degeneracies → record 0 → Loaded port equation coefficient (S)Exact reduced rational: 0dependentPort/sourceOffDegeneracies/0/coefficientS
    Powered dependent-source port → Source Off Degeneracies → record 0 → Oriented voltage drop (V)null — not an ordinary number; see this source record’s domain/status.dependentPort/sourceOffDegeneracies/0/voltageV
    Powered dependent-source port → Source Off Degeneracies → record 0 → Delivered Current (A)null — not an ordinary number; see this source record’s domain/status.dependentPort/sourceOffDegeneracies/0/deliveredCurrentA
    Powered dependent-source port → Source Off Degeneracies → record 0 → Thevenin Resistance (Ω)Exact reduced rational: -4dependentPort/sourceOffDegeneracies/0/theveninResistanceOhm
    Powered dependent-source port → Source Off Degeneracies → record 0 → Open Circuit Voltage (V)Exact reduced rational: 0dependentPort/sourceOffDegeneracies/0/openCircuitVoltageV
    Powered dependent-source port → Source Off Degeneracies → record 0 → Reason a finite Thévenin representation is unavailablenull — not an ordinary number; see this source record’s domain/status.dependentPort/sourceOffDegeneracies/0/noFiniteTheveninReason
    Powered dependent-source port → Source Off Degeneracies → record 0 → Resistor Current (A)null — not an ordinary number; see this source record’s domain/status.dependentPort/sourceOffDegeneracies/0/resistorCurrentA
    Powered dependent-source port → Source Off Degeneracies → record 0 → Controlled Source Current0 To PAnull — not an ordinary number; see this source record’s domain/status.dependentPort/sourceOffDegeneracies/0/controlledSourceCurrent0ToPA
    Powered dependent-source port → Source Off Degeneracies → record 0 → Absorbed Powers (W)null — not an ordinary number; see this source record’s domain/status.dependentPort/sourceOffDegeneracies/0/absorbedPowersW
    Powered dependent-source port → Source Off Degeneracies → record 0 → Oriented KCL residual (A)null — not an ordinary number; see this source record’s domain/status.dependentPort/sourceOffDegeneracies/0/kclResidualA
    Powered dependent-source port → Source Off Degeneracies → record 0 → Total signed absorbed-power residual (W)null — not an ordinary number; see this source record’s domain/status.dependentPort/sourceOffDegeneracies/0/powerResidualW
    Powered dependent-source port → Source Off Degeneracies → record 0 → Rank classification reasonzero coefficient with zero RHSdependentPort/sourceOffDegeneracies/0/rankReason
    Powered dependent-source port → Source Off Degeneracies → record 1 → Transconductance g (S)Exact reduced rational: 1/4dependentPort/sourceOffDegeneracies/1/gS
    Powered dependent-source port → Source Off Degeneracies → record 1 → Load resistance R_L (Ω); null denotes opennull — not an ordinary number; see this source record’s domain/status.dependentPort/sourceOffDegeneracies/1/loadOhm
    Powered dependent-source port → Source Off Degeneracies → record 1 → Independent Source (A)Exact reduced rational: 0dependentPort/sourceOffDegeneracies/1/independentSourceA
    Powered dependent-source port → Source Off Degeneracies → record 1 → Source-off port conductance G (S)Exact reduced rational: 0dependentPort/sourceOffDegeneracies/1/portConductanceS
    Powered dependent-source port → Source Off Degeneracies → record 1 → Existence/uniqueness statusnonuniquedependentPort/sourceOffDegeneracies/1/status
    Powered dependent-source port → Source Off Degeneracies → record 1 → Loaded port equation coefficient (S)Exact reduced rational: 0dependentPort/sourceOffDegeneracies/1/coefficientS
    Powered dependent-source port → Source Off Degeneracies → record 1 → Oriented voltage drop (V)null — not an ordinary number; see this source record’s domain/status.dependentPort/sourceOffDegeneracies/1/voltageV
    Powered dependent-source port → Source Off Degeneracies → record 1 → Delivered Current (A)null — not an ordinary number; see this source record’s domain/status.dependentPort/sourceOffDegeneracies/1/deliveredCurrentA
    Powered dependent-source port → Source Off Degeneracies → record 1 → Thevenin Resistance (Ω)null — not an ordinary number; see this source record’s domain/status.dependentPort/sourceOffDegeneracies/1/theveninResistanceOhm
    Powered dependent-source port → Source Off Degeneracies → record 1 → Open Circuit Voltage (V)null — not an ordinary number; see this source record’s domain/status.dependentPort/sourceOffDegeneracies/1/openCircuitVoltageV
    Powered dependent-source port → Source Off Degeneracies → record 1 → Reason a finite Thévenin representation is unavailablezero-port-conductance; open inconsistent for nonzero source, otherwise nonunique voltagedependentPort/sourceOffDegeneracies/1/noFiniteTheveninReason
    Powered dependent-source port → Source Off Degeneracies → record 1 → Resistor Current (A)null — not an ordinary number; see this source record’s domain/status.dependentPort/sourceOffDegeneracies/1/resistorCurrentA
    Powered dependent-source port → Source Off Degeneracies → record 1 → Controlled Source Current0 To PAnull — not an ordinary number; see this source record’s domain/status.dependentPort/sourceOffDegeneracies/1/controlledSourceCurrent0ToPA
    Powered dependent-source port → Source Off Degeneracies → record 1 → Absorbed Powers (W)null — not an ordinary number; see this source record’s domain/status.dependentPort/sourceOffDegeneracies/1/absorbedPowersW
    Powered dependent-source port → Source Off Degeneracies → record 1 → Oriented KCL residual (A)null — not an ordinary number; see this source record’s domain/status.dependentPort/sourceOffDegeneracies/1/kclResidualA
    Powered dependent-source port → Source Off Degeneracies → record 1 → Total signed absorbed-power residual (W)null — not an ordinary number; see this source record’s domain/status.dependentPort/sourceOffDegeneracies/1/powerResidualW
    Powered dependent-source port → Source Off Degeneracies → record 1 → Rank classification reasonzero coefficient with zero RHSdependentPort/sourceOffDegeneracies/1/rankReason
    Powered dependent-source port → Source Off Tests → record 0 → Transconductance g (S)Exact reduced rational: 0dependentPort/sourceOffTests/0/gS
    Powered dependent-source port → Source Off Tests → record 0 → Independent Source (A)Exact reduced rational: 0dependentPort/sourceOffTests/0/independentSourceA
    Powered dependent-source port → Source Off Tests → record 0 → Test Voltage (V)Exact reduced rational: 1dependentPort/sourceOffTests/0/testVoltageV
    Powered dependent-source port → Source Off Tests → record 0 → Entering Port Current (A)Exact reduced rational: 1/4dependentPort/sourceOffTests/0/enteringPortCurrentA
    Powered dependent-source port → Source Off Tests → record 0 → Resistance (Ω)Exact reduced rational: 4dependentPort/sourceOffTests/0/resistanceOhm
    Powered dependent-source port → Source Off Tests → record 0 → Existence/uniqueness statusfinitedependentPort/sourceOffTests/0/status
    Powered dependent-source port → Source Off Tests → record 1 → Transconductance g (S)Exact reduced rational: 1/8dependentPort/sourceOffTests/1/gS
    Powered dependent-source port → Source Off Tests → record 1 → Independent Source (A)Exact reduced rational: 0dependentPort/sourceOffTests/1/independentSourceA
    Powered dependent-source port → Source Off Tests → record 1 → Test Voltage (V)Exact reduced rational: 1dependentPort/sourceOffTests/1/testVoltageV
    Powered dependent-source port → Source Off Tests → record 1 → Entering Port Current (A)Exact reduced rational: 1/8dependentPort/sourceOffTests/1/enteringPortCurrentA
    Powered dependent-source port → Source Off Tests → record 1 → Resistance (Ω)Exact reduced rational: 8dependentPort/sourceOffTests/1/resistanceOhm
    Powered dependent-source port → Source Off Tests → record 1 → Existence/uniqueness statusfinitedependentPort/sourceOffTests/1/status
    Powered dependent-source port → Source Off Tests → record 2 → Transconductance g (S)Exact reduced rational: 1/4dependentPort/sourceOffTests/2/gS
    Powered dependent-source port → Source Off Tests → record 2 → Independent Source (A)Exact reduced rational: 0dependentPort/sourceOffTests/2/independentSourceA
    Powered dependent-source port → Source Off Tests → record 2 → Test Voltage (V)Exact reduced rational: 1dependentPort/sourceOffTests/2/testVoltageV
    Powered dependent-source port → Source Off Tests → record 2 → Entering Port Current (A)Exact reduced rational: 0dependentPort/sourceOffTests/2/enteringPortCurrentA
    Powered dependent-source port → Source Off Tests → record 2 → Resistance (Ω)null — not an ordinary number; see this source record’s domain/status.dependentPort/sourceOffTests/2/resistanceOhm
    Powered dependent-source port → Source Off Tests → record 2 → Existence/uniqueness statuszero-conductance-no-finite-resistancedependentPort/sourceOffTests/2/status
    Powered dependent-source port → Source Off Tests → record 3 → Transconductance g (S)Exact reduced rational: 1/2dependentPort/sourceOffTests/3/gS
    Powered dependent-source port → Source Off Tests → record 3 → Independent Source (A)Exact reduced rational: 0dependentPort/sourceOffTests/3/independentSourceA
    Powered dependent-source port → Source Off Tests → record 3 → Test Voltage (V)Exact reduced rational: 1dependentPort/sourceOffTests/3/testVoltageV
    Powered dependent-source port → Source Off Tests → record 3 → Entering Port Current (A)Exact reduced rational: -1/4dependentPort/sourceOffTests/3/enteringPortCurrentA
    Powered dependent-source port → Source Off Tests → record 3 → Resistance (Ω)Exact reduced rational: -4dependentPort/sourceOffTests/3/resistanceOhm
    Powered dependent-source port → Source Off Tests → record 3 → Existence/uniqueness statusfinitedependentPort/sourceOffTests/3/status

    Focus a labelled graph or table region and use arrow keys to scroll locally. Exact fractions, signs, domains and source statuses remain available below each figure.

    Controlled one-port: preserve finite, singular and active cases
    Control and connectionEquation or resultClassification
    g=0; source-off 1 V testEntering current 1/4 A; R_th=4 ΩPassive positive slope
    g=1/8 S; source-off 1 V testEntering current 1/8 A; R_th=8 ΩControlled source remains active
    g=1/4 S; independent source 1 A; open0×V=1 AInconsistent ideal DC connection; no finite open voltage
    g=1/2 S; source-off 1 V testEntering current −1/4 A; R_th=−4 ΩActive negative terminal resistance
    g=1/2 S; R_L=4 Ω; independent source 1 A0×V=1 AInconsistent
    g=1/2 S; R_L=4 Ω; independent source 0 A0×V=0Nonunique voltage; no selected power state
    18

    Load a bridge before reading it

    Our original bridge is supplied by 6 V between its top node and node 0. The left arm has 3 Ω above its midpoint and 6 Ω below it. The right arm has 4 Ω above its midpoint and 8(1+δ) Ω below it, with δ restricted here to −1/2…1/2 so every resistor stays positive. Define the bridge voltage as V_l−V_r and meter current from l to r. The meter, when connected, has resistance 5 Ω.

    With an open meter, independent divider equations give V_l=4 V and V_r=6 V×8(1+δ)/[4+8(1+δ)]. Their difference is V_oc=−4δ/(3+2δ) V. The bridge balances at δ=0: both midpoints are at 4 V, yet left-arm current is 2/3 A, right-arm current is 1/2 A, and the 6 V supply delivers 7 W. Zero bridge current does not mean zero current or dissipation throughout the network.

    For the resistance seen between l and r, zero the independent 6 V supply so the top and bottom nodes coincide. The left pair is 3||6=2 Ω and the right pair is 4||8(1+δ), joined in series through the common reference. Thus R_th=2 Ω+[4×8(1+δ)/(4+8(1+δ))] Ω. With the 5 Ω meter, I_m=V_oc/(R_th+5 Ω), and its terminal voltage is 5 Ω×I_m. Away from balance the meter current changes both midpoint potentials; using the open-divider values as simultaneous loaded voltages would violate KCL.

    19

    Separate bridge sensitivity from exact response

    Expanding the open bridge around balance gives dV_oc/dδ at δ=0 equal to −4/3 V. Since V_oc is zero at balance, differentiating the loaded current requires only the numerator derivative divided by R_th(0)+R_m: dI_m/dδ= (−4/3 V)/(14/3 Ω+5 Ω)=−4/29 A. The derivative is per unit dimensionless δ. It becomes a sensor calibration only after a valid relation between δ and the physical measurand has been supplied.

    For the finite setting δ=1/5, the exact values are V_oc=−4/17 V, R_th=82/17 Ω and I_m=−4/167 A, giving loaded bridge voltage −20/167 V. The first-order current estimate is −4/145 A. Their difference, exact minus tangent, is +88/24215 A. The sign and size of this difference follow from the chosen model and finite perturbation; calling a small-δ linearization exact would discard the nonlinear dependence of the network response on resistance.

    The retained bridge family includes 21 resistance settings and both the open and loaded state at each one. In a real bridge, supply variation, lead resistance, self-heating, resistor tolerance, meter input and temperature dependence can matter. Ratios can reject some common changes under particular conditions, but balance alone does not remove every source of uncertainty. Exact algebra is useful precisely because it separates a stated model’s response from additional physical error mechanisms.

    Original bridge: balance, meter loading and local sensitivity
    QuantityExact value or expressionBoundary condition
    Balance midpointsV_l=V_r=4 Vδ=0, open or 5 Ω meter; meter current zero
    Supply current and delivery at balance7/6 A and 7 WBoth arms remain connected to the 6 V supply
    Open bridge voltage−4δ/(3+2δ) VMeter disconnected
    Terminal resistance at balance14/3 ΩIndependent supply zeroed; test between midpoints
    Loaded current at δ=1/5−4/167 A5 Ω meter, original 6 V supply restored
    Loaded current slope at balance−4/29 A per unit δDerivative at δ=0; not exact finite response
    20

    Define a three-terminal star and delta

    A star has three resistors from terminals a,b,c to an internal node z. A delta has one resistor on each terminal pair. They are equivalent when their complete boundary voltage-current relations agree, with the same three external terminals. Matching a single two-terminal resistance while silently grounding the third terminal would be weaker and generally insufficient.

    For star arms r_a,r_b,r_c, define D=r_a r_b+r_b r_c+r_c r_a. The equivalent delta values are R_ab=D/r_c, R_bc=D/r_a and R_ca=D/r_b. The denominator is the star arm opposite the chosen delta edge. For our original arms (2,3,5) Ω, D=31 Ω² and the delta resistances are (31/5,31/2,31/3) Ω in edge order (ab,bc,ca).

    As a useful check, measure between a and b with terminal c open. The star gives r_a+r_b=5 Ω because the c arm carries no current. The delta gives R_ab in parallel with R_ac+R_cb, also 5 Ω. The other open-third-terminal pair values are 8 Ω between b,c and 7 Ω between c,a. These are not the individual delta-edge resistances. They are network measurements with a specified third-terminal boundary condition.

    21

    Derive star–delta from boundary currents

    Let g_a=1/r_a, g_b=1/r_b and g_c=1/r_c, with g_Σ=g_a+g_b+g_c. The unforced center obeys Σ_k g_k(V_z−V_k)=0, so V_z=(Σ_k g_k V_k)/g_Σ. Current entering the star at terminal a is I_a=g_a(V_a−V_z). Substituting gives a three-terminal conductance matrix K=diag(g)−ggᵀ/g_Σ. Its off-diagonal element K_ab=−g_a g_b/g_Σ corresponds to a delta-edge conductance g_ab=g_a g_b/g_Σ, whose reciprocal is D/r_c.

    This derivation proves more than the three open-pair checks: it preserves all terminal currents for arbitrary simultaneous boundary voltages. Our original data evaluates all 27 triples chosen independently from −1,0,2 V. The star center voltage, every star and delta branch current, all terminal injections and both total dissipations are retained. External terminal currents and total passive dissipation agree, while the branch-by-branch internal currents need not.

    The zero-injection center is a hypothesis. If an independent current is injected into z, its effect reaches the boundary and must be transformed along with the conductances. A device attached to z can no longer be forgotten merely because a three-edge triangle looks simpler. Conversely, shifting all three boundary potentials by the same constant changes no branch voltage or current in the source-free floating star or delta; the row sums of K are zero.

    Loaded bridges and exact boundary reduction

    Separate open and loaded bridge responses, local tangents, and the complete three-terminal star–delta boundary map. All 42 bridge and27 star–delta states remain accessible.

    Open bridge versus loaded meter sensitivity

    • Exact open V_oc: thick blue curve and circle
    • Open-voltage tangent at balance: thin orange dash
    • Exact 5 Ω meter current: thick blue curve and circle
    • Loaded-current tangent at balance: thin orange dash
    Open bridge versus loaded meter sensitivitySeparate physical voltage/current axes compare all21 admitted parameter points with the local first-order tangent.-0.500.5-0.500.51Open bridge V_left−V_right (V)δ (dimensionless)-0.500.5-0.0500.050.1Loaded meter I_left→right (A)δ (dimensionless); R_L=5 ΩAt balance: V_oc=0 V. Zero meter current does not mean zero arm power.The complete 42 records retain both finite tangent errors and every signed source/arm/meter power.

    A three-terminal star and its complete boundary delta

      A three-terminal star and its complete boundary deltaOriginal positive star arms, exact delta edge resistances and the Schur-reduced terminal conductance matrix.Original star; unforced center zDelta; same full boundary currents2 Ω3 Ω5 Ωabcz31/5 Ω31/2 Ω31/3 ΩabcK_red (S), terminals(a,b,c):8/31-5/31-3/31-5/317/31-2/31-3/31-2/315/31The matrix matches the delta. All 27 prescribed boundary triples retain equal terminal currents and power.Open third-terminal tests are separate. An eliminated injection must transform the retained source vector.
      • The bridge voltage is V_left−V_right, and meter current is positive left→right through5 Ω. At balance the meter current is zero while arm currents and supply power remain nonzero.
      • Blue controls are exact admitted responses; orange dashed lines are the corresponding first-order tangent at δ=0. Finite tangent error stays in the complete data; no universal linear accuracy is claimed.
      • The original star has a-z2 Ω,b-z3 Ω,c-z5 Ω. The delta edges preserve every terminal current for arbitrary imposed terminal voltages, not just one resistance test. All27 boundary triples and both internal power ledgers are retained.
      • Kron reduction here eliminates the unforced center. An injected source at an eliminated node also transforms the retained source vector. Third-terminal-open pair resistance is not a grounded-third-terminal test.

      Original star–delta: terminal boundaries determine the comparison

      Loaded bridges and exact boundary reduction — every raw source field, exact value and explicit domain/status (4327 source fields)

      Rational values are exact reduced fractions, not rounded plot coordinates. Null is retained explicitly and is never an ordinary zero. Every raw source path appears once; branch orientations, indices, units, power signs and rank reasons remain inspectable.

      Loaded bridges and exact boundary reduction — every raw source field, exact value and explicit domain/status
      Physical quantity and source contextExact source value / statusSource path
      Original loaded/open bridge → States → record 0 → Record index (metadata, not a measured scalar)0bridge/states/0/index
      Original loaded/open bridge → States → record 0 → Bridge fractional resistance change δ (dimensionless)Exact reduced rational: -1/2bridge/states/0/delta
      Original loaded/open bridge → States → record 0 → Load resistance R_L (Ω); null denotes opennull — not an ordinary number; see this source record’s domain/status.bridge/states/0/loadOhm
      Original loaded/open bridge → States → record 0 → Right Lower (Ω)Exact reduced rational: 4bridge/states/0/rightLowerOhm
      Original loaded/open bridge → States → record 0 → Node Potentials (V) → 0Exact reduced rational: 0bridge/states/0/nodePotentialsV/0
      Original loaded/open bridge → States → record 0 → Node Potentials (V) → TopExact reduced rational: 6bridge/states/0/nodePotentialsV/top
      Original loaded/open bridge → States → record 0 → Node Potentials (V) → LExact reduced rational: 4bridge/states/0/nodePotentialsV/l
      Original loaded/open bridge → States → record 0 → Node Potentials (V) → RExact reduced rational: 3bridge/states/0/nodePotentialsV/r
      Original loaded/open bridge → States → record 0 → Open Circuit Voltage (V)Exact reduced rational: 1bridge/states/0/openCircuitVoltageV
      Original loaded/open bridge → States → record 0 → Thevenin Resistance (Ω)Exact reduced rational: 4bridge/states/0/theveninResistanceOhm
      Original loaded/open bridge → States → record 0 → Meter current left→right (A)Exact reduced rational: 0bridge/states/0/meterCurrentA
      Original loaded/open bridge → States → record 0 → Branches → record 0: top-l (top→l) → Idtop-lbridge/states/0/branches/0/id
      Original loaded/open bridge → States → record 0 → Branches → record 0: top-l (top→l) → Tailtopbridge/states/0/branches/0/tail
      Original loaded/open bridge → States → record 0 → Branches → record 0: top-l (top→l) → Headlbridge/states/0/branches/0/head
      Original loaded/open bridge → States → record 0 → Branches → record 0: top-l (top→l) → Resistance (Ω)Exact reduced rational: 3bridge/states/0/branches/0/resistanceOhm
      Original loaded/open bridge → States → record 0 → Branches → record 0: top-l (top→l) → Oriented voltage drop (V)Exact reduced rational: 2bridge/states/0/branches/0/voltageV
      Original loaded/open bridge → States → record 0 → Branches → record 0: top-l (top→l) → Oriented current (A)Exact reduced rational: 2/3bridge/states/0/branches/0/currentA
      Original loaded/open bridge → States → record 0 → Branches → record 0: top-l (top→l) → Absorbed branch power p=v i (W)Exact reduced rational: 4/3bridge/states/0/branches/0/absorbedPowerW
      Original loaded/open bridge → States → record 0 → Branches → record 1: l-0 (l→0) → Idl-0bridge/states/0/branches/1/id
      Original loaded/open bridge → States → record 0 → Branches → record 1: l-0 (l→0) → Taillbridge/states/0/branches/1/tail
      Original loaded/open bridge → States → record 0 → Branches → record 1: l-0 (l→0) → Head0bridge/states/0/branches/1/head
      Original loaded/open bridge → States → record 0 → Branches → record 1: l-0 (l→0) → Resistance (Ω)Exact reduced rational: 6bridge/states/0/branches/1/resistanceOhm
      Original loaded/open bridge → States → record 0 → Branches → record 1: l-0 (l→0) → Oriented voltage drop (V)Exact reduced rational: 4bridge/states/0/branches/1/voltageV
      Original loaded/open bridge → States → record 0 → Branches → record 1: l-0 (l→0) → Oriented current (A)Exact reduced rational: 2/3bridge/states/0/branches/1/currentA
      Original loaded/open bridge → States → record 0 → Branches → record 1: l-0 (l→0) → Absorbed branch power p=v i (W)Exact reduced rational: 8/3bridge/states/0/branches/1/absorbedPowerW
      Original loaded/open bridge → States → record 0 → Branches → record 2: top-r (top→r) → Idtop-rbridge/states/0/branches/2/id
      Original loaded/open bridge → States → record 0 → Branches → record 2: top-r (top→r) → Tailtopbridge/states/0/branches/2/tail
      Original loaded/open bridge → States → record 0 → Branches → record 2: top-r (top→r) → Headrbridge/states/0/branches/2/head
      Original loaded/open bridge → States → record 0 → Branches → record 2: top-r (top→r) → Resistance (Ω)Exact reduced rational: 4bridge/states/0/branches/2/resistanceOhm
      Original loaded/open bridge → States → record 0 → Branches → record 2: top-r (top→r) → Oriented voltage drop (V)Exact reduced rational: 3bridge/states/0/branches/2/voltageV
      Original loaded/open bridge → States → record 0 → Branches → record 2: top-r (top→r) → Oriented current (A)Exact reduced rational: 3/4bridge/states/0/branches/2/currentA
      Original loaded/open bridge → States → record 0 → Branches → record 2: top-r (top→r) → Absorbed branch power p=v i (W)Exact reduced rational: 9/4bridge/states/0/branches/2/absorbedPowerW
      Original loaded/open bridge → States → record 0 → Branches → record 3: r-0 (r→0) → Idr-0bridge/states/0/branches/3/id
      Original loaded/open bridge → States → record 0 → Branches → record 3: r-0 (r→0) → Tailrbridge/states/0/branches/3/tail
      Original loaded/open bridge → States → record 0 → Branches → record 3: r-0 (r→0) → Head0bridge/states/0/branches/3/head
      Original loaded/open bridge → States → record 0 → Branches → record 3: r-0 (r→0) → Resistance (Ω)Exact reduced rational: 4bridge/states/0/branches/3/resistanceOhm
      Original loaded/open bridge → States → record 0 → Branches → record 3: r-0 (r→0) → Oriented voltage drop (V)Exact reduced rational: 3bridge/states/0/branches/3/voltageV
      Original loaded/open bridge → States → record 0 → Branches → record 3: r-0 (r→0) → Oriented current (A)Exact reduced rational: 3/4bridge/states/0/branches/3/currentA
      Original loaded/open bridge → States → record 0 → Branches → record 3: r-0 (r→0) → Absorbed branch power p=v i (W)Exact reduced rational: 9/4bridge/states/0/branches/3/absorbedPowerW
      Original loaded/open bridge → States → record 0 → Branches → record 4: bridge-load (l→r) → Idbridge-loadbridge/states/0/branches/4/id
      Original loaded/open bridge → States → record 0 → Branches → record 4: bridge-load (l→r) → Taillbridge/states/0/branches/4/tail
      Original loaded/open bridge → States → record 0 → Branches → record 4: bridge-load (l→r) → Headrbridge/states/0/branches/4/head
      Original loaded/open bridge → States → record 0 → Branches → record 4: bridge-load (l→r) → Oriented voltage drop (V)Exact reduced rational: 1bridge/states/0/branches/4/voltageV
      Original loaded/open bridge → States → record 0 → Branches → record 4: bridge-load (l→r) → Oriented current (A)Exact reduced rational: 0bridge/states/0/branches/4/currentA
      Original loaded/open bridge → States → record 0 → Branches → record 4: bridge-load (l→r) → Absorbed branch power p=v i (W)Exact reduced rational: 0bridge/states/0/branches/4/absorbedPowerW
      Original loaded/open bridge → States → record 0 → Branches → record 5: source (top→0) → Idsourcebridge/states/0/branches/5/id
      Original loaded/open bridge → States → record 0 → Branches → record 5: source (top→0) → Tailtopbridge/states/0/branches/5/tail
      Original loaded/open bridge → States → record 0 → Branches → record 5: source (top→0) → Head0bridge/states/0/branches/5/head
      Original loaded/open bridge → States → record 0 → Branches → record 5: source (top→0) → Oriented voltage drop (V)Exact reduced rational: 6bridge/states/0/branches/5/voltageV
      Original loaded/open bridge → States → record 0 → Branches → record 5: source (top→0) → Oriented current (A)Exact reduced rational: -17/12bridge/states/0/branches/5/currentA
      Original loaded/open bridge → States → record 0 → Branches → record 5: source (top→0) → Absorbed branch power p=v i (W)Exact reduced rational: -17/2bridge/states/0/branches/5/absorbedPowerW
      Original loaded/open bridge → States → record 0 → Oriented KCL residual (A) → 0Exact reduced rational: 0bridge/states/0/kclResidualA/0
      Original loaded/open bridge → States → record 0 → Oriented KCL residual (A) → TopExact reduced rational: 0bridge/states/0/kclResidualA/top
      Original loaded/open bridge → States → record 0 → Oriented KCL residual (A) → LExact reduced rational: 0bridge/states/0/kclResidualA/l
      Original loaded/open bridge → States → record 0 → Oriented KCL residual (A) → RExact reduced rational: 0bridge/states/0/kclResidualA/r
      Original loaded/open bridge → States → record 0 → Total signed absorbed-power residual (W)Exact reduced rational: 0bridge/states/0/powerResidualW
      Original loaded/open bridge → States → record 0 → Voltage First Order (V)Exact reduced rational: 2/3bridge/states/0/voltageFirstOrderV
      Original loaded/open bridge → States → record 0 → Open Voltage Tangent Error (V)Exact reduced rational: 1/3bridge/states/0/openVoltageTangentErrorV
      Original loaded/open bridge → States → record 0 → Loaded Current First Order (A)Exact reduced rational: 2/29bridge/states/0/loadedCurrentFirstOrderA
      Original loaded/open bridge → States → record 0 → Loaded Current Tangent Error (A)null — not an ordinary number; see this source record’s domain/status.bridge/states/0/loadedCurrentTangentErrorA
      Original loaded/open bridge → States → record 1 → Record index (metadata, not a measured scalar)0bridge/states/1/index
      Original loaded/open bridge → States → record 1 → Bridge fractional resistance change δ (dimensionless)Exact reduced rational: -1/2bridge/states/1/delta
      Original loaded/open bridge → States → record 1 → Load resistance R_L (Ω); null denotes openExact reduced rational: 5bridge/states/1/loadOhm
      Original loaded/open bridge → States → record 1 → Right Lower (Ω)Exact reduced rational: 4bridge/states/1/rightLowerOhm
      Original loaded/open bridge → States → record 1 → Node Potentials (V) → 0Exact reduced rational: 0bridge/states/1/nodePotentialsV/0
      Original loaded/open bridge → States → record 1 → Node Potentials (V) → TopExact reduced rational: 6bridge/states/1/nodePotentialsV/top
      Original loaded/open bridge → States → record 1 → Node Potentials (V) → LExact reduced rational: 34/9bridge/states/1/nodePotentialsV/l
      Original loaded/open bridge → States → record 1 → Node Potentials (V) → RExact reduced rational: 29/9bridge/states/1/nodePotentialsV/r
      Original loaded/open bridge → States → record 1 → Open Circuit Voltage (V)Exact reduced rational: 1bridge/states/1/openCircuitVoltageV
      Original loaded/open bridge → States → record 1 → Thevenin Resistance (Ω)Exact reduced rational: 4bridge/states/1/theveninResistanceOhm
      Original loaded/open bridge → States → record 1 → Meter current left→right (A)Exact reduced rational: 1/9bridge/states/1/meterCurrentA
      Original loaded/open bridge → States → record 1 → Branches → record 0: top-l (top→l) → Idtop-lbridge/states/1/branches/0/id
      Original loaded/open bridge → States → record 1 → Branches → record 0: top-l (top→l) → Tailtopbridge/states/1/branches/0/tail
      Original loaded/open bridge → States → record 1 → Branches → record 0: top-l (top→l) → Headlbridge/states/1/branches/0/head
      Original loaded/open bridge → States → record 1 → Branches → record 0: top-l (top→l) → Resistance (Ω)Exact reduced rational: 3bridge/states/1/branches/0/resistanceOhm
      Original loaded/open bridge → States → record 1 → Branches → record 0: top-l (top→l) → Oriented voltage drop (V)Exact reduced rational: 20/9bridge/states/1/branches/0/voltageV
      Original loaded/open bridge → States → record 1 → Branches → record 0: top-l (top→l) → Oriented current (A)Exact reduced rational: 20/27bridge/states/1/branches/0/currentA
      Original loaded/open bridge → States → record 1 → Branches → record 0: top-l (top→l) → Absorbed branch power p=v i (W)Exact reduced rational: 400/243bridge/states/1/branches/0/absorbedPowerW
      Original loaded/open bridge → States → record 1 → Branches → record 1: l-0 (l→0) → Idl-0bridge/states/1/branches/1/id
      Original loaded/open bridge → States → record 1 → Branches → record 1: l-0 (l→0) → Taillbridge/states/1/branches/1/tail
      Original loaded/open bridge → States → record 1 → Branches → record 1: l-0 (l→0) → Head0bridge/states/1/branches/1/head
      Original loaded/open bridge → States → record 1 → Branches → record 1: l-0 (l→0) → Resistance (Ω)Exact reduced rational: 6bridge/states/1/branches/1/resistanceOhm
      Original loaded/open bridge → States → record 1 → Branches → record 1: l-0 (l→0) → Oriented voltage drop (V)Exact reduced rational: 34/9bridge/states/1/branches/1/voltageV
      Original loaded/open bridge → States → record 1 → Branches → record 1: l-0 (l→0) → Oriented current (A)Exact reduced rational: 17/27bridge/states/1/branches/1/currentA
      Original loaded/open bridge → States → record 1 → Branches → record 1: l-0 (l→0) → Absorbed branch power p=v i (W)Exact reduced rational: 578/243bridge/states/1/branches/1/absorbedPowerW
      Original loaded/open bridge → States → record 1 → Branches → record 2: top-r (top→r) → Idtop-rbridge/states/1/branches/2/id
      Original loaded/open bridge → States → record 1 → Branches → record 2: top-r (top→r) → Tailtopbridge/states/1/branches/2/tail
      Original loaded/open bridge → States → record 1 → Branches → record 2: top-r (top→r) → Headrbridge/states/1/branches/2/head
      Original loaded/open bridge → States → record 1 → Branches → record 2: top-r (top→r) → Resistance (Ω)Exact reduced rational: 4bridge/states/1/branches/2/resistanceOhm
      Original loaded/open bridge → States → record 1 → Branches → record 2: top-r (top→r) → Oriented voltage drop (V)Exact reduced rational: 25/9bridge/states/1/branches/2/voltageV
      Original loaded/open bridge → States → record 1 → Branches → record 2: top-r (top→r) → Oriented current (A)Exact reduced rational: 25/36bridge/states/1/branches/2/currentA
      Original loaded/open bridge → States → record 1 → Branches → record 2: top-r (top→r) → Absorbed branch power p=v i (W)Exact reduced rational: 625/324bridge/states/1/branches/2/absorbedPowerW
      Original loaded/open bridge → States → record 1 → Branches → record 3: r-0 (r→0) → Idr-0bridge/states/1/branches/3/id
      Original loaded/open bridge → States → record 1 → Branches → record 3: r-0 (r→0) → Tailrbridge/states/1/branches/3/tail
      Original loaded/open bridge → States → record 1 → Branches → record 3: r-0 (r→0) → Head0bridge/states/1/branches/3/head
      Original loaded/open bridge → States → record 1 → Branches → record 3: r-0 (r→0) → Resistance (Ω)Exact reduced rational: 4bridge/states/1/branches/3/resistanceOhm
      Original loaded/open bridge → States → record 1 → Branches → record 3: r-0 (r→0) → Oriented voltage drop (V)Exact reduced rational: 29/9bridge/states/1/branches/3/voltageV
      Original loaded/open bridge → States → record 1 → Branches → record 3: r-0 (r→0) → Oriented current (A)Exact reduced rational: 29/36bridge/states/1/branches/3/currentA
      Original loaded/open bridge → States → record 1 → Branches → record 3: r-0 (r→0) → Absorbed branch power p=v i (W)Exact reduced rational: 841/324bridge/states/1/branches/3/absorbedPowerW
      Original loaded/open bridge → States → record 1 → Branches → record 4: bridge-load (l→r) → Idbridge-loadbridge/states/1/branches/4/id
      Original loaded/open bridge → States → record 1 → Branches → record 4: bridge-load (l→r) → Taillbridge/states/1/branches/4/tail
      Original loaded/open bridge → States → record 1 → Branches → record 4: bridge-load (l→r) → Headrbridge/states/1/branches/4/head
      Original loaded/open bridge → States → record 1 → Branches → record 4: bridge-load (l→r) → Oriented voltage drop (V)Exact reduced rational: 5/9bridge/states/1/branches/4/voltageV
      Original loaded/open bridge → States → record 1 → Branches → record 4: bridge-load (l→r) → Oriented current (A)Exact reduced rational: 1/9bridge/states/1/branches/4/currentA
      Original loaded/open bridge → States → record 1 → Branches → record 4: bridge-load (l→r) → Absorbed branch power p=v i (W)Exact reduced rational: 5/81bridge/states/1/branches/4/absorbedPowerW
      Original loaded/open bridge → States → record 1 → Branches → record 5: source (top→0) → Idsourcebridge/states/1/branches/5/id
      Original loaded/open bridge → States → record 1 → Branches → record 5: source (top→0) → Tailtopbridge/states/1/branches/5/tail
      Original loaded/open bridge → States → record 1 → Branches → record 5: source (top→0) → Head0bridge/states/1/branches/5/head
      Original loaded/open bridge → States → record 1 → Branches → record 5: source (top→0) → Oriented voltage drop (V)Exact reduced rational: 6bridge/states/1/branches/5/voltageV
      Original loaded/open bridge → States → record 1 → Branches → record 5: source (top→0) → Oriented current (A)Exact reduced rational: -155/108bridge/states/1/branches/5/currentA
      Original loaded/open bridge → States → record 1 → Branches → record 5: source (top→0) → Absorbed branch power p=v i (W)Exact reduced rational: -155/18bridge/states/1/branches/5/absorbedPowerW
      Original loaded/open bridge → States → record 1 → Oriented KCL residual (A) → 0Exact reduced rational: 0bridge/states/1/kclResidualA/0
      Original loaded/open bridge → States → record 1 → Oriented KCL residual (A) → TopExact reduced rational: 0bridge/states/1/kclResidualA/top
      Original loaded/open bridge → States → record 1 → Oriented KCL residual (A) → LExact reduced rational: 0bridge/states/1/kclResidualA/l
      Original loaded/open bridge → States → record 1 → Oriented KCL residual (A) → RExact reduced rational: 0bridge/states/1/kclResidualA/r
      Original loaded/open bridge → States → record 1 → Total signed absorbed-power residual (W)Exact reduced rational: 0bridge/states/1/powerResidualW
      Original loaded/open bridge → States → record 1 → Voltage First Order (V)Exact reduced rational: 2/3bridge/states/1/voltageFirstOrderV
      Original loaded/open bridge → States → record 1 → Open Voltage Tangent Error (V)Exact reduced rational: 1/3bridge/states/1/openVoltageTangentErrorV
      Original loaded/open bridge → States → record 1 → Loaded Current First Order (A)Exact reduced rational: 2/29bridge/states/1/loadedCurrentFirstOrderA
      Original loaded/open bridge → States → record 1 → Loaded Current Tangent Error (A)Exact reduced rational: 11/261bridge/states/1/loadedCurrentTangentErrorA
      Original loaded/open bridge → States → record 2 → Record index (metadata, not a measured scalar)1bridge/states/2/index
      Original loaded/open bridge → States → record 2 → Bridge fractional resistance change δ (dimensionless)Exact reduced rational: -9/20bridge/states/2/delta
      Original loaded/open bridge → States → record 2 → Load resistance R_L (Ω); null denotes opennull — not an ordinary number; see this source record’s domain/status.bridge/states/2/loadOhm
      Original loaded/open bridge → States → record 2 → Right Lower (Ω)Exact reduced rational: 22/5bridge/states/2/rightLowerOhm
      Original loaded/open bridge → States → record 2 → Node Potentials (V) → 0Exact reduced rational: 0bridge/states/2/nodePotentialsV/0
      Original loaded/open bridge → States → record 2 → Node Potentials (V) → TopExact reduced rational: 6bridge/states/2/nodePotentialsV/top
      Original loaded/open bridge → States → record 2 → Node Potentials (V) → LExact reduced rational: 4bridge/states/2/nodePotentialsV/l
      Original loaded/open bridge → States → record 2 → Node Potentials (V) → RExact reduced rational: 22/7bridge/states/2/nodePotentialsV/r
      Original loaded/open bridge → States → record 2 → Open Circuit Voltage (V)Exact reduced rational: 6/7bridge/states/2/openCircuitVoltageV
      Original loaded/open bridge → States → record 2 → Thevenin Resistance (Ω)Exact reduced rational: 86/21bridge/states/2/theveninResistanceOhm
      Original loaded/open bridge → States → record 2 → Meter current left→right (A)Exact reduced rational: 0bridge/states/2/meterCurrentA
      Original loaded/open bridge → States → record 2 → Branches → record 0: top-l (top→l) → Idtop-lbridge/states/2/branches/0/id
      Original loaded/open bridge → States → record 2 → Branches → record 0: top-l (top→l) → Tailtopbridge/states/2/branches/0/tail
      Original loaded/open bridge → States → record 2 → Branches → record 0: top-l (top→l) → Headlbridge/states/2/branches/0/head
      Original loaded/open bridge → States → record 2 → Branches → record 0: top-l (top→l) → Resistance (Ω)Exact reduced rational: 3bridge/states/2/branches/0/resistanceOhm
      Original loaded/open bridge → States → record 2 → Branches → record 0: top-l (top→l) → Oriented voltage drop (V)Exact reduced rational: 2bridge/states/2/branches/0/voltageV
      Original loaded/open bridge → States → record 2 → Branches → record 0: top-l (top→l) → Oriented current (A)Exact reduced rational: 2/3bridge/states/2/branches/0/currentA
      Original loaded/open bridge → States → record 2 → Branches → record 0: top-l (top→l) → Absorbed branch power p=v i (W)Exact reduced rational: 4/3bridge/states/2/branches/0/absorbedPowerW
      Original loaded/open bridge → States → record 2 → Branches → record 1: l-0 (l→0) → Idl-0bridge/states/2/branches/1/id
      Original loaded/open bridge → States → record 2 → Branches → record 1: l-0 (l→0) → Taillbridge/states/2/branches/1/tail
      Original loaded/open bridge → States → record 2 → Branches → record 1: l-0 (l→0) → Head0bridge/states/2/branches/1/head
      Original loaded/open bridge → States → record 2 → Branches → record 1: l-0 (l→0) → Resistance (Ω)Exact reduced rational: 6bridge/states/2/branches/1/resistanceOhm
      Original loaded/open bridge → States → record 2 → Branches → record 1: l-0 (l→0) → Oriented voltage drop (V)Exact reduced rational: 4bridge/states/2/branches/1/voltageV
      Original loaded/open bridge → States → record 2 → Branches → record 1: l-0 (l→0) → Oriented current (A)Exact reduced rational: 2/3bridge/states/2/branches/1/currentA
      Original loaded/open bridge → States → record 2 → Branches → record 1: l-0 (l→0) → Absorbed branch power p=v i (W)Exact reduced rational: 8/3bridge/states/2/branches/1/absorbedPowerW
      Original loaded/open bridge → States → record 2 → Branches → record 2: top-r (top→r) → Idtop-rbridge/states/2/branches/2/id
      Original loaded/open bridge → States → record 2 → Branches → record 2: top-r (top→r) → Tailtopbridge/states/2/branches/2/tail
      Original loaded/open bridge → States → record 2 → Branches → record 2: top-r (top→r) → Headrbridge/states/2/branches/2/head
      Original loaded/open bridge → States → record 2 → Branches → record 2: top-r (top→r) → Resistance (Ω)Exact reduced rational: 4bridge/states/2/branches/2/resistanceOhm
      Original loaded/open bridge → States → record 2 → Branches → record 2: top-r (top→r) → Oriented voltage drop (V)Exact reduced rational: 20/7bridge/states/2/branches/2/voltageV
      Original loaded/open bridge → States → record 2 → Branches → record 2: top-r (top→r) → Oriented current (A)Exact reduced rational: 5/7bridge/states/2/branches/2/currentA
      Original loaded/open bridge → States → record 2 → Branches → record 2: top-r (top→r) → Absorbed branch power p=v i (W)Exact reduced rational: 100/49bridge/states/2/branches/2/absorbedPowerW
      Original loaded/open bridge → States → record 2 → Branches → record 3: r-0 (r→0) → Idr-0bridge/states/2/branches/3/id
      Original loaded/open bridge → States → record 2 → Branches → record 3: r-0 (r→0) → Tailrbridge/states/2/branches/3/tail
      Original loaded/open bridge → States → record 2 → Branches → record 3: r-0 (r→0) → Head0bridge/states/2/branches/3/head
      Original loaded/open bridge → States → record 2 → Branches → record 3: r-0 (r→0) → Resistance (Ω)Exact reduced rational: 22/5bridge/states/2/branches/3/resistanceOhm
      Original loaded/open bridge → States → record 2 → Branches → record 3: r-0 (r→0) → Oriented voltage drop (V)Exact reduced rational: 22/7bridge/states/2/branches/3/voltageV
      Original loaded/open bridge → States → record 2 → Branches → record 3: r-0 (r→0) → Oriented current (A)Exact reduced rational: 5/7bridge/states/2/branches/3/currentA
      Original loaded/open bridge → States → record 2 → Branches → record 3: r-0 (r→0) → Absorbed branch power p=v i (W)Exact reduced rational: 110/49bridge/states/2/branches/3/absorbedPowerW
      Original loaded/open bridge → States → record 2 → Branches → record 4: bridge-load (l→r) → Idbridge-loadbridge/states/2/branches/4/id
      Original loaded/open bridge → States → record 2 → Branches → record 4: bridge-load (l→r) → Taillbridge/states/2/branches/4/tail
      Original loaded/open bridge → States → record 2 → Branches → record 4: bridge-load (l→r) → Headrbridge/states/2/branches/4/head
      Original loaded/open bridge → States → record 2 → Branches → record 4: bridge-load (l→r) → Oriented voltage drop (V)Exact reduced rational: 6/7bridge/states/2/branches/4/voltageV
      Original loaded/open bridge → States → record 2 → Branches → record 4: bridge-load (l→r) → Oriented current (A)Exact reduced rational: 0bridge/states/2/branches/4/currentA
      Original loaded/open bridge → States → record 2 → Branches → record 4: bridge-load (l→r) → Absorbed branch power p=v i (W)Exact reduced rational: 0bridge/states/2/branches/4/absorbedPowerW
      Original loaded/open bridge → States → record 2 → Branches → record 5: source (top→0) → Idsourcebridge/states/2/branches/5/id
      Original loaded/open bridge → States → record 2 → Branches → record 5: source (top→0) → Tailtopbridge/states/2/branches/5/tail
      Original loaded/open bridge → States → record 2 → Branches → record 5: source (top→0) → Head0bridge/states/2/branches/5/head
      Original loaded/open bridge → States → record 2 → Branches → record 5: source (top→0) → Oriented voltage drop (V)Exact reduced rational: 6bridge/states/2/branches/5/voltageV
      Original loaded/open bridge → States → record 2 → Branches → record 5: source (top→0) → Oriented current (A)Exact reduced rational: -29/21bridge/states/2/branches/5/currentA
      Original loaded/open bridge → States → record 2 → Branches → record 5: source (top→0) → Absorbed branch power p=v i (W)Exact reduced rational: -58/7bridge/states/2/branches/5/absorbedPowerW
      Original loaded/open bridge → States → record 2 → Oriented KCL residual (A) → 0Exact reduced rational: 0bridge/states/2/kclResidualA/0
      Original loaded/open bridge → States → record 2 → Oriented KCL residual (A) → TopExact reduced rational: 0bridge/states/2/kclResidualA/top
      Original loaded/open bridge → States → record 2 → Oriented KCL residual (A) → LExact reduced rational: 0bridge/states/2/kclResidualA/l
      Original loaded/open bridge → States → record 2 → Oriented KCL residual (A) → RExact reduced rational: 0bridge/states/2/kclResidualA/r
      Original loaded/open bridge → States → record 2 → Total signed absorbed-power residual (W)Exact reduced rational: 0bridge/states/2/powerResidualW
      Original loaded/open bridge → States → record 2 → Voltage First Order (V)Exact reduced rational: 3/5bridge/states/2/voltageFirstOrderV
      Original loaded/open bridge → States → record 2 → Open Voltage Tangent Error (V)Exact reduced rational: 9/35bridge/states/2/openVoltageTangentErrorV
      Original loaded/open bridge → States → record 2 → Loaded Current First Order (A)Exact reduced rational: 9/145bridge/states/2/loadedCurrentFirstOrderA
      Original loaded/open bridge → States → record 2 → Loaded Current Tangent Error (A)null — not an ordinary number; see this source record’s domain/status.bridge/states/2/loadedCurrentTangentErrorA
      Original loaded/open bridge → States → record 3 → Record index (metadata, not a measured scalar)1bridge/states/3/index
      Original loaded/open bridge → States → record 3 → Bridge fractional resistance change δ (dimensionless)Exact reduced rational: -9/20bridge/states/3/delta
      Original loaded/open bridge → States → record 3 → Load resistance R_L (Ω); null denotes openExact reduced rational: 5bridge/states/3/loadOhm
      Original loaded/open bridge → States → record 3 → Right Lower (Ω)Exact reduced rational: 22/5bridge/states/3/rightLowerOhm
      Original loaded/open bridge → States → record 3 → Node Potentials (V) → 0Exact reduced rational: 0bridge/states/3/nodePotentialsV/0
      Original loaded/open bridge → States → record 3 → Node Potentials (V) → TopExact reduced rational: 6bridge/states/3/nodePotentialsV/top
      Original loaded/open bridge → States → record 3 → Node Potentials (V) → LExact reduced rational: 728/191bridge/states/3/nodePotentialsV/l
      Original loaded/open bridge → States → record 3 → Node Potentials (V) → RExact reduced rational: 638/191bridge/states/3/nodePotentialsV/r
      Original loaded/open bridge → States → record 3 → Open Circuit Voltage (V)Exact reduced rational: 6/7bridge/states/3/openCircuitVoltageV
      Original loaded/open bridge → States → record 3 → Thevenin Resistance (Ω)Exact reduced rational: 86/21bridge/states/3/theveninResistanceOhm
      Original loaded/open bridge → States → record 3 → Meter current left→right (A)Exact reduced rational: 18/191bridge/states/3/meterCurrentA
      Original loaded/open bridge → States → record 3 → Branches → record 0: top-l (top→l) → Idtop-lbridge/states/3/branches/0/id
      Original loaded/open bridge → States → record 3 → Branches → record 0: top-l (top→l) → Tailtopbridge/states/3/branches/0/tail
      Original loaded/open bridge → States → record 3 → Branches → record 0: top-l (top→l) → Headlbridge/states/3/branches/0/head
      Original loaded/open bridge → States → record 3 → Branches → record 0: top-l (top→l) → Resistance (Ω)Exact reduced rational: 3bridge/states/3/branches/0/resistanceOhm
      Original loaded/open bridge → States → record 3 → Branches → record 0: top-l (top→l) → Oriented voltage drop (V)Exact reduced rational: 418/191bridge/states/3/branches/0/voltageV
      Original loaded/open bridge → States → record 3 → Branches → record 0: top-l (top→l) → Oriented current (A)Exact reduced rational: 418/573bridge/states/3/branches/0/currentA
      Original loaded/open bridge → States → record 3 → Branches → record 0: top-l (top→l) → Absorbed branch power p=v i (W)Exact reduced rational: 174724/109443bridge/states/3/branches/0/absorbedPowerW
      Original loaded/open bridge → States → record 3 → Branches → record 1: l-0 (l→0) → Idl-0bridge/states/3/branches/1/id
      Original loaded/open bridge → States → record 3 → Branches → record 1: l-0 (l→0) → Taillbridge/states/3/branches/1/tail
      Original loaded/open bridge → States → record 3 → Branches → record 1: l-0 (l→0) → Head0bridge/states/3/branches/1/head
      Original loaded/open bridge → States → record 3 → Branches → record 1: l-0 (l→0) → Resistance (Ω)Exact reduced rational: 6bridge/states/3/branches/1/resistanceOhm
      Original loaded/open bridge → States → record 3 → Branches → record 1: l-0 (l→0) → Oriented voltage drop (V)Exact reduced rational: 728/191bridge/states/3/branches/1/voltageV
      Original loaded/open bridge → States → record 3 → Branches → record 1: l-0 (l→0) → Oriented current (A)Exact reduced rational: 364/573bridge/states/3/branches/1/currentA
      Original loaded/open bridge → States → record 3 → Branches → record 1: l-0 (l→0) → Absorbed branch power p=v i (W)Exact reduced rational: 264992/109443bridge/states/3/branches/1/absorbedPowerW
      Original loaded/open bridge → States → record 3 → Branches → record 2: top-r (top→r) → Idtop-rbridge/states/3/branches/2/id
      Original loaded/open bridge → States → record 3 → Branches → record 2: top-r (top→r) → Tailtopbridge/states/3/branches/2/tail
      Original loaded/open bridge → States → record 3 → Branches → record 2: top-r (top→r) → Headrbridge/states/3/branches/2/head
      Original loaded/open bridge → States → record 3 → Branches → record 2: top-r (top→r) → Resistance (Ω)Exact reduced rational: 4bridge/states/3/branches/2/resistanceOhm
      Original loaded/open bridge → States → record 3 → Branches → record 2: top-r (top→r) → Oriented voltage drop (V)Exact reduced rational: 508/191bridge/states/3/branches/2/voltageV
      Original loaded/open bridge → States → record 3 → Branches → record 2: top-r (top→r) → Oriented current (A)Exact reduced rational: 127/191bridge/states/3/branches/2/currentA
      Original loaded/open bridge → States → record 3 → Branches → record 2: top-r (top→r) → Absorbed branch power p=v i (W)Exact reduced rational: 64516/36481bridge/states/3/branches/2/absorbedPowerW
      Original loaded/open bridge → States → record 3 → Branches → record 3: r-0 (r→0) → Idr-0bridge/states/3/branches/3/id
      Original loaded/open bridge → States → record 3 → Branches → record 3: r-0 (r→0) → Tailrbridge/states/3/branches/3/tail
      Original loaded/open bridge → States → record 3 → Branches → record 3: r-0 (r→0) → Head0bridge/states/3/branches/3/head
      Original loaded/open bridge → States → record 3 → Branches → record 3: r-0 (r→0) → Resistance (Ω)Exact reduced rational: 22/5bridge/states/3/branches/3/resistanceOhm
      Original loaded/open bridge → States → record 3 → Branches → record 3: r-0 (r→0) → Oriented voltage drop (V)Exact reduced rational: 638/191bridge/states/3/branches/3/voltageV
      Original loaded/open bridge → States → record 3 → Branches → record 3: r-0 (r→0) → Oriented current (A)Exact reduced rational: 145/191bridge/states/3/branches/3/currentA
      Original loaded/open bridge → States → record 3 → Branches → record 3: r-0 (r→0) → Absorbed branch power p=v i (W)Exact reduced rational: 92510/36481bridge/states/3/branches/3/absorbedPowerW
      Original loaded/open bridge → States → record 3 → Branches → record 4: bridge-load (l→r) → Idbridge-loadbridge/states/3/branches/4/id
      Original loaded/open bridge → States → record 3 → Branches → record 4: bridge-load (l→r) → Taillbridge/states/3/branches/4/tail
      Original loaded/open bridge → States → record 3 → Branches → record 4: bridge-load (l→r) → Headrbridge/states/3/branches/4/head
      Original loaded/open bridge → States → record 3 → Branches → record 4: bridge-load (l→r) → Oriented voltage drop (V)Exact reduced rational: 90/191bridge/states/3/branches/4/voltageV
      Original loaded/open bridge → States → record 3 → Branches → record 4: bridge-load (l→r) → Oriented current (A)Exact reduced rational: 18/191bridge/states/3/branches/4/currentA
      Original loaded/open bridge → States → record 3 → Branches → record 4: bridge-load (l→r) → Absorbed branch power p=v i (W)Exact reduced rational: 1620/36481bridge/states/3/branches/4/absorbedPowerW
      Original loaded/open bridge → States → record 3 → Branches → record 5: source (top→0) → Idsourcebridge/states/3/branches/5/id
      Original loaded/open bridge → States → record 3 → Branches → record 5: source (top→0) → Tailtopbridge/states/3/branches/5/tail
      Original loaded/open bridge → States → record 3 → Branches → record 5: source (top→0) → Head0bridge/states/3/branches/5/head
      Original loaded/open bridge → States → record 3 → Branches → record 5: source (top→0) → Oriented voltage drop (V)Exact reduced rational: 6bridge/states/3/branches/5/voltageV
      Original loaded/open bridge → States → record 3 → Branches → record 5: source (top→0) → Oriented current (A)Exact reduced rational: -799/573bridge/states/3/branches/5/currentA
      Original loaded/open bridge → States → record 3 → Branches → record 5: source (top→0) → Absorbed branch power p=v i (W)Exact reduced rational: -1598/191bridge/states/3/branches/5/absorbedPowerW
      Original loaded/open bridge → States → record 3 → Oriented KCL residual (A) → 0Exact reduced rational: 0bridge/states/3/kclResidualA/0
      Original loaded/open bridge → States → record 3 → Oriented KCL residual (A) → TopExact reduced rational: 0bridge/states/3/kclResidualA/top
      Original loaded/open bridge → States → record 3 → Oriented KCL residual (A) → LExact reduced rational: 0bridge/states/3/kclResidualA/l
      Original loaded/open bridge → States → record 3 → Oriented KCL residual (A) → RExact reduced rational: 0bridge/states/3/kclResidualA/r
      Original loaded/open bridge → States → record 3 → Total signed absorbed-power residual (W)Exact reduced rational: 0bridge/states/3/powerResidualW
      Original loaded/open bridge → States → record 3 → Voltage First Order (V)Exact reduced rational: 3/5bridge/states/3/voltageFirstOrderV
      Original loaded/open bridge → States → record 3 → Open Voltage Tangent Error (V)Exact reduced rational: 9/35bridge/states/3/openVoltageTangentErrorV
      Original loaded/open bridge → States → record 3 → Loaded Current First Order (A)Exact reduced rational: 9/145bridge/states/3/loadedCurrentFirstOrderA
      Original loaded/open bridge → States → record 3 → Loaded Current Tangent Error (A)Exact reduced rational: 891/27695bridge/states/3/loadedCurrentTangentErrorA
      Original loaded/open bridge → States → record 4 → Record index (metadata, not a measured scalar)2bridge/states/4/index
      Original loaded/open bridge → States → record 4 → Bridge fractional resistance change δ (dimensionless)Exact reduced rational: -2/5bridge/states/4/delta
      Original loaded/open bridge → States → record 4 → Load resistance R_L (Ω); null denotes opennull — not an ordinary number; see this source record’s domain/status.bridge/states/4/loadOhm
      Original loaded/open bridge → States → record 4 → Right Lower (Ω)Exact reduced rational: 24/5bridge/states/4/rightLowerOhm
      Original loaded/open bridge → States → record 4 → Node Potentials (V) → 0Exact reduced rational: 0bridge/states/4/nodePotentialsV/0
      Original loaded/open bridge → States → record 4 → Node Potentials (V) → TopExact reduced rational: 6bridge/states/4/nodePotentialsV/top
      Original loaded/open bridge → States → record 4 → Node Potentials (V) → LExact reduced rational: 4bridge/states/4/nodePotentialsV/l
      Original loaded/open bridge → States → record 4 → Node Potentials (V) → RExact reduced rational: 36/11bridge/states/4/nodePotentialsV/r
      Original loaded/open bridge → States → record 4 → Open Circuit Voltage (V)Exact reduced rational: 8/11bridge/states/4/openCircuitVoltageV
      Original loaded/open bridge → States → record 4 → Thevenin Resistance (Ω)Exact reduced rational: 46/11bridge/states/4/theveninResistanceOhm
      Original loaded/open bridge → States → record 4 → Meter current left→right (A)Exact reduced rational: 0bridge/states/4/meterCurrentA
      Original loaded/open bridge → States → record 4 → Branches → record 0: top-l (top→l) → Idtop-lbridge/states/4/branches/0/id
      Original loaded/open bridge → States → record 4 → Branches → record 0: top-l (top→l) → Tailtopbridge/states/4/branches/0/tail
      Original loaded/open bridge → States → record 4 → Branches → record 0: top-l (top→l) → Headlbridge/states/4/branches/0/head
      Original loaded/open bridge → States → record 4 → Branches → record 0: top-l (top→l) → Resistance (Ω)Exact reduced rational: 3bridge/states/4/branches/0/resistanceOhm
      Original loaded/open bridge → States → record 4 → Branches → record 0: top-l (top→l) → Oriented voltage drop (V)Exact reduced rational: 2bridge/states/4/branches/0/voltageV
      Original loaded/open bridge → States → record 4 → Branches → record 0: top-l (top→l) → Oriented current (A)Exact reduced rational: 2/3bridge/states/4/branches/0/currentA
      Original loaded/open bridge → States → record 4 → Branches → record 0: top-l (top→l) → Absorbed branch power p=v i (W)Exact reduced rational: 4/3bridge/states/4/branches/0/absorbedPowerW
      Original loaded/open bridge → States → record 4 → Branches → record 1: l-0 (l→0) → Idl-0bridge/states/4/branches/1/id
      Original loaded/open bridge → States → record 4 → Branches → record 1: l-0 (l→0) → Taillbridge/states/4/branches/1/tail
      Original loaded/open bridge → States → record 4 → Branches → record 1: l-0 (l→0) → Head0bridge/states/4/branches/1/head
      Original loaded/open bridge → States → record 4 → Branches → record 1: l-0 (l→0) → Resistance (Ω)Exact reduced rational: 6bridge/states/4/branches/1/resistanceOhm
      Original loaded/open bridge → States → record 4 → Branches → record 1: l-0 (l→0) → Oriented voltage drop (V)Exact reduced rational: 4bridge/states/4/branches/1/voltageV
      Original loaded/open bridge → States → record 4 → Branches → record 1: l-0 (l→0) → Oriented current (A)Exact reduced rational: 2/3bridge/states/4/branches/1/currentA
      Original loaded/open bridge → States → record 4 → Branches → record 1: l-0 (l→0) → Absorbed branch power p=v i (W)Exact reduced rational: 8/3bridge/states/4/branches/1/absorbedPowerW
      Original loaded/open bridge → States → record 4 → Branches → record 2: top-r (top→r) → Idtop-rbridge/states/4/branches/2/id
      Original loaded/open bridge → States → record 4 → Branches → record 2: top-r (top→r) → Tailtopbridge/states/4/branches/2/tail
      Original loaded/open bridge → States → record 4 → Branches → record 2: top-r (top→r) → Headrbridge/states/4/branches/2/head
      Original loaded/open bridge → States → record 4 → Branches → record 2: top-r (top→r) → Resistance (Ω)Exact reduced rational: 4bridge/states/4/branches/2/resistanceOhm
      Original loaded/open bridge → States → record 4 → Branches → record 2: top-r (top→r) → Oriented voltage drop (V)Exact reduced rational: 30/11bridge/states/4/branches/2/voltageV
      Original loaded/open bridge → States → record 4 → Branches → record 2: top-r (top→r) → Oriented current (A)Exact reduced rational: 15/22bridge/states/4/branches/2/currentA
      Original loaded/open bridge → States → record 4 → Branches → record 2: top-r (top→r) → Absorbed branch power p=v i (W)Exact reduced rational: 225/121bridge/states/4/branches/2/absorbedPowerW
      Original loaded/open bridge → States → record 4 → Branches → record 3: r-0 (r→0) → Idr-0bridge/states/4/branches/3/id
      Original loaded/open bridge → States → record 4 → Branches → record 3: r-0 (r→0) → Tailrbridge/states/4/branches/3/tail
      Original loaded/open bridge → States → record 4 → Branches → record 3: r-0 (r→0) → Head0bridge/states/4/branches/3/head
      Original loaded/open bridge → States → record 4 → Branches → record 3: r-0 (r→0) → Resistance (Ω)Exact reduced rational: 24/5bridge/states/4/branches/3/resistanceOhm
      Original loaded/open bridge → States → record 4 → Branches → record 3: r-0 (r→0) → Oriented voltage drop (V)Exact reduced rational: 36/11bridge/states/4/branches/3/voltageV
      Original loaded/open bridge → States → record 4 → Branches → record 3: r-0 (r→0) → Oriented current (A)Exact reduced rational: 15/22bridge/states/4/branches/3/currentA
      Original loaded/open bridge → States → record 4 → Branches → record 3: r-0 (r→0) → Absorbed branch power p=v i (W)Exact reduced rational: 270/121bridge/states/4/branches/3/absorbedPowerW
      Original loaded/open bridge → States → record 4 → Branches → record 4: bridge-load (l→r) → Idbridge-loadbridge/states/4/branches/4/id
      Original loaded/open bridge → States → record 4 → Branches → record 4: bridge-load (l→r) → Taillbridge/states/4/branches/4/tail
      Original loaded/open bridge → States → record 4 → Branches → record 4: bridge-load (l→r) → Headrbridge/states/4/branches/4/head
      Original loaded/open bridge → States → record 4 → Branches → record 4: bridge-load (l→r) → Oriented voltage drop (V)Exact reduced rational: 8/11bridge/states/4/branches/4/voltageV
      Original loaded/open bridge → States → record 4 → Branches → record 4: bridge-load (l→r) → Oriented current (A)Exact reduced rational: 0bridge/states/4/branches/4/currentA
      Original loaded/open bridge → States → record 4 → Branches → record 4: bridge-load (l→r) → Absorbed branch power p=v i (W)Exact reduced rational: 0bridge/states/4/branches/4/absorbedPowerW
      Original loaded/open bridge → States → record 4 → Branches → record 5: source (top→0) → Idsourcebridge/states/4/branches/5/id
      Original loaded/open bridge → States → record 4 → Branches → record 5: source (top→0) → Tailtopbridge/states/4/branches/5/tail
      Original loaded/open bridge → States → record 4 → Branches → record 5: source (top→0) → Head0bridge/states/4/branches/5/head
      Original loaded/open bridge → States → record 4 → Branches → record 5: source (top→0) → Oriented voltage drop (V)Exact reduced rational: 6bridge/states/4/branches/5/voltageV
      Original loaded/open bridge → States → record 4 → Branches → record 5: source (top→0) → Oriented current (A)Exact reduced rational: -89/66bridge/states/4/branches/5/currentA
      Original loaded/open bridge → States → record 4 → Branches → record 5: source (top→0) → Absorbed branch power p=v i (W)Exact reduced rational: -89/11bridge/states/4/branches/5/absorbedPowerW
      Original loaded/open bridge → States → record 4 → Oriented KCL residual (A) → 0Exact reduced rational: 0bridge/states/4/kclResidualA/0
      Original loaded/open bridge → States → record 4 → Oriented KCL residual (A) → TopExact reduced rational: 0bridge/states/4/kclResidualA/top
      Original loaded/open bridge → States → record 4 → Oriented KCL residual (A) → LExact reduced rational: 0bridge/states/4/kclResidualA/l
      Original loaded/open bridge → States → record 4 → Oriented KCL residual (A) → RExact reduced rational: 0bridge/states/4/kclResidualA/r
      Original loaded/open bridge → States → record 4 → Total signed absorbed-power residual (W)Exact reduced rational: 0bridge/states/4/powerResidualW
      Original loaded/open bridge → States → record 4 → Voltage First Order (V)Exact reduced rational: 8/15bridge/states/4/voltageFirstOrderV
      Original loaded/open bridge → States → record 4 → Open Voltage Tangent Error (V)Exact reduced rational: 32/165bridge/states/4/openVoltageTangentErrorV
      Original loaded/open bridge → States → record 4 → Loaded Current First Order (A)Exact reduced rational: 8/145bridge/states/4/loadedCurrentFirstOrderA
      Original loaded/open bridge → States → record 4 → Loaded Current Tangent Error (A)null — not an ordinary number; see this source record’s domain/status.bridge/states/4/loadedCurrentTangentErrorA
      Original loaded/open bridge → States → record 5 → Record index (metadata, not a measured scalar)2bridge/states/5/index
      Original loaded/open bridge → States → record 5 → Bridge fractional resistance change δ (dimensionless)Exact reduced rational: -2/5bridge/states/5/delta
      Original loaded/open bridge → States → record 5 → Load resistance R_L (Ω); null denotes openExact reduced rational: 5bridge/states/5/loadOhm
      Original loaded/open bridge → States → record 5 → Right Lower (Ω)Exact reduced rational: 24/5bridge/states/5/rightLowerOhm
      Original loaded/open bridge → States → record 5 → Node Potentials (V) → 0Exact reduced rational: 0bridge/states/5/nodePotentialsV/0
      Original loaded/open bridge → States → record 5 → Node Potentials (V) → TopExact reduced rational: 6bridge/states/5/nodePotentialsV/top
      Original loaded/open bridge → States → record 5 → Node Potentials (V) → LExact reduced rational: 388/101bridge/states/5/nodePotentialsV/l
      Original loaded/open bridge → States → record 5 → Node Potentials (V) → RExact reduced rational: 348/101bridge/states/5/nodePotentialsV/r
      Original loaded/open bridge → States → record 5 → Open Circuit Voltage (V)Exact reduced rational: 8/11bridge/states/5/openCircuitVoltageV
      Original loaded/open bridge → States → record 5 → Thevenin Resistance (Ω)Exact reduced rational: 46/11bridge/states/5/theveninResistanceOhm
      Original loaded/open bridge → States → record 5 → Meter current left→right (A)Exact reduced rational: 8/101bridge/states/5/meterCurrentA
      Original loaded/open bridge → States → record 5 → Branches → record 0: top-l (top→l) → Idtop-lbridge/states/5/branches/0/id
      Original loaded/open bridge → States → record 5 → Branches → record 0: top-l (top→l) → Tailtopbridge/states/5/branches/0/tail
      Original loaded/open bridge → States → record 5 → Branches → record 0: top-l (top→l) → Headlbridge/states/5/branches/0/head
      Original loaded/open bridge → States → record 5 → Branches → record 0: top-l (top→l) → Resistance (Ω)Exact reduced rational: 3bridge/states/5/branches/0/resistanceOhm
      Original loaded/open bridge → States → record 5 → Branches → record 0: top-l (top→l) → Oriented voltage drop (V)Exact reduced rational: 218/101bridge/states/5/branches/0/voltageV
      Original loaded/open bridge → States → record 5 → Branches → record 0: top-l (top→l) → Oriented current (A)Exact reduced rational: 218/303bridge/states/5/branches/0/currentA
      Original loaded/open bridge → States → record 5 → Branches → record 0: top-l (top→l) → Absorbed branch power p=v i (W)Exact reduced rational: 47524/30603bridge/states/5/branches/0/absorbedPowerW
      Original loaded/open bridge → States → record 5 → Branches → record 1: l-0 (l→0) → Idl-0bridge/states/5/branches/1/id
      Original loaded/open bridge → States → record 5 → Branches → record 1: l-0 (l→0) → Taillbridge/states/5/branches/1/tail
      Original loaded/open bridge → States → record 5 → Branches → record 1: l-0 (l→0) → Head0bridge/states/5/branches/1/head
      Original loaded/open bridge → States → record 5 → Branches → record 1: l-0 (l→0) → Resistance (Ω)Exact reduced rational: 6bridge/states/5/branches/1/resistanceOhm
      Original loaded/open bridge → States → record 5 → Branches → record 1: l-0 (l→0) → Oriented voltage drop (V)Exact reduced rational: 388/101bridge/states/5/branches/1/voltageV
      Original loaded/open bridge → States → record 5 → Branches → record 1: l-0 (l→0) → Oriented current (A)Exact reduced rational: 194/303bridge/states/5/branches/1/currentA
      Original loaded/open bridge → States → record 5 → Branches → record 1: l-0 (l→0) → Absorbed branch power p=v i (W)Exact reduced rational: 75272/30603bridge/states/5/branches/1/absorbedPowerW
      Original loaded/open bridge → States → record 5 → Branches → record 2: top-r (top→r) → Idtop-rbridge/states/5/branches/2/id
      Original loaded/open bridge → States → record 5 → Branches → record 2: top-r (top→r) → Tailtopbridge/states/5/branches/2/tail
      Original loaded/open bridge → States → record 5 → Branches → record 2: top-r (top→r) → Headrbridge/states/5/branches/2/head
      Original loaded/open bridge → States → record 5 → Branches → record 2: top-r (top→r) → Resistance (Ω)Exact reduced rational: 4bridge/states/5/branches/2/resistanceOhm
      Original loaded/open bridge → States → record 5 → Branches → record 2: top-r (top→r) → Oriented voltage drop (V)Exact reduced rational: 258/101bridge/states/5/branches/2/voltageV
      Original loaded/open bridge → States → record 5 → Branches → record 2: top-r (top→r) → Oriented current (A)Exact reduced rational: 129/202bridge/states/5/branches/2/currentA
      Original loaded/open bridge → States → record 5 → Branches → record 2: top-r (top→r) → Absorbed branch power p=v i (W)Exact reduced rational: 16641/10201bridge/states/5/branches/2/absorbedPowerW
      Original loaded/open bridge → States → record 5 → Branches → record 3: r-0 (r→0) → Idr-0bridge/states/5/branches/3/id
      Original loaded/open bridge → States → record 5 → Branches → record 3: r-0 (r→0) → Tailrbridge/states/5/branches/3/tail
      Original loaded/open bridge → States → record 5 → Branches → record 3: r-0 (r→0) → Head0bridge/states/5/branches/3/head
      Original loaded/open bridge → States → record 5 → Branches → record 3: r-0 (r→0) → Resistance (Ω)Exact reduced rational: 24/5bridge/states/5/branches/3/resistanceOhm
      Original loaded/open bridge → States → record 5 → Branches → record 3: r-0 (r→0) → Oriented voltage drop (V)Exact reduced rational: 348/101bridge/states/5/branches/3/voltageV
      Original loaded/open bridge → States → record 5 → Branches → record 3: r-0 (r→0) → Oriented current (A)Exact reduced rational: 145/202bridge/states/5/branches/3/currentA
      Original loaded/open bridge → States → record 5 → Branches → record 3: r-0 (r→0) → Absorbed branch power p=v i (W)Exact reduced rational: 25230/10201bridge/states/5/branches/3/absorbedPowerW
      Original loaded/open bridge → States → record 5 → Branches → record 4: bridge-load (l→r) → Idbridge-loadbridge/states/5/branches/4/id
      Original loaded/open bridge → States → record 5 → Branches → record 4: bridge-load (l→r) → Taillbridge/states/5/branches/4/tail
      Original loaded/open bridge → States → record 5 → Branches → record 4: bridge-load (l→r) → Headrbridge/states/5/branches/4/head
      Original loaded/open bridge → States → record 5 → Branches → record 4: bridge-load (l→r) → Oriented voltage drop (V)Exact reduced rational: 40/101bridge/states/5/branches/4/voltageV
      Original loaded/open bridge → States → record 5 → Branches → record 4: bridge-load (l→r) → Oriented current (A)Exact reduced rational: 8/101bridge/states/5/branches/4/currentA
      Original loaded/open bridge → States → record 5 → Branches → record 4: bridge-load (l→r) → Absorbed branch power p=v i (W)Exact reduced rational: 320/10201bridge/states/5/branches/4/absorbedPowerW
      Original loaded/open bridge → States → record 5 → Branches → record 5: source (top→0) → Idsourcebridge/states/5/branches/5/id
      Original loaded/open bridge → States → record 5 → Branches → record 5: source (top→0) → Tailtopbridge/states/5/branches/5/tail
      Original loaded/open bridge → States → record 5 → Branches → record 5: source (top→0) → Head0bridge/states/5/branches/5/head
      Original loaded/open bridge → States → record 5 → Branches → record 5: source (top→0) → Oriented voltage drop (V)Exact reduced rational: 6bridge/states/5/branches/5/voltageV
      Original loaded/open bridge → States → record 5 → Branches → record 5: source (top→0) → Oriented current (A)Exact reduced rational: -823/606bridge/states/5/branches/5/currentA
      Original loaded/open bridge → States → record 5 → Branches → record 5: source (top→0) → Absorbed branch power p=v i (W)Exact reduced rational: -823/101bridge/states/5/branches/5/absorbedPowerW
      Original loaded/open bridge → States → record 5 → Oriented KCL residual (A) → 0Exact reduced rational: 0bridge/states/5/kclResidualA/0
      Original loaded/open bridge → States → record 5 → Oriented KCL residual (A) → TopExact reduced rational: 0bridge/states/5/kclResidualA/top
      Original loaded/open bridge → States → record 5 → Oriented KCL residual (A) → LExact reduced rational: 0bridge/states/5/kclResidualA/l
      Original loaded/open bridge → States → record 5 → Oriented KCL residual (A) → RExact reduced rational: 0bridge/states/5/kclResidualA/r
      Original loaded/open bridge → States → record 5 → Total signed absorbed-power residual (W)Exact reduced rational: 0bridge/states/5/powerResidualW
      Original loaded/open bridge → States → record 5 → Voltage First Order (V)Exact reduced rational: 8/15bridge/states/5/voltageFirstOrderV
      Original loaded/open bridge → States → record 5 → Open Voltage Tangent Error (V)Exact reduced rational: 32/165bridge/states/5/openVoltageTangentErrorV
      Original loaded/open bridge → States → record 5 → Loaded Current First Order (A)Exact reduced rational: 8/145bridge/states/5/loadedCurrentFirstOrderA
      Original loaded/open bridge → States → record 5 → Loaded Current Tangent Error (A)Exact reduced rational: 352/14645bridge/states/5/loadedCurrentTangentErrorA
      Original loaded/open bridge → States → record 6 → Record index (metadata, not a measured scalar)3bridge/states/6/index
      Original loaded/open bridge → States → record 6 → Bridge fractional resistance change δ (dimensionless)Exact reduced rational: -7/20bridge/states/6/delta
      Original loaded/open bridge → States → record 6 → Load resistance R_L (Ω); null denotes opennull — not an ordinary number; see this source record’s domain/status.bridge/states/6/loadOhm
      Original loaded/open bridge → States → record 6 → Right Lower (Ω)Exact reduced rational: 26/5bridge/states/6/rightLowerOhm
      Original loaded/open bridge → States → record 6 → Node Potentials (V) → 0Exact reduced rational: 0bridge/states/6/nodePotentialsV/0
      Original loaded/open bridge → States → record 6 → Node Potentials (V) → TopExact reduced rational: 6bridge/states/6/nodePotentialsV/top
      Original loaded/open bridge → States → record 6 → Node Potentials (V) → LExact reduced rational: 4bridge/states/6/nodePotentialsV/l
      Original loaded/open bridge → States → record 6 → Node Potentials (V) → RExact reduced rational: 78/23bridge/states/6/nodePotentialsV/r
      Original loaded/open bridge → States → record 6 → Open Circuit Voltage (V)Exact reduced rational: 14/23bridge/states/6/openCircuitVoltageV
      Original loaded/open bridge → States → record 6 → Thevenin Resistance (Ω)Exact reduced rational: 98/23bridge/states/6/theveninResistanceOhm
      Original loaded/open bridge → States → record 6 → Meter current left→right (A)Exact reduced rational: 0bridge/states/6/meterCurrentA
      Original loaded/open bridge → States → record 6 → Branches → record 0: top-l (top→l) → Idtop-lbridge/states/6/branches/0/id
      Original loaded/open bridge → States → record 6 → Branches → record 0: top-l (top→l) → Tailtopbridge/states/6/branches/0/tail
      Original loaded/open bridge → States → record 6 → Branches → record 0: top-l (top→l) → Headlbridge/states/6/branches/0/head
      Original loaded/open bridge → States → record 6 → Branches → record 0: top-l (top→l) → Resistance (Ω)Exact reduced rational: 3bridge/states/6/branches/0/resistanceOhm
      Original loaded/open bridge → States → record 6 → Branches → record 0: top-l (top→l) → Oriented voltage drop (V)Exact reduced rational: 2bridge/states/6/branches/0/voltageV
      Original loaded/open bridge → States → record 6 → Branches → record 0: top-l (top→l) → Oriented current (A)Exact reduced rational: 2/3bridge/states/6/branches/0/currentA
      Original loaded/open bridge → States → record 6 → Branches → record 0: top-l (top→l) → Absorbed branch power p=v i (W)Exact reduced rational: 4/3bridge/states/6/branches/0/absorbedPowerW
      Original loaded/open bridge → States → record 6 → Branches → record 1: l-0 (l→0) → Idl-0bridge/states/6/branches/1/id
      Original loaded/open bridge → States → record 6 → Branches → record 1: l-0 (l→0) → Taillbridge/states/6/branches/1/tail
      Original loaded/open bridge → States → record 6 → Branches → record 1: l-0 (l→0) → Head0bridge/states/6/branches/1/head
      Original loaded/open bridge → States → record 6 → Branches → record 1: l-0 (l→0) → Resistance (Ω)Exact reduced rational: 6bridge/states/6/branches/1/resistanceOhm
      Original loaded/open bridge → States → record 6 → Branches → record 1: l-0 (l→0) → Oriented voltage drop (V)Exact reduced rational: 4bridge/states/6/branches/1/voltageV
      Original loaded/open bridge → States → record 6 → Branches → record 1: l-0 (l→0) → Oriented current (A)Exact reduced rational: 2/3bridge/states/6/branches/1/currentA
      Original loaded/open bridge → States → record 6 → Branches → record 1: l-0 (l→0) → Absorbed branch power p=v i (W)Exact reduced rational: 8/3bridge/states/6/branches/1/absorbedPowerW
      Original loaded/open bridge → States → record 6 → Branches → record 2: top-r (top→r) → Idtop-rbridge/states/6/branches/2/id
      Original loaded/open bridge → States → record 6 → Branches → record 2: top-r (top→r) → Tailtopbridge/states/6/branches/2/tail
      Original loaded/open bridge → States → record 6 → Branches → record 2: top-r (top→r) → Headrbridge/states/6/branches/2/head
      Original loaded/open bridge → States → record 6 → Branches → record 2: top-r (top→r) → Resistance (Ω)Exact reduced rational: 4bridge/states/6/branches/2/resistanceOhm
      Original loaded/open bridge → States → record 6 → Branches → record 2: top-r (top→r) → Oriented voltage drop (V)Exact reduced rational: 60/23bridge/states/6/branches/2/voltageV
      Original loaded/open bridge → States → record 6 → Branches → record 2: top-r (top→r) → Oriented current (A)Exact reduced rational: 15/23bridge/states/6/branches/2/currentA
      Original loaded/open bridge → States → record 6 → Branches → record 2: top-r (top→r) → Absorbed branch power p=v i (W)Exact reduced rational: 900/529bridge/states/6/branches/2/absorbedPowerW
      Original loaded/open bridge → States → record 6 → Branches → record 3: r-0 (r→0) → Idr-0bridge/states/6/branches/3/id
      Original loaded/open bridge → States → record 6 → Branches → record 3: r-0 (r→0) → Tailrbridge/states/6/branches/3/tail
      Original loaded/open bridge → States → record 6 → Branches → record 3: r-0 (r→0) → Head0bridge/states/6/branches/3/head
      Original loaded/open bridge → States → record 6 → Branches → record 3: r-0 (r→0) → Resistance (Ω)Exact reduced rational: 26/5bridge/states/6/branches/3/resistanceOhm
      Original loaded/open bridge → States → record 6 → Branches → record 3: r-0 (r→0) → Oriented voltage drop (V)Exact reduced rational: 78/23bridge/states/6/branches/3/voltageV
      Original loaded/open bridge → States → record 6 → Branches → record 3: r-0 (r→0) → Oriented current (A)Exact reduced rational: 15/23bridge/states/6/branches/3/currentA
      Original loaded/open bridge → States → record 6 → Branches → record 3: r-0 (r→0) → Absorbed branch power p=v i (W)Exact reduced rational: 1170/529bridge/states/6/branches/3/absorbedPowerW
      Original loaded/open bridge → States → record 6 → Branches → record 4: bridge-load (l→r) → Idbridge-loadbridge/states/6/branches/4/id
      Original loaded/open bridge → States → record 6 → Branches → record 4: bridge-load (l→r) → Taillbridge/states/6/branches/4/tail
      Original loaded/open bridge → States → record 6 → Branches → record 4: bridge-load (l→r) → Headrbridge/states/6/branches/4/head
      Original loaded/open bridge → States → record 6 → Branches → record 4: bridge-load (l→r) → Oriented voltage drop (V)Exact reduced rational: 14/23bridge/states/6/branches/4/voltageV
      Original loaded/open bridge → States → record 6 → Branches → record 4: bridge-load (l→r) → Oriented current (A)Exact reduced rational: 0bridge/states/6/branches/4/currentA
      Original loaded/open bridge → States → record 6 → Branches → record 4: bridge-load (l→r) → Absorbed branch power p=v i (W)Exact reduced rational: 0bridge/states/6/branches/4/absorbedPowerW
      Original loaded/open bridge → States → record 6 → Branches → record 5: source (top→0) → Idsourcebridge/states/6/branches/5/id
      Original loaded/open bridge → States → record 6 → Branches → record 5: source (top→0) → Tailtopbridge/states/6/branches/5/tail
      Original loaded/open bridge → States → record 6 → Branches → record 5: source (top→0) → Head0bridge/states/6/branches/5/head
      Original loaded/open bridge → States → record 6 → Branches → record 5: source (top→0) → Oriented voltage drop (V)Exact reduced rational: 6bridge/states/6/branches/5/voltageV
      Original loaded/open bridge → States → record 6 → Branches → record 5: source (top→0) → Oriented current (A)Exact reduced rational: -91/69bridge/states/6/branches/5/currentA
      Original loaded/open bridge → States → record 6 → Branches → record 5: source (top→0) → Absorbed branch power p=v i (W)Exact reduced rational: -182/23bridge/states/6/branches/5/absorbedPowerW
      Original loaded/open bridge → States → record 6 → Oriented KCL residual (A) → 0Exact reduced rational: 0bridge/states/6/kclResidualA/0
      Original loaded/open bridge → States → record 6 → Oriented KCL residual (A) → TopExact reduced rational: 0bridge/states/6/kclResidualA/top
      Original loaded/open bridge → States → record 6 → Oriented KCL residual (A) → LExact reduced rational: 0bridge/states/6/kclResidualA/l
      Original loaded/open bridge → States → record 6 → Oriented KCL residual (A) → RExact reduced rational: 0bridge/states/6/kclResidualA/r
      Original loaded/open bridge → States → record 6 → Total signed absorbed-power residual (W)Exact reduced rational: 0bridge/states/6/powerResidualW
      Original loaded/open bridge → States → record 6 → Voltage First Order (V)Exact reduced rational: 7/15bridge/states/6/voltageFirstOrderV
      Original loaded/open bridge → States → record 6 → Open Voltage Tangent Error (V)Exact reduced rational: 49/345bridge/states/6/openVoltageTangentErrorV
      Original loaded/open bridge → States → record 6 → Loaded Current First Order (A)Exact reduced rational: 7/145bridge/states/6/loadedCurrentFirstOrderA
      Original loaded/open bridge → States → record 6 → Loaded Current Tangent Error (A)null — not an ordinary number; see this source record’s domain/status.bridge/states/6/loadedCurrentTangentErrorA
      Original loaded/open bridge → States → record 7 → Record index (metadata, not a measured scalar)3bridge/states/7/index
      Original loaded/open bridge → States → record 7 → Bridge fractional resistance change δ (dimensionless)Exact reduced rational: -7/20bridge/states/7/delta
      Original loaded/open bridge → States → record 7 → Load resistance R_L (Ω); null denotes openExact reduced rational: 5bridge/states/7/loadOhm
      Original loaded/open bridge → States → record 7 → Right Lower (Ω)Exact reduced rational: 26/5bridge/states/7/rightLowerOhm
      Original loaded/open bridge → States → record 7 → Node Potentials (V) → 0Exact reduced rational: 0bridge/states/7/nodePotentialsV/0
      Original loaded/open bridge → States → record 7 → Node Potentials (V) → TopExact reduced rational: 6bridge/states/7/nodePotentialsV/top
      Original loaded/open bridge → States → record 7 → Node Potentials (V) → LExact reduced rational: 824/213bridge/states/7/nodePotentialsV/l
      Original loaded/open bridge → States → record 7 → Node Potentials (V) → RExact reduced rational: 754/213bridge/states/7/nodePotentialsV/r
      Original loaded/open bridge → States → record 7 → Open Circuit Voltage (V)Exact reduced rational: 14/23bridge/states/7/openCircuitVoltageV
      Original loaded/open bridge → States → record 7 → Thevenin Resistance (Ω)Exact reduced rational: 98/23bridge/states/7/theveninResistanceOhm
      Original loaded/open bridge → States → record 7 → Meter current left→right (A)Exact reduced rational: 14/213bridge/states/7/meterCurrentA
      Original loaded/open bridge → States → record 7 → Branches → record 0: top-l (top→l) → Idtop-lbridge/states/7/branches/0/id
      Original loaded/open bridge → States → record 7 → Branches → record 0: top-l (top→l) → Tailtopbridge/states/7/branches/0/tail
      Original loaded/open bridge → States → record 7 → Branches → record 0: top-l (top→l) → Headlbridge/states/7/branches/0/head
      Original loaded/open bridge → States → record 7 → Branches → record 0: top-l (top→l) → Resistance (Ω)Exact reduced rational: 3bridge/states/7/branches/0/resistanceOhm
      Original loaded/open bridge → States → record 7 → Branches → record 0: top-l (top→l) → Oriented voltage drop (V)Exact reduced rational: 454/213bridge/states/7/branches/0/voltageV
      Original loaded/open bridge → States → record 7 → Branches → record 0: top-l (top→l) → Oriented current (A)Exact reduced rational: 454/639bridge/states/7/branches/0/currentA
      Original loaded/open bridge → States → record 7 → Branches → record 0: top-l (top→l) → Absorbed branch power p=v i (W)Exact reduced rational: 206116/136107bridge/states/7/branches/0/absorbedPowerW
      Original loaded/open bridge → States → record 7 → Branches → record 1: l-0 (l→0) → Idl-0bridge/states/7/branches/1/id
      Original loaded/open bridge → States → record 7 → Branches → record 1: l-0 (l→0) → Taillbridge/states/7/branches/1/tail
      Original loaded/open bridge → States → record 7 → Branches → record 1: l-0 (l→0) → Head0bridge/states/7/branches/1/head
      Original loaded/open bridge → States → record 7 → Branches → record 1: l-0 (l→0) → Resistance (Ω)Exact reduced rational: 6bridge/states/7/branches/1/resistanceOhm
      Original loaded/open bridge → States → record 7 → Branches → record 1: l-0 (l→0) → Oriented voltage drop (V)Exact reduced rational: 824/213bridge/states/7/branches/1/voltageV
      Original loaded/open bridge → States → record 7 → Branches → record 1: l-0 (l→0) → Oriented current (A)Exact reduced rational: 412/639bridge/states/7/branches/1/currentA
      Original loaded/open bridge → States → record 7 → Branches → record 1: l-0 (l→0) → Absorbed branch power p=v i (W)Exact reduced rational: 339488/136107bridge/states/7/branches/1/absorbedPowerW
      Original loaded/open bridge → States → record 7 → Branches → record 2: top-r (top→r) → Idtop-rbridge/states/7/branches/2/id
      Original loaded/open bridge → States → record 7 → Branches → record 2: top-r (top→r) → Tailtopbridge/states/7/branches/2/tail
      Original loaded/open bridge → States → record 7 → Branches → record 2: top-r (top→r) → Headrbridge/states/7/branches/2/head
      Original loaded/open bridge → States → record 7 → Branches → record 2: top-r (top→r) → Resistance (Ω)Exact reduced rational: 4bridge/states/7/branches/2/resistanceOhm
      Original loaded/open bridge → States → record 7 → Branches → record 2: top-r (top→r) → Oriented voltage drop (V)Exact reduced rational: 524/213bridge/states/7/branches/2/voltageV
      Original loaded/open bridge → States → record 7 → Branches → record 2: top-r (top→r) → Oriented current (A)Exact reduced rational: 131/213bridge/states/7/branches/2/currentA
      Original loaded/open bridge → States → record 7 → Branches → record 2: top-r (top→r) → Absorbed branch power p=v i (W)Exact reduced rational: 68644/45369bridge/states/7/branches/2/absorbedPowerW
      Original loaded/open bridge → States → record 7 → Branches → record 3: r-0 (r→0) → Idr-0bridge/states/7/branches/3/id
      Original loaded/open bridge → States → record 7 → Branches → record 3: r-0 (r→0) → Tailrbridge/states/7/branches/3/tail
      Original loaded/open bridge → States → record 7 → Branches → record 3: r-0 (r→0) → Head0bridge/states/7/branches/3/head
      Original loaded/open bridge → States → record 7 → Branches → record 3: r-0 (r→0) → Resistance (Ω)Exact reduced rational: 26/5bridge/states/7/branches/3/resistanceOhm
      Original loaded/open bridge → States → record 7 → Branches → record 3: r-0 (r→0) → Oriented voltage drop (V)Exact reduced rational: 754/213bridge/states/7/branches/3/voltageV
      Original loaded/open bridge → States → record 7 → Branches → record 3: r-0 (r→0) → Oriented current (A)Exact reduced rational: 145/213bridge/states/7/branches/3/currentA
      Original loaded/open bridge → States → record 7 → Branches → record 3: r-0 (r→0) → Absorbed branch power p=v i (W)Exact reduced rational: 109330/45369bridge/states/7/branches/3/absorbedPowerW
      Original loaded/open bridge → States → record 7 → Branches → record 4: bridge-load (l→r) → Idbridge-loadbridge/states/7/branches/4/id
      Original loaded/open bridge → States → record 7 → Branches → record 4: bridge-load (l→r) → Taillbridge/states/7/branches/4/tail
      Original loaded/open bridge → States → record 7 → Branches → record 4: bridge-load (l→r) → Headrbridge/states/7/branches/4/head
      Original loaded/open bridge → States → record 7 → Branches → record 4: bridge-load (l→r) → Oriented voltage drop (V)Exact reduced rational: 70/213bridge/states/7/branches/4/voltageV
      Original loaded/open bridge → States → record 7 → Branches → record 4: bridge-load (l→r) → Oriented current (A)Exact reduced rational: 14/213bridge/states/7/branches/4/currentA
      Original loaded/open bridge → States → record 7 → Branches → record 4: bridge-load (l→r) → Absorbed branch power p=v i (W)Exact reduced rational: 980/45369bridge/states/7/branches/4/absorbedPowerW
      Original loaded/open bridge → States → record 7 → Branches → record 5: source (top→0) → Idsourcebridge/states/7/branches/5/id
      Original loaded/open bridge → States → record 7 → Branches → record 5: source (top→0) → Tailtopbridge/states/7/branches/5/tail
      Original loaded/open bridge → States → record 7 → Branches → record 5: source (top→0) → Head0bridge/states/7/branches/5/head
      Original loaded/open bridge → States → record 7 → Branches → record 5: source (top→0) → Oriented voltage drop (V)Exact reduced rational: 6bridge/states/7/branches/5/voltageV
      Original loaded/open bridge → States → record 7 → Branches → record 5: source (top→0) → Oriented current (A)Exact reduced rational: -847/639bridge/states/7/branches/5/currentA
      Original loaded/open bridge → States → record 7 → Branches → record 5: source (top→0) → Absorbed branch power p=v i (W)Exact reduced rational: -1694/213bridge/states/7/branches/5/absorbedPowerW
      Original loaded/open bridge → States → record 7 → Oriented KCL residual (A) → 0Exact reduced rational: 0bridge/states/7/kclResidualA/0
      Original loaded/open bridge → States → record 7 → Oriented KCL residual (A) → TopExact reduced rational: 0bridge/states/7/kclResidualA/top
      Original loaded/open bridge → States → record 7 → Oriented KCL residual (A) → LExact reduced rational: 0bridge/states/7/kclResidualA/l
      Original loaded/open bridge → States → record 7 → Oriented KCL residual (A) → RExact reduced rational: 0bridge/states/7/kclResidualA/r
      Original loaded/open bridge → States → record 7 → Total signed absorbed-power residual (W)Exact reduced rational: 0bridge/states/7/powerResidualW
      Original loaded/open bridge → States → record 7 → Voltage First Order (V)Exact reduced rational: 7/15bridge/states/7/voltageFirstOrderV
      Original loaded/open bridge → States → record 7 → Open Voltage Tangent Error (V)Exact reduced rational: 49/345bridge/states/7/openVoltageTangentErrorV
      Original loaded/open bridge → States → record 7 → Loaded Current First Order (A)Exact reduced rational: 7/145bridge/states/7/loadedCurrentFirstOrderA
      Original loaded/open bridge → States → record 7 → Loaded Current Tangent Error (A)Exact reduced rational: 539/30885bridge/states/7/loadedCurrentTangentErrorA
      Original loaded/open bridge → States → record 8 → Record index (metadata, not a measured scalar)4bridge/states/8/index
      Original loaded/open bridge → States → record 8 → Bridge fractional resistance change δ (dimensionless)Exact reduced rational: -3/10bridge/states/8/delta
      Original loaded/open bridge → States → record 8 → Load resistance R_L (Ω); null denotes opennull — not an ordinary number; see this source record’s domain/status.bridge/states/8/loadOhm
      Original loaded/open bridge → States → record 8 → Right Lower (Ω)Exact reduced rational: 28/5bridge/states/8/rightLowerOhm
      Original loaded/open bridge → States → record 8 → Node Potentials (V) → 0Exact reduced rational: 0bridge/states/8/nodePotentialsV/0
      Original loaded/open bridge → States → record 8 → Node Potentials (V) → TopExact reduced rational: 6bridge/states/8/nodePotentialsV/top
      Original loaded/open bridge → States → record 8 → Node Potentials (V) → LExact reduced rational: 4bridge/states/8/nodePotentialsV/l
      Original loaded/open bridge → States → record 8 → Node Potentials (V) → RExact reduced rational: 7/2bridge/states/8/nodePotentialsV/r
      Original loaded/open bridge → States → record 8 → Open Circuit Voltage (V)Exact reduced rational: 1/2bridge/states/8/openCircuitVoltageV
      Original loaded/open bridge → States → record 8 → Thevenin Resistance (Ω)Exact reduced rational: 13/3bridge/states/8/theveninResistanceOhm
      Original loaded/open bridge → States → record 8 → Meter current left→right (A)Exact reduced rational: 0bridge/states/8/meterCurrentA
      Original loaded/open bridge → States → record 8 → Branches → record 0: top-l (top→l) → Idtop-lbridge/states/8/branches/0/id
      Original loaded/open bridge → States → record 8 → Branches → record 0: top-l (top→l) → Tailtopbridge/states/8/branches/0/tail
      Original loaded/open bridge → States → record 8 → Branches → record 0: top-l (top→l) → Headlbridge/states/8/branches/0/head
      Original loaded/open bridge → States → record 8 → Branches → record 0: top-l (top→l) → Resistance (Ω)Exact reduced rational: 3bridge/states/8/branches/0/resistanceOhm
      Original loaded/open bridge → States → record 8 → Branches → record 0: top-l (top→l) → Oriented voltage drop (V)Exact reduced rational: 2bridge/states/8/branches/0/voltageV
      Original loaded/open bridge → States → record 8 → Branches → record 0: top-l (top→l) → Oriented current (A)Exact reduced rational: 2/3bridge/states/8/branches/0/currentA
      Original loaded/open bridge → States → record 8 → Branches → record 0: top-l (top→l) → Absorbed branch power p=v i (W)Exact reduced rational: 4/3bridge/states/8/branches/0/absorbedPowerW
      Original loaded/open bridge → States → record 8 → Branches → record 1: l-0 (l→0) → Idl-0bridge/states/8/branches/1/id
      Original loaded/open bridge → States → record 8 → Branches → record 1: l-0 (l→0) → Taillbridge/states/8/branches/1/tail
      Original loaded/open bridge → States → record 8 → Branches → record 1: l-0 (l→0) → Head0bridge/states/8/branches/1/head
      Original loaded/open bridge → States → record 8 → Branches → record 1: l-0 (l→0) → Resistance (Ω)Exact reduced rational: 6bridge/states/8/branches/1/resistanceOhm
      Original loaded/open bridge → States → record 8 → Branches → record 1: l-0 (l→0) → Oriented voltage drop (V)Exact reduced rational: 4bridge/states/8/branches/1/voltageV
      Original loaded/open bridge → States → record 8 → Branches → record 1: l-0 (l→0) → Oriented current (A)Exact reduced rational: 2/3bridge/states/8/branches/1/currentA
      Original loaded/open bridge → States → record 8 → Branches → record 1: l-0 (l→0) → Absorbed branch power p=v i (W)Exact reduced rational: 8/3bridge/states/8/branches/1/absorbedPowerW
      Original loaded/open bridge → States → record 8 → Branches → record 2: top-r (top→r) → Idtop-rbridge/states/8/branches/2/id
      Original loaded/open bridge → States → record 8 → Branches → record 2: top-r (top→r) → Tailtopbridge/states/8/branches/2/tail
      Original loaded/open bridge → States → record 8 → Branches → record 2: top-r (top→r) → Headrbridge/states/8/branches/2/head
      Original loaded/open bridge → States → record 8 → Branches → record 2: top-r (top→r) → Resistance (Ω)Exact reduced rational: 4bridge/states/8/branches/2/resistanceOhm
      Original loaded/open bridge → States → record 8 → Branches → record 2: top-r (top→r) → Oriented voltage drop (V)Exact reduced rational: 5/2bridge/states/8/branches/2/voltageV
      Original loaded/open bridge → States → record 8 → Branches → record 2: top-r (top→r) → Oriented current (A)Exact reduced rational: 5/8bridge/states/8/branches/2/currentA
      Original loaded/open bridge → States → record 8 → Branches → record 2: top-r (top→r) → Absorbed branch power p=v i (W)Exact reduced rational: 25/16bridge/states/8/branches/2/absorbedPowerW
      Original loaded/open bridge → States → record 8 → Branches → record 3: r-0 (r→0) → Idr-0bridge/states/8/branches/3/id
      Original loaded/open bridge → States → record 8 → Branches → record 3: r-0 (r→0) → Tailrbridge/states/8/branches/3/tail
      Original loaded/open bridge → States → record 8 → Branches → record 3: r-0 (r→0) → Head0bridge/states/8/branches/3/head
      Original loaded/open bridge → States → record 8 → Branches → record 3: r-0 (r→0) → Resistance (Ω)Exact reduced rational: 28/5bridge/states/8/branches/3/resistanceOhm
      Original loaded/open bridge → States → record 8 → Branches → record 3: r-0 (r→0) → Oriented voltage drop (V)Exact reduced rational: 7/2bridge/states/8/branches/3/voltageV
      Original loaded/open bridge → States → record 8 → Branches → record 3: r-0 (r→0) → Oriented current (A)Exact reduced rational: 5/8bridge/states/8/branches/3/currentA
      Original loaded/open bridge → States → record 8 → Branches → record 3: r-0 (r→0) → Absorbed branch power p=v i (W)Exact reduced rational: 35/16bridge/states/8/branches/3/absorbedPowerW
      Original loaded/open bridge → States → record 8 → Branches → record 4: bridge-load (l→r) → Idbridge-loadbridge/states/8/branches/4/id
      Original loaded/open bridge → States → record 8 → Branches → record 4: bridge-load (l→r) → Taillbridge/states/8/branches/4/tail
      Original loaded/open bridge → States → record 8 → Branches → record 4: bridge-load (l→r) → Headrbridge/states/8/branches/4/head
      Original loaded/open bridge → States → record 8 → Branches → record 4: bridge-load (l→r) → Oriented voltage drop (V)Exact reduced rational: 1/2bridge/states/8/branches/4/voltageV
      Original loaded/open bridge → States → record 8 → Branches → record 4: bridge-load (l→r) → Oriented current (A)Exact reduced rational: 0bridge/states/8/branches/4/currentA
      Original loaded/open bridge → States → record 8 → Branches → record 4: bridge-load (l→r) → Absorbed branch power p=v i (W)Exact reduced rational: 0bridge/states/8/branches/4/absorbedPowerW
      Original loaded/open bridge → States → record 8 → Branches → record 5: source (top→0) → Idsourcebridge/states/8/branches/5/id
      Original loaded/open bridge → States → record 8 → Branches → record 5: source (top→0) → Tailtopbridge/states/8/branches/5/tail
      Original loaded/open bridge → States → record 8 → Branches → record 5: source (top→0) → Head0bridge/states/8/branches/5/head
      Original loaded/open bridge → States → record 8 → Branches → record 5: source (top→0) → Oriented voltage drop (V)Exact reduced rational: 6bridge/states/8/branches/5/voltageV
      Original loaded/open bridge → States → record 8 → Branches → record 5: source (top→0) → Oriented current (A)Exact reduced rational: -31/24bridge/states/8/branches/5/currentA
      Original loaded/open bridge → States → record 8 → Branches → record 5: source (top→0) → Absorbed branch power p=v i (W)Exact reduced rational: -31/4bridge/states/8/branches/5/absorbedPowerW
      Original loaded/open bridge → States → record 8 → Oriented KCL residual (A) → 0Exact reduced rational: 0bridge/states/8/kclResidualA/0
      Original loaded/open bridge → States → record 8 → Oriented KCL residual (A) → TopExact reduced rational: 0bridge/states/8/kclResidualA/top
      Original loaded/open bridge → States → record 8 → Oriented KCL residual (A) → LExact reduced rational: 0bridge/states/8/kclResidualA/l
      Original loaded/open bridge → States → record 8 → Oriented KCL residual (A) → RExact reduced rational: 0bridge/states/8/kclResidualA/r
      Original loaded/open bridge → States → record 8 → Total signed absorbed-power residual (W)Exact reduced rational: 0bridge/states/8/powerResidualW
      Original loaded/open bridge → States → record 8 → Voltage First Order (V)Exact reduced rational: 2/5bridge/states/8/voltageFirstOrderV
      Original loaded/open bridge → States → record 8 → Open Voltage Tangent Error (V)Exact reduced rational: 1/10bridge/states/8/openVoltageTangentErrorV
      Original loaded/open bridge → States → record 8 → Loaded Current First Order (A)Exact reduced rational: 6/145bridge/states/8/loadedCurrentFirstOrderA
      Original loaded/open bridge → States → record 8 → Loaded Current Tangent Error (A)null — not an ordinary number; see this source record’s domain/status.bridge/states/8/loadedCurrentTangentErrorA
      Original loaded/open bridge → States → record 9 → Record index (metadata, not a measured scalar)4bridge/states/9/index
      Original loaded/open bridge → States → record 9 → Bridge fractional resistance change δ (dimensionless)Exact reduced rational: -3/10bridge/states/9/delta
      Original loaded/open bridge → States → record 9 → Load resistance R_L (Ω); null denotes openExact reduced rational: 5bridge/states/9/loadOhm
      Original loaded/open bridge → States → record 9 → Right Lower (Ω)Exact reduced rational: 28/5bridge/states/9/rightLowerOhm
      Original loaded/open bridge → States → record 9 → Node Potentials (V) → 0Exact reduced rational: 0bridge/states/9/nodePotentialsV/0
      Original loaded/open bridge → States → record 9 → Node Potentials (V) → TopExact reduced rational: 6bridge/states/9/nodePotentialsV/top
      Original loaded/open bridge → States → record 9 → Node Potentials (V) → LExact reduced rational: 109/28bridge/states/9/nodePotentialsV/l
      Original loaded/open bridge → States → record 9 → Node Potentials (V) → RExact reduced rational: 29/8bridge/states/9/nodePotentialsV/r
      Original loaded/open bridge → States → record 9 → Open Circuit Voltage (V)Exact reduced rational: 1/2bridge/states/9/openCircuitVoltageV
      Original loaded/open bridge → States → record 9 → Thevenin Resistance (Ω)Exact reduced rational: 13/3bridge/states/9/theveninResistanceOhm
      Original loaded/open bridge → States → record 9 → Meter current left→right (A)Exact reduced rational: 3/56bridge/states/9/meterCurrentA
      Original loaded/open bridge → States → record 9 → Branches → record 0: top-l (top→l) → Idtop-lbridge/states/9/branches/0/id
      Original loaded/open bridge → States → record 9 → Branches → record 0: top-l (top→l) → Tailtopbridge/states/9/branches/0/tail
      Original loaded/open bridge → States → record 9 → Branches → record 0: top-l (top→l) → Headlbridge/states/9/branches/0/head
      Original loaded/open bridge → States → record 9 → Branches → record 0: top-l (top→l) → Resistance (Ω)Exact reduced rational: 3bridge/states/9/branches/0/resistanceOhm
      Original loaded/open bridge → States → record 9 → Branches → record 0: top-l (top→l) → Oriented voltage drop (V)Exact reduced rational: 59/28bridge/states/9/branches/0/voltageV
      Original loaded/open bridge → States → record 9 → Branches → record 0: top-l (top→l) → Oriented current (A)Exact reduced rational: 59/84bridge/states/9/branches/0/currentA
      Original loaded/open bridge → States → record 9 → Branches → record 0: top-l (top→l) → Absorbed branch power p=v i (W)Exact reduced rational: 3481/2352bridge/states/9/branches/0/absorbedPowerW
      Original loaded/open bridge → States → record 9 → Branches → record 1: l-0 (l→0) → Idl-0bridge/states/9/branches/1/id
      Original loaded/open bridge → States → record 9 → Branches → record 1: l-0 (l→0) → Taillbridge/states/9/branches/1/tail
      Original loaded/open bridge → States → record 9 → Branches → record 1: l-0 (l→0) → Head0bridge/states/9/branches/1/head
      Original loaded/open bridge → States → record 9 → Branches → record 1: l-0 (l→0) → Resistance (Ω)Exact reduced rational: 6bridge/states/9/branches/1/resistanceOhm
      Original loaded/open bridge → States → record 9 → Branches → record 1: l-0 (l→0) → Oriented voltage drop (V)Exact reduced rational: 109/28bridge/states/9/branches/1/voltageV
      Original loaded/open bridge → States → record 9 → Branches → record 1: l-0 (l→0) → Oriented current (A)Exact reduced rational: 109/168bridge/states/9/branches/1/currentA
      Original loaded/open bridge → States → record 9 → Branches → record 1: l-0 (l→0) → Absorbed branch power p=v i (W)Exact reduced rational: 11881/4704bridge/states/9/branches/1/absorbedPowerW
      Original loaded/open bridge → States → record 9 → Branches → record 2: top-r (top→r) → Idtop-rbridge/states/9/branches/2/id
      Original loaded/open bridge → States → record 9 → Branches → record 2: top-r (top→r) → Tailtopbridge/states/9/branches/2/tail
      Original loaded/open bridge → States → record 9 → Branches → record 2: top-r (top→r) → Headrbridge/states/9/branches/2/head
      Original loaded/open bridge → States → record 9 → Branches → record 2: top-r (top→r) → Resistance (Ω)Exact reduced rational: 4bridge/states/9/branches/2/resistanceOhm
      Original loaded/open bridge → States → record 9 → Branches → record 2: top-r (top→r) → Oriented voltage drop (V)Exact reduced rational: 19/8bridge/states/9/branches/2/voltageV
      Original loaded/open bridge → States → record 9 → Branches → record 2: top-r (top→r) → Oriented current (A)Exact reduced rational: 19/32bridge/states/9/branches/2/currentA
      Original loaded/open bridge → States → record 9 → Branches → record 2: top-r (top→r) → Absorbed branch power p=v i (W)Exact reduced rational: 361/256bridge/states/9/branches/2/absorbedPowerW
      Original loaded/open bridge → States → record 9 → Branches → record 3: r-0 (r→0) → Idr-0bridge/states/9/branches/3/id
      Original loaded/open bridge → States → record 9 → Branches → record 3: r-0 (r→0) → Tailrbridge/states/9/branches/3/tail
      Original loaded/open bridge → States → record 9 → Branches → record 3: r-0 (r→0) → Head0bridge/states/9/branches/3/head
      Original loaded/open bridge → States → record 9 → Branches → record 3: r-0 (r→0) → Resistance (Ω)Exact reduced rational: 28/5bridge/states/9/branches/3/resistanceOhm
      Original loaded/open bridge → States → record 9 → Branches → record 3: r-0 (r→0) → Oriented voltage drop (V)Exact reduced rational: 29/8bridge/states/9/branches/3/voltageV
      Original loaded/open bridge → States → record 9 → Branches → record 3: r-0 (r→0) → Oriented current (A)Exact reduced rational: 145/224bridge/states/9/branches/3/currentA
      Original loaded/open bridge → States → record 9 → Branches → record 3: r-0 (r→0) → Absorbed branch power p=v i (W)Exact reduced rational: 4205/1792bridge/states/9/branches/3/absorbedPowerW
      Original loaded/open bridge → States → record 9 → Branches → record 4: bridge-load (l→r) → Idbridge-loadbridge/states/9/branches/4/id
      Original loaded/open bridge → States → record 9 → Branches → record 4: bridge-load (l→r) → Taillbridge/states/9/branches/4/tail
      Original loaded/open bridge → States → record 9 → Branches → record 4: bridge-load (l→r) → Headrbridge/states/9/branches/4/head
      Original loaded/open bridge → States → record 9 → Branches → record 4: bridge-load (l→r) → Oriented voltage drop (V)Exact reduced rational: 15/56bridge/states/9/branches/4/voltageV
      Original loaded/open bridge → States → record 9 → Branches → record 4: bridge-load (l→r) → Oriented current (A)Exact reduced rational: 3/56bridge/states/9/branches/4/currentA
      Original loaded/open bridge → States → record 9 → Branches → record 4: bridge-load (l→r) → Absorbed branch power p=v i (W)Exact reduced rational: 45/3136bridge/states/9/branches/4/absorbedPowerW
      Original loaded/open bridge → States → record 9 → Branches → record 5: source (top→0) → Idsourcebridge/states/9/branches/5/id
      Original loaded/open bridge → States → record 9 → Branches → record 5: source (top→0) → Tailtopbridge/states/9/branches/5/tail
      Original loaded/open bridge → States → record 9 → Branches → record 5: source (top→0) → Head0bridge/states/9/branches/5/head
      Original loaded/open bridge → States → record 9 → Branches → record 5: source (top→0) → Oriented voltage drop (V)Exact reduced rational: 6bridge/states/9/branches/5/voltageV
      Original loaded/open bridge → States → record 9 → Branches → record 5: source (top→0) → Oriented current (A)Exact reduced rational: -871/672bridge/states/9/branches/5/currentA
      Original loaded/open bridge → States → record 9 → Branches → record 5: source (top→0) → Absorbed branch power p=v i (W)Exact reduced rational: -871/112bridge/states/9/branches/5/absorbedPowerW
      Original loaded/open bridge → States → record 9 → Oriented KCL residual (A) → 0Exact reduced rational: 0bridge/states/9/kclResidualA/0
      Original loaded/open bridge → States → record 9 → Oriented KCL residual (A) → TopExact reduced rational: 0bridge/states/9/kclResidualA/top
      Original loaded/open bridge → States → record 9 → Oriented KCL residual (A) → LExact reduced rational: 0bridge/states/9/kclResidualA/l
      Original loaded/open bridge → States → record 9 → Oriented KCL residual (A) → RExact reduced rational: 0bridge/states/9/kclResidualA/r
      Original loaded/open bridge → States → record 9 → Total signed absorbed-power residual (W)Exact reduced rational: 0bridge/states/9/powerResidualW
      Original loaded/open bridge → States → record 9 → Voltage First Order (V)Exact reduced rational: 2/5bridge/states/9/voltageFirstOrderV
      Original loaded/open bridge → States → record 9 → Open Voltage Tangent Error (V)Exact reduced rational: 1/10bridge/states/9/openVoltageTangentErrorV
      Original loaded/open bridge → States → record 9 → Loaded Current First Order (A)Exact reduced rational: 6/145bridge/states/9/loadedCurrentFirstOrderA
      Original loaded/open bridge → States → record 9 → Loaded Current Tangent Error (A)Exact reduced rational: 99/8120bridge/states/9/loadedCurrentTangentErrorA
      Original loaded/open bridge → States → record 10 → Record index (metadata, not a measured scalar)5bridge/states/10/index
      Original loaded/open bridge → States → record 10 → Bridge fractional resistance change δ (dimensionless)Exact reduced rational: -1/4bridge/states/10/delta
      Original loaded/open bridge → States → record 10 → Load resistance R_L (Ω); null denotes opennull — not an ordinary number; see this source record’s domain/status.bridge/states/10/loadOhm
      Original loaded/open bridge → States → record 10 → Right Lower (Ω)Exact reduced rational: 6bridge/states/10/rightLowerOhm
      Original loaded/open bridge → States → record 10 → Node Potentials (V) → 0Exact reduced rational: 0bridge/states/10/nodePotentialsV/0
      Original loaded/open bridge → States → record 10 → Node Potentials (V) → TopExact reduced rational: 6bridge/states/10/nodePotentialsV/top
      Original loaded/open bridge → States → record 10 → Node Potentials (V) → LExact reduced rational: 4bridge/states/10/nodePotentialsV/l
      Original loaded/open bridge → States → record 10 → Node Potentials (V) → RExact reduced rational: 18/5bridge/states/10/nodePotentialsV/r
      Original loaded/open bridge → States → record 10 → Open Circuit Voltage (V)Exact reduced rational: 2/5bridge/states/10/openCircuitVoltageV
      Original loaded/open bridge → States → record 10 → Thevenin Resistance (Ω)Exact reduced rational: 22/5bridge/states/10/theveninResistanceOhm
      Original loaded/open bridge → States → record 10 → Meter current left→right (A)Exact reduced rational: 0bridge/states/10/meterCurrentA
      Original loaded/open bridge → States → record 10 → Branches → record 0: top-l (top→l) → Idtop-lbridge/states/10/branches/0/id
      Original loaded/open bridge → States → record 10 → Branches → record 0: top-l (top→l) → Tailtopbridge/states/10/branches/0/tail
      Original loaded/open bridge → States → record 10 → Branches → record 0: top-l (top→l) → Headlbridge/states/10/branches/0/head
      Original loaded/open bridge → States → record 10 → Branches → record 0: top-l (top→l) → Resistance (Ω)Exact reduced rational: 3bridge/states/10/branches/0/resistanceOhm
      Original loaded/open bridge → States → record 10 → Branches → record 0: top-l (top→l) → Oriented voltage drop (V)Exact reduced rational: 2bridge/states/10/branches/0/voltageV
      Original loaded/open bridge → States → record 10 → Branches → record 0: top-l (top→l) → Oriented current (A)Exact reduced rational: 2/3bridge/states/10/branches/0/currentA
      Original loaded/open bridge → States → record 10 → Branches → record 0: top-l (top→l) → Absorbed branch power p=v i (W)Exact reduced rational: 4/3bridge/states/10/branches/0/absorbedPowerW
      Original loaded/open bridge → States → record 10 → Branches → record 1: l-0 (l→0) → Idl-0bridge/states/10/branches/1/id
      Original loaded/open bridge → States → record 10 → Branches → record 1: l-0 (l→0) → Taillbridge/states/10/branches/1/tail
      Original loaded/open bridge → States → record 10 → Branches → record 1: l-0 (l→0) → Head0bridge/states/10/branches/1/head
      Original loaded/open bridge → States → record 10 → Branches → record 1: l-0 (l→0) → Resistance (Ω)Exact reduced rational: 6bridge/states/10/branches/1/resistanceOhm
      Original loaded/open bridge → States → record 10 → Branches → record 1: l-0 (l→0) → Oriented voltage drop (V)Exact reduced rational: 4bridge/states/10/branches/1/voltageV
      Original loaded/open bridge → States → record 10 → Branches → record 1: l-0 (l→0) → Oriented current (A)Exact reduced rational: 2/3bridge/states/10/branches/1/currentA
      Original loaded/open bridge → States → record 10 → Branches → record 1: l-0 (l→0) → Absorbed branch power p=v i (W)Exact reduced rational: 8/3bridge/states/10/branches/1/absorbedPowerW
      Original loaded/open bridge → States → record 10 → Branches → record 2: top-r (top→r) → Idtop-rbridge/states/10/branches/2/id
      Original loaded/open bridge → States → record 10 → Branches → record 2: top-r (top→r) → Tailtopbridge/states/10/branches/2/tail
      Original loaded/open bridge → States → record 10 → Branches → record 2: top-r (top→r) → Headrbridge/states/10/branches/2/head
      Original loaded/open bridge → States → record 10 → Branches → record 2: top-r (top→r) → Resistance (Ω)Exact reduced rational: 4bridge/states/10/branches/2/resistanceOhm
      Original loaded/open bridge → States → record 10 → Branches → record 2: top-r (top→r) → Oriented voltage drop (V)Exact reduced rational: 12/5bridge/states/10/branches/2/voltageV
      Original loaded/open bridge → States → record 10 → Branches → record 2: top-r (top→r) → Oriented current (A)Exact reduced rational: 3/5bridge/states/10/branches/2/currentA
      Original loaded/open bridge → States → record 10 → Branches → record 2: top-r (top→r) → Absorbed branch power p=v i (W)Exact reduced rational: 36/25bridge/states/10/branches/2/absorbedPowerW
      Original loaded/open bridge → States → record 10 → Branches → record 3: r-0 (r→0) → Idr-0bridge/states/10/branches/3/id
      Original loaded/open bridge → States → record 10 → Branches → record 3: r-0 (r→0) → Tailrbridge/states/10/branches/3/tail
      Original loaded/open bridge → States → record 10 → Branches → record 3: r-0 (r→0) → Head0bridge/states/10/branches/3/head
      Original loaded/open bridge → States → record 10 → Branches → record 3: r-0 (r→0) → Resistance (Ω)Exact reduced rational: 6bridge/states/10/branches/3/resistanceOhm
      Original loaded/open bridge → States → record 10 → Branches → record 3: r-0 (r→0) → Oriented voltage drop (V)Exact reduced rational: 18/5bridge/states/10/branches/3/voltageV
      Original loaded/open bridge → States → record 10 → Branches → record 3: r-0 (r→0) → Oriented current (A)Exact reduced rational: 3/5bridge/states/10/branches/3/currentA
      Original loaded/open bridge → States → record 10 → Branches → record 3: r-0 (r→0) → Absorbed branch power p=v i (W)Exact reduced rational: 54/25bridge/states/10/branches/3/absorbedPowerW
      Original loaded/open bridge → States → record 10 → Branches → record 4: bridge-load (l→r) → Idbridge-loadbridge/states/10/branches/4/id
      Original loaded/open bridge → States → record 10 → Branches → record 4: bridge-load (l→r) → Taillbridge/states/10/branches/4/tail
      Original loaded/open bridge → States → record 10 → Branches → record 4: bridge-load (l→r) → Headrbridge/states/10/branches/4/head
      Original loaded/open bridge → States → record 10 → Branches → record 4: bridge-load (l→r) → Oriented voltage drop (V)Exact reduced rational: 2/5bridge/states/10/branches/4/voltageV
      Original loaded/open bridge → States → record 10 → Branches → record 4: bridge-load (l→r) → Oriented current (A)Exact reduced rational: 0bridge/states/10/branches/4/currentA
      Original loaded/open bridge → States → record 10 → Branches → record 4: bridge-load (l→r) → Absorbed branch power p=v i (W)Exact reduced rational: 0bridge/states/10/branches/4/absorbedPowerW
      Original loaded/open bridge → States → record 10 → Branches → record 5: source (top→0) → Idsourcebridge/states/10/branches/5/id
      Original loaded/open bridge → States → record 10 → Branches → record 5: source (top→0) → Tailtopbridge/states/10/branches/5/tail
      Original loaded/open bridge → States → record 10 → Branches → record 5: source (top→0) → Head0bridge/states/10/branches/5/head
      Original loaded/open bridge → States → record 10 → Branches → record 5: source (top→0) → Oriented voltage drop (V)Exact reduced rational: 6bridge/states/10/branches/5/voltageV
      Original loaded/open bridge → States → record 10 → Branches → record 5: source (top→0) → Oriented current (A)Exact reduced rational: -19/15bridge/states/10/branches/5/currentA
      Original loaded/open bridge → States → record 10 → Branches → record 5: source (top→0) → Absorbed branch power p=v i (W)Exact reduced rational: -38/5bridge/states/10/branches/5/absorbedPowerW
      Original loaded/open bridge → States → record 10 → Oriented KCL residual (A) → 0Exact reduced rational: 0bridge/states/10/kclResidualA/0
      Original loaded/open bridge → States → record 10 → Oriented KCL residual (A) → TopExact reduced rational: 0bridge/states/10/kclResidualA/top
      Original loaded/open bridge → States → record 10 → Oriented KCL residual (A) → LExact reduced rational: 0bridge/states/10/kclResidualA/l
      Original loaded/open bridge → States → record 10 → Oriented KCL residual (A) → RExact reduced rational: 0bridge/states/10/kclResidualA/r
      Original loaded/open bridge → States → record 10 → Total signed absorbed-power residual (W)Exact reduced rational: 0bridge/states/10/powerResidualW
      Original loaded/open bridge → States → record 10 → Voltage First Order (V)Exact reduced rational: 1/3bridge/states/10/voltageFirstOrderV
      Original loaded/open bridge → States → record 10 → Open Voltage Tangent Error (V)Exact reduced rational: 1/15bridge/states/10/openVoltageTangentErrorV
      Original loaded/open bridge → States → record 10 → Loaded Current First Order (A)Exact reduced rational: 1/29bridge/states/10/loadedCurrentFirstOrderA
      Original loaded/open bridge → States → record 10 → Loaded Current Tangent Error (A)null — not an ordinary number; see this source record’s domain/status.bridge/states/10/loadedCurrentTangentErrorA
      Original loaded/open bridge → States → record 11 → Record index (metadata, not a measured scalar)5bridge/states/11/index
      Original loaded/open bridge → States → record 11 → Bridge fractional resistance change δ (dimensionless)Exact reduced rational: -1/4bridge/states/11/delta
      Original loaded/open bridge → States → record 11 → Load resistance R_L (Ω); null denotes openExact reduced rational: 5bridge/states/11/loadOhm
      Original loaded/open bridge → States → record 11 → Right Lower (Ω)Exact reduced rational: 6bridge/states/11/rightLowerOhm
      Original loaded/open bridge → States → record 11 → Node Potentials (V) → 0Exact reduced rational: 0bridge/states/11/nodePotentialsV/0
      Original loaded/open bridge → States → record 11 → Node Potentials (V) → TopExact reduced rational: 6bridge/states/11/nodePotentialsV/top
      Original loaded/open bridge → States → record 11 → Node Potentials (V) → LExact reduced rational: 184/47bridge/states/11/nodePotentialsV/l
      Original loaded/open bridge → States → record 11 → Node Potentials (V) → RExact reduced rational: 174/47bridge/states/11/nodePotentialsV/r
      Original loaded/open bridge → States → record 11 → Open Circuit Voltage (V)Exact reduced rational: 2/5bridge/states/11/openCircuitVoltageV
      Original loaded/open bridge → States → record 11 → Thevenin Resistance (Ω)Exact reduced rational: 22/5bridge/states/11/theveninResistanceOhm
      Original loaded/open bridge → States → record 11 → Meter current left→right (A)Exact reduced rational: 2/47bridge/states/11/meterCurrentA
      Original loaded/open bridge → States → record 11 → Branches → record 0: top-l (top→l) → Idtop-lbridge/states/11/branches/0/id
      Original loaded/open bridge → States → record 11 → Branches → record 0: top-l (top→l) → Tailtopbridge/states/11/branches/0/tail
      Original loaded/open bridge → States → record 11 → Branches → record 0: top-l (top→l) → Headlbridge/states/11/branches/0/head
      Original loaded/open bridge → States → record 11 → Branches → record 0: top-l (top→l) → Resistance (Ω)Exact reduced rational: 3bridge/states/11/branches/0/resistanceOhm
      Original loaded/open bridge → States → record 11 → Branches → record 0: top-l (top→l) → Oriented voltage drop (V)Exact reduced rational: 98/47bridge/states/11/branches/0/voltageV
      Original loaded/open bridge → States → record 11 → Branches → record 0: top-l (top→l) → Oriented current (A)Exact reduced rational: 98/141bridge/states/11/branches/0/currentA
      Original loaded/open bridge → States → record 11 → Branches → record 0: top-l (top→l) → Absorbed branch power p=v i (W)Exact reduced rational: 9604/6627bridge/states/11/branches/0/absorbedPowerW
      Original loaded/open bridge → States → record 11 → Branches → record 1: l-0 (l→0) → Idl-0bridge/states/11/branches/1/id
      Original loaded/open bridge → States → record 11 → Branches → record 1: l-0 (l→0) → Taillbridge/states/11/branches/1/tail
      Original loaded/open bridge → States → record 11 → Branches → record 1: l-0 (l→0) → Head0bridge/states/11/branches/1/head
      Original loaded/open bridge → States → record 11 → Branches → record 1: l-0 (l→0) → Resistance (Ω)Exact reduced rational: 6bridge/states/11/branches/1/resistanceOhm
      Original loaded/open bridge → States → record 11 → Branches → record 1: l-0 (l→0) → Oriented voltage drop (V)Exact reduced rational: 184/47bridge/states/11/branches/1/voltageV
      Original loaded/open bridge → States → record 11 → Branches → record 1: l-0 (l→0) → Oriented current (A)Exact reduced rational: 92/141bridge/states/11/branches/1/currentA
      Original loaded/open bridge → States → record 11 → Branches → record 1: l-0 (l→0) → Absorbed branch power p=v i (W)Exact reduced rational: 16928/6627bridge/states/11/branches/1/absorbedPowerW
      Original loaded/open bridge → States → record 11 → Branches → record 2: top-r (top→r) → Idtop-rbridge/states/11/branches/2/id
      Original loaded/open bridge → States → record 11 → Branches → record 2: top-r (top→r) → Tailtopbridge/states/11/branches/2/tail
      Original loaded/open bridge → States → record 11 → Branches → record 2: top-r (top→r) → Headrbridge/states/11/branches/2/head
      Original loaded/open bridge → States → record 11 → Branches → record 2: top-r (top→r) → Resistance (Ω)Exact reduced rational: 4bridge/states/11/branches/2/resistanceOhm
      Original loaded/open bridge → States → record 11 → Branches → record 2: top-r (top→r) → Oriented voltage drop (V)Exact reduced rational: 108/47bridge/states/11/branches/2/voltageV
      Original loaded/open bridge → States → record 11 → Branches → record 2: top-r (top→r) → Oriented current (A)Exact reduced rational: 27/47bridge/states/11/branches/2/currentA
      Original loaded/open bridge → States → record 11 → Branches → record 2: top-r (top→r) → Absorbed branch power p=v i (W)Exact reduced rational: 2916/2209bridge/states/11/branches/2/absorbedPowerW
      Original loaded/open bridge → States → record 11 → Branches → record 3: r-0 (r→0) → Idr-0bridge/states/11/branches/3/id
      Original loaded/open bridge → States → record 11 → Branches → record 3: r-0 (r→0) → Tailrbridge/states/11/branches/3/tail
      Original loaded/open bridge → States → record 11 → Branches → record 3: r-0 (r→0) → Head0bridge/states/11/branches/3/head
      Original loaded/open bridge → States → record 11 → Branches → record 3: r-0 (r→0) → Resistance (Ω)Exact reduced rational: 6bridge/states/11/branches/3/resistanceOhm
      Original loaded/open bridge → States → record 11 → Branches → record 3: r-0 (r→0) → Oriented voltage drop (V)Exact reduced rational: 174/47bridge/states/11/branches/3/voltageV
      Original loaded/open bridge → States → record 11 → Branches → record 3: r-0 (r→0) → Oriented current (A)Exact reduced rational: 29/47bridge/states/11/branches/3/currentA
      Original loaded/open bridge → States → record 11 → Branches → record 3: r-0 (r→0) → Absorbed branch power p=v i (W)Exact reduced rational: 5046/2209bridge/states/11/branches/3/absorbedPowerW
      Original loaded/open bridge → States → record 11 → Branches → record 4: bridge-load (l→r) → Idbridge-loadbridge/states/11/branches/4/id
      Original loaded/open bridge → States → record 11 → Branches → record 4: bridge-load (l→r) → Taillbridge/states/11/branches/4/tail
      Original loaded/open bridge → States → record 11 → Branches → record 4: bridge-load (l→r) → Headrbridge/states/11/branches/4/head
      Original loaded/open bridge → States → record 11 → Branches → record 4: bridge-load (l→r) → Oriented voltage drop (V)Exact reduced rational: 10/47bridge/states/11/branches/4/voltageV
      Original loaded/open bridge → States → record 11 → Branches → record 4: bridge-load (l→r) → Oriented current (A)Exact reduced rational: 2/47bridge/states/11/branches/4/currentA
      Original loaded/open bridge → States → record 11 → Branches → record 4: bridge-load (l→r) → Absorbed branch power p=v i (W)Exact reduced rational: 20/2209bridge/states/11/branches/4/absorbedPowerW
      Original loaded/open bridge → States → record 11 → Branches → record 5: source (top→0) → Idsourcebridge/states/11/branches/5/id
      Original loaded/open bridge → States → record 11 → Branches → record 5: source (top→0) → Tailtopbridge/states/11/branches/5/tail
      Original loaded/open bridge → States → record 11 → Branches → record 5: source (top→0) → Head0bridge/states/11/branches/5/head
      Original loaded/open bridge → States → record 11 → Branches → record 5: source (top→0) → Oriented voltage drop (V)Exact reduced rational: 6bridge/states/11/branches/5/voltageV
      Original loaded/open bridge → States → record 11 → Branches → record 5: source (top→0) → Oriented current (A)Exact reduced rational: -179/141bridge/states/11/branches/5/currentA
      Original loaded/open bridge → States → record 11 → Branches → record 5: source (top→0) → Absorbed branch power p=v i (W)Exact reduced rational: -358/47bridge/states/11/branches/5/absorbedPowerW
      Original loaded/open bridge → States → record 11 → Oriented KCL residual (A) → 0Exact reduced rational: 0bridge/states/11/kclResidualA/0
      Original loaded/open bridge → States → record 11 → Oriented KCL residual (A) → TopExact reduced rational: 0bridge/states/11/kclResidualA/top
      Original loaded/open bridge → States → record 11 → Oriented KCL residual (A) → LExact reduced rational: 0bridge/states/11/kclResidualA/l
      Original loaded/open bridge → States → record 11 → Oriented KCL residual (A) → RExact reduced rational: 0bridge/states/11/kclResidualA/r
      Original loaded/open bridge → States → record 11 → Total signed absorbed-power residual (W)Exact reduced rational: 0bridge/states/11/powerResidualW
      Original loaded/open bridge → States → record 11 → Voltage First Order (V)Exact reduced rational: 1/3bridge/states/11/voltageFirstOrderV
      Original loaded/open bridge → States → record 11 → Open Voltage Tangent Error (V)Exact reduced rational: 1/15bridge/states/11/openVoltageTangentErrorV
      Original loaded/open bridge → States → record 11 → Loaded Current First Order (A)Exact reduced rational: 1/29bridge/states/11/loadedCurrentFirstOrderA
      Original loaded/open bridge → States → record 11 → Loaded Current Tangent Error (A)Exact reduced rational: 11/1363bridge/states/11/loadedCurrentTangentErrorA
      Original loaded/open bridge → States → record 12 → Record index (metadata, not a measured scalar)6bridge/states/12/index
      Original loaded/open bridge → States → record 12 → Bridge fractional resistance change δ (dimensionless)Exact reduced rational: -1/5bridge/states/12/delta
      Original loaded/open bridge → States → record 12 → Load resistance R_L (Ω); null denotes opennull — not an ordinary number; see this source record’s domain/status.bridge/states/12/loadOhm
      Original loaded/open bridge → States → record 12 → Right Lower (Ω)Exact reduced rational: 32/5bridge/states/12/rightLowerOhm
      Original loaded/open bridge → States → record 12 → Node Potentials (V) → 0Exact reduced rational: 0bridge/states/12/nodePotentialsV/0
      Original loaded/open bridge → States → record 12 → Node Potentials (V) → TopExact reduced rational: 6bridge/states/12/nodePotentialsV/top
      Original loaded/open bridge → States → record 12 → Node Potentials (V) → LExact reduced rational: 4bridge/states/12/nodePotentialsV/l
      Original loaded/open bridge → States → record 12 → Node Potentials (V) → RExact reduced rational: 48/13bridge/states/12/nodePotentialsV/r
      Original loaded/open bridge → States → record 12 → Open Circuit Voltage (V)Exact reduced rational: 4/13bridge/states/12/openCircuitVoltageV
      Original loaded/open bridge → States → record 12 → Thevenin Resistance (Ω)Exact reduced rational: 58/13bridge/states/12/theveninResistanceOhm
      Original loaded/open bridge → States → record 12 → Meter current left→right (A)Exact reduced rational: 0bridge/states/12/meterCurrentA
      Original loaded/open bridge → States → record 12 → Branches → record 0: top-l (top→l) → Idtop-lbridge/states/12/branches/0/id
      Original loaded/open bridge → States → record 12 → Branches → record 0: top-l (top→l) → Tailtopbridge/states/12/branches/0/tail
      Original loaded/open bridge → States → record 12 → Branches → record 0: top-l (top→l) → Headlbridge/states/12/branches/0/head
      Original loaded/open bridge → States → record 12 → Branches → record 0: top-l (top→l) → Resistance (Ω)Exact reduced rational: 3bridge/states/12/branches/0/resistanceOhm
      Original loaded/open bridge → States → record 12 → Branches → record 0: top-l (top→l) → Oriented voltage drop (V)Exact reduced rational: 2bridge/states/12/branches/0/voltageV
      Original loaded/open bridge → States → record 12 → Branches → record 0: top-l (top→l) → Oriented current (A)Exact reduced rational: 2/3bridge/states/12/branches/0/currentA
      Original loaded/open bridge → States → record 12 → Branches → record 0: top-l (top→l) → Absorbed branch power p=v i (W)Exact reduced rational: 4/3bridge/states/12/branches/0/absorbedPowerW
      Original loaded/open bridge → States → record 12 → Branches → record 1: l-0 (l→0) → Idl-0bridge/states/12/branches/1/id
      Original loaded/open bridge → States → record 12 → Branches → record 1: l-0 (l→0) → Taillbridge/states/12/branches/1/tail
      Original loaded/open bridge → States → record 12 → Branches → record 1: l-0 (l→0) → Head0bridge/states/12/branches/1/head
      Original loaded/open bridge → States → record 12 → Branches → record 1: l-0 (l→0) → Resistance (Ω)Exact reduced rational: 6bridge/states/12/branches/1/resistanceOhm
      Original loaded/open bridge → States → record 12 → Branches → record 1: l-0 (l→0) → Oriented voltage drop (V)Exact reduced rational: 4bridge/states/12/branches/1/voltageV
      Original loaded/open bridge → States → record 12 → Branches → record 1: l-0 (l→0) → Oriented current (A)Exact reduced rational: 2/3bridge/states/12/branches/1/currentA
      Original loaded/open bridge → States → record 12 → Branches → record 1: l-0 (l→0) → Absorbed branch power p=v i (W)Exact reduced rational: 8/3bridge/states/12/branches/1/absorbedPowerW
      Original loaded/open bridge → States → record 12 → Branches → record 2: top-r (top→r) → Idtop-rbridge/states/12/branches/2/id
      Original loaded/open bridge → States → record 12 → Branches → record 2: top-r (top→r) → Tailtopbridge/states/12/branches/2/tail
      Original loaded/open bridge → States → record 12 → Branches → record 2: top-r (top→r) → Headrbridge/states/12/branches/2/head
      Original loaded/open bridge → States → record 12 → Branches → record 2: top-r (top→r) → Resistance (Ω)Exact reduced rational: 4bridge/states/12/branches/2/resistanceOhm
      Original loaded/open bridge → States → record 12 → Branches → record 2: top-r (top→r) → Oriented voltage drop (V)Exact reduced rational: 30/13bridge/states/12/branches/2/voltageV
      Original loaded/open bridge → States → record 12 → Branches → record 2: top-r (top→r) → Oriented current (A)Exact reduced rational: 15/26bridge/states/12/branches/2/currentA
      Original loaded/open bridge → States → record 12 → Branches → record 2: top-r (top→r) → Absorbed branch power p=v i (W)Exact reduced rational: 225/169bridge/states/12/branches/2/absorbedPowerW
      Original loaded/open bridge → States → record 12 → Branches → record 3: r-0 (r→0) → Idr-0bridge/states/12/branches/3/id
      Original loaded/open bridge → States → record 12 → Branches → record 3: r-0 (r→0) → Tailrbridge/states/12/branches/3/tail
      Original loaded/open bridge → States → record 12 → Branches → record 3: r-0 (r→0) → Head0bridge/states/12/branches/3/head
      Original loaded/open bridge → States → record 12 → Branches → record 3: r-0 (r→0) → Resistance (Ω)Exact reduced rational: 32/5bridge/states/12/branches/3/resistanceOhm
      Original loaded/open bridge → States → record 12 → Branches → record 3: r-0 (r→0) → Oriented voltage drop (V)Exact reduced rational: 48/13bridge/states/12/branches/3/voltageV
      Original loaded/open bridge → States → record 12 → Branches → record 3: r-0 (r→0) → Oriented current (A)Exact reduced rational: 15/26bridge/states/12/branches/3/currentA
      Original loaded/open bridge → States → record 12 → Branches → record 3: r-0 (r→0) → Absorbed branch power p=v i (W)Exact reduced rational: 360/169bridge/states/12/branches/3/absorbedPowerW
      Original loaded/open bridge → States → record 12 → Branches → record 4: bridge-load (l→r) → Idbridge-loadbridge/states/12/branches/4/id
      Original loaded/open bridge → States → record 12 → Branches → record 4: bridge-load (l→r) → Taillbridge/states/12/branches/4/tail
      Original loaded/open bridge → States → record 12 → Branches → record 4: bridge-load (l→r) → Headrbridge/states/12/branches/4/head
      Original loaded/open bridge → States → record 12 → Branches → record 4: bridge-load (l→r) → Oriented voltage drop (V)Exact reduced rational: 4/13bridge/states/12/branches/4/voltageV
      Original loaded/open bridge → States → record 12 → Branches → record 4: bridge-load (l→r) → Oriented current (A)Exact reduced rational: 0bridge/states/12/branches/4/currentA
      Original loaded/open bridge → States → record 12 → Branches → record 4: bridge-load (l→r) → Absorbed branch power p=v i (W)Exact reduced rational: 0bridge/states/12/branches/4/absorbedPowerW
      Original loaded/open bridge → States → record 12 → Branches → record 5: source (top→0) → Idsourcebridge/states/12/branches/5/id
      Original loaded/open bridge → States → record 12 → Branches → record 5: source (top→0) → Tailtopbridge/states/12/branches/5/tail
      Original loaded/open bridge → States → record 12 → Branches → record 5: source (top→0) → Head0bridge/states/12/branches/5/head
      Original loaded/open bridge → States → record 12 → Branches → record 5: source (top→0) → Oriented voltage drop (V)Exact reduced rational: 6bridge/states/12/branches/5/voltageV
      Original loaded/open bridge → States → record 12 → Branches → record 5: source (top→0) → Oriented current (A)Exact reduced rational: -97/78bridge/states/12/branches/5/currentA
      Original loaded/open bridge → States → record 12 → Branches → record 5: source (top→0) → Absorbed branch power p=v i (W)Exact reduced rational: -97/13bridge/states/12/branches/5/absorbedPowerW
      Original loaded/open bridge → States → record 12 → Oriented KCL residual (A) → 0Exact reduced rational: 0bridge/states/12/kclResidualA/0
      Original loaded/open bridge → States → record 12 → Oriented KCL residual (A) → TopExact reduced rational: 0bridge/states/12/kclResidualA/top
      Original loaded/open bridge → States → record 12 → Oriented KCL residual (A) → LExact reduced rational: 0bridge/states/12/kclResidualA/l
      Original loaded/open bridge → States → record 12 → Oriented KCL residual (A) → RExact reduced rational: 0bridge/states/12/kclResidualA/r
      Original loaded/open bridge → States → record 12 → Total signed absorbed-power residual (W)Exact reduced rational: 0bridge/states/12/powerResidualW
      Original loaded/open bridge → States → record 12 → Voltage First Order (V)Exact reduced rational: 4/15bridge/states/12/voltageFirstOrderV
      Original loaded/open bridge → States → record 12 → Open Voltage Tangent Error (V)Exact reduced rational: 8/195bridge/states/12/openVoltageTangentErrorV
      Original loaded/open bridge → States → record 12 → Loaded Current First Order (A)Exact reduced rational: 4/145bridge/states/12/loadedCurrentFirstOrderA
      Original loaded/open bridge → States → record 12 → Loaded Current Tangent Error (A)null — not an ordinary number; see this source record’s domain/status.bridge/states/12/loadedCurrentTangentErrorA
      Original loaded/open bridge → States → record 13 → Record index (metadata, not a measured scalar)6bridge/states/13/index
      Original loaded/open bridge → States → record 13 → Bridge fractional resistance change δ (dimensionless)Exact reduced rational: -1/5bridge/states/13/delta
      Original loaded/open bridge → States → record 13 → Load resistance R_L (Ω); null denotes openExact reduced rational: 5bridge/states/13/loadOhm
      Original loaded/open bridge → States → record 13 → Right Lower (Ω)Exact reduced rational: 32/5bridge/states/13/rightLowerOhm
      Original loaded/open bridge → States → record 13 → Node Potentials (V) → 0Exact reduced rational: 0bridge/states/13/nodePotentialsV/0
      Original loaded/open bridge → States → record 13 → Node Potentials (V) → TopExact reduced rational: 6bridge/states/13/nodePotentialsV/top
      Original loaded/open bridge → States → record 13 → Node Potentials (V) → LExact reduced rational: 484/123bridge/states/13/nodePotentialsV/l
      Original loaded/open bridge → States → record 13 → Node Potentials (V) → RExact reduced rational: 464/123bridge/states/13/nodePotentialsV/r
      Original loaded/open bridge → States → record 13 → Open Circuit Voltage (V)Exact reduced rational: 4/13bridge/states/13/openCircuitVoltageV
      Original loaded/open bridge → States → record 13 → Thevenin Resistance (Ω)Exact reduced rational: 58/13bridge/states/13/theveninResistanceOhm
      Original loaded/open bridge → States → record 13 → Meter current left→right (A)Exact reduced rational: 4/123bridge/states/13/meterCurrentA
      Original loaded/open bridge → States → record 13 → Branches → record 0: top-l (top→l) → Idtop-lbridge/states/13/branches/0/id
      Original loaded/open bridge → States → record 13 → Branches → record 0: top-l (top→l) → Tailtopbridge/states/13/branches/0/tail
      Original loaded/open bridge → States → record 13 → Branches → record 0: top-l (top→l) → Headlbridge/states/13/branches/0/head
      Original loaded/open bridge → States → record 13 → Branches → record 0: top-l (top→l) → Resistance (Ω)Exact reduced rational: 3bridge/states/13/branches/0/resistanceOhm
      Original loaded/open bridge → States → record 13 → Branches → record 0: top-l (top→l) → Oriented voltage drop (V)Exact reduced rational: 254/123bridge/states/13/branches/0/voltageV
      Original loaded/open bridge → States → record 13 → Branches → record 0: top-l (top→l) → Oriented current (A)Exact reduced rational: 254/369bridge/states/13/branches/0/currentA
      Original loaded/open bridge → States → record 13 → Branches → record 0: top-l (top→l) → Absorbed branch power p=v i (W)Exact reduced rational: 64516/45387bridge/states/13/branches/0/absorbedPowerW
      Original loaded/open bridge → States → record 13 → Branches → record 1: l-0 (l→0) → Idl-0bridge/states/13/branches/1/id
      Original loaded/open bridge → States → record 13 → Branches → record 1: l-0 (l→0) → Taillbridge/states/13/branches/1/tail
      Original loaded/open bridge → States → record 13 → Branches → record 1: l-0 (l→0) → Head0bridge/states/13/branches/1/head
      Original loaded/open bridge → States → record 13 → Branches → record 1: l-0 (l→0) → Resistance (Ω)Exact reduced rational: 6bridge/states/13/branches/1/resistanceOhm
      Original loaded/open bridge → States → record 13 → Branches → record 1: l-0 (l→0) → Oriented voltage drop (V)Exact reduced rational: 484/123bridge/states/13/branches/1/voltageV
      Original loaded/open bridge → States → record 13 → Branches → record 1: l-0 (l→0) → Oriented current (A)Exact reduced rational: 242/369bridge/states/13/branches/1/currentA
      Original loaded/open bridge → States → record 13 → Branches → record 1: l-0 (l→0) → Absorbed branch power p=v i (W)Exact reduced rational: 117128/45387bridge/states/13/branches/1/absorbedPowerW
      Original loaded/open bridge → States → record 13 → Branches → record 2: top-r (top→r) → Idtop-rbridge/states/13/branches/2/id
      Original loaded/open bridge → States → record 13 → Branches → record 2: top-r (top→r) → Tailtopbridge/states/13/branches/2/tail
      Original loaded/open bridge → States → record 13 → Branches → record 2: top-r (top→r) → Headrbridge/states/13/branches/2/head
      Original loaded/open bridge → States → record 13 → Branches → record 2: top-r (top→r) → Resistance (Ω)Exact reduced rational: 4bridge/states/13/branches/2/resistanceOhm
      Original loaded/open bridge → States → record 13 → Branches → record 2: top-r (top→r) → Oriented voltage drop (V)Exact reduced rational: 274/123bridge/states/13/branches/2/voltageV
      Original loaded/open bridge → States → record 13 → Branches → record 2: top-r (top→r) → Oriented current (A)Exact reduced rational: 137/246bridge/states/13/branches/2/currentA
      Original loaded/open bridge → States → record 13 → Branches → record 2: top-r (top→r) → Absorbed branch power p=v i (W)Exact reduced rational: 18769/15129bridge/states/13/branches/2/absorbedPowerW
      Original loaded/open bridge → States → record 13 → Branches → record 3: r-0 (r→0) → Idr-0bridge/states/13/branches/3/id
      Original loaded/open bridge → States → record 13 → Branches → record 3: r-0 (r→0) → Tailrbridge/states/13/branches/3/tail
      Original loaded/open bridge → States → record 13 → Branches → record 3: r-0 (r→0) → Head0bridge/states/13/branches/3/head
      Original loaded/open bridge → States → record 13 → Branches → record 3: r-0 (r→0) → Resistance (Ω)Exact reduced rational: 32/5bridge/states/13/branches/3/resistanceOhm
      Original loaded/open bridge → States → record 13 → Branches → record 3: r-0 (r→0) → Oriented voltage drop (V)Exact reduced rational: 464/123bridge/states/13/branches/3/voltageV
      Original loaded/open bridge → States → record 13 → Branches → record 3: r-0 (r→0) → Oriented current (A)Exact reduced rational: 145/246bridge/states/13/branches/3/currentA
      Original loaded/open bridge → States → record 13 → Branches → record 3: r-0 (r→0) → Absorbed branch power p=v i (W)Exact reduced rational: 33640/15129bridge/states/13/branches/3/absorbedPowerW
      Original loaded/open bridge → States → record 13 → Branches → record 4: bridge-load (l→r) → Idbridge-loadbridge/states/13/branches/4/id
      Original loaded/open bridge → States → record 13 → Branches → record 4: bridge-load (l→r) → Taillbridge/states/13/branches/4/tail
      Original loaded/open bridge → States → record 13 → Branches → record 4: bridge-load (l→r) → Headrbridge/states/13/branches/4/head
      Original loaded/open bridge → States → record 13 → Branches → record 4: bridge-load (l→r) → Oriented voltage drop (V)Exact reduced rational: 20/123bridge/states/13/branches/4/voltageV
      Original loaded/open bridge → States → record 13 → Branches → record 4: bridge-load (l→r) → Oriented current (A)Exact reduced rational: 4/123bridge/states/13/branches/4/currentA
      Original loaded/open bridge → States → record 13 → Branches → record 4: bridge-load (l→r) → Absorbed branch power p=v i (W)Exact reduced rational: 80/15129bridge/states/13/branches/4/absorbedPowerW
      Original loaded/open bridge → States → record 13 → Branches → record 5: source (top→0) → Idsourcebridge/states/13/branches/5/id
      Original loaded/open bridge → States → record 13 → Branches → record 5: source (top→0) → Tailtopbridge/states/13/branches/5/tail
      Original loaded/open bridge → States → record 13 → Branches → record 5: source (top→0) → Head0bridge/states/13/branches/5/head
      Original loaded/open bridge → States → record 13 → Branches → record 5: source (top→0) → Oriented voltage drop (V)Exact reduced rational: 6bridge/states/13/branches/5/voltageV
      Original loaded/open bridge → States → record 13 → Branches → record 5: source (top→0) → Oriented current (A)Exact reduced rational: -919/738bridge/states/13/branches/5/currentA
      Original loaded/open bridge → States → record 13 → Branches → record 5: source (top→0) → Absorbed branch power p=v i (W)Exact reduced rational: -919/123bridge/states/13/branches/5/absorbedPowerW
      Original loaded/open bridge → States → record 13 → Oriented KCL residual (A) → 0Exact reduced rational: 0bridge/states/13/kclResidualA/0
      Original loaded/open bridge → States → record 13 → Oriented KCL residual (A) → TopExact reduced rational: 0bridge/states/13/kclResidualA/top
      Original loaded/open bridge → States → record 13 → Oriented KCL residual (A) → LExact reduced rational: 0bridge/states/13/kclResidualA/l
      Original loaded/open bridge → States → record 13 → Oriented KCL residual (A) → RExact reduced rational: 0bridge/states/13/kclResidualA/r
      Original loaded/open bridge → States → record 13 → Total signed absorbed-power residual (W)Exact reduced rational: 0bridge/states/13/powerResidualW
      Original loaded/open bridge → States → record 13 → Voltage First Order (V)Exact reduced rational: 4/15bridge/states/13/voltageFirstOrderV
      Original loaded/open bridge → States → record 13 → Open Voltage Tangent Error (V)Exact reduced rational: 8/195bridge/states/13/openVoltageTangentErrorV
      Original loaded/open bridge → States → record 13 → Loaded Current First Order (A)Exact reduced rational: 4/145bridge/states/13/loadedCurrentFirstOrderA
      Original loaded/open bridge → States → record 13 → Loaded Current Tangent Error (A)Exact reduced rational: 88/17835bridge/states/13/loadedCurrentTangentErrorA
      Original loaded/open bridge → States → record 14 → Record index (metadata, not a measured scalar)7bridge/states/14/index
      Original loaded/open bridge → States → record 14 → Bridge fractional resistance change δ (dimensionless)Exact reduced rational: -3/20bridge/states/14/delta
      Original loaded/open bridge → States → record 14 → Load resistance R_L (Ω); null denotes opennull — not an ordinary number; see this source record’s domain/status.bridge/states/14/loadOhm
      Original loaded/open bridge → States → record 14 → Right Lower (Ω)Exact reduced rational: 34/5bridge/states/14/rightLowerOhm
      Original loaded/open bridge → States → record 14 → Node Potentials (V) → 0Exact reduced rational: 0bridge/states/14/nodePotentialsV/0
      Original loaded/open bridge → States → record 14 → Node Potentials (V) → TopExact reduced rational: 6bridge/states/14/nodePotentialsV/top
      Original loaded/open bridge → States → record 14 → Node Potentials (V) → LExact reduced rational: 4bridge/states/14/nodePotentialsV/l
      Original loaded/open bridge → States → record 14 → Node Potentials (V) → RExact reduced rational: 34/9bridge/states/14/nodePotentialsV/r
      Original loaded/open bridge → States → record 14 → Open Circuit Voltage (V)Exact reduced rational: 2/9bridge/states/14/openCircuitVoltageV
      Original loaded/open bridge → States → record 14 → Thevenin Resistance (Ω)Exact reduced rational: 122/27bridge/states/14/theveninResistanceOhm
      Original loaded/open bridge → States → record 14 → Meter current left→right (A)Exact reduced rational: 0bridge/states/14/meterCurrentA
      Original loaded/open bridge → States → record 14 → Branches → record 0: top-l (top→l) → Idtop-lbridge/states/14/branches/0/id
      Original loaded/open bridge → States → record 14 → Branches → record 0: top-l (top→l) → Tailtopbridge/states/14/branches/0/tail
      Original loaded/open bridge → States → record 14 → Branches → record 0: top-l (top→l) → Headlbridge/states/14/branches/0/head
      Original loaded/open bridge → States → record 14 → Branches → record 0: top-l (top→l) → Resistance (Ω)Exact reduced rational: 3bridge/states/14/branches/0/resistanceOhm
      Original loaded/open bridge → States → record 14 → Branches → record 0: top-l (top→l) → Oriented voltage drop (V)Exact reduced rational: 2bridge/states/14/branches/0/voltageV
      Original loaded/open bridge → States → record 14 → Branches → record 0: top-l (top→l) → Oriented current (A)Exact reduced rational: 2/3bridge/states/14/branches/0/currentA
      Original loaded/open bridge → States → record 14 → Branches → record 0: top-l (top→l) → Absorbed branch power p=v i (W)Exact reduced rational: 4/3bridge/states/14/branches/0/absorbedPowerW
      Original loaded/open bridge → States → record 14 → Branches → record 1: l-0 (l→0) → Idl-0bridge/states/14/branches/1/id
      Original loaded/open bridge → States → record 14 → Branches → record 1: l-0 (l→0) → Taillbridge/states/14/branches/1/tail
      Original loaded/open bridge → States → record 14 → Branches → record 1: l-0 (l→0) → Head0bridge/states/14/branches/1/head
      Original loaded/open bridge → States → record 14 → Branches → record 1: l-0 (l→0) → Resistance (Ω)Exact reduced rational: 6bridge/states/14/branches/1/resistanceOhm
      Original loaded/open bridge → States → record 14 → Branches → record 1: l-0 (l→0) → Oriented voltage drop (V)Exact reduced rational: 4bridge/states/14/branches/1/voltageV
      Original loaded/open bridge → States → record 14 → Branches → record 1: l-0 (l→0) → Oriented current (A)Exact reduced rational: 2/3bridge/states/14/branches/1/currentA
      Original loaded/open bridge → States → record 14 → Branches → record 1: l-0 (l→0) → Absorbed branch power p=v i (W)Exact reduced rational: 8/3bridge/states/14/branches/1/absorbedPowerW
      Original loaded/open bridge → States → record 14 → Branches → record 2: top-r (top→r) → Idtop-rbridge/states/14/branches/2/id
      Original loaded/open bridge → States → record 14 → Branches → record 2: top-r (top→r) → Tailtopbridge/states/14/branches/2/tail
      Original loaded/open bridge → States → record 14 → Branches → record 2: top-r (top→r) → Headrbridge/states/14/branches/2/head
      Original loaded/open bridge → States → record 14 → Branches → record 2: top-r (top→r) → Resistance (Ω)Exact reduced rational: 4bridge/states/14/branches/2/resistanceOhm
      Original loaded/open bridge → States → record 14 → Branches → record 2: top-r (top→r) → Oriented voltage drop (V)Exact reduced rational: 20/9bridge/states/14/branches/2/voltageV
      Original loaded/open bridge → States → record 14 → Branches → record 2: top-r (top→r) → Oriented current (A)Exact reduced rational: 5/9bridge/states/14/branches/2/currentA
      Original loaded/open bridge → States → record 14 → Branches → record 2: top-r (top→r) → Absorbed branch power p=v i (W)Exact reduced rational: 100/81bridge/states/14/branches/2/absorbedPowerW
      Original loaded/open bridge → States → record 14 → Branches → record 3: r-0 (r→0) → Idr-0bridge/states/14/branches/3/id
      Original loaded/open bridge → States → record 14 → Branches → record 3: r-0 (r→0) → Tailrbridge/states/14/branches/3/tail
      Original loaded/open bridge → States → record 14 → Branches → record 3: r-0 (r→0) → Head0bridge/states/14/branches/3/head
      Original loaded/open bridge → States → record 14 → Branches → record 3: r-0 (r→0) → Resistance (Ω)Exact reduced rational: 34/5bridge/states/14/branches/3/resistanceOhm
      Original loaded/open bridge → States → record 14 → Branches → record 3: r-0 (r→0) → Oriented voltage drop (V)Exact reduced rational: 34/9bridge/states/14/branches/3/voltageV
      Original loaded/open bridge → States → record 14 → Branches → record 3: r-0 (r→0) → Oriented current (A)Exact reduced rational: 5/9bridge/states/14/branches/3/currentA
      Original loaded/open bridge → States → record 14 → Branches → record 3: r-0 (r→0) → Absorbed branch power p=v i (W)Exact reduced rational: 170/81bridge/states/14/branches/3/absorbedPowerW
      Original loaded/open bridge → States → record 14 → Branches → record 4: bridge-load (l→r) → Idbridge-loadbridge/states/14/branches/4/id
      Original loaded/open bridge → States → record 14 → Branches → record 4: bridge-load (l→r) → Taillbridge/states/14/branches/4/tail
      Original loaded/open bridge → States → record 14 → Branches → record 4: bridge-load (l→r) → Headrbridge/states/14/branches/4/head
      Original loaded/open bridge → States → record 14 → Branches → record 4: bridge-load (l→r) → Oriented voltage drop (V)Exact reduced rational: 2/9bridge/states/14/branches/4/voltageV
      Original loaded/open bridge → States → record 14 → Branches → record 4: bridge-load (l→r) → Oriented current (A)Exact reduced rational: 0bridge/states/14/branches/4/currentA
      Original loaded/open bridge → States → record 14 → Branches → record 4: bridge-load (l→r) → Absorbed branch power p=v i (W)Exact reduced rational: 0bridge/states/14/branches/4/absorbedPowerW
      Original loaded/open bridge → States → record 14 → Branches → record 5: source (top→0) → Idsourcebridge/states/14/branches/5/id
      Original loaded/open bridge → States → record 14 → Branches → record 5: source (top→0) → Tailtopbridge/states/14/branches/5/tail
      Original loaded/open bridge → States → record 14 → Branches → record 5: source (top→0) → Head0bridge/states/14/branches/5/head
      Original loaded/open bridge → States → record 14 → Branches → record 5: source (top→0) → Oriented voltage drop (V)Exact reduced rational: 6bridge/states/14/branches/5/voltageV
      Original loaded/open bridge → States → record 14 → Branches → record 5: source (top→0) → Oriented current (A)Exact reduced rational: -11/9bridge/states/14/branches/5/currentA
      Original loaded/open bridge → States → record 14 → Branches → record 5: source (top→0) → Absorbed branch power p=v i (W)Exact reduced rational: -22/3bridge/states/14/branches/5/absorbedPowerW
      Original loaded/open bridge → States → record 14 → Oriented KCL residual (A) → 0Exact reduced rational: 0bridge/states/14/kclResidualA/0
      Original loaded/open bridge → States → record 14 → Oriented KCL residual (A) → TopExact reduced rational: 0bridge/states/14/kclResidualA/top
      Original loaded/open bridge → States → record 14 → Oriented KCL residual (A) → LExact reduced rational: 0bridge/states/14/kclResidualA/l
      Original loaded/open bridge → States → record 14 → Oriented KCL residual (A) → RExact reduced rational: 0bridge/states/14/kclResidualA/r
      Original loaded/open bridge → States → record 14 → Total signed absorbed-power residual (W)Exact reduced rational: 0bridge/states/14/powerResidualW
      Original loaded/open bridge → States → record 14 → Voltage First Order (V)Exact reduced rational: 1/5bridge/states/14/voltageFirstOrderV
      Original loaded/open bridge → States → record 14 → Open Voltage Tangent Error (V)Exact reduced rational: 1/45bridge/states/14/openVoltageTangentErrorV
      Original loaded/open bridge → States → record 14 → Loaded Current First Order (A)Exact reduced rational: 3/145bridge/states/14/loadedCurrentFirstOrderA
      Original loaded/open bridge → States → record 14 → Loaded Current Tangent Error (A)null — not an ordinary number; see this source record’s domain/status.bridge/states/14/loadedCurrentTangentErrorA
      Original loaded/open bridge → States → record 15 → Record index (metadata, not a measured scalar)7bridge/states/15/index
      Original loaded/open bridge → States → record 15 → Bridge fractional resistance change δ (dimensionless)Exact reduced rational: -3/20bridge/states/15/delta
      Original loaded/open bridge → States → record 15 → Load resistance R_L (Ω); null denotes openExact reduced rational: 5bridge/states/15/loadOhm
      Original loaded/open bridge → States → record 15 → Right Lower (Ω)Exact reduced rational: 34/5bridge/states/15/rightLowerOhm
      Original loaded/open bridge → States → record 15 → Node Potentials (V) → 0Exact reduced rational: 0bridge/states/15/nodePotentialsV/0
      Original loaded/open bridge → States → record 15 → Node Potentials (V) → TopExact reduced rational: 6bridge/states/15/nodePotentialsV/top
      Original loaded/open bridge → States → record 15 → Node Potentials (V) → LExact reduced rational: 1016/257bridge/states/15/nodePotentialsV/l
      Original loaded/open bridge → States → record 15 → Node Potentials (V) → RExact reduced rational: 986/257bridge/states/15/nodePotentialsV/r
      Original loaded/open bridge → States → record 15 → Open Circuit Voltage (V)Exact reduced rational: 2/9bridge/states/15/openCircuitVoltageV
      Original loaded/open bridge → States → record 15 → Thevenin Resistance (Ω)Exact reduced rational: 122/27bridge/states/15/theveninResistanceOhm
      Original loaded/open bridge → States → record 15 → Meter current left→right (A)Exact reduced rational: 6/257bridge/states/15/meterCurrentA
      Original loaded/open bridge → States → record 15 → Branches → record 0: top-l (top→l) → Idtop-lbridge/states/15/branches/0/id
      Original loaded/open bridge → States → record 15 → Branches → record 0: top-l (top→l) → Tailtopbridge/states/15/branches/0/tail
      Original loaded/open bridge → States → record 15 → Branches → record 0: top-l (top→l) → Headlbridge/states/15/branches/0/head
      Original loaded/open bridge → States → record 15 → Branches → record 0: top-l (top→l) → Resistance (Ω)Exact reduced rational: 3bridge/states/15/branches/0/resistanceOhm
      Original loaded/open bridge → States → record 15 → Branches → record 0: top-l (top→l) → Oriented voltage drop (V)Exact reduced rational: 526/257bridge/states/15/branches/0/voltageV
      Original loaded/open bridge → States → record 15 → Branches → record 0: top-l (top→l) → Oriented current (A)Exact reduced rational: 526/771bridge/states/15/branches/0/currentA
      Original loaded/open bridge → States → record 15 → Branches → record 0: top-l (top→l) → Absorbed branch power p=v i (W)Exact reduced rational: 276676/198147bridge/states/15/branches/0/absorbedPowerW
      Original loaded/open bridge → States → record 15 → Branches → record 1: l-0 (l→0) → Idl-0bridge/states/15/branches/1/id
      Original loaded/open bridge → States → record 15 → Branches → record 1: l-0 (l→0) → Taillbridge/states/15/branches/1/tail
      Original loaded/open bridge → States → record 15 → Branches → record 1: l-0 (l→0) → Head0bridge/states/15/branches/1/head
      Original loaded/open bridge → States → record 15 → Branches → record 1: l-0 (l→0) → Resistance (Ω)Exact reduced rational: 6bridge/states/15/branches/1/resistanceOhm
      Original loaded/open bridge → States → record 15 → Branches → record 1: l-0 (l→0) → Oriented voltage drop (V)Exact reduced rational: 1016/257bridge/states/15/branches/1/voltageV
      Original loaded/open bridge → States → record 15 → Branches → record 1: l-0 (l→0) → Oriented current (A)Exact reduced rational: 508/771bridge/states/15/branches/1/currentA
      Original loaded/open bridge → States → record 15 → Branches → record 1: l-0 (l→0) → Absorbed branch power p=v i (W)Exact reduced rational: 516128/198147bridge/states/15/branches/1/absorbedPowerW
      Original loaded/open bridge → States → record 15 → Branches → record 2: top-r (top→r) → Idtop-rbridge/states/15/branches/2/id
      Original loaded/open bridge → States → record 15 → Branches → record 2: top-r (top→r) → Tailtopbridge/states/15/branches/2/tail
      Original loaded/open bridge → States → record 15 → Branches → record 2: top-r (top→r) → Headrbridge/states/15/branches/2/head
      Original loaded/open bridge → States → record 15 → Branches → record 2: top-r (top→r) → Resistance (Ω)Exact reduced rational: 4bridge/states/15/branches/2/resistanceOhm
      Original loaded/open bridge → States → record 15 → Branches → record 2: top-r (top→r) → Oriented voltage drop (V)Exact reduced rational: 556/257bridge/states/15/branches/2/voltageV
      Original loaded/open bridge → States → record 15 → Branches → record 2: top-r (top→r) → Oriented current (A)Exact reduced rational: 139/257bridge/states/15/branches/2/currentA
      Original loaded/open bridge → States → record 15 → Branches → record 2: top-r (top→r) → Absorbed branch power p=v i (W)Exact reduced rational: 77284/66049bridge/states/15/branches/2/absorbedPowerW
      Original loaded/open bridge → States → record 15 → Branches → record 3: r-0 (r→0) → Idr-0bridge/states/15/branches/3/id
      Original loaded/open bridge → States → record 15 → Branches → record 3: r-0 (r→0) → Tailrbridge/states/15/branches/3/tail
      Original loaded/open bridge → States → record 15 → Branches → record 3: r-0 (r→0) → Head0bridge/states/15/branches/3/head
      Original loaded/open bridge → States → record 15 → Branches → record 3: r-0 (r→0) → Resistance (Ω)Exact reduced rational: 34/5bridge/states/15/branches/3/resistanceOhm
      Original loaded/open bridge → States → record 15 → Branches → record 3: r-0 (r→0) → Oriented voltage drop (V)Exact reduced rational: 986/257bridge/states/15/branches/3/voltageV
      Original loaded/open bridge → States → record 15 → Branches → record 3: r-0 (r→0) → Oriented current (A)Exact reduced rational: 145/257bridge/states/15/branches/3/currentA
      Original loaded/open bridge → States → record 15 → Branches → record 3: r-0 (r→0) → Absorbed branch power p=v i (W)Exact reduced rational: 142970/66049bridge/states/15/branches/3/absorbedPowerW
      Original loaded/open bridge → States → record 15 → Branches → record 4: bridge-load (l→r) → Idbridge-loadbridge/states/15/branches/4/id
      Original loaded/open bridge → States → record 15 → Branches → record 4: bridge-load (l→r) → Taillbridge/states/15/branches/4/tail
      Original loaded/open bridge → States → record 15 → Branches → record 4: bridge-load (l→r) → Headrbridge/states/15/branches/4/head
      Original loaded/open bridge → States → record 15 → Branches → record 4: bridge-load (l→r) → Oriented voltage drop (V)Exact reduced rational: 30/257bridge/states/15/branches/4/voltageV
      Original loaded/open bridge → States → record 15 → Branches → record 4: bridge-load (l→r) → Oriented current (A)Exact reduced rational: 6/257bridge/states/15/branches/4/currentA
      Original loaded/open bridge → States → record 15 → Branches → record 4: bridge-load (l→r) → Absorbed branch power p=v i (W)Exact reduced rational: 180/66049bridge/states/15/branches/4/absorbedPowerW
      Original loaded/open bridge → States → record 15 → Branches → record 5: source (top→0) → Idsourcebridge/states/15/branches/5/id
      Original loaded/open bridge → States → record 15 → Branches → record 5: source (top→0) → Tailtopbridge/states/15/branches/5/tail
      Original loaded/open bridge → States → record 15 → Branches → record 5: source (top→0) → Head0bridge/states/15/branches/5/head
      Original loaded/open bridge → States → record 15 → Branches → record 5: source (top→0) → Oriented voltage drop (V)Exact reduced rational: 6bridge/states/15/branches/5/voltageV
      Original loaded/open bridge → States → record 15 → Branches → record 5: source (top→0) → Oriented current (A)Exact reduced rational: -943/771bridge/states/15/branches/5/currentA
      Original loaded/open bridge → States → record 15 → Branches → record 5: source (top→0) → Absorbed branch power p=v i (W)Exact reduced rational: -1886/257bridge/states/15/branches/5/absorbedPowerW
      Original loaded/open bridge → States → record 15 → Oriented KCL residual (A) → 0Exact reduced rational: 0bridge/states/15/kclResidualA/0
      Original loaded/open bridge → States → record 15 → Oriented KCL residual (A) → TopExact reduced rational: 0bridge/states/15/kclResidualA/top
      Original loaded/open bridge → States → record 15 → Oriented KCL residual (A) → LExact reduced rational: 0bridge/states/15/kclResidualA/l
      Original loaded/open bridge → States → record 15 → Oriented KCL residual (A) → RExact reduced rational: 0bridge/states/15/kclResidualA/r
      Original loaded/open bridge → States → record 15 → Total signed absorbed-power residual (W)Exact reduced rational: 0bridge/states/15/powerResidualW
      Original loaded/open bridge → States → record 15 → Voltage First Order (V)Exact reduced rational: 1/5bridge/states/15/voltageFirstOrderV
      Original loaded/open bridge → States → record 15 → Open Voltage Tangent Error (V)Exact reduced rational: 1/45bridge/states/15/openVoltageTangentErrorV
      Original loaded/open bridge → States → record 15 → Loaded Current First Order (A)Exact reduced rational: 3/145bridge/states/15/loadedCurrentFirstOrderA
      Original loaded/open bridge → States → record 15 → Loaded Current Tangent Error (A)Exact reduced rational: 99/37265bridge/states/15/loadedCurrentTangentErrorA
      Original loaded/open bridge → States → record 16 → Record index (metadata, not a measured scalar)8bridge/states/16/index
      Original loaded/open bridge → States → record 16 → Bridge fractional resistance change δ (dimensionless)Exact reduced rational: -1/10bridge/states/16/delta
      Original loaded/open bridge → States → record 16 → Load resistance R_L (Ω); null denotes opennull — not an ordinary number; see this source record’s domain/status.bridge/states/16/loadOhm
      Original loaded/open bridge → States → record 16 → Right Lower (Ω)Exact reduced rational: 36/5bridge/states/16/rightLowerOhm
      Original loaded/open bridge → States → record 16 → Node Potentials (V) → 0Exact reduced rational: 0bridge/states/16/nodePotentialsV/0
      Original loaded/open bridge → States → record 16 → Node Potentials (V) → TopExact reduced rational: 6bridge/states/16/nodePotentialsV/top
      Original loaded/open bridge → States → record 16 → Node Potentials (V) → LExact reduced rational: 4bridge/states/16/nodePotentialsV/l
      Original loaded/open bridge → States → record 16 → Node Potentials (V) → RExact reduced rational: 27/7bridge/states/16/nodePotentialsV/r
      Original loaded/open bridge → States → record 16 → Open Circuit Voltage (V)Exact reduced rational: 1/7bridge/states/16/openCircuitVoltageV
      Original loaded/open bridge → States → record 16 → Thevenin Resistance (Ω)Exact reduced rational: 32/7bridge/states/16/theveninResistanceOhm
      Original loaded/open bridge → States → record 16 → Meter current left→right (A)Exact reduced rational: 0bridge/states/16/meterCurrentA
      Original loaded/open bridge → States → record 16 → Branches → record 0: top-l (top→l) → Idtop-lbridge/states/16/branches/0/id
      Original loaded/open bridge → States → record 16 → Branches → record 0: top-l (top→l) → Tailtopbridge/states/16/branches/0/tail
      Original loaded/open bridge → States → record 16 → Branches → record 0: top-l (top→l) → Headlbridge/states/16/branches/0/head
      Original loaded/open bridge → States → record 16 → Branches → record 0: top-l (top→l) → Resistance (Ω)Exact reduced rational: 3bridge/states/16/branches/0/resistanceOhm
      Original loaded/open bridge → States → record 16 → Branches → record 0: top-l (top→l) → Oriented voltage drop (V)Exact reduced rational: 2bridge/states/16/branches/0/voltageV
      Original loaded/open bridge → States → record 16 → Branches → record 0: top-l (top→l) → Oriented current (A)Exact reduced rational: 2/3bridge/states/16/branches/0/currentA
      Original loaded/open bridge → States → record 16 → Branches → record 0: top-l (top→l) → Absorbed branch power p=v i (W)Exact reduced rational: 4/3bridge/states/16/branches/0/absorbedPowerW
      Original loaded/open bridge → States → record 16 → Branches → record 1: l-0 (l→0) → Idl-0bridge/states/16/branches/1/id
      Original loaded/open bridge → States → record 16 → Branches → record 1: l-0 (l→0) → Taillbridge/states/16/branches/1/tail
      Original loaded/open bridge → States → record 16 → Branches → record 1: l-0 (l→0) → Head0bridge/states/16/branches/1/head
      Original loaded/open bridge → States → record 16 → Branches → record 1: l-0 (l→0) → Resistance (Ω)Exact reduced rational: 6bridge/states/16/branches/1/resistanceOhm
      Original loaded/open bridge → States → record 16 → Branches → record 1: l-0 (l→0) → Oriented voltage drop (V)Exact reduced rational: 4bridge/states/16/branches/1/voltageV
      Original loaded/open bridge → States → record 16 → Branches → record 1: l-0 (l→0) → Oriented current (A)Exact reduced rational: 2/3bridge/states/16/branches/1/currentA
      Original loaded/open bridge → States → record 16 → Branches → record 1: l-0 (l→0) → Absorbed branch power p=v i (W)Exact reduced rational: 8/3bridge/states/16/branches/1/absorbedPowerW
      Original loaded/open bridge → States → record 16 → Branches → record 2: top-r (top→r) → Idtop-rbridge/states/16/branches/2/id
      Original loaded/open bridge → States → record 16 → Branches → record 2: top-r (top→r) → Tailtopbridge/states/16/branches/2/tail
      Original loaded/open bridge → States → record 16 → Branches → record 2: top-r (top→r) → Headrbridge/states/16/branches/2/head
      Original loaded/open bridge → States → record 16 → Branches → record 2: top-r (top→r) → Resistance (Ω)Exact reduced rational: 4bridge/states/16/branches/2/resistanceOhm
      Original loaded/open bridge → States → record 16 → Branches → record 2: top-r (top→r) → Oriented voltage drop (V)Exact reduced rational: 15/7bridge/states/16/branches/2/voltageV
      Original loaded/open bridge → States → record 16 → Branches → record 2: top-r (top→r) → Oriented current (A)Exact reduced rational: 15/28bridge/states/16/branches/2/currentA
      Original loaded/open bridge → States → record 16 → Branches → record 2: top-r (top→r) → Absorbed branch power p=v i (W)Exact reduced rational: 225/196bridge/states/16/branches/2/absorbedPowerW
      Original loaded/open bridge → States → record 16 → Branches → record 3: r-0 (r→0) → Idr-0bridge/states/16/branches/3/id
      Original loaded/open bridge → States → record 16 → Branches → record 3: r-0 (r→0) → Tailrbridge/states/16/branches/3/tail
      Original loaded/open bridge → States → record 16 → Branches → record 3: r-0 (r→0) → Head0bridge/states/16/branches/3/head
      Original loaded/open bridge → States → record 16 → Branches → record 3: r-0 (r→0) → Resistance (Ω)Exact reduced rational: 36/5bridge/states/16/branches/3/resistanceOhm
      Original loaded/open bridge → States → record 16 → Branches → record 3: r-0 (r→0) → Oriented voltage drop (V)Exact reduced rational: 27/7bridge/states/16/branches/3/voltageV
      Original loaded/open bridge → States → record 16 → Branches → record 3: r-0 (r→0) → Oriented current (A)Exact reduced rational: 15/28bridge/states/16/branches/3/currentA
      Original loaded/open bridge → States → record 16 → Branches → record 3: r-0 (r→0) → Absorbed branch power p=v i (W)Exact reduced rational: 405/196bridge/states/16/branches/3/absorbedPowerW
      Original loaded/open bridge → States → record 16 → Branches → record 4: bridge-load (l→r) → Idbridge-loadbridge/states/16/branches/4/id
      Original loaded/open bridge → States → record 16 → Branches → record 4: bridge-load (l→r) → Taillbridge/states/16/branches/4/tail
      Original loaded/open bridge → States → record 16 → Branches → record 4: bridge-load (l→r) → Headrbridge/states/16/branches/4/head
      Original loaded/open bridge → States → record 16 → Branches → record 4: bridge-load (l→r) → Oriented voltage drop (V)Exact reduced rational: 1/7bridge/states/16/branches/4/voltageV
      Original loaded/open bridge → States → record 16 → Branches → record 4: bridge-load (l→r) → Oriented current (A)Exact reduced rational: 0bridge/states/16/branches/4/currentA
      Original loaded/open bridge → States → record 16 → Branches → record 4: bridge-load (l→r) → Absorbed branch power p=v i (W)Exact reduced rational: 0bridge/states/16/branches/4/absorbedPowerW
      Original loaded/open bridge → States → record 16 → Branches → record 5: source (top→0) → Idsourcebridge/states/16/branches/5/id
      Original loaded/open bridge → States → record 16 → Branches → record 5: source (top→0) → Tailtopbridge/states/16/branches/5/tail
      Original loaded/open bridge → States → record 16 → Branches → record 5: source (top→0) → Head0bridge/states/16/branches/5/head
      Original loaded/open bridge → States → record 16 → Branches → record 5: source (top→0) → Oriented voltage drop (V)Exact reduced rational: 6bridge/states/16/branches/5/voltageV
      Original loaded/open bridge → States → record 16 → Branches → record 5: source (top→0) → Oriented current (A)Exact reduced rational: -101/84bridge/states/16/branches/5/currentA
      Original loaded/open bridge → States → record 16 → Branches → record 5: source (top→0) → Absorbed branch power p=v i (W)Exact reduced rational: -101/14bridge/states/16/branches/5/absorbedPowerW
      Original loaded/open bridge → States → record 16 → Oriented KCL residual (A) → 0Exact reduced rational: 0bridge/states/16/kclResidualA/0
      Original loaded/open bridge → States → record 16 → Oriented KCL residual (A) → TopExact reduced rational: 0bridge/states/16/kclResidualA/top
      Original loaded/open bridge → States → record 16 → Oriented KCL residual (A) → LExact reduced rational: 0bridge/states/16/kclResidualA/l
      Original loaded/open bridge → States → record 16 → Oriented KCL residual (A) → RExact reduced rational: 0bridge/states/16/kclResidualA/r
      Original loaded/open bridge → States → record 16 → Total signed absorbed-power residual (W)Exact reduced rational: 0bridge/states/16/powerResidualW
      Original loaded/open bridge → States → record 16 → Voltage First Order (V)Exact reduced rational: 2/15bridge/states/16/voltageFirstOrderV
      Original loaded/open bridge → States → record 16 → Open Voltage Tangent Error (V)Exact reduced rational: 1/105bridge/states/16/openVoltageTangentErrorV
      Original loaded/open bridge → States → record 16 → Loaded Current First Order (A)Exact reduced rational: 2/145bridge/states/16/loadedCurrentFirstOrderA
      Original loaded/open bridge → States → record 16 → Loaded Current Tangent Error (A)null — not an ordinary number; see this source record’s domain/status.bridge/states/16/loadedCurrentTangentErrorA
      Original loaded/open bridge → States → record 17 → Record index (metadata, not a measured scalar)8bridge/states/17/index
      Original loaded/open bridge → States → record 17 → Bridge fractional resistance change δ (dimensionless)Exact reduced rational: -1/10bridge/states/17/delta
      Original loaded/open bridge → States → record 17 → Load resistance R_L (Ω); null denotes openExact reduced rational: 5bridge/states/17/loadOhm
      Original loaded/open bridge → States → record 17 → Right Lower (Ω)Exact reduced rational: 36/5bridge/states/17/rightLowerOhm
      Original loaded/open bridge → States → record 17 → Node Potentials (V) → 0Exact reduced rational: 0bridge/states/17/nodePotentialsV/0
      Original loaded/open bridge → States → record 17 → Node Potentials (V) → TopExact reduced rational: 6bridge/states/17/nodePotentialsV/top
      Original loaded/open bridge → States → record 17 → Node Potentials (V) → LExact reduced rational: 266/67bridge/states/17/nodePotentialsV/l
      Original loaded/open bridge → States → record 17 → Node Potentials (V) → RExact reduced rational: 261/67bridge/states/17/nodePotentialsV/r
      Original loaded/open bridge → States → record 17 → Open Circuit Voltage (V)Exact reduced rational: 1/7bridge/states/17/openCircuitVoltageV
      Original loaded/open bridge → States → record 17 → Thevenin Resistance (Ω)Exact reduced rational: 32/7bridge/states/17/theveninResistanceOhm
      Original loaded/open bridge → States → record 17 → Meter current left→right (A)Exact reduced rational: 1/67bridge/states/17/meterCurrentA
      Original loaded/open bridge → States → record 17 → Branches → record 0: top-l (top→l) → Idtop-lbridge/states/17/branches/0/id
      Original loaded/open bridge → States → record 17 → Branches → record 0: top-l (top→l) → Tailtopbridge/states/17/branches/0/tail
      Original loaded/open bridge → States → record 17 → Branches → record 0: top-l (top→l) → Headlbridge/states/17/branches/0/head
      Original loaded/open bridge → States → record 17 → Branches → record 0: top-l (top→l) → Resistance (Ω)Exact reduced rational: 3bridge/states/17/branches/0/resistanceOhm
      Original loaded/open bridge → States → record 17 → Branches → record 0: top-l (top→l) → Oriented voltage drop (V)Exact reduced rational: 136/67bridge/states/17/branches/0/voltageV
      Original loaded/open bridge → States → record 17 → Branches → record 0: top-l (top→l) → Oriented current (A)Exact reduced rational: 136/201bridge/states/17/branches/0/currentA
      Original loaded/open bridge → States → record 17 → Branches → record 0: top-l (top→l) → Absorbed branch power p=v i (W)Exact reduced rational: 18496/13467bridge/states/17/branches/0/absorbedPowerW
      Original loaded/open bridge → States → record 17 → Branches → record 1: l-0 (l→0) → Idl-0bridge/states/17/branches/1/id
      Original loaded/open bridge → States → record 17 → Branches → record 1: l-0 (l→0) → Taillbridge/states/17/branches/1/tail
      Original loaded/open bridge → States → record 17 → Branches → record 1: l-0 (l→0) → Head0bridge/states/17/branches/1/head
      Original loaded/open bridge → States → record 17 → Branches → record 1: l-0 (l→0) → Resistance (Ω)Exact reduced rational: 6bridge/states/17/branches/1/resistanceOhm
      Original loaded/open bridge → States → record 17 → Branches → record 1: l-0 (l→0) → Oriented voltage drop (V)Exact reduced rational: 266/67bridge/states/17/branches/1/voltageV
      Original loaded/open bridge → States → record 17 → Branches → record 1: l-0 (l→0) → Oriented current (A)Exact reduced rational: 133/201bridge/states/17/branches/1/currentA
      Original loaded/open bridge → States → record 17 → Branches → record 1: l-0 (l→0) → Absorbed branch power p=v i (W)Exact reduced rational: 35378/13467bridge/states/17/branches/1/absorbedPowerW
      Original loaded/open bridge → States → record 17 → Branches → record 2: top-r (top→r) → Idtop-rbridge/states/17/branches/2/id
      Original loaded/open bridge → States → record 17 → Branches → record 2: top-r (top→r) → Tailtopbridge/states/17/branches/2/tail
      Original loaded/open bridge → States → record 17 → Branches → record 2: top-r (top→r) → Headrbridge/states/17/branches/2/head
      Original loaded/open bridge → States → record 17 → Branches → record 2: top-r (top→r) → Resistance (Ω)Exact reduced rational: 4bridge/states/17/branches/2/resistanceOhm
      Original loaded/open bridge → States → record 17 → Branches → record 2: top-r (top→r) → Oriented voltage drop (V)Exact reduced rational: 141/67bridge/states/17/branches/2/voltageV
      Original loaded/open bridge → States → record 17 → Branches → record 2: top-r (top→r) → Oriented current (A)Exact reduced rational: 141/268bridge/states/17/branches/2/currentA
      Original loaded/open bridge → States → record 17 → Branches → record 2: top-r (top→r) → Absorbed branch power p=v i (W)Exact reduced rational: 19881/17956bridge/states/17/branches/2/absorbedPowerW
      Original loaded/open bridge → States → record 17 → Branches → record 3: r-0 (r→0) → Idr-0bridge/states/17/branches/3/id
      Original loaded/open bridge → States → record 17 → Branches → record 3: r-0 (r→0) → Tailrbridge/states/17/branches/3/tail
      Original loaded/open bridge → States → record 17 → Branches → record 3: r-0 (r→0) → Head0bridge/states/17/branches/3/head
      Original loaded/open bridge → States → record 17 → Branches → record 3: r-0 (r→0) → Resistance (Ω)Exact reduced rational: 36/5bridge/states/17/branches/3/resistanceOhm
      Original loaded/open bridge → States → record 17 → Branches → record 3: r-0 (r→0) → Oriented voltage drop (V)Exact reduced rational: 261/67bridge/states/17/branches/3/voltageV
      Original loaded/open bridge → States → record 17 → Branches → record 3: r-0 (r→0) → Oriented current (A)Exact reduced rational: 145/268bridge/states/17/branches/3/currentA
      Original loaded/open bridge → States → record 17 → Branches → record 3: r-0 (r→0) → Absorbed branch power p=v i (W)Exact reduced rational: 37845/17956bridge/states/17/branches/3/absorbedPowerW
      Original loaded/open bridge → States → record 17 → Branches → record 4: bridge-load (l→r) → Idbridge-loadbridge/states/17/branches/4/id
      Original loaded/open bridge → States → record 17 → Branches → record 4: bridge-load (l→r) → Taillbridge/states/17/branches/4/tail
      Original loaded/open bridge → States → record 17 → Branches → record 4: bridge-load (l→r) → Headrbridge/states/17/branches/4/head
      Original loaded/open bridge → States → record 17 → Branches → record 4: bridge-load (l→r) → Oriented voltage drop (V)Exact reduced rational: 5/67bridge/states/17/branches/4/voltageV
      Original loaded/open bridge → States → record 17 → Branches → record 4: bridge-load (l→r) → Oriented current (A)Exact reduced rational: 1/67bridge/states/17/branches/4/currentA
      Original loaded/open bridge → States → record 17 → Branches → record 4: bridge-load (l→r) → Absorbed branch power p=v i (W)Exact reduced rational: 5/4489bridge/states/17/branches/4/absorbedPowerW
      Original loaded/open bridge → States → record 17 → Branches → record 5: source (top→0) → Idsourcebridge/states/17/branches/5/id
      Original loaded/open bridge → States → record 17 → Branches → record 5: source (top→0) → Tailtopbridge/states/17/branches/5/tail
      Original loaded/open bridge → States → record 17 → Branches → record 5: source (top→0) → Head0bridge/states/17/branches/5/head
      Original loaded/open bridge → States → record 17 → Branches → record 5: source (top→0) → Oriented voltage drop (V)Exact reduced rational: 6bridge/states/17/branches/5/voltageV
      Original loaded/open bridge → States → record 17 → Branches → record 5: source (top→0) → Oriented current (A)Exact reduced rational: -967/804bridge/states/17/branches/5/currentA
      Original loaded/open bridge → States → record 17 → Branches → record 5: source (top→0) → Absorbed branch power p=v i (W)Exact reduced rational: -967/134bridge/states/17/branches/5/absorbedPowerW
      Original loaded/open bridge → States → record 17 → Oriented KCL residual (A) → 0Exact reduced rational: 0bridge/states/17/kclResidualA/0
      Original loaded/open bridge → States → record 17 → Oriented KCL residual (A) → TopExact reduced rational: 0bridge/states/17/kclResidualA/top
      Original loaded/open bridge → States → record 17 → Oriented KCL residual (A) → LExact reduced rational: 0bridge/states/17/kclResidualA/l
      Original loaded/open bridge → States → record 17 → Oriented KCL residual (A) → RExact reduced rational: 0bridge/states/17/kclResidualA/r
      Original loaded/open bridge → States → record 17 → Total signed absorbed-power residual (W)Exact reduced rational: 0bridge/states/17/powerResidualW
      Original loaded/open bridge → States → record 17 → Voltage First Order (V)Exact reduced rational: 2/15bridge/states/17/voltageFirstOrderV
      Original loaded/open bridge → States → record 17 → Open Voltage Tangent Error (V)Exact reduced rational: 1/105bridge/states/17/openVoltageTangentErrorV
      Original loaded/open bridge → States → record 17 → Loaded Current First Order (A)Exact reduced rational: 2/145bridge/states/17/loadedCurrentFirstOrderA
      Original loaded/open bridge → States → record 17 → Loaded Current Tangent Error (A)Exact reduced rational: 11/9715bridge/states/17/loadedCurrentTangentErrorA
      Original loaded/open bridge → States → record 18 → Record index (metadata, not a measured scalar)9bridge/states/18/index
      Original loaded/open bridge → States → record 18 → Bridge fractional resistance change δ (dimensionless)Exact reduced rational: -1/20bridge/states/18/delta
      Original loaded/open bridge → States → record 18 → Load resistance R_L (Ω); null denotes opennull — not an ordinary number; see this source record’s domain/status.bridge/states/18/loadOhm
      Original loaded/open bridge → States → record 18 → Right Lower (Ω)Exact reduced rational: 38/5bridge/states/18/rightLowerOhm
      Original loaded/open bridge → States → record 18 → Node Potentials (V) → 0Exact reduced rational: 0bridge/states/18/nodePotentialsV/0
      Original loaded/open bridge → States → record 18 → Node Potentials (V) → TopExact reduced rational: 6bridge/states/18/nodePotentialsV/top
      Original loaded/open bridge → States → record 18 → Node Potentials (V) → LExact reduced rational: 4bridge/states/18/nodePotentialsV/l
      Original loaded/open bridge → States → record 18 → Node Potentials (V) → RExact reduced rational: 114/29bridge/states/18/nodePotentialsV/r
      Original loaded/open bridge → States → record 18 → Open Circuit Voltage (V)Exact reduced rational: 2/29bridge/states/18/openCircuitVoltageV
      Original loaded/open bridge → States → record 18 → Thevenin Resistance (Ω)Exact reduced rational: 134/29bridge/states/18/theveninResistanceOhm
      Original loaded/open bridge → States → record 18 → Meter current left→right (A)Exact reduced rational: 0bridge/states/18/meterCurrentA
      Original loaded/open bridge → States → record 18 → Branches → record 0: top-l (top→l) → Idtop-lbridge/states/18/branches/0/id
      Original loaded/open bridge → States → record 18 → Branches → record 0: top-l (top→l) → Tailtopbridge/states/18/branches/0/tail
      Original loaded/open bridge → States → record 18 → Branches → record 0: top-l (top→l) → Headlbridge/states/18/branches/0/head
      Original loaded/open bridge → States → record 18 → Branches → record 0: top-l (top→l) → Resistance (Ω)Exact reduced rational: 3bridge/states/18/branches/0/resistanceOhm
      Original loaded/open bridge → States → record 18 → Branches → record 0: top-l (top→l) → Oriented voltage drop (V)Exact reduced rational: 2bridge/states/18/branches/0/voltageV
      Original loaded/open bridge → States → record 18 → Branches → record 0: top-l (top→l) → Oriented current (A)Exact reduced rational: 2/3bridge/states/18/branches/0/currentA
      Original loaded/open bridge → States → record 18 → Branches → record 0: top-l (top→l) → Absorbed branch power p=v i (W)Exact reduced rational: 4/3bridge/states/18/branches/0/absorbedPowerW
      Original loaded/open bridge → States → record 18 → Branches → record 1: l-0 (l→0) → Idl-0bridge/states/18/branches/1/id
      Original loaded/open bridge → States → record 18 → Branches → record 1: l-0 (l→0) → Taillbridge/states/18/branches/1/tail
      Original loaded/open bridge → States → record 18 → Branches → record 1: l-0 (l→0) → Head0bridge/states/18/branches/1/head
      Original loaded/open bridge → States → record 18 → Branches → record 1: l-0 (l→0) → Resistance (Ω)Exact reduced rational: 6bridge/states/18/branches/1/resistanceOhm
      Original loaded/open bridge → States → record 18 → Branches → record 1: l-0 (l→0) → Oriented voltage drop (V)Exact reduced rational: 4bridge/states/18/branches/1/voltageV
      Original loaded/open bridge → States → record 18 → Branches → record 1: l-0 (l→0) → Oriented current (A)Exact reduced rational: 2/3bridge/states/18/branches/1/currentA
      Original loaded/open bridge → States → record 18 → Branches → record 1: l-0 (l→0) → Absorbed branch power p=v i (W)Exact reduced rational: 8/3bridge/states/18/branches/1/absorbedPowerW
      Original loaded/open bridge → States → record 18 → Branches → record 2: top-r (top→r) → Idtop-rbridge/states/18/branches/2/id
      Original loaded/open bridge → States → record 18 → Branches → record 2: top-r (top→r) → Tailtopbridge/states/18/branches/2/tail
      Original loaded/open bridge → States → record 18 → Branches → record 2: top-r (top→r) → Headrbridge/states/18/branches/2/head
      Original loaded/open bridge → States → record 18 → Branches → record 2: top-r (top→r) → Resistance (Ω)Exact reduced rational: 4bridge/states/18/branches/2/resistanceOhm
      Original loaded/open bridge → States → record 18 → Branches → record 2: top-r (top→r) → Oriented voltage drop (V)Exact reduced rational: 60/29bridge/states/18/branches/2/voltageV
      Original loaded/open bridge → States → record 18 → Branches → record 2: top-r (top→r) → Oriented current (A)Exact reduced rational: 15/29bridge/states/18/branches/2/currentA
      Original loaded/open bridge → States → record 18 → Branches → record 2: top-r (top→r) → Absorbed branch power p=v i (W)Exact reduced rational: 900/841bridge/states/18/branches/2/absorbedPowerW
      Original loaded/open bridge → States → record 18 → Branches → record 3: r-0 (r→0) → Idr-0bridge/states/18/branches/3/id
      Original loaded/open bridge → States → record 18 → Branches → record 3: r-0 (r→0) → Tailrbridge/states/18/branches/3/tail
      Original loaded/open bridge → States → record 18 → Branches → record 3: r-0 (r→0) → Head0bridge/states/18/branches/3/head
      Original loaded/open bridge → States → record 18 → Branches → record 3: r-0 (r→0) → Resistance (Ω)Exact reduced rational: 38/5bridge/states/18/branches/3/resistanceOhm
      Original loaded/open bridge → States → record 18 → Branches → record 3: r-0 (r→0) → Oriented voltage drop (V)Exact reduced rational: 114/29bridge/states/18/branches/3/voltageV
      Original loaded/open bridge → States → record 18 → Branches → record 3: r-0 (r→0) → Oriented current (A)Exact reduced rational: 15/29bridge/states/18/branches/3/currentA
      Original loaded/open bridge → States → record 18 → Branches → record 3: r-0 (r→0) → Absorbed branch power p=v i (W)Exact reduced rational: 1710/841bridge/states/18/branches/3/absorbedPowerW
      Original loaded/open bridge → States → record 18 → Branches → record 4: bridge-load (l→r) → Idbridge-loadbridge/states/18/branches/4/id
      Original loaded/open bridge → States → record 18 → Branches → record 4: bridge-load (l→r) → Taillbridge/states/18/branches/4/tail
      Original loaded/open bridge → States → record 18 → Branches → record 4: bridge-load (l→r) → Headrbridge/states/18/branches/4/head
      Original loaded/open bridge → States → record 18 → Branches → record 4: bridge-load (l→r) → Oriented voltage drop (V)Exact reduced rational: 2/29bridge/states/18/branches/4/voltageV
      Original loaded/open bridge → States → record 18 → Branches → record 4: bridge-load (l→r) → Oriented current (A)Exact reduced rational: 0bridge/states/18/branches/4/currentA
      Original loaded/open bridge → States → record 18 → Branches → record 4: bridge-load (l→r) → Absorbed branch power p=v i (W)Exact reduced rational: 0bridge/states/18/branches/4/absorbedPowerW
      Original loaded/open bridge → States → record 18 → Branches → record 5: source (top→0) → Idsourcebridge/states/18/branches/5/id
      Original loaded/open bridge → States → record 18 → Branches → record 5: source (top→0) → Tailtopbridge/states/18/branches/5/tail
      Original loaded/open bridge → States → record 18 → Branches → record 5: source (top→0) → Head0bridge/states/18/branches/5/head
      Original loaded/open bridge → States → record 18 → Branches → record 5: source (top→0) → Oriented voltage drop (V)Exact reduced rational: 6bridge/states/18/branches/5/voltageV
      Original loaded/open bridge → States → record 18 → Branches → record 5: source (top→0) → Oriented current (A)Exact reduced rational: -103/87bridge/states/18/branches/5/currentA
      Original loaded/open bridge → States → record 18 → Branches → record 5: source (top→0) → Absorbed branch power p=v i (W)Exact reduced rational: -206/29bridge/states/18/branches/5/absorbedPowerW
      Original loaded/open bridge → States → record 18 → Oriented KCL residual (A) → 0Exact reduced rational: 0bridge/states/18/kclResidualA/0
      Original loaded/open bridge → States → record 18 → Oriented KCL residual (A) → TopExact reduced rational: 0bridge/states/18/kclResidualA/top
      Original loaded/open bridge → States → record 18 → Oriented KCL residual (A) → LExact reduced rational: 0bridge/states/18/kclResidualA/l
      Original loaded/open bridge → States → record 18 → Oriented KCL residual (A) → RExact reduced rational: 0bridge/states/18/kclResidualA/r
      Original loaded/open bridge → States → record 18 → Total signed absorbed-power residual (W)Exact reduced rational: 0bridge/states/18/powerResidualW
      Original loaded/open bridge → States → record 18 → Voltage First Order (V)Exact reduced rational: 1/15bridge/states/18/voltageFirstOrderV
      Original loaded/open bridge → States → record 18 → Open Voltage Tangent Error (V)Exact reduced rational: 1/435bridge/states/18/openVoltageTangentErrorV
      Original loaded/open bridge → States → record 18 → Loaded Current First Order (A)Exact reduced rational: 1/145bridge/states/18/loadedCurrentFirstOrderA
      Original loaded/open bridge → States → record 18 → Loaded Current Tangent Error (A)null — not an ordinary number; see this source record’s domain/status.bridge/states/18/loadedCurrentTangentErrorA
      Original loaded/open bridge → States → record 19 → Record index (metadata, not a measured scalar)9bridge/states/19/index
      Original loaded/open bridge → States → record 19 → Bridge fractional resistance change δ (dimensionless)Exact reduced rational: -1/20bridge/states/19/delta
      Original loaded/open bridge → States → record 19 → Load resistance R_L (Ω); null denotes openExact reduced rational: 5bridge/states/19/loadOhm
      Original loaded/open bridge → States → record 19 → Right Lower (Ω)Exact reduced rational: 38/5bridge/states/19/rightLowerOhm
      Original loaded/open bridge → States → record 19 → Node Potentials (V) → 0Exact reduced rational: 0bridge/states/19/nodePotentialsV/0
      Original loaded/open bridge → States → record 19 → Node Potentials (V) → TopExact reduced rational: 6bridge/states/19/nodePotentialsV/top
      Original loaded/open bridge → States → record 19 → Node Potentials (V) → LExact reduced rational: 1112/279bridge/states/19/nodePotentialsV/l
      Original loaded/open bridge → States → record 19 → Node Potentials (V) → RExact reduced rational: 1102/279bridge/states/19/nodePotentialsV/r
      Original loaded/open bridge → States → record 19 → Open Circuit Voltage (V)Exact reduced rational: 2/29bridge/states/19/openCircuitVoltageV
      Original loaded/open bridge → States → record 19 → Thevenin Resistance (Ω)Exact reduced rational: 134/29bridge/states/19/theveninResistanceOhm
      Original loaded/open bridge → States → record 19 → Meter current left→right (A)Exact reduced rational: 2/279bridge/states/19/meterCurrentA
      Original loaded/open bridge → States → record 19 → Branches → record 0: top-l (top→l) → Idtop-lbridge/states/19/branches/0/id
      Original loaded/open bridge → States → record 19 → Branches → record 0: top-l (top→l) → Tailtopbridge/states/19/branches/0/tail
      Original loaded/open bridge → States → record 19 → Branches → record 0: top-l (top→l) → Headlbridge/states/19/branches/0/head
      Original loaded/open bridge → States → record 19 → Branches → record 0: top-l (top→l) → Resistance (Ω)Exact reduced rational: 3bridge/states/19/branches/0/resistanceOhm
      Original loaded/open bridge → States → record 19 → Branches → record 0: top-l (top→l) → Oriented voltage drop (V)Exact reduced rational: 562/279bridge/states/19/branches/0/voltageV
      Original loaded/open bridge → States → record 19 → Branches → record 0: top-l (top→l) → Oriented current (A)Exact reduced rational: 562/837bridge/states/19/branches/0/currentA
      Original loaded/open bridge → States → record 19 → Branches → record 0: top-l (top→l) → Absorbed branch power p=v i (W)Exact reduced rational: 315844/233523bridge/states/19/branches/0/absorbedPowerW
      Original loaded/open bridge → States → record 19 → Branches → record 1: l-0 (l→0) → Idl-0bridge/states/19/branches/1/id
      Original loaded/open bridge → States → record 19 → Branches → record 1: l-0 (l→0) → Taillbridge/states/19/branches/1/tail
      Original loaded/open bridge → States → record 19 → Branches → record 1: l-0 (l→0) → Head0bridge/states/19/branches/1/head
      Original loaded/open bridge → States → record 19 → Branches → record 1: l-0 (l→0) → Resistance (Ω)Exact reduced rational: 6bridge/states/19/branches/1/resistanceOhm
      Original loaded/open bridge → States → record 19 → Branches → record 1: l-0 (l→0) → Oriented voltage drop (V)Exact reduced rational: 1112/279bridge/states/19/branches/1/voltageV
      Original loaded/open bridge → States → record 19 → Branches → record 1: l-0 (l→0) → Oriented current (A)Exact reduced rational: 556/837bridge/states/19/branches/1/currentA
      Original loaded/open bridge → States → record 19 → Branches → record 1: l-0 (l→0) → Absorbed branch power p=v i (W)Exact reduced rational: 618272/233523bridge/states/19/branches/1/absorbedPowerW
      Original loaded/open bridge → States → record 19 → Branches → record 2: top-r (top→r) → Idtop-rbridge/states/19/branches/2/id
      Original loaded/open bridge → States → record 19 → Branches → record 2: top-r (top→r) → Tailtopbridge/states/19/branches/2/tail
      Original loaded/open bridge → States → record 19 → Branches → record 2: top-r (top→r) → Headrbridge/states/19/branches/2/head
      Original loaded/open bridge → States → record 19 → Branches → record 2: top-r (top→r) → Resistance (Ω)Exact reduced rational: 4bridge/states/19/branches/2/resistanceOhm
      Original loaded/open bridge → States → record 19 → Branches → record 2: top-r (top→r) → Oriented voltage drop (V)Exact reduced rational: 572/279bridge/states/19/branches/2/voltageV
      Original loaded/open bridge → States → record 19 → Branches → record 2: top-r (top→r) → Oriented current (A)Exact reduced rational: 143/279bridge/states/19/branches/2/currentA
      Original loaded/open bridge → States → record 19 → Branches → record 2: top-r (top→r) → Absorbed branch power p=v i (W)Exact reduced rational: 81796/77841bridge/states/19/branches/2/absorbedPowerW
      Original loaded/open bridge → States → record 19 → Branches → record 3: r-0 (r→0) → Idr-0bridge/states/19/branches/3/id
      Original loaded/open bridge → States → record 19 → Branches → record 3: r-0 (r→0) → Tailrbridge/states/19/branches/3/tail
      Original loaded/open bridge → States → record 19 → Branches → record 3: r-0 (r→0) → Head0bridge/states/19/branches/3/head
      Original loaded/open bridge → States → record 19 → Branches → record 3: r-0 (r→0) → Resistance (Ω)Exact reduced rational: 38/5bridge/states/19/branches/3/resistanceOhm
      Original loaded/open bridge → States → record 19 → Branches → record 3: r-0 (r→0) → Oriented voltage drop (V)Exact reduced rational: 1102/279bridge/states/19/branches/3/voltageV
      Original loaded/open bridge → States → record 19 → Branches → record 3: r-0 (r→0) → Oriented current (A)Exact reduced rational: 145/279bridge/states/19/branches/3/currentA
      Original loaded/open bridge → States → record 19 → Branches → record 3: r-0 (r→0) → Absorbed branch power p=v i (W)Exact reduced rational: 159790/77841bridge/states/19/branches/3/absorbedPowerW
      Original loaded/open bridge → States → record 19 → Branches → record 4: bridge-load (l→r) → Idbridge-loadbridge/states/19/branches/4/id
      Original loaded/open bridge → States → record 19 → Branches → record 4: bridge-load (l→r) → Taillbridge/states/19/branches/4/tail
      Original loaded/open bridge → States → record 19 → Branches → record 4: bridge-load (l→r) → Headrbridge/states/19/branches/4/head
      Original loaded/open bridge → States → record 19 → Branches → record 4: bridge-load (l→r) → Oriented voltage drop (V)Exact reduced rational: 10/279bridge/states/19/branches/4/voltageV
      Original loaded/open bridge → States → record 19 → Branches → record 4: bridge-load (l→r) → Oriented current (A)Exact reduced rational: 2/279bridge/states/19/branches/4/currentA
      Original loaded/open bridge → States → record 19 → Branches → record 4: bridge-load (l→r) → Absorbed branch power p=v i (W)Exact reduced rational: 20/77841bridge/states/19/branches/4/absorbedPowerW
      Original loaded/open bridge → States → record 19 → Branches → record 5: source (top→0) → Idsourcebridge/states/19/branches/5/id
      Original loaded/open bridge → States → record 19 → Branches → record 5: source (top→0) → Tailtopbridge/states/19/branches/5/tail
      Original loaded/open bridge → States → record 19 → Branches → record 5: source (top→0) → Head0bridge/states/19/branches/5/head
      Original loaded/open bridge → States → record 19 → Branches → record 5: source (top→0) → Oriented voltage drop (V)Exact reduced rational: 6bridge/states/19/branches/5/voltageV
      Original loaded/open bridge → States → record 19 → Branches → record 5: source (top→0) → Oriented current (A)Exact reduced rational: -991/837bridge/states/19/branches/5/currentA
      Original loaded/open bridge → States → record 19 → Branches → record 5: source (top→0) → Absorbed branch power p=v i (W)Exact reduced rational: -1982/279bridge/states/19/branches/5/absorbedPowerW
      Original loaded/open bridge → States → record 19 → Oriented KCL residual (A) → 0Exact reduced rational: 0bridge/states/19/kclResidualA/0
      Original loaded/open bridge → States → record 19 → Oriented KCL residual (A) → TopExact reduced rational: 0bridge/states/19/kclResidualA/top
      Original loaded/open bridge → States → record 19 → Oriented KCL residual (A) → LExact reduced rational: 0bridge/states/19/kclResidualA/l
      Original loaded/open bridge → States → record 19 → Oriented KCL residual (A) → RExact reduced rational: 0bridge/states/19/kclResidualA/r
      Original loaded/open bridge → States → record 19 → Total signed absorbed-power residual (W)Exact reduced rational: 0bridge/states/19/powerResidualW
      Original loaded/open bridge → States → record 19 → Voltage First Order (V)Exact reduced rational: 1/15bridge/states/19/voltageFirstOrderV
      Original loaded/open bridge → States → record 19 → Open Voltage Tangent Error (V)Exact reduced rational: 1/435bridge/states/19/openVoltageTangentErrorV
      Original loaded/open bridge → States → record 19 → Loaded Current First Order (A)Exact reduced rational: 1/145bridge/states/19/loadedCurrentFirstOrderA
      Original loaded/open bridge → States → record 19 → Loaded Current Tangent Error (A)Exact reduced rational: 11/40455bridge/states/19/loadedCurrentTangentErrorA
      Original loaded/open bridge → States → record 20 → Record index (metadata, not a measured scalar)10bridge/states/20/index
      Original loaded/open bridge → States → record 20 → Bridge fractional resistance change δ (dimensionless)Exact reduced rational: 0bridge/states/20/delta
      Original loaded/open bridge → States → record 20 → Load resistance R_L (Ω); null denotes opennull — not an ordinary number; see this source record’s domain/status.bridge/states/20/loadOhm
      Original loaded/open bridge → States → record 20 → Right Lower (Ω)Exact reduced rational: 8bridge/states/20/rightLowerOhm
      Original loaded/open bridge → States → record 20 → Node Potentials (V) → 0Exact reduced rational: 0bridge/states/20/nodePotentialsV/0
      Original loaded/open bridge → States → record 20 → Node Potentials (V) → TopExact reduced rational: 6bridge/states/20/nodePotentialsV/top
      Original loaded/open bridge → States → record 20 → Node Potentials (V) → LExact reduced rational: 4bridge/states/20/nodePotentialsV/l
      Original loaded/open bridge → States → record 20 → Node Potentials (V) → RExact reduced rational: 4bridge/states/20/nodePotentialsV/r
      Original loaded/open bridge → States → record 20 → Open Circuit Voltage (V)Exact reduced rational: 0bridge/states/20/openCircuitVoltageV
      Original loaded/open bridge → States → record 20 → Thevenin Resistance (Ω)Exact reduced rational: 14/3bridge/states/20/theveninResistanceOhm
      Original loaded/open bridge → States → record 20 → Meter current left→right (A)Exact reduced rational: 0bridge/states/20/meterCurrentA
      Original loaded/open bridge → States → record 20 → Branches → record 0: top-l (top→l) → Idtop-lbridge/states/20/branches/0/id
      Original loaded/open bridge → States → record 20 → Branches → record 0: top-l (top→l) → Tailtopbridge/states/20/branches/0/tail
      Original loaded/open bridge → States → record 20 → Branches → record 0: top-l (top→l) → Headlbridge/states/20/branches/0/head
      Original loaded/open bridge → States → record 20 → Branches → record 0: top-l (top→l) → Resistance (Ω)Exact reduced rational: 3bridge/states/20/branches/0/resistanceOhm
      Original loaded/open bridge → States → record 20 → Branches → record 0: top-l (top→l) → Oriented voltage drop (V)Exact reduced rational: 2bridge/states/20/branches/0/voltageV
      Original loaded/open bridge → States → record 20 → Branches → record 0: top-l (top→l) → Oriented current (A)Exact reduced rational: 2/3bridge/states/20/branches/0/currentA
      Original loaded/open bridge → States → record 20 → Branches → record 0: top-l (top→l) → Absorbed branch power p=v i (W)Exact reduced rational: 4/3bridge/states/20/branches/0/absorbedPowerW
      Original loaded/open bridge → States → record 20 → Branches → record 1: l-0 (l→0) → Idl-0bridge/states/20/branches/1/id
      Original loaded/open bridge → States → record 20 → Branches → record 1: l-0 (l→0) → Taillbridge/states/20/branches/1/tail
      Original loaded/open bridge → States → record 20 → Branches → record 1: l-0 (l→0) → Head0bridge/states/20/branches/1/head
      Original loaded/open bridge → States → record 20 → Branches → record 1: l-0 (l→0) → Resistance (Ω)Exact reduced rational: 6bridge/states/20/branches/1/resistanceOhm
      Original loaded/open bridge → States → record 20 → Branches → record 1: l-0 (l→0) → Oriented voltage drop (V)Exact reduced rational: 4bridge/states/20/branches/1/voltageV
      Original loaded/open bridge → States → record 20 → Branches → record 1: l-0 (l→0) → Oriented current (A)Exact reduced rational: 2/3bridge/states/20/branches/1/currentA
      Original loaded/open bridge → States → record 20 → Branches → record 1: l-0 (l→0) → Absorbed branch power p=v i (W)Exact reduced rational: 8/3bridge/states/20/branches/1/absorbedPowerW
      Original loaded/open bridge → States → record 20 → Branches → record 2: top-r (top→r) → Idtop-rbridge/states/20/branches/2/id
      Original loaded/open bridge → States → record 20 → Branches → record 2: top-r (top→r) → Tailtopbridge/states/20/branches/2/tail
      Original loaded/open bridge → States → record 20 → Branches → record 2: top-r (top→r) → Headrbridge/states/20/branches/2/head
      Original loaded/open bridge → States → record 20 → Branches → record 2: top-r (top→r) → Resistance (Ω)Exact reduced rational: 4bridge/states/20/branches/2/resistanceOhm
      Original loaded/open bridge → States → record 20 → Branches → record 2: top-r (top→r) → Oriented voltage drop (V)Exact reduced rational: 2bridge/states/20/branches/2/voltageV
      Original loaded/open bridge → States → record 20 → Branches → record 2: top-r (top→r) → Oriented current (A)Exact reduced rational: 1/2bridge/states/20/branches/2/currentA
      Original loaded/open bridge → States → record 20 → Branches → record 2: top-r (top→r) → Absorbed branch power p=v i (W)Exact reduced rational: 1bridge/states/20/branches/2/absorbedPowerW
      Original loaded/open bridge → States → record 20 → Branches → record 3: r-0 (r→0) → Idr-0bridge/states/20/branches/3/id
      Original loaded/open bridge → States → record 20 → Branches → record 3: r-0 (r→0) → Tailrbridge/states/20/branches/3/tail
      Original loaded/open bridge → States → record 20 → Branches → record 3: r-0 (r→0) → Head0bridge/states/20/branches/3/head
      Original loaded/open bridge → States → record 20 → Branches → record 3: r-0 (r→0) → Resistance (Ω)Exact reduced rational: 8bridge/states/20/branches/3/resistanceOhm
      Original loaded/open bridge → States → record 20 → Branches → record 3: r-0 (r→0) → Oriented voltage drop (V)Exact reduced rational: 4bridge/states/20/branches/3/voltageV
      Original loaded/open bridge → States → record 20 → Branches → record 3: r-0 (r→0) → Oriented current (A)Exact reduced rational: 1/2bridge/states/20/branches/3/currentA
      Original loaded/open bridge → States → record 20 → Branches → record 3: r-0 (r→0) → Absorbed branch power p=v i (W)Exact reduced rational: 2bridge/states/20/branches/3/absorbedPowerW
      Original loaded/open bridge → States → record 20 → Branches → record 4: bridge-load (l→r) → Idbridge-loadbridge/states/20/branches/4/id
      Original loaded/open bridge → States → record 20 → Branches → record 4: bridge-load (l→r) → Taillbridge/states/20/branches/4/tail
      Original loaded/open bridge → States → record 20 → Branches → record 4: bridge-load (l→r) → Headrbridge/states/20/branches/4/head
      Original loaded/open bridge → States → record 20 → Branches → record 4: bridge-load (l→r) → Oriented voltage drop (V)Exact reduced rational: 0bridge/states/20/branches/4/voltageV
      Original loaded/open bridge → States → record 20 → Branches → record 4: bridge-load (l→r) → Oriented current (A)Exact reduced rational: 0bridge/states/20/branches/4/currentA
      Original loaded/open bridge → States → record 20 → Branches → record 4: bridge-load (l→r) → Absorbed branch power p=v i (W)Exact reduced rational: 0bridge/states/20/branches/4/absorbedPowerW
      Original loaded/open bridge → States → record 20 → Branches → record 5: source (top→0) → Idsourcebridge/states/20/branches/5/id
      Original loaded/open bridge → States → record 20 → Branches → record 5: source (top→0) → Tailtopbridge/states/20/branches/5/tail
      Original loaded/open bridge → States → record 20 → Branches → record 5: source (top→0) → Head0bridge/states/20/branches/5/head
      Original loaded/open bridge → States → record 20 → Branches → record 5: source (top→0) → Oriented voltage drop (V)Exact reduced rational: 6bridge/states/20/branches/5/voltageV
      Original loaded/open bridge → States → record 20 → Branches → record 5: source (top→0) → Oriented current (A)Exact reduced rational: -7/6bridge/states/20/branches/5/currentA
      Original loaded/open bridge → States → record 20 → Branches → record 5: source (top→0) → Absorbed branch power p=v i (W)Exact reduced rational: -7bridge/states/20/branches/5/absorbedPowerW
      Original loaded/open bridge → States → record 20 → Oriented KCL residual (A) → 0Exact reduced rational: 0bridge/states/20/kclResidualA/0
      Original loaded/open bridge → States → record 20 → Oriented KCL residual (A) → TopExact reduced rational: 0bridge/states/20/kclResidualA/top
      Original loaded/open bridge → States → record 20 → Oriented KCL residual (A) → LExact reduced rational: 0bridge/states/20/kclResidualA/l
      Original loaded/open bridge → States → record 20 → Oriented KCL residual (A) → RExact reduced rational: 0bridge/states/20/kclResidualA/r
      Original loaded/open bridge → States → record 20 → Total signed absorbed-power residual (W)Exact reduced rational: 0bridge/states/20/powerResidualW
      Original loaded/open bridge → States → record 20 → Voltage First Order (V)Exact reduced rational: 0bridge/states/20/voltageFirstOrderV
      Original loaded/open bridge → States → record 20 → Open Voltage Tangent Error (V)Exact reduced rational: 0bridge/states/20/openVoltageTangentErrorV
      Original loaded/open bridge → States → record 20 → Loaded Current First Order (A)Exact reduced rational: 0bridge/states/20/loadedCurrentFirstOrderA
      Original loaded/open bridge → States → record 20 → Loaded Current Tangent Error (A)null — not an ordinary number; see this source record’s domain/status.bridge/states/20/loadedCurrentTangentErrorA
      Original loaded/open bridge → States → record 21 → Record index (metadata, not a measured scalar)10bridge/states/21/index
      Original loaded/open bridge → States → record 21 → Bridge fractional resistance change δ (dimensionless)Exact reduced rational: 0bridge/states/21/delta
      Original loaded/open bridge → States → record 21 → Load resistance R_L (Ω); null denotes openExact reduced rational: 5bridge/states/21/loadOhm
      Original loaded/open bridge → States → record 21 → Right Lower (Ω)Exact reduced rational: 8bridge/states/21/rightLowerOhm
      Original loaded/open bridge → States → record 21 → Node Potentials (V) → 0Exact reduced rational: 0bridge/states/21/nodePotentialsV/0
      Original loaded/open bridge → States → record 21 → Node Potentials (V) → TopExact reduced rational: 6bridge/states/21/nodePotentialsV/top
      Original loaded/open bridge → States → record 21 → Node Potentials (V) → LExact reduced rational: 4bridge/states/21/nodePotentialsV/l
      Original loaded/open bridge → States → record 21 → Node Potentials (V) → RExact reduced rational: 4bridge/states/21/nodePotentialsV/r
      Original loaded/open bridge → States → record 21 → Open Circuit Voltage (V)Exact reduced rational: 0bridge/states/21/openCircuitVoltageV
      Original loaded/open bridge → States → record 21 → Thevenin Resistance (Ω)Exact reduced rational: 14/3bridge/states/21/theveninResistanceOhm
      Original loaded/open bridge → States → record 21 → Meter current left→right (A)Exact reduced rational: 0bridge/states/21/meterCurrentA
      Original loaded/open bridge → States → record 21 → Branches → record 0: top-l (top→l) → Idtop-lbridge/states/21/branches/0/id
      Original loaded/open bridge → States → record 21 → Branches → record 0: top-l (top→l) → Tailtopbridge/states/21/branches/0/tail
      Original loaded/open bridge → States → record 21 → Branches → record 0: top-l (top→l) → Headlbridge/states/21/branches/0/head
      Original loaded/open bridge → States → record 21 → Branches → record 0: top-l (top→l) → Resistance (Ω)Exact reduced rational: 3bridge/states/21/branches/0/resistanceOhm
      Original loaded/open bridge → States → record 21 → Branches → record 0: top-l (top→l) → Oriented voltage drop (V)Exact reduced rational: 2bridge/states/21/branches/0/voltageV
      Original loaded/open bridge → States → record 21 → Branches → record 0: top-l (top→l) → Oriented current (A)Exact reduced rational: 2/3bridge/states/21/branches/0/currentA
      Original loaded/open bridge → States → record 21 → Branches → record 0: top-l (top→l) → Absorbed branch power p=v i (W)Exact reduced rational: 4/3bridge/states/21/branches/0/absorbedPowerW
      Original loaded/open bridge → States → record 21 → Branches → record 1: l-0 (l→0) → Idl-0bridge/states/21/branches/1/id
      Original loaded/open bridge → States → record 21 → Branches → record 1: l-0 (l→0) → Taillbridge/states/21/branches/1/tail
      Original loaded/open bridge → States → record 21 → Branches → record 1: l-0 (l→0) → Head0bridge/states/21/branches/1/head
      Original loaded/open bridge → States → record 21 → Branches → record 1: l-0 (l→0) → Resistance (Ω)Exact reduced rational: 6bridge/states/21/branches/1/resistanceOhm
      Original loaded/open bridge → States → record 21 → Branches → record 1: l-0 (l→0) → Oriented voltage drop (V)Exact reduced rational: 4bridge/states/21/branches/1/voltageV
      Original loaded/open bridge → States → record 21 → Branches → record 1: l-0 (l→0) → Oriented current (A)Exact reduced rational: 2/3bridge/states/21/branches/1/currentA
      Original loaded/open bridge → States → record 21 → Branches → record 1: l-0 (l→0) → Absorbed branch power p=v i (W)Exact reduced rational: 8/3bridge/states/21/branches/1/absorbedPowerW
      Original loaded/open bridge → States → record 21 → Branches → record 2: top-r (top→r) → Idtop-rbridge/states/21/branches/2/id
      Original loaded/open bridge → States → record 21 → Branches → record 2: top-r (top→r) → Tailtopbridge/states/21/branches/2/tail
      Original loaded/open bridge → States → record 21 → Branches → record 2: top-r (top→r) → Headrbridge/states/21/branches/2/head
      Original loaded/open bridge → States → record 21 → Branches → record 2: top-r (top→r) → Resistance (Ω)Exact reduced rational: 4bridge/states/21/branches/2/resistanceOhm
      Original loaded/open bridge → States → record 21 → Branches → record 2: top-r (top→r) → Oriented voltage drop (V)Exact reduced rational: 2bridge/states/21/branches/2/voltageV
      Original loaded/open bridge → States → record 21 → Branches → record 2: top-r (top→r) → Oriented current (A)Exact reduced rational: 1/2bridge/states/21/branches/2/currentA
      Original loaded/open bridge → States → record 21 → Branches → record 2: top-r (top→r) → Absorbed branch power p=v i (W)Exact reduced rational: 1bridge/states/21/branches/2/absorbedPowerW
      Original loaded/open bridge → States → record 21 → Branches → record 3: r-0 (r→0) → Idr-0bridge/states/21/branches/3/id
      Original loaded/open bridge → States → record 21 → Branches → record 3: r-0 (r→0) → Tailrbridge/states/21/branches/3/tail
      Original loaded/open bridge → States → record 21 → Branches → record 3: r-0 (r→0) → Head0bridge/states/21/branches/3/head
      Original loaded/open bridge → States → record 21 → Branches → record 3: r-0 (r→0) → Resistance (Ω)Exact reduced rational: 8bridge/states/21/branches/3/resistanceOhm
      Original loaded/open bridge → States → record 21 → Branches → record 3: r-0 (r→0) → Oriented voltage drop (V)Exact reduced rational: 4bridge/states/21/branches/3/voltageV
      Original loaded/open bridge → States → record 21 → Branches → record 3: r-0 (r→0) → Oriented current (A)Exact reduced rational: 1/2bridge/states/21/branches/3/currentA
      Original loaded/open bridge → States → record 21 → Branches → record 3: r-0 (r→0) → Absorbed branch power p=v i (W)Exact reduced rational: 2bridge/states/21/branches/3/absorbedPowerW
      Original loaded/open bridge → States → record 21 → Branches → record 4: bridge-load (l→r) → Idbridge-loadbridge/states/21/branches/4/id
      Original loaded/open bridge → States → record 21 → Branches → record 4: bridge-load (l→r) → Taillbridge/states/21/branches/4/tail
      Original loaded/open bridge → States → record 21 → Branches → record 4: bridge-load (l→r) → Headrbridge/states/21/branches/4/head
      Original loaded/open bridge → States → record 21 → Branches → record 4: bridge-load (l→r) → Oriented voltage drop (V)Exact reduced rational: 0bridge/states/21/branches/4/voltageV
      Original loaded/open bridge → States → record 21 → Branches → record 4: bridge-load (l→r) → Oriented current (A)Exact reduced rational: 0bridge/states/21/branches/4/currentA
      Original loaded/open bridge → States → record 21 → Branches → record 4: bridge-load (l→r) → Absorbed branch power p=v i (W)Exact reduced rational: 0bridge/states/21/branches/4/absorbedPowerW
      Original loaded/open bridge → States → record 21 → Branches → record 5: source (top→0) → Idsourcebridge/states/21/branches/5/id
      Original loaded/open bridge → States → record 21 → Branches → record 5: source (top→0) → Tailtopbridge/states/21/branches/5/tail
      Original loaded/open bridge → States → record 21 → Branches → record 5: source (top→0) → Head0bridge/states/21/branches/5/head
      Original loaded/open bridge → States → record 21 → Branches → record 5: source (top→0) → Oriented voltage drop (V)Exact reduced rational: 6bridge/states/21/branches/5/voltageV
      Original loaded/open bridge → States → record 21 → Branches → record 5: source (top→0) → Oriented current (A)Exact reduced rational: -7/6bridge/states/21/branches/5/currentA
      Original loaded/open bridge → States → record 21 → Branches → record 5: source (top→0) → Absorbed branch power p=v i (W)Exact reduced rational: -7bridge/states/21/branches/5/absorbedPowerW
      Original loaded/open bridge → States → record 21 → Oriented KCL residual (A) → 0Exact reduced rational: 0bridge/states/21/kclResidualA/0
      Original loaded/open bridge → States → record 21 → Oriented KCL residual (A) → TopExact reduced rational: 0bridge/states/21/kclResidualA/top
      Original loaded/open bridge → States → record 21 → Oriented KCL residual (A) → LExact reduced rational: 0bridge/states/21/kclResidualA/l
      Original loaded/open bridge → States → record 21 → Oriented KCL residual (A) → RExact reduced rational: 0bridge/states/21/kclResidualA/r
      Original loaded/open bridge → States → record 21 → Total signed absorbed-power residual (W)Exact reduced rational: 0bridge/states/21/powerResidualW
      Original loaded/open bridge → States → record 21 → Voltage First Order (V)Exact reduced rational: 0bridge/states/21/voltageFirstOrderV
      Original loaded/open bridge → States → record 21 → Open Voltage Tangent Error (V)Exact reduced rational: 0bridge/states/21/openVoltageTangentErrorV
      Original loaded/open bridge → States → record 21 → Loaded Current First Order (A)Exact reduced rational: 0bridge/states/21/loadedCurrentFirstOrderA
      Original loaded/open bridge → States → record 21 → Loaded Current Tangent Error (A)Exact reduced rational: 0bridge/states/21/loadedCurrentTangentErrorA
      Original loaded/open bridge → States → record 22 → Record index (metadata, not a measured scalar)11bridge/states/22/index
      Original loaded/open bridge → States → record 22 → Bridge fractional resistance change δ (dimensionless)Exact reduced rational: 1/20bridge/states/22/delta
      Original loaded/open bridge → States → record 22 → Load resistance R_L (Ω); null denotes opennull — not an ordinary number; see this source record’s domain/status.bridge/states/22/loadOhm
      Original loaded/open bridge → States → record 22 → Right Lower (Ω)Exact reduced rational: 42/5bridge/states/22/rightLowerOhm
      Original loaded/open bridge → States → record 22 → Node Potentials (V) → 0Exact reduced rational: 0bridge/states/22/nodePotentialsV/0
      Original loaded/open bridge → States → record 22 → Node Potentials (V) → TopExact reduced rational: 6bridge/states/22/nodePotentialsV/top
      Original loaded/open bridge → States → record 22 → Node Potentials (V) → LExact reduced rational: 4bridge/states/22/nodePotentialsV/l
      Original loaded/open bridge → States → record 22 → Node Potentials (V) → RExact reduced rational: 126/31bridge/states/22/nodePotentialsV/r
      Original loaded/open bridge → States → record 22 → Open Circuit Voltage (V)Exact reduced rational: -2/31bridge/states/22/openCircuitVoltageV
      Original loaded/open bridge → States → record 22 → Thevenin Resistance (Ω)Exact reduced rational: 146/31bridge/states/22/theveninResistanceOhm
      Original loaded/open bridge → States → record 22 → Meter current left→right (A)Exact reduced rational: 0bridge/states/22/meterCurrentA
      Original loaded/open bridge → States → record 22 → Branches → record 0: top-l (top→l) → Idtop-lbridge/states/22/branches/0/id
      Original loaded/open bridge → States → record 22 → Branches → record 0: top-l (top→l) → Tailtopbridge/states/22/branches/0/tail
      Original loaded/open bridge → States → record 22 → Branches → record 0: top-l (top→l) → Headlbridge/states/22/branches/0/head
      Original loaded/open bridge → States → record 22 → Branches → record 0: top-l (top→l) → Resistance (Ω)Exact reduced rational: 3bridge/states/22/branches/0/resistanceOhm
      Original loaded/open bridge → States → record 22 → Branches → record 0: top-l (top→l) → Oriented voltage drop (V)Exact reduced rational: 2bridge/states/22/branches/0/voltageV
      Original loaded/open bridge → States → record 22 → Branches → record 0: top-l (top→l) → Oriented current (A)Exact reduced rational: 2/3bridge/states/22/branches/0/currentA
      Original loaded/open bridge → States → record 22 → Branches → record 0: top-l (top→l) → Absorbed branch power p=v i (W)Exact reduced rational: 4/3bridge/states/22/branches/0/absorbedPowerW
      Original loaded/open bridge → States → record 22 → Branches → record 1: l-0 (l→0) → Idl-0bridge/states/22/branches/1/id
      Original loaded/open bridge → States → record 22 → Branches → record 1: l-0 (l→0) → Taillbridge/states/22/branches/1/tail
      Original loaded/open bridge → States → record 22 → Branches → record 1: l-0 (l→0) → Head0bridge/states/22/branches/1/head
      Original loaded/open bridge → States → record 22 → Branches → record 1: l-0 (l→0) → Resistance (Ω)Exact reduced rational: 6bridge/states/22/branches/1/resistanceOhm
      Original loaded/open bridge → States → record 22 → Branches → record 1: l-0 (l→0) → Oriented voltage drop (V)Exact reduced rational: 4bridge/states/22/branches/1/voltageV
      Original loaded/open bridge → States → record 22 → Branches → record 1: l-0 (l→0) → Oriented current (A)Exact reduced rational: 2/3bridge/states/22/branches/1/currentA
      Original loaded/open bridge → States → record 22 → Branches → record 1: l-0 (l→0) → Absorbed branch power p=v i (W)Exact reduced rational: 8/3bridge/states/22/branches/1/absorbedPowerW
      Original loaded/open bridge → States → record 22 → Branches → record 2: top-r (top→r) → Idtop-rbridge/states/22/branches/2/id
      Original loaded/open bridge → States → record 22 → Branches → record 2: top-r (top→r) → Tailtopbridge/states/22/branches/2/tail
      Original loaded/open bridge → States → record 22 → Branches → record 2: top-r (top→r) → Headrbridge/states/22/branches/2/head
      Original loaded/open bridge → States → record 22 → Branches → record 2: top-r (top→r) → Resistance (Ω)Exact reduced rational: 4bridge/states/22/branches/2/resistanceOhm
      Original loaded/open bridge → States → record 22 → Branches → record 2: top-r (top→r) → Oriented voltage drop (V)Exact reduced rational: 60/31bridge/states/22/branches/2/voltageV
      Original loaded/open bridge → States → record 22 → Branches → record 2: top-r (top→r) → Oriented current (A)Exact reduced rational: 15/31bridge/states/22/branches/2/currentA
      Original loaded/open bridge → States → record 22 → Branches → record 2: top-r (top→r) → Absorbed branch power p=v i (W)Exact reduced rational: 900/961bridge/states/22/branches/2/absorbedPowerW
      Original loaded/open bridge → States → record 22 → Branches → record 3: r-0 (r→0) → Idr-0bridge/states/22/branches/3/id
      Original loaded/open bridge → States → record 22 → Branches → record 3: r-0 (r→0) → Tailrbridge/states/22/branches/3/tail
      Original loaded/open bridge → States → record 22 → Branches → record 3: r-0 (r→0) → Head0bridge/states/22/branches/3/head
      Original loaded/open bridge → States → record 22 → Branches → record 3: r-0 (r→0) → Resistance (Ω)Exact reduced rational: 42/5bridge/states/22/branches/3/resistanceOhm
      Original loaded/open bridge → States → record 22 → Branches → record 3: r-0 (r→0) → Oriented voltage drop (V)Exact reduced rational: 126/31bridge/states/22/branches/3/voltageV
      Original loaded/open bridge → States → record 22 → Branches → record 3: r-0 (r→0) → Oriented current (A)Exact reduced rational: 15/31bridge/states/22/branches/3/currentA
      Original loaded/open bridge → States → record 22 → Branches → record 3: r-0 (r→0) → Absorbed branch power p=v i (W)Exact reduced rational: 1890/961bridge/states/22/branches/3/absorbedPowerW
      Original loaded/open bridge → States → record 22 → Branches → record 4: bridge-load (l→r) → Idbridge-loadbridge/states/22/branches/4/id
      Original loaded/open bridge → States → record 22 → Branches → record 4: bridge-load (l→r) → Taillbridge/states/22/branches/4/tail
      Original loaded/open bridge → States → record 22 → Branches → record 4: bridge-load (l→r) → Headrbridge/states/22/branches/4/head
      Original loaded/open bridge → States → record 22 → Branches → record 4: bridge-load (l→r) → Oriented voltage drop (V)Exact reduced rational: -2/31bridge/states/22/branches/4/voltageV
      Original loaded/open bridge → States → record 22 → Branches → record 4: bridge-load (l→r) → Oriented current (A)Exact reduced rational: 0bridge/states/22/branches/4/currentA
      Original loaded/open bridge → States → record 22 → Branches → record 4: bridge-load (l→r) → Absorbed branch power p=v i (W)Exact reduced rational: 0bridge/states/22/branches/4/absorbedPowerW
      Original loaded/open bridge → States → record 22 → Branches → record 5: source (top→0) → Idsourcebridge/states/22/branches/5/id
      Original loaded/open bridge → States → record 22 → Branches → record 5: source (top→0) → Tailtopbridge/states/22/branches/5/tail
      Original loaded/open bridge → States → record 22 → Branches → record 5: source (top→0) → Head0bridge/states/22/branches/5/head
      Original loaded/open bridge → States → record 22 → Branches → record 5: source (top→0) → Oriented voltage drop (V)Exact reduced rational: 6bridge/states/22/branches/5/voltageV
      Original loaded/open bridge → States → record 22 → Branches → record 5: source (top→0) → Oriented current (A)Exact reduced rational: -107/93bridge/states/22/branches/5/currentA
      Original loaded/open bridge → States → record 22 → Branches → record 5: source (top→0) → Absorbed branch power p=v i (W)Exact reduced rational: -214/31bridge/states/22/branches/5/absorbedPowerW
      Original loaded/open bridge → States → record 22 → Oriented KCL residual (A) → 0Exact reduced rational: 0bridge/states/22/kclResidualA/0
      Original loaded/open bridge → States → record 22 → Oriented KCL residual (A) → TopExact reduced rational: 0bridge/states/22/kclResidualA/top
      Original loaded/open bridge → States → record 22 → Oriented KCL residual (A) → LExact reduced rational: 0bridge/states/22/kclResidualA/l
      Original loaded/open bridge → States → record 22 → Oriented KCL residual (A) → RExact reduced rational: 0bridge/states/22/kclResidualA/r
      Original loaded/open bridge → States → record 22 → Total signed absorbed-power residual (W)Exact reduced rational: 0bridge/states/22/powerResidualW
      Original loaded/open bridge → States → record 22 → Voltage First Order (V)Exact reduced rational: -1/15bridge/states/22/voltageFirstOrderV
      Original loaded/open bridge → States → record 22 → Open Voltage Tangent Error (V)Exact reduced rational: 1/465bridge/states/22/openVoltageTangentErrorV
      Original loaded/open bridge → States → record 22 → Loaded Current First Order (A)Exact reduced rational: -1/145bridge/states/22/loadedCurrentFirstOrderA
      Original loaded/open bridge → States → record 22 → Loaded Current Tangent Error (A)null — not an ordinary number; see this source record’s domain/status.bridge/states/22/loadedCurrentTangentErrorA
      Original loaded/open bridge → States → record 23 → Record index (metadata, not a measured scalar)11bridge/states/23/index
      Original loaded/open bridge → States → record 23 → Bridge fractional resistance change δ (dimensionless)Exact reduced rational: 1/20bridge/states/23/delta
      Original loaded/open bridge → States → record 23 → Load resistance R_L (Ω); null denotes openExact reduced rational: 5bridge/states/23/loadOhm
      Original loaded/open bridge → States → record 23 → Right Lower (Ω)Exact reduced rational: 42/5bridge/states/23/rightLowerOhm
      Original loaded/open bridge → States → record 23 → Node Potentials (V) → 0Exact reduced rational: 0bridge/states/23/nodePotentialsV/0
      Original loaded/open bridge → States → record 23 → Node Potentials (V) → TopExact reduced rational: 6bridge/states/23/nodePotentialsV/top
      Original loaded/open bridge → States → record 23 → Node Potentials (V) → LExact reduced rational: 1208/301bridge/states/23/nodePotentialsV/l
      Original loaded/open bridge → States → record 23 → Node Potentials (V) → RExact reduced rational: 174/43bridge/states/23/nodePotentialsV/r
      Original loaded/open bridge → States → record 23 → Open Circuit Voltage (V)Exact reduced rational: -2/31bridge/states/23/openCircuitVoltageV
      Original loaded/open bridge → States → record 23 → Thevenin Resistance (Ω)Exact reduced rational: 146/31bridge/states/23/theveninResistanceOhm
      Original loaded/open bridge → States → record 23 → Meter current left→right (A)Exact reduced rational: -2/301bridge/states/23/meterCurrentA
      Original loaded/open bridge → States → record 23 → Branches → record 0: top-l (top→l) → Idtop-lbridge/states/23/branches/0/id
      Original loaded/open bridge → States → record 23 → Branches → record 0: top-l (top→l) → Tailtopbridge/states/23/branches/0/tail
      Original loaded/open bridge → States → record 23 → Branches → record 0: top-l (top→l) → Headlbridge/states/23/branches/0/head
      Original loaded/open bridge → States → record 23 → Branches → record 0: top-l (top→l) → Resistance (Ω)Exact reduced rational: 3bridge/states/23/branches/0/resistanceOhm
      Original loaded/open bridge → States → record 23 → Branches → record 0: top-l (top→l) → Oriented voltage drop (V)Exact reduced rational: 598/301bridge/states/23/branches/0/voltageV
      Original loaded/open bridge → States → record 23 → Branches → record 0: top-l (top→l) → Oriented current (A)Exact reduced rational: 598/903bridge/states/23/branches/0/currentA
      Original loaded/open bridge → States → record 23 → Branches → record 0: top-l (top→l) → Absorbed branch power p=v i (W)Exact reduced rational: 357604/271803bridge/states/23/branches/0/absorbedPowerW
      Original loaded/open bridge → States → record 23 → Branches → record 1: l-0 (l→0) → Idl-0bridge/states/23/branches/1/id
      Original loaded/open bridge → States → record 23 → Branches → record 1: l-0 (l→0) → Taillbridge/states/23/branches/1/tail
      Original loaded/open bridge → States → record 23 → Branches → record 1: l-0 (l→0) → Head0bridge/states/23/branches/1/head
      Original loaded/open bridge → States → record 23 → Branches → record 1: l-0 (l→0) → Resistance (Ω)Exact reduced rational: 6bridge/states/23/branches/1/resistanceOhm
      Original loaded/open bridge → States → record 23 → Branches → record 1: l-0 (l→0) → Oriented voltage drop (V)Exact reduced rational: 1208/301bridge/states/23/branches/1/voltageV
      Original loaded/open bridge → States → record 23 → Branches → record 1: l-0 (l→0) → Oriented current (A)Exact reduced rational: 604/903bridge/states/23/branches/1/currentA
      Original loaded/open bridge → States → record 23 → Branches → record 1: l-0 (l→0) → Absorbed branch power p=v i (W)Exact reduced rational: 729632/271803bridge/states/23/branches/1/absorbedPowerW
      Original loaded/open bridge → States → record 23 → Branches → record 2: top-r (top→r) → Idtop-rbridge/states/23/branches/2/id
      Original loaded/open bridge → States → record 23 → Branches → record 2: top-r (top→r) → Tailtopbridge/states/23/branches/2/tail
      Original loaded/open bridge → States → record 23 → Branches → record 2: top-r (top→r) → Headrbridge/states/23/branches/2/head
      Original loaded/open bridge → States → record 23 → Branches → record 2: top-r (top→r) → Resistance (Ω)Exact reduced rational: 4bridge/states/23/branches/2/resistanceOhm
      Original loaded/open bridge → States → record 23 → Branches → record 2: top-r (top→r) → Oriented voltage drop (V)Exact reduced rational: 84/43bridge/states/23/branches/2/voltageV
      Original loaded/open bridge → States → record 23 → Branches → record 2: top-r (top→r) → Oriented current (A)Exact reduced rational: 21/43bridge/states/23/branches/2/currentA
      Original loaded/open bridge → States → record 23 → Branches → record 2: top-r (top→r) → Absorbed branch power p=v i (W)Exact reduced rational: 1764/1849bridge/states/23/branches/2/absorbedPowerW
      Original loaded/open bridge → States → record 23 → Branches → record 3: r-0 (r→0) → Idr-0bridge/states/23/branches/3/id
      Original loaded/open bridge → States → record 23 → Branches → record 3: r-0 (r→0) → Tailrbridge/states/23/branches/3/tail
      Original loaded/open bridge → States → record 23 → Branches → record 3: r-0 (r→0) → Head0bridge/states/23/branches/3/head
      Original loaded/open bridge → States → record 23 → Branches → record 3: r-0 (r→0) → Resistance (Ω)Exact reduced rational: 42/5bridge/states/23/branches/3/resistanceOhm
      Original loaded/open bridge → States → record 23 → Branches → record 3: r-0 (r→0) → Oriented voltage drop (V)Exact reduced rational: 174/43bridge/states/23/branches/3/voltageV
      Original loaded/open bridge → States → record 23 → Branches → record 3: r-0 (r→0) → Oriented current (A)Exact reduced rational: 145/301bridge/states/23/branches/3/currentA
      Original loaded/open bridge → States → record 23 → Branches → record 3: r-0 (r→0) → Absorbed branch power p=v i (W)Exact reduced rational: 25230/12943bridge/states/23/branches/3/absorbedPowerW
      Original loaded/open bridge → States → record 23 → Branches → record 4: bridge-load (l→r) → Idbridge-loadbridge/states/23/branches/4/id
      Original loaded/open bridge → States → record 23 → Branches → record 4: bridge-load (l→r) → Taillbridge/states/23/branches/4/tail
      Original loaded/open bridge → States → record 23 → Branches → record 4: bridge-load (l→r) → Headrbridge/states/23/branches/4/head
      Original loaded/open bridge → States → record 23 → Branches → record 4: bridge-load (l→r) → Oriented voltage drop (V)Exact reduced rational: -10/301bridge/states/23/branches/4/voltageV
      Original loaded/open bridge → States → record 23 → Branches → record 4: bridge-load (l→r) → Oriented current (A)Exact reduced rational: -2/301bridge/states/23/branches/4/currentA
      Original loaded/open bridge → States → record 23 → Branches → record 4: bridge-load (l→r) → Absorbed branch power p=v i (W)Exact reduced rational: 20/90601bridge/states/23/branches/4/absorbedPowerW
      Original loaded/open bridge → States → record 23 → Branches → record 5: source (top→0) → Idsourcebridge/states/23/branches/5/id
      Original loaded/open bridge → States → record 23 → Branches → record 5: source (top→0) → Tailtopbridge/states/23/branches/5/tail
      Original loaded/open bridge → States → record 23 → Branches → record 5: source (top→0) → Head0bridge/states/23/branches/5/head
      Original loaded/open bridge → States → record 23 → Branches → record 5: source (top→0) → Oriented voltage drop (V)Exact reduced rational: 6bridge/states/23/branches/5/voltageV
      Original loaded/open bridge → States → record 23 → Branches → record 5: source (top→0) → Oriented current (A)Exact reduced rational: -1039/903bridge/states/23/branches/5/currentA
      Original loaded/open bridge → States → record 23 → Branches → record 5: source (top→0) → Absorbed branch power p=v i (W)Exact reduced rational: -2078/301bridge/states/23/branches/5/absorbedPowerW
      Original loaded/open bridge → States → record 23 → Oriented KCL residual (A) → 0Exact reduced rational: 0bridge/states/23/kclResidualA/0
      Original loaded/open bridge → States → record 23 → Oriented KCL residual (A) → TopExact reduced rational: 0bridge/states/23/kclResidualA/top
      Original loaded/open bridge → States → record 23 → Oriented KCL residual (A) → LExact reduced rational: 0bridge/states/23/kclResidualA/l
      Original loaded/open bridge → States → record 23 → Oriented KCL residual (A) → RExact reduced rational: 0bridge/states/23/kclResidualA/r
      Original loaded/open bridge → States → record 23 → Total signed absorbed-power residual (W)Exact reduced rational: 0bridge/states/23/powerResidualW
      Original loaded/open bridge → States → record 23 → Voltage First Order (V)Exact reduced rational: -1/15bridge/states/23/voltageFirstOrderV
      Original loaded/open bridge → States → record 23 → Open Voltage Tangent Error (V)Exact reduced rational: 1/465bridge/states/23/openVoltageTangentErrorV
      Original loaded/open bridge → States → record 23 → Loaded Current First Order (A)Exact reduced rational: -1/145bridge/states/23/loadedCurrentFirstOrderA
      Original loaded/open bridge → States → record 23 → Loaded Current Tangent Error (A)Exact reduced rational: 11/43645bridge/states/23/loadedCurrentTangentErrorA
      Original loaded/open bridge → States → record 24 → Record index (metadata, not a measured scalar)12bridge/states/24/index
      Original loaded/open bridge → States → record 24 → Bridge fractional resistance change δ (dimensionless)Exact reduced rational: 1/10bridge/states/24/delta
      Original loaded/open bridge → States → record 24 → Load resistance R_L (Ω); null denotes opennull — not an ordinary number; see this source record’s domain/status.bridge/states/24/loadOhm
      Original loaded/open bridge → States → record 24 → Right Lower (Ω)Exact reduced rational: 44/5bridge/states/24/rightLowerOhm
      Original loaded/open bridge → States → record 24 → Node Potentials (V) → 0Exact reduced rational: 0bridge/states/24/nodePotentialsV/0
      Original loaded/open bridge → States → record 24 → Node Potentials (V) → TopExact reduced rational: 6bridge/states/24/nodePotentialsV/top
      Original loaded/open bridge → States → record 24 → Node Potentials (V) → LExact reduced rational: 4bridge/states/24/nodePotentialsV/l
      Original loaded/open bridge → States → record 24 → Node Potentials (V) → RExact reduced rational: 33/8bridge/states/24/nodePotentialsV/r
      Original loaded/open bridge → States → record 24 → Open Circuit Voltage (V)Exact reduced rational: -1/8bridge/states/24/openCircuitVoltageV
      Original loaded/open bridge → States → record 24 → Thevenin Resistance (Ω)Exact reduced rational: 19/4bridge/states/24/theveninResistanceOhm
      Original loaded/open bridge → States → record 24 → Meter current left→right (A)Exact reduced rational: 0bridge/states/24/meterCurrentA
      Original loaded/open bridge → States → record 24 → Branches → record 0: top-l (top→l) → Idtop-lbridge/states/24/branches/0/id
      Original loaded/open bridge → States → record 24 → Branches → record 0: top-l (top→l) → Tailtopbridge/states/24/branches/0/tail
      Original loaded/open bridge → States → record 24 → Branches → record 0: top-l (top→l) → Headlbridge/states/24/branches/0/head
      Original loaded/open bridge → States → record 24 → Branches → record 0: top-l (top→l) → Resistance (Ω)Exact reduced rational: 3bridge/states/24/branches/0/resistanceOhm
      Original loaded/open bridge → States → record 24 → Branches → record 0: top-l (top→l) → Oriented voltage drop (V)Exact reduced rational: 2bridge/states/24/branches/0/voltageV
      Original loaded/open bridge → States → record 24 → Branches → record 0: top-l (top→l) → Oriented current (A)Exact reduced rational: 2/3bridge/states/24/branches/0/currentA
      Original loaded/open bridge → States → record 24 → Branches → record 0: top-l (top→l) → Absorbed branch power p=v i (W)Exact reduced rational: 4/3bridge/states/24/branches/0/absorbedPowerW
      Original loaded/open bridge → States → record 24 → Branches → record 1: l-0 (l→0) → Idl-0bridge/states/24/branches/1/id
      Original loaded/open bridge → States → record 24 → Branches → record 1: l-0 (l→0) → Taillbridge/states/24/branches/1/tail
      Original loaded/open bridge → States → record 24 → Branches → record 1: l-0 (l→0) → Head0bridge/states/24/branches/1/head
      Original loaded/open bridge → States → record 24 → Branches → record 1: l-0 (l→0) → Resistance (Ω)Exact reduced rational: 6bridge/states/24/branches/1/resistanceOhm
      Original loaded/open bridge → States → record 24 → Branches → record 1: l-0 (l→0) → Oriented voltage drop (V)Exact reduced rational: 4bridge/states/24/branches/1/voltageV
      Original loaded/open bridge → States → record 24 → Branches → record 1: l-0 (l→0) → Oriented current (A)Exact reduced rational: 2/3bridge/states/24/branches/1/currentA
      Original loaded/open bridge → States → record 24 → Branches → record 1: l-0 (l→0) → Absorbed branch power p=v i (W)Exact reduced rational: 8/3bridge/states/24/branches/1/absorbedPowerW
      Original loaded/open bridge → States → record 24 → Branches → record 2: top-r (top→r) → Idtop-rbridge/states/24/branches/2/id
      Original loaded/open bridge → States → record 24 → Branches → record 2: top-r (top→r) → Tailtopbridge/states/24/branches/2/tail
      Original loaded/open bridge → States → record 24 → Branches → record 2: top-r (top→r) → Headrbridge/states/24/branches/2/head
      Original loaded/open bridge → States → record 24 → Branches → record 2: top-r (top→r) → Resistance (Ω)Exact reduced rational: 4bridge/states/24/branches/2/resistanceOhm
      Original loaded/open bridge → States → record 24 → Branches → record 2: top-r (top→r) → Oriented voltage drop (V)Exact reduced rational: 15/8bridge/states/24/branches/2/voltageV
      Original loaded/open bridge → States → record 24 → Branches → record 2: top-r (top→r) → Oriented current (A)Exact reduced rational: 15/32bridge/states/24/branches/2/currentA
      Original loaded/open bridge → States → record 24 → Branches → record 2: top-r (top→r) → Absorbed branch power p=v i (W)Exact reduced rational: 225/256bridge/states/24/branches/2/absorbedPowerW
      Original loaded/open bridge → States → record 24 → Branches → record 3: r-0 (r→0) → Idr-0bridge/states/24/branches/3/id
      Original loaded/open bridge → States → record 24 → Branches → record 3: r-0 (r→0) → Tailrbridge/states/24/branches/3/tail
      Original loaded/open bridge → States → record 24 → Branches → record 3: r-0 (r→0) → Head0bridge/states/24/branches/3/head
      Original loaded/open bridge → States → record 24 → Branches → record 3: r-0 (r→0) → Resistance (Ω)Exact reduced rational: 44/5bridge/states/24/branches/3/resistanceOhm
      Original loaded/open bridge → States → record 24 → Branches → record 3: r-0 (r→0) → Oriented voltage drop (V)Exact reduced rational: 33/8bridge/states/24/branches/3/voltageV
      Original loaded/open bridge → States → record 24 → Branches → record 3: r-0 (r→0) → Oriented current (A)Exact reduced rational: 15/32bridge/states/24/branches/3/currentA
      Original loaded/open bridge → States → record 24 → Branches → record 3: r-0 (r→0) → Absorbed branch power p=v i (W)Exact reduced rational: 495/256bridge/states/24/branches/3/absorbedPowerW
      Original loaded/open bridge → States → record 24 → Branches → record 4: bridge-load (l→r) → Idbridge-loadbridge/states/24/branches/4/id
      Original loaded/open bridge → States → record 24 → Branches → record 4: bridge-load (l→r) → Taillbridge/states/24/branches/4/tail
      Original loaded/open bridge → States → record 24 → Branches → record 4: bridge-load (l→r) → Headrbridge/states/24/branches/4/head
      Original loaded/open bridge → States → record 24 → Branches → record 4: bridge-load (l→r) → Oriented voltage drop (V)Exact reduced rational: -1/8bridge/states/24/branches/4/voltageV
      Original loaded/open bridge → States → record 24 → Branches → record 4: bridge-load (l→r) → Oriented current (A)Exact reduced rational: 0bridge/states/24/branches/4/currentA
      Original loaded/open bridge → States → record 24 → Branches → record 4: bridge-load (l→r) → Absorbed branch power p=v i (W)Exact reduced rational: 0bridge/states/24/branches/4/absorbedPowerW
      Original loaded/open bridge → States → record 24 → Branches → record 5: source (top→0) → Idsourcebridge/states/24/branches/5/id
      Original loaded/open bridge → States → record 24 → Branches → record 5: source (top→0) → Tailtopbridge/states/24/branches/5/tail
      Original loaded/open bridge → States → record 24 → Branches → record 5: source (top→0) → Head0bridge/states/24/branches/5/head
      Original loaded/open bridge → States → record 24 → Branches → record 5: source (top→0) → Oriented voltage drop (V)Exact reduced rational: 6bridge/states/24/branches/5/voltageV
      Original loaded/open bridge → States → record 24 → Branches → record 5: source (top→0) → Oriented current (A)Exact reduced rational: -109/96bridge/states/24/branches/5/currentA
      Original loaded/open bridge → States → record 24 → Branches → record 5: source (top→0) → Absorbed branch power p=v i (W)Exact reduced rational: -109/16bridge/states/24/branches/5/absorbedPowerW
      Original loaded/open bridge → States → record 24 → Oriented KCL residual (A) → 0Exact reduced rational: 0bridge/states/24/kclResidualA/0
      Original loaded/open bridge → States → record 24 → Oriented KCL residual (A) → TopExact reduced rational: 0bridge/states/24/kclResidualA/top
      Original loaded/open bridge → States → record 24 → Oriented KCL residual (A) → LExact reduced rational: 0bridge/states/24/kclResidualA/l
      Original loaded/open bridge → States → record 24 → Oriented KCL residual (A) → RExact reduced rational: 0bridge/states/24/kclResidualA/r
      Original loaded/open bridge → States → record 24 → Total signed absorbed-power residual (W)Exact reduced rational: 0bridge/states/24/powerResidualW
      Original loaded/open bridge → States → record 24 → Voltage First Order (V)Exact reduced rational: -2/15bridge/states/24/voltageFirstOrderV
      Original loaded/open bridge → States → record 24 → Open Voltage Tangent Error (V)Exact reduced rational: 1/120bridge/states/24/openVoltageTangentErrorV
      Original loaded/open bridge → States → record 24 → Loaded Current First Order (A)Exact reduced rational: -2/145bridge/states/24/loadedCurrentFirstOrderA
      Original loaded/open bridge → States → record 24 → Loaded Current Tangent Error (A)null — not an ordinary number; see this source record’s domain/status.bridge/states/24/loadedCurrentTangentErrorA
      Original loaded/open bridge → States → record 25 → Record index (metadata, not a measured scalar)12bridge/states/25/index
      Original loaded/open bridge → States → record 25 → Bridge fractional resistance change δ (dimensionless)Exact reduced rational: 1/10bridge/states/25/delta
      Original loaded/open bridge → States → record 25 → Load resistance R_L (Ω); null denotes openExact reduced rational: 5bridge/states/25/loadOhm
      Original loaded/open bridge → States → record 25 → Right Lower (Ω)Exact reduced rational: 44/5bridge/states/25/rightLowerOhm
      Original loaded/open bridge → States → record 25 → Node Potentials (V) → 0Exact reduced rational: 0bridge/states/25/nodePotentialsV/0
      Original loaded/open bridge → States → record 25 → Node Potentials (V) → TopExact reduced rational: 6bridge/states/25/nodePotentialsV/top
      Original loaded/open bridge → States → record 25 → Node Potentials (V) → LExact reduced rational: 157/39bridge/states/25/nodePotentialsV/l
      Original loaded/open bridge → States → record 25 → Node Potentials (V) → RExact reduced rational: 319/78bridge/states/25/nodePotentialsV/r
      Original loaded/open bridge → States → record 25 → Open Circuit Voltage (V)Exact reduced rational: -1/8bridge/states/25/openCircuitVoltageV
      Original loaded/open bridge → States → record 25 → Thevenin Resistance (Ω)Exact reduced rational: 19/4bridge/states/25/theveninResistanceOhm
      Original loaded/open bridge → States → record 25 → Meter current left→right (A)Exact reduced rational: -1/78bridge/states/25/meterCurrentA
      Original loaded/open bridge → States → record 25 → Branches → record 0: top-l (top→l) → Idtop-lbridge/states/25/branches/0/id
      Original loaded/open bridge → States → record 25 → Branches → record 0: top-l (top→l) → Tailtopbridge/states/25/branches/0/tail
      Original loaded/open bridge → States → record 25 → Branches → record 0: top-l (top→l) → Headlbridge/states/25/branches/0/head
      Original loaded/open bridge → States → record 25 → Branches → record 0: top-l (top→l) → Resistance (Ω)Exact reduced rational: 3bridge/states/25/branches/0/resistanceOhm
      Original loaded/open bridge → States → record 25 → Branches → record 0: top-l (top→l) → Oriented voltage drop (V)Exact reduced rational: 77/39bridge/states/25/branches/0/voltageV
      Original loaded/open bridge → States → record 25 → Branches → record 0: top-l (top→l) → Oriented current (A)Exact reduced rational: 77/117bridge/states/25/branches/0/currentA
      Original loaded/open bridge → States → record 25 → Branches → record 0: top-l (top→l) → Absorbed branch power p=v i (W)Exact reduced rational: 5929/4563bridge/states/25/branches/0/absorbedPowerW
      Original loaded/open bridge → States → record 25 → Branches → record 1: l-0 (l→0) → Idl-0bridge/states/25/branches/1/id
      Original loaded/open bridge → States → record 25 → Branches → record 1: l-0 (l→0) → Taillbridge/states/25/branches/1/tail
      Original loaded/open bridge → States → record 25 → Branches → record 1: l-0 (l→0) → Head0bridge/states/25/branches/1/head
      Original loaded/open bridge → States → record 25 → Branches → record 1: l-0 (l→0) → Resistance (Ω)Exact reduced rational: 6bridge/states/25/branches/1/resistanceOhm
      Original loaded/open bridge → States → record 25 → Branches → record 1: l-0 (l→0) → Oriented voltage drop (V)Exact reduced rational: 157/39bridge/states/25/branches/1/voltageV
      Original loaded/open bridge → States → record 25 → Branches → record 1: l-0 (l→0) → Oriented current (A)Exact reduced rational: 157/234bridge/states/25/branches/1/currentA
      Original loaded/open bridge → States → record 25 → Branches → record 1: l-0 (l→0) → Absorbed branch power p=v i (W)Exact reduced rational: 24649/9126bridge/states/25/branches/1/absorbedPowerW
      Original loaded/open bridge → States → record 25 → Branches → record 2: top-r (top→r) → Idtop-rbridge/states/25/branches/2/id
      Original loaded/open bridge → States → record 25 → Branches → record 2: top-r (top→r) → Tailtopbridge/states/25/branches/2/tail
      Original loaded/open bridge → States → record 25 → Branches → record 2: top-r (top→r) → Headrbridge/states/25/branches/2/head
      Original loaded/open bridge → States → record 25 → Branches → record 2: top-r (top→r) → Resistance (Ω)Exact reduced rational: 4bridge/states/25/branches/2/resistanceOhm
      Original loaded/open bridge → States → record 25 → Branches → record 2: top-r (top→r) → Oriented voltage drop (V)Exact reduced rational: 149/78bridge/states/25/branches/2/voltageV
      Original loaded/open bridge → States → record 25 → Branches → record 2: top-r (top→r) → Oriented current (A)Exact reduced rational: 149/312bridge/states/25/branches/2/currentA
      Original loaded/open bridge → States → record 25 → Branches → record 2: top-r (top→r) → Absorbed branch power p=v i (W)Exact reduced rational: 22201/24336bridge/states/25/branches/2/absorbedPowerW
      Original loaded/open bridge → States → record 25 → Branches → record 3: r-0 (r→0) → Idr-0bridge/states/25/branches/3/id
      Original loaded/open bridge → States → record 25 → Branches → record 3: r-0 (r→0) → Tailrbridge/states/25/branches/3/tail
      Original loaded/open bridge → States → record 25 → Branches → record 3: r-0 (r→0) → Head0bridge/states/25/branches/3/head
      Original loaded/open bridge → States → record 25 → Branches → record 3: r-0 (r→0) → Resistance (Ω)Exact reduced rational: 44/5bridge/states/25/branches/3/resistanceOhm
      Original loaded/open bridge → States → record 25 → Branches → record 3: r-0 (r→0) → Oriented voltage drop (V)Exact reduced rational: 319/78bridge/states/25/branches/3/voltageV
      Original loaded/open bridge → States → record 25 → Branches → record 3: r-0 (r→0) → Oriented current (A)Exact reduced rational: 145/312bridge/states/25/branches/3/currentA
      Original loaded/open bridge → States → record 25 → Branches → record 3: r-0 (r→0) → Absorbed branch power p=v i (W)Exact reduced rational: 46255/24336bridge/states/25/branches/3/absorbedPowerW
      Original loaded/open bridge → States → record 25 → Branches → record 4: bridge-load (l→r) → Idbridge-loadbridge/states/25/branches/4/id
      Original loaded/open bridge → States → record 25 → Branches → record 4: bridge-load (l→r) → Taillbridge/states/25/branches/4/tail
      Original loaded/open bridge → States → record 25 → Branches → record 4: bridge-load (l→r) → Headrbridge/states/25/branches/4/head
      Original loaded/open bridge → States → record 25 → Branches → record 4: bridge-load (l→r) → Oriented voltage drop (V)Exact reduced rational: -5/78bridge/states/25/branches/4/voltageV
      Original loaded/open bridge → States → record 25 → Branches → record 4: bridge-load (l→r) → Oriented current (A)Exact reduced rational: -1/78bridge/states/25/branches/4/currentA
      Original loaded/open bridge → States → record 25 → Branches → record 4: bridge-load (l→r) → Absorbed branch power p=v i (W)Exact reduced rational: 5/6084bridge/states/25/branches/4/absorbedPowerW
      Original loaded/open bridge → States → record 25 → Branches → record 5: source (top→0) → Idsourcebridge/states/25/branches/5/id
      Original loaded/open bridge → States → record 25 → Branches → record 5: source (top→0) → Tailtopbridge/states/25/branches/5/tail
      Original loaded/open bridge → States → record 25 → Branches → record 5: source (top→0) → Head0bridge/states/25/branches/5/head
      Original loaded/open bridge → States → record 25 → Branches → record 5: source (top→0) → Oriented voltage drop (V)Exact reduced rational: 6bridge/states/25/branches/5/voltageV
      Original loaded/open bridge → States → record 25 → Branches → record 5: source (top→0) → Oriented current (A)Exact reduced rational: -1063/936bridge/states/25/branches/5/currentA
      Original loaded/open bridge → States → record 25 → Branches → record 5: source (top→0) → Absorbed branch power p=v i (W)Exact reduced rational: -1063/156bridge/states/25/branches/5/absorbedPowerW
      Original loaded/open bridge → States → record 25 → Oriented KCL residual (A) → 0Exact reduced rational: 0bridge/states/25/kclResidualA/0
      Original loaded/open bridge → States → record 25 → Oriented KCL residual (A) → TopExact reduced rational: 0bridge/states/25/kclResidualA/top
      Original loaded/open bridge → States → record 25 → Oriented KCL residual (A) → LExact reduced rational: 0bridge/states/25/kclResidualA/l
      Original loaded/open bridge → States → record 25 → Oriented KCL residual (A) → RExact reduced rational: 0bridge/states/25/kclResidualA/r
      Original loaded/open bridge → States → record 25 → Total signed absorbed-power residual (W)Exact reduced rational: 0bridge/states/25/powerResidualW
      Original loaded/open bridge → States → record 25 → Voltage First Order (V)Exact reduced rational: -2/15bridge/states/25/voltageFirstOrderV
      Original loaded/open bridge → States → record 25 → Open Voltage Tangent Error (V)Exact reduced rational: 1/120bridge/states/25/openVoltageTangentErrorV
      Original loaded/open bridge → States → record 25 → Loaded Current First Order (A)Exact reduced rational: -2/145bridge/states/25/loadedCurrentFirstOrderA
      Original loaded/open bridge → States → record 25 → Loaded Current Tangent Error (A)Exact reduced rational: 11/11310bridge/states/25/loadedCurrentTangentErrorA
      Original loaded/open bridge → States → record 26 → Record index (metadata, not a measured scalar)13bridge/states/26/index
      Original loaded/open bridge → States → record 26 → Bridge fractional resistance change δ (dimensionless)Exact reduced rational: 3/20bridge/states/26/delta
      Original loaded/open bridge → States → record 26 → Load resistance R_L (Ω); null denotes opennull — not an ordinary number; see this source record’s domain/status.bridge/states/26/loadOhm
      Original loaded/open bridge → States → record 26 → Right Lower (Ω)Exact reduced rational: 46/5bridge/states/26/rightLowerOhm
      Original loaded/open bridge → States → record 26 → Node Potentials (V) → 0Exact reduced rational: 0bridge/states/26/nodePotentialsV/0
      Original loaded/open bridge → States → record 26 → Node Potentials (V) → TopExact reduced rational: 6bridge/states/26/nodePotentialsV/top
      Original loaded/open bridge → States → record 26 → Node Potentials (V) → LExact reduced rational: 4bridge/states/26/nodePotentialsV/l
      Original loaded/open bridge → States → record 26 → Node Potentials (V) → RExact reduced rational: 46/11bridge/states/26/nodePotentialsV/r
      Original loaded/open bridge → States → record 26 → Open Circuit Voltage (V)Exact reduced rational: -2/11bridge/states/26/openCircuitVoltageV
      Original loaded/open bridge → States → record 26 → Thevenin Resistance (Ω)Exact reduced rational: 158/33bridge/states/26/theveninResistanceOhm
      Original loaded/open bridge → States → record 26 → Meter current left→right (A)Exact reduced rational: 0bridge/states/26/meterCurrentA
      Original loaded/open bridge → States → record 26 → Branches → record 0: top-l (top→l) → Idtop-lbridge/states/26/branches/0/id
      Original loaded/open bridge → States → record 26 → Branches → record 0: top-l (top→l) → Tailtopbridge/states/26/branches/0/tail
      Original loaded/open bridge → States → record 26 → Branches → record 0: top-l (top→l) → Headlbridge/states/26/branches/0/head
      Original loaded/open bridge → States → record 26 → Branches → record 0: top-l (top→l) → Resistance (Ω)Exact reduced rational: 3bridge/states/26/branches/0/resistanceOhm
      Original loaded/open bridge → States → record 26 → Branches → record 0: top-l (top→l) → Oriented voltage drop (V)Exact reduced rational: 2bridge/states/26/branches/0/voltageV
      Original loaded/open bridge → States → record 26 → Branches → record 0: top-l (top→l) → Oriented current (A)Exact reduced rational: 2/3bridge/states/26/branches/0/currentA
      Original loaded/open bridge → States → record 26 → Branches → record 0: top-l (top→l) → Absorbed branch power p=v i (W)Exact reduced rational: 4/3bridge/states/26/branches/0/absorbedPowerW
      Original loaded/open bridge → States → record 26 → Branches → record 1: l-0 (l→0) → Idl-0bridge/states/26/branches/1/id
      Original loaded/open bridge → States → record 26 → Branches → record 1: l-0 (l→0) → Taillbridge/states/26/branches/1/tail
      Original loaded/open bridge → States → record 26 → Branches → record 1: l-0 (l→0) → Head0bridge/states/26/branches/1/head
      Original loaded/open bridge → States → record 26 → Branches → record 1: l-0 (l→0) → Resistance (Ω)Exact reduced rational: 6bridge/states/26/branches/1/resistanceOhm
      Original loaded/open bridge → States → record 26 → Branches → record 1: l-0 (l→0) → Oriented voltage drop (V)Exact reduced rational: 4bridge/states/26/branches/1/voltageV
      Original loaded/open bridge → States → record 26 → Branches → record 1: l-0 (l→0) → Oriented current (A)Exact reduced rational: 2/3bridge/states/26/branches/1/currentA
      Original loaded/open bridge → States → record 26 → Branches → record 1: l-0 (l→0) → Absorbed branch power p=v i (W)Exact reduced rational: 8/3bridge/states/26/branches/1/absorbedPowerW
      Original loaded/open bridge → States → record 26 → Branches → record 2: top-r (top→r) → Idtop-rbridge/states/26/branches/2/id
      Original loaded/open bridge → States → record 26 → Branches → record 2: top-r (top→r) → Tailtopbridge/states/26/branches/2/tail
      Original loaded/open bridge → States → record 26 → Branches → record 2: top-r (top→r) → Headrbridge/states/26/branches/2/head
      Original loaded/open bridge → States → record 26 → Branches → record 2: top-r (top→r) → Resistance (Ω)Exact reduced rational: 4bridge/states/26/branches/2/resistanceOhm
      Original loaded/open bridge → States → record 26 → Branches → record 2: top-r (top→r) → Oriented voltage drop (V)Exact reduced rational: 20/11bridge/states/26/branches/2/voltageV
      Original loaded/open bridge → States → record 26 → Branches → record 2: top-r (top→r) → Oriented current (A)Exact reduced rational: 5/11bridge/states/26/branches/2/currentA
      Original loaded/open bridge → States → record 26 → Branches → record 2: top-r (top→r) → Absorbed branch power p=v i (W)Exact reduced rational: 100/121bridge/states/26/branches/2/absorbedPowerW
      Original loaded/open bridge → States → record 26 → Branches → record 3: r-0 (r→0) → Idr-0bridge/states/26/branches/3/id
      Original loaded/open bridge → States → record 26 → Branches → record 3: r-0 (r→0) → Tailrbridge/states/26/branches/3/tail
      Original loaded/open bridge → States → record 26 → Branches → record 3: r-0 (r→0) → Head0bridge/states/26/branches/3/head
      Original loaded/open bridge → States → record 26 → Branches → record 3: r-0 (r→0) → Resistance (Ω)Exact reduced rational: 46/5bridge/states/26/branches/3/resistanceOhm
      Original loaded/open bridge → States → record 26 → Branches → record 3: r-0 (r→0) → Oriented voltage drop (V)Exact reduced rational: 46/11bridge/states/26/branches/3/voltageV
      Original loaded/open bridge → States → record 26 → Branches → record 3: r-0 (r→0) → Oriented current (A)Exact reduced rational: 5/11bridge/states/26/branches/3/currentA
      Original loaded/open bridge → States → record 26 → Branches → record 3: r-0 (r→0) → Absorbed branch power p=v i (W)Exact reduced rational: 230/121bridge/states/26/branches/3/absorbedPowerW
      Original loaded/open bridge → States → record 26 → Branches → record 4: bridge-load (l→r) → Idbridge-loadbridge/states/26/branches/4/id
      Original loaded/open bridge → States → record 26 → Branches → record 4: bridge-load (l→r) → Taillbridge/states/26/branches/4/tail
      Original loaded/open bridge → States → record 26 → Branches → record 4: bridge-load (l→r) → Headrbridge/states/26/branches/4/head
      Original loaded/open bridge → States → record 26 → Branches → record 4: bridge-load (l→r) → Oriented voltage drop (V)Exact reduced rational: -2/11bridge/states/26/branches/4/voltageV
      Original loaded/open bridge → States → record 26 → Branches → record 4: bridge-load (l→r) → Oriented current (A)Exact reduced rational: 0bridge/states/26/branches/4/currentA
      Original loaded/open bridge → States → record 26 → Branches → record 4: bridge-load (l→r) → Absorbed branch power p=v i (W)Exact reduced rational: 0bridge/states/26/branches/4/absorbedPowerW
      Original loaded/open bridge → States → record 26 → Branches → record 5: source (top→0) → Idsourcebridge/states/26/branches/5/id
      Original loaded/open bridge → States → record 26 → Branches → record 5: source (top→0) → Tailtopbridge/states/26/branches/5/tail
      Original loaded/open bridge → States → record 26 → Branches → record 5: source (top→0) → Head0bridge/states/26/branches/5/head
      Original loaded/open bridge → States → record 26 → Branches → record 5: source (top→0) → Oriented voltage drop (V)Exact reduced rational: 6bridge/states/26/branches/5/voltageV
      Original loaded/open bridge → States → record 26 → Branches → record 5: source (top→0) → Oriented current (A)Exact reduced rational: -37/33bridge/states/26/branches/5/currentA
      Original loaded/open bridge → States → record 26 → Branches → record 5: source (top→0) → Absorbed branch power p=v i (W)Exact reduced rational: -74/11bridge/states/26/branches/5/absorbedPowerW
      Original loaded/open bridge → States → record 26 → Oriented KCL residual (A) → 0Exact reduced rational: 0bridge/states/26/kclResidualA/0
      Original loaded/open bridge → States → record 26 → Oriented KCL residual (A) → TopExact reduced rational: 0bridge/states/26/kclResidualA/top
      Original loaded/open bridge → States → record 26 → Oriented KCL residual (A) → LExact reduced rational: 0bridge/states/26/kclResidualA/l
      Original loaded/open bridge → States → record 26 → Oriented KCL residual (A) → RExact reduced rational: 0bridge/states/26/kclResidualA/r
      Original loaded/open bridge → States → record 26 → Total signed absorbed-power residual (W)Exact reduced rational: 0bridge/states/26/powerResidualW
      Original loaded/open bridge → States → record 26 → Voltage First Order (V)Exact reduced rational: -1/5bridge/states/26/voltageFirstOrderV
      Original loaded/open bridge → States → record 26 → Open Voltage Tangent Error (V)Exact reduced rational: 1/55bridge/states/26/openVoltageTangentErrorV
      Original loaded/open bridge → States → record 26 → Loaded Current First Order (A)Exact reduced rational: -3/145bridge/states/26/loadedCurrentFirstOrderA
      Original loaded/open bridge → States → record 26 → Loaded Current Tangent Error (A)null — not an ordinary number; see this source record’s domain/status.bridge/states/26/loadedCurrentTangentErrorA
      Original loaded/open bridge → States → record 27 → Record index (metadata, not a measured scalar)13bridge/states/27/index
      Original loaded/open bridge → States → record 27 → Bridge fractional resistance change δ (dimensionless)Exact reduced rational: 3/20bridge/states/27/delta
      Original loaded/open bridge → States → record 27 → Load resistance R_L (Ω); null denotes openExact reduced rational: 5bridge/states/27/loadOhm
      Original loaded/open bridge → States → record 27 → Right Lower (Ω)Exact reduced rational: 46/5bridge/states/27/rightLowerOhm
      Original loaded/open bridge → States → record 27 → Node Potentials (V) → 0Exact reduced rational: 0bridge/states/27/nodePotentialsV/0
      Original loaded/open bridge → States → record 27 → Node Potentials (V) → TopExact reduced rational: 6bridge/states/27/nodePotentialsV/top
      Original loaded/open bridge → States → record 27 → Node Potentials (V) → LExact reduced rational: 1304/323bridge/states/27/nodePotentialsV/l
      Original loaded/open bridge → States → record 27 → Node Potentials (V) → RExact reduced rational: 1334/323bridge/states/27/nodePotentialsV/r
      Original loaded/open bridge → States → record 27 → Open Circuit Voltage (V)Exact reduced rational: -2/11bridge/states/27/openCircuitVoltageV
      Original loaded/open bridge → States → record 27 → Thevenin Resistance (Ω)Exact reduced rational: 158/33bridge/states/27/theveninResistanceOhm
      Original loaded/open bridge → States → record 27 → Meter current left→right (A)Exact reduced rational: -6/323bridge/states/27/meterCurrentA
      Original loaded/open bridge → States → record 27 → Branches → record 0: top-l (top→l) → Idtop-lbridge/states/27/branches/0/id
      Original loaded/open bridge → States → record 27 → Branches → record 0: top-l (top→l) → Tailtopbridge/states/27/branches/0/tail
      Original loaded/open bridge → States → record 27 → Branches → record 0: top-l (top→l) → Headlbridge/states/27/branches/0/head
      Original loaded/open bridge → States → record 27 → Branches → record 0: top-l (top→l) → Resistance (Ω)Exact reduced rational: 3bridge/states/27/branches/0/resistanceOhm
      Original loaded/open bridge → States → record 27 → Branches → record 0: top-l (top→l) → Oriented voltage drop (V)Exact reduced rational: 634/323bridge/states/27/branches/0/voltageV
      Original loaded/open bridge → States → record 27 → Branches → record 0: top-l (top→l) → Oriented current (A)Exact reduced rational: 634/969bridge/states/27/branches/0/currentA
      Original loaded/open bridge → States → record 27 → Branches → record 0: top-l (top→l) → Absorbed branch power p=v i (W)Exact reduced rational: 401956/312987bridge/states/27/branches/0/absorbedPowerW
      Original loaded/open bridge → States → record 27 → Branches → record 1: l-0 (l→0) → Idl-0bridge/states/27/branches/1/id
      Original loaded/open bridge → States → record 27 → Branches → record 1: l-0 (l→0) → Taillbridge/states/27/branches/1/tail
      Original loaded/open bridge → States → record 27 → Branches → record 1: l-0 (l→0) → Head0bridge/states/27/branches/1/head
      Original loaded/open bridge → States → record 27 → Branches → record 1: l-0 (l→0) → Resistance (Ω)Exact reduced rational: 6bridge/states/27/branches/1/resistanceOhm
      Original loaded/open bridge → States → record 27 → Branches → record 1: l-0 (l→0) → Oriented voltage drop (V)Exact reduced rational: 1304/323bridge/states/27/branches/1/voltageV
      Original loaded/open bridge → States → record 27 → Branches → record 1: l-0 (l→0) → Oriented current (A)Exact reduced rational: 652/969bridge/states/27/branches/1/currentA
      Original loaded/open bridge → States → record 27 → Branches → record 1: l-0 (l→0) → Absorbed branch power p=v i (W)Exact reduced rational: 850208/312987bridge/states/27/branches/1/absorbedPowerW
      Original loaded/open bridge → States → record 27 → Branches → record 2: top-r (top→r) → Idtop-rbridge/states/27/branches/2/id
      Original loaded/open bridge → States → record 27 → Branches → record 2: top-r (top→r) → Tailtopbridge/states/27/branches/2/tail
      Original loaded/open bridge → States → record 27 → Branches → record 2: top-r (top→r) → Headrbridge/states/27/branches/2/head
      Original loaded/open bridge → States → record 27 → Branches → record 2: top-r (top→r) → Resistance (Ω)Exact reduced rational: 4bridge/states/27/branches/2/resistanceOhm
      Original loaded/open bridge → States → record 27 → Branches → record 2: top-r (top→r) → Oriented voltage drop (V)Exact reduced rational: 604/323bridge/states/27/branches/2/voltageV
      Original loaded/open bridge → States → record 27 → Branches → record 2: top-r (top→r) → Oriented current (A)Exact reduced rational: 151/323bridge/states/27/branches/2/currentA
      Original loaded/open bridge → States → record 27 → Branches → record 2: top-r (top→r) → Absorbed branch power p=v i (W)Exact reduced rational: 91204/104329bridge/states/27/branches/2/absorbedPowerW
      Original loaded/open bridge → States → record 27 → Branches → record 3: r-0 (r→0) → Idr-0bridge/states/27/branches/3/id
      Original loaded/open bridge → States → record 27 → Branches → record 3: r-0 (r→0) → Tailrbridge/states/27/branches/3/tail
      Original loaded/open bridge → States → record 27 → Branches → record 3: r-0 (r→0) → Head0bridge/states/27/branches/3/head
      Original loaded/open bridge → States → record 27 → Branches → record 3: r-0 (r→0) → Resistance (Ω)Exact reduced rational: 46/5bridge/states/27/branches/3/resistanceOhm
      Original loaded/open bridge → States → record 27 → Branches → record 3: r-0 (r→0) → Oriented voltage drop (V)Exact reduced rational: 1334/323bridge/states/27/branches/3/voltageV
      Original loaded/open bridge → States → record 27 → Branches → record 3: r-0 (r→0) → Oriented current (A)Exact reduced rational: 145/323bridge/states/27/branches/3/currentA
      Original loaded/open bridge → States → record 27 → Branches → record 3: r-0 (r→0) → Absorbed branch power p=v i (W)Exact reduced rational: 193430/104329bridge/states/27/branches/3/absorbedPowerW
      Original loaded/open bridge → States → record 27 → Branches → record 4: bridge-load (l→r) → Idbridge-loadbridge/states/27/branches/4/id
      Original loaded/open bridge → States → record 27 → Branches → record 4: bridge-load (l→r) → Taillbridge/states/27/branches/4/tail
      Original loaded/open bridge → States → record 27 → Branches → record 4: bridge-load (l→r) → Headrbridge/states/27/branches/4/head
      Original loaded/open bridge → States → record 27 → Branches → record 4: bridge-load (l→r) → Oriented voltage drop (V)Exact reduced rational: -30/323bridge/states/27/branches/4/voltageV
      Original loaded/open bridge → States → record 27 → Branches → record 4: bridge-load (l→r) → Oriented current (A)Exact reduced rational: -6/323bridge/states/27/branches/4/currentA
      Original loaded/open bridge → States → record 27 → Branches → record 4: bridge-load (l→r) → Absorbed branch power p=v i (W)Exact reduced rational: 180/104329bridge/states/27/branches/4/absorbedPowerW
      Original loaded/open bridge → States → record 27 → Branches → record 5: source (top→0) → Idsourcebridge/states/27/branches/5/id
      Original loaded/open bridge → States → record 27 → Branches → record 5: source (top→0) → Tailtopbridge/states/27/branches/5/tail
      Original loaded/open bridge → States → record 27 → Branches → record 5: source (top→0) → Head0bridge/states/27/branches/5/head
      Original loaded/open bridge → States → record 27 → Branches → record 5: source (top→0) → Oriented voltage drop (V)Exact reduced rational: 6bridge/states/27/branches/5/voltageV
      Original loaded/open bridge → States → record 27 → Branches → record 5: source (top→0) → Oriented current (A)Exact reduced rational: -1087/969bridge/states/27/branches/5/currentA
      Original loaded/open bridge → States → record 27 → Branches → record 5: source (top→0) → Absorbed branch power p=v i (W)Exact reduced rational: -2174/323bridge/states/27/branches/5/absorbedPowerW
      Original loaded/open bridge → States → record 27 → Oriented KCL residual (A) → 0Exact reduced rational: 0bridge/states/27/kclResidualA/0
      Original loaded/open bridge → States → record 27 → Oriented KCL residual (A) → TopExact reduced rational: 0bridge/states/27/kclResidualA/top
      Original loaded/open bridge → States → record 27 → Oriented KCL residual (A) → LExact reduced rational: 0bridge/states/27/kclResidualA/l
      Original loaded/open bridge → States → record 27 → Oriented KCL residual (A) → RExact reduced rational: 0bridge/states/27/kclResidualA/r
      Original loaded/open bridge → States → record 27 → Total signed absorbed-power residual (W)Exact reduced rational: 0bridge/states/27/powerResidualW
      Original loaded/open bridge → States → record 27 → Voltage First Order (V)Exact reduced rational: -1/5bridge/states/27/voltageFirstOrderV
      Original loaded/open bridge → States → record 27 → Open Voltage Tangent Error (V)Exact reduced rational: 1/55bridge/states/27/openVoltageTangentErrorV
      Original loaded/open bridge → States → record 27 → Loaded Current First Order (A)Exact reduced rational: -3/145bridge/states/27/loadedCurrentFirstOrderA
      Original loaded/open bridge → States → record 27 → Loaded Current Tangent Error (A)Exact reduced rational: 99/46835bridge/states/27/loadedCurrentTangentErrorA
      Original loaded/open bridge → States → record 28 → Record index (metadata, not a measured scalar)14bridge/states/28/index
      Original loaded/open bridge → States → record 28 → Bridge fractional resistance change δ (dimensionless)Exact reduced rational: 1/5bridge/states/28/delta
      Original loaded/open bridge → States → record 28 → Load resistance R_L (Ω); null denotes opennull — not an ordinary number; see this source record’s domain/status.bridge/states/28/loadOhm
      Original loaded/open bridge → States → record 28 → Right Lower (Ω)Exact reduced rational: 48/5bridge/states/28/rightLowerOhm
      Original loaded/open bridge → States → record 28 → Node Potentials (V) → 0Exact reduced rational: 0bridge/states/28/nodePotentialsV/0
      Original loaded/open bridge → States → record 28 → Node Potentials (V) → TopExact reduced rational: 6bridge/states/28/nodePotentialsV/top
      Original loaded/open bridge → States → record 28 → Node Potentials (V) → LExact reduced rational: 4bridge/states/28/nodePotentialsV/l
      Original loaded/open bridge → States → record 28 → Node Potentials (V) → RExact reduced rational: 72/17bridge/states/28/nodePotentialsV/r
      Original loaded/open bridge → States → record 28 → Open Circuit Voltage (V)Exact reduced rational: -4/17bridge/states/28/openCircuitVoltageV
      Original loaded/open bridge → States → record 28 → Thevenin Resistance (Ω)Exact reduced rational: 82/17bridge/states/28/theveninResistanceOhm
      Original loaded/open bridge → States → record 28 → Meter current left→right (A)Exact reduced rational: 0bridge/states/28/meterCurrentA
      Original loaded/open bridge → States → record 28 → Branches → record 0: top-l (top→l) → Idtop-lbridge/states/28/branches/0/id
      Original loaded/open bridge → States → record 28 → Branches → record 0: top-l (top→l) → Tailtopbridge/states/28/branches/0/tail
      Original loaded/open bridge → States → record 28 → Branches → record 0: top-l (top→l) → Headlbridge/states/28/branches/0/head
      Original loaded/open bridge → States → record 28 → Branches → record 0: top-l (top→l) → Resistance (Ω)Exact reduced rational: 3bridge/states/28/branches/0/resistanceOhm
      Original loaded/open bridge → States → record 28 → Branches → record 0: top-l (top→l) → Oriented voltage drop (V)Exact reduced rational: 2bridge/states/28/branches/0/voltageV
      Original loaded/open bridge → States → record 28 → Branches → record 0: top-l (top→l) → Oriented current (A)Exact reduced rational: 2/3bridge/states/28/branches/0/currentA
      Original loaded/open bridge → States → record 28 → Branches → record 0: top-l (top→l) → Absorbed branch power p=v i (W)Exact reduced rational: 4/3bridge/states/28/branches/0/absorbedPowerW
      Original loaded/open bridge → States → record 28 → Branches → record 1: l-0 (l→0) → Idl-0bridge/states/28/branches/1/id
      Original loaded/open bridge → States → record 28 → Branches → record 1: l-0 (l→0) → Taillbridge/states/28/branches/1/tail
      Original loaded/open bridge → States → record 28 → Branches → record 1: l-0 (l→0) → Head0bridge/states/28/branches/1/head
      Original loaded/open bridge → States → record 28 → Branches → record 1: l-0 (l→0) → Resistance (Ω)Exact reduced rational: 6bridge/states/28/branches/1/resistanceOhm
      Original loaded/open bridge → States → record 28 → Branches → record 1: l-0 (l→0) → Oriented voltage drop (V)Exact reduced rational: 4bridge/states/28/branches/1/voltageV
      Original loaded/open bridge → States → record 28 → Branches → record 1: l-0 (l→0) → Oriented current (A)Exact reduced rational: 2/3bridge/states/28/branches/1/currentA
      Original loaded/open bridge → States → record 28 → Branches → record 1: l-0 (l→0) → Absorbed branch power p=v i (W)Exact reduced rational: 8/3bridge/states/28/branches/1/absorbedPowerW
      Original loaded/open bridge → States → record 28 → Branches → record 2: top-r (top→r) → Idtop-rbridge/states/28/branches/2/id
      Original loaded/open bridge → States → record 28 → Branches → record 2: top-r (top→r) → Tailtopbridge/states/28/branches/2/tail
      Original loaded/open bridge → States → record 28 → Branches → record 2: top-r (top→r) → Headrbridge/states/28/branches/2/head
      Original loaded/open bridge → States → record 28 → Branches → record 2: top-r (top→r) → Resistance (Ω)Exact reduced rational: 4bridge/states/28/branches/2/resistanceOhm
      Original loaded/open bridge → States → record 28 → Branches → record 2: top-r (top→r) → Oriented voltage drop (V)Exact reduced rational: 30/17bridge/states/28/branches/2/voltageV
      Original loaded/open bridge → States → record 28 → Branches → record 2: top-r (top→r) → Oriented current (A)Exact reduced rational: 15/34bridge/states/28/branches/2/currentA
      Original loaded/open bridge → States → record 28 → Branches → record 2: top-r (top→r) → Absorbed branch power p=v i (W)Exact reduced rational: 225/289bridge/states/28/branches/2/absorbedPowerW
      Original loaded/open bridge → States → record 28 → Branches → record 3: r-0 (r→0) → Idr-0bridge/states/28/branches/3/id
      Original loaded/open bridge → States → record 28 → Branches → record 3: r-0 (r→0) → Tailrbridge/states/28/branches/3/tail
      Original loaded/open bridge → States → record 28 → Branches → record 3: r-0 (r→0) → Head0bridge/states/28/branches/3/head
      Original loaded/open bridge → States → record 28 → Branches → record 3: r-0 (r→0) → Resistance (Ω)Exact reduced rational: 48/5bridge/states/28/branches/3/resistanceOhm
      Original loaded/open bridge → States → record 28 → Branches → record 3: r-0 (r→0) → Oriented voltage drop (V)Exact reduced rational: 72/17bridge/states/28/branches/3/voltageV
      Original loaded/open bridge → States → record 28 → Branches → record 3: r-0 (r→0) → Oriented current (A)Exact reduced rational: 15/34bridge/states/28/branches/3/currentA
      Original loaded/open bridge → States → record 28 → Branches → record 3: r-0 (r→0) → Absorbed branch power p=v i (W)Exact reduced rational: 540/289bridge/states/28/branches/3/absorbedPowerW
      Original loaded/open bridge → States → record 28 → Branches → record 4: bridge-load (l→r) → Idbridge-loadbridge/states/28/branches/4/id
      Original loaded/open bridge → States → record 28 → Branches → record 4: bridge-load (l→r) → Taillbridge/states/28/branches/4/tail
      Original loaded/open bridge → States → record 28 → Branches → record 4: bridge-load (l→r) → Headrbridge/states/28/branches/4/head
      Original loaded/open bridge → States → record 28 → Branches → record 4: bridge-load (l→r) → Oriented voltage drop (V)Exact reduced rational: -4/17bridge/states/28/branches/4/voltageV
      Original loaded/open bridge → States → record 28 → Branches → record 4: bridge-load (l→r) → Oriented current (A)Exact reduced rational: 0bridge/states/28/branches/4/currentA
      Original loaded/open bridge → States → record 28 → Branches → record 4: bridge-load (l→r) → Absorbed branch power p=v i (W)Exact reduced rational: 0bridge/states/28/branches/4/absorbedPowerW
      Original loaded/open bridge → States → record 28 → Branches → record 5: source (top→0) → Idsourcebridge/states/28/branches/5/id
      Original loaded/open bridge → States → record 28 → Branches → record 5: source (top→0) → Tailtopbridge/states/28/branches/5/tail
      Original loaded/open bridge → States → record 28 → Branches → record 5: source (top→0) → Head0bridge/states/28/branches/5/head
      Original loaded/open bridge → States → record 28 → Branches → record 5: source (top→0) → Oriented voltage drop (V)Exact reduced rational: 6bridge/states/28/branches/5/voltageV
      Original loaded/open bridge → States → record 28 → Branches → record 5: source (top→0) → Oriented current (A)Exact reduced rational: -113/102bridge/states/28/branches/5/currentA
      Original loaded/open bridge → States → record 28 → Branches → record 5: source (top→0) → Absorbed branch power p=v i (W)Exact reduced rational: -113/17bridge/states/28/branches/5/absorbedPowerW
      Original loaded/open bridge → States → record 28 → Oriented KCL residual (A) → 0Exact reduced rational: 0bridge/states/28/kclResidualA/0
      Original loaded/open bridge → States → record 28 → Oriented KCL residual (A) → TopExact reduced rational: 0bridge/states/28/kclResidualA/top
      Original loaded/open bridge → States → record 28 → Oriented KCL residual (A) → LExact reduced rational: 0bridge/states/28/kclResidualA/l
      Original loaded/open bridge → States → record 28 → Oriented KCL residual (A) → RExact reduced rational: 0bridge/states/28/kclResidualA/r
      Original loaded/open bridge → States → record 28 → Total signed absorbed-power residual (W)Exact reduced rational: 0bridge/states/28/powerResidualW
      Original loaded/open bridge → States → record 28 → Voltage First Order (V)Exact reduced rational: -4/15bridge/states/28/voltageFirstOrderV
      Original loaded/open bridge → States → record 28 → Open Voltage Tangent Error (V)Exact reduced rational: 8/255bridge/states/28/openVoltageTangentErrorV
      Original loaded/open bridge → States → record 28 → Loaded Current First Order (A)Exact reduced rational: -4/145bridge/states/28/loadedCurrentFirstOrderA
      Original loaded/open bridge → States → record 28 → Loaded Current Tangent Error (A)null — not an ordinary number; see this source record’s domain/status.bridge/states/28/loadedCurrentTangentErrorA
      Original loaded/open bridge → States → record 29 → Record index (metadata, not a measured scalar)14bridge/states/29/index
      Original loaded/open bridge → States → record 29 → Bridge fractional resistance change δ (dimensionless)Exact reduced rational: 1/5bridge/states/29/delta
      Original loaded/open bridge → States → record 29 → Load resistance R_L (Ω); null denotes openExact reduced rational: 5bridge/states/29/loadOhm
      Original loaded/open bridge → States → record 29 → Right Lower (Ω)Exact reduced rational: 48/5bridge/states/29/rightLowerOhm
      Original loaded/open bridge → States → record 29 → Node Potentials (V) → 0Exact reduced rational: 0bridge/states/29/nodePotentialsV/0
      Original loaded/open bridge → States → record 29 → Node Potentials (V) → TopExact reduced rational: 6bridge/states/29/nodePotentialsV/top
      Original loaded/open bridge → States → record 29 → Node Potentials (V) → LExact reduced rational: 676/167bridge/states/29/nodePotentialsV/l
      Original loaded/open bridge → States → record 29 → Node Potentials (V) → RExact reduced rational: 696/167bridge/states/29/nodePotentialsV/r
      Original loaded/open bridge → States → record 29 → Open Circuit Voltage (V)Exact reduced rational: -4/17bridge/states/29/openCircuitVoltageV
      Original loaded/open bridge → States → record 29 → Thevenin Resistance (Ω)Exact reduced rational: 82/17bridge/states/29/theveninResistanceOhm
      Original loaded/open bridge → States → record 29 → Meter current left→right (A)Exact reduced rational: -4/167bridge/states/29/meterCurrentA
      Original loaded/open bridge → States → record 29 → Branches → record 0: top-l (top→l) → Idtop-lbridge/states/29/branches/0/id
      Original loaded/open bridge → States → record 29 → Branches → record 0: top-l (top→l) → Tailtopbridge/states/29/branches/0/tail
      Original loaded/open bridge → States → record 29 → Branches → record 0: top-l (top→l) → Headlbridge/states/29/branches/0/head
      Original loaded/open bridge → States → record 29 → Branches → record 0: top-l (top→l) → Resistance (Ω)Exact reduced rational: 3bridge/states/29/branches/0/resistanceOhm
      Original loaded/open bridge → States → record 29 → Branches → record 0: top-l (top→l) → Oriented voltage drop (V)Exact reduced rational: 326/167bridge/states/29/branches/0/voltageV
      Original loaded/open bridge → States → record 29 → Branches → record 0: top-l (top→l) → Oriented current (A)Exact reduced rational: 326/501bridge/states/29/branches/0/currentA
      Original loaded/open bridge → States → record 29 → Branches → record 0: top-l (top→l) → Absorbed branch power p=v i (W)Exact reduced rational: 106276/83667bridge/states/29/branches/0/absorbedPowerW
      Original loaded/open bridge → States → record 29 → Branches → record 1: l-0 (l→0) → Idl-0bridge/states/29/branches/1/id
      Original loaded/open bridge → States → record 29 → Branches → record 1: l-0 (l→0) → Taillbridge/states/29/branches/1/tail
      Original loaded/open bridge → States → record 29 → Branches → record 1: l-0 (l→0) → Head0bridge/states/29/branches/1/head
      Original loaded/open bridge → States → record 29 → Branches → record 1: l-0 (l→0) → Resistance (Ω)Exact reduced rational: 6bridge/states/29/branches/1/resistanceOhm
      Original loaded/open bridge → States → record 29 → Branches → record 1: l-0 (l→0) → Oriented voltage drop (V)Exact reduced rational: 676/167bridge/states/29/branches/1/voltageV
      Original loaded/open bridge → States → record 29 → Branches → record 1: l-0 (l→0) → Oriented current (A)Exact reduced rational: 338/501bridge/states/29/branches/1/currentA
      Original loaded/open bridge → States → record 29 → Branches → record 1: l-0 (l→0) → Absorbed branch power p=v i (W)Exact reduced rational: 228488/83667bridge/states/29/branches/1/absorbedPowerW
      Original loaded/open bridge → States → record 29 → Branches → record 2: top-r (top→r) → Idtop-rbridge/states/29/branches/2/id
      Original loaded/open bridge → States → record 29 → Branches → record 2: top-r (top→r) → Tailtopbridge/states/29/branches/2/tail
      Original loaded/open bridge → States → record 29 → Branches → record 2: top-r (top→r) → Headrbridge/states/29/branches/2/head
      Original loaded/open bridge → States → record 29 → Branches → record 2: top-r (top→r) → Resistance (Ω)Exact reduced rational: 4bridge/states/29/branches/2/resistanceOhm
      Original loaded/open bridge → States → record 29 → Branches → record 2: top-r (top→r) → Oriented voltage drop (V)Exact reduced rational: 306/167bridge/states/29/branches/2/voltageV
      Original loaded/open bridge → States → record 29 → Branches → record 2: top-r (top→r) → Oriented current (A)Exact reduced rational: 153/334bridge/states/29/branches/2/currentA
      Original loaded/open bridge → States → record 29 → Branches → record 2: top-r (top→r) → Absorbed branch power p=v i (W)Exact reduced rational: 23409/27889bridge/states/29/branches/2/absorbedPowerW
      Original loaded/open bridge → States → record 29 → Branches → record 3: r-0 (r→0) → Idr-0bridge/states/29/branches/3/id
      Original loaded/open bridge → States → record 29 → Branches → record 3: r-0 (r→0) → Tailrbridge/states/29/branches/3/tail
      Original loaded/open bridge → States → record 29 → Branches → record 3: r-0 (r→0) → Head0bridge/states/29/branches/3/head
      Original loaded/open bridge → States → record 29 → Branches → record 3: r-0 (r→0) → Resistance (Ω)Exact reduced rational: 48/5bridge/states/29/branches/3/resistanceOhm
      Original loaded/open bridge → States → record 29 → Branches → record 3: r-0 (r→0) → Oriented voltage drop (V)Exact reduced rational: 696/167bridge/states/29/branches/3/voltageV
      Original loaded/open bridge → States → record 29 → Branches → record 3: r-0 (r→0) → Oriented current (A)Exact reduced rational: 145/334bridge/states/29/branches/3/currentA
      Original loaded/open bridge → States → record 29 → Branches → record 3: r-0 (r→0) → Absorbed branch power p=v i (W)Exact reduced rational: 50460/27889bridge/states/29/branches/3/absorbedPowerW
      Original loaded/open bridge → States → record 29 → Branches → record 4: bridge-load (l→r) → Idbridge-loadbridge/states/29/branches/4/id
      Original loaded/open bridge → States → record 29 → Branches → record 4: bridge-load (l→r) → Taillbridge/states/29/branches/4/tail
      Original loaded/open bridge → States → record 29 → Branches → record 4: bridge-load (l→r) → Headrbridge/states/29/branches/4/head
      Original loaded/open bridge → States → record 29 → Branches → record 4: bridge-load (l→r) → Oriented voltage drop (V)Exact reduced rational: -20/167bridge/states/29/branches/4/voltageV
      Original loaded/open bridge → States → record 29 → Branches → record 4: bridge-load (l→r) → Oriented current (A)Exact reduced rational: -4/167bridge/states/29/branches/4/currentA
      Original loaded/open bridge → States → record 29 → Branches → record 4: bridge-load (l→r) → Absorbed branch power p=v i (W)Exact reduced rational: 80/27889bridge/states/29/branches/4/absorbedPowerW
      Original loaded/open bridge → States → record 29 → Branches → record 5: source (top→0) → Idsourcebridge/states/29/branches/5/id
      Original loaded/open bridge → States → record 29 → Branches → record 5: source (top→0) → Tailtopbridge/states/29/branches/5/tail
      Original loaded/open bridge → States → record 29 → Branches → record 5: source (top→0) → Head0bridge/states/29/branches/5/head
      Original loaded/open bridge → States → record 29 → Branches → record 5: source (top→0) → Oriented voltage drop (V)Exact reduced rational: 6bridge/states/29/branches/5/voltageV
      Original loaded/open bridge → States → record 29 → Branches → record 5: source (top→0) → Oriented current (A)Exact reduced rational: -1111/1002bridge/states/29/branches/5/currentA
      Original loaded/open bridge → States → record 29 → Branches → record 5: source (top→0) → Absorbed branch power p=v i (W)Exact reduced rational: -1111/167bridge/states/29/branches/5/absorbedPowerW
      Original loaded/open bridge → States → record 29 → Oriented KCL residual (A) → 0Exact reduced rational: 0bridge/states/29/kclResidualA/0
      Original loaded/open bridge → States → record 29 → Oriented KCL residual (A) → TopExact reduced rational: 0bridge/states/29/kclResidualA/top
      Original loaded/open bridge → States → record 29 → Oriented KCL residual (A) → LExact reduced rational: 0bridge/states/29/kclResidualA/l
      Original loaded/open bridge → States → record 29 → Oriented KCL residual (A) → RExact reduced rational: 0bridge/states/29/kclResidualA/r
      Original loaded/open bridge → States → record 29 → Total signed absorbed-power residual (W)Exact reduced rational: 0bridge/states/29/powerResidualW
      Original loaded/open bridge → States → record 29 → Voltage First Order (V)Exact reduced rational: -4/15bridge/states/29/voltageFirstOrderV
      Original loaded/open bridge → States → record 29 → Open Voltage Tangent Error (V)Exact reduced rational: 8/255bridge/states/29/openVoltageTangentErrorV
      Original loaded/open bridge → States → record 29 → Loaded Current First Order (A)Exact reduced rational: -4/145bridge/states/29/loadedCurrentFirstOrderA
      Original loaded/open bridge → States → record 29 → Loaded Current Tangent Error (A)Exact reduced rational: 88/24215bridge/states/29/loadedCurrentTangentErrorA
      Original loaded/open bridge → States → record 30 → Record index (metadata, not a measured scalar)15bridge/states/30/index
      Original loaded/open bridge → States → record 30 → Bridge fractional resistance change δ (dimensionless)Exact reduced rational: 1/4bridge/states/30/delta
      Original loaded/open bridge → States → record 30 → Load resistance R_L (Ω); null denotes opennull — not an ordinary number; see this source record’s domain/status.bridge/states/30/loadOhm
      Original loaded/open bridge → States → record 30 → Right Lower (Ω)Exact reduced rational: 10bridge/states/30/rightLowerOhm
      Original loaded/open bridge → States → record 30 → Node Potentials (V) → 0Exact reduced rational: 0bridge/states/30/nodePotentialsV/0
      Original loaded/open bridge → States → record 30 → Node Potentials (V) → TopExact reduced rational: 6bridge/states/30/nodePotentialsV/top
      Original loaded/open bridge → States → record 30 → Node Potentials (V) → LExact reduced rational: 4bridge/states/30/nodePotentialsV/l
      Original loaded/open bridge → States → record 30 → Node Potentials (V) → RExact reduced rational: 30/7bridge/states/30/nodePotentialsV/r
      Original loaded/open bridge → States → record 30 → Open Circuit Voltage (V)Exact reduced rational: -2/7bridge/states/30/openCircuitVoltageV
      Original loaded/open bridge → States → record 30 → Thevenin Resistance (Ω)Exact reduced rational: 34/7bridge/states/30/theveninResistanceOhm
      Original loaded/open bridge → States → record 30 → Meter current left→right (A)Exact reduced rational: 0bridge/states/30/meterCurrentA
      Original loaded/open bridge → States → record 30 → Branches → record 0: top-l (top→l) → Idtop-lbridge/states/30/branches/0/id
      Original loaded/open bridge → States → record 30 → Branches → record 0: top-l (top→l) → Tailtopbridge/states/30/branches/0/tail
      Original loaded/open bridge → States → record 30 → Branches → record 0: top-l (top→l) → Headlbridge/states/30/branches/0/head
      Original loaded/open bridge → States → record 30 → Branches → record 0: top-l (top→l) → Resistance (Ω)Exact reduced rational: 3bridge/states/30/branches/0/resistanceOhm
      Original loaded/open bridge → States → record 30 → Branches → record 0: top-l (top→l) → Oriented voltage drop (V)Exact reduced rational: 2bridge/states/30/branches/0/voltageV
      Original loaded/open bridge → States → record 30 → Branches → record 0: top-l (top→l) → Oriented current (A)Exact reduced rational: 2/3bridge/states/30/branches/0/currentA
      Original loaded/open bridge → States → record 30 → Branches → record 0: top-l (top→l) → Absorbed branch power p=v i (W)Exact reduced rational: 4/3bridge/states/30/branches/0/absorbedPowerW
      Original loaded/open bridge → States → record 30 → Branches → record 1: l-0 (l→0) → Idl-0bridge/states/30/branches/1/id
      Original loaded/open bridge → States → record 30 → Branches → record 1: l-0 (l→0) → Taillbridge/states/30/branches/1/tail
      Original loaded/open bridge → States → record 30 → Branches → record 1: l-0 (l→0) → Head0bridge/states/30/branches/1/head
      Original loaded/open bridge → States → record 30 → Branches → record 1: l-0 (l→0) → Resistance (Ω)Exact reduced rational: 6bridge/states/30/branches/1/resistanceOhm
      Original loaded/open bridge → States → record 30 → Branches → record 1: l-0 (l→0) → Oriented voltage drop (V)Exact reduced rational: 4bridge/states/30/branches/1/voltageV
      Original loaded/open bridge → States → record 30 → Branches → record 1: l-0 (l→0) → Oriented current (A)Exact reduced rational: 2/3bridge/states/30/branches/1/currentA
      Original loaded/open bridge → States → record 30 → Branches → record 1: l-0 (l→0) → Absorbed branch power p=v i (W)Exact reduced rational: 8/3bridge/states/30/branches/1/absorbedPowerW
      Original loaded/open bridge → States → record 30 → Branches → record 2: top-r (top→r) → Idtop-rbridge/states/30/branches/2/id
      Original loaded/open bridge → States → record 30 → Branches → record 2: top-r (top→r) → Tailtopbridge/states/30/branches/2/tail
      Original loaded/open bridge → States → record 30 → Branches → record 2: top-r (top→r) → Headrbridge/states/30/branches/2/head
      Original loaded/open bridge → States → record 30 → Branches → record 2: top-r (top→r) → Resistance (Ω)Exact reduced rational: 4bridge/states/30/branches/2/resistanceOhm
      Original loaded/open bridge → States → record 30 → Branches → record 2: top-r (top→r) → Oriented voltage drop (V)Exact reduced rational: 12/7bridge/states/30/branches/2/voltageV
      Original loaded/open bridge → States → record 30 → Branches → record 2: top-r (top→r) → Oriented current (A)Exact reduced rational: 3/7bridge/states/30/branches/2/currentA
      Original loaded/open bridge → States → record 30 → Branches → record 2: top-r (top→r) → Absorbed branch power p=v i (W)Exact reduced rational: 36/49bridge/states/30/branches/2/absorbedPowerW
      Original loaded/open bridge → States → record 30 → Branches → record 3: r-0 (r→0) → Idr-0bridge/states/30/branches/3/id
      Original loaded/open bridge → States → record 30 → Branches → record 3: r-0 (r→0) → Tailrbridge/states/30/branches/3/tail
      Original loaded/open bridge → States → record 30 → Branches → record 3: r-0 (r→0) → Head0bridge/states/30/branches/3/head
      Original loaded/open bridge → States → record 30 → Branches → record 3: r-0 (r→0) → Resistance (Ω)Exact reduced rational: 10bridge/states/30/branches/3/resistanceOhm
      Original loaded/open bridge → States → record 30 → Branches → record 3: r-0 (r→0) → Oriented voltage drop (V)Exact reduced rational: 30/7bridge/states/30/branches/3/voltageV
      Original loaded/open bridge → States → record 30 → Branches → record 3: r-0 (r→0) → Oriented current (A)Exact reduced rational: 3/7bridge/states/30/branches/3/currentA
      Original loaded/open bridge → States → record 30 → Branches → record 3: r-0 (r→0) → Absorbed branch power p=v i (W)Exact reduced rational: 90/49bridge/states/30/branches/3/absorbedPowerW
      Original loaded/open bridge → States → record 30 → Branches → record 4: bridge-load (l→r) → Idbridge-loadbridge/states/30/branches/4/id
      Original loaded/open bridge → States → record 30 → Branches → record 4: bridge-load (l→r) → Taillbridge/states/30/branches/4/tail
      Original loaded/open bridge → States → record 30 → Branches → record 4: bridge-load (l→r) → Headrbridge/states/30/branches/4/head
      Original loaded/open bridge → States → record 30 → Branches → record 4: bridge-load (l→r) → Oriented voltage drop (V)Exact reduced rational: -2/7bridge/states/30/branches/4/voltageV
      Original loaded/open bridge → States → record 30 → Branches → record 4: bridge-load (l→r) → Oriented current (A)Exact reduced rational: 0bridge/states/30/branches/4/currentA
      Original loaded/open bridge → States → record 30 → Branches → record 4: bridge-load (l→r) → Absorbed branch power p=v i (W)Exact reduced rational: 0bridge/states/30/branches/4/absorbedPowerW
      Original loaded/open bridge → States → record 30 → Branches → record 5: source (top→0) → Idsourcebridge/states/30/branches/5/id
      Original loaded/open bridge → States → record 30 → Branches → record 5: source (top→0) → Tailtopbridge/states/30/branches/5/tail
      Original loaded/open bridge → States → record 30 → Branches → record 5: source (top→0) → Head0bridge/states/30/branches/5/head
      Original loaded/open bridge → States → record 30 → Branches → record 5: source (top→0) → Oriented voltage drop (V)Exact reduced rational: 6bridge/states/30/branches/5/voltageV
      Original loaded/open bridge → States → record 30 → Branches → record 5: source (top→0) → Oriented current (A)Exact reduced rational: -23/21bridge/states/30/branches/5/currentA
      Original loaded/open bridge → States → record 30 → Branches → record 5: source (top→0) → Absorbed branch power p=v i (W)Exact reduced rational: -46/7bridge/states/30/branches/5/absorbedPowerW
      Original loaded/open bridge → States → record 30 → Oriented KCL residual (A) → 0Exact reduced rational: 0bridge/states/30/kclResidualA/0
      Original loaded/open bridge → States → record 30 → Oriented KCL residual (A) → TopExact reduced rational: 0bridge/states/30/kclResidualA/top
      Original loaded/open bridge → States → record 30 → Oriented KCL residual (A) → LExact reduced rational: 0bridge/states/30/kclResidualA/l
      Original loaded/open bridge → States → record 30 → Oriented KCL residual (A) → RExact reduced rational: 0bridge/states/30/kclResidualA/r
      Original loaded/open bridge → States → record 30 → Total signed absorbed-power residual (W)Exact reduced rational: 0bridge/states/30/powerResidualW
      Original loaded/open bridge → States → record 30 → Voltage First Order (V)Exact reduced rational: -1/3bridge/states/30/voltageFirstOrderV
      Original loaded/open bridge → States → record 30 → Open Voltage Tangent Error (V)Exact reduced rational: 1/21bridge/states/30/openVoltageTangentErrorV
      Original loaded/open bridge → States → record 30 → Loaded Current First Order (A)Exact reduced rational: -1/29bridge/states/30/loadedCurrentFirstOrderA
      Original loaded/open bridge → States → record 30 → Loaded Current Tangent Error (A)null — not an ordinary number; see this source record’s domain/status.bridge/states/30/loadedCurrentTangentErrorA
      Original loaded/open bridge → States → record 31 → Record index (metadata, not a measured scalar)15bridge/states/31/index
      Original loaded/open bridge → States → record 31 → Bridge fractional resistance change δ (dimensionless)Exact reduced rational: 1/4bridge/states/31/delta
      Original loaded/open bridge → States → record 31 → Load resistance R_L (Ω); null denotes openExact reduced rational: 5bridge/states/31/loadOhm
      Original loaded/open bridge → States → record 31 → Right Lower (Ω)Exact reduced rational: 10bridge/states/31/rightLowerOhm
      Original loaded/open bridge → States → record 31 → Node Potentials (V) → 0Exact reduced rational: 0bridge/states/31/nodePotentialsV/0
      Original loaded/open bridge → States → record 31 → Node Potentials (V) → TopExact reduced rational: 6bridge/states/31/nodePotentialsV/top
      Original loaded/open bridge → States → record 31 → Node Potentials (V) → LExact reduced rational: 280/69bridge/states/31/nodePotentialsV/l
      Original loaded/open bridge → States → record 31 → Node Potentials (V) → RExact reduced rational: 290/69bridge/states/31/nodePotentialsV/r
      Original loaded/open bridge → States → record 31 → Open Circuit Voltage (V)Exact reduced rational: -2/7bridge/states/31/openCircuitVoltageV
      Original loaded/open bridge → States → record 31 → Thevenin Resistance (Ω)Exact reduced rational: 34/7bridge/states/31/theveninResistanceOhm
      Original loaded/open bridge → States → record 31 → Meter current left→right (A)Exact reduced rational: -2/69bridge/states/31/meterCurrentA
      Original loaded/open bridge → States → record 31 → Branches → record 0: top-l (top→l) → Idtop-lbridge/states/31/branches/0/id
      Original loaded/open bridge → States → record 31 → Branches → record 0: top-l (top→l) → Tailtopbridge/states/31/branches/0/tail
      Original loaded/open bridge → States → record 31 → Branches → record 0: top-l (top→l) → Headlbridge/states/31/branches/0/head
      Original loaded/open bridge → States → record 31 → Branches → record 0: top-l (top→l) → Resistance (Ω)Exact reduced rational: 3bridge/states/31/branches/0/resistanceOhm
      Original loaded/open bridge → States → record 31 → Branches → record 0: top-l (top→l) → Oriented voltage drop (V)Exact reduced rational: 134/69bridge/states/31/branches/0/voltageV
      Original loaded/open bridge → States → record 31 → Branches → record 0: top-l (top→l) → Oriented current (A)Exact reduced rational: 134/207bridge/states/31/branches/0/currentA
      Original loaded/open bridge → States → record 31 → Branches → record 0: top-l (top→l) → Absorbed branch power p=v i (W)Exact reduced rational: 17956/14283bridge/states/31/branches/0/absorbedPowerW
      Original loaded/open bridge → States → record 31 → Branches → record 1: l-0 (l→0) → Idl-0bridge/states/31/branches/1/id
      Original loaded/open bridge → States → record 31 → Branches → record 1: l-0 (l→0) → Taillbridge/states/31/branches/1/tail
      Original loaded/open bridge → States → record 31 → Branches → record 1: l-0 (l→0) → Head0bridge/states/31/branches/1/head
      Original loaded/open bridge → States → record 31 → Branches → record 1: l-0 (l→0) → Resistance (Ω)Exact reduced rational: 6bridge/states/31/branches/1/resistanceOhm
      Original loaded/open bridge → States → record 31 → Branches → record 1: l-0 (l→0) → Oriented voltage drop (V)Exact reduced rational: 280/69bridge/states/31/branches/1/voltageV
      Original loaded/open bridge → States → record 31 → Branches → record 1: l-0 (l→0) → Oriented current (A)Exact reduced rational: 140/207bridge/states/31/branches/1/currentA
      Original loaded/open bridge → States → record 31 → Branches → record 1: l-0 (l→0) → Absorbed branch power p=v i (W)Exact reduced rational: 39200/14283bridge/states/31/branches/1/absorbedPowerW
      Original loaded/open bridge → States → record 31 → Branches → record 2: top-r (top→r) → Idtop-rbridge/states/31/branches/2/id
      Original loaded/open bridge → States → record 31 → Branches → record 2: top-r (top→r) → Tailtopbridge/states/31/branches/2/tail
      Original loaded/open bridge → States → record 31 → Branches → record 2: top-r (top→r) → Headrbridge/states/31/branches/2/head
      Original loaded/open bridge → States → record 31 → Branches → record 2: top-r (top→r) → Resistance (Ω)Exact reduced rational: 4bridge/states/31/branches/2/resistanceOhm
      Original loaded/open bridge → States → record 31 → Branches → record 2: top-r (top→r) → Oriented voltage drop (V)Exact reduced rational: 124/69bridge/states/31/branches/2/voltageV
      Original loaded/open bridge → States → record 31 → Branches → record 2: top-r (top→r) → Oriented current (A)Exact reduced rational: 31/69bridge/states/31/branches/2/currentA
      Original loaded/open bridge → States → record 31 → Branches → record 2: top-r (top→r) → Absorbed branch power p=v i (W)Exact reduced rational: 3844/4761bridge/states/31/branches/2/absorbedPowerW
      Original loaded/open bridge → States → record 31 → Branches → record 3: r-0 (r→0) → Idr-0bridge/states/31/branches/3/id
      Original loaded/open bridge → States → record 31 → Branches → record 3: r-0 (r→0) → Tailrbridge/states/31/branches/3/tail
      Original loaded/open bridge → States → record 31 → Branches → record 3: r-0 (r→0) → Head0bridge/states/31/branches/3/head
      Original loaded/open bridge → States → record 31 → Branches → record 3: r-0 (r→0) → Resistance (Ω)Exact reduced rational: 10bridge/states/31/branches/3/resistanceOhm
      Original loaded/open bridge → States → record 31 → Branches → record 3: r-0 (r→0) → Oriented voltage drop (V)Exact reduced rational: 290/69bridge/states/31/branches/3/voltageV
      Original loaded/open bridge → States → record 31 → Branches → record 3: r-0 (r→0) → Oriented current (A)Exact reduced rational: 29/69bridge/states/31/branches/3/currentA
      Original loaded/open bridge → States → record 31 → Branches → record 3: r-0 (r→0) → Absorbed branch power p=v i (W)Exact reduced rational: 8410/4761bridge/states/31/branches/3/absorbedPowerW
      Original loaded/open bridge → States → record 31 → Branches → record 4: bridge-load (l→r) → Idbridge-loadbridge/states/31/branches/4/id
      Original loaded/open bridge → States → record 31 → Branches → record 4: bridge-load (l→r) → Taillbridge/states/31/branches/4/tail
      Original loaded/open bridge → States → record 31 → Branches → record 4: bridge-load (l→r) → Headrbridge/states/31/branches/4/head
      Original loaded/open bridge → States → record 31 → Branches → record 4: bridge-load (l→r) → Oriented voltage drop (V)Exact reduced rational: -10/69bridge/states/31/branches/4/voltageV
      Original loaded/open bridge → States → record 31 → Branches → record 4: bridge-load (l→r) → Oriented current (A)Exact reduced rational: -2/69bridge/states/31/branches/4/currentA
      Original loaded/open bridge → States → record 31 → Branches → record 4: bridge-load (l→r) → Absorbed branch power p=v i (W)Exact reduced rational: 20/4761bridge/states/31/branches/4/absorbedPowerW
      Original loaded/open bridge → States → record 31 → Branches → record 5: source (top→0) → Idsourcebridge/states/31/branches/5/id
      Original loaded/open bridge → States → record 31 → Branches → record 5: source (top→0) → Tailtopbridge/states/31/branches/5/tail
      Original loaded/open bridge → States → record 31 → Branches → record 5: source (top→0) → Head0bridge/states/31/branches/5/head
      Original loaded/open bridge → States → record 31 → Branches → record 5: source (top→0) → Oriented voltage drop (V)Exact reduced rational: 6bridge/states/31/branches/5/voltageV
      Original loaded/open bridge → States → record 31 → Branches → record 5: source (top→0) → Oriented current (A)Exact reduced rational: -227/207bridge/states/31/branches/5/currentA
      Original loaded/open bridge → States → record 31 → Branches → record 5: source (top→0) → Absorbed branch power p=v i (W)Exact reduced rational: -454/69bridge/states/31/branches/5/absorbedPowerW
      Original loaded/open bridge → States → record 31 → Oriented KCL residual (A) → 0Exact reduced rational: 0bridge/states/31/kclResidualA/0
      Original loaded/open bridge → States → record 31 → Oriented KCL residual (A) → TopExact reduced rational: 0bridge/states/31/kclResidualA/top
      Original loaded/open bridge → States → record 31 → Oriented KCL residual (A) → LExact reduced rational: 0bridge/states/31/kclResidualA/l
      Original loaded/open bridge → States → record 31 → Oriented KCL residual (A) → RExact reduced rational: 0bridge/states/31/kclResidualA/r
      Original loaded/open bridge → States → record 31 → Total signed absorbed-power residual (W)Exact reduced rational: 0bridge/states/31/powerResidualW
      Original loaded/open bridge → States → record 31 → Voltage First Order (V)Exact reduced rational: -1/3bridge/states/31/voltageFirstOrderV
      Original loaded/open bridge → States → record 31 → Open Voltage Tangent Error (V)Exact reduced rational: 1/21bridge/states/31/openVoltageTangentErrorV
      Original loaded/open bridge → States → record 31 → Loaded Current First Order (A)Exact reduced rational: -1/29bridge/states/31/loadedCurrentFirstOrderA
      Original loaded/open bridge → States → record 31 → Loaded Current Tangent Error (A)Exact reduced rational: 11/2001bridge/states/31/loadedCurrentTangentErrorA
      Original loaded/open bridge → States → record 32 → Record index (metadata, not a measured scalar)16bridge/states/32/index
      Original loaded/open bridge → States → record 32 → Bridge fractional resistance change δ (dimensionless)Exact reduced rational: 3/10bridge/states/32/delta
      Original loaded/open bridge → States → record 32 → Load resistance R_L (Ω); null denotes opennull — not an ordinary number; see this source record’s domain/status.bridge/states/32/loadOhm
      Original loaded/open bridge → States → record 32 → Right Lower (Ω)Exact reduced rational: 52/5bridge/states/32/rightLowerOhm
      Original loaded/open bridge → States → record 32 → Node Potentials (V) → 0Exact reduced rational: 0bridge/states/32/nodePotentialsV/0
      Original loaded/open bridge → States → record 32 → Node Potentials (V) → TopExact reduced rational: 6bridge/states/32/nodePotentialsV/top
      Original loaded/open bridge → States → record 32 → Node Potentials (V) → LExact reduced rational: 4bridge/states/32/nodePotentialsV/l
      Original loaded/open bridge → States → record 32 → Node Potentials (V) → RExact reduced rational: 13/3bridge/states/32/nodePotentialsV/r
      Original loaded/open bridge → States → record 32 → Open Circuit Voltage (V)Exact reduced rational: -1/3bridge/states/32/openCircuitVoltageV
      Original loaded/open bridge → States → record 32 → Thevenin Resistance (Ω)Exact reduced rational: 44/9bridge/states/32/theveninResistanceOhm
      Original loaded/open bridge → States → record 32 → Meter current left→right (A)Exact reduced rational: 0bridge/states/32/meterCurrentA
      Original loaded/open bridge → States → record 32 → Branches → record 0: top-l (top→l) → Idtop-lbridge/states/32/branches/0/id
      Original loaded/open bridge → States → record 32 → Branches → record 0: top-l (top→l) → Tailtopbridge/states/32/branches/0/tail
      Original loaded/open bridge → States → record 32 → Branches → record 0: top-l (top→l) → Headlbridge/states/32/branches/0/head
      Original loaded/open bridge → States → record 32 → Branches → record 0: top-l (top→l) → Resistance (Ω)Exact reduced rational: 3bridge/states/32/branches/0/resistanceOhm
      Original loaded/open bridge → States → record 32 → Branches → record 0: top-l (top→l) → Oriented voltage drop (V)Exact reduced rational: 2bridge/states/32/branches/0/voltageV
      Original loaded/open bridge → States → record 32 → Branches → record 0: top-l (top→l) → Oriented current (A)Exact reduced rational: 2/3bridge/states/32/branches/0/currentA
      Original loaded/open bridge → States → record 32 → Branches → record 0: top-l (top→l) → Absorbed branch power p=v i (W)Exact reduced rational: 4/3bridge/states/32/branches/0/absorbedPowerW
      Original loaded/open bridge → States → record 32 → Branches → record 1: l-0 (l→0) → Idl-0bridge/states/32/branches/1/id
      Original loaded/open bridge → States → record 32 → Branches → record 1: l-0 (l→0) → Taillbridge/states/32/branches/1/tail
      Original loaded/open bridge → States → record 32 → Branches → record 1: l-0 (l→0) → Head0bridge/states/32/branches/1/head
      Original loaded/open bridge → States → record 32 → Branches → record 1: l-0 (l→0) → Resistance (Ω)Exact reduced rational: 6bridge/states/32/branches/1/resistanceOhm
      Original loaded/open bridge → States → record 32 → Branches → record 1: l-0 (l→0) → Oriented voltage drop (V)Exact reduced rational: 4bridge/states/32/branches/1/voltageV
      Original loaded/open bridge → States → record 32 → Branches → record 1: l-0 (l→0) → Oriented current (A)Exact reduced rational: 2/3bridge/states/32/branches/1/currentA
      Original loaded/open bridge → States → record 32 → Branches → record 1: l-0 (l→0) → Absorbed branch power p=v i (W)Exact reduced rational: 8/3bridge/states/32/branches/1/absorbedPowerW
      Original loaded/open bridge → States → record 32 → Branches → record 2: top-r (top→r) → Idtop-rbridge/states/32/branches/2/id
      Original loaded/open bridge → States → record 32 → Branches → record 2: top-r (top→r) → Tailtopbridge/states/32/branches/2/tail
      Original loaded/open bridge → States → record 32 → Branches → record 2: top-r (top→r) → Headrbridge/states/32/branches/2/head
      Original loaded/open bridge → States → record 32 → Branches → record 2: top-r (top→r) → Resistance (Ω)Exact reduced rational: 4bridge/states/32/branches/2/resistanceOhm
      Original loaded/open bridge → States → record 32 → Branches → record 2: top-r (top→r) → Oriented voltage drop (V)Exact reduced rational: 5/3bridge/states/32/branches/2/voltageV
      Original loaded/open bridge → States → record 32 → Branches → record 2: top-r (top→r) → Oriented current (A)Exact reduced rational: 5/12bridge/states/32/branches/2/currentA
      Original loaded/open bridge → States → record 32 → Branches → record 2: top-r (top→r) → Absorbed branch power p=v i (W)Exact reduced rational: 25/36bridge/states/32/branches/2/absorbedPowerW
      Original loaded/open bridge → States → record 32 → Branches → record 3: r-0 (r→0) → Idr-0bridge/states/32/branches/3/id
      Original loaded/open bridge → States → record 32 → Branches → record 3: r-0 (r→0) → Tailrbridge/states/32/branches/3/tail
      Original loaded/open bridge → States → record 32 → Branches → record 3: r-0 (r→0) → Head0bridge/states/32/branches/3/head
      Original loaded/open bridge → States → record 32 → Branches → record 3: r-0 (r→0) → Resistance (Ω)Exact reduced rational: 52/5bridge/states/32/branches/3/resistanceOhm
      Original loaded/open bridge → States → record 32 → Branches → record 3: r-0 (r→0) → Oriented voltage drop (V)Exact reduced rational: 13/3bridge/states/32/branches/3/voltageV
      Original loaded/open bridge → States → record 32 → Branches → record 3: r-0 (r→0) → Oriented current (A)Exact reduced rational: 5/12bridge/states/32/branches/3/currentA
      Original loaded/open bridge → States → record 32 → Branches → record 3: r-0 (r→0) → Absorbed branch power p=v i (W)Exact reduced rational: 65/36bridge/states/32/branches/3/absorbedPowerW
      Original loaded/open bridge → States → record 32 → Branches → record 4: bridge-load (l→r) → Idbridge-loadbridge/states/32/branches/4/id
      Original loaded/open bridge → States → record 32 → Branches → record 4: bridge-load (l→r) → Taillbridge/states/32/branches/4/tail
      Original loaded/open bridge → States → record 32 → Branches → record 4: bridge-load (l→r) → Headrbridge/states/32/branches/4/head
      Original loaded/open bridge → States → record 32 → Branches → record 4: bridge-load (l→r) → Oriented voltage drop (V)Exact reduced rational: -1/3bridge/states/32/branches/4/voltageV
      Original loaded/open bridge → States → record 32 → Branches → record 4: bridge-load (l→r) → Oriented current (A)Exact reduced rational: 0bridge/states/32/branches/4/currentA
      Original loaded/open bridge → States → record 32 → Branches → record 4: bridge-load (l→r) → Absorbed branch power p=v i (W)Exact reduced rational: 0bridge/states/32/branches/4/absorbedPowerW
      Original loaded/open bridge → States → record 32 → Branches → record 5: source (top→0) → Idsourcebridge/states/32/branches/5/id
      Original loaded/open bridge → States → record 32 → Branches → record 5: source (top→0) → Tailtopbridge/states/32/branches/5/tail
      Original loaded/open bridge → States → record 32 → Branches → record 5: source (top→0) → Head0bridge/states/32/branches/5/head
      Original loaded/open bridge → States → record 32 → Branches → record 5: source (top→0) → Oriented voltage drop (V)Exact reduced rational: 6bridge/states/32/branches/5/voltageV
      Original loaded/open bridge → States → record 32 → Branches → record 5: source (top→0) → Oriented current (A)Exact reduced rational: -13/12bridge/states/32/branches/5/currentA
      Original loaded/open bridge → States → record 32 → Branches → record 5: source (top→0) → Absorbed branch power p=v i (W)Exact reduced rational: -13/2bridge/states/32/branches/5/absorbedPowerW
      Original loaded/open bridge → States → record 32 → Oriented KCL residual (A) → 0Exact reduced rational: 0bridge/states/32/kclResidualA/0
      Original loaded/open bridge → States → record 32 → Oriented KCL residual (A) → TopExact reduced rational: 0bridge/states/32/kclResidualA/top
      Original loaded/open bridge → States → record 32 → Oriented KCL residual (A) → LExact reduced rational: 0bridge/states/32/kclResidualA/l
      Original loaded/open bridge → States → record 32 → Oriented KCL residual (A) → RExact reduced rational: 0bridge/states/32/kclResidualA/r
      Original loaded/open bridge → States → record 32 → Total signed absorbed-power residual (W)Exact reduced rational: 0bridge/states/32/powerResidualW
      Original loaded/open bridge → States → record 32 → Voltage First Order (V)Exact reduced rational: -2/5bridge/states/32/voltageFirstOrderV
      Original loaded/open bridge → States → record 32 → Open Voltage Tangent Error (V)Exact reduced rational: 1/15bridge/states/32/openVoltageTangentErrorV
      Original loaded/open bridge → States → record 32 → Loaded Current First Order (A)Exact reduced rational: -6/145bridge/states/32/loadedCurrentFirstOrderA
      Original loaded/open bridge → States → record 32 → Loaded Current Tangent Error (A)null — not an ordinary number; see this source record’s domain/status.bridge/states/32/loadedCurrentTangentErrorA
      Original loaded/open bridge → States → record 33 → Record index (metadata, not a measured scalar)16bridge/states/33/index
      Original loaded/open bridge → States → record 33 → Bridge fractional resistance change δ (dimensionless)Exact reduced rational: 3/10bridge/states/33/delta
      Original loaded/open bridge → States → record 33 → Load resistance R_L (Ω); null denotes openExact reduced rational: 5bridge/states/33/loadOhm
      Original loaded/open bridge → States → record 33 → Right Lower (Ω)Exact reduced rational: 52/5bridge/states/33/rightLowerOhm
      Original loaded/open bridge → States → record 33 → Node Potentials (V) → 0Exact reduced rational: 0bridge/states/33/nodePotentialsV/0
      Original loaded/open bridge → States → record 33 → Node Potentials (V) → TopExact reduced rational: 6bridge/states/33/nodePotentialsV/top
      Original loaded/open bridge → States → record 33 → Node Potentials (V) → LExact reduced rational: 362/89bridge/states/33/nodePotentialsV/l
      Original loaded/open bridge → States → record 33 → Node Potentials (V) → RExact reduced rational: 377/89bridge/states/33/nodePotentialsV/r
      Original loaded/open bridge → States → record 33 → Open Circuit Voltage (V)Exact reduced rational: -1/3bridge/states/33/openCircuitVoltageV
      Original loaded/open bridge → States → record 33 → Thevenin Resistance (Ω)Exact reduced rational: 44/9bridge/states/33/theveninResistanceOhm
      Original loaded/open bridge → States → record 33 → Meter current left→right (A)Exact reduced rational: -3/89bridge/states/33/meterCurrentA
      Original loaded/open bridge → States → record 33 → Branches → record 0: top-l (top→l) → Idtop-lbridge/states/33/branches/0/id
      Original loaded/open bridge → States → record 33 → Branches → record 0: top-l (top→l) → Tailtopbridge/states/33/branches/0/tail
      Original loaded/open bridge → States → record 33 → Branches → record 0: top-l (top→l) → Headlbridge/states/33/branches/0/head
      Original loaded/open bridge → States → record 33 → Branches → record 0: top-l (top→l) → Resistance (Ω)Exact reduced rational: 3bridge/states/33/branches/0/resistanceOhm
      Original loaded/open bridge → States → record 33 → Branches → record 0: top-l (top→l) → Oriented voltage drop (V)Exact reduced rational: 172/89bridge/states/33/branches/0/voltageV
      Original loaded/open bridge → States → record 33 → Branches → record 0: top-l (top→l) → Oriented current (A)Exact reduced rational: 172/267bridge/states/33/branches/0/currentA
      Original loaded/open bridge → States → record 33 → Branches → record 0: top-l (top→l) → Absorbed branch power p=v i (W)Exact reduced rational: 29584/23763bridge/states/33/branches/0/absorbedPowerW
      Original loaded/open bridge → States → record 33 → Branches → record 1: l-0 (l→0) → Idl-0bridge/states/33/branches/1/id
      Original loaded/open bridge → States → record 33 → Branches → record 1: l-0 (l→0) → Taillbridge/states/33/branches/1/tail
      Original loaded/open bridge → States → record 33 → Branches → record 1: l-0 (l→0) → Head0bridge/states/33/branches/1/head
      Original loaded/open bridge → States → record 33 → Branches → record 1: l-0 (l→0) → Resistance (Ω)Exact reduced rational: 6bridge/states/33/branches/1/resistanceOhm
      Original loaded/open bridge → States → record 33 → Branches → record 1: l-0 (l→0) → Oriented voltage drop (V)Exact reduced rational: 362/89bridge/states/33/branches/1/voltageV
      Original loaded/open bridge → States → record 33 → Branches → record 1: l-0 (l→0) → Oriented current (A)Exact reduced rational: 181/267bridge/states/33/branches/1/currentA
      Original loaded/open bridge → States → record 33 → Branches → record 1: l-0 (l→0) → Absorbed branch power p=v i (W)Exact reduced rational: 65522/23763bridge/states/33/branches/1/absorbedPowerW
      Original loaded/open bridge → States → record 33 → Branches → record 2: top-r (top→r) → Idtop-rbridge/states/33/branches/2/id
      Original loaded/open bridge → States → record 33 → Branches → record 2: top-r (top→r) → Tailtopbridge/states/33/branches/2/tail
      Original loaded/open bridge → States → record 33 → Branches → record 2: top-r (top→r) → Headrbridge/states/33/branches/2/head
      Original loaded/open bridge → States → record 33 → Branches → record 2: top-r (top→r) → Resistance (Ω)Exact reduced rational: 4bridge/states/33/branches/2/resistanceOhm
      Original loaded/open bridge → States → record 33 → Branches → record 2: top-r (top→r) → Oriented voltage drop (V)Exact reduced rational: 157/89bridge/states/33/branches/2/voltageV
      Original loaded/open bridge → States → record 33 → Branches → record 2: top-r (top→r) → Oriented current (A)Exact reduced rational: 157/356bridge/states/33/branches/2/currentA
      Original loaded/open bridge → States → record 33 → Branches → record 2: top-r (top→r) → Absorbed branch power p=v i (W)Exact reduced rational: 24649/31684bridge/states/33/branches/2/absorbedPowerW
      Original loaded/open bridge → States → record 33 → Branches → record 3: r-0 (r→0) → Idr-0bridge/states/33/branches/3/id
      Original loaded/open bridge → States → record 33 → Branches → record 3: r-0 (r→0) → Tailrbridge/states/33/branches/3/tail
      Original loaded/open bridge → States → record 33 → Branches → record 3: r-0 (r→0) → Head0bridge/states/33/branches/3/head
      Original loaded/open bridge → States → record 33 → Branches → record 3: r-0 (r→0) → Resistance (Ω)Exact reduced rational: 52/5bridge/states/33/branches/3/resistanceOhm
      Original loaded/open bridge → States → record 33 → Branches → record 3: r-0 (r→0) → Oriented voltage drop (V)Exact reduced rational: 377/89bridge/states/33/branches/3/voltageV
      Original loaded/open bridge → States → record 33 → Branches → record 3: r-0 (r→0) → Oriented current (A)Exact reduced rational: 145/356bridge/states/33/branches/3/currentA
      Original loaded/open bridge → States → record 33 → Branches → record 3: r-0 (r→0) → Absorbed branch power p=v i (W)Exact reduced rational: 54665/31684bridge/states/33/branches/3/absorbedPowerW
      Original loaded/open bridge → States → record 33 → Branches → record 4: bridge-load (l→r) → Idbridge-loadbridge/states/33/branches/4/id
      Original loaded/open bridge → States → record 33 → Branches → record 4: bridge-load (l→r) → Taillbridge/states/33/branches/4/tail
      Original loaded/open bridge → States → record 33 → Branches → record 4: bridge-load (l→r) → Headrbridge/states/33/branches/4/head
      Original loaded/open bridge → States → record 33 → Branches → record 4: bridge-load (l→r) → Oriented voltage drop (V)Exact reduced rational: -15/89bridge/states/33/branches/4/voltageV
      Original loaded/open bridge → States → record 33 → Branches → record 4: bridge-load (l→r) → Oriented current (A)Exact reduced rational: -3/89bridge/states/33/branches/4/currentA
      Original loaded/open bridge → States → record 33 → Branches → record 4: bridge-load (l→r) → Absorbed branch power p=v i (W)Exact reduced rational: 45/7921bridge/states/33/branches/4/absorbedPowerW
      Original loaded/open bridge → States → record 33 → Branches → record 5: source (top→0) → Idsourcebridge/states/33/branches/5/id
      Original loaded/open bridge → States → record 33 → Branches → record 5: source (top→0) → Tailtopbridge/states/33/branches/5/tail
      Original loaded/open bridge → States → record 33 → Branches → record 5: source (top→0) → Head0bridge/states/33/branches/5/head
      Original loaded/open bridge → States → record 33 → Branches → record 5: source (top→0) → Oriented voltage drop (V)Exact reduced rational: 6bridge/states/33/branches/5/voltageV
      Original loaded/open bridge → States → record 33 → Branches → record 5: source (top→0) → Oriented current (A)Exact reduced rational: -1159/1068bridge/states/33/branches/5/currentA
      Original loaded/open bridge → States → record 33 → Branches → record 5: source (top→0) → Absorbed branch power p=v i (W)Exact reduced rational: -1159/178bridge/states/33/branches/5/absorbedPowerW
      Original loaded/open bridge → States → record 33 → Oriented KCL residual (A) → 0Exact reduced rational: 0bridge/states/33/kclResidualA/0
      Original loaded/open bridge → States → record 33 → Oriented KCL residual (A) → TopExact reduced rational: 0bridge/states/33/kclResidualA/top
      Original loaded/open bridge → States → record 33 → Oriented KCL residual (A) → LExact reduced rational: 0bridge/states/33/kclResidualA/l
      Original loaded/open bridge → States → record 33 → Oriented KCL residual (A) → RExact reduced rational: 0bridge/states/33/kclResidualA/r
      Original loaded/open bridge → States → record 33 → Total signed absorbed-power residual (W)Exact reduced rational: 0bridge/states/33/powerResidualW
      Original loaded/open bridge → States → record 33 → Voltage First Order (V)Exact reduced rational: -2/5bridge/states/33/voltageFirstOrderV
      Original loaded/open bridge → States → record 33 → Open Voltage Tangent Error (V)Exact reduced rational: 1/15bridge/states/33/openVoltageTangentErrorV
      Original loaded/open bridge → States → record 33 → Loaded Current First Order (A)Exact reduced rational: -6/145bridge/states/33/loadedCurrentFirstOrderA
      Original loaded/open bridge → States → record 33 → Loaded Current Tangent Error (A)Exact reduced rational: 99/12905bridge/states/33/loadedCurrentTangentErrorA
      Original loaded/open bridge → States → record 34 → Record index (metadata, not a measured scalar)17bridge/states/34/index
      Original loaded/open bridge → States → record 34 → Bridge fractional resistance change δ (dimensionless)Exact reduced rational: 7/20bridge/states/34/delta
      Original loaded/open bridge → States → record 34 → Load resistance R_L (Ω); null denotes opennull — not an ordinary number; see this source record’s domain/status.bridge/states/34/loadOhm
      Original loaded/open bridge → States → record 34 → Right Lower (Ω)Exact reduced rational: 54/5bridge/states/34/rightLowerOhm
      Original loaded/open bridge → States → record 34 → Node Potentials (V) → 0Exact reduced rational: 0bridge/states/34/nodePotentialsV/0
      Original loaded/open bridge → States → record 34 → Node Potentials (V) → TopExact reduced rational: 6bridge/states/34/nodePotentialsV/top
      Original loaded/open bridge → States → record 34 → Node Potentials (V) → LExact reduced rational: 4bridge/states/34/nodePotentialsV/l
      Original loaded/open bridge → States → record 34 → Node Potentials (V) → RExact reduced rational: 162/37bridge/states/34/nodePotentialsV/r
      Original loaded/open bridge → States → record 34 → Open Circuit Voltage (V)Exact reduced rational: -14/37bridge/states/34/openCircuitVoltageV
      Original loaded/open bridge → States → record 34 → Thevenin Resistance (Ω)Exact reduced rational: 182/37bridge/states/34/theveninResistanceOhm
      Original loaded/open bridge → States → record 34 → Meter current left→right (A)Exact reduced rational: 0bridge/states/34/meterCurrentA
      Original loaded/open bridge → States → record 34 → Branches → record 0: top-l (top→l) → Idtop-lbridge/states/34/branches/0/id
      Original loaded/open bridge → States → record 34 → Branches → record 0: top-l (top→l) → Tailtopbridge/states/34/branches/0/tail
      Original loaded/open bridge → States → record 34 → Branches → record 0: top-l (top→l) → Headlbridge/states/34/branches/0/head
      Original loaded/open bridge → States → record 34 → Branches → record 0: top-l (top→l) → Resistance (Ω)Exact reduced rational: 3bridge/states/34/branches/0/resistanceOhm
      Original loaded/open bridge → States → record 34 → Branches → record 0: top-l (top→l) → Oriented voltage drop (V)Exact reduced rational: 2bridge/states/34/branches/0/voltageV
      Original loaded/open bridge → States → record 34 → Branches → record 0: top-l (top→l) → Oriented current (A)Exact reduced rational: 2/3bridge/states/34/branches/0/currentA
      Original loaded/open bridge → States → record 34 → Branches → record 0: top-l (top→l) → Absorbed branch power p=v i (W)Exact reduced rational: 4/3bridge/states/34/branches/0/absorbedPowerW
      Original loaded/open bridge → States → record 34 → Branches → record 1: l-0 (l→0) → Idl-0bridge/states/34/branches/1/id
      Original loaded/open bridge → States → record 34 → Branches → record 1: l-0 (l→0) → Taillbridge/states/34/branches/1/tail
      Original loaded/open bridge → States → record 34 → Branches → record 1: l-0 (l→0) → Head0bridge/states/34/branches/1/head
      Original loaded/open bridge → States → record 34 → Branches → record 1: l-0 (l→0) → Resistance (Ω)Exact reduced rational: 6bridge/states/34/branches/1/resistanceOhm
      Original loaded/open bridge → States → record 34 → Branches → record 1: l-0 (l→0) → Oriented voltage drop (V)Exact reduced rational: 4bridge/states/34/branches/1/voltageV
      Original loaded/open bridge → States → record 34 → Branches → record 1: l-0 (l→0) → Oriented current (A)Exact reduced rational: 2/3bridge/states/34/branches/1/currentA
      Original loaded/open bridge → States → record 34 → Branches → record 1: l-0 (l→0) → Absorbed branch power p=v i (W)Exact reduced rational: 8/3bridge/states/34/branches/1/absorbedPowerW
      Original loaded/open bridge → States → record 34 → Branches → record 2: top-r (top→r) → Idtop-rbridge/states/34/branches/2/id
      Original loaded/open bridge → States → record 34 → Branches → record 2: top-r (top→r) → Tailtopbridge/states/34/branches/2/tail
      Original loaded/open bridge → States → record 34 → Branches → record 2: top-r (top→r) → Headrbridge/states/34/branches/2/head
      Original loaded/open bridge → States → record 34 → Branches → record 2: top-r (top→r) → Resistance (Ω)Exact reduced rational: 4bridge/states/34/branches/2/resistanceOhm
      Original loaded/open bridge → States → record 34 → Branches → record 2: top-r (top→r) → Oriented voltage drop (V)Exact reduced rational: 60/37bridge/states/34/branches/2/voltageV
      Original loaded/open bridge → States → record 34 → Branches → record 2: top-r (top→r) → Oriented current (A)Exact reduced rational: 15/37bridge/states/34/branches/2/currentA
      Original loaded/open bridge → States → record 34 → Branches → record 2: top-r (top→r) → Absorbed branch power p=v i (W)Exact reduced rational: 900/1369bridge/states/34/branches/2/absorbedPowerW
      Original loaded/open bridge → States → record 34 → Branches → record 3: r-0 (r→0) → Idr-0bridge/states/34/branches/3/id
      Original loaded/open bridge → States → record 34 → Branches → record 3: r-0 (r→0) → Tailrbridge/states/34/branches/3/tail
      Original loaded/open bridge → States → record 34 → Branches → record 3: r-0 (r→0) → Head0bridge/states/34/branches/3/head
      Original loaded/open bridge → States → record 34 → Branches → record 3: r-0 (r→0) → Resistance (Ω)Exact reduced rational: 54/5bridge/states/34/branches/3/resistanceOhm
      Original loaded/open bridge → States → record 34 → Branches → record 3: r-0 (r→0) → Oriented voltage drop (V)Exact reduced rational: 162/37bridge/states/34/branches/3/voltageV
      Original loaded/open bridge → States → record 34 → Branches → record 3: r-0 (r→0) → Oriented current (A)Exact reduced rational: 15/37bridge/states/34/branches/3/currentA
      Original loaded/open bridge → States → record 34 → Branches → record 3: r-0 (r→0) → Absorbed branch power p=v i (W)Exact reduced rational: 2430/1369bridge/states/34/branches/3/absorbedPowerW
      Original loaded/open bridge → States → record 34 → Branches → record 4: bridge-load (l→r) → Idbridge-loadbridge/states/34/branches/4/id
      Original loaded/open bridge → States → record 34 → Branches → record 4: bridge-load (l→r) → Taillbridge/states/34/branches/4/tail
      Original loaded/open bridge → States → record 34 → Branches → record 4: bridge-load (l→r) → Headrbridge/states/34/branches/4/head
      Original loaded/open bridge → States → record 34 → Branches → record 4: bridge-load (l→r) → Oriented voltage drop (V)Exact reduced rational: -14/37bridge/states/34/branches/4/voltageV
      Original loaded/open bridge → States → record 34 → Branches → record 4: bridge-load (l→r) → Oriented current (A)Exact reduced rational: 0bridge/states/34/branches/4/currentA
      Original loaded/open bridge → States → record 34 → Branches → record 4: bridge-load (l→r) → Absorbed branch power p=v i (W)Exact reduced rational: 0bridge/states/34/branches/4/absorbedPowerW
      Original loaded/open bridge → States → record 34 → Branches → record 5: source (top→0) → Idsourcebridge/states/34/branches/5/id
      Original loaded/open bridge → States → record 34 → Branches → record 5: source (top→0) → Tailtopbridge/states/34/branches/5/tail
      Original loaded/open bridge → States → record 34 → Branches → record 5: source (top→0) → Head0bridge/states/34/branches/5/head
      Original loaded/open bridge → States → record 34 → Branches → record 5: source (top→0) → Oriented voltage drop (V)Exact reduced rational: 6bridge/states/34/branches/5/voltageV
      Original loaded/open bridge → States → record 34 → Branches → record 5: source (top→0) → Oriented current (A)Exact reduced rational: -119/111bridge/states/34/branches/5/currentA
      Original loaded/open bridge → States → record 34 → Branches → record 5: source (top→0) → Absorbed branch power p=v i (W)Exact reduced rational: -238/37bridge/states/34/branches/5/absorbedPowerW
      Original loaded/open bridge → States → record 34 → Oriented KCL residual (A) → 0Exact reduced rational: 0bridge/states/34/kclResidualA/0
      Original loaded/open bridge → States → record 34 → Oriented KCL residual (A) → TopExact reduced rational: 0bridge/states/34/kclResidualA/top
      Original loaded/open bridge → States → record 34 → Oriented KCL residual (A) → LExact reduced rational: 0bridge/states/34/kclResidualA/l
      Original loaded/open bridge → States → record 34 → Oriented KCL residual (A) → RExact reduced rational: 0bridge/states/34/kclResidualA/r
      Original loaded/open bridge → States → record 34 → Total signed absorbed-power residual (W)Exact reduced rational: 0bridge/states/34/powerResidualW
      Original loaded/open bridge → States → record 34 → Voltage First Order (V)Exact reduced rational: -7/15bridge/states/34/voltageFirstOrderV
      Original loaded/open bridge → States → record 34 → Open Voltage Tangent Error (V)Exact reduced rational: 49/555bridge/states/34/openVoltageTangentErrorV
      Original loaded/open bridge → States → record 34 → Loaded Current First Order (A)Exact reduced rational: -7/145bridge/states/34/loadedCurrentFirstOrderA
      Original loaded/open bridge → States → record 34 → Loaded Current Tangent Error (A)null — not an ordinary number; see this source record’s domain/status.bridge/states/34/loadedCurrentTangentErrorA
      Original loaded/open bridge → States → record 35 → Record index (metadata, not a measured scalar)17bridge/states/35/index
      Original loaded/open bridge → States → record 35 → Bridge fractional resistance change δ (dimensionless)Exact reduced rational: 7/20bridge/states/35/delta
      Original loaded/open bridge → States → record 35 → Load resistance R_L (Ω); null denotes openExact reduced rational: 5bridge/states/35/loadOhm
      Original loaded/open bridge → States → record 35 → Right Lower (Ω)Exact reduced rational: 54/5bridge/states/35/rightLowerOhm
      Original loaded/open bridge → States → record 35 → Node Potentials (V) → 0Exact reduced rational: 0bridge/states/35/nodePotentialsV/0
      Original loaded/open bridge → States → record 35 → Node Potentials (V) → TopExact reduced rational: 6bridge/states/35/nodePotentialsV/top
      Original loaded/open bridge → States → record 35 → Node Potentials (V) → LExact reduced rational: 1496/367bridge/states/35/nodePotentialsV/l
      Original loaded/open bridge → States → record 35 → Node Potentials (V) → RExact reduced rational: 1566/367bridge/states/35/nodePotentialsV/r
      Original loaded/open bridge → States → record 35 → Open Circuit Voltage (V)Exact reduced rational: -14/37bridge/states/35/openCircuitVoltageV
      Original loaded/open bridge → States → record 35 → Thevenin Resistance (Ω)Exact reduced rational: 182/37bridge/states/35/theveninResistanceOhm
      Original loaded/open bridge → States → record 35 → Meter current left→right (A)Exact reduced rational: -14/367bridge/states/35/meterCurrentA
      Original loaded/open bridge → States → record 35 → Branches → record 0: top-l (top→l) → Idtop-lbridge/states/35/branches/0/id
      Original loaded/open bridge → States → record 35 → Branches → record 0: top-l (top→l) → Tailtopbridge/states/35/branches/0/tail
      Original loaded/open bridge → States → record 35 → Branches → record 0: top-l (top→l) → Headlbridge/states/35/branches/0/head
      Original loaded/open bridge → States → record 35 → Branches → record 0: top-l (top→l) → Resistance (Ω)Exact reduced rational: 3bridge/states/35/branches/0/resistanceOhm
      Original loaded/open bridge → States → record 35 → Branches → record 0: top-l (top→l) → Oriented voltage drop (V)Exact reduced rational: 706/367bridge/states/35/branches/0/voltageV
      Original loaded/open bridge → States → record 35 → Branches → record 0: top-l (top→l) → Oriented current (A)Exact reduced rational: 706/1101bridge/states/35/branches/0/currentA
      Original loaded/open bridge → States → record 35 → Branches → record 0: top-l (top→l) → Absorbed branch power p=v i (W)Exact reduced rational: 498436/404067bridge/states/35/branches/0/absorbedPowerW
      Original loaded/open bridge → States → record 35 → Branches → record 1: l-0 (l→0) → Idl-0bridge/states/35/branches/1/id
      Original loaded/open bridge → States → record 35 → Branches → record 1: l-0 (l→0) → Taillbridge/states/35/branches/1/tail
      Original loaded/open bridge → States → record 35 → Branches → record 1: l-0 (l→0) → Head0bridge/states/35/branches/1/head
      Original loaded/open bridge → States → record 35 → Branches → record 1: l-0 (l→0) → Resistance (Ω)Exact reduced rational: 6bridge/states/35/branches/1/resistanceOhm
      Original loaded/open bridge → States → record 35 → Branches → record 1: l-0 (l→0) → Oriented voltage drop (V)Exact reduced rational: 1496/367bridge/states/35/branches/1/voltageV
      Original loaded/open bridge → States → record 35 → Branches → record 1: l-0 (l→0) → Oriented current (A)Exact reduced rational: 748/1101bridge/states/35/branches/1/currentA
      Original loaded/open bridge → States → record 35 → Branches → record 1: l-0 (l→0) → Absorbed branch power p=v i (W)Exact reduced rational: 1119008/404067bridge/states/35/branches/1/absorbedPowerW
      Original loaded/open bridge → States → record 35 → Branches → record 2: top-r (top→r) → Idtop-rbridge/states/35/branches/2/id
      Original loaded/open bridge → States → record 35 → Branches → record 2: top-r (top→r) → Tailtopbridge/states/35/branches/2/tail
      Original loaded/open bridge → States → record 35 → Branches → record 2: top-r (top→r) → Headrbridge/states/35/branches/2/head
      Original loaded/open bridge → States → record 35 → Branches → record 2: top-r (top→r) → Resistance (Ω)Exact reduced rational: 4bridge/states/35/branches/2/resistanceOhm
      Original loaded/open bridge → States → record 35 → Branches → record 2: top-r (top→r) → Oriented voltage drop (V)Exact reduced rational: 636/367bridge/states/35/branches/2/voltageV
      Original loaded/open bridge → States → record 35 → Branches → record 2: top-r (top→r) → Oriented current (A)Exact reduced rational: 159/367bridge/states/35/branches/2/currentA
      Original loaded/open bridge → States → record 35 → Branches → record 2: top-r (top→r) → Absorbed branch power p=v i (W)Exact reduced rational: 101124/134689bridge/states/35/branches/2/absorbedPowerW
      Original loaded/open bridge → States → record 35 → Branches → record 3: r-0 (r→0) → Idr-0bridge/states/35/branches/3/id
      Original loaded/open bridge → States → record 35 → Branches → record 3: r-0 (r→0) → Tailrbridge/states/35/branches/3/tail
      Original loaded/open bridge → States → record 35 → Branches → record 3: r-0 (r→0) → Head0bridge/states/35/branches/3/head
      Original loaded/open bridge → States → record 35 → Branches → record 3: r-0 (r→0) → Resistance (Ω)Exact reduced rational: 54/5bridge/states/35/branches/3/resistanceOhm
      Original loaded/open bridge → States → record 35 → Branches → record 3: r-0 (r→0) → Oriented voltage drop (V)Exact reduced rational: 1566/367bridge/states/35/branches/3/voltageV
      Original loaded/open bridge → States → record 35 → Branches → record 3: r-0 (r→0) → Oriented current (A)Exact reduced rational: 145/367bridge/states/35/branches/3/currentA
      Original loaded/open bridge → States → record 35 → Branches → record 3: r-0 (r→0) → Absorbed branch power p=v i (W)Exact reduced rational: 227070/134689bridge/states/35/branches/3/absorbedPowerW
      Original loaded/open bridge → States → record 35 → Branches → record 4: bridge-load (l→r) → Idbridge-loadbridge/states/35/branches/4/id
      Original loaded/open bridge → States → record 35 → Branches → record 4: bridge-load (l→r) → Taillbridge/states/35/branches/4/tail
      Original loaded/open bridge → States → record 35 → Branches → record 4: bridge-load (l→r) → Headrbridge/states/35/branches/4/head
      Original loaded/open bridge → States → record 35 → Branches → record 4: bridge-load (l→r) → Oriented voltage drop (V)Exact reduced rational: -70/367bridge/states/35/branches/4/voltageV
      Original loaded/open bridge → States → record 35 → Branches → record 4: bridge-load (l→r) → Oriented current (A)Exact reduced rational: -14/367bridge/states/35/branches/4/currentA
      Original loaded/open bridge → States → record 35 → Branches → record 4: bridge-load (l→r) → Absorbed branch power p=v i (W)Exact reduced rational: 980/134689bridge/states/35/branches/4/absorbedPowerW
      Original loaded/open bridge → States → record 35 → Branches → record 5: source (top→0) → Idsourcebridge/states/35/branches/5/id
      Original loaded/open bridge → States → record 35 → Branches → record 5: source (top→0) → Tailtopbridge/states/35/branches/5/tail
      Original loaded/open bridge → States → record 35 → Branches → record 5: source (top→0) → Head0bridge/states/35/branches/5/head
      Original loaded/open bridge → States → record 35 → Branches → record 5: source (top→0) → Oriented voltage drop (V)Exact reduced rational: 6bridge/states/35/branches/5/voltageV
      Original loaded/open bridge → States → record 35 → Branches → record 5: source (top→0) → Oriented current (A)Exact reduced rational: -1183/1101bridge/states/35/branches/5/currentA
      Original loaded/open bridge → States → record 35 → Branches → record 5: source (top→0) → Absorbed branch power p=v i (W)Exact reduced rational: -2366/367bridge/states/35/branches/5/absorbedPowerW
      Original loaded/open bridge → States → record 35 → Oriented KCL residual (A) → 0Exact reduced rational: 0bridge/states/35/kclResidualA/0
      Original loaded/open bridge → States → record 35 → Oriented KCL residual (A) → TopExact reduced rational: 0bridge/states/35/kclResidualA/top
      Original loaded/open bridge → States → record 35 → Oriented KCL residual (A) → LExact reduced rational: 0bridge/states/35/kclResidualA/l
      Original loaded/open bridge → States → record 35 → Oriented KCL residual (A) → RExact reduced rational: 0bridge/states/35/kclResidualA/r
      Original loaded/open bridge → States → record 35 → Total signed absorbed-power residual (W)Exact reduced rational: 0bridge/states/35/powerResidualW
      Original loaded/open bridge → States → record 35 → Voltage First Order (V)Exact reduced rational: -7/15bridge/states/35/voltageFirstOrderV
      Original loaded/open bridge → States → record 35 → Open Voltage Tangent Error (V)Exact reduced rational: 49/555bridge/states/35/openVoltageTangentErrorV
      Original loaded/open bridge → States → record 35 → Loaded Current First Order (A)Exact reduced rational: -7/145bridge/states/35/loadedCurrentFirstOrderA
      Original loaded/open bridge → States → record 35 → Loaded Current Tangent Error (A)Exact reduced rational: 539/53215bridge/states/35/loadedCurrentTangentErrorA
      Original loaded/open bridge → States → record 36 → Record index (metadata, not a measured scalar)18bridge/states/36/index
      Original loaded/open bridge → States → record 36 → Bridge fractional resistance change δ (dimensionless)Exact reduced rational: 2/5bridge/states/36/delta
      Original loaded/open bridge → States → record 36 → Load resistance R_L (Ω); null denotes opennull — not an ordinary number; see this source record’s domain/status.bridge/states/36/loadOhm
      Original loaded/open bridge → States → record 36 → Right Lower (Ω)Exact reduced rational: 56/5bridge/states/36/rightLowerOhm
      Original loaded/open bridge → States → record 36 → Node Potentials (V) → 0Exact reduced rational: 0bridge/states/36/nodePotentialsV/0
      Original loaded/open bridge → States → record 36 → Node Potentials (V) → TopExact reduced rational: 6bridge/states/36/nodePotentialsV/top
      Original loaded/open bridge → States → record 36 → Node Potentials (V) → LExact reduced rational: 4bridge/states/36/nodePotentialsV/l
      Original loaded/open bridge → States → record 36 → Node Potentials (V) → RExact reduced rational: 84/19bridge/states/36/nodePotentialsV/r
      Original loaded/open bridge → States → record 36 → Open Circuit Voltage (V)Exact reduced rational: -8/19bridge/states/36/openCircuitVoltageV
      Original loaded/open bridge → States → record 36 → Thevenin Resistance (Ω)Exact reduced rational: 94/19bridge/states/36/theveninResistanceOhm
      Original loaded/open bridge → States → record 36 → Meter current left→right (A)Exact reduced rational: 0bridge/states/36/meterCurrentA
      Original loaded/open bridge → States → record 36 → Branches → record 0: top-l (top→l) → Idtop-lbridge/states/36/branches/0/id
      Original loaded/open bridge → States → record 36 → Branches → record 0: top-l (top→l) → Tailtopbridge/states/36/branches/0/tail
      Original loaded/open bridge → States → record 36 → Branches → record 0: top-l (top→l) → Headlbridge/states/36/branches/0/head
      Original loaded/open bridge → States → record 36 → Branches → record 0: top-l (top→l) → Resistance (Ω)Exact reduced rational: 3bridge/states/36/branches/0/resistanceOhm
      Original loaded/open bridge → States → record 36 → Branches → record 0: top-l (top→l) → Oriented voltage drop (V)Exact reduced rational: 2bridge/states/36/branches/0/voltageV
      Original loaded/open bridge → States → record 36 → Branches → record 0: top-l (top→l) → Oriented current (A)Exact reduced rational: 2/3bridge/states/36/branches/0/currentA
      Original loaded/open bridge → States → record 36 → Branches → record 0: top-l (top→l) → Absorbed branch power p=v i (W)Exact reduced rational: 4/3bridge/states/36/branches/0/absorbedPowerW
      Original loaded/open bridge → States → record 36 → Branches → record 1: l-0 (l→0) → Idl-0bridge/states/36/branches/1/id
      Original loaded/open bridge → States → record 36 → Branches → record 1: l-0 (l→0) → Taillbridge/states/36/branches/1/tail
      Original loaded/open bridge → States → record 36 → Branches → record 1: l-0 (l→0) → Head0bridge/states/36/branches/1/head
      Original loaded/open bridge → States → record 36 → Branches → record 1: l-0 (l→0) → Resistance (Ω)Exact reduced rational: 6bridge/states/36/branches/1/resistanceOhm
      Original loaded/open bridge → States → record 36 → Branches → record 1: l-0 (l→0) → Oriented voltage drop (V)Exact reduced rational: 4bridge/states/36/branches/1/voltageV
      Original loaded/open bridge → States → record 36 → Branches → record 1: l-0 (l→0) → Oriented current (A)Exact reduced rational: 2/3bridge/states/36/branches/1/currentA
      Original loaded/open bridge → States → record 36 → Branches → record 1: l-0 (l→0) → Absorbed branch power p=v i (W)Exact reduced rational: 8/3bridge/states/36/branches/1/absorbedPowerW
      Original loaded/open bridge → States → record 36 → Branches → record 2: top-r (top→r) → Idtop-rbridge/states/36/branches/2/id
      Original loaded/open bridge → States → record 36 → Branches → record 2: top-r (top→r) → Tailtopbridge/states/36/branches/2/tail
      Original loaded/open bridge → States → record 36 → Branches → record 2: top-r (top→r) → Headrbridge/states/36/branches/2/head
      Original loaded/open bridge → States → record 36 → Branches → record 2: top-r (top→r) → Resistance (Ω)Exact reduced rational: 4bridge/states/36/branches/2/resistanceOhm
      Original loaded/open bridge → States → record 36 → Branches → record 2: top-r (top→r) → Oriented voltage drop (V)Exact reduced rational: 30/19bridge/states/36/branches/2/voltageV
      Original loaded/open bridge → States → record 36 → Branches → record 2: top-r (top→r) → Oriented current (A)Exact reduced rational: 15/38bridge/states/36/branches/2/currentA
      Original loaded/open bridge → States → record 36 → Branches → record 2: top-r (top→r) → Absorbed branch power p=v i (W)Exact reduced rational: 225/361bridge/states/36/branches/2/absorbedPowerW
      Original loaded/open bridge → States → record 36 → Branches → record 3: r-0 (r→0) → Idr-0bridge/states/36/branches/3/id
      Original loaded/open bridge → States → record 36 → Branches → record 3: r-0 (r→0) → Tailrbridge/states/36/branches/3/tail
      Original loaded/open bridge → States → record 36 → Branches → record 3: r-0 (r→0) → Head0bridge/states/36/branches/3/head
      Original loaded/open bridge → States → record 36 → Branches → record 3: r-0 (r→0) → Resistance (Ω)Exact reduced rational: 56/5bridge/states/36/branches/3/resistanceOhm
      Original loaded/open bridge → States → record 36 → Branches → record 3: r-0 (r→0) → Oriented voltage drop (V)Exact reduced rational: 84/19bridge/states/36/branches/3/voltageV
      Original loaded/open bridge → States → record 36 → Branches → record 3: r-0 (r→0) → Oriented current (A)Exact reduced rational: 15/38bridge/states/36/branches/3/currentA
      Original loaded/open bridge → States → record 36 → Branches → record 3: r-0 (r→0) → Absorbed branch power p=v i (W)Exact reduced rational: 630/361bridge/states/36/branches/3/absorbedPowerW
      Original loaded/open bridge → States → record 36 → Branches → record 4: bridge-load (l→r) → Idbridge-loadbridge/states/36/branches/4/id
      Original loaded/open bridge → States → record 36 → Branches → record 4: bridge-load (l→r) → Taillbridge/states/36/branches/4/tail
      Original loaded/open bridge → States → record 36 → Branches → record 4: bridge-load (l→r) → Headrbridge/states/36/branches/4/head
      Original loaded/open bridge → States → record 36 → Branches → record 4: bridge-load (l→r) → Oriented voltage drop (V)Exact reduced rational: -8/19bridge/states/36/branches/4/voltageV
      Original loaded/open bridge → States → record 36 → Branches → record 4: bridge-load (l→r) → Oriented current (A)Exact reduced rational: 0bridge/states/36/branches/4/currentA
      Original loaded/open bridge → States → record 36 → Branches → record 4: bridge-load (l→r) → Absorbed branch power p=v i (W)Exact reduced rational: 0bridge/states/36/branches/4/absorbedPowerW
      Original loaded/open bridge → States → record 36 → Branches → record 5: source (top→0) → Idsourcebridge/states/36/branches/5/id
      Original loaded/open bridge → States → record 36 → Branches → record 5: source (top→0) → Tailtopbridge/states/36/branches/5/tail
      Original loaded/open bridge → States → record 36 → Branches → record 5: source (top→0) → Head0bridge/states/36/branches/5/head
      Original loaded/open bridge → States → record 36 → Branches → record 5: source (top→0) → Oriented voltage drop (V)Exact reduced rational: 6bridge/states/36/branches/5/voltageV
      Original loaded/open bridge → States → record 36 → Branches → record 5: source (top→0) → Oriented current (A)Exact reduced rational: -121/114bridge/states/36/branches/5/currentA
      Original loaded/open bridge → States → record 36 → Branches → record 5: source (top→0) → Absorbed branch power p=v i (W)Exact reduced rational: -121/19bridge/states/36/branches/5/absorbedPowerW
      Original loaded/open bridge → States → record 36 → Oriented KCL residual (A) → 0Exact reduced rational: 0bridge/states/36/kclResidualA/0
      Original loaded/open bridge → States → record 36 → Oriented KCL residual (A) → TopExact reduced rational: 0bridge/states/36/kclResidualA/top
      Original loaded/open bridge → States → record 36 → Oriented KCL residual (A) → LExact reduced rational: 0bridge/states/36/kclResidualA/l
      Original loaded/open bridge → States → record 36 → Oriented KCL residual (A) → RExact reduced rational: 0bridge/states/36/kclResidualA/r
      Original loaded/open bridge → States → record 36 → Total signed absorbed-power residual (W)Exact reduced rational: 0bridge/states/36/powerResidualW
      Original loaded/open bridge → States → record 36 → Voltage First Order (V)Exact reduced rational: -8/15bridge/states/36/voltageFirstOrderV
      Original loaded/open bridge → States → record 36 → Open Voltage Tangent Error (V)Exact reduced rational: 32/285bridge/states/36/openVoltageTangentErrorV
      Original loaded/open bridge → States → record 36 → Loaded Current First Order (A)Exact reduced rational: -8/145bridge/states/36/loadedCurrentFirstOrderA
      Original loaded/open bridge → States → record 36 → Loaded Current Tangent Error (A)null — not an ordinary number; see this source record’s domain/status.bridge/states/36/loadedCurrentTangentErrorA
      Original loaded/open bridge → States → record 37 → Record index (metadata, not a measured scalar)18bridge/states/37/index
      Original loaded/open bridge → States → record 37 → Bridge fractional resistance change δ (dimensionless)Exact reduced rational: 2/5bridge/states/37/delta
      Original loaded/open bridge → States → record 37 → Load resistance R_L (Ω); null denotes openExact reduced rational: 5bridge/states/37/loadOhm
      Original loaded/open bridge → States → record 37 → Right Lower (Ω)Exact reduced rational: 56/5bridge/states/37/rightLowerOhm
      Original loaded/open bridge → States → record 37 → Node Potentials (V) → 0Exact reduced rational: 0bridge/states/37/nodePotentialsV/0
      Original loaded/open bridge → States → record 37 → Node Potentials (V) → TopExact reduced rational: 6bridge/states/37/nodePotentialsV/top
      Original loaded/open bridge → States → record 37 → Node Potentials (V) → LExact reduced rational: 772/189bridge/states/37/nodePotentialsV/l
      Original loaded/open bridge → States → record 37 → Node Potentials (V) → RExact reduced rational: 116/27bridge/states/37/nodePotentialsV/r
      Original loaded/open bridge → States → record 37 → Open Circuit Voltage (V)Exact reduced rational: -8/19bridge/states/37/openCircuitVoltageV
      Original loaded/open bridge → States → record 37 → Thevenin Resistance (Ω)Exact reduced rational: 94/19bridge/states/37/theveninResistanceOhm
      Original loaded/open bridge → States → record 37 → Meter current left→right (A)Exact reduced rational: -8/189bridge/states/37/meterCurrentA
      Original loaded/open bridge → States → record 37 → Branches → record 0: top-l (top→l) → Idtop-lbridge/states/37/branches/0/id
      Original loaded/open bridge → States → record 37 → Branches → record 0: top-l (top→l) → Tailtopbridge/states/37/branches/0/tail
      Original loaded/open bridge → States → record 37 → Branches → record 0: top-l (top→l) → Headlbridge/states/37/branches/0/head
      Original loaded/open bridge → States → record 37 → Branches → record 0: top-l (top→l) → Resistance (Ω)Exact reduced rational: 3bridge/states/37/branches/0/resistanceOhm
      Original loaded/open bridge → States → record 37 → Branches → record 0: top-l (top→l) → Oriented voltage drop (V)Exact reduced rational: 362/189bridge/states/37/branches/0/voltageV
      Original loaded/open bridge → States → record 37 → Branches → record 0: top-l (top→l) → Oriented current (A)Exact reduced rational: 362/567bridge/states/37/branches/0/currentA
      Original loaded/open bridge → States → record 37 → Branches → record 0: top-l (top→l) → Absorbed branch power p=v i (W)Exact reduced rational: 131044/107163bridge/states/37/branches/0/absorbedPowerW
      Original loaded/open bridge → States → record 37 → Branches → record 1: l-0 (l→0) → Idl-0bridge/states/37/branches/1/id
      Original loaded/open bridge → States → record 37 → Branches → record 1: l-0 (l→0) → Taillbridge/states/37/branches/1/tail
      Original loaded/open bridge → States → record 37 → Branches → record 1: l-0 (l→0) → Head0bridge/states/37/branches/1/head
      Original loaded/open bridge → States → record 37 → Branches → record 1: l-0 (l→0) → Resistance (Ω)Exact reduced rational: 6bridge/states/37/branches/1/resistanceOhm
      Original loaded/open bridge → States → record 37 → Branches → record 1: l-0 (l→0) → Oriented voltage drop (V)Exact reduced rational: 772/189bridge/states/37/branches/1/voltageV
      Original loaded/open bridge → States → record 37 → Branches → record 1: l-0 (l→0) → Oriented current (A)Exact reduced rational: 386/567bridge/states/37/branches/1/currentA
      Original loaded/open bridge → States → record 37 → Branches → record 1: l-0 (l→0) → Absorbed branch power p=v i (W)Exact reduced rational: 297992/107163bridge/states/37/branches/1/absorbedPowerW
      Original loaded/open bridge → States → record 37 → Branches → record 2: top-r (top→r) → Idtop-rbridge/states/37/branches/2/id
      Original loaded/open bridge → States → record 37 → Branches → record 2: top-r (top→r) → Tailtopbridge/states/37/branches/2/tail
      Original loaded/open bridge → States → record 37 → Branches → record 2: top-r (top→r) → Headrbridge/states/37/branches/2/head
      Original loaded/open bridge → States → record 37 → Branches → record 2: top-r (top→r) → Resistance (Ω)Exact reduced rational: 4bridge/states/37/branches/2/resistanceOhm
      Original loaded/open bridge → States → record 37 → Branches → record 2: top-r (top→r) → Oriented voltage drop (V)Exact reduced rational: 46/27bridge/states/37/branches/2/voltageV
      Original loaded/open bridge → States → record 37 → Branches → record 2: top-r (top→r) → Oriented current (A)Exact reduced rational: 23/54bridge/states/37/branches/2/currentA
      Original loaded/open bridge → States → record 37 → Branches → record 2: top-r (top→r) → Absorbed branch power p=v i (W)Exact reduced rational: 529/729bridge/states/37/branches/2/absorbedPowerW
      Original loaded/open bridge → States → record 37 → Branches → record 3: r-0 (r→0) → Idr-0bridge/states/37/branches/3/id
      Original loaded/open bridge → States → record 37 → Branches → record 3: r-0 (r→0) → Tailrbridge/states/37/branches/3/tail
      Original loaded/open bridge → States → record 37 → Branches → record 3: r-0 (r→0) → Head0bridge/states/37/branches/3/head
      Original loaded/open bridge → States → record 37 → Branches → record 3: r-0 (r→0) → Resistance (Ω)Exact reduced rational: 56/5bridge/states/37/branches/3/resistanceOhm
      Original loaded/open bridge → States → record 37 → Branches → record 3: r-0 (r→0) → Oriented voltage drop (V)Exact reduced rational: 116/27bridge/states/37/branches/3/voltageV
      Original loaded/open bridge → States → record 37 → Branches → record 3: r-0 (r→0) → Oriented current (A)Exact reduced rational: 145/378bridge/states/37/branches/3/currentA
      Original loaded/open bridge → States → record 37 → Branches → record 3: r-0 (r→0) → Absorbed branch power p=v i (W)Exact reduced rational: 8410/5103bridge/states/37/branches/3/absorbedPowerW
      Original loaded/open bridge → States → record 37 → Branches → record 4: bridge-load (l→r) → Idbridge-loadbridge/states/37/branches/4/id
      Original loaded/open bridge → States → record 37 → Branches → record 4: bridge-load (l→r) → Taillbridge/states/37/branches/4/tail
      Original loaded/open bridge → States → record 37 → Branches → record 4: bridge-load (l→r) → Headrbridge/states/37/branches/4/head
      Original loaded/open bridge → States → record 37 → Branches → record 4: bridge-load (l→r) → Oriented voltage drop (V)Exact reduced rational: -40/189bridge/states/37/branches/4/voltageV
      Original loaded/open bridge → States → record 37 → Branches → record 4: bridge-load (l→r) → Oriented current (A)Exact reduced rational: -8/189bridge/states/37/branches/4/currentA
      Original loaded/open bridge → States → record 37 → Branches → record 4: bridge-load (l→r) → Absorbed branch power p=v i (W)Exact reduced rational: 320/35721bridge/states/37/branches/4/absorbedPowerW
      Original loaded/open bridge → States → record 37 → Branches → record 5: source (top→0) → Idsourcebridge/states/37/branches/5/id
      Original loaded/open bridge → States → record 37 → Branches → record 5: source (top→0) → Tailtopbridge/states/37/branches/5/tail
      Original loaded/open bridge → States → record 37 → Branches → record 5: source (top→0) → Head0bridge/states/37/branches/5/head
      Original loaded/open bridge → States → record 37 → Branches → record 5: source (top→0) → Oriented voltage drop (V)Exact reduced rational: 6bridge/states/37/branches/5/voltageV
      Original loaded/open bridge → States → record 37 → Branches → record 5: source (top→0) → Oriented current (A)Exact reduced rational: -1207/1134bridge/states/37/branches/5/currentA
      Original loaded/open bridge → States → record 37 → Branches → record 5: source (top→0) → Absorbed branch power p=v i (W)Exact reduced rational: -1207/189bridge/states/37/branches/5/absorbedPowerW
      Original loaded/open bridge → States → record 37 → Oriented KCL residual (A) → 0Exact reduced rational: 0bridge/states/37/kclResidualA/0
      Original loaded/open bridge → States → record 37 → Oriented KCL residual (A) → TopExact reduced rational: 0bridge/states/37/kclResidualA/top
      Original loaded/open bridge → States → record 37 → Oriented KCL residual (A) → LExact reduced rational: 0bridge/states/37/kclResidualA/l
      Original loaded/open bridge → States → record 37 → Oriented KCL residual (A) → RExact reduced rational: 0bridge/states/37/kclResidualA/r
      Original loaded/open bridge → States → record 37 → Total signed absorbed-power residual (W)Exact reduced rational: 0bridge/states/37/powerResidualW
      Original loaded/open bridge → States → record 37 → Voltage First Order (V)Exact reduced rational: -8/15bridge/states/37/voltageFirstOrderV
      Original loaded/open bridge → States → record 37 → Open Voltage Tangent Error (V)Exact reduced rational: 32/285bridge/states/37/openVoltageTangentErrorV
      Original loaded/open bridge → States → record 37 → Loaded Current First Order (A)Exact reduced rational: -8/145bridge/states/37/loadedCurrentFirstOrderA
      Original loaded/open bridge → States → record 37 → Loaded Current Tangent Error (A)Exact reduced rational: 352/27405bridge/states/37/loadedCurrentTangentErrorA
      Original loaded/open bridge → States → record 38 → Record index (metadata, not a measured scalar)19bridge/states/38/index
      Original loaded/open bridge → States → record 38 → Bridge fractional resistance change δ (dimensionless)Exact reduced rational: 9/20bridge/states/38/delta
      Original loaded/open bridge → States → record 38 → Load resistance R_L (Ω); null denotes opennull — not an ordinary number; see this source record’s domain/status.bridge/states/38/loadOhm
      Original loaded/open bridge → States → record 38 → Right Lower (Ω)Exact reduced rational: 58/5bridge/states/38/rightLowerOhm
      Original loaded/open bridge → States → record 38 → Node Potentials (V) → 0Exact reduced rational: 0bridge/states/38/nodePotentialsV/0
      Original loaded/open bridge → States → record 38 → Node Potentials (V) → TopExact reduced rational: 6bridge/states/38/nodePotentialsV/top
      Original loaded/open bridge → States → record 38 → Node Potentials (V) → LExact reduced rational: 4bridge/states/38/nodePotentialsV/l
      Original loaded/open bridge → States → record 38 → Node Potentials (V) → RExact reduced rational: 58/13bridge/states/38/nodePotentialsV/r
      Original loaded/open bridge → States → record 38 → Open Circuit Voltage (V)Exact reduced rational: -6/13bridge/states/38/openCircuitVoltageV
      Original loaded/open bridge → States → record 38 → Thevenin Resistance (Ω)Exact reduced rational: 194/39bridge/states/38/theveninResistanceOhm
      Original loaded/open bridge → States → record 38 → Meter current left→right (A)Exact reduced rational: 0bridge/states/38/meterCurrentA
      Original loaded/open bridge → States → record 38 → Branches → record 0: top-l (top→l) → Idtop-lbridge/states/38/branches/0/id
      Original loaded/open bridge → States → record 38 → Branches → record 0: top-l (top→l) → Tailtopbridge/states/38/branches/0/tail
      Original loaded/open bridge → States → record 38 → Branches → record 0: top-l (top→l) → Headlbridge/states/38/branches/0/head
      Original loaded/open bridge → States → record 38 → Branches → record 0: top-l (top→l) → Resistance (Ω)Exact reduced rational: 3bridge/states/38/branches/0/resistanceOhm
      Original loaded/open bridge → States → record 38 → Branches → record 0: top-l (top→l) → Oriented voltage drop (V)Exact reduced rational: 2bridge/states/38/branches/0/voltageV
      Original loaded/open bridge → States → record 38 → Branches → record 0: top-l (top→l) → Oriented current (A)Exact reduced rational: 2/3bridge/states/38/branches/0/currentA
      Original loaded/open bridge → States → record 38 → Branches → record 0: top-l (top→l) → Absorbed branch power p=v i (W)Exact reduced rational: 4/3bridge/states/38/branches/0/absorbedPowerW
      Original loaded/open bridge → States → record 38 → Branches → record 1: l-0 (l→0) → Idl-0bridge/states/38/branches/1/id
      Original loaded/open bridge → States → record 38 → Branches → record 1: l-0 (l→0) → Taillbridge/states/38/branches/1/tail
      Original loaded/open bridge → States → record 38 → Branches → record 1: l-0 (l→0) → Head0bridge/states/38/branches/1/head
      Original loaded/open bridge → States → record 38 → Branches → record 1: l-0 (l→0) → Resistance (Ω)Exact reduced rational: 6bridge/states/38/branches/1/resistanceOhm
      Original loaded/open bridge → States → record 38 → Branches → record 1: l-0 (l→0) → Oriented voltage drop (V)Exact reduced rational: 4bridge/states/38/branches/1/voltageV
      Original loaded/open bridge → States → record 38 → Branches → record 1: l-0 (l→0) → Oriented current (A)Exact reduced rational: 2/3bridge/states/38/branches/1/currentA
      Original loaded/open bridge → States → record 38 → Branches → record 1: l-0 (l→0) → Absorbed branch power p=v i (W)Exact reduced rational: 8/3bridge/states/38/branches/1/absorbedPowerW
      Original loaded/open bridge → States → record 38 → Branches → record 2: top-r (top→r) → Idtop-rbridge/states/38/branches/2/id
      Original loaded/open bridge → States → record 38 → Branches → record 2: top-r (top→r) → Tailtopbridge/states/38/branches/2/tail
      Original loaded/open bridge → States → record 38 → Branches → record 2: top-r (top→r) → Headrbridge/states/38/branches/2/head
      Original loaded/open bridge → States → record 38 → Branches → record 2: top-r (top→r) → Resistance (Ω)Exact reduced rational: 4bridge/states/38/branches/2/resistanceOhm
      Original loaded/open bridge → States → record 38 → Branches → record 2: top-r (top→r) → Oriented voltage drop (V)Exact reduced rational: 20/13bridge/states/38/branches/2/voltageV
      Original loaded/open bridge → States → record 38 → Branches → record 2: top-r (top→r) → Oriented current (A)Exact reduced rational: 5/13bridge/states/38/branches/2/currentA
      Original loaded/open bridge → States → record 38 → Branches → record 2: top-r (top→r) → Absorbed branch power p=v i (W)Exact reduced rational: 100/169bridge/states/38/branches/2/absorbedPowerW
      Original loaded/open bridge → States → record 38 → Branches → record 3: r-0 (r→0) → Idr-0bridge/states/38/branches/3/id
      Original loaded/open bridge → States → record 38 → Branches → record 3: r-0 (r→0) → Tailrbridge/states/38/branches/3/tail
      Original loaded/open bridge → States → record 38 → Branches → record 3: r-0 (r→0) → Head0bridge/states/38/branches/3/head
      Original loaded/open bridge → States → record 38 → Branches → record 3: r-0 (r→0) → Resistance (Ω)Exact reduced rational: 58/5bridge/states/38/branches/3/resistanceOhm
      Original loaded/open bridge → States → record 38 → Branches → record 3: r-0 (r→0) → Oriented voltage drop (V)Exact reduced rational: 58/13bridge/states/38/branches/3/voltageV
      Original loaded/open bridge → States → record 38 → Branches → record 3: r-0 (r→0) → Oriented current (A)Exact reduced rational: 5/13bridge/states/38/branches/3/currentA
      Original loaded/open bridge → States → record 38 → Branches → record 3: r-0 (r→0) → Absorbed branch power p=v i (W)Exact reduced rational: 290/169bridge/states/38/branches/3/absorbedPowerW
      Original loaded/open bridge → States → record 38 → Branches → record 4: bridge-load (l→r) → Idbridge-loadbridge/states/38/branches/4/id
      Original loaded/open bridge → States → record 38 → Branches → record 4: bridge-load (l→r) → Taillbridge/states/38/branches/4/tail
      Original loaded/open bridge → States → record 38 → Branches → record 4: bridge-load (l→r) → Headrbridge/states/38/branches/4/head
      Original loaded/open bridge → States → record 38 → Branches → record 4: bridge-load (l→r) → Oriented voltage drop (V)Exact reduced rational: -6/13bridge/states/38/branches/4/voltageV
      Original loaded/open bridge → States → record 38 → Branches → record 4: bridge-load (l→r) → Oriented current (A)Exact reduced rational: 0bridge/states/38/branches/4/currentA
      Original loaded/open bridge → States → record 38 → Branches → record 4: bridge-load (l→r) → Absorbed branch power p=v i (W)Exact reduced rational: 0bridge/states/38/branches/4/absorbedPowerW
      Original loaded/open bridge → States → record 38 → Branches → record 5: source (top→0) → Idsourcebridge/states/38/branches/5/id
      Original loaded/open bridge → States → record 38 → Branches → record 5: source (top→0) → Tailtopbridge/states/38/branches/5/tail
      Original loaded/open bridge → States → record 38 → Branches → record 5: source (top→0) → Head0bridge/states/38/branches/5/head
      Original loaded/open bridge → States → record 38 → Branches → record 5: source (top→0) → Oriented voltage drop (V)Exact reduced rational: 6bridge/states/38/branches/5/voltageV
      Original loaded/open bridge → States → record 38 → Branches → record 5: source (top→0) → Oriented current (A)Exact reduced rational: -41/39bridge/states/38/branches/5/currentA
      Original loaded/open bridge → States → record 38 → Branches → record 5: source (top→0) → Absorbed branch power p=v i (W)Exact reduced rational: -82/13bridge/states/38/branches/5/absorbedPowerW
      Original loaded/open bridge → States → record 38 → Oriented KCL residual (A) → 0Exact reduced rational: 0bridge/states/38/kclResidualA/0
      Original loaded/open bridge → States → record 38 → Oriented KCL residual (A) → TopExact reduced rational: 0bridge/states/38/kclResidualA/top
      Original loaded/open bridge → States → record 38 → Oriented KCL residual (A) → LExact reduced rational: 0bridge/states/38/kclResidualA/l
      Original loaded/open bridge → States → record 38 → Oriented KCL residual (A) → RExact reduced rational: 0bridge/states/38/kclResidualA/r
      Original loaded/open bridge → States → record 38 → Total signed absorbed-power residual (W)Exact reduced rational: 0bridge/states/38/powerResidualW
      Original loaded/open bridge → States → record 38 → Voltage First Order (V)Exact reduced rational: -3/5bridge/states/38/voltageFirstOrderV
      Original loaded/open bridge → States → record 38 → Open Voltage Tangent Error (V)Exact reduced rational: 9/65bridge/states/38/openVoltageTangentErrorV
      Original loaded/open bridge → States → record 38 → Loaded Current First Order (A)Exact reduced rational: -9/145bridge/states/38/loadedCurrentFirstOrderA
      Original loaded/open bridge → States → record 38 → Loaded Current Tangent Error (A)null — not an ordinary number; see this source record’s domain/status.bridge/states/38/loadedCurrentTangentErrorA
      Original loaded/open bridge → States → record 39 → Record index (metadata, not a measured scalar)19bridge/states/39/index
      Original loaded/open bridge → States → record 39 → Bridge fractional resistance change δ (dimensionless)Exact reduced rational: 9/20bridge/states/39/delta
      Original loaded/open bridge → States → record 39 → Load resistance R_L (Ω); null denotes openExact reduced rational: 5bridge/states/39/loadOhm
      Original loaded/open bridge → States → record 39 → Right Lower (Ω)Exact reduced rational: 58/5bridge/states/39/rightLowerOhm
      Original loaded/open bridge → States → record 39 → Node Potentials (V) → 0Exact reduced rational: 0bridge/states/39/nodePotentialsV/0
      Original loaded/open bridge → States → record 39 → Node Potentials (V) → TopExact reduced rational: 6bridge/states/39/nodePotentialsV/top
      Original loaded/open bridge → States → record 39 → Node Potentials (V) → LExact reduced rational: 1592/389bridge/states/39/nodePotentialsV/l
      Original loaded/open bridge → States → record 39 → Node Potentials (V) → RExact reduced rational: 1682/389bridge/states/39/nodePotentialsV/r
      Original loaded/open bridge → States → record 39 → Open Circuit Voltage (V)Exact reduced rational: -6/13bridge/states/39/openCircuitVoltageV
      Original loaded/open bridge → States → record 39 → Thevenin Resistance (Ω)Exact reduced rational: 194/39bridge/states/39/theveninResistanceOhm
      Original loaded/open bridge → States → record 39 → Meter current left→right (A)Exact reduced rational: -18/389bridge/states/39/meterCurrentA
      Original loaded/open bridge → States → record 39 → Branches → record 0: top-l (top→l) → Idtop-lbridge/states/39/branches/0/id
      Original loaded/open bridge → States → record 39 → Branches → record 0: top-l (top→l) → Tailtopbridge/states/39/branches/0/tail
      Original loaded/open bridge → States → record 39 → Branches → record 0: top-l (top→l) → Headlbridge/states/39/branches/0/head
      Original loaded/open bridge → States → record 39 → Branches → record 0: top-l (top→l) → Resistance (Ω)Exact reduced rational: 3bridge/states/39/branches/0/resistanceOhm
      Original loaded/open bridge → States → record 39 → Branches → record 0: top-l (top→l) → Oriented voltage drop (V)Exact reduced rational: 742/389bridge/states/39/branches/0/voltageV
      Original loaded/open bridge → States → record 39 → Branches → record 0: top-l (top→l) → Oriented current (A)Exact reduced rational: 742/1167bridge/states/39/branches/0/currentA
      Original loaded/open bridge → States → record 39 → Branches → record 0: top-l (top→l) → Absorbed branch power p=v i (W)Exact reduced rational: 550564/453963bridge/states/39/branches/0/absorbedPowerW
      Original loaded/open bridge → States → record 39 → Branches → record 1: l-0 (l→0) → Idl-0bridge/states/39/branches/1/id
      Original loaded/open bridge → States → record 39 → Branches → record 1: l-0 (l→0) → Taillbridge/states/39/branches/1/tail
      Original loaded/open bridge → States → record 39 → Branches → record 1: l-0 (l→0) → Head0bridge/states/39/branches/1/head
      Original loaded/open bridge → States → record 39 → Branches → record 1: l-0 (l→0) → Resistance (Ω)Exact reduced rational: 6bridge/states/39/branches/1/resistanceOhm
      Original loaded/open bridge → States → record 39 → Branches → record 1: l-0 (l→0) → Oriented voltage drop (V)Exact reduced rational: 1592/389bridge/states/39/branches/1/voltageV
      Original loaded/open bridge → States → record 39 → Branches → record 1: l-0 (l→0) → Oriented current (A)Exact reduced rational: 796/1167bridge/states/39/branches/1/currentA
      Original loaded/open bridge → States → record 39 → Branches → record 1: l-0 (l→0) → Absorbed branch power p=v i (W)Exact reduced rational: 1267232/453963bridge/states/39/branches/1/absorbedPowerW
      Original loaded/open bridge → States → record 39 → Branches → record 2: top-r (top→r) → Idtop-rbridge/states/39/branches/2/id
      Original loaded/open bridge → States → record 39 → Branches → record 2: top-r (top→r) → Tailtopbridge/states/39/branches/2/tail
      Original loaded/open bridge → States → record 39 → Branches → record 2: top-r (top→r) → Headrbridge/states/39/branches/2/head
      Original loaded/open bridge → States → record 39 → Branches → record 2: top-r (top→r) → Resistance (Ω)Exact reduced rational: 4bridge/states/39/branches/2/resistanceOhm
      Original loaded/open bridge → States → record 39 → Branches → record 2: top-r (top→r) → Oriented voltage drop (V)Exact reduced rational: 652/389bridge/states/39/branches/2/voltageV
      Original loaded/open bridge → States → record 39 → Branches → record 2: top-r (top→r) → Oriented current (A)Exact reduced rational: 163/389bridge/states/39/branches/2/currentA
      Original loaded/open bridge → States → record 39 → Branches → record 2: top-r (top→r) → Absorbed branch power p=v i (W)Exact reduced rational: 106276/151321bridge/states/39/branches/2/absorbedPowerW
      Original loaded/open bridge → States → record 39 → Branches → record 3: r-0 (r→0) → Idr-0bridge/states/39/branches/3/id
      Original loaded/open bridge → States → record 39 → Branches → record 3: r-0 (r→0) → Tailrbridge/states/39/branches/3/tail
      Original loaded/open bridge → States → record 39 → Branches → record 3: r-0 (r→0) → Head0bridge/states/39/branches/3/head
      Original loaded/open bridge → States → record 39 → Branches → record 3: r-0 (r→0) → Resistance (Ω)Exact reduced rational: 58/5bridge/states/39/branches/3/resistanceOhm
      Original loaded/open bridge → States → record 39 → Branches → record 3: r-0 (r→0) → Oriented voltage drop (V)Exact reduced rational: 1682/389bridge/states/39/branches/3/voltageV
      Original loaded/open bridge → States → record 39 → Branches → record 3: r-0 (r→0) → Oriented current (A)Exact reduced rational: 145/389bridge/states/39/branches/3/currentA
      Original loaded/open bridge → States → record 39 → Branches → record 3: r-0 (r→0) → Absorbed branch power p=v i (W)Exact reduced rational: 243890/151321bridge/states/39/branches/3/absorbedPowerW
      Original loaded/open bridge → States → record 39 → Branches → record 4: bridge-load (l→r) → Idbridge-loadbridge/states/39/branches/4/id
      Original loaded/open bridge → States → record 39 → Branches → record 4: bridge-load (l→r) → Taillbridge/states/39/branches/4/tail
      Original loaded/open bridge → States → record 39 → Branches → record 4: bridge-load (l→r) → Headrbridge/states/39/branches/4/head
      Original loaded/open bridge → States → record 39 → Branches → record 4: bridge-load (l→r) → Oriented voltage drop (V)Exact reduced rational: -90/389bridge/states/39/branches/4/voltageV
      Original loaded/open bridge → States → record 39 → Branches → record 4: bridge-load (l→r) → Oriented current (A)Exact reduced rational: -18/389bridge/states/39/branches/4/currentA
      Original loaded/open bridge → States → record 39 → Branches → record 4: bridge-load (l→r) → Absorbed branch power p=v i (W)Exact reduced rational: 1620/151321bridge/states/39/branches/4/absorbedPowerW
      Original loaded/open bridge → States → record 39 → Branches → record 5: source (top→0) → Idsourcebridge/states/39/branches/5/id
      Original loaded/open bridge → States → record 39 → Branches → record 5: source (top→0) → Tailtopbridge/states/39/branches/5/tail
      Original loaded/open bridge → States → record 39 → Branches → record 5: source (top→0) → Head0bridge/states/39/branches/5/head
      Original loaded/open bridge → States → record 39 → Branches → record 5: source (top→0) → Oriented voltage drop (V)Exact reduced rational: 6bridge/states/39/branches/5/voltageV
      Original loaded/open bridge → States → record 39 → Branches → record 5: source (top→0) → Oriented current (A)Exact reduced rational: -1231/1167bridge/states/39/branches/5/currentA
      Original loaded/open bridge → States → record 39 → Branches → record 5: source (top→0) → Absorbed branch power p=v i (W)Exact reduced rational: -2462/389bridge/states/39/branches/5/absorbedPowerW
      Original loaded/open bridge → States → record 39 → Oriented KCL residual (A) → 0Exact reduced rational: 0bridge/states/39/kclResidualA/0
      Original loaded/open bridge → States → record 39 → Oriented KCL residual (A) → TopExact reduced rational: 0bridge/states/39/kclResidualA/top
      Original loaded/open bridge → States → record 39 → Oriented KCL residual (A) → LExact reduced rational: 0bridge/states/39/kclResidualA/l
      Original loaded/open bridge → States → record 39 → Oriented KCL residual (A) → RExact reduced rational: 0bridge/states/39/kclResidualA/r
      Original loaded/open bridge → States → record 39 → Total signed absorbed-power residual (W)Exact reduced rational: 0bridge/states/39/powerResidualW
      Original loaded/open bridge → States → record 39 → Voltage First Order (V)Exact reduced rational: -3/5bridge/states/39/voltageFirstOrderV
      Original loaded/open bridge → States → record 39 → Open Voltage Tangent Error (V)Exact reduced rational: 9/65bridge/states/39/openVoltageTangentErrorV
      Original loaded/open bridge → States → record 39 → Loaded Current First Order (A)Exact reduced rational: -9/145bridge/states/39/loadedCurrentFirstOrderA
      Original loaded/open bridge → States → record 39 → Loaded Current Tangent Error (A)Exact reduced rational: 891/56405bridge/states/39/loadedCurrentTangentErrorA
      Original loaded/open bridge → States → record 40 → Record index (metadata, not a measured scalar)20bridge/states/40/index
      Original loaded/open bridge → States → record 40 → Bridge fractional resistance change δ (dimensionless)Exact reduced rational: 1/2bridge/states/40/delta
      Original loaded/open bridge → States → record 40 → Load resistance R_L (Ω); null denotes opennull — not an ordinary number; see this source record’s domain/status.bridge/states/40/loadOhm
      Original loaded/open bridge → States → record 40 → Right Lower (Ω)Exact reduced rational: 12bridge/states/40/rightLowerOhm
      Original loaded/open bridge → States → record 40 → Node Potentials (V) → 0Exact reduced rational: 0bridge/states/40/nodePotentialsV/0
      Original loaded/open bridge → States → record 40 → Node Potentials (V) → TopExact reduced rational: 6bridge/states/40/nodePotentialsV/top
      Original loaded/open bridge → States → record 40 → Node Potentials (V) → LExact reduced rational: 4bridge/states/40/nodePotentialsV/l
      Original loaded/open bridge → States → record 40 → Node Potentials (V) → RExact reduced rational: 9/2bridge/states/40/nodePotentialsV/r
      Original loaded/open bridge → States → record 40 → Open Circuit Voltage (V)Exact reduced rational: -1/2bridge/states/40/openCircuitVoltageV
      Original loaded/open bridge → States → record 40 → Thevenin Resistance (Ω)Exact reduced rational: 5bridge/states/40/theveninResistanceOhm
      Original loaded/open bridge → States → record 40 → Meter current left→right (A)Exact reduced rational: 0bridge/states/40/meterCurrentA
      Original loaded/open bridge → States → record 40 → Branches → record 0: top-l (top→l) → Idtop-lbridge/states/40/branches/0/id
      Original loaded/open bridge → States → record 40 → Branches → record 0: top-l (top→l) → Tailtopbridge/states/40/branches/0/tail
      Original loaded/open bridge → States → record 40 → Branches → record 0: top-l (top→l) → Headlbridge/states/40/branches/0/head
      Original loaded/open bridge → States → record 40 → Branches → record 0: top-l (top→l) → Resistance (Ω)Exact reduced rational: 3bridge/states/40/branches/0/resistanceOhm
      Original loaded/open bridge → States → record 40 → Branches → record 0: top-l (top→l) → Oriented voltage drop (V)Exact reduced rational: 2bridge/states/40/branches/0/voltageV
      Original loaded/open bridge → States → record 40 → Branches → record 0: top-l (top→l) → Oriented current (A)Exact reduced rational: 2/3bridge/states/40/branches/0/currentA
      Original loaded/open bridge → States → record 40 → Branches → record 0: top-l (top→l) → Absorbed branch power p=v i (W)Exact reduced rational: 4/3bridge/states/40/branches/0/absorbedPowerW
      Original loaded/open bridge → States → record 40 → Branches → record 1: l-0 (l→0) → Idl-0bridge/states/40/branches/1/id
      Original loaded/open bridge → States → record 40 → Branches → record 1: l-0 (l→0) → Taillbridge/states/40/branches/1/tail
      Original loaded/open bridge → States → record 40 → Branches → record 1: l-0 (l→0) → Head0bridge/states/40/branches/1/head
      Original loaded/open bridge → States → record 40 → Branches → record 1: l-0 (l→0) → Resistance (Ω)Exact reduced rational: 6bridge/states/40/branches/1/resistanceOhm
      Original loaded/open bridge → States → record 40 → Branches → record 1: l-0 (l→0) → Oriented voltage drop (V)Exact reduced rational: 4bridge/states/40/branches/1/voltageV
      Original loaded/open bridge → States → record 40 → Branches → record 1: l-0 (l→0) → Oriented current (A)Exact reduced rational: 2/3bridge/states/40/branches/1/currentA
      Original loaded/open bridge → States → record 40 → Branches → record 1: l-0 (l→0) → Absorbed branch power p=v i (W)Exact reduced rational: 8/3bridge/states/40/branches/1/absorbedPowerW
      Original loaded/open bridge → States → record 40 → Branches → record 2: top-r (top→r) → Idtop-rbridge/states/40/branches/2/id
      Original loaded/open bridge → States → record 40 → Branches → record 2: top-r (top→r) → Tailtopbridge/states/40/branches/2/tail
      Original loaded/open bridge → States → record 40 → Branches → record 2: top-r (top→r) → Headrbridge/states/40/branches/2/head
      Original loaded/open bridge → States → record 40 → Branches → record 2: top-r (top→r) → Resistance (Ω)Exact reduced rational: 4bridge/states/40/branches/2/resistanceOhm
      Original loaded/open bridge → States → record 40 → Branches → record 2: top-r (top→r) → Oriented voltage drop (V)Exact reduced rational: 3/2bridge/states/40/branches/2/voltageV
      Original loaded/open bridge → States → record 40 → Branches → record 2: top-r (top→r) → Oriented current (A)Exact reduced rational: 3/8bridge/states/40/branches/2/currentA
      Original loaded/open bridge → States → record 40 → Branches → record 2: top-r (top→r) → Absorbed branch power p=v i (W)Exact reduced rational: 9/16bridge/states/40/branches/2/absorbedPowerW
      Original loaded/open bridge → States → record 40 → Branches → record 3: r-0 (r→0) → Idr-0bridge/states/40/branches/3/id
      Original loaded/open bridge → States → record 40 → Branches → record 3: r-0 (r→0) → Tailrbridge/states/40/branches/3/tail
      Original loaded/open bridge → States → record 40 → Branches → record 3: r-0 (r→0) → Head0bridge/states/40/branches/3/head
      Original loaded/open bridge → States → record 40 → Branches → record 3: r-0 (r→0) → Resistance (Ω)Exact reduced rational: 12bridge/states/40/branches/3/resistanceOhm
      Original loaded/open bridge → States → record 40 → Branches → record 3: r-0 (r→0) → Oriented voltage drop (V)Exact reduced rational: 9/2bridge/states/40/branches/3/voltageV
      Original loaded/open bridge → States → record 40 → Branches → record 3: r-0 (r→0) → Oriented current (A)Exact reduced rational: 3/8bridge/states/40/branches/3/currentA
      Original loaded/open bridge → States → record 40 → Branches → record 3: r-0 (r→0) → Absorbed branch power p=v i (W)Exact reduced rational: 27/16bridge/states/40/branches/3/absorbedPowerW
      Original loaded/open bridge → States → record 40 → Branches → record 4: bridge-load (l→r) → Idbridge-loadbridge/states/40/branches/4/id
      Original loaded/open bridge → States → record 40 → Branches → record 4: bridge-load (l→r) → Taillbridge/states/40/branches/4/tail
      Original loaded/open bridge → States → record 40 → Branches → record 4: bridge-load (l→r) → Headrbridge/states/40/branches/4/head
      Original loaded/open bridge → States → record 40 → Branches → record 4: bridge-load (l→r) → Oriented voltage drop (V)Exact reduced rational: -1/2bridge/states/40/branches/4/voltageV
      Original loaded/open bridge → States → record 40 → Branches → record 4: bridge-load (l→r) → Oriented current (A)Exact reduced rational: 0bridge/states/40/branches/4/currentA
      Original loaded/open bridge → States → record 40 → Branches → record 4: bridge-load (l→r) → Absorbed branch power p=v i (W)Exact reduced rational: 0bridge/states/40/branches/4/absorbedPowerW
      Original loaded/open bridge → States → record 40 → Branches → record 5: source (top→0) → Idsourcebridge/states/40/branches/5/id
      Original loaded/open bridge → States → record 40 → Branches → record 5: source (top→0) → Tailtopbridge/states/40/branches/5/tail
      Original loaded/open bridge → States → record 40 → Branches → record 5: source (top→0) → Head0bridge/states/40/branches/5/head
      Original loaded/open bridge → States → record 40 → Branches → record 5: source (top→0) → Oriented voltage drop (V)Exact reduced rational: 6bridge/states/40/branches/5/voltageV
      Original loaded/open bridge → States → record 40 → Branches → record 5: source (top→0) → Oriented current (A)Exact reduced rational: -25/24bridge/states/40/branches/5/currentA
      Original loaded/open bridge → States → record 40 → Branches → record 5: source (top→0) → Absorbed branch power p=v i (W)Exact reduced rational: -25/4bridge/states/40/branches/5/absorbedPowerW
      Original loaded/open bridge → States → record 40 → Oriented KCL residual (A) → 0Exact reduced rational: 0bridge/states/40/kclResidualA/0
      Original loaded/open bridge → States → record 40 → Oriented KCL residual (A) → TopExact reduced rational: 0bridge/states/40/kclResidualA/top
      Original loaded/open bridge → States → record 40 → Oriented KCL residual (A) → LExact reduced rational: 0bridge/states/40/kclResidualA/l
      Original loaded/open bridge → States → record 40 → Oriented KCL residual (A) → RExact reduced rational: 0bridge/states/40/kclResidualA/r
      Original loaded/open bridge → States → record 40 → Total signed absorbed-power residual (W)Exact reduced rational: 0bridge/states/40/powerResidualW
      Original loaded/open bridge → States → record 40 → Voltage First Order (V)Exact reduced rational: -2/3bridge/states/40/voltageFirstOrderV
      Original loaded/open bridge → States → record 40 → Open Voltage Tangent Error (V)Exact reduced rational: 1/6bridge/states/40/openVoltageTangentErrorV
      Original loaded/open bridge → States → record 40 → Loaded Current First Order (A)Exact reduced rational: -2/29bridge/states/40/loadedCurrentFirstOrderA
      Original loaded/open bridge → States → record 40 → Loaded Current Tangent Error (A)null — not an ordinary number; see this source record’s domain/status.bridge/states/40/loadedCurrentTangentErrorA
      Original loaded/open bridge → States → record 41 → Record index (metadata, not a measured scalar)20bridge/states/41/index
      Original loaded/open bridge → States → record 41 → Bridge fractional resistance change δ (dimensionless)Exact reduced rational: 1/2bridge/states/41/delta
      Original loaded/open bridge → States → record 41 → Load resistance R_L (Ω); null denotes openExact reduced rational: 5bridge/states/41/loadOhm
      Original loaded/open bridge → States → record 41 → Right Lower (Ω)Exact reduced rational: 12bridge/states/41/rightLowerOhm
      Original loaded/open bridge → States → record 41 → Node Potentials (V) → 0Exact reduced rational: 0bridge/states/41/nodePotentialsV/0
      Original loaded/open bridge → States → record 41 → Node Potentials (V) → TopExact reduced rational: 6bridge/states/41/nodePotentialsV/top
      Original loaded/open bridge → States → record 41 → Node Potentials (V) → LExact reduced rational: 41/10bridge/states/41/nodePotentialsV/l
      Original loaded/open bridge → States → record 41 → Node Potentials (V) → RExact reduced rational: 87/20bridge/states/41/nodePotentialsV/r
      Original loaded/open bridge → States → record 41 → Open Circuit Voltage (V)Exact reduced rational: -1/2bridge/states/41/openCircuitVoltageV
      Original loaded/open bridge → States → record 41 → Thevenin Resistance (Ω)Exact reduced rational: 5bridge/states/41/theveninResistanceOhm
      Original loaded/open bridge → States → record 41 → Meter current left→right (A)Exact reduced rational: -1/20bridge/states/41/meterCurrentA
      Original loaded/open bridge → States → record 41 → Branches → record 0: top-l (top→l) → Idtop-lbridge/states/41/branches/0/id
      Original loaded/open bridge → States → record 41 → Branches → record 0: top-l (top→l) → Tailtopbridge/states/41/branches/0/tail
      Original loaded/open bridge → States → record 41 → Branches → record 0: top-l (top→l) → Headlbridge/states/41/branches/0/head
      Original loaded/open bridge → States → record 41 → Branches → record 0: top-l (top→l) → Resistance (Ω)Exact reduced rational: 3bridge/states/41/branches/0/resistanceOhm
      Original loaded/open bridge → States → record 41 → Branches → record 0: top-l (top→l) → Oriented voltage drop (V)Exact reduced rational: 19/10bridge/states/41/branches/0/voltageV
      Original loaded/open bridge → States → record 41 → Branches → record 0: top-l (top→l) → Oriented current (A)Exact reduced rational: 19/30bridge/states/41/branches/0/currentA
      Original loaded/open bridge → States → record 41 → Branches → record 0: top-l (top→l) → Absorbed branch power p=v i (W)Exact reduced rational: 361/300bridge/states/41/branches/0/absorbedPowerW
      Original loaded/open bridge → States → record 41 → Branches → record 1: l-0 (l→0) → Idl-0bridge/states/41/branches/1/id
      Original loaded/open bridge → States → record 41 → Branches → record 1: l-0 (l→0) → Taillbridge/states/41/branches/1/tail
      Original loaded/open bridge → States → record 41 → Branches → record 1: l-0 (l→0) → Head0bridge/states/41/branches/1/head
      Original loaded/open bridge → States → record 41 → Branches → record 1: l-0 (l→0) → Resistance (Ω)Exact reduced rational: 6bridge/states/41/branches/1/resistanceOhm
      Original loaded/open bridge → States → record 41 → Branches → record 1: l-0 (l→0) → Oriented voltage drop (V)Exact reduced rational: 41/10bridge/states/41/branches/1/voltageV
      Original loaded/open bridge → States → record 41 → Branches → record 1: l-0 (l→0) → Oriented current (A)Exact reduced rational: 41/60bridge/states/41/branches/1/currentA
      Original loaded/open bridge → States → record 41 → Branches → record 1: l-0 (l→0) → Absorbed branch power p=v i (W)Exact reduced rational: 1681/600bridge/states/41/branches/1/absorbedPowerW
      Original loaded/open bridge → States → record 41 → Branches → record 2: top-r (top→r) → Idtop-rbridge/states/41/branches/2/id
      Original loaded/open bridge → States → record 41 → Branches → record 2: top-r (top→r) → Tailtopbridge/states/41/branches/2/tail
      Original loaded/open bridge → States → record 41 → Branches → record 2: top-r (top→r) → Headrbridge/states/41/branches/2/head
      Original loaded/open bridge → States → record 41 → Branches → record 2: top-r (top→r) → Resistance (Ω)Exact reduced rational: 4bridge/states/41/branches/2/resistanceOhm
      Original loaded/open bridge → States → record 41 → Branches → record 2: top-r (top→r) → Oriented voltage drop (V)Exact reduced rational: 33/20bridge/states/41/branches/2/voltageV
      Original loaded/open bridge → States → record 41 → Branches → record 2: top-r (top→r) → Oriented current (A)Exact reduced rational: 33/80bridge/states/41/branches/2/currentA
      Original loaded/open bridge → States → record 41 → Branches → record 2: top-r (top→r) → Absorbed branch power p=v i (W)Exact reduced rational: 1089/1600bridge/states/41/branches/2/absorbedPowerW
      Original loaded/open bridge → States → record 41 → Branches → record 3: r-0 (r→0) → Idr-0bridge/states/41/branches/3/id
      Original loaded/open bridge → States → record 41 → Branches → record 3: r-0 (r→0) → Tailrbridge/states/41/branches/3/tail
      Original loaded/open bridge → States → record 41 → Branches → record 3: r-0 (r→0) → Head0bridge/states/41/branches/3/head
      Original loaded/open bridge → States → record 41 → Branches → record 3: r-0 (r→0) → Resistance (Ω)Exact reduced rational: 12bridge/states/41/branches/3/resistanceOhm
      Original loaded/open bridge → States → record 41 → Branches → record 3: r-0 (r→0) → Oriented voltage drop (V)Exact reduced rational: 87/20bridge/states/41/branches/3/voltageV
      Original loaded/open bridge → States → record 41 → Branches → record 3: r-0 (r→0) → Oriented current (A)Exact reduced rational: 29/80bridge/states/41/branches/3/currentA
      Original loaded/open bridge → States → record 41 → Branches → record 3: r-0 (r→0) → Absorbed branch power p=v i (W)Exact reduced rational: 2523/1600bridge/states/41/branches/3/absorbedPowerW
      Original loaded/open bridge → States → record 41 → Branches → record 4: bridge-load (l→r) → Idbridge-loadbridge/states/41/branches/4/id
      Original loaded/open bridge → States → record 41 → Branches → record 4: bridge-load (l→r) → Taillbridge/states/41/branches/4/tail
      Original loaded/open bridge → States → record 41 → Branches → record 4: bridge-load (l→r) → Headrbridge/states/41/branches/4/head
      Original loaded/open bridge → States → record 41 → Branches → record 4: bridge-load (l→r) → Oriented voltage drop (V)Exact reduced rational: -1/4bridge/states/41/branches/4/voltageV
      Original loaded/open bridge → States → record 41 → Branches → record 4: bridge-load (l→r) → Oriented current (A)Exact reduced rational: -1/20bridge/states/41/branches/4/currentA
      Original loaded/open bridge → States → record 41 → Branches → record 4: bridge-load (l→r) → Absorbed branch power p=v i (W)Exact reduced rational: 1/80bridge/states/41/branches/4/absorbedPowerW
      Original loaded/open bridge → States → record 41 → Branches → record 5: source (top→0) → Idsourcebridge/states/41/branches/5/id
      Original loaded/open bridge → States → record 41 → Branches → record 5: source (top→0) → Tailtopbridge/states/41/branches/5/tail
      Original loaded/open bridge → States → record 41 → Branches → record 5: source (top→0) → Head0bridge/states/41/branches/5/head
      Original loaded/open bridge → States → record 41 → Branches → record 5: source (top→0) → Oriented voltage drop (V)Exact reduced rational: 6bridge/states/41/branches/5/voltageV
      Original loaded/open bridge → States → record 41 → Branches → record 5: source (top→0) → Oriented current (A)Exact reduced rational: -251/240bridge/states/41/branches/5/currentA
      Original loaded/open bridge → States → record 41 → Branches → record 5: source (top→0) → Absorbed branch power p=v i (W)Exact reduced rational: -251/40bridge/states/41/branches/5/absorbedPowerW
      Original loaded/open bridge → States → record 41 → Oriented KCL residual (A) → 0Exact reduced rational: 0bridge/states/41/kclResidualA/0
      Original loaded/open bridge → States → record 41 → Oriented KCL residual (A) → TopExact reduced rational: 0bridge/states/41/kclResidualA/top
      Original loaded/open bridge → States → record 41 → Oriented KCL residual (A) → LExact reduced rational: 0bridge/states/41/kclResidualA/l
      Original loaded/open bridge → States → record 41 → Oriented KCL residual (A) → RExact reduced rational: 0bridge/states/41/kclResidualA/r
      Original loaded/open bridge → States → record 41 → Total signed absorbed-power residual (W)Exact reduced rational: 0bridge/states/41/powerResidualW
      Original loaded/open bridge → States → record 41 → Voltage First Order (V)Exact reduced rational: -2/3bridge/states/41/voltageFirstOrderV
      Original loaded/open bridge → States → record 41 → Open Voltage Tangent Error (V)Exact reduced rational: 1/6bridge/states/41/openVoltageTangentErrorV
      Original loaded/open bridge → States → record 41 → Loaded Current First Order (A)Exact reduced rational: -2/29bridge/states/41/loadedCurrentFirstOrderA
      Original loaded/open bridge → States → record 41 → Loaded Current Tangent Error (A)Exact reduced rational: 11/580bridge/states/41/loadedCurrentTangentErrorA
      Original loaded/open bridge → Balance DeltaExact reduced rational: 0bridge/balanceDelta
      Original loaded/open bridge → Balance Open Voltage (V)Exact reduced rational: 0bridge/balanceOpenVoltageV
      Original loaded/open bridge → Balance Rth (Ω)Exact reduced rational: 14/3bridge/balanceRthOhm
      Original loaded/open bridge → Open Voltage Derivative At Balance (V)Exact reduced rational: -4/3bridge/openVoltageDerivativeAtBalanceV
      Original loaded/open bridge → Loaded Current Derivative At Balance (A)Exact reduced rational: -4/29bridge/loadedCurrentDerivativeAtBalanceA
      Star–delta and boundary matrices → Star Arms (Ω) → record 0Exact reduced rational: 2starDelta/starArmsOhm/0
      Star–delta and boundary matrices → Star Arms (Ω) → record 1Exact reduced rational: 3starDelta/starArmsOhm/1
      Star–delta and boundary matrices → Star Arms (Ω) → record 2Exact reduced rational: 5starDelta/starArmsOhm/2
      Star–delta and boundary matrices → Delta Resistances (Ω) → AbExact reduced rational: 31/5starDelta/deltaResistancesOhm/ab
      Star–delta and boundary matrices → Delta Resistances (Ω) → BcExact reduced rational: 31/2starDelta/deltaResistancesOhm/bc
      Star–delta and boundary matrices → Delta Resistances (Ω) → CaExact reduced rational: 31/3starDelta/deltaResistancesOhm/ca
      Star–delta and boundary matrices → Full Laplacian (S) → record 0 → record 0Exact reduced rational: 1/2starDelta/fullLaplacianS/0/0
      Star–delta and boundary matrices → Full Laplacian (S) → record 0 → record 1Exact reduced rational: 0starDelta/fullLaplacianS/0/1
      Star–delta and boundary matrices → Full Laplacian (S) → record 0 → record 2Exact reduced rational: 0starDelta/fullLaplacianS/0/2
      Star–delta and boundary matrices → Full Laplacian (S) → record 0 → record 3Exact reduced rational: -1/2starDelta/fullLaplacianS/0/3
      Star–delta and boundary matrices → Full Laplacian (S) → record 1 → record 0Exact reduced rational: 0starDelta/fullLaplacianS/1/0
      Star–delta and boundary matrices → Full Laplacian (S) → record 1 → record 1Exact reduced rational: 1/3starDelta/fullLaplacianS/1/1
      Star–delta and boundary matrices → Full Laplacian (S) → record 1 → record 2Exact reduced rational: 0starDelta/fullLaplacianS/1/2
      Star–delta and boundary matrices → Full Laplacian (S) → record 1 → record 3Exact reduced rational: -1/3starDelta/fullLaplacianS/1/3
      Star–delta and boundary matrices → Full Laplacian (S) → record 2 → record 0Exact reduced rational: 0starDelta/fullLaplacianS/2/0
      Star–delta and boundary matrices → Full Laplacian (S) → record 2 → record 1Exact reduced rational: 0starDelta/fullLaplacianS/2/1
      Star–delta and boundary matrices → Full Laplacian (S) → record 2 → record 2Exact reduced rational: 1/5starDelta/fullLaplacianS/2/2
      Star–delta and boundary matrices → Full Laplacian (S) → record 2 → record 3Exact reduced rational: -1/5starDelta/fullLaplacianS/2/3
      Star–delta and boundary matrices → Full Laplacian (S) → record 3 → record 0Exact reduced rational: -1/2starDelta/fullLaplacianS/3/0
      Star–delta and boundary matrices → Full Laplacian (S) → record 3 → record 1Exact reduced rational: -1/3starDelta/fullLaplacianS/3/1
      Star–delta and boundary matrices → Full Laplacian (S) → record 3 → record 2Exact reduced rational: -1/5starDelta/fullLaplacianS/3/2
      Star–delta and boundary matrices → Full Laplacian (S) → record 3 → record 3Exact reduced rational: 31/30starDelta/fullLaplacianS/3/3
      Star–delta and boundary matrices → Kron Reduced Conductance (S) → record 0 → record 0Exact reduced rational: 8/31starDelta/kronReducedConductanceS/0/0
      Star–delta and boundary matrices → Kron Reduced Conductance (S) → record 0 → record 1Exact reduced rational: -5/31starDelta/kronReducedConductanceS/0/1
      Star–delta and boundary matrices → Kron Reduced Conductance (S) → record 0 → record 2Exact reduced rational: -3/31starDelta/kronReducedConductanceS/0/2
      Star–delta and boundary matrices → Kron Reduced Conductance (S) → record 1 → record 0Exact reduced rational: -5/31starDelta/kronReducedConductanceS/1/0
      Star–delta and boundary matrices → Kron Reduced Conductance (S) → record 1 → record 1Exact reduced rational: 7/31starDelta/kronReducedConductanceS/1/1
      Star–delta and boundary matrices → Kron Reduced Conductance (S) → record 1 → record 2Exact reduced rational: -2/31starDelta/kronReducedConductanceS/1/2
      Star–delta and boundary matrices → Kron Reduced Conductance (S) → record 2 → record 0Exact reduced rational: -3/31starDelta/kronReducedConductanceS/2/0
      Star–delta and boundary matrices → Kron Reduced Conductance (S) → record 2 → record 1Exact reduced rational: -2/31starDelta/kronReducedConductanceS/2/1
      Star–delta and boundary matrices → Kron Reduced Conductance (S) → record 2 → record 2Exact reduced rational: 5/31starDelta/kronReducedConductanceS/2/2
      Star–delta and boundary matrices → Delta Conductance (S) → record 0 → record 0Exact reduced rational: 8/31starDelta/deltaConductanceS/0/0
      Star–delta and boundary matrices → Delta Conductance (S) → record 0 → record 1Exact reduced rational: -5/31starDelta/deltaConductanceS/0/1
      Star–delta and boundary matrices → Delta Conductance (S) → record 0 → record 2Exact reduced rational: -3/31starDelta/deltaConductanceS/0/2
      Star–delta and boundary matrices → Delta Conductance (S) → record 1 → record 0Exact reduced rational: -5/31starDelta/deltaConductanceS/1/0
      Star–delta and boundary matrices → Delta Conductance (S) → record 1 → record 1Exact reduced rational: 7/31starDelta/deltaConductanceS/1/1
      Star–delta and boundary matrices → Delta Conductance (S) → record 1 → record 2Exact reduced rational: -2/31starDelta/deltaConductanceS/1/2
      Star–delta and boundary matrices → Delta Conductance (S) → record 2 → record 0Exact reduced rational: -3/31starDelta/deltaConductanceS/2/0
      Star–delta and boundary matrices → Delta Conductance (S) → record 2 → record 1Exact reduced rational: -2/31starDelta/deltaConductanceS/2/1
      Star–delta and boundary matrices → Delta Conductance (S) → record 2 → record 2Exact reduced rational: 5/31starDelta/deltaConductanceS/2/2
      Star–delta and boundary matrices → Pair Resistance Third Open (Ω) → AbExact reduced rational: 5starDelta/pairResistanceThirdOpenOhm/ab
      Star–delta and boundary matrices → Pair Resistance Third Open (Ω) → BcExact reduced rational: 8starDelta/pairResistanceThirdOpenOhm/bc
      Star–delta and boundary matrices → Pair Resistance Third Open (Ω) → CaExact reduced rational: 7starDelta/pairResistanceThirdOpenOhm/ca
      Star–delta and boundary matrices → Boundary States → record 0 → Record index (metadata, not a measured scalar)0starDelta/boundaryStates/0/index
      Star–delta and boundary matrices → Boundary States → record 0 → Boundary Voltages (V) → record 0Exact reduced rational: -1starDelta/boundaryStates/0/boundaryVoltagesV/0
      Star–delta and boundary matrices → Boundary States → record 0 → Boundary Voltages (V) → record 1Exact reduced rational: -1starDelta/boundaryStates/0/boundaryVoltagesV/1
      Star–delta and boundary matrices → Boundary States → record 0 → Boundary Voltages (V) → record 2Exact reduced rational: -1starDelta/boundaryStates/0/boundaryVoltagesV/2
      Star–delta and boundary matrices → Boundary States → record 0 → Center potential (V)Exact reduced rational: -1starDelta/boundaryStates/0/centerVoltageV
      Star–delta and boundary matrices → Boundary States → record 0 → Star Branches → record 0: az (a→z) → IdazstarDelta/boundaryStates/0/starBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 0 → Star Branches → record 0: az (a→z) → TailastarDelta/boundaryStates/0/starBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 0 → Star Branches → record 0: az (a→z) → HeadzstarDelta/boundaryStates/0/starBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 0 → Star Branches → record 0: az (a→z) → Resistance (Ω)Exact reduced rational: 2starDelta/boundaryStates/0/starBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 0 → Star Branches → record 0: az (a→z) → Oriented voltage drop (V)Exact reduced rational: 0starDelta/boundaryStates/0/starBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 0 → Star Branches → record 0: az (a→z) → Oriented current (A)Exact reduced rational: 0starDelta/boundaryStates/0/starBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 0 → Star Branches → record 0: az (a→z) → Absorbed branch power p=v i (W)Exact reduced rational: 0starDelta/boundaryStates/0/starBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 0 → Star Branches → record 1: bz (b→z) → IdbzstarDelta/boundaryStates/0/starBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 0 → Star Branches → record 1: bz (b→z) → TailbstarDelta/boundaryStates/0/starBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 0 → Star Branches → record 1: bz (b→z) → HeadzstarDelta/boundaryStates/0/starBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 0 → Star Branches → record 1: bz (b→z) → Resistance (Ω)Exact reduced rational: 3starDelta/boundaryStates/0/starBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 0 → Star Branches → record 1: bz (b→z) → Oriented voltage drop (V)Exact reduced rational: 0starDelta/boundaryStates/0/starBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 0 → Star Branches → record 1: bz (b→z) → Oriented current (A)Exact reduced rational: 0starDelta/boundaryStates/0/starBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 0 → Star Branches → record 1: bz (b→z) → Absorbed branch power p=v i (W)Exact reduced rational: 0starDelta/boundaryStates/0/starBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 0 → Star Branches → record 2: cz (c→z) → IdczstarDelta/boundaryStates/0/starBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 0 → Star Branches → record 2: cz (c→z) → TailcstarDelta/boundaryStates/0/starBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 0 → Star Branches → record 2: cz (c→z) → HeadzstarDelta/boundaryStates/0/starBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 0 → Star Branches → record 2: cz (c→z) → Resistance (Ω)Exact reduced rational: 5starDelta/boundaryStates/0/starBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 0 → Star Branches → record 2: cz (c→z) → Oriented voltage drop (V)Exact reduced rational: 0starDelta/boundaryStates/0/starBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 0 → Star Branches → record 2: cz (c→z) → Oriented current (A)Exact reduced rational: 0starDelta/boundaryStates/0/starBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 0 → Star Branches → record 2: cz (c→z) → Absorbed branch power p=v i (W)Exact reduced rational: 0starDelta/boundaryStates/0/starBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 0 → Delta Branches → record 0: ab (a→b) → IdabstarDelta/boundaryStates/0/deltaBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 0 → Delta Branches → record 0: ab (a→b) → TailastarDelta/boundaryStates/0/deltaBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 0 → Delta Branches → record 0: ab (a→b) → HeadbstarDelta/boundaryStates/0/deltaBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 0 → Delta Branches → record 0: ab (a→b) → Resistance (Ω)Exact reduced rational: 31/5starDelta/boundaryStates/0/deltaBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 0 → Delta Branches → record 0: ab (a→b) → Oriented voltage drop (V)Exact reduced rational: 0starDelta/boundaryStates/0/deltaBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 0 → Delta Branches → record 0: ab (a→b) → Oriented current (A)Exact reduced rational: 0starDelta/boundaryStates/0/deltaBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 0 → Delta Branches → record 0: ab (a→b) → Absorbed branch power p=v i (W)Exact reduced rational: 0starDelta/boundaryStates/0/deltaBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 0 → Delta Branches → record 1: bc (b→c) → IdbcstarDelta/boundaryStates/0/deltaBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 0 → Delta Branches → record 1: bc (b→c) → TailbstarDelta/boundaryStates/0/deltaBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 0 → Delta Branches → record 1: bc (b→c) → HeadcstarDelta/boundaryStates/0/deltaBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 0 → Delta Branches → record 1: bc (b→c) → Resistance (Ω)Exact reduced rational: 31/2starDelta/boundaryStates/0/deltaBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 0 → Delta Branches → record 1: bc (b→c) → Oriented voltage drop (V)Exact reduced rational: 0starDelta/boundaryStates/0/deltaBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 0 → Delta Branches → record 1: bc (b→c) → Oriented current (A)Exact reduced rational: 0starDelta/boundaryStates/0/deltaBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 0 → Delta Branches → record 1: bc (b→c) → Absorbed branch power p=v i (W)Exact reduced rational: 0starDelta/boundaryStates/0/deltaBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 0 → Delta Branches → record 2: ca (c→a) → IdcastarDelta/boundaryStates/0/deltaBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 0 → Delta Branches → record 2: ca (c→a) → TailcstarDelta/boundaryStates/0/deltaBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 0 → Delta Branches → record 2: ca (c→a) → HeadastarDelta/boundaryStates/0/deltaBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 0 → Delta Branches → record 2: ca (c→a) → Resistance (Ω)Exact reduced rational: 31/3starDelta/boundaryStates/0/deltaBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 0 → Delta Branches → record 2: ca (c→a) → Oriented voltage drop (V)Exact reduced rational: 0starDelta/boundaryStates/0/deltaBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 0 → Delta Branches → record 2: ca (c→a) → Oriented current (A)Exact reduced rational: 0starDelta/boundaryStates/0/deltaBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 0 → Delta Branches → record 2: ca (c→a) → Absorbed branch power p=v i (W)Exact reduced rational: 0starDelta/boundaryStates/0/deltaBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 0 → Terminal currents entering star (A; a,b,c order) → record 0Exact reduced rational: 0starDelta/boundaryStates/0/terminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 0 → Terminal currents entering star (A; a,b,c order) → record 1Exact reduced rational: 0starDelta/boundaryStates/0/terminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 0 → Terminal currents entering star (A; a,b,c order) → record 2Exact reduced rational: 0starDelta/boundaryStates/0/terminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 0 → Terminal currents entering delta (A; a,b,c order) → record 0Exact reduced rational: 0starDelta/boundaryStates/0/deltaTerminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 0 → Terminal currents entering delta (A; a,b,c order) → record 1Exact reduced rational: 0starDelta/boundaryStates/0/deltaTerminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 0 → Terminal currents entering delta (A; a,b,c order) → record 2Exact reduced rational: 0starDelta/boundaryStates/0/deltaTerminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 0 → Star Dissipation (W)Exact reduced rational: 0starDelta/boundaryStates/0/starDissipationW
      Star–delta and boundary matrices → Boundary States → record 0 → Delta Dissipation (W)Exact reduced rational: 0starDelta/boundaryStates/0/deltaDissipationW
      Star–delta and boundary matrices → Boundary States → record 0 → Terminal Power (W)Exact reduced rational: 0starDelta/boundaryStates/0/terminalPowerW
      Star–delta and boundary matrices → Boundary States → record 0 → Boundary Current Residual (A) → record 0Exact reduced rational: 0starDelta/boundaryStates/0/boundaryCurrentResidualA/0
      Star–delta and boundary matrices → Boundary States → record 0 → Boundary Current Residual (A) → record 1Exact reduced rational: 0starDelta/boundaryStates/0/boundaryCurrentResidualA/1
      Star–delta and boundary matrices → Boundary States → record 0 → Boundary Current Residual (A) → record 2Exact reduced rational: 0starDelta/boundaryStates/0/boundaryCurrentResidualA/2
      Star–delta and boundary matrices → Boundary States → record 0 → Power Equality Residual (W)Exact reduced rational: 0starDelta/boundaryStates/0/powerEqualityResidualW
      Star–delta and boundary matrices → Boundary States → record 1 → Record index (metadata, not a measured scalar)1starDelta/boundaryStates/1/index
      Star–delta and boundary matrices → Boundary States → record 1 → Boundary Voltages (V) → record 0Exact reduced rational: -1starDelta/boundaryStates/1/boundaryVoltagesV/0
      Star–delta and boundary matrices → Boundary States → record 1 → Boundary Voltages (V) → record 1Exact reduced rational: -1starDelta/boundaryStates/1/boundaryVoltagesV/1
      Star–delta and boundary matrices → Boundary States → record 1 → Boundary Voltages (V) → record 2Exact reduced rational: 0starDelta/boundaryStates/1/boundaryVoltagesV/2
      Star–delta and boundary matrices → Boundary States → record 1 → Center potential (V)Exact reduced rational: -25/31starDelta/boundaryStates/1/centerVoltageV
      Star–delta and boundary matrices → Boundary States → record 1 → Star Branches → record 0: az (a→z) → IdazstarDelta/boundaryStates/1/starBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 1 → Star Branches → record 0: az (a→z) → TailastarDelta/boundaryStates/1/starBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 1 → Star Branches → record 0: az (a→z) → HeadzstarDelta/boundaryStates/1/starBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 1 → Star Branches → record 0: az (a→z) → Resistance (Ω)Exact reduced rational: 2starDelta/boundaryStates/1/starBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 1 → Star Branches → record 0: az (a→z) → Oriented voltage drop (V)Exact reduced rational: -6/31starDelta/boundaryStates/1/starBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 1 → Star Branches → record 0: az (a→z) → Oriented current (A)Exact reduced rational: -3/31starDelta/boundaryStates/1/starBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 1 → Star Branches → record 0: az (a→z) → Absorbed branch power p=v i (W)Exact reduced rational: 18/961starDelta/boundaryStates/1/starBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 1 → Star Branches → record 1: bz (b→z) → IdbzstarDelta/boundaryStates/1/starBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 1 → Star Branches → record 1: bz (b→z) → TailbstarDelta/boundaryStates/1/starBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 1 → Star Branches → record 1: bz (b→z) → HeadzstarDelta/boundaryStates/1/starBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 1 → Star Branches → record 1: bz (b→z) → Resistance (Ω)Exact reduced rational: 3starDelta/boundaryStates/1/starBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 1 → Star Branches → record 1: bz (b→z) → Oriented voltage drop (V)Exact reduced rational: -6/31starDelta/boundaryStates/1/starBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 1 → Star Branches → record 1: bz (b→z) → Oriented current (A)Exact reduced rational: -2/31starDelta/boundaryStates/1/starBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 1 → Star Branches → record 1: bz (b→z) → Absorbed branch power p=v i (W)Exact reduced rational: 12/961starDelta/boundaryStates/1/starBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 1 → Star Branches → record 2: cz (c→z) → IdczstarDelta/boundaryStates/1/starBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 1 → Star Branches → record 2: cz (c→z) → TailcstarDelta/boundaryStates/1/starBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 1 → Star Branches → record 2: cz (c→z) → HeadzstarDelta/boundaryStates/1/starBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 1 → Star Branches → record 2: cz (c→z) → Resistance (Ω)Exact reduced rational: 5starDelta/boundaryStates/1/starBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 1 → Star Branches → record 2: cz (c→z) → Oriented voltage drop (V)Exact reduced rational: 25/31starDelta/boundaryStates/1/starBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 1 → Star Branches → record 2: cz (c→z) → Oriented current (A)Exact reduced rational: 5/31starDelta/boundaryStates/1/starBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 1 → Star Branches → record 2: cz (c→z) → Absorbed branch power p=v i (W)Exact reduced rational: 125/961starDelta/boundaryStates/1/starBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 1 → Delta Branches → record 0: ab (a→b) → IdabstarDelta/boundaryStates/1/deltaBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 1 → Delta Branches → record 0: ab (a→b) → TailastarDelta/boundaryStates/1/deltaBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 1 → Delta Branches → record 0: ab (a→b) → HeadbstarDelta/boundaryStates/1/deltaBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 1 → Delta Branches → record 0: ab (a→b) → Resistance (Ω)Exact reduced rational: 31/5starDelta/boundaryStates/1/deltaBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 1 → Delta Branches → record 0: ab (a→b) → Oriented voltage drop (V)Exact reduced rational: 0starDelta/boundaryStates/1/deltaBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 1 → Delta Branches → record 0: ab (a→b) → Oriented current (A)Exact reduced rational: 0starDelta/boundaryStates/1/deltaBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 1 → Delta Branches → record 0: ab (a→b) → Absorbed branch power p=v i (W)Exact reduced rational: 0starDelta/boundaryStates/1/deltaBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 1 → Delta Branches → record 1: bc (b→c) → IdbcstarDelta/boundaryStates/1/deltaBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 1 → Delta Branches → record 1: bc (b→c) → TailbstarDelta/boundaryStates/1/deltaBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 1 → Delta Branches → record 1: bc (b→c) → HeadcstarDelta/boundaryStates/1/deltaBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 1 → Delta Branches → record 1: bc (b→c) → Resistance (Ω)Exact reduced rational: 31/2starDelta/boundaryStates/1/deltaBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 1 → Delta Branches → record 1: bc (b→c) → Oriented voltage drop (V)Exact reduced rational: -1starDelta/boundaryStates/1/deltaBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 1 → Delta Branches → record 1: bc (b→c) → Oriented current (A)Exact reduced rational: -2/31starDelta/boundaryStates/1/deltaBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 1 → Delta Branches → record 1: bc (b→c) → Absorbed branch power p=v i (W)Exact reduced rational: 2/31starDelta/boundaryStates/1/deltaBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 1 → Delta Branches → record 2: ca (c→a) → IdcastarDelta/boundaryStates/1/deltaBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 1 → Delta Branches → record 2: ca (c→a) → TailcstarDelta/boundaryStates/1/deltaBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 1 → Delta Branches → record 2: ca (c→a) → HeadastarDelta/boundaryStates/1/deltaBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 1 → Delta Branches → record 2: ca (c→a) → Resistance (Ω)Exact reduced rational: 31/3starDelta/boundaryStates/1/deltaBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 1 → Delta Branches → record 2: ca (c→a) → Oriented voltage drop (V)Exact reduced rational: 1starDelta/boundaryStates/1/deltaBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 1 → Delta Branches → record 2: ca (c→a) → Oriented current (A)Exact reduced rational: 3/31starDelta/boundaryStates/1/deltaBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 1 → Delta Branches → record 2: ca (c→a) → Absorbed branch power p=v i (W)Exact reduced rational: 3/31starDelta/boundaryStates/1/deltaBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 1 → Terminal currents entering star (A; a,b,c order) → record 0Exact reduced rational: -3/31starDelta/boundaryStates/1/terminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 1 → Terminal currents entering star (A; a,b,c order) → record 1Exact reduced rational: -2/31starDelta/boundaryStates/1/terminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 1 → Terminal currents entering star (A; a,b,c order) → record 2Exact reduced rational: 5/31starDelta/boundaryStates/1/terminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 1 → Terminal currents entering delta (A; a,b,c order) → record 0Exact reduced rational: -3/31starDelta/boundaryStates/1/deltaTerminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 1 → Terminal currents entering delta (A; a,b,c order) → record 1Exact reduced rational: -2/31starDelta/boundaryStates/1/deltaTerminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 1 → Terminal currents entering delta (A; a,b,c order) → record 2Exact reduced rational: 5/31starDelta/boundaryStates/1/deltaTerminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 1 → Star Dissipation (W)Exact reduced rational: 5/31starDelta/boundaryStates/1/starDissipationW
      Star–delta and boundary matrices → Boundary States → record 1 → Delta Dissipation (W)Exact reduced rational: 5/31starDelta/boundaryStates/1/deltaDissipationW
      Star–delta and boundary matrices → Boundary States → record 1 → Terminal Power (W)Exact reduced rational: 5/31starDelta/boundaryStates/1/terminalPowerW
      Star–delta and boundary matrices → Boundary States → record 1 → Boundary Current Residual (A) → record 0Exact reduced rational: 0starDelta/boundaryStates/1/boundaryCurrentResidualA/0
      Star–delta and boundary matrices → Boundary States → record 1 → Boundary Current Residual (A) → record 1Exact reduced rational: 0starDelta/boundaryStates/1/boundaryCurrentResidualA/1
      Star–delta and boundary matrices → Boundary States → record 1 → Boundary Current Residual (A) → record 2Exact reduced rational: 0starDelta/boundaryStates/1/boundaryCurrentResidualA/2
      Star–delta and boundary matrices → Boundary States → record 1 → Power Equality Residual (W)Exact reduced rational: 0starDelta/boundaryStates/1/powerEqualityResidualW
      Star–delta and boundary matrices → Boundary States → record 2 → Record index (metadata, not a measured scalar)2starDelta/boundaryStates/2/index
      Star–delta and boundary matrices → Boundary States → record 2 → Boundary Voltages (V) → record 0Exact reduced rational: -1starDelta/boundaryStates/2/boundaryVoltagesV/0
      Star–delta and boundary matrices → Boundary States → record 2 → Boundary Voltages (V) → record 1Exact reduced rational: -1starDelta/boundaryStates/2/boundaryVoltagesV/1
      Star–delta and boundary matrices → Boundary States → record 2 → Boundary Voltages (V) → record 2Exact reduced rational: 2starDelta/boundaryStates/2/boundaryVoltagesV/2
      Star–delta and boundary matrices → Boundary States → record 2 → Center potential (V)Exact reduced rational: -13/31starDelta/boundaryStates/2/centerVoltageV
      Star–delta and boundary matrices → Boundary States → record 2 → Star Branches → record 0: az (a→z) → IdazstarDelta/boundaryStates/2/starBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 2 → Star Branches → record 0: az (a→z) → TailastarDelta/boundaryStates/2/starBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 2 → Star Branches → record 0: az (a→z) → HeadzstarDelta/boundaryStates/2/starBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 2 → Star Branches → record 0: az (a→z) → Resistance (Ω)Exact reduced rational: 2starDelta/boundaryStates/2/starBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 2 → Star Branches → record 0: az (a→z) → Oriented voltage drop (V)Exact reduced rational: -18/31starDelta/boundaryStates/2/starBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 2 → Star Branches → record 0: az (a→z) → Oriented current (A)Exact reduced rational: -9/31starDelta/boundaryStates/2/starBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 2 → Star Branches → record 0: az (a→z) → Absorbed branch power p=v i (W)Exact reduced rational: 162/961starDelta/boundaryStates/2/starBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 2 → Star Branches → record 1: bz (b→z) → IdbzstarDelta/boundaryStates/2/starBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 2 → Star Branches → record 1: bz (b→z) → TailbstarDelta/boundaryStates/2/starBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 2 → Star Branches → record 1: bz (b→z) → HeadzstarDelta/boundaryStates/2/starBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 2 → Star Branches → record 1: bz (b→z) → Resistance (Ω)Exact reduced rational: 3starDelta/boundaryStates/2/starBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 2 → Star Branches → record 1: bz (b→z) → Oriented voltage drop (V)Exact reduced rational: -18/31starDelta/boundaryStates/2/starBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 2 → Star Branches → record 1: bz (b→z) → Oriented current (A)Exact reduced rational: -6/31starDelta/boundaryStates/2/starBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 2 → Star Branches → record 1: bz (b→z) → Absorbed branch power p=v i (W)Exact reduced rational: 108/961starDelta/boundaryStates/2/starBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 2 → Star Branches → record 2: cz (c→z) → IdczstarDelta/boundaryStates/2/starBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 2 → Star Branches → record 2: cz (c→z) → TailcstarDelta/boundaryStates/2/starBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 2 → Star Branches → record 2: cz (c→z) → HeadzstarDelta/boundaryStates/2/starBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 2 → Star Branches → record 2: cz (c→z) → Resistance (Ω)Exact reduced rational: 5starDelta/boundaryStates/2/starBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 2 → Star Branches → record 2: cz (c→z) → Oriented voltage drop (V)Exact reduced rational: 75/31starDelta/boundaryStates/2/starBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 2 → Star Branches → record 2: cz (c→z) → Oriented current (A)Exact reduced rational: 15/31starDelta/boundaryStates/2/starBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 2 → Star Branches → record 2: cz (c→z) → Absorbed branch power p=v i (W)Exact reduced rational: 1125/961starDelta/boundaryStates/2/starBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 2 → Delta Branches → record 0: ab (a→b) → IdabstarDelta/boundaryStates/2/deltaBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 2 → Delta Branches → record 0: ab (a→b) → TailastarDelta/boundaryStates/2/deltaBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 2 → Delta Branches → record 0: ab (a→b) → HeadbstarDelta/boundaryStates/2/deltaBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 2 → Delta Branches → record 0: ab (a→b) → Resistance (Ω)Exact reduced rational: 31/5starDelta/boundaryStates/2/deltaBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 2 → Delta Branches → record 0: ab (a→b) → Oriented voltage drop (V)Exact reduced rational: 0starDelta/boundaryStates/2/deltaBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 2 → Delta Branches → record 0: ab (a→b) → Oriented current (A)Exact reduced rational: 0starDelta/boundaryStates/2/deltaBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 2 → Delta Branches → record 0: ab (a→b) → Absorbed branch power p=v i (W)Exact reduced rational: 0starDelta/boundaryStates/2/deltaBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 2 → Delta Branches → record 1: bc (b→c) → IdbcstarDelta/boundaryStates/2/deltaBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 2 → Delta Branches → record 1: bc (b→c) → TailbstarDelta/boundaryStates/2/deltaBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 2 → Delta Branches → record 1: bc (b→c) → HeadcstarDelta/boundaryStates/2/deltaBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 2 → Delta Branches → record 1: bc (b→c) → Resistance (Ω)Exact reduced rational: 31/2starDelta/boundaryStates/2/deltaBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 2 → Delta Branches → record 1: bc (b→c) → Oriented voltage drop (V)Exact reduced rational: -3starDelta/boundaryStates/2/deltaBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 2 → Delta Branches → record 1: bc (b→c) → Oriented current (A)Exact reduced rational: -6/31starDelta/boundaryStates/2/deltaBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 2 → Delta Branches → record 1: bc (b→c) → Absorbed branch power p=v i (W)Exact reduced rational: 18/31starDelta/boundaryStates/2/deltaBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 2 → Delta Branches → record 2: ca (c→a) → IdcastarDelta/boundaryStates/2/deltaBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 2 → Delta Branches → record 2: ca (c→a) → TailcstarDelta/boundaryStates/2/deltaBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 2 → Delta Branches → record 2: ca (c→a) → HeadastarDelta/boundaryStates/2/deltaBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 2 → Delta Branches → record 2: ca (c→a) → Resistance (Ω)Exact reduced rational: 31/3starDelta/boundaryStates/2/deltaBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 2 → Delta Branches → record 2: ca (c→a) → Oriented voltage drop (V)Exact reduced rational: 3starDelta/boundaryStates/2/deltaBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 2 → Delta Branches → record 2: ca (c→a) → Oriented current (A)Exact reduced rational: 9/31starDelta/boundaryStates/2/deltaBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 2 → Delta Branches → record 2: ca (c→a) → Absorbed branch power p=v i (W)Exact reduced rational: 27/31starDelta/boundaryStates/2/deltaBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 2 → Terminal currents entering star (A; a,b,c order) → record 0Exact reduced rational: -9/31starDelta/boundaryStates/2/terminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 2 → Terminal currents entering star (A; a,b,c order) → record 1Exact reduced rational: -6/31starDelta/boundaryStates/2/terminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 2 → Terminal currents entering star (A; a,b,c order) → record 2Exact reduced rational: 15/31starDelta/boundaryStates/2/terminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 2 → Terminal currents entering delta (A; a,b,c order) → record 0Exact reduced rational: -9/31starDelta/boundaryStates/2/deltaTerminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 2 → Terminal currents entering delta (A; a,b,c order) → record 1Exact reduced rational: -6/31starDelta/boundaryStates/2/deltaTerminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 2 → Terminal currents entering delta (A; a,b,c order) → record 2Exact reduced rational: 15/31starDelta/boundaryStates/2/deltaTerminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 2 → Star Dissipation (W)Exact reduced rational: 45/31starDelta/boundaryStates/2/starDissipationW
      Star–delta and boundary matrices → Boundary States → record 2 → Delta Dissipation (W)Exact reduced rational: 45/31starDelta/boundaryStates/2/deltaDissipationW
      Star–delta and boundary matrices → Boundary States → record 2 → Terminal Power (W)Exact reduced rational: 45/31starDelta/boundaryStates/2/terminalPowerW
      Star–delta and boundary matrices → Boundary States → record 2 → Boundary Current Residual (A) → record 0Exact reduced rational: 0starDelta/boundaryStates/2/boundaryCurrentResidualA/0
      Star–delta and boundary matrices → Boundary States → record 2 → Boundary Current Residual (A) → record 1Exact reduced rational: 0starDelta/boundaryStates/2/boundaryCurrentResidualA/1
      Star–delta and boundary matrices → Boundary States → record 2 → Boundary Current Residual (A) → record 2Exact reduced rational: 0starDelta/boundaryStates/2/boundaryCurrentResidualA/2
      Star–delta and boundary matrices → Boundary States → record 2 → Power Equality Residual (W)Exact reduced rational: 0starDelta/boundaryStates/2/powerEqualityResidualW
      Star–delta and boundary matrices → Boundary States → record 3 → Record index (metadata, not a measured scalar)3starDelta/boundaryStates/3/index
      Star–delta and boundary matrices → Boundary States → record 3 → Boundary Voltages (V) → record 0Exact reduced rational: -1starDelta/boundaryStates/3/boundaryVoltagesV/0
      Star–delta and boundary matrices → Boundary States → record 3 → Boundary Voltages (V) → record 1Exact reduced rational: 0starDelta/boundaryStates/3/boundaryVoltagesV/1
      Star–delta and boundary matrices → Boundary States → record 3 → Boundary Voltages (V) → record 2Exact reduced rational: -1starDelta/boundaryStates/3/boundaryVoltagesV/2
      Star–delta and boundary matrices → Boundary States → record 3 → Center potential (V)Exact reduced rational: -21/31starDelta/boundaryStates/3/centerVoltageV
      Star–delta and boundary matrices → Boundary States → record 3 → Star Branches → record 0: az (a→z) → IdazstarDelta/boundaryStates/3/starBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 3 → Star Branches → record 0: az (a→z) → TailastarDelta/boundaryStates/3/starBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 3 → Star Branches → record 0: az (a→z) → HeadzstarDelta/boundaryStates/3/starBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 3 → Star Branches → record 0: az (a→z) → Resistance (Ω)Exact reduced rational: 2starDelta/boundaryStates/3/starBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 3 → Star Branches → record 0: az (a→z) → Oriented voltage drop (V)Exact reduced rational: -10/31starDelta/boundaryStates/3/starBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 3 → Star Branches → record 0: az (a→z) → Oriented current (A)Exact reduced rational: -5/31starDelta/boundaryStates/3/starBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 3 → Star Branches → record 0: az (a→z) → Absorbed branch power p=v i (W)Exact reduced rational: 50/961starDelta/boundaryStates/3/starBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 3 → Star Branches → record 1: bz (b→z) → IdbzstarDelta/boundaryStates/3/starBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 3 → Star Branches → record 1: bz (b→z) → TailbstarDelta/boundaryStates/3/starBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 3 → Star Branches → record 1: bz (b→z) → HeadzstarDelta/boundaryStates/3/starBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 3 → Star Branches → record 1: bz (b→z) → Resistance (Ω)Exact reduced rational: 3starDelta/boundaryStates/3/starBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 3 → Star Branches → record 1: bz (b→z) → Oriented voltage drop (V)Exact reduced rational: 21/31starDelta/boundaryStates/3/starBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 3 → Star Branches → record 1: bz (b→z) → Oriented current (A)Exact reduced rational: 7/31starDelta/boundaryStates/3/starBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 3 → Star Branches → record 1: bz (b→z) → Absorbed branch power p=v i (W)Exact reduced rational: 147/961starDelta/boundaryStates/3/starBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 3 → Star Branches → record 2: cz (c→z) → IdczstarDelta/boundaryStates/3/starBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 3 → Star Branches → record 2: cz (c→z) → TailcstarDelta/boundaryStates/3/starBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 3 → Star Branches → record 2: cz (c→z) → HeadzstarDelta/boundaryStates/3/starBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 3 → Star Branches → record 2: cz (c→z) → Resistance (Ω)Exact reduced rational: 5starDelta/boundaryStates/3/starBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 3 → Star Branches → record 2: cz (c→z) → Oriented voltage drop (V)Exact reduced rational: -10/31starDelta/boundaryStates/3/starBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 3 → Star Branches → record 2: cz (c→z) → Oriented current (A)Exact reduced rational: -2/31starDelta/boundaryStates/3/starBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 3 → Star Branches → record 2: cz (c→z) → Absorbed branch power p=v i (W)Exact reduced rational: 20/961starDelta/boundaryStates/3/starBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 3 → Delta Branches → record 0: ab (a→b) → IdabstarDelta/boundaryStates/3/deltaBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 3 → Delta Branches → record 0: ab (a→b) → TailastarDelta/boundaryStates/3/deltaBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 3 → Delta Branches → record 0: ab (a→b) → HeadbstarDelta/boundaryStates/3/deltaBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 3 → Delta Branches → record 0: ab (a→b) → Resistance (Ω)Exact reduced rational: 31/5starDelta/boundaryStates/3/deltaBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 3 → Delta Branches → record 0: ab (a→b) → Oriented voltage drop (V)Exact reduced rational: -1starDelta/boundaryStates/3/deltaBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 3 → Delta Branches → record 0: ab (a→b) → Oriented current (A)Exact reduced rational: -5/31starDelta/boundaryStates/3/deltaBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 3 → Delta Branches → record 0: ab (a→b) → Absorbed branch power p=v i (W)Exact reduced rational: 5/31starDelta/boundaryStates/3/deltaBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 3 → Delta Branches → record 1: bc (b→c) → IdbcstarDelta/boundaryStates/3/deltaBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 3 → Delta Branches → record 1: bc (b→c) → TailbstarDelta/boundaryStates/3/deltaBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 3 → Delta Branches → record 1: bc (b→c) → HeadcstarDelta/boundaryStates/3/deltaBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 3 → Delta Branches → record 1: bc (b→c) → Resistance (Ω)Exact reduced rational: 31/2starDelta/boundaryStates/3/deltaBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 3 → Delta Branches → record 1: bc (b→c) → Oriented voltage drop (V)Exact reduced rational: 1starDelta/boundaryStates/3/deltaBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 3 → Delta Branches → record 1: bc (b→c) → Oriented current (A)Exact reduced rational: 2/31starDelta/boundaryStates/3/deltaBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 3 → Delta Branches → record 1: bc (b→c) → Absorbed branch power p=v i (W)Exact reduced rational: 2/31starDelta/boundaryStates/3/deltaBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 3 → Delta Branches → record 2: ca (c→a) → IdcastarDelta/boundaryStates/3/deltaBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 3 → Delta Branches → record 2: ca (c→a) → TailcstarDelta/boundaryStates/3/deltaBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 3 → Delta Branches → record 2: ca (c→a) → HeadastarDelta/boundaryStates/3/deltaBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 3 → Delta Branches → record 2: ca (c→a) → Resistance (Ω)Exact reduced rational: 31/3starDelta/boundaryStates/3/deltaBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 3 → Delta Branches → record 2: ca (c→a) → Oriented voltage drop (V)Exact reduced rational: 0starDelta/boundaryStates/3/deltaBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 3 → Delta Branches → record 2: ca (c→a) → Oriented current (A)Exact reduced rational: 0starDelta/boundaryStates/3/deltaBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 3 → Delta Branches → record 2: ca (c→a) → Absorbed branch power p=v i (W)Exact reduced rational: 0starDelta/boundaryStates/3/deltaBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 3 → Terminal currents entering star (A; a,b,c order) → record 0Exact reduced rational: -5/31starDelta/boundaryStates/3/terminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 3 → Terminal currents entering star (A; a,b,c order) → record 1Exact reduced rational: 7/31starDelta/boundaryStates/3/terminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 3 → Terminal currents entering star (A; a,b,c order) → record 2Exact reduced rational: -2/31starDelta/boundaryStates/3/terminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 3 → Terminal currents entering delta (A; a,b,c order) → record 0Exact reduced rational: -5/31starDelta/boundaryStates/3/deltaTerminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 3 → Terminal currents entering delta (A; a,b,c order) → record 1Exact reduced rational: 7/31starDelta/boundaryStates/3/deltaTerminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 3 → Terminal currents entering delta (A; a,b,c order) → record 2Exact reduced rational: -2/31starDelta/boundaryStates/3/deltaTerminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 3 → Star Dissipation (W)Exact reduced rational: 7/31starDelta/boundaryStates/3/starDissipationW
      Star–delta and boundary matrices → Boundary States → record 3 → Delta Dissipation (W)Exact reduced rational: 7/31starDelta/boundaryStates/3/deltaDissipationW
      Star–delta and boundary matrices → Boundary States → record 3 → Terminal Power (W)Exact reduced rational: 7/31starDelta/boundaryStates/3/terminalPowerW
      Star–delta and boundary matrices → Boundary States → record 3 → Boundary Current Residual (A) → record 0Exact reduced rational: 0starDelta/boundaryStates/3/boundaryCurrentResidualA/0
      Star–delta and boundary matrices → Boundary States → record 3 → Boundary Current Residual (A) → record 1Exact reduced rational: 0starDelta/boundaryStates/3/boundaryCurrentResidualA/1
      Star–delta and boundary matrices → Boundary States → record 3 → Boundary Current Residual (A) → record 2Exact reduced rational: 0starDelta/boundaryStates/3/boundaryCurrentResidualA/2
      Star–delta and boundary matrices → Boundary States → record 3 → Power Equality Residual (W)Exact reduced rational: 0starDelta/boundaryStates/3/powerEqualityResidualW
      Star–delta and boundary matrices → Boundary States → record 4 → Record index (metadata, not a measured scalar)4starDelta/boundaryStates/4/index
      Star–delta and boundary matrices → Boundary States → record 4 → Boundary Voltages (V) → record 0Exact reduced rational: -1starDelta/boundaryStates/4/boundaryVoltagesV/0
      Star–delta and boundary matrices → Boundary States → record 4 → Boundary Voltages (V) → record 1Exact reduced rational: 0starDelta/boundaryStates/4/boundaryVoltagesV/1
      Star–delta and boundary matrices → Boundary States → record 4 → Boundary Voltages (V) → record 2Exact reduced rational: 0starDelta/boundaryStates/4/boundaryVoltagesV/2
      Star–delta and boundary matrices → Boundary States → record 4 → Center potential (V)Exact reduced rational: -15/31starDelta/boundaryStates/4/centerVoltageV
      Star–delta and boundary matrices → Boundary States → record 4 → Star Branches → record 0: az (a→z) → IdazstarDelta/boundaryStates/4/starBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 4 → Star Branches → record 0: az (a→z) → TailastarDelta/boundaryStates/4/starBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 4 → Star Branches → record 0: az (a→z) → HeadzstarDelta/boundaryStates/4/starBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 4 → Star Branches → record 0: az (a→z) → Resistance (Ω)Exact reduced rational: 2starDelta/boundaryStates/4/starBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 4 → Star Branches → record 0: az (a→z) → Oriented voltage drop (V)Exact reduced rational: -16/31starDelta/boundaryStates/4/starBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 4 → Star Branches → record 0: az (a→z) → Oriented current (A)Exact reduced rational: -8/31starDelta/boundaryStates/4/starBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 4 → Star Branches → record 0: az (a→z) → Absorbed branch power p=v i (W)Exact reduced rational: 128/961starDelta/boundaryStates/4/starBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 4 → Star Branches → record 1: bz (b→z) → IdbzstarDelta/boundaryStates/4/starBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 4 → Star Branches → record 1: bz (b→z) → TailbstarDelta/boundaryStates/4/starBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 4 → Star Branches → record 1: bz (b→z) → HeadzstarDelta/boundaryStates/4/starBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 4 → Star Branches → record 1: bz (b→z) → Resistance (Ω)Exact reduced rational: 3starDelta/boundaryStates/4/starBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 4 → Star Branches → record 1: bz (b→z) → Oriented voltage drop (V)Exact reduced rational: 15/31starDelta/boundaryStates/4/starBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 4 → Star Branches → record 1: bz (b→z) → Oriented current (A)Exact reduced rational: 5/31starDelta/boundaryStates/4/starBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 4 → Star Branches → record 1: bz (b→z) → Absorbed branch power p=v i (W)Exact reduced rational: 75/961starDelta/boundaryStates/4/starBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 4 → Star Branches → record 2: cz (c→z) → IdczstarDelta/boundaryStates/4/starBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 4 → Star Branches → record 2: cz (c→z) → TailcstarDelta/boundaryStates/4/starBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 4 → Star Branches → record 2: cz (c→z) → HeadzstarDelta/boundaryStates/4/starBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 4 → Star Branches → record 2: cz (c→z) → Resistance (Ω)Exact reduced rational: 5starDelta/boundaryStates/4/starBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 4 → Star Branches → record 2: cz (c→z) → Oriented voltage drop (V)Exact reduced rational: 15/31starDelta/boundaryStates/4/starBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 4 → Star Branches → record 2: cz (c→z) → Oriented current (A)Exact reduced rational: 3/31starDelta/boundaryStates/4/starBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 4 → Star Branches → record 2: cz (c→z) → Absorbed branch power p=v i (W)Exact reduced rational: 45/961starDelta/boundaryStates/4/starBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 4 → Delta Branches → record 0: ab (a→b) → IdabstarDelta/boundaryStates/4/deltaBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 4 → Delta Branches → record 0: ab (a→b) → TailastarDelta/boundaryStates/4/deltaBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 4 → Delta Branches → record 0: ab (a→b) → HeadbstarDelta/boundaryStates/4/deltaBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 4 → Delta Branches → record 0: ab (a→b) → Resistance (Ω)Exact reduced rational: 31/5starDelta/boundaryStates/4/deltaBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 4 → Delta Branches → record 0: ab (a→b) → Oriented voltage drop (V)Exact reduced rational: -1starDelta/boundaryStates/4/deltaBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 4 → Delta Branches → record 0: ab (a→b) → Oriented current (A)Exact reduced rational: -5/31starDelta/boundaryStates/4/deltaBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 4 → Delta Branches → record 0: ab (a→b) → Absorbed branch power p=v i (W)Exact reduced rational: 5/31starDelta/boundaryStates/4/deltaBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 4 → Delta Branches → record 1: bc (b→c) → IdbcstarDelta/boundaryStates/4/deltaBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 4 → Delta Branches → record 1: bc (b→c) → TailbstarDelta/boundaryStates/4/deltaBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 4 → Delta Branches → record 1: bc (b→c) → HeadcstarDelta/boundaryStates/4/deltaBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 4 → Delta Branches → record 1: bc (b→c) → Resistance (Ω)Exact reduced rational: 31/2starDelta/boundaryStates/4/deltaBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 4 → Delta Branches → record 1: bc (b→c) → Oriented voltage drop (V)Exact reduced rational: 0starDelta/boundaryStates/4/deltaBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 4 → Delta Branches → record 1: bc (b→c) → Oriented current (A)Exact reduced rational: 0starDelta/boundaryStates/4/deltaBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 4 → Delta Branches → record 1: bc (b→c) → Absorbed branch power p=v i (W)Exact reduced rational: 0starDelta/boundaryStates/4/deltaBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 4 → Delta Branches → record 2: ca (c→a) → IdcastarDelta/boundaryStates/4/deltaBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 4 → Delta Branches → record 2: ca (c→a) → TailcstarDelta/boundaryStates/4/deltaBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 4 → Delta Branches → record 2: ca (c→a) → HeadastarDelta/boundaryStates/4/deltaBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 4 → Delta Branches → record 2: ca (c→a) → Resistance (Ω)Exact reduced rational: 31/3starDelta/boundaryStates/4/deltaBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 4 → Delta Branches → record 2: ca (c→a) → Oriented voltage drop (V)Exact reduced rational: 1starDelta/boundaryStates/4/deltaBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 4 → Delta Branches → record 2: ca (c→a) → Oriented current (A)Exact reduced rational: 3/31starDelta/boundaryStates/4/deltaBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 4 → Delta Branches → record 2: ca (c→a) → Absorbed branch power p=v i (W)Exact reduced rational: 3/31starDelta/boundaryStates/4/deltaBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 4 → Terminal currents entering star (A; a,b,c order) → record 0Exact reduced rational: -8/31starDelta/boundaryStates/4/terminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 4 → Terminal currents entering star (A; a,b,c order) → record 1Exact reduced rational: 5/31starDelta/boundaryStates/4/terminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 4 → Terminal currents entering star (A; a,b,c order) → record 2Exact reduced rational: 3/31starDelta/boundaryStates/4/terminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 4 → Terminal currents entering delta (A; a,b,c order) → record 0Exact reduced rational: -8/31starDelta/boundaryStates/4/deltaTerminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 4 → Terminal currents entering delta (A; a,b,c order) → record 1Exact reduced rational: 5/31starDelta/boundaryStates/4/deltaTerminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 4 → Terminal currents entering delta (A; a,b,c order) → record 2Exact reduced rational: 3/31starDelta/boundaryStates/4/deltaTerminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 4 → Star Dissipation (W)Exact reduced rational: 8/31starDelta/boundaryStates/4/starDissipationW
      Star–delta and boundary matrices → Boundary States → record 4 → Delta Dissipation (W)Exact reduced rational: 8/31starDelta/boundaryStates/4/deltaDissipationW
      Star–delta and boundary matrices → Boundary States → record 4 → Terminal Power (W)Exact reduced rational: 8/31starDelta/boundaryStates/4/terminalPowerW
      Star–delta and boundary matrices → Boundary States → record 4 → Boundary Current Residual (A) → record 0Exact reduced rational: 0starDelta/boundaryStates/4/boundaryCurrentResidualA/0
      Star–delta and boundary matrices → Boundary States → record 4 → Boundary Current Residual (A) → record 1Exact reduced rational: 0starDelta/boundaryStates/4/boundaryCurrentResidualA/1
      Star–delta and boundary matrices → Boundary States → record 4 → Boundary Current Residual (A) → record 2Exact reduced rational: 0starDelta/boundaryStates/4/boundaryCurrentResidualA/2
      Star–delta and boundary matrices → Boundary States → record 4 → Power Equality Residual (W)Exact reduced rational: 0starDelta/boundaryStates/4/powerEqualityResidualW
      Star–delta and boundary matrices → Boundary States → record 5 → Record index (metadata, not a measured scalar)5starDelta/boundaryStates/5/index
      Star–delta and boundary matrices → Boundary States → record 5 → Boundary Voltages (V) → record 0Exact reduced rational: -1starDelta/boundaryStates/5/boundaryVoltagesV/0
      Star–delta and boundary matrices → Boundary States → record 5 → Boundary Voltages (V) → record 1Exact reduced rational: 0starDelta/boundaryStates/5/boundaryVoltagesV/1
      Star–delta and boundary matrices → Boundary States → record 5 → Boundary Voltages (V) → record 2Exact reduced rational: 2starDelta/boundaryStates/5/boundaryVoltagesV/2
      Star–delta and boundary matrices → Boundary States → record 5 → Center potential (V)Exact reduced rational: -3/31starDelta/boundaryStates/5/centerVoltageV
      Star–delta and boundary matrices → Boundary States → record 5 → Star Branches → record 0: az (a→z) → IdazstarDelta/boundaryStates/5/starBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 5 → Star Branches → record 0: az (a→z) → TailastarDelta/boundaryStates/5/starBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 5 → Star Branches → record 0: az (a→z) → HeadzstarDelta/boundaryStates/5/starBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 5 → Star Branches → record 0: az (a→z) → Resistance (Ω)Exact reduced rational: 2starDelta/boundaryStates/5/starBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 5 → Star Branches → record 0: az (a→z) → Oriented voltage drop (V)Exact reduced rational: -28/31starDelta/boundaryStates/5/starBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 5 → Star Branches → record 0: az (a→z) → Oriented current (A)Exact reduced rational: -14/31starDelta/boundaryStates/5/starBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 5 → Star Branches → record 0: az (a→z) → Absorbed branch power p=v i (W)Exact reduced rational: 392/961starDelta/boundaryStates/5/starBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 5 → Star Branches → record 1: bz (b→z) → IdbzstarDelta/boundaryStates/5/starBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 5 → Star Branches → record 1: bz (b→z) → TailbstarDelta/boundaryStates/5/starBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 5 → Star Branches → record 1: bz (b→z) → HeadzstarDelta/boundaryStates/5/starBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 5 → Star Branches → record 1: bz (b→z) → Resistance (Ω)Exact reduced rational: 3starDelta/boundaryStates/5/starBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 5 → Star Branches → record 1: bz (b→z) → Oriented voltage drop (V)Exact reduced rational: 3/31starDelta/boundaryStates/5/starBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 5 → Star Branches → record 1: bz (b→z) → Oriented current (A)Exact reduced rational: 1/31starDelta/boundaryStates/5/starBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 5 → Star Branches → record 1: bz (b→z) → Absorbed branch power p=v i (W)Exact reduced rational: 3/961starDelta/boundaryStates/5/starBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 5 → Star Branches → record 2: cz (c→z) → IdczstarDelta/boundaryStates/5/starBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 5 → Star Branches → record 2: cz (c→z) → TailcstarDelta/boundaryStates/5/starBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 5 → Star Branches → record 2: cz (c→z) → HeadzstarDelta/boundaryStates/5/starBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 5 → Star Branches → record 2: cz (c→z) → Resistance (Ω)Exact reduced rational: 5starDelta/boundaryStates/5/starBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 5 → Star Branches → record 2: cz (c→z) → Oriented voltage drop (V)Exact reduced rational: 65/31starDelta/boundaryStates/5/starBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 5 → Star Branches → record 2: cz (c→z) → Oriented current (A)Exact reduced rational: 13/31starDelta/boundaryStates/5/starBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 5 → Star Branches → record 2: cz (c→z) → Absorbed branch power p=v i (W)Exact reduced rational: 845/961starDelta/boundaryStates/5/starBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 5 → Delta Branches → record 0: ab (a→b) → IdabstarDelta/boundaryStates/5/deltaBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 5 → Delta Branches → record 0: ab (a→b) → TailastarDelta/boundaryStates/5/deltaBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 5 → Delta Branches → record 0: ab (a→b) → HeadbstarDelta/boundaryStates/5/deltaBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 5 → Delta Branches → record 0: ab (a→b) → Resistance (Ω)Exact reduced rational: 31/5starDelta/boundaryStates/5/deltaBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 5 → Delta Branches → record 0: ab (a→b) → Oriented voltage drop (V)Exact reduced rational: -1starDelta/boundaryStates/5/deltaBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 5 → Delta Branches → record 0: ab (a→b) → Oriented current (A)Exact reduced rational: -5/31starDelta/boundaryStates/5/deltaBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 5 → Delta Branches → record 0: ab (a→b) → Absorbed branch power p=v i (W)Exact reduced rational: 5/31starDelta/boundaryStates/5/deltaBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 5 → Delta Branches → record 1: bc (b→c) → IdbcstarDelta/boundaryStates/5/deltaBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 5 → Delta Branches → record 1: bc (b→c) → TailbstarDelta/boundaryStates/5/deltaBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 5 → Delta Branches → record 1: bc (b→c) → HeadcstarDelta/boundaryStates/5/deltaBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 5 → Delta Branches → record 1: bc (b→c) → Resistance (Ω)Exact reduced rational: 31/2starDelta/boundaryStates/5/deltaBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 5 → Delta Branches → record 1: bc (b→c) → Oriented voltage drop (V)Exact reduced rational: -2starDelta/boundaryStates/5/deltaBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 5 → Delta Branches → record 1: bc (b→c) → Oriented current (A)Exact reduced rational: -4/31starDelta/boundaryStates/5/deltaBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 5 → Delta Branches → record 1: bc (b→c) → Absorbed branch power p=v i (W)Exact reduced rational: 8/31starDelta/boundaryStates/5/deltaBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 5 → Delta Branches → record 2: ca (c→a) → IdcastarDelta/boundaryStates/5/deltaBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 5 → Delta Branches → record 2: ca (c→a) → TailcstarDelta/boundaryStates/5/deltaBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 5 → Delta Branches → record 2: ca (c→a) → HeadastarDelta/boundaryStates/5/deltaBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 5 → Delta Branches → record 2: ca (c→a) → Resistance (Ω)Exact reduced rational: 31/3starDelta/boundaryStates/5/deltaBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 5 → Delta Branches → record 2: ca (c→a) → Oriented voltage drop (V)Exact reduced rational: 3starDelta/boundaryStates/5/deltaBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 5 → Delta Branches → record 2: ca (c→a) → Oriented current (A)Exact reduced rational: 9/31starDelta/boundaryStates/5/deltaBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 5 → Delta Branches → record 2: ca (c→a) → Absorbed branch power p=v i (W)Exact reduced rational: 27/31starDelta/boundaryStates/5/deltaBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 5 → Terminal currents entering star (A; a,b,c order) → record 0Exact reduced rational: -14/31starDelta/boundaryStates/5/terminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 5 → Terminal currents entering star (A; a,b,c order) → record 1Exact reduced rational: 1/31starDelta/boundaryStates/5/terminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 5 → Terminal currents entering star (A; a,b,c order) → record 2Exact reduced rational: 13/31starDelta/boundaryStates/5/terminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 5 → Terminal currents entering delta (A; a,b,c order) → record 0Exact reduced rational: -14/31starDelta/boundaryStates/5/deltaTerminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 5 → Terminal currents entering delta (A; a,b,c order) → record 1Exact reduced rational: 1/31starDelta/boundaryStates/5/deltaTerminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 5 → Terminal currents entering delta (A; a,b,c order) → record 2Exact reduced rational: 13/31starDelta/boundaryStates/5/deltaTerminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 5 → Star Dissipation (W)Exact reduced rational: 40/31starDelta/boundaryStates/5/starDissipationW
      Star–delta and boundary matrices → Boundary States → record 5 → Delta Dissipation (W)Exact reduced rational: 40/31starDelta/boundaryStates/5/deltaDissipationW
      Star–delta and boundary matrices → Boundary States → record 5 → Terminal Power (W)Exact reduced rational: 40/31starDelta/boundaryStates/5/terminalPowerW
      Star–delta and boundary matrices → Boundary States → record 5 → Boundary Current Residual (A) → record 0Exact reduced rational: 0starDelta/boundaryStates/5/boundaryCurrentResidualA/0
      Star–delta and boundary matrices → Boundary States → record 5 → Boundary Current Residual (A) → record 1Exact reduced rational: 0starDelta/boundaryStates/5/boundaryCurrentResidualA/1
      Star–delta and boundary matrices → Boundary States → record 5 → Boundary Current Residual (A) → record 2Exact reduced rational: 0starDelta/boundaryStates/5/boundaryCurrentResidualA/2
      Star–delta and boundary matrices → Boundary States → record 5 → Power Equality Residual (W)Exact reduced rational: 0starDelta/boundaryStates/5/powerEqualityResidualW
      Star–delta and boundary matrices → Boundary States → record 6 → Record index (metadata, not a measured scalar)6starDelta/boundaryStates/6/index
      Star–delta and boundary matrices → Boundary States → record 6 → Boundary Voltages (V) → record 0Exact reduced rational: -1starDelta/boundaryStates/6/boundaryVoltagesV/0
      Star–delta and boundary matrices → Boundary States → record 6 → Boundary Voltages (V) → record 1Exact reduced rational: 2starDelta/boundaryStates/6/boundaryVoltagesV/1
      Star–delta and boundary matrices → Boundary States → record 6 → Boundary Voltages (V) → record 2Exact reduced rational: -1starDelta/boundaryStates/6/boundaryVoltagesV/2
      Star–delta and boundary matrices → Boundary States → record 6 → Center potential (V)Exact reduced rational: -1/31starDelta/boundaryStates/6/centerVoltageV
      Star–delta and boundary matrices → Boundary States → record 6 → Star Branches → record 0: az (a→z) → IdazstarDelta/boundaryStates/6/starBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 6 → Star Branches → record 0: az (a→z) → TailastarDelta/boundaryStates/6/starBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 6 → Star Branches → record 0: az (a→z) → HeadzstarDelta/boundaryStates/6/starBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 6 → Star Branches → record 0: az (a→z) → Resistance (Ω)Exact reduced rational: 2starDelta/boundaryStates/6/starBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 6 → Star Branches → record 0: az (a→z) → Oriented voltage drop (V)Exact reduced rational: -30/31starDelta/boundaryStates/6/starBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 6 → Star Branches → record 0: az (a→z) → Oriented current (A)Exact reduced rational: -15/31starDelta/boundaryStates/6/starBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 6 → Star Branches → record 0: az (a→z) → Absorbed branch power p=v i (W)Exact reduced rational: 450/961starDelta/boundaryStates/6/starBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 6 → Star Branches → record 1: bz (b→z) → IdbzstarDelta/boundaryStates/6/starBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 6 → Star Branches → record 1: bz (b→z) → TailbstarDelta/boundaryStates/6/starBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 6 → Star Branches → record 1: bz (b→z) → HeadzstarDelta/boundaryStates/6/starBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 6 → Star Branches → record 1: bz (b→z) → Resistance (Ω)Exact reduced rational: 3starDelta/boundaryStates/6/starBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 6 → Star Branches → record 1: bz (b→z) → Oriented voltage drop (V)Exact reduced rational: 63/31starDelta/boundaryStates/6/starBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 6 → Star Branches → record 1: bz (b→z) → Oriented current (A)Exact reduced rational: 21/31starDelta/boundaryStates/6/starBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 6 → Star Branches → record 1: bz (b→z) → Absorbed branch power p=v i (W)Exact reduced rational: 1323/961starDelta/boundaryStates/6/starBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 6 → Star Branches → record 2: cz (c→z) → IdczstarDelta/boundaryStates/6/starBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 6 → Star Branches → record 2: cz (c→z) → TailcstarDelta/boundaryStates/6/starBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 6 → Star Branches → record 2: cz (c→z) → HeadzstarDelta/boundaryStates/6/starBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 6 → Star Branches → record 2: cz (c→z) → Resistance (Ω)Exact reduced rational: 5starDelta/boundaryStates/6/starBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 6 → Star Branches → record 2: cz (c→z) → Oriented voltage drop (V)Exact reduced rational: -30/31starDelta/boundaryStates/6/starBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 6 → Star Branches → record 2: cz (c→z) → Oriented current (A)Exact reduced rational: -6/31starDelta/boundaryStates/6/starBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 6 → Star Branches → record 2: cz (c→z) → Absorbed branch power p=v i (W)Exact reduced rational: 180/961starDelta/boundaryStates/6/starBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 6 → Delta Branches → record 0: ab (a→b) → IdabstarDelta/boundaryStates/6/deltaBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 6 → Delta Branches → record 0: ab (a→b) → TailastarDelta/boundaryStates/6/deltaBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 6 → Delta Branches → record 0: ab (a→b) → HeadbstarDelta/boundaryStates/6/deltaBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 6 → Delta Branches → record 0: ab (a→b) → Resistance (Ω)Exact reduced rational: 31/5starDelta/boundaryStates/6/deltaBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 6 → Delta Branches → record 0: ab (a→b) → Oriented voltage drop (V)Exact reduced rational: -3starDelta/boundaryStates/6/deltaBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 6 → Delta Branches → record 0: ab (a→b) → Oriented current (A)Exact reduced rational: -15/31starDelta/boundaryStates/6/deltaBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 6 → Delta Branches → record 0: ab (a→b) → Absorbed branch power p=v i (W)Exact reduced rational: 45/31starDelta/boundaryStates/6/deltaBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 6 → Delta Branches → record 1: bc (b→c) → IdbcstarDelta/boundaryStates/6/deltaBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 6 → Delta Branches → record 1: bc (b→c) → TailbstarDelta/boundaryStates/6/deltaBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 6 → Delta Branches → record 1: bc (b→c) → HeadcstarDelta/boundaryStates/6/deltaBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 6 → Delta Branches → record 1: bc (b→c) → Resistance (Ω)Exact reduced rational: 31/2starDelta/boundaryStates/6/deltaBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 6 → Delta Branches → record 1: bc (b→c) → Oriented voltage drop (V)Exact reduced rational: 3starDelta/boundaryStates/6/deltaBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 6 → Delta Branches → record 1: bc (b→c) → Oriented current (A)Exact reduced rational: 6/31starDelta/boundaryStates/6/deltaBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 6 → Delta Branches → record 1: bc (b→c) → Absorbed branch power p=v i (W)Exact reduced rational: 18/31starDelta/boundaryStates/6/deltaBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 6 → Delta Branches → record 2: ca (c→a) → IdcastarDelta/boundaryStates/6/deltaBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 6 → Delta Branches → record 2: ca (c→a) → TailcstarDelta/boundaryStates/6/deltaBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 6 → Delta Branches → record 2: ca (c→a) → HeadastarDelta/boundaryStates/6/deltaBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 6 → Delta Branches → record 2: ca (c→a) → Resistance (Ω)Exact reduced rational: 31/3starDelta/boundaryStates/6/deltaBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 6 → Delta Branches → record 2: ca (c→a) → Oriented voltage drop (V)Exact reduced rational: 0starDelta/boundaryStates/6/deltaBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 6 → Delta Branches → record 2: ca (c→a) → Oriented current (A)Exact reduced rational: 0starDelta/boundaryStates/6/deltaBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 6 → Delta Branches → record 2: ca (c→a) → Absorbed branch power p=v i (W)Exact reduced rational: 0starDelta/boundaryStates/6/deltaBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 6 → Terminal currents entering star (A; a,b,c order) → record 0Exact reduced rational: -15/31starDelta/boundaryStates/6/terminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 6 → Terminal currents entering star (A; a,b,c order) → record 1Exact reduced rational: 21/31starDelta/boundaryStates/6/terminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 6 → Terminal currents entering star (A; a,b,c order) → record 2Exact reduced rational: -6/31starDelta/boundaryStates/6/terminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 6 → Terminal currents entering delta (A; a,b,c order) → record 0Exact reduced rational: -15/31starDelta/boundaryStates/6/deltaTerminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 6 → Terminal currents entering delta (A; a,b,c order) → record 1Exact reduced rational: 21/31starDelta/boundaryStates/6/deltaTerminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 6 → Terminal currents entering delta (A; a,b,c order) → record 2Exact reduced rational: -6/31starDelta/boundaryStates/6/deltaTerminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 6 → Star Dissipation (W)Exact reduced rational: 63/31starDelta/boundaryStates/6/starDissipationW
      Star–delta and boundary matrices → Boundary States → record 6 → Delta Dissipation (W)Exact reduced rational: 63/31starDelta/boundaryStates/6/deltaDissipationW
      Star–delta and boundary matrices → Boundary States → record 6 → Terminal Power (W)Exact reduced rational: 63/31starDelta/boundaryStates/6/terminalPowerW
      Star–delta and boundary matrices → Boundary States → record 6 → Boundary Current Residual (A) → record 0Exact reduced rational: 0starDelta/boundaryStates/6/boundaryCurrentResidualA/0
      Star–delta and boundary matrices → Boundary States → record 6 → Boundary Current Residual (A) → record 1Exact reduced rational: 0starDelta/boundaryStates/6/boundaryCurrentResidualA/1
      Star–delta and boundary matrices → Boundary States → record 6 → Boundary Current Residual (A) → record 2Exact reduced rational: 0starDelta/boundaryStates/6/boundaryCurrentResidualA/2
      Star–delta and boundary matrices → Boundary States → record 6 → Power Equality Residual (W)Exact reduced rational: 0starDelta/boundaryStates/6/powerEqualityResidualW
      Star–delta and boundary matrices → Boundary States → record 7 → Record index (metadata, not a measured scalar)7starDelta/boundaryStates/7/index
      Star–delta and boundary matrices → Boundary States → record 7 → Boundary Voltages (V) → record 0Exact reduced rational: -1starDelta/boundaryStates/7/boundaryVoltagesV/0
      Star–delta and boundary matrices → Boundary States → record 7 → Boundary Voltages (V) → record 1Exact reduced rational: 2starDelta/boundaryStates/7/boundaryVoltagesV/1
      Star–delta and boundary matrices → Boundary States → record 7 → Boundary Voltages (V) → record 2Exact reduced rational: 0starDelta/boundaryStates/7/boundaryVoltagesV/2
      Star–delta and boundary matrices → Boundary States → record 7 → Center potential (V)Exact reduced rational: 5/31starDelta/boundaryStates/7/centerVoltageV
      Star–delta and boundary matrices → Boundary States → record 7 → Star Branches → record 0: az (a→z) → IdazstarDelta/boundaryStates/7/starBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 7 → Star Branches → record 0: az (a→z) → TailastarDelta/boundaryStates/7/starBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 7 → Star Branches → record 0: az (a→z) → HeadzstarDelta/boundaryStates/7/starBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 7 → Star Branches → record 0: az (a→z) → Resistance (Ω)Exact reduced rational: 2starDelta/boundaryStates/7/starBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 7 → Star Branches → record 0: az (a→z) → Oriented voltage drop (V)Exact reduced rational: -36/31starDelta/boundaryStates/7/starBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 7 → Star Branches → record 0: az (a→z) → Oriented current (A)Exact reduced rational: -18/31starDelta/boundaryStates/7/starBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 7 → Star Branches → record 0: az (a→z) → Absorbed branch power p=v i (W)Exact reduced rational: 648/961starDelta/boundaryStates/7/starBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 7 → Star Branches → record 1: bz (b→z) → IdbzstarDelta/boundaryStates/7/starBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 7 → Star Branches → record 1: bz (b→z) → TailbstarDelta/boundaryStates/7/starBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 7 → Star Branches → record 1: bz (b→z) → HeadzstarDelta/boundaryStates/7/starBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 7 → Star Branches → record 1: bz (b→z) → Resistance (Ω)Exact reduced rational: 3starDelta/boundaryStates/7/starBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 7 → Star Branches → record 1: bz (b→z) → Oriented voltage drop (V)Exact reduced rational: 57/31starDelta/boundaryStates/7/starBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 7 → Star Branches → record 1: bz (b→z) → Oriented current (A)Exact reduced rational: 19/31starDelta/boundaryStates/7/starBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 7 → Star Branches → record 1: bz (b→z) → Absorbed branch power p=v i (W)Exact reduced rational: 1083/961starDelta/boundaryStates/7/starBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 7 → Star Branches → record 2: cz (c→z) → IdczstarDelta/boundaryStates/7/starBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 7 → Star Branches → record 2: cz (c→z) → TailcstarDelta/boundaryStates/7/starBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 7 → Star Branches → record 2: cz (c→z) → HeadzstarDelta/boundaryStates/7/starBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 7 → Star Branches → record 2: cz (c→z) → Resistance (Ω)Exact reduced rational: 5starDelta/boundaryStates/7/starBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 7 → Star Branches → record 2: cz (c→z) → Oriented voltage drop (V)Exact reduced rational: -5/31starDelta/boundaryStates/7/starBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 7 → Star Branches → record 2: cz (c→z) → Oriented current (A)Exact reduced rational: -1/31starDelta/boundaryStates/7/starBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 7 → Star Branches → record 2: cz (c→z) → Absorbed branch power p=v i (W)Exact reduced rational: 5/961starDelta/boundaryStates/7/starBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 7 → Delta Branches → record 0: ab (a→b) → IdabstarDelta/boundaryStates/7/deltaBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 7 → Delta Branches → record 0: ab (a→b) → TailastarDelta/boundaryStates/7/deltaBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 7 → Delta Branches → record 0: ab (a→b) → HeadbstarDelta/boundaryStates/7/deltaBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 7 → Delta Branches → record 0: ab (a→b) → Resistance (Ω)Exact reduced rational: 31/5starDelta/boundaryStates/7/deltaBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 7 → Delta Branches → record 0: ab (a→b) → Oriented voltage drop (V)Exact reduced rational: -3starDelta/boundaryStates/7/deltaBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 7 → Delta Branches → record 0: ab (a→b) → Oriented current (A)Exact reduced rational: -15/31starDelta/boundaryStates/7/deltaBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 7 → Delta Branches → record 0: ab (a→b) → Absorbed branch power p=v i (W)Exact reduced rational: 45/31starDelta/boundaryStates/7/deltaBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 7 → Delta Branches → record 1: bc (b→c) → IdbcstarDelta/boundaryStates/7/deltaBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 7 → Delta Branches → record 1: bc (b→c) → TailbstarDelta/boundaryStates/7/deltaBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 7 → Delta Branches → record 1: bc (b→c) → HeadcstarDelta/boundaryStates/7/deltaBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 7 → Delta Branches → record 1: bc (b→c) → Resistance (Ω)Exact reduced rational: 31/2starDelta/boundaryStates/7/deltaBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 7 → Delta Branches → record 1: bc (b→c) → Oriented voltage drop (V)Exact reduced rational: 2starDelta/boundaryStates/7/deltaBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 7 → Delta Branches → record 1: bc (b→c) → Oriented current (A)Exact reduced rational: 4/31starDelta/boundaryStates/7/deltaBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 7 → Delta Branches → record 1: bc (b→c) → Absorbed branch power p=v i (W)Exact reduced rational: 8/31starDelta/boundaryStates/7/deltaBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 7 → Delta Branches → record 2: ca (c→a) → IdcastarDelta/boundaryStates/7/deltaBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 7 → Delta Branches → record 2: ca (c→a) → TailcstarDelta/boundaryStates/7/deltaBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 7 → Delta Branches → record 2: ca (c→a) → HeadastarDelta/boundaryStates/7/deltaBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 7 → Delta Branches → record 2: ca (c→a) → Resistance (Ω)Exact reduced rational: 31/3starDelta/boundaryStates/7/deltaBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 7 → Delta Branches → record 2: ca (c→a) → Oriented voltage drop (V)Exact reduced rational: 1starDelta/boundaryStates/7/deltaBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 7 → Delta Branches → record 2: ca (c→a) → Oriented current (A)Exact reduced rational: 3/31starDelta/boundaryStates/7/deltaBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 7 → Delta Branches → record 2: ca (c→a) → Absorbed branch power p=v i (W)Exact reduced rational: 3/31starDelta/boundaryStates/7/deltaBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 7 → Terminal currents entering star (A; a,b,c order) → record 0Exact reduced rational: -18/31starDelta/boundaryStates/7/terminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 7 → Terminal currents entering star (A; a,b,c order) → record 1Exact reduced rational: 19/31starDelta/boundaryStates/7/terminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 7 → Terminal currents entering star (A; a,b,c order) → record 2Exact reduced rational: -1/31starDelta/boundaryStates/7/terminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 7 → Terminal currents entering delta (A; a,b,c order) → record 0Exact reduced rational: -18/31starDelta/boundaryStates/7/deltaTerminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 7 → Terminal currents entering delta (A; a,b,c order) → record 1Exact reduced rational: 19/31starDelta/boundaryStates/7/deltaTerminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 7 → Terminal currents entering delta (A; a,b,c order) → record 2Exact reduced rational: -1/31starDelta/boundaryStates/7/deltaTerminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 7 → Star Dissipation (W)Exact reduced rational: 56/31starDelta/boundaryStates/7/starDissipationW
      Star–delta and boundary matrices → Boundary States → record 7 → Delta Dissipation (W)Exact reduced rational: 56/31starDelta/boundaryStates/7/deltaDissipationW
      Star–delta and boundary matrices → Boundary States → record 7 → Terminal Power (W)Exact reduced rational: 56/31starDelta/boundaryStates/7/terminalPowerW
      Star–delta and boundary matrices → Boundary States → record 7 → Boundary Current Residual (A) → record 0Exact reduced rational: 0starDelta/boundaryStates/7/boundaryCurrentResidualA/0
      Star–delta and boundary matrices → Boundary States → record 7 → Boundary Current Residual (A) → record 1Exact reduced rational: 0starDelta/boundaryStates/7/boundaryCurrentResidualA/1
      Star–delta and boundary matrices → Boundary States → record 7 → Boundary Current Residual (A) → record 2Exact reduced rational: 0starDelta/boundaryStates/7/boundaryCurrentResidualA/2
      Star–delta and boundary matrices → Boundary States → record 7 → Power Equality Residual (W)Exact reduced rational: 0starDelta/boundaryStates/7/powerEqualityResidualW
      Star–delta and boundary matrices → Boundary States → record 8 → Record index (metadata, not a measured scalar)8starDelta/boundaryStates/8/index
      Star–delta and boundary matrices → Boundary States → record 8 → Boundary Voltages (V) → record 0Exact reduced rational: -1starDelta/boundaryStates/8/boundaryVoltagesV/0
      Star–delta and boundary matrices → Boundary States → record 8 → Boundary Voltages (V) → record 1Exact reduced rational: 2starDelta/boundaryStates/8/boundaryVoltagesV/1
      Star–delta and boundary matrices → Boundary States → record 8 → Boundary Voltages (V) → record 2Exact reduced rational: 2starDelta/boundaryStates/8/boundaryVoltagesV/2
      Star–delta and boundary matrices → Boundary States → record 8 → Center potential (V)Exact reduced rational: 17/31starDelta/boundaryStates/8/centerVoltageV
      Star–delta and boundary matrices → Boundary States → record 8 → Star Branches → record 0: az (a→z) → IdazstarDelta/boundaryStates/8/starBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 8 → Star Branches → record 0: az (a→z) → TailastarDelta/boundaryStates/8/starBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 8 → Star Branches → record 0: az (a→z) → HeadzstarDelta/boundaryStates/8/starBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 8 → Star Branches → record 0: az (a→z) → Resistance (Ω)Exact reduced rational: 2starDelta/boundaryStates/8/starBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 8 → Star Branches → record 0: az (a→z) → Oriented voltage drop (V)Exact reduced rational: -48/31starDelta/boundaryStates/8/starBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 8 → Star Branches → record 0: az (a→z) → Oriented current (A)Exact reduced rational: -24/31starDelta/boundaryStates/8/starBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 8 → Star Branches → record 0: az (a→z) → Absorbed branch power p=v i (W)Exact reduced rational: 1152/961starDelta/boundaryStates/8/starBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 8 → Star Branches → record 1: bz (b→z) → IdbzstarDelta/boundaryStates/8/starBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 8 → Star Branches → record 1: bz (b→z) → TailbstarDelta/boundaryStates/8/starBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 8 → Star Branches → record 1: bz (b→z) → HeadzstarDelta/boundaryStates/8/starBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 8 → Star Branches → record 1: bz (b→z) → Resistance (Ω)Exact reduced rational: 3starDelta/boundaryStates/8/starBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 8 → Star Branches → record 1: bz (b→z) → Oriented voltage drop (V)Exact reduced rational: 45/31starDelta/boundaryStates/8/starBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 8 → Star Branches → record 1: bz (b→z) → Oriented current (A)Exact reduced rational: 15/31starDelta/boundaryStates/8/starBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 8 → Star Branches → record 1: bz (b→z) → Absorbed branch power p=v i (W)Exact reduced rational: 675/961starDelta/boundaryStates/8/starBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 8 → Star Branches → record 2: cz (c→z) → IdczstarDelta/boundaryStates/8/starBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 8 → Star Branches → record 2: cz (c→z) → TailcstarDelta/boundaryStates/8/starBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 8 → Star Branches → record 2: cz (c→z) → HeadzstarDelta/boundaryStates/8/starBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 8 → Star Branches → record 2: cz (c→z) → Resistance (Ω)Exact reduced rational: 5starDelta/boundaryStates/8/starBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 8 → Star Branches → record 2: cz (c→z) → Oriented voltage drop (V)Exact reduced rational: 45/31starDelta/boundaryStates/8/starBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 8 → Star Branches → record 2: cz (c→z) → Oriented current (A)Exact reduced rational: 9/31starDelta/boundaryStates/8/starBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 8 → Star Branches → record 2: cz (c→z) → Absorbed branch power p=v i (W)Exact reduced rational: 405/961starDelta/boundaryStates/8/starBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 8 → Delta Branches → record 0: ab (a→b) → IdabstarDelta/boundaryStates/8/deltaBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 8 → Delta Branches → record 0: ab (a→b) → TailastarDelta/boundaryStates/8/deltaBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 8 → Delta Branches → record 0: ab (a→b) → HeadbstarDelta/boundaryStates/8/deltaBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 8 → Delta Branches → record 0: ab (a→b) → Resistance (Ω)Exact reduced rational: 31/5starDelta/boundaryStates/8/deltaBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 8 → Delta Branches → record 0: ab (a→b) → Oriented voltage drop (V)Exact reduced rational: -3starDelta/boundaryStates/8/deltaBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 8 → Delta Branches → record 0: ab (a→b) → Oriented current (A)Exact reduced rational: -15/31starDelta/boundaryStates/8/deltaBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 8 → Delta Branches → record 0: ab (a→b) → Absorbed branch power p=v i (W)Exact reduced rational: 45/31starDelta/boundaryStates/8/deltaBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 8 → Delta Branches → record 1: bc (b→c) → IdbcstarDelta/boundaryStates/8/deltaBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 8 → Delta Branches → record 1: bc (b→c) → TailbstarDelta/boundaryStates/8/deltaBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 8 → Delta Branches → record 1: bc (b→c) → HeadcstarDelta/boundaryStates/8/deltaBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 8 → Delta Branches → record 1: bc (b→c) → Resistance (Ω)Exact reduced rational: 31/2starDelta/boundaryStates/8/deltaBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 8 → Delta Branches → record 1: bc (b→c) → Oriented voltage drop (V)Exact reduced rational: 0starDelta/boundaryStates/8/deltaBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 8 → Delta Branches → record 1: bc (b→c) → Oriented current (A)Exact reduced rational: 0starDelta/boundaryStates/8/deltaBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 8 → Delta Branches → record 1: bc (b→c) → Absorbed branch power p=v i (W)Exact reduced rational: 0starDelta/boundaryStates/8/deltaBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 8 → Delta Branches → record 2: ca (c→a) → IdcastarDelta/boundaryStates/8/deltaBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 8 → Delta Branches → record 2: ca (c→a) → TailcstarDelta/boundaryStates/8/deltaBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 8 → Delta Branches → record 2: ca (c→a) → HeadastarDelta/boundaryStates/8/deltaBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 8 → Delta Branches → record 2: ca (c→a) → Resistance (Ω)Exact reduced rational: 31/3starDelta/boundaryStates/8/deltaBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 8 → Delta Branches → record 2: ca (c→a) → Oriented voltage drop (V)Exact reduced rational: 3starDelta/boundaryStates/8/deltaBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 8 → Delta Branches → record 2: ca (c→a) → Oriented current (A)Exact reduced rational: 9/31starDelta/boundaryStates/8/deltaBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 8 → Delta Branches → record 2: ca (c→a) → Absorbed branch power p=v i (W)Exact reduced rational: 27/31starDelta/boundaryStates/8/deltaBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 8 → Terminal currents entering star (A; a,b,c order) → record 0Exact reduced rational: -24/31starDelta/boundaryStates/8/terminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 8 → Terminal currents entering star (A; a,b,c order) → record 1Exact reduced rational: 15/31starDelta/boundaryStates/8/terminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 8 → Terminal currents entering star (A; a,b,c order) → record 2Exact reduced rational: 9/31starDelta/boundaryStates/8/terminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 8 → Terminal currents entering delta (A; a,b,c order) → record 0Exact reduced rational: -24/31starDelta/boundaryStates/8/deltaTerminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 8 → Terminal currents entering delta (A; a,b,c order) → record 1Exact reduced rational: 15/31starDelta/boundaryStates/8/deltaTerminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 8 → Terminal currents entering delta (A; a,b,c order) → record 2Exact reduced rational: 9/31starDelta/boundaryStates/8/deltaTerminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 8 → Star Dissipation (W)Exact reduced rational: 72/31starDelta/boundaryStates/8/starDissipationW
      Star–delta and boundary matrices → Boundary States → record 8 → Delta Dissipation (W)Exact reduced rational: 72/31starDelta/boundaryStates/8/deltaDissipationW
      Star–delta and boundary matrices → Boundary States → record 8 → Terminal Power (W)Exact reduced rational: 72/31starDelta/boundaryStates/8/terminalPowerW
      Star–delta and boundary matrices → Boundary States → record 8 → Boundary Current Residual (A) → record 0Exact reduced rational: 0starDelta/boundaryStates/8/boundaryCurrentResidualA/0
      Star–delta and boundary matrices → Boundary States → record 8 → Boundary Current Residual (A) → record 1Exact reduced rational: 0starDelta/boundaryStates/8/boundaryCurrentResidualA/1
      Star–delta and boundary matrices → Boundary States → record 8 → Boundary Current Residual (A) → record 2Exact reduced rational: 0starDelta/boundaryStates/8/boundaryCurrentResidualA/2
      Star–delta and boundary matrices → Boundary States → record 8 → Power Equality Residual (W)Exact reduced rational: 0starDelta/boundaryStates/8/powerEqualityResidualW
      Star–delta and boundary matrices → Boundary States → record 9 → Record index (metadata, not a measured scalar)9starDelta/boundaryStates/9/index
      Star–delta and boundary matrices → Boundary States → record 9 → Boundary Voltages (V) → record 0Exact reduced rational: 0starDelta/boundaryStates/9/boundaryVoltagesV/0
      Star–delta and boundary matrices → Boundary States → record 9 → Boundary Voltages (V) → record 1Exact reduced rational: -1starDelta/boundaryStates/9/boundaryVoltagesV/1
      Star–delta and boundary matrices → Boundary States → record 9 → Boundary Voltages (V) → record 2Exact reduced rational: -1starDelta/boundaryStates/9/boundaryVoltagesV/2
      Star–delta and boundary matrices → Boundary States → record 9 → Center potential (V)Exact reduced rational: -16/31starDelta/boundaryStates/9/centerVoltageV
      Star–delta and boundary matrices → Boundary States → record 9 → Star Branches → record 0: az (a→z) → IdazstarDelta/boundaryStates/9/starBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 9 → Star Branches → record 0: az (a→z) → TailastarDelta/boundaryStates/9/starBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 9 → Star Branches → record 0: az (a→z) → HeadzstarDelta/boundaryStates/9/starBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 9 → Star Branches → record 0: az (a→z) → Resistance (Ω)Exact reduced rational: 2starDelta/boundaryStates/9/starBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 9 → Star Branches → record 0: az (a→z) → Oriented voltage drop (V)Exact reduced rational: 16/31starDelta/boundaryStates/9/starBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 9 → Star Branches → record 0: az (a→z) → Oriented current (A)Exact reduced rational: 8/31starDelta/boundaryStates/9/starBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 9 → Star Branches → record 0: az (a→z) → Absorbed branch power p=v i (W)Exact reduced rational: 128/961starDelta/boundaryStates/9/starBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 9 → Star Branches → record 1: bz (b→z) → IdbzstarDelta/boundaryStates/9/starBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 9 → Star Branches → record 1: bz (b→z) → TailbstarDelta/boundaryStates/9/starBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 9 → Star Branches → record 1: bz (b→z) → HeadzstarDelta/boundaryStates/9/starBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 9 → Star Branches → record 1: bz (b→z) → Resistance (Ω)Exact reduced rational: 3starDelta/boundaryStates/9/starBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 9 → Star Branches → record 1: bz (b→z) → Oriented voltage drop (V)Exact reduced rational: -15/31starDelta/boundaryStates/9/starBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 9 → Star Branches → record 1: bz (b→z) → Oriented current (A)Exact reduced rational: -5/31starDelta/boundaryStates/9/starBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 9 → Star Branches → record 1: bz (b→z) → Absorbed branch power p=v i (W)Exact reduced rational: 75/961starDelta/boundaryStates/9/starBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 9 → Star Branches → record 2: cz (c→z) → IdczstarDelta/boundaryStates/9/starBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 9 → Star Branches → record 2: cz (c→z) → TailcstarDelta/boundaryStates/9/starBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 9 → Star Branches → record 2: cz (c→z) → HeadzstarDelta/boundaryStates/9/starBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 9 → Star Branches → record 2: cz (c→z) → Resistance (Ω)Exact reduced rational: 5starDelta/boundaryStates/9/starBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 9 → Star Branches → record 2: cz (c→z) → Oriented voltage drop (V)Exact reduced rational: -15/31starDelta/boundaryStates/9/starBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 9 → Star Branches → record 2: cz (c→z) → Oriented current (A)Exact reduced rational: -3/31starDelta/boundaryStates/9/starBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 9 → Star Branches → record 2: cz (c→z) → Absorbed branch power p=v i (W)Exact reduced rational: 45/961starDelta/boundaryStates/9/starBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 9 → Delta Branches → record 0: ab (a→b) → IdabstarDelta/boundaryStates/9/deltaBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 9 → Delta Branches → record 0: ab (a→b) → TailastarDelta/boundaryStates/9/deltaBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 9 → Delta Branches → record 0: ab (a→b) → HeadbstarDelta/boundaryStates/9/deltaBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 9 → Delta Branches → record 0: ab (a→b) → Resistance (Ω)Exact reduced rational: 31/5starDelta/boundaryStates/9/deltaBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 9 → Delta Branches → record 0: ab (a→b) → Oriented voltage drop (V)Exact reduced rational: 1starDelta/boundaryStates/9/deltaBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 9 → Delta Branches → record 0: ab (a→b) → Oriented current (A)Exact reduced rational: 5/31starDelta/boundaryStates/9/deltaBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 9 → Delta Branches → record 0: ab (a→b) → Absorbed branch power p=v i (W)Exact reduced rational: 5/31starDelta/boundaryStates/9/deltaBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 9 → Delta Branches → record 1: bc (b→c) → IdbcstarDelta/boundaryStates/9/deltaBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 9 → Delta Branches → record 1: bc (b→c) → TailbstarDelta/boundaryStates/9/deltaBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 9 → Delta Branches → record 1: bc (b→c) → HeadcstarDelta/boundaryStates/9/deltaBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 9 → Delta Branches → record 1: bc (b→c) → Resistance (Ω)Exact reduced rational: 31/2starDelta/boundaryStates/9/deltaBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 9 → Delta Branches → record 1: bc (b→c) → Oriented voltage drop (V)Exact reduced rational: 0starDelta/boundaryStates/9/deltaBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 9 → Delta Branches → record 1: bc (b→c) → Oriented current (A)Exact reduced rational: 0starDelta/boundaryStates/9/deltaBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 9 → Delta Branches → record 1: bc (b→c) → Absorbed branch power p=v i (W)Exact reduced rational: 0starDelta/boundaryStates/9/deltaBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 9 → Delta Branches → record 2: ca (c→a) → IdcastarDelta/boundaryStates/9/deltaBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 9 → Delta Branches → record 2: ca (c→a) → TailcstarDelta/boundaryStates/9/deltaBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 9 → Delta Branches → record 2: ca (c→a) → HeadastarDelta/boundaryStates/9/deltaBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 9 → Delta Branches → record 2: ca (c→a) → Resistance (Ω)Exact reduced rational: 31/3starDelta/boundaryStates/9/deltaBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 9 → Delta Branches → record 2: ca (c→a) → Oriented voltage drop (V)Exact reduced rational: -1starDelta/boundaryStates/9/deltaBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 9 → Delta Branches → record 2: ca (c→a) → Oriented current (A)Exact reduced rational: -3/31starDelta/boundaryStates/9/deltaBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 9 → Delta Branches → record 2: ca (c→a) → Absorbed branch power p=v i (W)Exact reduced rational: 3/31starDelta/boundaryStates/9/deltaBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 9 → Terminal currents entering star (A; a,b,c order) → record 0Exact reduced rational: 8/31starDelta/boundaryStates/9/terminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 9 → Terminal currents entering star (A; a,b,c order) → record 1Exact reduced rational: -5/31starDelta/boundaryStates/9/terminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 9 → Terminal currents entering star (A; a,b,c order) → record 2Exact reduced rational: -3/31starDelta/boundaryStates/9/terminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 9 → Terminal currents entering delta (A; a,b,c order) → record 0Exact reduced rational: 8/31starDelta/boundaryStates/9/deltaTerminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 9 → Terminal currents entering delta (A; a,b,c order) → record 1Exact reduced rational: -5/31starDelta/boundaryStates/9/deltaTerminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 9 → Terminal currents entering delta (A; a,b,c order) → record 2Exact reduced rational: -3/31starDelta/boundaryStates/9/deltaTerminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 9 → Star Dissipation (W)Exact reduced rational: 8/31starDelta/boundaryStates/9/starDissipationW
      Star–delta and boundary matrices → Boundary States → record 9 → Delta Dissipation (W)Exact reduced rational: 8/31starDelta/boundaryStates/9/deltaDissipationW
      Star–delta and boundary matrices → Boundary States → record 9 → Terminal Power (W)Exact reduced rational: 8/31starDelta/boundaryStates/9/terminalPowerW
      Star–delta and boundary matrices → Boundary States → record 9 → Boundary Current Residual (A) → record 0Exact reduced rational: 0starDelta/boundaryStates/9/boundaryCurrentResidualA/0
      Star–delta and boundary matrices → Boundary States → record 9 → Boundary Current Residual (A) → record 1Exact reduced rational: 0starDelta/boundaryStates/9/boundaryCurrentResidualA/1
      Star–delta and boundary matrices → Boundary States → record 9 → Boundary Current Residual (A) → record 2Exact reduced rational: 0starDelta/boundaryStates/9/boundaryCurrentResidualA/2
      Star–delta and boundary matrices → Boundary States → record 9 → Power Equality Residual (W)Exact reduced rational: 0starDelta/boundaryStates/9/powerEqualityResidualW
      Star–delta and boundary matrices → Boundary States → record 10 → Record index (metadata, not a measured scalar)10starDelta/boundaryStates/10/index
      Star–delta and boundary matrices → Boundary States → record 10 → Boundary Voltages (V) → record 0Exact reduced rational: 0starDelta/boundaryStates/10/boundaryVoltagesV/0
      Star–delta and boundary matrices → Boundary States → record 10 → Boundary Voltages (V) → record 1Exact reduced rational: -1starDelta/boundaryStates/10/boundaryVoltagesV/1
      Star–delta and boundary matrices → Boundary States → record 10 → Boundary Voltages (V) → record 2Exact reduced rational: 0starDelta/boundaryStates/10/boundaryVoltagesV/2
      Star–delta and boundary matrices → Boundary States → record 10 → Center potential (V)Exact reduced rational: -10/31starDelta/boundaryStates/10/centerVoltageV
      Star–delta and boundary matrices → Boundary States → record 10 → Star Branches → record 0: az (a→z) → IdazstarDelta/boundaryStates/10/starBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 10 → Star Branches → record 0: az (a→z) → TailastarDelta/boundaryStates/10/starBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 10 → Star Branches → record 0: az (a→z) → HeadzstarDelta/boundaryStates/10/starBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 10 → Star Branches → record 0: az (a→z) → Resistance (Ω)Exact reduced rational: 2starDelta/boundaryStates/10/starBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 10 → Star Branches → record 0: az (a→z) → Oriented voltage drop (V)Exact reduced rational: 10/31starDelta/boundaryStates/10/starBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 10 → Star Branches → record 0: az (a→z) → Oriented current (A)Exact reduced rational: 5/31starDelta/boundaryStates/10/starBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 10 → Star Branches → record 0: az (a→z) → Absorbed branch power p=v i (W)Exact reduced rational: 50/961starDelta/boundaryStates/10/starBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 10 → Star Branches → record 1: bz (b→z) → IdbzstarDelta/boundaryStates/10/starBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 10 → Star Branches → record 1: bz (b→z) → TailbstarDelta/boundaryStates/10/starBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 10 → Star Branches → record 1: bz (b→z) → HeadzstarDelta/boundaryStates/10/starBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 10 → Star Branches → record 1: bz (b→z) → Resistance (Ω)Exact reduced rational: 3starDelta/boundaryStates/10/starBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 10 → Star Branches → record 1: bz (b→z) → Oriented voltage drop (V)Exact reduced rational: -21/31starDelta/boundaryStates/10/starBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 10 → Star Branches → record 1: bz (b→z) → Oriented current (A)Exact reduced rational: -7/31starDelta/boundaryStates/10/starBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 10 → Star Branches → record 1: bz (b→z) → Absorbed branch power p=v i (W)Exact reduced rational: 147/961starDelta/boundaryStates/10/starBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 10 → Star Branches → record 2: cz (c→z) → IdczstarDelta/boundaryStates/10/starBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 10 → Star Branches → record 2: cz (c→z) → TailcstarDelta/boundaryStates/10/starBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 10 → Star Branches → record 2: cz (c→z) → HeadzstarDelta/boundaryStates/10/starBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 10 → Star Branches → record 2: cz (c→z) → Resistance (Ω)Exact reduced rational: 5starDelta/boundaryStates/10/starBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 10 → Star Branches → record 2: cz (c→z) → Oriented voltage drop (V)Exact reduced rational: 10/31starDelta/boundaryStates/10/starBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 10 → Star Branches → record 2: cz (c→z) → Oriented current (A)Exact reduced rational: 2/31starDelta/boundaryStates/10/starBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 10 → Star Branches → record 2: cz (c→z) → Absorbed branch power p=v i (W)Exact reduced rational: 20/961starDelta/boundaryStates/10/starBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 10 → Delta Branches → record 0: ab (a→b) → IdabstarDelta/boundaryStates/10/deltaBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 10 → Delta Branches → record 0: ab (a→b) → TailastarDelta/boundaryStates/10/deltaBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 10 → Delta Branches → record 0: ab (a→b) → HeadbstarDelta/boundaryStates/10/deltaBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 10 → Delta Branches → record 0: ab (a→b) → Resistance (Ω)Exact reduced rational: 31/5starDelta/boundaryStates/10/deltaBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 10 → Delta Branches → record 0: ab (a→b) → Oriented voltage drop (V)Exact reduced rational: 1starDelta/boundaryStates/10/deltaBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 10 → Delta Branches → record 0: ab (a→b) → Oriented current (A)Exact reduced rational: 5/31starDelta/boundaryStates/10/deltaBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 10 → Delta Branches → record 0: ab (a→b) → Absorbed branch power p=v i (W)Exact reduced rational: 5/31starDelta/boundaryStates/10/deltaBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 10 → Delta Branches → record 1: bc (b→c) → IdbcstarDelta/boundaryStates/10/deltaBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 10 → Delta Branches → record 1: bc (b→c) → TailbstarDelta/boundaryStates/10/deltaBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 10 → Delta Branches → record 1: bc (b→c) → HeadcstarDelta/boundaryStates/10/deltaBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 10 → Delta Branches → record 1: bc (b→c) → Resistance (Ω)Exact reduced rational: 31/2starDelta/boundaryStates/10/deltaBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 10 → Delta Branches → record 1: bc (b→c) → Oriented voltage drop (V)Exact reduced rational: -1starDelta/boundaryStates/10/deltaBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 10 → Delta Branches → record 1: bc (b→c) → Oriented current (A)Exact reduced rational: -2/31starDelta/boundaryStates/10/deltaBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 10 → Delta Branches → record 1: bc (b→c) → Absorbed branch power p=v i (W)Exact reduced rational: 2/31starDelta/boundaryStates/10/deltaBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 10 → Delta Branches → record 2: ca (c→a) → IdcastarDelta/boundaryStates/10/deltaBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 10 → Delta Branches → record 2: ca (c→a) → TailcstarDelta/boundaryStates/10/deltaBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 10 → Delta Branches → record 2: ca (c→a) → HeadastarDelta/boundaryStates/10/deltaBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 10 → Delta Branches → record 2: ca (c→a) → Resistance (Ω)Exact reduced rational: 31/3starDelta/boundaryStates/10/deltaBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 10 → Delta Branches → record 2: ca (c→a) → Oriented voltage drop (V)Exact reduced rational: 0starDelta/boundaryStates/10/deltaBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 10 → Delta Branches → record 2: ca (c→a) → Oriented current (A)Exact reduced rational: 0starDelta/boundaryStates/10/deltaBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 10 → Delta Branches → record 2: ca (c→a) → Absorbed branch power p=v i (W)Exact reduced rational: 0starDelta/boundaryStates/10/deltaBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 10 → Terminal currents entering star (A; a,b,c order) → record 0Exact reduced rational: 5/31starDelta/boundaryStates/10/terminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 10 → Terminal currents entering star (A; a,b,c order) → record 1Exact reduced rational: -7/31starDelta/boundaryStates/10/terminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 10 → Terminal currents entering star (A; a,b,c order) → record 2Exact reduced rational: 2/31starDelta/boundaryStates/10/terminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 10 → Terminal currents entering delta (A; a,b,c order) → record 0Exact reduced rational: 5/31starDelta/boundaryStates/10/deltaTerminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 10 → Terminal currents entering delta (A; a,b,c order) → record 1Exact reduced rational: -7/31starDelta/boundaryStates/10/deltaTerminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 10 → Terminal currents entering delta (A; a,b,c order) → record 2Exact reduced rational: 2/31starDelta/boundaryStates/10/deltaTerminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 10 → Star Dissipation (W)Exact reduced rational: 7/31starDelta/boundaryStates/10/starDissipationW
      Star–delta and boundary matrices → Boundary States → record 10 → Delta Dissipation (W)Exact reduced rational: 7/31starDelta/boundaryStates/10/deltaDissipationW
      Star–delta and boundary matrices → Boundary States → record 10 → Terminal Power (W)Exact reduced rational: 7/31starDelta/boundaryStates/10/terminalPowerW
      Star–delta and boundary matrices → Boundary States → record 10 → Boundary Current Residual (A) → record 0Exact reduced rational: 0starDelta/boundaryStates/10/boundaryCurrentResidualA/0
      Star–delta and boundary matrices → Boundary States → record 10 → Boundary Current Residual (A) → record 1Exact reduced rational: 0starDelta/boundaryStates/10/boundaryCurrentResidualA/1
      Star–delta and boundary matrices → Boundary States → record 10 → Boundary Current Residual (A) → record 2Exact reduced rational: 0starDelta/boundaryStates/10/boundaryCurrentResidualA/2
      Star–delta and boundary matrices → Boundary States → record 10 → Power Equality Residual (W)Exact reduced rational: 0starDelta/boundaryStates/10/powerEqualityResidualW
      Star–delta and boundary matrices → Boundary States → record 11 → Record index (metadata, not a measured scalar)11starDelta/boundaryStates/11/index
      Star–delta and boundary matrices → Boundary States → record 11 → Boundary Voltages (V) → record 0Exact reduced rational: 0starDelta/boundaryStates/11/boundaryVoltagesV/0
      Star–delta and boundary matrices → Boundary States → record 11 → Boundary Voltages (V) → record 1Exact reduced rational: -1starDelta/boundaryStates/11/boundaryVoltagesV/1
      Star–delta and boundary matrices → Boundary States → record 11 → Boundary Voltages (V) → record 2Exact reduced rational: 2starDelta/boundaryStates/11/boundaryVoltagesV/2
      Star–delta and boundary matrices → Boundary States → record 11 → Center potential (V)Exact reduced rational: 2/31starDelta/boundaryStates/11/centerVoltageV
      Star–delta and boundary matrices → Boundary States → record 11 → Star Branches → record 0: az (a→z) → IdazstarDelta/boundaryStates/11/starBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 11 → Star Branches → record 0: az (a→z) → TailastarDelta/boundaryStates/11/starBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 11 → Star Branches → record 0: az (a→z) → HeadzstarDelta/boundaryStates/11/starBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 11 → Star Branches → record 0: az (a→z) → Resistance (Ω)Exact reduced rational: 2starDelta/boundaryStates/11/starBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 11 → Star Branches → record 0: az (a→z) → Oriented voltage drop (V)Exact reduced rational: -2/31starDelta/boundaryStates/11/starBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 11 → Star Branches → record 0: az (a→z) → Oriented current (A)Exact reduced rational: -1/31starDelta/boundaryStates/11/starBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 11 → Star Branches → record 0: az (a→z) → Absorbed branch power p=v i (W)Exact reduced rational: 2/961starDelta/boundaryStates/11/starBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 11 → Star Branches → record 1: bz (b→z) → IdbzstarDelta/boundaryStates/11/starBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 11 → Star Branches → record 1: bz (b→z) → TailbstarDelta/boundaryStates/11/starBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 11 → Star Branches → record 1: bz (b→z) → HeadzstarDelta/boundaryStates/11/starBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 11 → Star Branches → record 1: bz (b→z) → Resistance (Ω)Exact reduced rational: 3starDelta/boundaryStates/11/starBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 11 → Star Branches → record 1: bz (b→z) → Oriented voltage drop (V)Exact reduced rational: -33/31starDelta/boundaryStates/11/starBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 11 → Star Branches → record 1: bz (b→z) → Oriented current (A)Exact reduced rational: -11/31starDelta/boundaryStates/11/starBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 11 → Star Branches → record 1: bz (b→z) → Absorbed branch power p=v i (W)Exact reduced rational: 363/961starDelta/boundaryStates/11/starBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 11 → Star Branches → record 2: cz (c→z) → IdczstarDelta/boundaryStates/11/starBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 11 → Star Branches → record 2: cz (c→z) → TailcstarDelta/boundaryStates/11/starBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 11 → Star Branches → record 2: cz (c→z) → HeadzstarDelta/boundaryStates/11/starBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 11 → Star Branches → record 2: cz (c→z) → Resistance (Ω)Exact reduced rational: 5starDelta/boundaryStates/11/starBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 11 → Star Branches → record 2: cz (c→z) → Oriented voltage drop (V)Exact reduced rational: 60/31starDelta/boundaryStates/11/starBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 11 → Star Branches → record 2: cz (c→z) → Oriented current (A)Exact reduced rational: 12/31starDelta/boundaryStates/11/starBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 11 → Star Branches → record 2: cz (c→z) → Absorbed branch power p=v i (W)Exact reduced rational: 720/961starDelta/boundaryStates/11/starBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 11 → Delta Branches → record 0: ab (a→b) → IdabstarDelta/boundaryStates/11/deltaBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 11 → Delta Branches → record 0: ab (a→b) → TailastarDelta/boundaryStates/11/deltaBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 11 → Delta Branches → record 0: ab (a→b) → HeadbstarDelta/boundaryStates/11/deltaBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 11 → Delta Branches → record 0: ab (a→b) → Resistance (Ω)Exact reduced rational: 31/5starDelta/boundaryStates/11/deltaBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 11 → Delta Branches → record 0: ab (a→b) → Oriented voltage drop (V)Exact reduced rational: 1starDelta/boundaryStates/11/deltaBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 11 → Delta Branches → record 0: ab (a→b) → Oriented current (A)Exact reduced rational: 5/31starDelta/boundaryStates/11/deltaBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 11 → Delta Branches → record 0: ab (a→b) → Absorbed branch power p=v i (W)Exact reduced rational: 5/31starDelta/boundaryStates/11/deltaBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 11 → Delta Branches → record 1: bc (b→c) → IdbcstarDelta/boundaryStates/11/deltaBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 11 → Delta Branches → record 1: bc (b→c) → TailbstarDelta/boundaryStates/11/deltaBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 11 → Delta Branches → record 1: bc (b→c) → HeadcstarDelta/boundaryStates/11/deltaBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 11 → Delta Branches → record 1: bc (b→c) → Resistance (Ω)Exact reduced rational: 31/2starDelta/boundaryStates/11/deltaBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 11 → Delta Branches → record 1: bc (b→c) → Oriented voltage drop (V)Exact reduced rational: -3starDelta/boundaryStates/11/deltaBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 11 → Delta Branches → record 1: bc (b→c) → Oriented current (A)Exact reduced rational: -6/31starDelta/boundaryStates/11/deltaBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 11 → Delta Branches → record 1: bc (b→c) → Absorbed branch power p=v i (W)Exact reduced rational: 18/31starDelta/boundaryStates/11/deltaBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 11 → Delta Branches → record 2: ca (c→a) → IdcastarDelta/boundaryStates/11/deltaBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 11 → Delta Branches → record 2: ca (c→a) → TailcstarDelta/boundaryStates/11/deltaBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 11 → Delta Branches → record 2: ca (c→a) → HeadastarDelta/boundaryStates/11/deltaBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 11 → Delta Branches → record 2: ca (c→a) → Resistance (Ω)Exact reduced rational: 31/3starDelta/boundaryStates/11/deltaBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 11 → Delta Branches → record 2: ca (c→a) → Oriented voltage drop (V)Exact reduced rational: 2starDelta/boundaryStates/11/deltaBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 11 → Delta Branches → record 2: ca (c→a) → Oriented current (A)Exact reduced rational: 6/31starDelta/boundaryStates/11/deltaBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 11 → Delta Branches → record 2: ca (c→a) → Absorbed branch power p=v i (W)Exact reduced rational: 12/31starDelta/boundaryStates/11/deltaBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 11 → Terminal currents entering star (A; a,b,c order) → record 0Exact reduced rational: -1/31starDelta/boundaryStates/11/terminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 11 → Terminal currents entering star (A; a,b,c order) → record 1Exact reduced rational: -11/31starDelta/boundaryStates/11/terminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 11 → Terminal currents entering star (A; a,b,c order) → record 2Exact reduced rational: 12/31starDelta/boundaryStates/11/terminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 11 → Terminal currents entering delta (A; a,b,c order) → record 0Exact reduced rational: -1/31starDelta/boundaryStates/11/deltaTerminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 11 → Terminal currents entering delta (A; a,b,c order) → record 1Exact reduced rational: -11/31starDelta/boundaryStates/11/deltaTerminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 11 → Terminal currents entering delta (A; a,b,c order) → record 2Exact reduced rational: 12/31starDelta/boundaryStates/11/deltaTerminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 11 → Star Dissipation (W)Exact reduced rational: 35/31starDelta/boundaryStates/11/starDissipationW
      Star–delta and boundary matrices → Boundary States → record 11 → Delta Dissipation (W)Exact reduced rational: 35/31starDelta/boundaryStates/11/deltaDissipationW
      Star–delta and boundary matrices → Boundary States → record 11 → Terminal Power (W)Exact reduced rational: 35/31starDelta/boundaryStates/11/terminalPowerW
      Star–delta and boundary matrices → Boundary States → record 11 → Boundary Current Residual (A) → record 0Exact reduced rational: 0starDelta/boundaryStates/11/boundaryCurrentResidualA/0
      Star–delta and boundary matrices → Boundary States → record 11 → Boundary Current Residual (A) → record 1Exact reduced rational: 0starDelta/boundaryStates/11/boundaryCurrentResidualA/1
      Star–delta and boundary matrices → Boundary States → record 11 → Boundary Current Residual (A) → record 2Exact reduced rational: 0starDelta/boundaryStates/11/boundaryCurrentResidualA/2
      Star–delta and boundary matrices → Boundary States → record 11 → Power Equality Residual (W)Exact reduced rational: 0starDelta/boundaryStates/11/powerEqualityResidualW
      Star–delta and boundary matrices → Boundary States → record 12 → Record index (metadata, not a measured scalar)12starDelta/boundaryStates/12/index
      Star–delta and boundary matrices → Boundary States → record 12 → Boundary Voltages (V) → record 0Exact reduced rational: 0starDelta/boundaryStates/12/boundaryVoltagesV/0
      Star–delta and boundary matrices → Boundary States → record 12 → Boundary Voltages (V) → record 1Exact reduced rational: 0starDelta/boundaryStates/12/boundaryVoltagesV/1
      Star–delta and boundary matrices → Boundary States → record 12 → Boundary Voltages (V) → record 2Exact reduced rational: -1starDelta/boundaryStates/12/boundaryVoltagesV/2
      Star–delta and boundary matrices → Boundary States → record 12 → Center potential (V)Exact reduced rational: -6/31starDelta/boundaryStates/12/centerVoltageV
      Star–delta and boundary matrices → Boundary States → record 12 → Star Branches → record 0: az (a→z) → IdazstarDelta/boundaryStates/12/starBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 12 → Star Branches → record 0: az (a→z) → TailastarDelta/boundaryStates/12/starBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 12 → Star Branches → record 0: az (a→z) → HeadzstarDelta/boundaryStates/12/starBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 12 → Star Branches → record 0: az (a→z) → Resistance (Ω)Exact reduced rational: 2starDelta/boundaryStates/12/starBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 12 → Star Branches → record 0: az (a→z) → Oriented voltage drop (V)Exact reduced rational: 6/31starDelta/boundaryStates/12/starBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 12 → Star Branches → record 0: az (a→z) → Oriented current (A)Exact reduced rational: 3/31starDelta/boundaryStates/12/starBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 12 → Star Branches → record 0: az (a→z) → Absorbed branch power p=v i (W)Exact reduced rational: 18/961starDelta/boundaryStates/12/starBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 12 → Star Branches → record 1: bz (b→z) → IdbzstarDelta/boundaryStates/12/starBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 12 → Star Branches → record 1: bz (b→z) → TailbstarDelta/boundaryStates/12/starBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 12 → Star Branches → record 1: bz (b→z) → HeadzstarDelta/boundaryStates/12/starBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 12 → Star Branches → record 1: bz (b→z) → Resistance (Ω)Exact reduced rational: 3starDelta/boundaryStates/12/starBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 12 → Star Branches → record 1: bz (b→z) → Oriented voltage drop (V)Exact reduced rational: 6/31starDelta/boundaryStates/12/starBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 12 → Star Branches → record 1: bz (b→z) → Oriented current (A)Exact reduced rational: 2/31starDelta/boundaryStates/12/starBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 12 → Star Branches → record 1: bz (b→z) → Absorbed branch power p=v i (W)Exact reduced rational: 12/961starDelta/boundaryStates/12/starBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 12 → Star Branches → record 2: cz (c→z) → IdczstarDelta/boundaryStates/12/starBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 12 → Star Branches → record 2: cz (c→z) → TailcstarDelta/boundaryStates/12/starBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 12 → Star Branches → record 2: cz (c→z) → HeadzstarDelta/boundaryStates/12/starBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 12 → Star Branches → record 2: cz (c→z) → Resistance (Ω)Exact reduced rational: 5starDelta/boundaryStates/12/starBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 12 → Star Branches → record 2: cz (c→z) → Oriented voltage drop (V)Exact reduced rational: -25/31starDelta/boundaryStates/12/starBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 12 → Star Branches → record 2: cz (c→z) → Oriented current (A)Exact reduced rational: -5/31starDelta/boundaryStates/12/starBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 12 → Star Branches → record 2: cz (c→z) → Absorbed branch power p=v i (W)Exact reduced rational: 125/961starDelta/boundaryStates/12/starBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 12 → Delta Branches → record 0: ab (a→b) → IdabstarDelta/boundaryStates/12/deltaBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 12 → Delta Branches → record 0: ab (a→b) → TailastarDelta/boundaryStates/12/deltaBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 12 → Delta Branches → record 0: ab (a→b) → HeadbstarDelta/boundaryStates/12/deltaBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 12 → Delta Branches → record 0: ab (a→b) → Resistance (Ω)Exact reduced rational: 31/5starDelta/boundaryStates/12/deltaBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 12 → Delta Branches → record 0: ab (a→b) → Oriented voltage drop (V)Exact reduced rational: 0starDelta/boundaryStates/12/deltaBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 12 → Delta Branches → record 0: ab (a→b) → Oriented current (A)Exact reduced rational: 0starDelta/boundaryStates/12/deltaBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 12 → Delta Branches → record 0: ab (a→b) → Absorbed branch power p=v i (W)Exact reduced rational: 0starDelta/boundaryStates/12/deltaBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 12 → Delta Branches → record 1: bc (b→c) → IdbcstarDelta/boundaryStates/12/deltaBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 12 → Delta Branches → record 1: bc (b→c) → TailbstarDelta/boundaryStates/12/deltaBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 12 → Delta Branches → record 1: bc (b→c) → HeadcstarDelta/boundaryStates/12/deltaBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 12 → Delta Branches → record 1: bc (b→c) → Resistance (Ω)Exact reduced rational: 31/2starDelta/boundaryStates/12/deltaBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 12 → Delta Branches → record 1: bc (b→c) → Oriented voltage drop (V)Exact reduced rational: 1starDelta/boundaryStates/12/deltaBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 12 → Delta Branches → record 1: bc (b→c) → Oriented current (A)Exact reduced rational: 2/31starDelta/boundaryStates/12/deltaBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 12 → Delta Branches → record 1: bc (b→c) → Absorbed branch power p=v i (W)Exact reduced rational: 2/31starDelta/boundaryStates/12/deltaBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 12 → Delta Branches → record 2: ca (c→a) → IdcastarDelta/boundaryStates/12/deltaBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 12 → Delta Branches → record 2: ca (c→a) → TailcstarDelta/boundaryStates/12/deltaBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 12 → Delta Branches → record 2: ca (c→a) → HeadastarDelta/boundaryStates/12/deltaBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 12 → Delta Branches → record 2: ca (c→a) → Resistance (Ω)Exact reduced rational: 31/3starDelta/boundaryStates/12/deltaBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 12 → Delta Branches → record 2: ca (c→a) → Oriented voltage drop (V)Exact reduced rational: -1starDelta/boundaryStates/12/deltaBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 12 → Delta Branches → record 2: ca (c→a) → Oriented current (A)Exact reduced rational: -3/31starDelta/boundaryStates/12/deltaBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 12 → Delta Branches → record 2: ca (c→a) → Absorbed branch power p=v i (W)Exact reduced rational: 3/31starDelta/boundaryStates/12/deltaBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 12 → Terminal currents entering star (A; a,b,c order) → record 0Exact reduced rational: 3/31starDelta/boundaryStates/12/terminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 12 → Terminal currents entering star (A; a,b,c order) → record 1Exact reduced rational: 2/31starDelta/boundaryStates/12/terminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 12 → Terminal currents entering star (A; a,b,c order) → record 2Exact reduced rational: -5/31starDelta/boundaryStates/12/terminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 12 → Terminal currents entering delta (A; a,b,c order) → record 0Exact reduced rational: 3/31starDelta/boundaryStates/12/deltaTerminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 12 → Terminal currents entering delta (A; a,b,c order) → record 1Exact reduced rational: 2/31starDelta/boundaryStates/12/deltaTerminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 12 → Terminal currents entering delta (A; a,b,c order) → record 2Exact reduced rational: -5/31starDelta/boundaryStates/12/deltaTerminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 12 → Star Dissipation (W)Exact reduced rational: 5/31starDelta/boundaryStates/12/starDissipationW
      Star–delta and boundary matrices → Boundary States → record 12 → Delta Dissipation (W)Exact reduced rational: 5/31starDelta/boundaryStates/12/deltaDissipationW
      Star–delta and boundary matrices → Boundary States → record 12 → Terminal Power (W)Exact reduced rational: 5/31starDelta/boundaryStates/12/terminalPowerW
      Star–delta and boundary matrices → Boundary States → record 12 → Boundary Current Residual (A) → record 0Exact reduced rational: 0starDelta/boundaryStates/12/boundaryCurrentResidualA/0
      Star–delta and boundary matrices → Boundary States → record 12 → Boundary Current Residual (A) → record 1Exact reduced rational: 0starDelta/boundaryStates/12/boundaryCurrentResidualA/1
      Star–delta and boundary matrices → Boundary States → record 12 → Boundary Current Residual (A) → record 2Exact reduced rational: 0starDelta/boundaryStates/12/boundaryCurrentResidualA/2
      Star–delta and boundary matrices → Boundary States → record 12 → Power Equality Residual (W)Exact reduced rational: 0starDelta/boundaryStates/12/powerEqualityResidualW
      Star–delta and boundary matrices → Boundary States → record 13 → Record index (metadata, not a measured scalar)13starDelta/boundaryStates/13/index
      Star–delta and boundary matrices → Boundary States → record 13 → Boundary Voltages (V) → record 0Exact reduced rational: 0starDelta/boundaryStates/13/boundaryVoltagesV/0
      Star–delta and boundary matrices → Boundary States → record 13 → Boundary Voltages (V) → record 1Exact reduced rational: 0starDelta/boundaryStates/13/boundaryVoltagesV/1
      Star–delta and boundary matrices → Boundary States → record 13 → Boundary Voltages (V) → record 2Exact reduced rational: 0starDelta/boundaryStates/13/boundaryVoltagesV/2
      Star–delta and boundary matrices → Boundary States → record 13 → Center potential (V)Exact reduced rational: 0starDelta/boundaryStates/13/centerVoltageV
      Star–delta and boundary matrices → Boundary States → record 13 → Star Branches → record 0: az (a→z) → IdazstarDelta/boundaryStates/13/starBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 13 → Star Branches → record 0: az (a→z) → TailastarDelta/boundaryStates/13/starBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 13 → Star Branches → record 0: az (a→z) → HeadzstarDelta/boundaryStates/13/starBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 13 → Star Branches → record 0: az (a→z) → Resistance (Ω)Exact reduced rational: 2starDelta/boundaryStates/13/starBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 13 → Star Branches → record 0: az (a→z) → Oriented voltage drop (V)Exact reduced rational: 0starDelta/boundaryStates/13/starBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 13 → Star Branches → record 0: az (a→z) → Oriented current (A)Exact reduced rational: 0starDelta/boundaryStates/13/starBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 13 → Star Branches → record 0: az (a→z) → Absorbed branch power p=v i (W)Exact reduced rational: 0starDelta/boundaryStates/13/starBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 13 → Star Branches → record 1: bz (b→z) → IdbzstarDelta/boundaryStates/13/starBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 13 → Star Branches → record 1: bz (b→z) → TailbstarDelta/boundaryStates/13/starBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 13 → Star Branches → record 1: bz (b→z) → HeadzstarDelta/boundaryStates/13/starBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 13 → Star Branches → record 1: bz (b→z) → Resistance (Ω)Exact reduced rational: 3starDelta/boundaryStates/13/starBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 13 → Star Branches → record 1: bz (b→z) → Oriented voltage drop (V)Exact reduced rational: 0starDelta/boundaryStates/13/starBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 13 → Star Branches → record 1: bz (b→z) → Oriented current (A)Exact reduced rational: 0starDelta/boundaryStates/13/starBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 13 → Star Branches → record 1: bz (b→z) → Absorbed branch power p=v i (W)Exact reduced rational: 0starDelta/boundaryStates/13/starBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 13 → Star Branches → record 2: cz (c→z) → IdczstarDelta/boundaryStates/13/starBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 13 → Star Branches → record 2: cz (c→z) → TailcstarDelta/boundaryStates/13/starBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 13 → Star Branches → record 2: cz (c→z) → HeadzstarDelta/boundaryStates/13/starBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 13 → Star Branches → record 2: cz (c→z) → Resistance (Ω)Exact reduced rational: 5starDelta/boundaryStates/13/starBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 13 → Star Branches → record 2: cz (c→z) → Oriented voltage drop (V)Exact reduced rational: 0starDelta/boundaryStates/13/starBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 13 → Star Branches → record 2: cz (c→z) → Oriented current (A)Exact reduced rational: 0starDelta/boundaryStates/13/starBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 13 → Star Branches → record 2: cz (c→z) → Absorbed branch power p=v i (W)Exact reduced rational: 0starDelta/boundaryStates/13/starBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 13 → Delta Branches → record 0: ab (a→b) → IdabstarDelta/boundaryStates/13/deltaBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 13 → Delta Branches → record 0: ab (a→b) → TailastarDelta/boundaryStates/13/deltaBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 13 → Delta Branches → record 0: ab (a→b) → HeadbstarDelta/boundaryStates/13/deltaBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 13 → Delta Branches → record 0: ab (a→b) → Resistance (Ω)Exact reduced rational: 31/5starDelta/boundaryStates/13/deltaBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 13 → Delta Branches → record 0: ab (a→b) → Oriented voltage drop (V)Exact reduced rational: 0starDelta/boundaryStates/13/deltaBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 13 → Delta Branches → record 0: ab (a→b) → Oriented current (A)Exact reduced rational: 0starDelta/boundaryStates/13/deltaBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 13 → Delta Branches → record 0: ab (a→b) → Absorbed branch power p=v i (W)Exact reduced rational: 0starDelta/boundaryStates/13/deltaBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 13 → Delta Branches → record 1: bc (b→c) → IdbcstarDelta/boundaryStates/13/deltaBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 13 → Delta Branches → record 1: bc (b→c) → TailbstarDelta/boundaryStates/13/deltaBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 13 → Delta Branches → record 1: bc (b→c) → HeadcstarDelta/boundaryStates/13/deltaBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 13 → Delta Branches → record 1: bc (b→c) → Resistance (Ω)Exact reduced rational: 31/2starDelta/boundaryStates/13/deltaBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 13 → Delta Branches → record 1: bc (b→c) → Oriented voltage drop (V)Exact reduced rational: 0starDelta/boundaryStates/13/deltaBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 13 → Delta Branches → record 1: bc (b→c) → Oriented current (A)Exact reduced rational: 0starDelta/boundaryStates/13/deltaBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 13 → Delta Branches → record 1: bc (b→c) → Absorbed branch power p=v i (W)Exact reduced rational: 0starDelta/boundaryStates/13/deltaBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 13 → Delta Branches → record 2: ca (c→a) → IdcastarDelta/boundaryStates/13/deltaBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 13 → Delta Branches → record 2: ca (c→a) → TailcstarDelta/boundaryStates/13/deltaBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 13 → Delta Branches → record 2: ca (c→a) → HeadastarDelta/boundaryStates/13/deltaBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 13 → Delta Branches → record 2: ca (c→a) → Resistance (Ω)Exact reduced rational: 31/3starDelta/boundaryStates/13/deltaBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 13 → Delta Branches → record 2: ca (c→a) → Oriented voltage drop (V)Exact reduced rational: 0starDelta/boundaryStates/13/deltaBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 13 → Delta Branches → record 2: ca (c→a) → Oriented current (A)Exact reduced rational: 0starDelta/boundaryStates/13/deltaBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 13 → Delta Branches → record 2: ca (c→a) → Absorbed branch power p=v i (W)Exact reduced rational: 0starDelta/boundaryStates/13/deltaBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 13 → Terminal currents entering star (A; a,b,c order) → record 0Exact reduced rational: 0starDelta/boundaryStates/13/terminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 13 → Terminal currents entering star (A; a,b,c order) → record 1Exact reduced rational: 0starDelta/boundaryStates/13/terminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 13 → Terminal currents entering star (A; a,b,c order) → record 2Exact reduced rational: 0starDelta/boundaryStates/13/terminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 13 → Terminal currents entering delta (A; a,b,c order) → record 0Exact reduced rational: 0starDelta/boundaryStates/13/deltaTerminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 13 → Terminal currents entering delta (A; a,b,c order) → record 1Exact reduced rational: 0starDelta/boundaryStates/13/deltaTerminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 13 → Terminal currents entering delta (A; a,b,c order) → record 2Exact reduced rational: 0starDelta/boundaryStates/13/deltaTerminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 13 → Star Dissipation (W)Exact reduced rational: 0starDelta/boundaryStates/13/starDissipationW
      Star–delta and boundary matrices → Boundary States → record 13 → Delta Dissipation (W)Exact reduced rational: 0starDelta/boundaryStates/13/deltaDissipationW
      Star–delta and boundary matrices → Boundary States → record 13 → Terminal Power (W)Exact reduced rational: 0starDelta/boundaryStates/13/terminalPowerW
      Star–delta and boundary matrices → Boundary States → record 13 → Boundary Current Residual (A) → record 0Exact reduced rational: 0starDelta/boundaryStates/13/boundaryCurrentResidualA/0
      Star–delta and boundary matrices → Boundary States → record 13 → Boundary Current Residual (A) → record 1Exact reduced rational: 0starDelta/boundaryStates/13/boundaryCurrentResidualA/1
      Star–delta and boundary matrices → Boundary States → record 13 → Boundary Current Residual (A) → record 2Exact reduced rational: 0starDelta/boundaryStates/13/boundaryCurrentResidualA/2
      Star–delta and boundary matrices → Boundary States → record 13 → Power Equality Residual (W)Exact reduced rational: 0starDelta/boundaryStates/13/powerEqualityResidualW
      Star–delta and boundary matrices → Boundary States → record 14 → Record index (metadata, not a measured scalar)14starDelta/boundaryStates/14/index
      Star–delta and boundary matrices → Boundary States → record 14 → Boundary Voltages (V) → record 0Exact reduced rational: 0starDelta/boundaryStates/14/boundaryVoltagesV/0
      Star–delta and boundary matrices → Boundary States → record 14 → Boundary Voltages (V) → record 1Exact reduced rational: 0starDelta/boundaryStates/14/boundaryVoltagesV/1
      Star–delta and boundary matrices → Boundary States → record 14 → Boundary Voltages (V) → record 2Exact reduced rational: 2starDelta/boundaryStates/14/boundaryVoltagesV/2
      Star–delta and boundary matrices → Boundary States → record 14 → Center potential (V)Exact reduced rational: 12/31starDelta/boundaryStates/14/centerVoltageV
      Star–delta and boundary matrices → Boundary States → record 14 → Star Branches → record 0: az (a→z) → IdazstarDelta/boundaryStates/14/starBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 14 → Star Branches → record 0: az (a→z) → TailastarDelta/boundaryStates/14/starBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 14 → Star Branches → record 0: az (a→z) → HeadzstarDelta/boundaryStates/14/starBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 14 → Star Branches → record 0: az (a→z) → Resistance (Ω)Exact reduced rational: 2starDelta/boundaryStates/14/starBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 14 → Star Branches → record 0: az (a→z) → Oriented voltage drop (V)Exact reduced rational: -12/31starDelta/boundaryStates/14/starBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 14 → Star Branches → record 0: az (a→z) → Oriented current (A)Exact reduced rational: -6/31starDelta/boundaryStates/14/starBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 14 → Star Branches → record 0: az (a→z) → Absorbed branch power p=v i (W)Exact reduced rational: 72/961starDelta/boundaryStates/14/starBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 14 → Star Branches → record 1: bz (b→z) → IdbzstarDelta/boundaryStates/14/starBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 14 → Star Branches → record 1: bz (b→z) → TailbstarDelta/boundaryStates/14/starBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 14 → Star Branches → record 1: bz (b→z) → HeadzstarDelta/boundaryStates/14/starBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 14 → Star Branches → record 1: bz (b→z) → Resistance (Ω)Exact reduced rational: 3starDelta/boundaryStates/14/starBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 14 → Star Branches → record 1: bz (b→z) → Oriented voltage drop (V)Exact reduced rational: -12/31starDelta/boundaryStates/14/starBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 14 → Star Branches → record 1: bz (b→z) → Oriented current (A)Exact reduced rational: -4/31starDelta/boundaryStates/14/starBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 14 → Star Branches → record 1: bz (b→z) → Absorbed branch power p=v i (W)Exact reduced rational: 48/961starDelta/boundaryStates/14/starBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 14 → Star Branches → record 2: cz (c→z) → IdczstarDelta/boundaryStates/14/starBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 14 → Star Branches → record 2: cz (c→z) → TailcstarDelta/boundaryStates/14/starBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 14 → Star Branches → record 2: cz (c→z) → HeadzstarDelta/boundaryStates/14/starBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 14 → Star Branches → record 2: cz (c→z) → Resistance (Ω)Exact reduced rational: 5starDelta/boundaryStates/14/starBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 14 → Star Branches → record 2: cz (c→z) → Oriented voltage drop (V)Exact reduced rational: 50/31starDelta/boundaryStates/14/starBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 14 → Star Branches → record 2: cz (c→z) → Oriented current (A)Exact reduced rational: 10/31starDelta/boundaryStates/14/starBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 14 → Star Branches → record 2: cz (c→z) → Absorbed branch power p=v i (W)Exact reduced rational: 500/961starDelta/boundaryStates/14/starBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 14 → Delta Branches → record 0: ab (a→b) → IdabstarDelta/boundaryStates/14/deltaBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 14 → Delta Branches → record 0: ab (a→b) → TailastarDelta/boundaryStates/14/deltaBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 14 → Delta Branches → record 0: ab (a→b) → HeadbstarDelta/boundaryStates/14/deltaBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 14 → Delta Branches → record 0: ab (a→b) → Resistance (Ω)Exact reduced rational: 31/5starDelta/boundaryStates/14/deltaBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 14 → Delta Branches → record 0: ab (a→b) → Oriented voltage drop (V)Exact reduced rational: 0starDelta/boundaryStates/14/deltaBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 14 → Delta Branches → record 0: ab (a→b) → Oriented current (A)Exact reduced rational: 0starDelta/boundaryStates/14/deltaBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 14 → Delta Branches → record 0: ab (a→b) → Absorbed branch power p=v i (W)Exact reduced rational: 0starDelta/boundaryStates/14/deltaBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 14 → Delta Branches → record 1: bc (b→c) → IdbcstarDelta/boundaryStates/14/deltaBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 14 → Delta Branches → record 1: bc (b→c) → TailbstarDelta/boundaryStates/14/deltaBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 14 → Delta Branches → record 1: bc (b→c) → HeadcstarDelta/boundaryStates/14/deltaBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 14 → Delta Branches → record 1: bc (b→c) → Resistance (Ω)Exact reduced rational: 31/2starDelta/boundaryStates/14/deltaBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 14 → Delta Branches → record 1: bc (b→c) → Oriented voltage drop (V)Exact reduced rational: -2starDelta/boundaryStates/14/deltaBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 14 → Delta Branches → record 1: bc (b→c) → Oriented current (A)Exact reduced rational: -4/31starDelta/boundaryStates/14/deltaBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 14 → Delta Branches → record 1: bc (b→c) → Absorbed branch power p=v i (W)Exact reduced rational: 8/31starDelta/boundaryStates/14/deltaBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 14 → Delta Branches → record 2: ca (c→a) → IdcastarDelta/boundaryStates/14/deltaBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 14 → Delta Branches → record 2: ca (c→a) → TailcstarDelta/boundaryStates/14/deltaBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 14 → Delta Branches → record 2: ca (c→a) → HeadastarDelta/boundaryStates/14/deltaBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 14 → Delta Branches → record 2: ca (c→a) → Resistance (Ω)Exact reduced rational: 31/3starDelta/boundaryStates/14/deltaBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 14 → Delta Branches → record 2: ca (c→a) → Oriented voltage drop (V)Exact reduced rational: 2starDelta/boundaryStates/14/deltaBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 14 → Delta Branches → record 2: ca (c→a) → Oriented current (A)Exact reduced rational: 6/31starDelta/boundaryStates/14/deltaBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 14 → Delta Branches → record 2: ca (c→a) → Absorbed branch power p=v i (W)Exact reduced rational: 12/31starDelta/boundaryStates/14/deltaBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 14 → Terminal currents entering star (A; a,b,c order) → record 0Exact reduced rational: -6/31starDelta/boundaryStates/14/terminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 14 → Terminal currents entering star (A; a,b,c order) → record 1Exact reduced rational: -4/31starDelta/boundaryStates/14/terminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 14 → Terminal currents entering star (A; a,b,c order) → record 2Exact reduced rational: 10/31starDelta/boundaryStates/14/terminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 14 → Terminal currents entering delta (A; a,b,c order) → record 0Exact reduced rational: -6/31starDelta/boundaryStates/14/deltaTerminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 14 → Terminal currents entering delta (A; a,b,c order) → record 1Exact reduced rational: -4/31starDelta/boundaryStates/14/deltaTerminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 14 → Terminal currents entering delta (A; a,b,c order) → record 2Exact reduced rational: 10/31starDelta/boundaryStates/14/deltaTerminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 14 → Star Dissipation (W)Exact reduced rational: 20/31starDelta/boundaryStates/14/starDissipationW
      Star–delta and boundary matrices → Boundary States → record 14 → Delta Dissipation (W)Exact reduced rational: 20/31starDelta/boundaryStates/14/deltaDissipationW
      Star–delta and boundary matrices → Boundary States → record 14 → Terminal Power (W)Exact reduced rational: 20/31starDelta/boundaryStates/14/terminalPowerW
      Star–delta and boundary matrices → Boundary States → record 14 → Boundary Current Residual (A) → record 0Exact reduced rational: 0starDelta/boundaryStates/14/boundaryCurrentResidualA/0
      Star–delta and boundary matrices → Boundary States → record 14 → Boundary Current Residual (A) → record 1Exact reduced rational: 0starDelta/boundaryStates/14/boundaryCurrentResidualA/1
      Star–delta and boundary matrices → Boundary States → record 14 → Boundary Current Residual (A) → record 2Exact reduced rational: 0starDelta/boundaryStates/14/boundaryCurrentResidualA/2
      Star–delta and boundary matrices → Boundary States → record 14 → Power Equality Residual (W)Exact reduced rational: 0starDelta/boundaryStates/14/powerEqualityResidualW
      Star–delta and boundary matrices → Boundary States → record 15 → Record index (metadata, not a measured scalar)15starDelta/boundaryStates/15/index
      Star–delta and boundary matrices → Boundary States → record 15 → Boundary Voltages (V) → record 0Exact reduced rational: 0starDelta/boundaryStates/15/boundaryVoltagesV/0
      Star–delta and boundary matrices → Boundary States → record 15 → Boundary Voltages (V) → record 1Exact reduced rational: 2starDelta/boundaryStates/15/boundaryVoltagesV/1
      Star–delta and boundary matrices → Boundary States → record 15 → Boundary Voltages (V) → record 2Exact reduced rational: -1starDelta/boundaryStates/15/boundaryVoltagesV/2
      Star–delta and boundary matrices → Boundary States → record 15 → Center potential (V)Exact reduced rational: 14/31starDelta/boundaryStates/15/centerVoltageV
      Star–delta and boundary matrices → Boundary States → record 15 → Star Branches → record 0: az (a→z) → IdazstarDelta/boundaryStates/15/starBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 15 → Star Branches → record 0: az (a→z) → TailastarDelta/boundaryStates/15/starBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 15 → Star Branches → record 0: az (a→z) → HeadzstarDelta/boundaryStates/15/starBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 15 → Star Branches → record 0: az (a→z) → Resistance (Ω)Exact reduced rational: 2starDelta/boundaryStates/15/starBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 15 → Star Branches → record 0: az (a→z) → Oriented voltage drop (V)Exact reduced rational: -14/31starDelta/boundaryStates/15/starBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 15 → Star Branches → record 0: az (a→z) → Oriented current (A)Exact reduced rational: -7/31starDelta/boundaryStates/15/starBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 15 → Star Branches → record 0: az (a→z) → Absorbed branch power p=v i (W)Exact reduced rational: 98/961starDelta/boundaryStates/15/starBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 15 → Star Branches → record 1: bz (b→z) → IdbzstarDelta/boundaryStates/15/starBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 15 → Star Branches → record 1: bz (b→z) → TailbstarDelta/boundaryStates/15/starBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 15 → Star Branches → record 1: bz (b→z) → HeadzstarDelta/boundaryStates/15/starBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 15 → Star Branches → record 1: bz (b→z) → Resistance (Ω)Exact reduced rational: 3starDelta/boundaryStates/15/starBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 15 → Star Branches → record 1: bz (b→z) → Oriented voltage drop (V)Exact reduced rational: 48/31starDelta/boundaryStates/15/starBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 15 → Star Branches → record 1: bz (b→z) → Oriented current (A)Exact reduced rational: 16/31starDelta/boundaryStates/15/starBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 15 → Star Branches → record 1: bz (b→z) → Absorbed branch power p=v i (W)Exact reduced rational: 768/961starDelta/boundaryStates/15/starBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 15 → Star Branches → record 2: cz (c→z) → IdczstarDelta/boundaryStates/15/starBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 15 → Star Branches → record 2: cz (c→z) → TailcstarDelta/boundaryStates/15/starBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 15 → Star Branches → record 2: cz (c→z) → HeadzstarDelta/boundaryStates/15/starBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 15 → Star Branches → record 2: cz (c→z) → Resistance (Ω)Exact reduced rational: 5starDelta/boundaryStates/15/starBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 15 → Star Branches → record 2: cz (c→z) → Oriented voltage drop (V)Exact reduced rational: -45/31starDelta/boundaryStates/15/starBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 15 → Star Branches → record 2: cz (c→z) → Oriented current (A)Exact reduced rational: -9/31starDelta/boundaryStates/15/starBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 15 → Star Branches → record 2: cz (c→z) → Absorbed branch power p=v i (W)Exact reduced rational: 405/961starDelta/boundaryStates/15/starBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 15 → Delta Branches → record 0: ab (a→b) → IdabstarDelta/boundaryStates/15/deltaBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 15 → Delta Branches → record 0: ab (a→b) → TailastarDelta/boundaryStates/15/deltaBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 15 → Delta Branches → record 0: ab (a→b) → HeadbstarDelta/boundaryStates/15/deltaBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 15 → Delta Branches → record 0: ab (a→b) → Resistance (Ω)Exact reduced rational: 31/5starDelta/boundaryStates/15/deltaBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 15 → Delta Branches → record 0: ab (a→b) → Oriented voltage drop (V)Exact reduced rational: -2starDelta/boundaryStates/15/deltaBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 15 → Delta Branches → record 0: ab (a→b) → Oriented current (A)Exact reduced rational: -10/31starDelta/boundaryStates/15/deltaBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 15 → Delta Branches → record 0: ab (a→b) → Absorbed branch power p=v i (W)Exact reduced rational: 20/31starDelta/boundaryStates/15/deltaBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 15 → Delta Branches → record 1: bc (b→c) → IdbcstarDelta/boundaryStates/15/deltaBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 15 → Delta Branches → record 1: bc (b→c) → TailbstarDelta/boundaryStates/15/deltaBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 15 → Delta Branches → record 1: bc (b→c) → HeadcstarDelta/boundaryStates/15/deltaBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 15 → Delta Branches → record 1: bc (b→c) → Resistance (Ω)Exact reduced rational: 31/2starDelta/boundaryStates/15/deltaBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 15 → Delta Branches → record 1: bc (b→c) → Oriented voltage drop (V)Exact reduced rational: 3starDelta/boundaryStates/15/deltaBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 15 → Delta Branches → record 1: bc (b→c) → Oriented current (A)Exact reduced rational: 6/31starDelta/boundaryStates/15/deltaBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 15 → Delta Branches → record 1: bc (b→c) → Absorbed branch power p=v i (W)Exact reduced rational: 18/31starDelta/boundaryStates/15/deltaBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 15 → Delta Branches → record 2: ca (c→a) → IdcastarDelta/boundaryStates/15/deltaBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 15 → Delta Branches → record 2: ca (c→a) → TailcstarDelta/boundaryStates/15/deltaBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 15 → Delta Branches → record 2: ca (c→a) → HeadastarDelta/boundaryStates/15/deltaBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 15 → Delta Branches → record 2: ca (c→a) → Resistance (Ω)Exact reduced rational: 31/3starDelta/boundaryStates/15/deltaBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 15 → Delta Branches → record 2: ca (c→a) → Oriented voltage drop (V)Exact reduced rational: -1starDelta/boundaryStates/15/deltaBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 15 → Delta Branches → record 2: ca (c→a) → Oriented current (A)Exact reduced rational: -3/31starDelta/boundaryStates/15/deltaBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 15 → Delta Branches → record 2: ca (c→a) → Absorbed branch power p=v i (W)Exact reduced rational: 3/31starDelta/boundaryStates/15/deltaBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 15 → Terminal currents entering star (A; a,b,c order) → record 0Exact reduced rational: -7/31starDelta/boundaryStates/15/terminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 15 → Terminal currents entering star (A; a,b,c order) → record 1Exact reduced rational: 16/31starDelta/boundaryStates/15/terminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 15 → Terminal currents entering star (A; a,b,c order) → record 2Exact reduced rational: -9/31starDelta/boundaryStates/15/terminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 15 → Terminal currents entering delta (A; a,b,c order) → record 0Exact reduced rational: -7/31starDelta/boundaryStates/15/deltaTerminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 15 → Terminal currents entering delta (A; a,b,c order) → record 1Exact reduced rational: 16/31starDelta/boundaryStates/15/deltaTerminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 15 → Terminal currents entering delta (A; a,b,c order) → record 2Exact reduced rational: -9/31starDelta/boundaryStates/15/deltaTerminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 15 → Star Dissipation (W)Exact reduced rational: 41/31starDelta/boundaryStates/15/starDissipationW
      Star–delta and boundary matrices → Boundary States → record 15 → Delta Dissipation (W)Exact reduced rational: 41/31starDelta/boundaryStates/15/deltaDissipationW
      Star–delta and boundary matrices → Boundary States → record 15 → Terminal Power (W)Exact reduced rational: 41/31starDelta/boundaryStates/15/terminalPowerW
      Star–delta and boundary matrices → Boundary States → record 15 → Boundary Current Residual (A) → record 0Exact reduced rational: 0starDelta/boundaryStates/15/boundaryCurrentResidualA/0
      Star–delta and boundary matrices → Boundary States → record 15 → Boundary Current Residual (A) → record 1Exact reduced rational: 0starDelta/boundaryStates/15/boundaryCurrentResidualA/1
      Star–delta and boundary matrices → Boundary States → record 15 → Boundary Current Residual (A) → record 2Exact reduced rational: 0starDelta/boundaryStates/15/boundaryCurrentResidualA/2
      Star–delta and boundary matrices → Boundary States → record 15 → Power Equality Residual (W)Exact reduced rational: 0starDelta/boundaryStates/15/powerEqualityResidualW
      Star–delta and boundary matrices → Boundary States → record 16 → Record index (metadata, not a measured scalar)16starDelta/boundaryStates/16/index
      Star–delta and boundary matrices → Boundary States → record 16 → Boundary Voltages (V) → record 0Exact reduced rational: 0starDelta/boundaryStates/16/boundaryVoltagesV/0
      Star–delta and boundary matrices → Boundary States → record 16 → Boundary Voltages (V) → record 1Exact reduced rational: 2starDelta/boundaryStates/16/boundaryVoltagesV/1
      Star–delta and boundary matrices → Boundary States → record 16 → Boundary Voltages (V) → record 2Exact reduced rational: 0starDelta/boundaryStates/16/boundaryVoltagesV/2
      Star–delta and boundary matrices → Boundary States → record 16 → Center potential (V)Exact reduced rational: 20/31starDelta/boundaryStates/16/centerVoltageV
      Star–delta and boundary matrices → Boundary States → record 16 → Star Branches → record 0: az (a→z) → IdazstarDelta/boundaryStates/16/starBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 16 → Star Branches → record 0: az (a→z) → TailastarDelta/boundaryStates/16/starBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 16 → Star Branches → record 0: az (a→z) → HeadzstarDelta/boundaryStates/16/starBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 16 → Star Branches → record 0: az (a→z) → Resistance (Ω)Exact reduced rational: 2starDelta/boundaryStates/16/starBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 16 → Star Branches → record 0: az (a→z) → Oriented voltage drop (V)Exact reduced rational: -20/31starDelta/boundaryStates/16/starBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 16 → Star Branches → record 0: az (a→z) → Oriented current (A)Exact reduced rational: -10/31starDelta/boundaryStates/16/starBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 16 → Star Branches → record 0: az (a→z) → Absorbed branch power p=v i (W)Exact reduced rational: 200/961starDelta/boundaryStates/16/starBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 16 → Star Branches → record 1: bz (b→z) → IdbzstarDelta/boundaryStates/16/starBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 16 → Star Branches → record 1: bz (b→z) → TailbstarDelta/boundaryStates/16/starBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 16 → Star Branches → record 1: bz (b→z) → HeadzstarDelta/boundaryStates/16/starBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 16 → Star Branches → record 1: bz (b→z) → Resistance (Ω)Exact reduced rational: 3starDelta/boundaryStates/16/starBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 16 → Star Branches → record 1: bz (b→z) → Oriented voltage drop (V)Exact reduced rational: 42/31starDelta/boundaryStates/16/starBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 16 → Star Branches → record 1: bz (b→z) → Oriented current (A)Exact reduced rational: 14/31starDelta/boundaryStates/16/starBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 16 → Star Branches → record 1: bz (b→z) → Absorbed branch power p=v i (W)Exact reduced rational: 588/961starDelta/boundaryStates/16/starBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 16 → Star Branches → record 2: cz (c→z) → IdczstarDelta/boundaryStates/16/starBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 16 → Star Branches → record 2: cz (c→z) → TailcstarDelta/boundaryStates/16/starBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 16 → Star Branches → record 2: cz (c→z) → HeadzstarDelta/boundaryStates/16/starBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 16 → Star Branches → record 2: cz (c→z) → Resistance (Ω)Exact reduced rational: 5starDelta/boundaryStates/16/starBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 16 → Star Branches → record 2: cz (c→z) → Oriented voltage drop (V)Exact reduced rational: -20/31starDelta/boundaryStates/16/starBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 16 → Star Branches → record 2: cz (c→z) → Oriented current (A)Exact reduced rational: -4/31starDelta/boundaryStates/16/starBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 16 → Star Branches → record 2: cz (c→z) → Absorbed branch power p=v i (W)Exact reduced rational: 80/961starDelta/boundaryStates/16/starBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 16 → Delta Branches → record 0: ab (a→b) → IdabstarDelta/boundaryStates/16/deltaBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 16 → Delta Branches → record 0: ab (a→b) → TailastarDelta/boundaryStates/16/deltaBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 16 → Delta Branches → record 0: ab (a→b) → HeadbstarDelta/boundaryStates/16/deltaBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 16 → Delta Branches → record 0: ab (a→b) → Resistance (Ω)Exact reduced rational: 31/5starDelta/boundaryStates/16/deltaBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 16 → Delta Branches → record 0: ab (a→b) → Oriented voltage drop (V)Exact reduced rational: -2starDelta/boundaryStates/16/deltaBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 16 → Delta Branches → record 0: ab (a→b) → Oriented current (A)Exact reduced rational: -10/31starDelta/boundaryStates/16/deltaBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 16 → Delta Branches → record 0: ab (a→b) → Absorbed branch power p=v i (W)Exact reduced rational: 20/31starDelta/boundaryStates/16/deltaBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 16 → Delta Branches → record 1: bc (b→c) → IdbcstarDelta/boundaryStates/16/deltaBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 16 → Delta Branches → record 1: bc (b→c) → TailbstarDelta/boundaryStates/16/deltaBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 16 → Delta Branches → record 1: bc (b→c) → HeadcstarDelta/boundaryStates/16/deltaBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 16 → Delta Branches → record 1: bc (b→c) → Resistance (Ω)Exact reduced rational: 31/2starDelta/boundaryStates/16/deltaBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 16 → Delta Branches → record 1: bc (b→c) → Oriented voltage drop (V)Exact reduced rational: 2starDelta/boundaryStates/16/deltaBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 16 → Delta Branches → record 1: bc (b→c) → Oriented current (A)Exact reduced rational: 4/31starDelta/boundaryStates/16/deltaBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 16 → Delta Branches → record 1: bc (b→c) → Absorbed branch power p=v i (W)Exact reduced rational: 8/31starDelta/boundaryStates/16/deltaBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 16 → Delta Branches → record 2: ca (c→a) → IdcastarDelta/boundaryStates/16/deltaBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 16 → Delta Branches → record 2: ca (c→a) → TailcstarDelta/boundaryStates/16/deltaBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 16 → Delta Branches → record 2: ca (c→a) → HeadastarDelta/boundaryStates/16/deltaBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 16 → Delta Branches → record 2: ca (c→a) → Resistance (Ω)Exact reduced rational: 31/3starDelta/boundaryStates/16/deltaBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 16 → Delta Branches → record 2: ca (c→a) → Oriented voltage drop (V)Exact reduced rational: 0starDelta/boundaryStates/16/deltaBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 16 → Delta Branches → record 2: ca (c→a) → Oriented current (A)Exact reduced rational: 0starDelta/boundaryStates/16/deltaBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 16 → Delta Branches → record 2: ca (c→a) → Absorbed branch power p=v i (W)Exact reduced rational: 0starDelta/boundaryStates/16/deltaBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 16 → Terminal currents entering star (A; a,b,c order) → record 0Exact reduced rational: -10/31starDelta/boundaryStates/16/terminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 16 → Terminal currents entering star (A; a,b,c order) → record 1Exact reduced rational: 14/31starDelta/boundaryStates/16/terminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 16 → Terminal currents entering star (A; a,b,c order) → record 2Exact reduced rational: -4/31starDelta/boundaryStates/16/terminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 16 → Terminal currents entering delta (A; a,b,c order) → record 0Exact reduced rational: -10/31starDelta/boundaryStates/16/deltaTerminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 16 → Terminal currents entering delta (A; a,b,c order) → record 1Exact reduced rational: 14/31starDelta/boundaryStates/16/deltaTerminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 16 → Terminal currents entering delta (A; a,b,c order) → record 2Exact reduced rational: -4/31starDelta/boundaryStates/16/deltaTerminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 16 → Star Dissipation (W)Exact reduced rational: 28/31starDelta/boundaryStates/16/starDissipationW
      Star–delta and boundary matrices → Boundary States → record 16 → Delta Dissipation (W)Exact reduced rational: 28/31starDelta/boundaryStates/16/deltaDissipationW
      Star–delta and boundary matrices → Boundary States → record 16 → Terminal Power (W)Exact reduced rational: 28/31starDelta/boundaryStates/16/terminalPowerW
      Star–delta and boundary matrices → Boundary States → record 16 → Boundary Current Residual (A) → record 0Exact reduced rational: 0starDelta/boundaryStates/16/boundaryCurrentResidualA/0
      Star–delta and boundary matrices → Boundary States → record 16 → Boundary Current Residual (A) → record 1Exact reduced rational: 0starDelta/boundaryStates/16/boundaryCurrentResidualA/1
      Star–delta and boundary matrices → Boundary States → record 16 → Boundary Current Residual (A) → record 2Exact reduced rational: 0starDelta/boundaryStates/16/boundaryCurrentResidualA/2
      Star–delta and boundary matrices → Boundary States → record 16 → Power Equality Residual (W)Exact reduced rational: 0starDelta/boundaryStates/16/powerEqualityResidualW
      Star–delta and boundary matrices → Boundary States → record 17 → Record index (metadata, not a measured scalar)17starDelta/boundaryStates/17/index
      Star–delta and boundary matrices → Boundary States → record 17 → Boundary Voltages (V) → record 0Exact reduced rational: 0starDelta/boundaryStates/17/boundaryVoltagesV/0
      Star–delta and boundary matrices → Boundary States → record 17 → Boundary Voltages (V) → record 1Exact reduced rational: 2starDelta/boundaryStates/17/boundaryVoltagesV/1
      Star–delta and boundary matrices → Boundary States → record 17 → Boundary Voltages (V) → record 2Exact reduced rational: 2starDelta/boundaryStates/17/boundaryVoltagesV/2
      Star–delta and boundary matrices → Boundary States → record 17 → Center potential (V)Exact reduced rational: 32/31starDelta/boundaryStates/17/centerVoltageV
      Star–delta and boundary matrices → Boundary States → record 17 → Star Branches → record 0: az (a→z) → IdazstarDelta/boundaryStates/17/starBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 17 → Star Branches → record 0: az (a→z) → TailastarDelta/boundaryStates/17/starBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 17 → Star Branches → record 0: az (a→z) → HeadzstarDelta/boundaryStates/17/starBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 17 → Star Branches → record 0: az (a→z) → Resistance (Ω)Exact reduced rational: 2starDelta/boundaryStates/17/starBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 17 → Star Branches → record 0: az (a→z) → Oriented voltage drop (V)Exact reduced rational: -32/31starDelta/boundaryStates/17/starBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 17 → Star Branches → record 0: az (a→z) → Oriented current (A)Exact reduced rational: -16/31starDelta/boundaryStates/17/starBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 17 → Star Branches → record 0: az (a→z) → Absorbed branch power p=v i (W)Exact reduced rational: 512/961starDelta/boundaryStates/17/starBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 17 → Star Branches → record 1: bz (b→z) → IdbzstarDelta/boundaryStates/17/starBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 17 → Star Branches → record 1: bz (b→z) → TailbstarDelta/boundaryStates/17/starBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 17 → Star Branches → record 1: bz (b→z) → HeadzstarDelta/boundaryStates/17/starBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 17 → Star Branches → record 1: bz (b→z) → Resistance (Ω)Exact reduced rational: 3starDelta/boundaryStates/17/starBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 17 → Star Branches → record 1: bz (b→z) → Oriented voltage drop (V)Exact reduced rational: 30/31starDelta/boundaryStates/17/starBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 17 → Star Branches → record 1: bz (b→z) → Oriented current (A)Exact reduced rational: 10/31starDelta/boundaryStates/17/starBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 17 → Star Branches → record 1: bz (b→z) → Absorbed branch power p=v i (W)Exact reduced rational: 300/961starDelta/boundaryStates/17/starBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 17 → Star Branches → record 2: cz (c→z) → IdczstarDelta/boundaryStates/17/starBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 17 → Star Branches → record 2: cz (c→z) → TailcstarDelta/boundaryStates/17/starBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 17 → Star Branches → record 2: cz (c→z) → HeadzstarDelta/boundaryStates/17/starBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 17 → Star Branches → record 2: cz (c→z) → Resistance (Ω)Exact reduced rational: 5starDelta/boundaryStates/17/starBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 17 → Star Branches → record 2: cz (c→z) → Oriented voltage drop (V)Exact reduced rational: 30/31starDelta/boundaryStates/17/starBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 17 → Star Branches → record 2: cz (c→z) → Oriented current (A)Exact reduced rational: 6/31starDelta/boundaryStates/17/starBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 17 → Star Branches → record 2: cz (c→z) → Absorbed branch power p=v i (W)Exact reduced rational: 180/961starDelta/boundaryStates/17/starBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 17 → Delta Branches → record 0: ab (a→b) → IdabstarDelta/boundaryStates/17/deltaBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 17 → Delta Branches → record 0: ab (a→b) → TailastarDelta/boundaryStates/17/deltaBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 17 → Delta Branches → record 0: ab (a→b) → HeadbstarDelta/boundaryStates/17/deltaBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 17 → Delta Branches → record 0: ab (a→b) → Resistance (Ω)Exact reduced rational: 31/5starDelta/boundaryStates/17/deltaBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 17 → Delta Branches → record 0: ab (a→b) → Oriented voltage drop (V)Exact reduced rational: -2starDelta/boundaryStates/17/deltaBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 17 → Delta Branches → record 0: ab (a→b) → Oriented current (A)Exact reduced rational: -10/31starDelta/boundaryStates/17/deltaBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 17 → Delta Branches → record 0: ab (a→b) → Absorbed branch power p=v i (W)Exact reduced rational: 20/31starDelta/boundaryStates/17/deltaBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 17 → Delta Branches → record 1: bc (b→c) → IdbcstarDelta/boundaryStates/17/deltaBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 17 → Delta Branches → record 1: bc (b→c) → TailbstarDelta/boundaryStates/17/deltaBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 17 → Delta Branches → record 1: bc (b→c) → HeadcstarDelta/boundaryStates/17/deltaBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 17 → Delta Branches → record 1: bc (b→c) → Resistance (Ω)Exact reduced rational: 31/2starDelta/boundaryStates/17/deltaBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 17 → Delta Branches → record 1: bc (b→c) → Oriented voltage drop (V)Exact reduced rational: 0starDelta/boundaryStates/17/deltaBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 17 → Delta Branches → record 1: bc (b→c) → Oriented current (A)Exact reduced rational: 0starDelta/boundaryStates/17/deltaBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 17 → Delta Branches → record 1: bc (b→c) → Absorbed branch power p=v i (W)Exact reduced rational: 0starDelta/boundaryStates/17/deltaBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 17 → Delta Branches → record 2: ca (c→a) → IdcastarDelta/boundaryStates/17/deltaBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 17 → Delta Branches → record 2: ca (c→a) → TailcstarDelta/boundaryStates/17/deltaBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 17 → Delta Branches → record 2: ca (c→a) → HeadastarDelta/boundaryStates/17/deltaBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 17 → Delta Branches → record 2: ca (c→a) → Resistance (Ω)Exact reduced rational: 31/3starDelta/boundaryStates/17/deltaBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 17 → Delta Branches → record 2: ca (c→a) → Oriented voltage drop (V)Exact reduced rational: 2starDelta/boundaryStates/17/deltaBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 17 → Delta Branches → record 2: ca (c→a) → Oriented current (A)Exact reduced rational: 6/31starDelta/boundaryStates/17/deltaBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 17 → Delta Branches → record 2: ca (c→a) → Absorbed branch power p=v i (W)Exact reduced rational: 12/31starDelta/boundaryStates/17/deltaBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 17 → Terminal currents entering star (A; a,b,c order) → record 0Exact reduced rational: -16/31starDelta/boundaryStates/17/terminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 17 → Terminal currents entering star (A; a,b,c order) → record 1Exact reduced rational: 10/31starDelta/boundaryStates/17/terminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 17 → Terminal currents entering star (A; a,b,c order) → record 2Exact reduced rational: 6/31starDelta/boundaryStates/17/terminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 17 → Terminal currents entering delta (A; a,b,c order) → record 0Exact reduced rational: -16/31starDelta/boundaryStates/17/deltaTerminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 17 → Terminal currents entering delta (A; a,b,c order) → record 1Exact reduced rational: 10/31starDelta/boundaryStates/17/deltaTerminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 17 → Terminal currents entering delta (A; a,b,c order) → record 2Exact reduced rational: 6/31starDelta/boundaryStates/17/deltaTerminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 17 → Star Dissipation (W)Exact reduced rational: 32/31starDelta/boundaryStates/17/starDissipationW
      Star–delta and boundary matrices → Boundary States → record 17 → Delta Dissipation (W)Exact reduced rational: 32/31starDelta/boundaryStates/17/deltaDissipationW
      Star–delta and boundary matrices → Boundary States → record 17 → Terminal Power (W)Exact reduced rational: 32/31starDelta/boundaryStates/17/terminalPowerW
      Star–delta and boundary matrices → Boundary States → record 17 → Boundary Current Residual (A) → record 0Exact reduced rational: 0starDelta/boundaryStates/17/boundaryCurrentResidualA/0
      Star–delta and boundary matrices → Boundary States → record 17 → Boundary Current Residual (A) → record 1Exact reduced rational: 0starDelta/boundaryStates/17/boundaryCurrentResidualA/1
      Star–delta and boundary matrices → Boundary States → record 17 → Boundary Current Residual (A) → record 2Exact reduced rational: 0starDelta/boundaryStates/17/boundaryCurrentResidualA/2
      Star–delta and boundary matrices → Boundary States → record 17 → Power Equality Residual (W)Exact reduced rational: 0starDelta/boundaryStates/17/powerEqualityResidualW
      Star–delta and boundary matrices → Boundary States → record 18 → Record index (metadata, not a measured scalar)18starDelta/boundaryStates/18/index
      Star–delta and boundary matrices → Boundary States → record 18 → Boundary Voltages (V) → record 0Exact reduced rational: 2starDelta/boundaryStates/18/boundaryVoltagesV/0
      Star–delta and boundary matrices → Boundary States → record 18 → Boundary Voltages (V) → record 1Exact reduced rational: -1starDelta/boundaryStates/18/boundaryVoltagesV/1
      Star–delta and boundary matrices → Boundary States → record 18 → Boundary Voltages (V) → record 2Exact reduced rational: -1starDelta/boundaryStates/18/boundaryVoltagesV/2
      Star–delta and boundary matrices → Boundary States → record 18 → Center potential (V)Exact reduced rational: 14/31starDelta/boundaryStates/18/centerVoltageV
      Star–delta and boundary matrices → Boundary States → record 18 → Star Branches → record 0: az (a→z) → IdazstarDelta/boundaryStates/18/starBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 18 → Star Branches → record 0: az (a→z) → TailastarDelta/boundaryStates/18/starBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 18 → Star Branches → record 0: az (a→z) → HeadzstarDelta/boundaryStates/18/starBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 18 → Star Branches → record 0: az (a→z) → Resistance (Ω)Exact reduced rational: 2starDelta/boundaryStates/18/starBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 18 → Star Branches → record 0: az (a→z) → Oriented voltage drop (V)Exact reduced rational: 48/31starDelta/boundaryStates/18/starBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 18 → Star Branches → record 0: az (a→z) → Oriented current (A)Exact reduced rational: 24/31starDelta/boundaryStates/18/starBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 18 → Star Branches → record 0: az (a→z) → Absorbed branch power p=v i (W)Exact reduced rational: 1152/961starDelta/boundaryStates/18/starBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 18 → Star Branches → record 1: bz (b→z) → IdbzstarDelta/boundaryStates/18/starBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 18 → Star Branches → record 1: bz (b→z) → TailbstarDelta/boundaryStates/18/starBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 18 → Star Branches → record 1: bz (b→z) → HeadzstarDelta/boundaryStates/18/starBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 18 → Star Branches → record 1: bz (b→z) → Resistance (Ω)Exact reduced rational: 3starDelta/boundaryStates/18/starBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 18 → Star Branches → record 1: bz (b→z) → Oriented voltage drop (V)Exact reduced rational: -45/31starDelta/boundaryStates/18/starBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 18 → Star Branches → record 1: bz (b→z) → Oriented current (A)Exact reduced rational: -15/31starDelta/boundaryStates/18/starBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 18 → Star Branches → record 1: bz (b→z) → Absorbed branch power p=v i (W)Exact reduced rational: 675/961starDelta/boundaryStates/18/starBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 18 → Star Branches → record 2: cz (c→z) → IdczstarDelta/boundaryStates/18/starBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 18 → Star Branches → record 2: cz (c→z) → TailcstarDelta/boundaryStates/18/starBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 18 → Star Branches → record 2: cz (c→z) → HeadzstarDelta/boundaryStates/18/starBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 18 → Star Branches → record 2: cz (c→z) → Resistance (Ω)Exact reduced rational: 5starDelta/boundaryStates/18/starBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 18 → Star Branches → record 2: cz (c→z) → Oriented voltage drop (V)Exact reduced rational: -45/31starDelta/boundaryStates/18/starBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 18 → Star Branches → record 2: cz (c→z) → Oriented current (A)Exact reduced rational: -9/31starDelta/boundaryStates/18/starBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 18 → Star Branches → record 2: cz (c→z) → Absorbed branch power p=v i (W)Exact reduced rational: 405/961starDelta/boundaryStates/18/starBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 18 → Delta Branches → record 0: ab (a→b) → IdabstarDelta/boundaryStates/18/deltaBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 18 → Delta Branches → record 0: ab (a→b) → TailastarDelta/boundaryStates/18/deltaBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 18 → Delta Branches → record 0: ab (a→b) → HeadbstarDelta/boundaryStates/18/deltaBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 18 → Delta Branches → record 0: ab (a→b) → Resistance (Ω)Exact reduced rational: 31/5starDelta/boundaryStates/18/deltaBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 18 → Delta Branches → record 0: ab (a→b) → Oriented voltage drop (V)Exact reduced rational: 3starDelta/boundaryStates/18/deltaBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 18 → Delta Branches → record 0: ab (a→b) → Oriented current (A)Exact reduced rational: 15/31starDelta/boundaryStates/18/deltaBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 18 → Delta Branches → record 0: ab (a→b) → Absorbed branch power p=v i (W)Exact reduced rational: 45/31starDelta/boundaryStates/18/deltaBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 18 → Delta Branches → record 1: bc (b→c) → IdbcstarDelta/boundaryStates/18/deltaBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 18 → Delta Branches → record 1: bc (b→c) → TailbstarDelta/boundaryStates/18/deltaBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 18 → Delta Branches → record 1: bc (b→c) → HeadcstarDelta/boundaryStates/18/deltaBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 18 → Delta Branches → record 1: bc (b→c) → Resistance (Ω)Exact reduced rational: 31/2starDelta/boundaryStates/18/deltaBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 18 → Delta Branches → record 1: bc (b→c) → Oriented voltage drop (V)Exact reduced rational: 0starDelta/boundaryStates/18/deltaBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 18 → Delta Branches → record 1: bc (b→c) → Oriented current (A)Exact reduced rational: 0starDelta/boundaryStates/18/deltaBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 18 → Delta Branches → record 1: bc (b→c) → Absorbed branch power p=v i (W)Exact reduced rational: 0starDelta/boundaryStates/18/deltaBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 18 → Delta Branches → record 2: ca (c→a) → IdcastarDelta/boundaryStates/18/deltaBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 18 → Delta Branches → record 2: ca (c→a) → TailcstarDelta/boundaryStates/18/deltaBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 18 → Delta Branches → record 2: ca (c→a) → HeadastarDelta/boundaryStates/18/deltaBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 18 → Delta Branches → record 2: ca (c→a) → Resistance (Ω)Exact reduced rational: 31/3starDelta/boundaryStates/18/deltaBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 18 → Delta Branches → record 2: ca (c→a) → Oriented voltage drop (V)Exact reduced rational: -3starDelta/boundaryStates/18/deltaBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 18 → Delta Branches → record 2: ca (c→a) → Oriented current (A)Exact reduced rational: -9/31starDelta/boundaryStates/18/deltaBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 18 → Delta Branches → record 2: ca (c→a) → Absorbed branch power p=v i (W)Exact reduced rational: 27/31starDelta/boundaryStates/18/deltaBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 18 → Terminal currents entering star (A; a,b,c order) → record 0Exact reduced rational: 24/31starDelta/boundaryStates/18/terminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 18 → Terminal currents entering star (A; a,b,c order) → record 1Exact reduced rational: -15/31starDelta/boundaryStates/18/terminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 18 → Terminal currents entering star (A; a,b,c order) → record 2Exact reduced rational: -9/31starDelta/boundaryStates/18/terminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 18 → Terminal currents entering delta (A; a,b,c order) → record 0Exact reduced rational: 24/31starDelta/boundaryStates/18/deltaTerminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 18 → Terminal currents entering delta (A; a,b,c order) → record 1Exact reduced rational: -15/31starDelta/boundaryStates/18/deltaTerminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 18 → Terminal currents entering delta (A; a,b,c order) → record 2Exact reduced rational: -9/31starDelta/boundaryStates/18/deltaTerminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 18 → Star Dissipation (W)Exact reduced rational: 72/31starDelta/boundaryStates/18/starDissipationW
      Star–delta and boundary matrices → Boundary States → record 18 → Delta Dissipation (W)Exact reduced rational: 72/31starDelta/boundaryStates/18/deltaDissipationW
      Star–delta and boundary matrices → Boundary States → record 18 → Terminal Power (W)Exact reduced rational: 72/31starDelta/boundaryStates/18/terminalPowerW
      Star–delta and boundary matrices → Boundary States → record 18 → Boundary Current Residual (A) → record 0Exact reduced rational: 0starDelta/boundaryStates/18/boundaryCurrentResidualA/0
      Star–delta and boundary matrices → Boundary States → record 18 → Boundary Current Residual (A) → record 1Exact reduced rational: 0starDelta/boundaryStates/18/boundaryCurrentResidualA/1
      Star–delta and boundary matrices → Boundary States → record 18 → Boundary Current Residual (A) → record 2Exact reduced rational: 0starDelta/boundaryStates/18/boundaryCurrentResidualA/2
      Star–delta and boundary matrices → Boundary States → record 18 → Power Equality Residual (W)Exact reduced rational: 0starDelta/boundaryStates/18/powerEqualityResidualW
      Star–delta and boundary matrices → Boundary States → record 19 → Record index (metadata, not a measured scalar)19starDelta/boundaryStates/19/index
      Star–delta and boundary matrices → Boundary States → record 19 → Boundary Voltages (V) → record 0Exact reduced rational: 2starDelta/boundaryStates/19/boundaryVoltagesV/0
      Star–delta and boundary matrices → Boundary States → record 19 → Boundary Voltages (V) → record 1Exact reduced rational: -1starDelta/boundaryStates/19/boundaryVoltagesV/1
      Star–delta and boundary matrices → Boundary States → record 19 → Boundary Voltages (V) → record 2Exact reduced rational: 0starDelta/boundaryStates/19/boundaryVoltagesV/2
      Star–delta and boundary matrices → Boundary States → record 19 → Center potential (V)Exact reduced rational: 20/31starDelta/boundaryStates/19/centerVoltageV
      Star–delta and boundary matrices → Boundary States → record 19 → Star Branches → record 0: az (a→z) → IdazstarDelta/boundaryStates/19/starBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 19 → Star Branches → record 0: az (a→z) → TailastarDelta/boundaryStates/19/starBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 19 → Star Branches → record 0: az (a→z) → HeadzstarDelta/boundaryStates/19/starBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 19 → Star Branches → record 0: az (a→z) → Resistance (Ω)Exact reduced rational: 2starDelta/boundaryStates/19/starBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 19 → Star Branches → record 0: az (a→z) → Oriented voltage drop (V)Exact reduced rational: 42/31starDelta/boundaryStates/19/starBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 19 → Star Branches → record 0: az (a→z) → Oriented current (A)Exact reduced rational: 21/31starDelta/boundaryStates/19/starBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 19 → Star Branches → record 0: az (a→z) → Absorbed branch power p=v i (W)Exact reduced rational: 882/961starDelta/boundaryStates/19/starBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 19 → Star Branches → record 1: bz (b→z) → IdbzstarDelta/boundaryStates/19/starBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 19 → Star Branches → record 1: bz (b→z) → TailbstarDelta/boundaryStates/19/starBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 19 → Star Branches → record 1: bz (b→z) → HeadzstarDelta/boundaryStates/19/starBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 19 → Star Branches → record 1: bz (b→z) → Resistance (Ω)Exact reduced rational: 3starDelta/boundaryStates/19/starBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 19 → Star Branches → record 1: bz (b→z) → Oriented voltage drop (V)Exact reduced rational: -51/31starDelta/boundaryStates/19/starBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 19 → Star Branches → record 1: bz (b→z) → Oriented current (A)Exact reduced rational: -17/31starDelta/boundaryStates/19/starBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 19 → Star Branches → record 1: bz (b→z) → Absorbed branch power p=v i (W)Exact reduced rational: 867/961starDelta/boundaryStates/19/starBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 19 → Star Branches → record 2: cz (c→z) → IdczstarDelta/boundaryStates/19/starBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 19 → Star Branches → record 2: cz (c→z) → TailcstarDelta/boundaryStates/19/starBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 19 → Star Branches → record 2: cz (c→z) → HeadzstarDelta/boundaryStates/19/starBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 19 → Star Branches → record 2: cz (c→z) → Resistance (Ω)Exact reduced rational: 5starDelta/boundaryStates/19/starBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 19 → Star Branches → record 2: cz (c→z) → Oriented voltage drop (V)Exact reduced rational: -20/31starDelta/boundaryStates/19/starBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 19 → Star Branches → record 2: cz (c→z) → Oriented current (A)Exact reduced rational: -4/31starDelta/boundaryStates/19/starBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 19 → Star Branches → record 2: cz (c→z) → Absorbed branch power p=v i (W)Exact reduced rational: 80/961starDelta/boundaryStates/19/starBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 19 → Delta Branches → record 0: ab (a→b) → IdabstarDelta/boundaryStates/19/deltaBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 19 → Delta Branches → record 0: ab (a→b) → TailastarDelta/boundaryStates/19/deltaBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 19 → Delta Branches → record 0: ab (a→b) → HeadbstarDelta/boundaryStates/19/deltaBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 19 → Delta Branches → record 0: ab (a→b) → Resistance (Ω)Exact reduced rational: 31/5starDelta/boundaryStates/19/deltaBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 19 → Delta Branches → record 0: ab (a→b) → Oriented voltage drop (V)Exact reduced rational: 3starDelta/boundaryStates/19/deltaBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 19 → Delta Branches → record 0: ab (a→b) → Oriented current (A)Exact reduced rational: 15/31starDelta/boundaryStates/19/deltaBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 19 → Delta Branches → record 0: ab (a→b) → Absorbed branch power p=v i (W)Exact reduced rational: 45/31starDelta/boundaryStates/19/deltaBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 19 → Delta Branches → record 1: bc (b→c) → IdbcstarDelta/boundaryStates/19/deltaBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 19 → Delta Branches → record 1: bc (b→c) → TailbstarDelta/boundaryStates/19/deltaBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 19 → Delta Branches → record 1: bc (b→c) → HeadcstarDelta/boundaryStates/19/deltaBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 19 → Delta Branches → record 1: bc (b→c) → Resistance (Ω)Exact reduced rational: 31/2starDelta/boundaryStates/19/deltaBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 19 → Delta Branches → record 1: bc (b→c) → Oriented voltage drop (V)Exact reduced rational: -1starDelta/boundaryStates/19/deltaBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 19 → Delta Branches → record 1: bc (b→c) → Oriented current (A)Exact reduced rational: -2/31starDelta/boundaryStates/19/deltaBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 19 → Delta Branches → record 1: bc (b→c) → Absorbed branch power p=v i (W)Exact reduced rational: 2/31starDelta/boundaryStates/19/deltaBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 19 → Delta Branches → record 2: ca (c→a) → IdcastarDelta/boundaryStates/19/deltaBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 19 → Delta Branches → record 2: ca (c→a) → TailcstarDelta/boundaryStates/19/deltaBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 19 → Delta Branches → record 2: ca (c→a) → HeadastarDelta/boundaryStates/19/deltaBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 19 → Delta Branches → record 2: ca (c→a) → Resistance (Ω)Exact reduced rational: 31/3starDelta/boundaryStates/19/deltaBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 19 → Delta Branches → record 2: ca (c→a) → Oriented voltage drop (V)Exact reduced rational: -2starDelta/boundaryStates/19/deltaBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 19 → Delta Branches → record 2: ca (c→a) → Oriented current (A)Exact reduced rational: -6/31starDelta/boundaryStates/19/deltaBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 19 → Delta Branches → record 2: ca (c→a) → Absorbed branch power p=v i (W)Exact reduced rational: 12/31starDelta/boundaryStates/19/deltaBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 19 → Terminal currents entering star (A; a,b,c order) → record 0Exact reduced rational: 21/31starDelta/boundaryStates/19/terminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 19 → Terminal currents entering star (A; a,b,c order) → record 1Exact reduced rational: -17/31starDelta/boundaryStates/19/terminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 19 → Terminal currents entering star (A; a,b,c order) → record 2Exact reduced rational: -4/31starDelta/boundaryStates/19/terminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 19 → Terminal currents entering delta (A; a,b,c order) → record 0Exact reduced rational: 21/31starDelta/boundaryStates/19/deltaTerminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 19 → Terminal currents entering delta (A; a,b,c order) → record 1Exact reduced rational: -17/31starDelta/boundaryStates/19/deltaTerminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 19 → Terminal currents entering delta (A; a,b,c order) → record 2Exact reduced rational: -4/31starDelta/boundaryStates/19/deltaTerminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 19 → Star Dissipation (W)Exact reduced rational: 59/31starDelta/boundaryStates/19/starDissipationW
      Star–delta and boundary matrices → Boundary States → record 19 → Delta Dissipation (W)Exact reduced rational: 59/31starDelta/boundaryStates/19/deltaDissipationW
      Star–delta and boundary matrices → Boundary States → record 19 → Terminal Power (W)Exact reduced rational: 59/31starDelta/boundaryStates/19/terminalPowerW
      Star–delta and boundary matrices → Boundary States → record 19 → Boundary Current Residual (A) → record 0Exact reduced rational: 0starDelta/boundaryStates/19/boundaryCurrentResidualA/0
      Star–delta and boundary matrices → Boundary States → record 19 → Boundary Current Residual (A) → record 1Exact reduced rational: 0starDelta/boundaryStates/19/boundaryCurrentResidualA/1
      Star–delta and boundary matrices → Boundary States → record 19 → Boundary Current Residual (A) → record 2Exact reduced rational: 0starDelta/boundaryStates/19/boundaryCurrentResidualA/2
      Star–delta and boundary matrices → Boundary States → record 19 → Power Equality Residual (W)Exact reduced rational: 0starDelta/boundaryStates/19/powerEqualityResidualW
      Star–delta and boundary matrices → Boundary States → record 20 → Record index (metadata, not a measured scalar)20starDelta/boundaryStates/20/index
      Star–delta and boundary matrices → Boundary States → record 20 → Boundary Voltages (V) → record 0Exact reduced rational: 2starDelta/boundaryStates/20/boundaryVoltagesV/0
      Star–delta and boundary matrices → Boundary States → record 20 → Boundary Voltages (V) → record 1Exact reduced rational: -1starDelta/boundaryStates/20/boundaryVoltagesV/1
      Star–delta and boundary matrices → Boundary States → record 20 → Boundary Voltages (V) → record 2Exact reduced rational: 2starDelta/boundaryStates/20/boundaryVoltagesV/2
      Star–delta and boundary matrices → Boundary States → record 20 → Center potential (V)Exact reduced rational: 32/31starDelta/boundaryStates/20/centerVoltageV
      Star–delta and boundary matrices → Boundary States → record 20 → Star Branches → record 0: az (a→z) → IdazstarDelta/boundaryStates/20/starBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 20 → Star Branches → record 0: az (a→z) → TailastarDelta/boundaryStates/20/starBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 20 → Star Branches → record 0: az (a→z) → HeadzstarDelta/boundaryStates/20/starBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 20 → Star Branches → record 0: az (a→z) → Resistance (Ω)Exact reduced rational: 2starDelta/boundaryStates/20/starBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 20 → Star Branches → record 0: az (a→z) → Oriented voltage drop (V)Exact reduced rational: 30/31starDelta/boundaryStates/20/starBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 20 → Star Branches → record 0: az (a→z) → Oriented current (A)Exact reduced rational: 15/31starDelta/boundaryStates/20/starBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 20 → Star Branches → record 0: az (a→z) → Absorbed branch power p=v i (W)Exact reduced rational: 450/961starDelta/boundaryStates/20/starBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 20 → Star Branches → record 1: bz (b→z) → IdbzstarDelta/boundaryStates/20/starBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 20 → Star Branches → record 1: bz (b→z) → TailbstarDelta/boundaryStates/20/starBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 20 → Star Branches → record 1: bz (b→z) → HeadzstarDelta/boundaryStates/20/starBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 20 → Star Branches → record 1: bz (b→z) → Resistance (Ω)Exact reduced rational: 3starDelta/boundaryStates/20/starBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 20 → Star Branches → record 1: bz (b→z) → Oriented voltage drop (V)Exact reduced rational: -63/31starDelta/boundaryStates/20/starBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 20 → Star Branches → record 1: bz (b→z) → Oriented current (A)Exact reduced rational: -21/31starDelta/boundaryStates/20/starBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 20 → Star Branches → record 1: bz (b→z) → Absorbed branch power p=v i (W)Exact reduced rational: 1323/961starDelta/boundaryStates/20/starBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 20 → Star Branches → record 2: cz (c→z) → IdczstarDelta/boundaryStates/20/starBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 20 → Star Branches → record 2: cz (c→z) → TailcstarDelta/boundaryStates/20/starBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 20 → Star Branches → record 2: cz (c→z) → HeadzstarDelta/boundaryStates/20/starBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 20 → Star Branches → record 2: cz (c→z) → Resistance (Ω)Exact reduced rational: 5starDelta/boundaryStates/20/starBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 20 → Star Branches → record 2: cz (c→z) → Oriented voltage drop (V)Exact reduced rational: 30/31starDelta/boundaryStates/20/starBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 20 → Star Branches → record 2: cz (c→z) → Oriented current (A)Exact reduced rational: 6/31starDelta/boundaryStates/20/starBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 20 → Star Branches → record 2: cz (c→z) → Absorbed branch power p=v i (W)Exact reduced rational: 180/961starDelta/boundaryStates/20/starBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 20 → Delta Branches → record 0: ab (a→b) → IdabstarDelta/boundaryStates/20/deltaBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 20 → Delta Branches → record 0: ab (a→b) → TailastarDelta/boundaryStates/20/deltaBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 20 → Delta Branches → record 0: ab (a→b) → HeadbstarDelta/boundaryStates/20/deltaBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 20 → Delta Branches → record 0: ab (a→b) → Resistance (Ω)Exact reduced rational: 31/5starDelta/boundaryStates/20/deltaBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 20 → Delta Branches → record 0: ab (a→b) → Oriented voltage drop (V)Exact reduced rational: 3starDelta/boundaryStates/20/deltaBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 20 → Delta Branches → record 0: ab (a→b) → Oriented current (A)Exact reduced rational: 15/31starDelta/boundaryStates/20/deltaBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 20 → Delta Branches → record 0: ab (a→b) → Absorbed branch power p=v i (W)Exact reduced rational: 45/31starDelta/boundaryStates/20/deltaBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 20 → Delta Branches → record 1: bc (b→c) → IdbcstarDelta/boundaryStates/20/deltaBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 20 → Delta Branches → record 1: bc (b→c) → TailbstarDelta/boundaryStates/20/deltaBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 20 → Delta Branches → record 1: bc (b→c) → HeadcstarDelta/boundaryStates/20/deltaBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 20 → Delta Branches → record 1: bc (b→c) → Resistance (Ω)Exact reduced rational: 31/2starDelta/boundaryStates/20/deltaBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 20 → Delta Branches → record 1: bc (b→c) → Oriented voltage drop (V)Exact reduced rational: -3starDelta/boundaryStates/20/deltaBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 20 → Delta Branches → record 1: bc (b→c) → Oriented current (A)Exact reduced rational: -6/31starDelta/boundaryStates/20/deltaBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 20 → Delta Branches → record 1: bc (b→c) → Absorbed branch power p=v i (W)Exact reduced rational: 18/31starDelta/boundaryStates/20/deltaBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 20 → Delta Branches → record 2: ca (c→a) → IdcastarDelta/boundaryStates/20/deltaBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 20 → Delta Branches → record 2: ca (c→a) → TailcstarDelta/boundaryStates/20/deltaBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 20 → Delta Branches → record 2: ca (c→a) → HeadastarDelta/boundaryStates/20/deltaBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 20 → Delta Branches → record 2: ca (c→a) → Resistance (Ω)Exact reduced rational: 31/3starDelta/boundaryStates/20/deltaBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 20 → Delta Branches → record 2: ca (c→a) → Oriented voltage drop (V)Exact reduced rational: 0starDelta/boundaryStates/20/deltaBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 20 → Delta Branches → record 2: ca (c→a) → Oriented current (A)Exact reduced rational: 0starDelta/boundaryStates/20/deltaBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 20 → Delta Branches → record 2: ca (c→a) → Absorbed branch power p=v i (W)Exact reduced rational: 0starDelta/boundaryStates/20/deltaBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 20 → Terminal currents entering star (A; a,b,c order) → record 0Exact reduced rational: 15/31starDelta/boundaryStates/20/terminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 20 → Terminal currents entering star (A; a,b,c order) → record 1Exact reduced rational: -21/31starDelta/boundaryStates/20/terminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 20 → Terminal currents entering star (A; a,b,c order) → record 2Exact reduced rational: 6/31starDelta/boundaryStates/20/terminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 20 → Terminal currents entering delta (A; a,b,c order) → record 0Exact reduced rational: 15/31starDelta/boundaryStates/20/deltaTerminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 20 → Terminal currents entering delta (A; a,b,c order) → record 1Exact reduced rational: -21/31starDelta/boundaryStates/20/deltaTerminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 20 → Terminal currents entering delta (A; a,b,c order) → record 2Exact reduced rational: 6/31starDelta/boundaryStates/20/deltaTerminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 20 → Star Dissipation (W)Exact reduced rational: 63/31starDelta/boundaryStates/20/starDissipationW
      Star–delta and boundary matrices → Boundary States → record 20 → Delta Dissipation (W)Exact reduced rational: 63/31starDelta/boundaryStates/20/deltaDissipationW
      Star–delta and boundary matrices → Boundary States → record 20 → Terminal Power (W)Exact reduced rational: 63/31starDelta/boundaryStates/20/terminalPowerW
      Star–delta and boundary matrices → Boundary States → record 20 → Boundary Current Residual (A) → record 0Exact reduced rational: 0starDelta/boundaryStates/20/boundaryCurrentResidualA/0
      Star–delta and boundary matrices → Boundary States → record 20 → Boundary Current Residual (A) → record 1Exact reduced rational: 0starDelta/boundaryStates/20/boundaryCurrentResidualA/1
      Star–delta and boundary matrices → Boundary States → record 20 → Boundary Current Residual (A) → record 2Exact reduced rational: 0starDelta/boundaryStates/20/boundaryCurrentResidualA/2
      Star–delta and boundary matrices → Boundary States → record 20 → Power Equality Residual (W)Exact reduced rational: 0starDelta/boundaryStates/20/powerEqualityResidualW
      Star–delta and boundary matrices → Boundary States → record 21 → Record index (metadata, not a measured scalar)21starDelta/boundaryStates/21/index
      Star–delta and boundary matrices → Boundary States → record 21 → Boundary Voltages (V) → record 0Exact reduced rational: 2starDelta/boundaryStates/21/boundaryVoltagesV/0
      Star–delta and boundary matrices → Boundary States → record 21 → Boundary Voltages (V) → record 1Exact reduced rational: 0starDelta/boundaryStates/21/boundaryVoltagesV/1
      Star–delta and boundary matrices → Boundary States → record 21 → Boundary Voltages (V) → record 2Exact reduced rational: -1starDelta/boundaryStates/21/boundaryVoltagesV/2
      Star–delta and boundary matrices → Boundary States → record 21 → Center potential (V)Exact reduced rational: 24/31starDelta/boundaryStates/21/centerVoltageV
      Star–delta and boundary matrices → Boundary States → record 21 → Star Branches → record 0: az (a→z) → IdazstarDelta/boundaryStates/21/starBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 21 → Star Branches → record 0: az (a→z) → TailastarDelta/boundaryStates/21/starBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 21 → Star Branches → record 0: az (a→z) → HeadzstarDelta/boundaryStates/21/starBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 21 → Star Branches → record 0: az (a→z) → Resistance (Ω)Exact reduced rational: 2starDelta/boundaryStates/21/starBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 21 → Star Branches → record 0: az (a→z) → Oriented voltage drop (V)Exact reduced rational: 38/31starDelta/boundaryStates/21/starBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 21 → Star Branches → record 0: az (a→z) → Oriented current (A)Exact reduced rational: 19/31starDelta/boundaryStates/21/starBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 21 → Star Branches → record 0: az (a→z) → Absorbed branch power p=v i (W)Exact reduced rational: 722/961starDelta/boundaryStates/21/starBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 21 → Star Branches → record 1: bz (b→z) → IdbzstarDelta/boundaryStates/21/starBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 21 → Star Branches → record 1: bz (b→z) → TailbstarDelta/boundaryStates/21/starBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 21 → Star Branches → record 1: bz (b→z) → HeadzstarDelta/boundaryStates/21/starBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 21 → Star Branches → record 1: bz (b→z) → Resistance (Ω)Exact reduced rational: 3starDelta/boundaryStates/21/starBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 21 → Star Branches → record 1: bz (b→z) → Oriented voltage drop (V)Exact reduced rational: -24/31starDelta/boundaryStates/21/starBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 21 → Star Branches → record 1: bz (b→z) → Oriented current (A)Exact reduced rational: -8/31starDelta/boundaryStates/21/starBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 21 → Star Branches → record 1: bz (b→z) → Absorbed branch power p=v i (W)Exact reduced rational: 192/961starDelta/boundaryStates/21/starBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 21 → Star Branches → record 2: cz (c→z) → IdczstarDelta/boundaryStates/21/starBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 21 → Star Branches → record 2: cz (c→z) → TailcstarDelta/boundaryStates/21/starBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 21 → Star Branches → record 2: cz (c→z) → HeadzstarDelta/boundaryStates/21/starBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 21 → Star Branches → record 2: cz (c→z) → Resistance (Ω)Exact reduced rational: 5starDelta/boundaryStates/21/starBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 21 → Star Branches → record 2: cz (c→z) → Oriented voltage drop (V)Exact reduced rational: -55/31starDelta/boundaryStates/21/starBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 21 → Star Branches → record 2: cz (c→z) → Oriented current (A)Exact reduced rational: -11/31starDelta/boundaryStates/21/starBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 21 → Star Branches → record 2: cz (c→z) → Absorbed branch power p=v i (W)Exact reduced rational: 605/961starDelta/boundaryStates/21/starBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 21 → Delta Branches → record 0: ab (a→b) → IdabstarDelta/boundaryStates/21/deltaBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 21 → Delta Branches → record 0: ab (a→b) → TailastarDelta/boundaryStates/21/deltaBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 21 → Delta Branches → record 0: ab (a→b) → HeadbstarDelta/boundaryStates/21/deltaBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 21 → Delta Branches → record 0: ab (a→b) → Resistance (Ω)Exact reduced rational: 31/5starDelta/boundaryStates/21/deltaBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 21 → Delta Branches → record 0: ab (a→b) → Oriented voltage drop (V)Exact reduced rational: 2starDelta/boundaryStates/21/deltaBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 21 → Delta Branches → record 0: ab (a→b) → Oriented current (A)Exact reduced rational: 10/31starDelta/boundaryStates/21/deltaBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 21 → Delta Branches → record 0: ab (a→b) → Absorbed branch power p=v i (W)Exact reduced rational: 20/31starDelta/boundaryStates/21/deltaBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 21 → Delta Branches → record 1: bc (b→c) → IdbcstarDelta/boundaryStates/21/deltaBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 21 → Delta Branches → record 1: bc (b→c) → TailbstarDelta/boundaryStates/21/deltaBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 21 → Delta Branches → record 1: bc (b→c) → HeadcstarDelta/boundaryStates/21/deltaBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 21 → Delta Branches → record 1: bc (b→c) → Resistance (Ω)Exact reduced rational: 31/2starDelta/boundaryStates/21/deltaBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 21 → Delta Branches → record 1: bc (b→c) → Oriented voltage drop (V)Exact reduced rational: 1starDelta/boundaryStates/21/deltaBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 21 → Delta Branches → record 1: bc (b→c) → Oriented current (A)Exact reduced rational: 2/31starDelta/boundaryStates/21/deltaBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 21 → Delta Branches → record 1: bc (b→c) → Absorbed branch power p=v i (W)Exact reduced rational: 2/31starDelta/boundaryStates/21/deltaBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 21 → Delta Branches → record 2: ca (c→a) → IdcastarDelta/boundaryStates/21/deltaBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 21 → Delta Branches → record 2: ca (c→a) → TailcstarDelta/boundaryStates/21/deltaBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 21 → Delta Branches → record 2: ca (c→a) → HeadastarDelta/boundaryStates/21/deltaBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 21 → Delta Branches → record 2: ca (c→a) → Resistance (Ω)Exact reduced rational: 31/3starDelta/boundaryStates/21/deltaBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 21 → Delta Branches → record 2: ca (c→a) → Oriented voltage drop (V)Exact reduced rational: -3starDelta/boundaryStates/21/deltaBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 21 → Delta Branches → record 2: ca (c→a) → Oriented current (A)Exact reduced rational: -9/31starDelta/boundaryStates/21/deltaBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 21 → Delta Branches → record 2: ca (c→a) → Absorbed branch power p=v i (W)Exact reduced rational: 27/31starDelta/boundaryStates/21/deltaBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 21 → Terminal currents entering star (A; a,b,c order) → record 0Exact reduced rational: 19/31starDelta/boundaryStates/21/terminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 21 → Terminal currents entering star (A; a,b,c order) → record 1Exact reduced rational: -8/31starDelta/boundaryStates/21/terminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 21 → Terminal currents entering star (A; a,b,c order) → record 2Exact reduced rational: -11/31starDelta/boundaryStates/21/terminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 21 → Terminal currents entering delta (A; a,b,c order) → record 0Exact reduced rational: 19/31starDelta/boundaryStates/21/deltaTerminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 21 → Terminal currents entering delta (A; a,b,c order) → record 1Exact reduced rational: -8/31starDelta/boundaryStates/21/deltaTerminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 21 → Terminal currents entering delta (A; a,b,c order) → record 2Exact reduced rational: -11/31starDelta/boundaryStates/21/deltaTerminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 21 → Star Dissipation (W)Exact reduced rational: 49/31starDelta/boundaryStates/21/starDissipationW
      Star–delta and boundary matrices → Boundary States → record 21 → Delta Dissipation (W)Exact reduced rational: 49/31starDelta/boundaryStates/21/deltaDissipationW
      Star–delta and boundary matrices → Boundary States → record 21 → Terminal Power (W)Exact reduced rational: 49/31starDelta/boundaryStates/21/terminalPowerW
      Star–delta and boundary matrices → Boundary States → record 21 → Boundary Current Residual (A) → record 0Exact reduced rational: 0starDelta/boundaryStates/21/boundaryCurrentResidualA/0
      Star–delta and boundary matrices → Boundary States → record 21 → Boundary Current Residual (A) → record 1Exact reduced rational: 0starDelta/boundaryStates/21/boundaryCurrentResidualA/1
      Star–delta and boundary matrices → Boundary States → record 21 → Boundary Current Residual (A) → record 2Exact reduced rational: 0starDelta/boundaryStates/21/boundaryCurrentResidualA/2
      Star–delta and boundary matrices → Boundary States → record 21 → Power Equality Residual (W)Exact reduced rational: 0starDelta/boundaryStates/21/powerEqualityResidualW
      Star–delta and boundary matrices → Boundary States → record 22 → Record index (metadata, not a measured scalar)22starDelta/boundaryStates/22/index
      Star–delta and boundary matrices → Boundary States → record 22 → Boundary Voltages (V) → record 0Exact reduced rational: 2starDelta/boundaryStates/22/boundaryVoltagesV/0
      Star–delta and boundary matrices → Boundary States → record 22 → Boundary Voltages (V) → record 1Exact reduced rational: 0starDelta/boundaryStates/22/boundaryVoltagesV/1
      Star–delta and boundary matrices → Boundary States → record 22 → Boundary Voltages (V) → record 2Exact reduced rational: 0starDelta/boundaryStates/22/boundaryVoltagesV/2
      Star–delta and boundary matrices → Boundary States → record 22 → Center potential (V)Exact reduced rational: 30/31starDelta/boundaryStates/22/centerVoltageV
      Star–delta and boundary matrices → Boundary States → record 22 → Star Branches → record 0: az (a→z) → IdazstarDelta/boundaryStates/22/starBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 22 → Star Branches → record 0: az (a→z) → TailastarDelta/boundaryStates/22/starBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 22 → Star Branches → record 0: az (a→z) → HeadzstarDelta/boundaryStates/22/starBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 22 → Star Branches → record 0: az (a→z) → Resistance (Ω)Exact reduced rational: 2starDelta/boundaryStates/22/starBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 22 → Star Branches → record 0: az (a→z) → Oriented voltage drop (V)Exact reduced rational: 32/31starDelta/boundaryStates/22/starBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 22 → Star Branches → record 0: az (a→z) → Oriented current (A)Exact reduced rational: 16/31starDelta/boundaryStates/22/starBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 22 → Star Branches → record 0: az (a→z) → Absorbed branch power p=v i (W)Exact reduced rational: 512/961starDelta/boundaryStates/22/starBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 22 → Star Branches → record 1: bz (b→z) → IdbzstarDelta/boundaryStates/22/starBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 22 → Star Branches → record 1: bz (b→z) → TailbstarDelta/boundaryStates/22/starBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 22 → Star Branches → record 1: bz (b→z) → HeadzstarDelta/boundaryStates/22/starBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 22 → Star Branches → record 1: bz (b→z) → Resistance (Ω)Exact reduced rational: 3starDelta/boundaryStates/22/starBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 22 → Star Branches → record 1: bz (b→z) → Oriented voltage drop (V)Exact reduced rational: -30/31starDelta/boundaryStates/22/starBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 22 → Star Branches → record 1: bz (b→z) → Oriented current (A)Exact reduced rational: -10/31starDelta/boundaryStates/22/starBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 22 → Star Branches → record 1: bz (b→z) → Absorbed branch power p=v i (W)Exact reduced rational: 300/961starDelta/boundaryStates/22/starBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 22 → Star Branches → record 2: cz (c→z) → IdczstarDelta/boundaryStates/22/starBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 22 → Star Branches → record 2: cz (c→z) → TailcstarDelta/boundaryStates/22/starBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 22 → Star Branches → record 2: cz (c→z) → HeadzstarDelta/boundaryStates/22/starBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 22 → Star Branches → record 2: cz (c→z) → Resistance (Ω)Exact reduced rational: 5starDelta/boundaryStates/22/starBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 22 → Star Branches → record 2: cz (c→z) → Oriented voltage drop (V)Exact reduced rational: -30/31starDelta/boundaryStates/22/starBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 22 → Star Branches → record 2: cz (c→z) → Oriented current (A)Exact reduced rational: -6/31starDelta/boundaryStates/22/starBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 22 → Star Branches → record 2: cz (c→z) → Absorbed branch power p=v i (W)Exact reduced rational: 180/961starDelta/boundaryStates/22/starBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 22 → Delta Branches → record 0: ab (a→b) → IdabstarDelta/boundaryStates/22/deltaBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 22 → Delta Branches → record 0: ab (a→b) → TailastarDelta/boundaryStates/22/deltaBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 22 → Delta Branches → record 0: ab (a→b) → HeadbstarDelta/boundaryStates/22/deltaBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 22 → Delta Branches → record 0: ab (a→b) → Resistance (Ω)Exact reduced rational: 31/5starDelta/boundaryStates/22/deltaBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 22 → Delta Branches → record 0: ab (a→b) → Oriented voltage drop (V)Exact reduced rational: 2starDelta/boundaryStates/22/deltaBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 22 → Delta Branches → record 0: ab (a→b) → Oriented current (A)Exact reduced rational: 10/31starDelta/boundaryStates/22/deltaBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 22 → Delta Branches → record 0: ab (a→b) → Absorbed branch power p=v i (W)Exact reduced rational: 20/31starDelta/boundaryStates/22/deltaBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 22 → Delta Branches → record 1: bc (b→c) → IdbcstarDelta/boundaryStates/22/deltaBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 22 → Delta Branches → record 1: bc (b→c) → TailbstarDelta/boundaryStates/22/deltaBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 22 → Delta Branches → record 1: bc (b→c) → HeadcstarDelta/boundaryStates/22/deltaBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 22 → Delta Branches → record 1: bc (b→c) → Resistance (Ω)Exact reduced rational: 31/2starDelta/boundaryStates/22/deltaBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 22 → Delta Branches → record 1: bc (b→c) → Oriented voltage drop (V)Exact reduced rational: 0starDelta/boundaryStates/22/deltaBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 22 → Delta Branches → record 1: bc (b→c) → Oriented current (A)Exact reduced rational: 0starDelta/boundaryStates/22/deltaBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 22 → Delta Branches → record 1: bc (b→c) → Absorbed branch power p=v i (W)Exact reduced rational: 0starDelta/boundaryStates/22/deltaBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 22 → Delta Branches → record 2: ca (c→a) → IdcastarDelta/boundaryStates/22/deltaBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 22 → Delta Branches → record 2: ca (c→a) → TailcstarDelta/boundaryStates/22/deltaBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 22 → Delta Branches → record 2: ca (c→a) → HeadastarDelta/boundaryStates/22/deltaBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 22 → Delta Branches → record 2: ca (c→a) → Resistance (Ω)Exact reduced rational: 31/3starDelta/boundaryStates/22/deltaBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 22 → Delta Branches → record 2: ca (c→a) → Oriented voltage drop (V)Exact reduced rational: -2starDelta/boundaryStates/22/deltaBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 22 → Delta Branches → record 2: ca (c→a) → Oriented current (A)Exact reduced rational: -6/31starDelta/boundaryStates/22/deltaBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 22 → Delta Branches → record 2: ca (c→a) → Absorbed branch power p=v i (W)Exact reduced rational: 12/31starDelta/boundaryStates/22/deltaBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 22 → Terminal currents entering star (A; a,b,c order) → record 0Exact reduced rational: 16/31starDelta/boundaryStates/22/terminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 22 → Terminal currents entering star (A; a,b,c order) → record 1Exact reduced rational: -10/31starDelta/boundaryStates/22/terminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 22 → Terminal currents entering star (A; a,b,c order) → record 2Exact reduced rational: -6/31starDelta/boundaryStates/22/terminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 22 → Terminal currents entering delta (A; a,b,c order) → record 0Exact reduced rational: 16/31starDelta/boundaryStates/22/deltaTerminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 22 → Terminal currents entering delta (A; a,b,c order) → record 1Exact reduced rational: -10/31starDelta/boundaryStates/22/deltaTerminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 22 → Terminal currents entering delta (A; a,b,c order) → record 2Exact reduced rational: -6/31starDelta/boundaryStates/22/deltaTerminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 22 → Star Dissipation (W)Exact reduced rational: 32/31starDelta/boundaryStates/22/starDissipationW
      Star–delta and boundary matrices → Boundary States → record 22 → Delta Dissipation (W)Exact reduced rational: 32/31starDelta/boundaryStates/22/deltaDissipationW
      Star–delta and boundary matrices → Boundary States → record 22 → Terminal Power (W)Exact reduced rational: 32/31starDelta/boundaryStates/22/terminalPowerW
      Star–delta and boundary matrices → Boundary States → record 22 → Boundary Current Residual (A) → record 0Exact reduced rational: 0starDelta/boundaryStates/22/boundaryCurrentResidualA/0
      Star–delta and boundary matrices → Boundary States → record 22 → Boundary Current Residual (A) → record 1Exact reduced rational: 0starDelta/boundaryStates/22/boundaryCurrentResidualA/1
      Star–delta and boundary matrices → Boundary States → record 22 → Boundary Current Residual (A) → record 2Exact reduced rational: 0starDelta/boundaryStates/22/boundaryCurrentResidualA/2
      Star–delta and boundary matrices → Boundary States → record 22 → Power Equality Residual (W)Exact reduced rational: 0starDelta/boundaryStates/22/powerEqualityResidualW
      Star–delta and boundary matrices → Boundary States → record 23 → Record index (metadata, not a measured scalar)23starDelta/boundaryStates/23/index
      Star–delta and boundary matrices → Boundary States → record 23 → Boundary Voltages (V) → record 0Exact reduced rational: 2starDelta/boundaryStates/23/boundaryVoltagesV/0
      Star–delta and boundary matrices → Boundary States → record 23 → Boundary Voltages (V) → record 1Exact reduced rational: 0starDelta/boundaryStates/23/boundaryVoltagesV/1
      Star–delta and boundary matrices → Boundary States → record 23 → Boundary Voltages (V) → record 2Exact reduced rational: 2starDelta/boundaryStates/23/boundaryVoltagesV/2
      Star–delta and boundary matrices → Boundary States → record 23 → Center potential (V)Exact reduced rational: 42/31starDelta/boundaryStates/23/centerVoltageV
      Star–delta and boundary matrices → Boundary States → record 23 → Star Branches → record 0: az (a→z) → IdazstarDelta/boundaryStates/23/starBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 23 → Star Branches → record 0: az (a→z) → TailastarDelta/boundaryStates/23/starBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 23 → Star Branches → record 0: az (a→z) → HeadzstarDelta/boundaryStates/23/starBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 23 → Star Branches → record 0: az (a→z) → Resistance (Ω)Exact reduced rational: 2starDelta/boundaryStates/23/starBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 23 → Star Branches → record 0: az (a→z) → Oriented voltage drop (V)Exact reduced rational: 20/31starDelta/boundaryStates/23/starBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 23 → Star Branches → record 0: az (a→z) → Oriented current (A)Exact reduced rational: 10/31starDelta/boundaryStates/23/starBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 23 → Star Branches → record 0: az (a→z) → Absorbed branch power p=v i (W)Exact reduced rational: 200/961starDelta/boundaryStates/23/starBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 23 → Star Branches → record 1: bz (b→z) → IdbzstarDelta/boundaryStates/23/starBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 23 → Star Branches → record 1: bz (b→z) → TailbstarDelta/boundaryStates/23/starBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 23 → Star Branches → record 1: bz (b→z) → HeadzstarDelta/boundaryStates/23/starBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 23 → Star Branches → record 1: bz (b→z) → Resistance (Ω)Exact reduced rational: 3starDelta/boundaryStates/23/starBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 23 → Star Branches → record 1: bz (b→z) → Oriented voltage drop (V)Exact reduced rational: -42/31starDelta/boundaryStates/23/starBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 23 → Star Branches → record 1: bz (b→z) → Oriented current (A)Exact reduced rational: -14/31starDelta/boundaryStates/23/starBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 23 → Star Branches → record 1: bz (b→z) → Absorbed branch power p=v i (W)Exact reduced rational: 588/961starDelta/boundaryStates/23/starBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 23 → Star Branches → record 2: cz (c→z) → IdczstarDelta/boundaryStates/23/starBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 23 → Star Branches → record 2: cz (c→z) → TailcstarDelta/boundaryStates/23/starBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 23 → Star Branches → record 2: cz (c→z) → HeadzstarDelta/boundaryStates/23/starBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 23 → Star Branches → record 2: cz (c→z) → Resistance (Ω)Exact reduced rational: 5starDelta/boundaryStates/23/starBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 23 → Star Branches → record 2: cz (c→z) → Oriented voltage drop (V)Exact reduced rational: 20/31starDelta/boundaryStates/23/starBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 23 → Star Branches → record 2: cz (c→z) → Oriented current (A)Exact reduced rational: 4/31starDelta/boundaryStates/23/starBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 23 → Star Branches → record 2: cz (c→z) → Absorbed branch power p=v i (W)Exact reduced rational: 80/961starDelta/boundaryStates/23/starBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 23 → Delta Branches → record 0: ab (a→b) → IdabstarDelta/boundaryStates/23/deltaBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 23 → Delta Branches → record 0: ab (a→b) → TailastarDelta/boundaryStates/23/deltaBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 23 → Delta Branches → record 0: ab (a→b) → HeadbstarDelta/boundaryStates/23/deltaBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 23 → Delta Branches → record 0: ab (a→b) → Resistance (Ω)Exact reduced rational: 31/5starDelta/boundaryStates/23/deltaBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 23 → Delta Branches → record 0: ab (a→b) → Oriented voltage drop (V)Exact reduced rational: 2starDelta/boundaryStates/23/deltaBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 23 → Delta Branches → record 0: ab (a→b) → Oriented current (A)Exact reduced rational: 10/31starDelta/boundaryStates/23/deltaBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 23 → Delta Branches → record 0: ab (a→b) → Absorbed branch power p=v i (W)Exact reduced rational: 20/31starDelta/boundaryStates/23/deltaBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 23 → Delta Branches → record 1: bc (b→c) → IdbcstarDelta/boundaryStates/23/deltaBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 23 → Delta Branches → record 1: bc (b→c) → TailbstarDelta/boundaryStates/23/deltaBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 23 → Delta Branches → record 1: bc (b→c) → HeadcstarDelta/boundaryStates/23/deltaBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 23 → Delta Branches → record 1: bc (b→c) → Resistance (Ω)Exact reduced rational: 31/2starDelta/boundaryStates/23/deltaBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 23 → Delta Branches → record 1: bc (b→c) → Oriented voltage drop (V)Exact reduced rational: -2starDelta/boundaryStates/23/deltaBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 23 → Delta Branches → record 1: bc (b→c) → Oriented current (A)Exact reduced rational: -4/31starDelta/boundaryStates/23/deltaBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 23 → Delta Branches → record 1: bc (b→c) → Absorbed branch power p=v i (W)Exact reduced rational: 8/31starDelta/boundaryStates/23/deltaBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 23 → Delta Branches → record 2: ca (c→a) → IdcastarDelta/boundaryStates/23/deltaBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 23 → Delta Branches → record 2: ca (c→a) → TailcstarDelta/boundaryStates/23/deltaBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 23 → Delta Branches → record 2: ca (c→a) → HeadastarDelta/boundaryStates/23/deltaBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 23 → Delta Branches → record 2: ca (c→a) → Resistance (Ω)Exact reduced rational: 31/3starDelta/boundaryStates/23/deltaBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 23 → Delta Branches → record 2: ca (c→a) → Oriented voltage drop (V)Exact reduced rational: 0starDelta/boundaryStates/23/deltaBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 23 → Delta Branches → record 2: ca (c→a) → Oriented current (A)Exact reduced rational: 0starDelta/boundaryStates/23/deltaBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 23 → Delta Branches → record 2: ca (c→a) → Absorbed branch power p=v i (W)Exact reduced rational: 0starDelta/boundaryStates/23/deltaBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 23 → Terminal currents entering star (A; a,b,c order) → record 0Exact reduced rational: 10/31starDelta/boundaryStates/23/terminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 23 → Terminal currents entering star (A; a,b,c order) → record 1Exact reduced rational: -14/31starDelta/boundaryStates/23/terminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 23 → Terminal currents entering star (A; a,b,c order) → record 2Exact reduced rational: 4/31starDelta/boundaryStates/23/terminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 23 → Terminal currents entering delta (A; a,b,c order) → record 0Exact reduced rational: 10/31starDelta/boundaryStates/23/deltaTerminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 23 → Terminal currents entering delta (A; a,b,c order) → record 1Exact reduced rational: -14/31starDelta/boundaryStates/23/deltaTerminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 23 → Terminal currents entering delta (A; a,b,c order) → record 2Exact reduced rational: 4/31starDelta/boundaryStates/23/deltaTerminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 23 → Star Dissipation (W)Exact reduced rational: 28/31starDelta/boundaryStates/23/starDissipationW
      Star–delta and boundary matrices → Boundary States → record 23 → Delta Dissipation (W)Exact reduced rational: 28/31starDelta/boundaryStates/23/deltaDissipationW
      Star–delta and boundary matrices → Boundary States → record 23 → Terminal Power (W)Exact reduced rational: 28/31starDelta/boundaryStates/23/terminalPowerW
      Star–delta and boundary matrices → Boundary States → record 23 → Boundary Current Residual (A) → record 0Exact reduced rational: 0starDelta/boundaryStates/23/boundaryCurrentResidualA/0
      Star–delta and boundary matrices → Boundary States → record 23 → Boundary Current Residual (A) → record 1Exact reduced rational: 0starDelta/boundaryStates/23/boundaryCurrentResidualA/1
      Star–delta and boundary matrices → Boundary States → record 23 → Boundary Current Residual (A) → record 2Exact reduced rational: 0starDelta/boundaryStates/23/boundaryCurrentResidualA/2
      Star–delta and boundary matrices → Boundary States → record 23 → Power Equality Residual (W)Exact reduced rational: 0starDelta/boundaryStates/23/powerEqualityResidualW
      Star–delta and boundary matrices → Boundary States → record 24 → Record index (metadata, not a measured scalar)24starDelta/boundaryStates/24/index
      Star–delta and boundary matrices → Boundary States → record 24 → Boundary Voltages (V) → record 0Exact reduced rational: 2starDelta/boundaryStates/24/boundaryVoltagesV/0
      Star–delta and boundary matrices → Boundary States → record 24 → Boundary Voltages (V) → record 1Exact reduced rational: 2starDelta/boundaryStates/24/boundaryVoltagesV/1
      Star–delta and boundary matrices → Boundary States → record 24 → Boundary Voltages (V) → record 2Exact reduced rational: -1starDelta/boundaryStates/24/boundaryVoltagesV/2
      Star–delta and boundary matrices → Boundary States → record 24 → Center potential (V)Exact reduced rational: 44/31starDelta/boundaryStates/24/centerVoltageV
      Star–delta and boundary matrices → Boundary States → record 24 → Star Branches → record 0: az (a→z) → IdazstarDelta/boundaryStates/24/starBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 24 → Star Branches → record 0: az (a→z) → TailastarDelta/boundaryStates/24/starBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 24 → Star Branches → record 0: az (a→z) → HeadzstarDelta/boundaryStates/24/starBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 24 → Star Branches → record 0: az (a→z) → Resistance (Ω)Exact reduced rational: 2starDelta/boundaryStates/24/starBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 24 → Star Branches → record 0: az (a→z) → Oriented voltage drop (V)Exact reduced rational: 18/31starDelta/boundaryStates/24/starBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 24 → Star Branches → record 0: az (a→z) → Oriented current (A)Exact reduced rational: 9/31starDelta/boundaryStates/24/starBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 24 → Star Branches → record 0: az (a→z) → Absorbed branch power p=v i (W)Exact reduced rational: 162/961starDelta/boundaryStates/24/starBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 24 → Star Branches → record 1: bz (b→z) → IdbzstarDelta/boundaryStates/24/starBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 24 → Star Branches → record 1: bz (b→z) → TailbstarDelta/boundaryStates/24/starBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 24 → Star Branches → record 1: bz (b→z) → HeadzstarDelta/boundaryStates/24/starBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 24 → Star Branches → record 1: bz (b→z) → Resistance (Ω)Exact reduced rational: 3starDelta/boundaryStates/24/starBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 24 → Star Branches → record 1: bz (b→z) → Oriented voltage drop (V)Exact reduced rational: 18/31starDelta/boundaryStates/24/starBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 24 → Star Branches → record 1: bz (b→z) → Oriented current (A)Exact reduced rational: 6/31starDelta/boundaryStates/24/starBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 24 → Star Branches → record 1: bz (b→z) → Absorbed branch power p=v i (W)Exact reduced rational: 108/961starDelta/boundaryStates/24/starBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 24 → Star Branches → record 2: cz (c→z) → IdczstarDelta/boundaryStates/24/starBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 24 → Star Branches → record 2: cz (c→z) → TailcstarDelta/boundaryStates/24/starBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 24 → Star Branches → record 2: cz (c→z) → HeadzstarDelta/boundaryStates/24/starBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 24 → Star Branches → record 2: cz (c→z) → Resistance (Ω)Exact reduced rational: 5starDelta/boundaryStates/24/starBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 24 → Star Branches → record 2: cz (c→z) → Oriented voltage drop (V)Exact reduced rational: -75/31starDelta/boundaryStates/24/starBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 24 → Star Branches → record 2: cz (c→z) → Oriented current (A)Exact reduced rational: -15/31starDelta/boundaryStates/24/starBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 24 → Star Branches → record 2: cz (c→z) → Absorbed branch power p=v i (W)Exact reduced rational: 1125/961starDelta/boundaryStates/24/starBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 24 → Delta Branches → record 0: ab (a→b) → IdabstarDelta/boundaryStates/24/deltaBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 24 → Delta Branches → record 0: ab (a→b) → TailastarDelta/boundaryStates/24/deltaBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 24 → Delta Branches → record 0: ab (a→b) → HeadbstarDelta/boundaryStates/24/deltaBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 24 → Delta Branches → record 0: ab (a→b) → Resistance (Ω)Exact reduced rational: 31/5starDelta/boundaryStates/24/deltaBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 24 → Delta Branches → record 0: ab (a→b) → Oriented voltage drop (V)Exact reduced rational: 0starDelta/boundaryStates/24/deltaBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 24 → Delta Branches → record 0: ab (a→b) → Oriented current (A)Exact reduced rational: 0starDelta/boundaryStates/24/deltaBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 24 → Delta Branches → record 0: ab (a→b) → Absorbed branch power p=v i (W)Exact reduced rational: 0starDelta/boundaryStates/24/deltaBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 24 → Delta Branches → record 1: bc (b→c) → IdbcstarDelta/boundaryStates/24/deltaBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 24 → Delta Branches → record 1: bc (b→c) → TailbstarDelta/boundaryStates/24/deltaBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 24 → Delta Branches → record 1: bc (b→c) → HeadcstarDelta/boundaryStates/24/deltaBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 24 → Delta Branches → record 1: bc (b→c) → Resistance (Ω)Exact reduced rational: 31/2starDelta/boundaryStates/24/deltaBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 24 → Delta Branches → record 1: bc (b→c) → Oriented voltage drop (V)Exact reduced rational: 3starDelta/boundaryStates/24/deltaBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 24 → Delta Branches → record 1: bc (b→c) → Oriented current (A)Exact reduced rational: 6/31starDelta/boundaryStates/24/deltaBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 24 → Delta Branches → record 1: bc (b→c) → Absorbed branch power p=v i (W)Exact reduced rational: 18/31starDelta/boundaryStates/24/deltaBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 24 → Delta Branches → record 2: ca (c→a) → IdcastarDelta/boundaryStates/24/deltaBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 24 → Delta Branches → record 2: ca (c→a) → TailcstarDelta/boundaryStates/24/deltaBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 24 → Delta Branches → record 2: ca (c→a) → HeadastarDelta/boundaryStates/24/deltaBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 24 → Delta Branches → record 2: ca (c→a) → Resistance (Ω)Exact reduced rational: 31/3starDelta/boundaryStates/24/deltaBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 24 → Delta Branches → record 2: ca (c→a) → Oriented voltage drop (V)Exact reduced rational: -3starDelta/boundaryStates/24/deltaBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 24 → Delta Branches → record 2: ca (c→a) → Oriented current (A)Exact reduced rational: -9/31starDelta/boundaryStates/24/deltaBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 24 → Delta Branches → record 2: ca (c→a) → Absorbed branch power p=v i (W)Exact reduced rational: 27/31starDelta/boundaryStates/24/deltaBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 24 → Terminal currents entering star (A; a,b,c order) → record 0Exact reduced rational: 9/31starDelta/boundaryStates/24/terminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 24 → Terminal currents entering star (A; a,b,c order) → record 1Exact reduced rational: 6/31starDelta/boundaryStates/24/terminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 24 → Terminal currents entering star (A; a,b,c order) → record 2Exact reduced rational: -15/31starDelta/boundaryStates/24/terminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 24 → Terminal currents entering delta (A; a,b,c order) → record 0Exact reduced rational: 9/31starDelta/boundaryStates/24/deltaTerminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 24 → Terminal currents entering delta (A; a,b,c order) → record 1Exact reduced rational: 6/31starDelta/boundaryStates/24/deltaTerminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 24 → Terminal currents entering delta (A; a,b,c order) → record 2Exact reduced rational: -15/31starDelta/boundaryStates/24/deltaTerminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 24 → Star Dissipation (W)Exact reduced rational: 45/31starDelta/boundaryStates/24/starDissipationW
      Star–delta and boundary matrices → Boundary States → record 24 → Delta Dissipation (W)Exact reduced rational: 45/31starDelta/boundaryStates/24/deltaDissipationW
      Star–delta and boundary matrices → Boundary States → record 24 → Terminal Power (W)Exact reduced rational: 45/31starDelta/boundaryStates/24/terminalPowerW
      Star–delta and boundary matrices → Boundary States → record 24 → Boundary Current Residual (A) → record 0Exact reduced rational: 0starDelta/boundaryStates/24/boundaryCurrentResidualA/0
      Star–delta and boundary matrices → Boundary States → record 24 → Boundary Current Residual (A) → record 1Exact reduced rational: 0starDelta/boundaryStates/24/boundaryCurrentResidualA/1
      Star–delta and boundary matrices → Boundary States → record 24 → Boundary Current Residual (A) → record 2Exact reduced rational: 0starDelta/boundaryStates/24/boundaryCurrentResidualA/2
      Star–delta and boundary matrices → Boundary States → record 24 → Power Equality Residual (W)Exact reduced rational: 0starDelta/boundaryStates/24/powerEqualityResidualW
      Star–delta and boundary matrices → Boundary States → record 25 → Record index (metadata, not a measured scalar)25starDelta/boundaryStates/25/index
      Star–delta and boundary matrices → Boundary States → record 25 → Boundary Voltages (V) → record 0Exact reduced rational: 2starDelta/boundaryStates/25/boundaryVoltagesV/0
      Star–delta and boundary matrices → Boundary States → record 25 → Boundary Voltages (V) → record 1Exact reduced rational: 2starDelta/boundaryStates/25/boundaryVoltagesV/1
      Star–delta and boundary matrices → Boundary States → record 25 → Boundary Voltages (V) → record 2Exact reduced rational: 0starDelta/boundaryStates/25/boundaryVoltagesV/2
      Star–delta and boundary matrices → Boundary States → record 25 → Center potential (V)Exact reduced rational: 50/31starDelta/boundaryStates/25/centerVoltageV
      Star–delta and boundary matrices → Boundary States → record 25 → Star Branches → record 0: az (a→z) → IdazstarDelta/boundaryStates/25/starBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 25 → Star Branches → record 0: az (a→z) → TailastarDelta/boundaryStates/25/starBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 25 → Star Branches → record 0: az (a→z) → HeadzstarDelta/boundaryStates/25/starBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 25 → Star Branches → record 0: az (a→z) → Resistance (Ω)Exact reduced rational: 2starDelta/boundaryStates/25/starBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 25 → Star Branches → record 0: az (a→z) → Oriented voltage drop (V)Exact reduced rational: 12/31starDelta/boundaryStates/25/starBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 25 → Star Branches → record 0: az (a→z) → Oriented current (A)Exact reduced rational: 6/31starDelta/boundaryStates/25/starBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 25 → Star Branches → record 0: az (a→z) → Absorbed branch power p=v i (W)Exact reduced rational: 72/961starDelta/boundaryStates/25/starBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 25 → Star Branches → record 1: bz (b→z) → IdbzstarDelta/boundaryStates/25/starBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 25 → Star Branches → record 1: bz (b→z) → TailbstarDelta/boundaryStates/25/starBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 25 → Star Branches → record 1: bz (b→z) → HeadzstarDelta/boundaryStates/25/starBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 25 → Star Branches → record 1: bz (b→z) → Resistance (Ω)Exact reduced rational: 3starDelta/boundaryStates/25/starBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 25 → Star Branches → record 1: bz (b→z) → Oriented voltage drop (V)Exact reduced rational: 12/31starDelta/boundaryStates/25/starBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 25 → Star Branches → record 1: bz (b→z) → Oriented current (A)Exact reduced rational: 4/31starDelta/boundaryStates/25/starBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 25 → Star Branches → record 1: bz (b→z) → Absorbed branch power p=v i (W)Exact reduced rational: 48/961starDelta/boundaryStates/25/starBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 25 → Star Branches → record 2: cz (c→z) → IdczstarDelta/boundaryStates/25/starBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 25 → Star Branches → record 2: cz (c→z) → TailcstarDelta/boundaryStates/25/starBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 25 → Star Branches → record 2: cz (c→z) → HeadzstarDelta/boundaryStates/25/starBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 25 → Star Branches → record 2: cz (c→z) → Resistance (Ω)Exact reduced rational: 5starDelta/boundaryStates/25/starBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 25 → Star Branches → record 2: cz (c→z) → Oriented voltage drop (V)Exact reduced rational: -50/31starDelta/boundaryStates/25/starBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 25 → Star Branches → record 2: cz (c→z) → Oriented current (A)Exact reduced rational: -10/31starDelta/boundaryStates/25/starBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 25 → Star Branches → record 2: cz (c→z) → Absorbed branch power p=v i (W)Exact reduced rational: 500/961starDelta/boundaryStates/25/starBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 25 → Delta Branches → record 0: ab (a→b) → IdabstarDelta/boundaryStates/25/deltaBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 25 → Delta Branches → record 0: ab (a→b) → TailastarDelta/boundaryStates/25/deltaBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 25 → Delta Branches → record 0: ab (a→b) → HeadbstarDelta/boundaryStates/25/deltaBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 25 → Delta Branches → record 0: ab (a→b) → Resistance (Ω)Exact reduced rational: 31/5starDelta/boundaryStates/25/deltaBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 25 → Delta Branches → record 0: ab (a→b) → Oriented voltage drop (V)Exact reduced rational: 0starDelta/boundaryStates/25/deltaBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 25 → Delta Branches → record 0: ab (a→b) → Oriented current (A)Exact reduced rational: 0starDelta/boundaryStates/25/deltaBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 25 → Delta Branches → record 0: ab (a→b) → Absorbed branch power p=v i (W)Exact reduced rational: 0starDelta/boundaryStates/25/deltaBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 25 → Delta Branches → record 1: bc (b→c) → IdbcstarDelta/boundaryStates/25/deltaBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 25 → Delta Branches → record 1: bc (b→c) → TailbstarDelta/boundaryStates/25/deltaBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 25 → Delta Branches → record 1: bc (b→c) → HeadcstarDelta/boundaryStates/25/deltaBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 25 → Delta Branches → record 1: bc (b→c) → Resistance (Ω)Exact reduced rational: 31/2starDelta/boundaryStates/25/deltaBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 25 → Delta Branches → record 1: bc (b→c) → Oriented voltage drop (V)Exact reduced rational: 2starDelta/boundaryStates/25/deltaBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 25 → Delta Branches → record 1: bc (b→c) → Oriented current (A)Exact reduced rational: 4/31starDelta/boundaryStates/25/deltaBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 25 → Delta Branches → record 1: bc (b→c) → Absorbed branch power p=v i (W)Exact reduced rational: 8/31starDelta/boundaryStates/25/deltaBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 25 → Delta Branches → record 2: ca (c→a) → IdcastarDelta/boundaryStates/25/deltaBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 25 → Delta Branches → record 2: ca (c→a) → TailcstarDelta/boundaryStates/25/deltaBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 25 → Delta Branches → record 2: ca (c→a) → HeadastarDelta/boundaryStates/25/deltaBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 25 → Delta Branches → record 2: ca (c→a) → Resistance (Ω)Exact reduced rational: 31/3starDelta/boundaryStates/25/deltaBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 25 → Delta Branches → record 2: ca (c→a) → Oriented voltage drop (V)Exact reduced rational: -2starDelta/boundaryStates/25/deltaBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 25 → Delta Branches → record 2: ca (c→a) → Oriented current (A)Exact reduced rational: -6/31starDelta/boundaryStates/25/deltaBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 25 → Delta Branches → record 2: ca (c→a) → Absorbed branch power p=v i (W)Exact reduced rational: 12/31starDelta/boundaryStates/25/deltaBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 25 → Terminal currents entering star (A; a,b,c order) → record 0Exact reduced rational: 6/31starDelta/boundaryStates/25/terminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 25 → Terminal currents entering star (A; a,b,c order) → record 1Exact reduced rational: 4/31starDelta/boundaryStates/25/terminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 25 → Terminal currents entering star (A; a,b,c order) → record 2Exact reduced rational: -10/31starDelta/boundaryStates/25/terminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 25 → Terminal currents entering delta (A; a,b,c order) → record 0Exact reduced rational: 6/31starDelta/boundaryStates/25/deltaTerminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 25 → Terminal currents entering delta (A; a,b,c order) → record 1Exact reduced rational: 4/31starDelta/boundaryStates/25/deltaTerminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 25 → Terminal currents entering delta (A; a,b,c order) → record 2Exact reduced rational: -10/31starDelta/boundaryStates/25/deltaTerminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 25 → Star Dissipation (W)Exact reduced rational: 20/31starDelta/boundaryStates/25/starDissipationW
      Star–delta and boundary matrices → Boundary States → record 25 → Delta Dissipation (W)Exact reduced rational: 20/31starDelta/boundaryStates/25/deltaDissipationW
      Star–delta and boundary matrices → Boundary States → record 25 → Terminal Power (W)Exact reduced rational: 20/31starDelta/boundaryStates/25/terminalPowerW
      Star–delta and boundary matrices → Boundary States → record 25 → Boundary Current Residual (A) → record 0Exact reduced rational: 0starDelta/boundaryStates/25/boundaryCurrentResidualA/0
      Star–delta and boundary matrices → Boundary States → record 25 → Boundary Current Residual (A) → record 1Exact reduced rational: 0starDelta/boundaryStates/25/boundaryCurrentResidualA/1
      Star–delta and boundary matrices → Boundary States → record 25 → Boundary Current Residual (A) → record 2Exact reduced rational: 0starDelta/boundaryStates/25/boundaryCurrentResidualA/2
      Star–delta and boundary matrices → Boundary States → record 25 → Power Equality Residual (W)Exact reduced rational: 0starDelta/boundaryStates/25/powerEqualityResidualW
      Star–delta and boundary matrices → Boundary States → record 26 → Record index (metadata, not a measured scalar)26starDelta/boundaryStates/26/index
      Star–delta and boundary matrices → Boundary States → record 26 → Boundary Voltages (V) → record 0Exact reduced rational: 2starDelta/boundaryStates/26/boundaryVoltagesV/0
      Star–delta and boundary matrices → Boundary States → record 26 → Boundary Voltages (V) → record 1Exact reduced rational: 2starDelta/boundaryStates/26/boundaryVoltagesV/1
      Star–delta and boundary matrices → Boundary States → record 26 → Boundary Voltages (V) → record 2Exact reduced rational: 2starDelta/boundaryStates/26/boundaryVoltagesV/2
      Star–delta and boundary matrices → Boundary States → record 26 → Center potential (V)Exact reduced rational: 2starDelta/boundaryStates/26/centerVoltageV
      Star–delta and boundary matrices → Boundary States → record 26 → Star Branches → record 0: az (a→z) → IdazstarDelta/boundaryStates/26/starBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 26 → Star Branches → record 0: az (a→z) → TailastarDelta/boundaryStates/26/starBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 26 → Star Branches → record 0: az (a→z) → HeadzstarDelta/boundaryStates/26/starBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 26 → Star Branches → record 0: az (a→z) → Resistance (Ω)Exact reduced rational: 2starDelta/boundaryStates/26/starBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 26 → Star Branches → record 0: az (a→z) → Oriented voltage drop (V)Exact reduced rational: 0starDelta/boundaryStates/26/starBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 26 → Star Branches → record 0: az (a→z) → Oriented current (A)Exact reduced rational: 0starDelta/boundaryStates/26/starBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 26 → Star Branches → record 0: az (a→z) → Absorbed branch power p=v i (W)Exact reduced rational: 0starDelta/boundaryStates/26/starBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 26 → Star Branches → record 1: bz (b→z) → IdbzstarDelta/boundaryStates/26/starBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 26 → Star Branches → record 1: bz (b→z) → TailbstarDelta/boundaryStates/26/starBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 26 → Star Branches → record 1: bz (b→z) → HeadzstarDelta/boundaryStates/26/starBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 26 → Star Branches → record 1: bz (b→z) → Resistance (Ω)Exact reduced rational: 3starDelta/boundaryStates/26/starBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 26 → Star Branches → record 1: bz (b→z) → Oriented voltage drop (V)Exact reduced rational: 0starDelta/boundaryStates/26/starBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 26 → Star Branches → record 1: bz (b→z) → Oriented current (A)Exact reduced rational: 0starDelta/boundaryStates/26/starBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 26 → Star Branches → record 1: bz (b→z) → Absorbed branch power p=v i (W)Exact reduced rational: 0starDelta/boundaryStates/26/starBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 26 → Star Branches → record 2: cz (c→z) → IdczstarDelta/boundaryStates/26/starBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 26 → Star Branches → record 2: cz (c→z) → TailcstarDelta/boundaryStates/26/starBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 26 → Star Branches → record 2: cz (c→z) → HeadzstarDelta/boundaryStates/26/starBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 26 → Star Branches → record 2: cz (c→z) → Resistance (Ω)Exact reduced rational: 5starDelta/boundaryStates/26/starBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 26 → Star Branches → record 2: cz (c→z) → Oriented voltage drop (V)Exact reduced rational: 0starDelta/boundaryStates/26/starBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 26 → Star Branches → record 2: cz (c→z) → Oriented current (A)Exact reduced rational: 0starDelta/boundaryStates/26/starBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 26 → Star Branches → record 2: cz (c→z) → Absorbed branch power p=v i (W)Exact reduced rational: 0starDelta/boundaryStates/26/starBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 26 → Delta Branches → record 0: ab (a→b) → IdabstarDelta/boundaryStates/26/deltaBranches/0/id
      Star–delta and boundary matrices → Boundary States → record 26 → Delta Branches → record 0: ab (a→b) → TailastarDelta/boundaryStates/26/deltaBranches/0/tail
      Star–delta and boundary matrices → Boundary States → record 26 → Delta Branches → record 0: ab (a→b) → HeadbstarDelta/boundaryStates/26/deltaBranches/0/head
      Star–delta and boundary matrices → Boundary States → record 26 → Delta Branches → record 0: ab (a→b) → Resistance (Ω)Exact reduced rational: 31/5starDelta/boundaryStates/26/deltaBranches/0/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 26 → Delta Branches → record 0: ab (a→b) → Oriented voltage drop (V)Exact reduced rational: 0starDelta/boundaryStates/26/deltaBranches/0/voltageV
      Star–delta and boundary matrices → Boundary States → record 26 → Delta Branches → record 0: ab (a→b) → Oriented current (A)Exact reduced rational: 0starDelta/boundaryStates/26/deltaBranches/0/currentA
      Star–delta and boundary matrices → Boundary States → record 26 → Delta Branches → record 0: ab (a→b) → Absorbed branch power p=v i (W)Exact reduced rational: 0starDelta/boundaryStates/26/deltaBranches/0/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 26 → Delta Branches → record 1: bc (b→c) → IdbcstarDelta/boundaryStates/26/deltaBranches/1/id
      Star–delta and boundary matrices → Boundary States → record 26 → Delta Branches → record 1: bc (b→c) → TailbstarDelta/boundaryStates/26/deltaBranches/1/tail
      Star–delta and boundary matrices → Boundary States → record 26 → Delta Branches → record 1: bc (b→c) → HeadcstarDelta/boundaryStates/26/deltaBranches/1/head
      Star–delta and boundary matrices → Boundary States → record 26 → Delta Branches → record 1: bc (b→c) → Resistance (Ω)Exact reduced rational: 31/2starDelta/boundaryStates/26/deltaBranches/1/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 26 → Delta Branches → record 1: bc (b→c) → Oriented voltage drop (V)Exact reduced rational: 0starDelta/boundaryStates/26/deltaBranches/1/voltageV
      Star–delta and boundary matrices → Boundary States → record 26 → Delta Branches → record 1: bc (b→c) → Oriented current (A)Exact reduced rational: 0starDelta/boundaryStates/26/deltaBranches/1/currentA
      Star–delta and boundary matrices → Boundary States → record 26 → Delta Branches → record 1: bc (b→c) → Absorbed branch power p=v i (W)Exact reduced rational: 0starDelta/boundaryStates/26/deltaBranches/1/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 26 → Delta Branches → record 2: ca (c→a) → IdcastarDelta/boundaryStates/26/deltaBranches/2/id
      Star–delta and boundary matrices → Boundary States → record 26 → Delta Branches → record 2: ca (c→a) → TailcstarDelta/boundaryStates/26/deltaBranches/2/tail
      Star–delta and boundary matrices → Boundary States → record 26 → Delta Branches → record 2: ca (c→a) → HeadastarDelta/boundaryStates/26/deltaBranches/2/head
      Star–delta and boundary matrices → Boundary States → record 26 → Delta Branches → record 2: ca (c→a) → Resistance (Ω)Exact reduced rational: 31/3starDelta/boundaryStates/26/deltaBranches/2/resistanceOhm
      Star–delta and boundary matrices → Boundary States → record 26 → Delta Branches → record 2: ca (c→a) → Oriented voltage drop (V)Exact reduced rational: 0starDelta/boundaryStates/26/deltaBranches/2/voltageV
      Star–delta and boundary matrices → Boundary States → record 26 → Delta Branches → record 2: ca (c→a) → Oriented current (A)Exact reduced rational: 0starDelta/boundaryStates/26/deltaBranches/2/currentA
      Star–delta and boundary matrices → Boundary States → record 26 → Delta Branches → record 2: ca (c→a) → Absorbed branch power p=v i (W)Exact reduced rational: 0starDelta/boundaryStates/26/deltaBranches/2/absorbedPowerW
      Star–delta and boundary matrices → Boundary States → record 26 → Terminal currents entering star (A; a,b,c order) → record 0Exact reduced rational: 0starDelta/boundaryStates/26/terminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 26 → Terminal currents entering star (A; a,b,c order) → record 1Exact reduced rational: 0starDelta/boundaryStates/26/terminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 26 → Terminal currents entering star (A; a,b,c order) → record 2Exact reduced rational: 0starDelta/boundaryStates/26/terminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 26 → Terminal currents entering delta (A; a,b,c order) → record 0Exact reduced rational: 0starDelta/boundaryStates/26/deltaTerminalCurrentsEnteringA/0
      Star–delta and boundary matrices → Boundary States → record 26 → Terminal currents entering delta (A; a,b,c order) → record 1Exact reduced rational: 0starDelta/boundaryStates/26/deltaTerminalCurrentsEnteringA/1
      Star–delta and boundary matrices → Boundary States → record 26 → Terminal currents entering delta (A; a,b,c order) → record 2Exact reduced rational: 0starDelta/boundaryStates/26/deltaTerminalCurrentsEnteringA/2
      Star–delta and boundary matrices → Boundary States → record 26 → Star Dissipation (W)Exact reduced rational: 0starDelta/boundaryStates/26/starDissipationW
      Star–delta and boundary matrices → Boundary States → record 26 → Delta Dissipation (W)Exact reduced rational: 0starDelta/boundaryStates/26/deltaDissipationW
      Star–delta and boundary matrices → Boundary States → record 26 → Terminal Power (W)Exact reduced rational: 0starDelta/boundaryStates/26/terminalPowerW
      Star–delta and boundary matrices → Boundary States → record 26 → Boundary Current Residual (A) → record 0Exact reduced rational: 0starDelta/boundaryStates/26/boundaryCurrentResidualA/0
      Star–delta and boundary matrices → Boundary States → record 26 → Boundary Current Residual (A) → record 1Exact reduced rational: 0starDelta/boundaryStates/26/boundaryCurrentResidualA/1
      Star–delta and boundary matrices → Boundary States → record 26 → Boundary Current Residual (A) → record 2Exact reduced rational: 0starDelta/boundaryStates/26/boundaryCurrentResidualA/2
      Star–delta and boundary matrices → Boundary States → record 26 → Power Equality Residual (W)Exact reduced rational: 0starDelta/boundaryStates/26/powerEqualityResidualW
      Star–delta and boundary matrices → Grounded CConductance (S) → record 0 → record 0Exact reduced rational: 8/31starDelta/groundedCConductanceS/0/0
      Star–delta and boundary matrices → Grounded CConductance (S) → record 0 → record 1Exact reduced rational: -5/31starDelta/groundedCConductanceS/0/1
      Star–delta and boundary matrices → Grounded CConductance (S) → record 1 → record 0Exact reduced rational: -5/31starDelta/groundedCConductanceS/1/0
      Star–delta and boundary matrices → Grounded CConductance (S) → record 1 → record 1Exact reduced rational: 7/31starDelta/groundedCConductanceS/1/1
      Star–delta and boundary matrices → Grounded CImpedance (Ω) → record 0 → record 0Exact reduced rational: 7starDelta/groundedCImpedanceOhm/0/0
      Star–delta and boundary matrices → Grounded CImpedance (Ω) → record 0 → record 1Exact reduced rational: 5starDelta/groundedCImpedanceOhm/0/1
      Star–delta and boundary matrices → Grounded CImpedance (Ω) → record 1 → record 0Exact reduced rational: 5starDelta/groundedCImpedanceOhm/1/0
      Star–delta and boundary matrices → Grounded CImpedance (Ω) → record 1 → record 1Exact reduced rational: 8starDelta/groundedCImpedanceOhm/1/1
      Star–delta and boundary matrices → Unit Injection AState (V) → record 0Exact reduced rational: 7starDelta/unitInjectionAStateV/0
      Star–delta and boundary matrices → Unit Injection AState (V) → record 1Exact reduced rational: 5starDelta/unitInjectionAStateV/1
      Star–delta and boundary matrices → Unit Injection BState (V) → record 0Exact reduced rational: 5starDelta/unitInjectionBStateV/0
      Star–delta and boundary matrices → Unit Injection BState (V) → record 1Exact reduced rational: 8starDelta/unitInjectionBStateV/1
      Star–delta and boundary matrices → Reciprocal Cross Difference (Ω)Exact reduced rational: 0starDelta/reciprocalCrossDifferenceOhm
      Star–delta and boundary matrices → Nonreciprocal Conductance (S) → record 0 → record 0Exact reduced rational: 8/31starDelta/nonreciprocalConductanceS/0/0
      Star–delta and boundary matrices → Nonreciprocal Conductance (S) → record 0 → record 1Exact reduced rational: -5/31starDelta/nonreciprocalConductanceS/0/1
      Star–delta and boundary matrices → Nonreciprocal Conductance (S) → record 1 → record 0Exact reduced rational: -19/310starDelta/nonreciprocalConductanceS/1/0
      Star–delta and boundary matrices → Nonreciprocal Conductance (S) → record 1 → record 1Exact reduced rational: 7/31starDelta/nonreciprocalConductanceS/1/1
      Star–delta and boundary matrices → Nonreciprocal Impedance (Ω) → record 0 → record 0Exact reduced rational: 14/3starDelta/nonreciprocalImpedanceOhm/0/0
      Star–delta and boundary matrices → Nonreciprocal Impedance (Ω) → record 0 → record 1Exact reduced rational: 10/3starDelta/nonreciprocalImpedanceOhm/0/1
      Star–delta and boundary matrices → Nonreciprocal Impedance (Ω) → record 1 → record 0Exact reduced rational: 19/15starDelta/nonreciprocalImpedanceOhm/1/0
      Star–delta and boundary matrices → Nonreciprocal Impedance (Ω) → record 1 → record 1Exact reduced rational: 16/3starDelta/nonreciprocalImpedanceOhm/1/1
      Star–delta and boundary matrices → Nonreciprocal Cross Difference (Ω)Exact reduced rational: 31/15starDelta/nonreciprocalCrossDifferenceOhm
      Star–delta and boundary matrices → Nonreciprocal States → record 0 → Record index (metadata, not a measured scalar)0starDelta/nonreciprocalStates/0/index
      Star–delta and boundary matrices → Nonreciprocal States → record 0 → Boundary Voltages (V) → record 0Exact reduced rational: -1starDelta/nonreciprocalStates/0/boundaryVoltagesV/0
      Star–delta and boundary matrices → Nonreciprocal States → record 0 → Boundary Voltages (V) → record 1Exact reduced rational: -1starDelta/nonreciprocalStates/0/boundaryVoltagesV/1
      Star–delta and boundary matrices → Nonreciprocal States → record 0 → Boundary Voltages (V) → record 2Exact reduced rational: 0starDelta/nonreciprocalStates/0/boundaryVoltagesV/2
      Star–delta and boundary matrices → Nonreciprocal States → record 0 → Passive Entering Currents (A) → record 0Exact reduced rational: -3/31starDelta/nonreciprocalStates/0/passiveEnteringCurrentsA/0
      Star–delta and boundary matrices → Nonreciprocal States → record 0 → Passive Entering Currents (A) → record 1Exact reduced rational: -2/31starDelta/nonreciprocalStates/0/passiveEnteringCurrentsA/1
      Star–delta and boundary matrices → Nonreciprocal States → record 0 → Controlled Current BTo CAExact reduced rational: -1/10starDelta/nonreciprocalStates/0/controlledCurrentBToCA
      Star–delta and boundary matrices → Nonreciprocal States → record 0 → Total Entering Currents (A) → record 0Exact reduced rational: -3/31starDelta/nonreciprocalStates/0/totalEnteringCurrentsA/0
      Star–delta and boundary matrices → Nonreciprocal States → record 0 → Total Entering Currents (A) → record 1Exact reduced rational: -51/310starDelta/nonreciprocalStates/0/totalEnteringCurrentsA/1
      Star–delta and boundary matrices → Nonreciprocal States → record 0 → Passive Resistor Power (W)Exact reduced rational: 5/31starDelta/nonreciprocalStates/0/passiveResistorPowerW
      Star–delta and boundary matrices → Nonreciprocal States → record 0 → Controlled Source Absorbed Power (W)Exact reduced rational: 1/10starDelta/nonreciprocalStates/0/controlledSourceAbsorbedPowerW
      Star–delta and boundary matrices → Nonreciprocal States → record 0 → Terminal Power (W)Exact reduced rational: 81/310starDelta/nonreciprocalStates/0/terminalPowerW
      Star–delta and boundary matrices → Nonreciprocal States → record 0 → Total signed absorbed-power residual (W)Exact reduced rational: 0starDelta/nonreciprocalStates/0/powerResidualW
      Star–delta and boundary matrices → Nonreciprocal States → record 1 → Record index (metadata, not a measured scalar)1starDelta/nonreciprocalStates/1/index
      Star–delta and boundary matrices → Nonreciprocal States → record 1 → Boundary Voltages (V) → record 0Exact reduced rational: -1starDelta/nonreciprocalStates/1/boundaryVoltagesV/0
      Star–delta and boundary matrices → Nonreciprocal States → record 1 → Boundary Voltages (V) → record 1Exact reduced rational: 0starDelta/nonreciprocalStates/1/boundaryVoltagesV/1
      Star–delta and boundary matrices → Nonreciprocal States → record 1 → Boundary Voltages (V) → record 2Exact reduced rational: 0starDelta/nonreciprocalStates/1/boundaryVoltagesV/2
      Star–delta and boundary matrices → Nonreciprocal States → record 1 → Passive Entering Currents (A) → record 0Exact reduced rational: -8/31starDelta/nonreciprocalStates/1/passiveEnteringCurrentsA/0
      Star–delta and boundary matrices → Nonreciprocal States → record 1 → Passive Entering Currents (A) → record 1Exact reduced rational: 5/31starDelta/nonreciprocalStates/1/passiveEnteringCurrentsA/1
      Star–delta and boundary matrices → Nonreciprocal States → record 1 → Controlled Current BTo CAExact reduced rational: -1/10starDelta/nonreciprocalStates/1/controlledCurrentBToCA
      Star–delta and boundary matrices → Nonreciprocal States → record 1 → Total Entering Currents (A) → record 0Exact reduced rational: -8/31starDelta/nonreciprocalStates/1/totalEnteringCurrentsA/0
      Star–delta and boundary matrices → Nonreciprocal States → record 1 → Total Entering Currents (A) → record 1Exact reduced rational: 19/310starDelta/nonreciprocalStates/1/totalEnteringCurrentsA/1
      Star–delta and boundary matrices → Nonreciprocal States → record 1 → Passive Resistor Power (W)Exact reduced rational: 8/31starDelta/nonreciprocalStates/1/passiveResistorPowerW
      Star–delta and boundary matrices → Nonreciprocal States → record 1 → Controlled Source Absorbed Power (W)Exact reduced rational: 0starDelta/nonreciprocalStates/1/controlledSourceAbsorbedPowerW
      Star–delta and boundary matrices → Nonreciprocal States → record 1 → Terminal Power (W)Exact reduced rational: 8/31starDelta/nonreciprocalStates/1/terminalPowerW
      Star–delta and boundary matrices → Nonreciprocal States → record 1 → Total signed absorbed-power residual (W)Exact reduced rational: 0starDelta/nonreciprocalStates/1/powerResidualW
      Star–delta and boundary matrices → Nonreciprocal States → record 2 → Record index (metadata, not a measured scalar)2starDelta/nonreciprocalStates/2/index
      Star–delta and boundary matrices → Nonreciprocal States → record 2 → Boundary Voltages (V) → record 0Exact reduced rational: -1starDelta/nonreciprocalStates/2/boundaryVoltagesV/0
      Star–delta and boundary matrices → Nonreciprocal States → record 2 → Boundary Voltages (V) → record 1Exact reduced rational: 2starDelta/nonreciprocalStates/2/boundaryVoltagesV/1
      Star–delta and boundary matrices → Nonreciprocal States → record 2 → Boundary Voltages (V) → record 2Exact reduced rational: 0starDelta/nonreciprocalStates/2/boundaryVoltagesV/2
      Star–delta and boundary matrices → Nonreciprocal States → record 2 → Passive Entering Currents (A) → record 0Exact reduced rational: -18/31starDelta/nonreciprocalStates/2/passiveEnteringCurrentsA/0
      Star–delta and boundary matrices → Nonreciprocal States → record 2 → Passive Entering Currents (A) → record 1Exact reduced rational: 19/31starDelta/nonreciprocalStates/2/passiveEnteringCurrentsA/1
      Star–delta and boundary matrices → Nonreciprocal States → record 2 → Controlled Current BTo CAExact reduced rational: -1/10starDelta/nonreciprocalStates/2/controlledCurrentBToCA
      Star–delta and boundary matrices → Nonreciprocal States → record 2 → Total Entering Currents (A) → record 0Exact reduced rational: -18/31starDelta/nonreciprocalStates/2/totalEnteringCurrentsA/0
      Star–delta and boundary matrices → Nonreciprocal States → record 2 → Total Entering Currents (A) → record 1Exact reduced rational: 159/310starDelta/nonreciprocalStates/2/totalEnteringCurrentsA/1
      Star–delta and boundary matrices → Nonreciprocal States → record 2 → Passive Resistor Power (W)Exact reduced rational: 56/31starDelta/nonreciprocalStates/2/passiveResistorPowerW
      Star–delta and boundary matrices → Nonreciprocal States → record 2 → Controlled Source Absorbed Power (W)Exact reduced rational: -1/5starDelta/nonreciprocalStates/2/controlledSourceAbsorbedPowerW
      Star–delta and boundary matrices → Nonreciprocal States → record 2 → Terminal Power (W)Exact reduced rational: 249/155starDelta/nonreciprocalStates/2/terminalPowerW
      Star–delta and boundary matrices → Nonreciprocal States → record 2 → Total signed absorbed-power residual (W)Exact reduced rational: 0starDelta/nonreciprocalStates/2/powerResidualW
      Star–delta and boundary matrices → Nonreciprocal States → record 3 → Record index (metadata, not a measured scalar)3starDelta/nonreciprocalStates/3/index
      Star–delta and boundary matrices → Nonreciprocal States → record 3 → Boundary Voltages (V) → record 0Exact reduced rational: 0starDelta/nonreciprocalStates/3/boundaryVoltagesV/0
      Star–delta and boundary matrices → Nonreciprocal States → record 3 → Boundary Voltages (V) → record 1Exact reduced rational: -1starDelta/nonreciprocalStates/3/boundaryVoltagesV/1
      Star–delta and boundary matrices → Nonreciprocal States → record 3 → Boundary Voltages (V) → record 2Exact reduced rational: 0starDelta/nonreciprocalStates/3/boundaryVoltagesV/2
      Star–delta and boundary matrices → Nonreciprocal States → record 3 → Passive Entering Currents (A) → record 0Exact reduced rational: 5/31starDelta/nonreciprocalStates/3/passiveEnteringCurrentsA/0
      Star–delta and boundary matrices → Nonreciprocal States → record 3 → Passive Entering Currents (A) → record 1Exact reduced rational: -7/31starDelta/nonreciprocalStates/3/passiveEnteringCurrentsA/1
      Star–delta and boundary matrices → Nonreciprocal States → record 3 → Controlled Current BTo CAExact reduced rational: 0starDelta/nonreciprocalStates/3/controlledCurrentBToCA
      Star–delta and boundary matrices → Nonreciprocal States → record 3 → Total Entering Currents (A) → record 0Exact reduced rational: 5/31starDelta/nonreciprocalStates/3/totalEnteringCurrentsA/0
      Star–delta and boundary matrices → Nonreciprocal States → record 3 → Total Entering Currents (A) → record 1Exact reduced rational: -7/31starDelta/nonreciprocalStates/3/totalEnteringCurrentsA/1
      Star–delta and boundary matrices → Nonreciprocal States → record 3 → Passive Resistor Power (W)Exact reduced rational: 7/31starDelta/nonreciprocalStates/3/passiveResistorPowerW
      Star–delta and boundary matrices → Nonreciprocal States → record 3 → Controlled Source Absorbed Power (W)Exact reduced rational: 0starDelta/nonreciprocalStates/3/controlledSourceAbsorbedPowerW
      Star–delta and boundary matrices → Nonreciprocal States → record 3 → Terminal Power (W)Exact reduced rational: 7/31starDelta/nonreciprocalStates/3/terminalPowerW
      Star–delta and boundary matrices → Nonreciprocal States → record 3 → Total signed absorbed-power residual (W)Exact reduced rational: 0starDelta/nonreciprocalStates/3/powerResidualW
      Star–delta and boundary matrices → Nonreciprocal States → record 4 → Record index (metadata, not a measured scalar)4starDelta/nonreciprocalStates/4/index
      Star–delta and boundary matrices → Nonreciprocal States → record 4 → Boundary Voltages (V) → record 0Exact reduced rational: 0starDelta/nonreciprocalStates/4/boundaryVoltagesV/0
      Star–delta and boundary matrices → Nonreciprocal States → record 4 → Boundary Voltages (V) → record 1Exact reduced rational: 0starDelta/nonreciprocalStates/4/boundaryVoltagesV/1
      Star–delta and boundary matrices → Nonreciprocal States → record 4 → Boundary Voltages (V) → record 2Exact reduced rational: 0starDelta/nonreciprocalStates/4/boundaryVoltagesV/2
      Star–delta and boundary matrices → Nonreciprocal States → record 4 → Passive Entering Currents (A) → record 0Exact reduced rational: 0starDelta/nonreciprocalStates/4/passiveEnteringCurrentsA/0
      Star–delta and boundary matrices → Nonreciprocal States → record 4 → Passive Entering Currents (A) → record 1Exact reduced rational: 0starDelta/nonreciprocalStates/4/passiveEnteringCurrentsA/1
      Star–delta and boundary matrices → Nonreciprocal States → record 4 → Controlled Current BTo CAExact reduced rational: 0starDelta/nonreciprocalStates/4/controlledCurrentBToCA
      Star–delta and boundary matrices → Nonreciprocal States → record 4 → Total Entering Currents (A) → record 0Exact reduced rational: 0starDelta/nonreciprocalStates/4/totalEnteringCurrentsA/0
      Star–delta and boundary matrices → Nonreciprocal States → record 4 → Total Entering Currents (A) → record 1Exact reduced rational: 0starDelta/nonreciprocalStates/4/totalEnteringCurrentsA/1
      Star–delta and boundary matrices → Nonreciprocal States → record 4 → Passive Resistor Power (W)Exact reduced rational: 0starDelta/nonreciprocalStates/4/passiveResistorPowerW
      Star–delta and boundary matrices → Nonreciprocal States → record 4 → Controlled Source Absorbed Power (W)Exact reduced rational: 0starDelta/nonreciprocalStates/4/controlledSourceAbsorbedPowerW
      Star–delta and boundary matrices → Nonreciprocal States → record 4 → Terminal Power (W)Exact reduced rational: 0starDelta/nonreciprocalStates/4/terminalPowerW
      Star–delta and boundary matrices → Nonreciprocal States → record 4 → Total signed absorbed-power residual (W)Exact reduced rational: 0starDelta/nonreciprocalStates/4/powerResidualW
      Star–delta and boundary matrices → Nonreciprocal States → record 5 → Record index (metadata, not a measured scalar)5starDelta/nonreciprocalStates/5/index
      Star–delta and boundary matrices → Nonreciprocal States → record 5 → Boundary Voltages (V) → record 0Exact reduced rational: 0starDelta/nonreciprocalStates/5/boundaryVoltagesV/0
      Star–delta and boundary matrices → Nonreciprocal States → record 5 → Boundary Voltages (V) → record 1Exact reduced rational: 2starDelta/nonreciprocalStates/5/boundaryVoltagesV/1
      Star–delta and boundary matrices → Nonreciprocal States → record 5 → Boundary Voltages (V) → record 2Exact reduced rational: 0starDelta/nonreciprocalStates/5/boundaryVoltagesV/2
      Star–delta and boundary matrices → Nonreciprocal States → record 5 → Passive Entering Currents (A) → record 0Exact reduced rational: -10/31starDelta/nonreciprocalStates/5/passiveEnteringCurrentsA/0
      Star–delta and boundary matrices → Nonreciprocal States → record 5 → Passive Entering Currents (A) → record 1Exact reduced rational: 14/31starDelta/nonreciprocalStates/5/passiveEnteringCurrentsA/1
      Star–delta and boundary matrices → Nonreciprocal States → record 5 → Controlled Current BTo CAExact reduced rational: 0starDelta/nonreciprocalStates/5/controlledCurrentBToCA
      Star–delta and boundary matrices → Nonreciprocal States → record 5 → Total Entering Currents (A) → record 0Exact reduced rational: -10/31starDelta/nonreciprocalStates/5/totalEnteringCurrentsA/0
      Star–delta and boundary matrices → Nonreciprocal States → record 5 → Total Entering Currents (A) → record 1Exact reduced rational: 14/31starDelta/nonreciprocalStates/5/totalEnteringCurrentsA/1
      Star–delta and boundary matrices → Nonreciprocal States → record 5 → Passive Resistor Power (W)Exact reduced rational: 28/31starDelta/nonreciprocalStates/5/passiveResistorPowerW
      Star–delta and boundary matrices → Nonreciprocal States → record 5 → Controlled Source Absorbed Power (W)Exact reduced rational: 0starDelta/nonreciprocalStates/5/controlledSourceAbsorbedPowerW
      Star–delta and boundary matrices → Nonreciprocal States → record 5 → Terminal Power (W)Exact reduced rational: 28/31starDelta/nonreciprocalStates/5/terminalPowerW
      Star–delta and boundary matrices → Nonreciprocal States → record 5 → Total signed absorbed-power residual (W)Exact reduced rational: 0starDelta/nonreciprocalStates/5/powerResidualW
      Star–delta and boundary matrices → Nonreciprocal States → record 6 → Record index (metadata, not a measured scalar)6starDelta/nonreciprocalStates/6/index
      Star–delta and boundary matrices → Nonreciprocal States → record 6 → Boundary Voltages (V) → record 0Exact reduced rational: 2starDelta/nonreciprocalStates/6/boundaryVoltagesV/0
      Star–delta and boundary matrices → Nonreciprocal States → record 6 → Boundary Voltages (V) → record 1Exact reduced rational: -1starDelta/nonreciprocalStates/6/boundaryVoltagesV/1
      Star–delta and boundary matrices → Nonreciprocal States → record 6 → Boundary Voltages (V) → record 2Exact reduced rational: 0starDelta/nonreciprocalStates/6/boundaryVoltagesV/2
      Star–delta and boundary matrices → Nonreciprocal States → record 6 → Passive Entering Currents (A) → record 0Exact reduced rational: 21/31starDelta/nonreciprocalStates/6/passiveEnteringCurrentsA/0
      Star–delta and boundary matrices → Nonreciprocal States → record 6 → Passive Entering Currents (A) → record 1Exact reduced rational: -17/31starDelta/nonreciprocalStates/6/passiveEnteringCurrentsA/1
      Star–delta and boundary matrices → Nonreciprocal States → record 6 → Controlled Current BTo CAExact reduced rational: 1/5starDelta/nonreciprocalStates/6/controlledCurrentBToCA
      Star–delta and boundary matrices → Nonreciprocal States → record 6 → Total Entering Currents (A) → record 0Exact reduced rational: 21/31starDelta/nonreciprocalStates/6/totalEnteringCurrentsA/0
      Star–delta and boundary matrices → Nonreciprocal States → record 6 → Total Entering Currents (A) → record 1Exact reduced rational: -54/155starDelta/nonreciprocalStates/6/totalEnteringCurrentsA/1
      Star–delta and boundary matrices → Nonreciprocal States → record 6 → Passive Resistor Power (W)Exact reduced rational: 59/31starDelta/nonreciprocalStates/6/passiveResistorPowerW
      Star–delta and boundary matrices → Nonreciprocal States → record 6 → Controlled Source Absorbed Power (W)Exact reduced rational: -1/5starDelta/nonreciprocalStates/6/controlledSourceAbsorbedPowerW
      Star–delta and boundary matrices → Nonreciprocal States → record 6 → Terminal Power (W)Exact reduced rational: 264/155starDelta/nonreciprocalStates/6/terminalPowerW
      Star–delta and boundary matrices → Nonreciprocal States → record 6 → Total signed absorbed-power residual (W)Exact reduced rational: 0starDelta/nonreciprocalStates/6/powerResidualW
      Star–delta and boundary matrices → Nonreciprocal States → record 7 → Record index (metadata, not a measured scalar)7starDelta/nonreciprocalStates/7/index
      Star–delta and boundary matrices → Nonreciprocal States → record 7 → Boundary Voltages (V) → record 0Exact reduced rational: 2starDelta/nonreciprocalStates/7/boundaryVoltagesV/0
      Star–delta and boundary matrices → Nonreciprocal States → record 7 → Boundary Voltages (V) → record 1Exact reduced rational: 0starDelta/nonreciprocalStates/7/boundaryVoltagesV/1
      Star–delta and boundary matrices → Nonreciprocal States → record 7 → Boundary Voltages (V) → record 2Exact reduced rational: 0starDelta/nonreciprocalStates/7/boundaryVoltagesV/2
      Star–delta and boundary matrices → Nonreciprocal States → record 7 → Passive Entering Currents (A) → record 0Exact reduced rational: 16/31starDelta/nonreciprocalStates/7/passiveEnteringCurrentsA/0
      Star–delta and boundary matrices → Nonreciprocal States → record 7 → Passive Entering Currents (A) → record 1Exact reduced rational: -10/31starDelta/nonreciprocalStates/7/passiveEnteringCurrentsA/1
      Star–delta and boundary matrices → Nonreciprocal States → record 7 → Controlled Current BTo CAExact reduced rational: 1/5starDelta/nonreciprocalStates/7/controlledCurrentBToCA
      Star–delta and boundary matrices → Nonreciprocal States → record 7 → Total Entering Currents (A) → record 0Exact reduced rational: 16/31starDelta/nonreciprocalStates/7/totalEnteringCurrentsA/0
      Star–delta and boundary matrices → Nonreciprocal States → record 7 → Total Entering Currents (A) → record 1Exact reduced rational: -19/155starDelta/nonreciprocalStates/7/totalEnteringCurrentsA/1
      Star–delta and boundary matrices → Nonreciprocal States → record 7 → Passive Resistor Power (W)Exact reduced rational: 32/31starDelta/nonreciprocalStates/7/passiveResistorPowerW
      Star–delta and boundary matrices → Nonreciprocal States → record 7 → Controlled Source Absorbed Power (W)Exact reduced rational: 0starDelta/nonreciprocalStates/7/controlledSourceAbsorbedPowerW
      Star–delta and boundary matrices → Nonreciprocal States → record 7 → Terminal Power (W)Exact reduced rational: 32/31starDelta/nonreciprocalStates/7/terminalPowerW
      Star–delta and boundary matrices → Nonreciprocal States → record 7 → Total signed absorbed-power residual (W)Exact reduced rational: 0starDelta/nonreciprocalStates/7/powerResidualW
      Star–delta and boundary matrices → Nonreciprocal States → record 8 → Record index (metadata, not a measured scalar)8starDelta/nonreciprocalStates/8/index
      Star–delta and boundary matrices → Nonreciprocal States → record 8 → Boundary Voltages (V) → record 0Exact reduced rational: 2starDelta/nonreciprocalStates/8/boundaryVoltagesV/0
      Star–delta and boundary matrices → Nonreciprocal States → record 8 → Boundary Voltages (V) → record 1Exact reduced rational: 2starDelta/nonreciprocalStates/8/boundaryVoltagesV/1
      Star–delta and boundary matrices → Nonreciprocal States → record 8 → Boundary Voltages (V) → record 2Exact reduced rational: 0starDelta/nonreciprocalStates/8/boundaryVoltagesV/2
      Star–delta and boundary matrices → Nonreciprocal States → record 8 → Passive Entering Currents (A) → record 0Exact reduced rational: 6/31starDelta/nonreciprocalStates/8/passiveEnteringCurrentsA/0
      Star–delta and boundary matrices → Nonreciprocal States → record 8 → Passive Entering Currents (A) → record 1Exact reduced rational: 4/31starDelta/nonreciprocalStates/8/passiveEnteringCurrentsA/1
      Star–delta and boundary matrices → Nonreciprocal States → record 8 → Controlled Current BTo CAExact reduced rational: 1/5starDelta/nonreciprocalStates/8/controlledCurrentBToCA
      Star–delta and boundary matrices → Nonreciprocal States → record 8 → Total Entering Currents (A) → record 0Exact reduced rational: 6/31starDelta/nonreciprocalStates/8/totalEnteringCurrentsA/0
      Star–delta and boundary matrices → Nonreciprocal States → record 8 → Total Entering Currents (A) → record 1Exact reduced rational: 51/155starDelta/nonreciprocalStates/8/totalEnteringCurrentsA/1
      Star–delta and boundary matrices → Nonreciprocal States → record 8 → Passive Resistor Power (W)Exact reduced rational: 20/31starDelta/nonreciprocalStates/8/passiveResistorPowerW
      Star–delta and boundary matrices → Nonreciprocal States → record 8 → Controlled Source Absorbed Power (W)Exact reduced rational: 2/5starDelta/nonreciprocalStates/8/controlledSourceAbsorbedPowerW
      Star–delta and boundary matrices → Nonreciprocal States → record 8 → Terminal Power (W)Exact reduced rational: 162/155starDelta/nonreciprocalStates/8/terminalPowerW
      Star–delta and boundary matrices → Nonreciprocal States → record 8 → Total signed absorbed-power residual (W)Exact reduced rational: 0starDelta/nonreciprocalStates/8/powerResidualW

      Focus a labelled graph or table region and use arrow keys to scroll locally. Exact fractions, signs, domains and source statuses remain available below each figure.

      Original star–delta: terminal boundaries determine the comparison
      ItemExact resultCondition
      Star arms (a,b,c)(2,3,5) ΩUnforced center, positive reciprocal resistors
      Delta edges (ab,bc,ca)(31/5,31/2,31/3) ΩSame three-terminal response
      Pair resistance ab5 Ωc open; not c grounded
      Pair resistance bc8 Ωa open
      Pair resistance ca7 Ωb open
      Boundary data family27 triples from {−1,0,2} VAll three terminal currents and total dissipation compared
      22

      Advanced return: eliminate nodes, preserve sources

      Partition the passive nodal equations into retained boundary nodes b and eliminated interior nodes i: G_bb v_b+G_bi v_i=j_b and G_ib v_b+G_ii v_i=j_i. If G_ii is invertible, solve the second equation and substitute it into the first. The reduced matrix is G_red=G_bb−G_bi G_ii⁻¹G_ib, and G_red v_b=j_b−G_bi G_ii⁻¹j_i. This is a Schur complement, often called Kron reduction in electrical networks.

      The source-vector term is as important as the matrix. When interior injections j_i are zero, the boundary current-voltage relation is simply governed by G_red. When they are nonzero, deleting interior nodes while discarding their source contribution changes the problem. Controlled relations or ideal voltage constraints may require a larger set of retained variables or a general MNA elimination. Invertibility must be established for the block actually being removed; writing an inverse symbol does not establish it.

      For a connected positive reciprocal resistor graph with an appropriate nonempty retained boundary, the unforced interior block is positive definite. Elimination preserves a symmetric boundary response and nonnegative effective branch conductances under the usual resistor-network assumptions. The three-arm star calculation is the smallest useful example. The same algebra connects circuit reduction to sparse linear solving and boundary measurements in other linear transport problems, while each physical application still needs its own source and constitutive assumptions.

      23

      Prove reciprocity from the same linear operator

      For a source-free reciprocal resistor network with a common reference, let Gv₁=j₁ and Gv₂=j₂. Since G=Gᵀ, v₁ᵀj₂=v₁ᵀGv₂=j₁ᵀv₂. This is a reciprocal transfer identity for two separate source experiments on the same fixed network. Neither the fixed resistances nor the boundary conditions may be changed between the experiments except for the defined exchange of excitation and response.

      For the original star–delta network with c chosen as the reference, the two-port impedance matrix is Z=[[7,5],[5,8]] Ω. Injecting 1 A at a and returning it at c gives V_a=7 V and V_b=5 V when b has no external injected current. Injecting 1 A at b instead gives V_a=5 V and V_b=8 V. The equal 5 Ω cross terms express reciprocity. The diagonal terms need not be equal because the two ports have different driving-point resistances.

      The identity does not interchange arbitrary current and voltage readings without preserving their references and the matching source/open-terminal conditions. It also does not require each source experiment to have the same actual power ledger: v₁ᵀj₂ is a cross pairing. Nonlinear devices, externally changed controls and nonreciprocal element laws require separate analysis. Symmetry of the relevant linear response operator, not the visual symmetry of the schematic, is what the proof uses.

      24

      Construct a controlled nonreciprocal counterexample

      The reciprocal grounded-c conductance matrix of the original star–delta model is [[8/31,−5/31],[−5/31,7/31]] S. Add a controlled current source from b to c with current (1/10 S)(V_a−V_c). With c=0 this adds 1/10 S only to the row-b, column-a entry. The terminal conductance becomes [[8/31,−5/31],[−19/310,7/31]] S, which is not symmetric.

      Its inverse is Z_active=[[14/3,10/3],[19/15,16/3]] Ω in the same (a,b) order. A 1 A injection at a produces the cross response V_b=19/15 V; the exchanged 1 A injection at b produces V_a=10/3 V. They differ because the device law directs the control from a voltage to a different branch current. The original resistor matrix and the added controlled contribution are retained separately, along with nine prescribed boundary-voltage controls and their signed powers.

      The controlled source’s absorbed power is V_b(1/10 S)V_a, which may have either sign. Its physical implementation needs an energy supply when it delivers energy. This one specified controlled-source model disproves a universal claim that every linear circuit is reciprocal. It does not prove that every circuit containing any dependent source is nonreciprocal; some controlled-source arrangements preserve a symmetric terminal operator. Check the actual relations.

      25

      Advanced return: minimize dissipation with fixed boundary voltages

      For positive resistors and fixed boundary voltages, choose any trial values for the unforced interior potentials. The dissipated power is P(v)=Σ_edges g_e(V_tail−V_head)², counting each physical edge once. Differentiating with respect to a free interior potential gives twice its net outward resistor current. Therefore the stationary equations are the unforced interior KCL equations. Positive definiteness of the interior conductance block makes that stationary point the unique minimum.

      Take the original star with a fixed at 1 V, b at 0 V and c externally open. Both z and c are free interior potentials for this boundary-value problem. The actual solution is V_z=V_c=3/5 V, and P_min=1/5 W. Set trial V_z=3/5 V+h and V_c=3/5 V+t. The exact excess is (5/6 S)h²+(1/5 S)(t−h)²≥0. Every trial obeys the fixed a,b boundary voltages, although most trials do not satisfy internal KCL.

      This minimum principle concerns specified voltage boundaries and no unaccounted interior source injection. With prescribed nonzero current injections, the raw dissipation alone is not generally minimized over unconstrained voltages; one uses the appropriate source-work functional or constrained formulation. Because our test voltage is 1 V, P_min/(1 V)² is the effective conductance, 1/5 S. Confusing that conductance with a resistance would invert the conclusion.

      26

      Advanced return: minimize dissipation with fixed terminal current

      Now prescribe a terminal current I₀ from a to b and retain zero injection at all other nodes. Let i be the actual resistor currents, and let j=i+c be any trial flow with the same node injections. Then Ac=0. Since Ri=Aᵀv on the actual solution, Σ_edges R_e i_e c_e=vᵀAc=0. Expanding Σ R_e j_e² gives P(j)=P(i)+Σ R_e c_e²≥P(i). The minimizing flow obeys the Ohmic potential compatibility as well as the imposed KCL constraints.

      Use the equivalent delta of the original star and choose I₀=1 A, c externally open. With V_c as reference, (V_a,V_b,V_c)=(2,−3,0) V. In oriented edge order (a→b,b→c,c→a), the actual currents are (25/31,−6/31,−6/31) A. Adding a circulation j_c to all three oriented edge currents changes no terminal injection. The exact excess dissipation is (961/30 Ω)j_c², which is nonnegative for the nine original circulation controls.

      The actual dissipation is 5 W at the 1 A terminal test, so R_eff=P/I₀²=5 Ω. This normalization is essential: power itself is measured in watts, and only dividing by the square of the test current produces ohms. A source summing each undirected edge twice writes a factor 1/2; our single oriented-edge sum has no extra 1/2. Trial flows are admissible comparison objects, not necessarily currents satisfying every resistor’s voltage law simultaneously.

      27

      Advanced return: resistance monotonicity and sensitivity

      For the same connected positive resistor graph and fixed terminal current I₀, increase some branch resistances from R_e to R′_e≥R_e. Let i′ be the actual flow in the changed network. Its dissipation with R′ is at least its dissipation with R. Thomson’s principle says the latter is at least the original network’s minimum dissipation. Dividing by I₀² gives R′_eff≥R_eff. This is a weak inequality: increasing a branch that carries no current in the relevant test can leave the effective resistance unchanged.

      Our Rayleigh controls increase only star arm a from 2 Ω to 2 Ω+s, with s=0,1/4,…,2 Ω and terminal c open. The effective resistance from a to b is exactly 5 Ω+s. The c arm carries zero current throughout. Increasing only the c-arm resistance would have no effect on this particular two-terminal experiment, even though that arm matters for other boundary conditions. Network monotonicity must name the measured terminal pair and retained boundary conditions.

      For finite positive resistors and fixed topology, the corresponding local sensitivity is ∂R_eff/∂R_e=(i_e/I₀)². The first-order changes of the optimum flow cancel by the same stationarity used in the minimum proof; the remaining derivative is the branch’s squared current fraction. Thus a branch carrying negligible current has little first-order influence on this experiment. This does not mean that every individual branch current is monotone when a resistance changes, or that an active negative-resistance network obeys the passive theorem.

      Constraint currents, response symmetry and passive principles

      A mixed-unit MNA constraint, reciprocal and controlled cross-response controls, and complete Thomson, Dirichlet and Rayleigh trials with their different fixed boundaries.

      Mixed-unit constraints and cross-response controls

      • MNA resistor absorption: blue bars, branches0and1
      • MNA voltage-source absorption: orange bar, branch2 (negative means delivery)
      • MNA current-source absorption: pink bar, branch3
      • Reciprocal cross transfers: green bars0and1
      • Controlled cross transfers: violet bars2and3
      Mixed-unit constraints and cross-response controlsThe original MNA equations, all four signed branch powers, and separate reciprocal/controlled transfer impedances.MNA unknowns(Vu,Vv,i_uv), column units(V,V,A)Vu/2+i_uv=0 A; Vv/3−i_uv=1 AVu−Vv=5 V; i_uv reference u→vVu=16/5 VVv=-9/5 Vi_uv=-8/5 AFull matrix row units(A,A,V); not whole-matrix SPD.012301355510/319/15Cross transfer impedance (Ω)Separated transfer controls (metadata)0: reciprocal Z_ab; 1: reciprocal Z_ba2: controlled Z_ab; 3: controlled Z_baVCCS adds gm=1/10 S to Y_ba only.Control source power is retained, not discarded.0123-8-404Signed absorbed branch power (W)Branch 0:u0; 1:v0; 2:u→v constraint; 3:sourceAll four absorbed powers sum to0 W. Negative current alone is not a negative power.

      Three passive principles with different boundary data

      • Thomson excess dissipation: blue circles/solid, all 9 circulation trials
      • Rayleigh effective resistance: green diamonds/dash, all 9 positive-arm settings
      Three passive principles with different boundary dataComplete9-point Thomson and Rayleigh controls plus all9 Dirichlet trial values; power, conductance and resistance are not interchanged.-1010102030Thomson excess power (W)Circulation j (A), KCL preservedDirichlet excess power (W)Fixed a=1 V,b=0 V; free z,c5/2431/12049/1201/2001/2049/12031/1205/24-0.500.5h=ΔVz (V)0.50-0.5Rows: t=ΔVc (V); each cell exact.012567Rayleigh R_ab (Ω)a-arm increment s (Ω), c openThomson: unit 1 A flow; power/I² gives resistance. Dirichlet: fixed 1 V; power/V² gives conductance.All resistances remain positive. Single oriented edge sums contain no extra 1/2.
      • MNA unknowns are(Vu,Vv,i_uv), with column units(V,V,A); equation row units are(A,A,V). The full saddle matrix is not asserted positive definite. The voltage-source current reference is u→v.
      • For the reciprocal resistor network, Z_ab=Z_ba. The specified extra b→c VCCS current (1/10S)(Va−Vc) changes Y_ba only and produces a nonsymmetric counterexample. All nine controlled boundary states and signed source power remain in the data.
      • Thomson trials add KCL-preserving delta circulation j to a1 A flow, so power divided by I_test² is resistance. Dirichlet trials hold a=1 V,b=0V and vary internal z and open-c potentials; power divided by V_test² is conductance. They are different experiments.
      • Rayleigh changes only the positive a-arm resistance, with terminal c open. Single-edge dissipation sums have no extra 1/2. These passive-network principles are not applied to the negative-resistance controlled source.

      Variational and monotonicity results require different admissible boundaries

      Constraint currents, response symmetry and passive principles — every raw source field, exact value and explicit domain/status (322 source fields)

      Rational values are exact reduced fractions, not rounded plot coordinates. Null is retained explicitly and is never an ordinary zero. Every raw source path appears once; branch orientations, indices, units, power signs and rank reasons remain inspectable.

      Constraint currents, response symmetry and passive principles — every raw source field, exact value and explicit domain/status
      Physical quantity and source contextExact source value / statusSource path
      Floating-voltage MNA → Matrix With Mixed Column Units → record 0 → record 0Exact reduced rational: 1/2floatingMNA/matrixWithMixedColumnUnits/0/0
      Floating-voltage MNA → Matrix With Mixed Column Units → record 0 → record 1Exact reduced rational: 0floatingMNA/matrixWithMixedColumnUnits/0/1
      Floating-voltage MNA → Matrix With Mixed Column Units → record 0 → record 2Exact reduced rational: 1floatingMNA/matrixWithMixedColumnUnits/0/2
      Floating-voltage MNA → Matrix With Mixed Column Units → record 1 → record 0Exact reduced rational: 0floatingMNA/matrixWithMixedColumnUnits/1/0
      Floating-voltage MNA → Matrix With Mixed Column Units → record 1 → record 1Exact reduced rational: 1/3floatingMNA/matrixWithMixedColumnUnits/1/1
      Floating-voltage MNA → Matrix With Mixed Column Units → record 1 → record 2Exact reduced rational: -1floatingMNA/matrixWithMixedColumnUnits/1/2
      Floating-voltage MNA → Matrix With Mixed Column Units → record 2 → record 0Exact reduced rational: 1floatingMNA/matrixWithMixedColumnUnits/2/0
      Floating-voltage MNA → Matrix With Mixed Column Units → record 2 → record 1Exact reduced rational: -1floatingMNA/matrixWithMixedColumnUnits/2/1
      Floating-voltage MNA → Matrix With Mixed Column Units → record 2 → record 2Exact reduced rational: 0floatingMNA/matrixWithMixedColumnUnits/2/2
      Floating-voltage MNA → Right Hand Side Row Units → record 0AfloatingMNA/rightHandSideRowUnits/0
      Floating-voltage MNA → Right Hand Side Row Units → record 1AfloatingMNA/rightHandSideRowUnits/1
      Floating-voltage MNA → Right Hand Side Row Units → record 2VfloatingMNA/rightHandSideRowUnits/2
      Floating-voltage MNA → Unknown Column Units → record 0VfloatingMNA/unknownColumnUnits/0
      Floating-voltage MNA → Unknown Column Units → record 1VfloatingMNA/unknownColumnUnits/1
      Floating-voltage MNA → Unknown Column Units → record 2AfloatingMNA/unknownColumnUnits/2
      Floating-voltage MNA → Rhs → record 0Exact reduced rational: 0floatingMNA/rhs/0
      Floating-voltage MNA → Rhs → record 1Exact reduced rational: 1floatingMNA/rhs/1
      Floating-voltage MNA → Rhs → record 2Exact reduced rational: 5floatingMNA/rhs/2
      Floating-voltage MNA → Solution → record 0Exact reduced rational: 16/5floatingMNA/solution/0
      Floating-voltage MNA → Solution → record 1Exact reduced rational: -9/5floatingMNA/solution/1
      Floating-voltage MNA → Solution → record 2Exact reduced rational: -8/5floatingMNA/solution/2
      Floating-voltage MNA → Branches → record 0: u0 (u→0) → Idu0floatingMNA/branches/0/id
      Floating-voltage MNA → Branches → record 0: u0 (u→0) → TailufloatingMNA/branches/0/tail
      Floating-voltage MNA → Branches → record 0: u0 (u→0) → Head0floatingMNA/branches/0/head
      Floating-voltage MNA → Branches → record 0: u0 (u→0) → Resistance (Ω)Exact reduced rational: 2floatingMNA/branches/0/resistanceOhm
      Floating-voltage MNA → Branches → record 0: u0 (u→0) → Oriented voltage drop (V)Exact reduced rational: 16/5floatingMNA/branches/0/voltageV
      Floating-voltage MNA → Branches → record 0: u0 (u→0) → Oriented current (A)Exact reduced rational: 8/5floatingMNA/branches/0/currentA
      Floating-voltage MNA → Branches → record 0: u0 (u→0) → Absorbed branch power p=v i (W)Exact reduced rational: 128/25floatingMNA/branches/0/absorbedPowerW
      Floating-voltage MNA → Branches → record 1: v0 (v→0) → Idv0floatingMNA/branches/1/id
      Floating-voltage MNA → Branches → record 1: v0 (v→0) → TailvfloatingMNA/branches/1/tail
      Floating-voltage MNA → Branches → record 1: v0 (v→0) → Head0floatingMNA/branches/1/head
      Floating-voltage MNA → Branches → record 1: v0 (v→0) → Resistance (Ω)Exact reduced rational: 3floatingMNA/branches/1/resistanceOhm
      Floating-voltage MNA → Branches → record 1: v0 (v→0) → Oriented voltage drop (V)Exact reduced rational: -9/5floatingMNA/branches/1/voltageV
      Floating-voltage MNA → Branches → record 1: v0 (v→0) → Oriented current (A)Exact reduced rational: -3/5floatingMNA/branches/1/currentA
      Floating-voltage MNA → Branches → record 1: v0 (v→0) → Absorbed branch power p=v i (W)Exact reduced rational: 27/25floatingMNA/branches/1/absorbedPowerW
      Floating-voltage MNA → Branches → record 2: uv (u→v) → IduvfloatingMNA/branches/2/id
      Floating-voltage MNA → Branches → record 2: uv (u→v) → TailufloatingMNA/branches/2/tail
      Floating-voltage MNA → Branches → record 2: uv (u→v) → HeadvfloatingMNA/branches/2/head
      Floating-voltage MNA → Branches → record 2: uv (u→v) → Oriented voltage drop (V)Exact reduced rational: 5floatingMNA/branches/2/voltageV
      Floating-voltage MNA → Branches → record 2: uv (u→v) → Oriented current (A)Exact reduced rational: -8/5floatingMNA/branches/2/currentA
      Floating-voltage MNA → Branches → record 2: uv (u→v) → Absorbed branch power p=v i (W)Exact reduced rational: -8floatingMNA/branches/2/absorbedPowerW
      Floating-voltage MNA → Branches → record 3: current-source (0→v) → Idcurrent-sourcefloatingMNA/branches/3/id
      Floating-voltage MNA → Branches → record 3: current-source (0→v) → Tail0floatingMNA/branches/3/tail
      Floating-voltage MNA → Branches → record 3: current-source (0→v) → HeadvfloatingMNA/branches/3/head
      Floating-voltage MNA → Branches → record 3: current-source (0→v) → Oriented voltage drop (V)Exact reduced rational: 9/5floatingMNA/branches/3/voltageV
      Floating-voltage MNA → Branches → record 3: current-source (0→v) → Oriented current (A)Exact reduced rational: 1floatingMNA/branches/3/currentA
      Floating-voltage MNA → Branches → record 3: current-source (0→v) → Absorbed branch power p=v i (W)Exact reduced rational: 9/5floatingMNA/branches/3/absorbedPowerW
      Floating-voltage MNA → Equation Residuals → record 0Exact reduced rational: 0floatingMNA/equationResiduals/0
      Floating-voltage MNA → Equation Residuals → record 1Exact reduced rational: 0floatingMNA/equationResiduals/1
      Floating-voltage MNA → Equation Residuals → record 2Exact reduced rational: 0floatingMNA/equationResiduals/2
      Floating-voltage MNA → Oriented KCL residual (A) → 0Exact reduced rational: 0floatingMNA/kclResidualA/0
      Floating-voltage MNA → Oriented KCL residual (A) → UExact reduced rational: 0floatingMNA/kclResidualA/u
      Floating-voltage MNA → Oriented KCL residual (A) → VExact reduced rational: 0floatingMNA/kclResidualA/v
      Floating-voltage MNA → Total signed absorbed-power residual (W)Exact reduced rational: 0floatingMNA/powerResidualW
      Passive variational controls → Unit Flow Delta Voltages (V) → record 0Exact reduced rational: 2variational/unitFlowDeltaVoltagesV/0
      Passive variational controls → Unit Flow Delta Voltages (V) → record 1Exact reduced rational: -3variational/unitFlowDeltaVoltagesV/1
      Passive variational controls → Unit Flow Delta Voltages (V) → record 2Exact reduced rational: 0variational/unitFlowDeltaVoltagesV/2
      Passive variational controls → Unit Flow Delta Branches → record 0: ab (a→b) → Idabvariational/unitFlowDeltaBranches/0/id
      Passive variational controls → Unit Flow Delta Branches → record 0: ab (a→b) → Tailavariational/unitFlowDeltaBranches/0/tail
      Passive variational controls → Unit Flow Delta Branches → record 0: ab (a→b) → Headbvariational/unitFlowDeltaBranches/0/head
      Passive variational controls → Unit Flow Delta Branches → record 0: ab (a→b) → Resistance (Ω)Exact reduced rational: 31/5variational/unitFlowDeltaBranches/0/resistanceOhm
      Passive variational controls → Unit Flow Delta Branches → record 0: ab (a→b) → Oriented voltage drop (V)Exact reduced rational: 5variational/unitFlowDeltaBranches/0/voltageV
      Passive variational controls → Unit Flow Delta Branches → record 0: ab (a→b) → Oriented current (A)Exact reduced rational: 25/31variational/unitFlowDeltaBranches/0/currentA
      Passive variational controls → Unit Flow Delta Branches → record 0: ab (a→b) → Absorbed branch power p=v i (W)Exact reduced rational: 125/31variational/unitFlowDeltaBranches/0/absorbedPowerW
      Passive variational controls → Unit Flow Delta Branches → record 1: bc (b→c) → Idbcvariational/unitFlowDeltaBranches/1/id
      Passive variational controls → Unit Flow Delta Branches → record 1: bc (b→c) → Tailbvariational/unitFlowDeltaBranches/1/tail
      Passive variational controls → Unit Flow Delta Branches → record 1: bc (b→c) → Headcvariational/unitFlowDeltaBranches/1/head
      Passive variational controls → Unit Flow Delta Branches → record 1: bc (b→c) → Resistance (Ω)Exact reduced rational: 31/2variational/unitFlowDeltaBranches/1/resistanceOhm
      Passive variational controls → Unit Flow Delta Branches → record 1: bc (b→c) → Oriented voltage drop (V)Exact reduced rational: -3variational/unitFlowDeltaBranches/1/voltageV
      Passive variational controls → Unit Flow Delta Branches → record 1: bc (b→c) → Oriented current (A)Exact reduced rational: -6/31variational/unitFlowDeltaBranches/1/currentA
      Passive variational controls → Unit Flow Delta Branches → record 1: bc (b→c) → Absorbed branch power p=v i (W)Exact reduced rational: 18/31variational/unitFlowDeltaBranches/1/absorbedPowerW
      Passive variational controls → Unit Flow Delta Branches → record 2: ca (c→a) → Idcavariational/unitFlowDeltaBranches/2/id
      Passive variational controls → Unit Flow Delta Branches → record 2: ca (c→a) → Tailcvariational/unitFlowDeltaBranches/2/tail
      Passive variational controls → Unit Flow Delta Branches → record 2: ca (c→a) → Headavariational/unitFlowDeltaBranches/2/head
      Passive variational controls → Unit Flow Delta Branches → record 2: ca (c→a) → Resistance (Ω)Exact reduced rational: 31/3variational/unitFlowDeltaBranches/2/resistanceOhm
      Passive variational controls → Unit Flow Delta Branches → record 2: ca (c→a) → Oriented voltage drop (V)Exact reduced rational: -2variational/unitFlowDeltaBranches/2/voltageV
      Passive variational controls → Unit Flow Delta Branches → record 2: ca (c→a) → Oriented current (A)Exact reduced rational: -6/31variational/unitFlowDeltaBranches/2/currentA
      Passive variational controls → Unit Flow Delta Branches → record 2: ca (c→a) → Absorbed branch power p=v i (W)Exact reduced rational: 12/31variational/unitFlowDeltaBranches/2/absorbedPowerW
      Passive variational controls → Minimum Unit Flow Power (W)Exact reduced rational: 5variational/minimumUnitFlowPowerW
      Passive variational controls → Thomson Trials → record 0 → KCL-preserving circulation j (A)Exact reduced rational: -1variational/thomsonTrials/0/circulationA
      Passive variational controls → Thomson Trials → record 0 → Edge Trial Currents (A) → record 0Exact reduced rational: -6/31variational/thomsonTrials/0/edgeTrialCurrentsA/0
      Passive variational controls → Thomson Trials → record 0 → Edge Trial Currents (A) → record 1Exact reduced rational: -37/31variational/thomsonTrials/0/edgeTrialCurrentsA/1
      Passive variational controls → Thomson Trials → record 0 → Edge Trial Currents (A) → record 2Exact reduced rational: -37/31variational/thomsonTrials/0/edgeTrialCurrentsA/2
      Passive variational controls → Thomson Trials → record 0 → Terminal Injection (A) → record 0Exact reduced rational: 1variational/thomsonTrials/0/terminalInjectionA/0
      Passive variational controls → Thomson Trials → record 0 → Terminal Injection (A) → record 1Exact reduced rational: -1variational/thomsonTrials/0/terminalInjectionA/1
      Passive variational controls → Thomson Trials → record 0 → Terminal Injection (A) → record 2Exact reduced rational: 0variational/thomsonTrials/0/terminalInjectionA/2
      Passive variational controls → Thomson Trials → record 0 → Dissipated Power (W)Exact reduced rational: 1111/30variational/thomsonTrials/0/dissipatedPowerW
      Passive variational controls → Thomson Trials → record 0 → Minimum Power (W)Exact reduced rational: 5variational/thomsonTrials/0/minimumPowerW
      Passive variational controls → Thomson Trials → record 0 → Excess dissipation above fixed-boundary minimum (W)Exact reduced rational: 961/30variational/thomsonTrials/0/excessPowerW
      Passive variational controls → Thomson Trials → record 0 → Expected Excess (W)Exact reduced rational: 961/30variational/thomsonTrials/0/expectedExcessW
      Passive variational controls → Thomson Trials → record 1 → KCL-preserving circulation j (A)Exact reduced rational: -3/4variational/thomsonTrials/1/circulationA
      Passive variational controls → Thomson Trials → record 1 → Edge Trial Currents (A) → record 0Exact reduced rational: 7/124variational/thomsonTrials/1/edgeTrialCurrentsA/0
      Passive variational controls → Thomson Trials → record 1 → Edge Trial Currents (A) → record 1Exact reduced rational: -117/124variational/thomsonTrials/1/edgeTrialCurrentsA/1
      Passive variational controls → Thomson Trials → record 1 → Edge Trial Currents (A) → record 2Exact reduced rational: -117/124variational/thomsonTrials/1/edgeTrialCurrentsA/2
      Passive variational controls → Thomson Trials → record 1 → Terminal Injection (A) → record 0Exact reduced rational: 1variational/thomsonTrials/1/terminalInjectionA/0
      Passive variational controls → Thomson Trials → record 1 → Terminal Injection (A) → record 1Exact reduced rational: -1variational/thomsonTrials/1/terminalInjectionA/1
      Passive variational controls → Thomson Trials → record 1 → Terminal Injection (A) → record 2Exact reduced rational: 0variational/thomsonTrials/1/terminalInjectionA/2
      Passive variational controls → Thomson Trials → record 1 → Dissipated Power (W)Exact reduced rational: 3683/160variational/thomsonTrials/1/dissipatedPowerW
      Passive variational controls → Thomson Trials → record 1 → Minimum Power (W)Exact reduced rational: 5variational/thomsonTrials/1/minimumPowerW
      Passive variational controls → Thomson Trials → record 1 → Excess dissipation above fixed-boundary minimum (W)Exact reduced rational: 2883/160variational/thomsonTrials/1/excessPowerW
      Passive variational controls → Thomson Trials → record 1 → Expected Excess (W)Exact reduced rational: 2883/160variational/thomsonTrials/1/expectedExcessW
      Passive variational controls → Thomson Trials → record 2 → KCL-preserving circulation j (A)Exact reduced rational: -1/2variational/thomsonTrials/2/circulationA
      Passive variational controls → Thomson Trials → record 2 → Edge Trial Currents (A) → record 0Exact reduced rational: 19/62variational/thomsonTrials/2/edgeTrialCurrentsA/0
      Passive variational controls → Thomson Trials → record 2 → Edge Trial Currents (A) → record 1Exact reduced rational: -43/62variational/thomsonTrials/2/edgeTrialCurrentsA/1
      Passive variational controls → Thomson Trials → record 2 → Edge Trial Currents (A) → record 2Exact reduced rational: -43/62variational/thomsonTrials/2/edgeTrialCurrentsA/2
      Passive variational controls → Thomson Trials → record 2 → Terminal Injection (A) → record 0Exact reduced rational: 1variational/thomsonTrials/2/terminalInjectionA/0
      Passive variational controls → Thomson Trials → record 2 → Terminal Injection (A) → record 1Exact reduced rational: -1variational/thomsonTrials/2/terminalInjectionA/1
      Passive variational controls → Thomson Trials → record 2 → Terminal Injection (A) → record 2Exact reduced rational: 0variational/thomsonTrials/2/terminalInjectionA/2
      Passive variational controls → Thomson Trials → record 2 → Dissipated Power (W)Exact reduced rational: 1561/120variational/thomsonTrials/2/dissipatedPowerW
      Passive variational controls → Thomson Trials → record 2 → Minimum Power (W)Exact reduced rational: 5variational/thomsonTrials/2/minimumPowerW
      Passive variational controls → Thomson Trials → record 2 → Excess dissipation above fixed-boundary minimum (W)Exact reduced rational: 961/120variational/thomsonTrials/2/excessPowerW
      Passive variational controls → Thomson Trials → record 2 → Expected Excess (W)Exact reduced rational: 961/120variational/thomsonTrials/2/expectedExcessW
      Passive variational controls → Thomson Trials → record 3 → KCL-preserving circulation j (A)Exact reduced rational: -1/4variational/thomsonTrials/3/circulationA
      Passive variational controls → Thomson Trials → record 3 → Edge Trial Currents (A) → record 0Exact reduced rational: 69/124variational/thomsonTrials/3/edgeTrialCurrentsA/0
      Passive variational controls → Thomson Trials → record 3 → Edge Trial Currents (A) → record 1Exact reduced rational: -55/124variational/thomsonTrials/3/edgeTrialCurrentsA/1
      Passive variational controls → Thomson Trials → record 3 → Edge Trial Currents (A) → record 2Exact reduced rational: -55/124variational/thomsonTrials/3/edgeTrialCurrentsA/2
      Passive variational controls → Thomson Trials → record 3 → Terminal Injection (A) → record 0Exact reduced rational: 1variational/thomsonTrials/3/terminalInjectionA/0
      Passive variational controls → Thomson Trials → record 3 → Terminal Injection (A) → record 1Exact reduced rational: -1variational/thomsonTrials/3/terminalInjectionA/1
      Passive variational controls → Thomson Trials → record 3 → Terminal Injection (A) → record 2Exact reduced rational: 0variational/thomsonTrials/3/terminalInjectionA/2
      Passive variational controls → Thomson Trials → record 3 → Dissipated Power (W)Exact reduced rational: 3361/480variational/thomsonTrials/3/dissipatedPowerW
      Passive variational controls → Thomson Trials → record 3 → Minimum Power (W)Exact reduced rational: 5variational/thomsonTrials/3/minimumPowerW
      Passive variational controls → Thomson Trials → record 3 → Excess dissipation above fixed-boundary minimum (W)Exact reduced rational: 961/480variational/thomsonTrials/3/excessPowerW
      Passive variational controls → Thomson Trials → record 3 → Expected Excess (W)Exact reduced rational: 961/480variational/thomsonTrials/3/expectedExcessW
      Passive variational controls → Thomson Trials → record 4 → KCL-preserving circulation j (A)Exact reduced rational: 0variational/thomsonTrials/4/circulationA
      Passive variational controls → Thomson Trials → record 4 → Edge Trial Currents (A) → record 0Exact reduced rational: 25/31variational/thomsonTrials/4/edgeTrialCurrentsA/0
      Passive variational controls → Thomson Trials → record 4 → Edge Trial Currents (A) → record 1Exact reduced rational: -6/31variational/thomsonTrials/4/edgeTrialCurrentsA/1
      Passive variational controls → Thomson Trials → record 4 → Edge Trial Currents (A) → record 2Exact reduced rational: -6/31variational/thomsonTrials/4/edgeTrialCurrentsA/2
      Passive variational controls → Thomson Trials → record 4 → Terminal Injection (A) → record 0Exact reduced rational: 1variational/thomsonTrials/4/terminalInjectionA/0
      Passive variational controls → Thomson Trials → record 4 → Terminal Injection (A) → record 1Exact reduced rational: -1variational/thomsonTrials/4/terminalInjectionA/1
      Passive variational controls → Thomson Trials → record 4 → Terminal Injection (A) → record 2Exact reduced rational: 0variational/thomsonTrials/4/terminalInjectionA/2
      Passive variational controls → Thomson Trials → record 4 → Dissipated Power (W)Exact reduced rational: 5variational/thomsonTrials/4/dissipatedPowerW
      Passive variational controls → Thomson Trials → record 4 → Minimum Power (W)Exact reduced rational: 5variational/thomsonTrials/4/minimumPowerW
      Passive variational controls → Thomson Trials → record 4 → Excess dissipation above fixed-boundary minimum (W)Exact reduced rational: 0variational/thomsonTrials/4/excessPowerW
      Passive variational controls → Thomson Trials → record 4 → Expected Excess (W)Exact reduced rational: 0variational/thomsonTrials/4/expectedExcessW
      Passive variational controls → Thomson Trials → record 5 → KCL-preserving circulation j (A)Exact reduced rational: 1/4variational/thomsonTrials/5/circulationA
      Passive variational controls → Thomson Trials → record 5 → Edge Trial Currents (A) → record 0Exact reduced rational: 131/124variational/thomsonTrials/5/edgeTrialCurrentsA/0
      Passive variational controls → Thomson Trials → record 5 → Edge Trial Currents (A) → record 1Exact reduced rational: 7/124variational/thomsonTrials/5/edgeTrialCurrentsA/1
      Passive variational controls → Thomson Trials → record 5 → Edge Trial Currents (A) → record 2Exact reduced rational: 7/124variational/thomsonTrials/5/edgeTrialCurrentsA/2
      Passive variational controls → Thomson Trials → record 5 → Terminal Injection (A) → record 0Exact reduced rational: 1variational/thomsonTrials/5/terminalInjectionA/0
      Passive variational controls → Thomson Trials → record 5 → Terminal Injection (A) → record 1Exact reduced rational: -1variational/thomsonTrials/5/terminalInjectionA/1
      Passive variational controls → Thomson Trials → record 5 → Terminal Injection (A) → record 2Exact reduced rational: 0variational/thomsonTrials/5/terminalInjectionA/2
      Passive variational controls → Thomson Trials → record 5 → Dissipated Power (W)Exact reduced rational: 3361/480variational/thomsonTrials/5/dissipatedPowerW
      Passive variational controls → Thomson Trials → record 5 → Minimum Power (W)Exact reduced rational: 5variational/thomsonTrials/5/minimumPowerW
      Passive variational controls → Thomson Trials → record 5 → Excess dissipation above fixed-boundary minimum (W)Exact reduced rational: 961/480variational/thomsonTrials/5/excessPowerW
      Passive variational controls → Thomson Trials → record 5 → Expected Excess (W)Exact reduced rational: 961/480variational/thomsonTrials/5/expectedExcessW
      Passive variational controls → Thomson Trials → record 6 → KCL-preserving circulation j (A)Exact reduced rational: 1/2variational/thomsonTrials/6/circulationA
      Passive variational controls → Thomson Trials → record 6 → Edge Trial Currents (A) → record 0Exact reduced rational: 81/62variational/thomsonTrials/6/edgeTrialCurrentsA/0
      Passive variational controls → Thomson Trials → record 6 → Edge Trial Currents (A) → record 1Exact reduced rational: 19/62variational/thomsonTrials/6/edgeTrialCurrentsA/1
      Passive variational controls → Thomson Trials → record 6 → Edge Trial Currents (A) → record 2Exact reduced rational: 19/62variational/thomsonTrials/6/edgeTrialCurrentsA/2
      Passive variational controls → Thomson Trials → record 6 → Terminal Injection (A) → record 0Exact reduced rational: 1variational/thomsonTrials/6/terminalInjectionA/0
      Passive variational controls → Thomson Trials → record 6 → Terminal Injection (A) → record 1Exact reduced rational: -1variational/thomsonTrials/6/terminalInjectionA/1
      Passive variational controls → Thomson Trials → record 6 → Terminal Injection (A) → record 2Exact reduced rational: 0variational/thomsonTrials/6/terminalInjectionA/2
      Passive variational controls → Thomson Trials → record 6 → Dissipated Power (W)Exact reduced rational: 1561/120variational/thomsonTrials/6/dissipatedPowerW
      Passive variational controls → Thomson Trials → record 6 → Minimum Power (W)Exact reduced rational: 5variational/thomsonTrials/6/minimumPowerW
      Passive variational controls → Thomson Trials → record 6 → Excess dissipation above fixed-boundary minimum (W)Exact reduced rational: 961/120variational/thomsonTrials/6/excessPowerW
      Passive variational controls → Thomson Trials → record 6 → Expected Excess (W)Exact reduced rational: 961/120variational/thomsonTrials/6/expectedExcessW
      Passive variational controls → Thomson Trials → record 7 → KCL-preserving circulation j (A)Exact reduced rational: 3/4variational/thomsonTrials/7/circulationA
      Passive variational controls → Thomson Trials → record 7 → Edge Trial Currents (A) → record 0Exact reduced rational: 193/124variational/thomsonTrials/7/edgeTrialCurrentsA/0
      Passive variational controls → Thomson Trials → record 7 → Edge Trial Currents (A) → record 1Exact reduced rational: 69/124variational/thomsonTrials/7/edgeTrialCurrentsA/1
      Passive variational controls → Thomson Trials → record 7 → Edge Trial Currents (A) → record 2Exact reduced rational: 69/124variational/thomsonTrials/7/edgeTrialCurrentsA/2
      Passive variational controls → Thomson Trials → record 7 → Terminal Injection (A) → record 0Exact reduced rational: 1variational/thomsonTrials/7/terminalInjectionA/0
      Passive variational controls → Thomson Trials → record 7 → Terminal Injection (A) → record 1Exact reduced rational: -1variational/thomsonTrials/7/terminalInjectionA/1
      Passive variational controls → Thomson Trials → record 7 → Terminal Injection (A) → record 2Exact reduced rational: 0variational/thomsonTrials/7/terminalInjectionA/2
      Passive variational controls → Thomson Trials → record 7 → Dissipated Power (W)Exact reduced rational: 3683/160variational/thomsonTrials/7/dissipatedPowerW
      Passive variational controls → Thomson Trials → record 7 → Minimum Power (W)Exact reduced rational: 5variational/thomsonTrials/7/minimumPowerW
      Passive variational controls → Thomson Trials → record 7 → Excess dissipation above fixed-boundary minimum (W)Exact reduced rational: 2883/160variational/thomsonTrials/7/excessPowerW
      Passive variational controls → Thomson Trials → record 7 → Expected Excess (W)Exact reduced rational: 2883/160variational/thomsonTrials/7/expectedExcessW
      Passive variational controls → Thomson Trials → record 8 → KCL-preserving circulation j (A)Exact reduced rational: 1variational/thomsonTrials/8/circulationA
      Passive variational controls → Thomson Trials → record 8 → Edge Trial Currents (A) → record 0Exact reduced rational: 56/31variational/thomsonTrials/8/edgeTrialCurrentsA/0
      Passive variational controls → Thomson Trials → record 8 → Edge Trial Currents (A) → record 1Exact reduced rational: 25/31variational/thomsonTrials/8/edgeTrialCurrentsA/1
      Passive variational controls → Thomson Trials → record 8 → Edge Trial Currents (A) → record 2Exact reduced rational: 25/31variational/thomsonTrials/8/edgeTrialCurrentsA/2
      Passive variational controls → Thomson Trials → record 8 → Terminal Injection (A) → record 0Exact reduced rational: 1variational/thomsonTrials/8/terminalInjectionA/0
      Passive variational controls → Thomson Trials → record 8 → Terminal Injection (A) → record 1Exact reduced rational: -1variational/thomsonTrials/8/terminalInjectionA/1
      Passive variational controls → Thomson Trials → record 8 → Terminal Injection (A) → record 2Exact reduced rational: 0variational/thomsonTrials/8/terminalInjectionA/2
      Passive variational controls → Thomson Trials → record 8 → Dissipated Power (W)Exact reduced rational: 1111/30variational/thomsonTrials/8/dissipatedPowerW
      Passive variational controls → Thomson Trials → record 8 → Minimum Power (W)Exact reduced rational: 5variational/thomsonTrials/8/minimumPowerW
      Passive variational controls → Thomson Trials → record 8 → Excess dissipation above fixed-boundary minimum (W)Exact reduced rational: 961/30variational/thomsonTrials/8/excessPowerW
      Passive variational controls → Thomson Trials → record 8 → Expected Excess (W)Exact reduced rational: 961/30variational/thomsonTrials/8/expectedExcessW
      Passive variational controls → Dirichlet Trials → record 0 → Center-potential perturbation h (V)Exact reduced rational: -1/2variational/dirichletTrials/0/centerPerturbationV
      Passive variational controls → Dirichlet Trials → record 0 → Free-c potential perturbation t (V)Exact reduced rational: -1/2variational/dirichletTrials/0/freeCPerturbationV
      Passive variational controls → Dirichlet Trials → record 0 → Center potential (V)Exact reduced rational: 1/10variational/dirichletTrials/0/centerVoltageV
      Passive variational controls → Dirichlet Trials → record 0 → Terminal CVoltage (V)Exact reduced rational: 1/10variational/dirichletTrials/0/terminalCVoltageV
      Passive variational controls → Dirichlet Trials → record 0 → A Voltage (V)Exact reduced rational: 1variational/dirichletTrials/0/aVoltageV
      Passive variational controls → Dirichlet Trials → record 0 → B Voltage (V)Exact reduced rational: 0variational/dirichletTrials/0/bVoltageV
      Passive variational controls → Dirichlet Trials → record 0 → Dissipated Power (W)Exact reduced rational: 49/120variational/dirichletTrials/0/dissipatedPowerW
      Passive variational controls → Dirichlet Trials → record 0 → Minimum Power (W)Exact reduced rational: 1/5variational/dirichletTrials/0/minimumPowerW
      Passive variational controls → Dirichlet Trials → record 0 → Excess dissipation above fixed-boundary minimum (W)Exact reduced rational: 5/24variational/dirichletTrials/0/excessPowerW
      Passive variational controls → Dirichlet Trials → record 1 → Center-potential perturbation h (V)Exact reduced rational: -1/2variational/dirichletTrials/1/centerPerturbationV
      Passive variational controls → Dirichlet Trials → record 1 → Free-c potential perturbation t (V)Exact reduced rational: 0variational/dirichletTrials/1/freeCPerturbationV
      Passive variational controls → Dirichlet Trials → record 1 → Center potential (V)Exact reduced rational: 1/10variational/dirichletTrials/1/centerVoltageV
      Passive variational controls → Dirichlet Trials → record 1 → Terminal CVoltage (V)Exact reduced rational: 3/5variational/dirichletTrials/1/terminalCVoltageV
      Passive variational controls → Dirichlet Trials → record 1 → A Voltage (V)Exact reduced rational: 1variational/dirichletTrials/1/aVoltageV
      Passive variational controls → Dirichlet Trials → record 1 → B Voltage (V)Exact reduced rational: 0variational/dirichletTrials/1/bVoltageV
      Passive variational controls → Dirichlet Trials → record 1 → Dissipated Power (W)Exact reduced rational: 11/24variational/dirichletTrials/1/dissipatedPowerW
      Passive variational controls → Dirichlet Trials → record 1 → Minimum Power (W)Exact reduced rational: 1/5variational/dirichletTrials/1/minimumPowerW
      Passive variational controls → Dirichlet Trials → record 1 → Excess dissipation above fixed-boundary minimum (W)Exact reduced rational: 31/120variational/dirichletTrials/1/excessPowerW
      Passive variational controls → Dirichlet Trials → record 2 → Center-potential perturbation h (V)Exact reduced rational: -1/2variational/dirichletTrials/2/centerPerturbationV
      Passive variational controls → Dirichlet Trials → record 2 → Free-c potential perturbation t (V)Exact reduced rational: 1/2variational/dirichletTrials/2/freeCPerturbationV
      Passive variational controls → Dirichlet Trials → record 2 → Center potential (V)Exact reduced rational: 1/10variational/dirichletTrials/2/centerVoltageV
      Passive variational controls → Dirichlet Trials → record 2 → Terminal CVoltage (V)Exact reduced rational: 11/10variational/dirichletTrials/2/terminalCVoltageV
      Passive variational controls → Dirichlet Trials → record 2 → A Voltage (V)Exact reduced rational: 1variational/dirichletTrials/2/aVoltageV
      Passive variational controls → Dirichlet Trials → record 2 → B Voltage (V)Exact reduced rational: 0variational/dirichletTrials/2/bVoltageV
      Passive variational controls → Dirichlet Trials → record 2 → Dissipated Power (W)Exact reduced rational: 73/120variational/dirichletTrials/2/dissipatedPowerW
      Passive variational controls → Dirichlet Trials → record 2 → Minimum Power (W)Exact reduced rational: 1/5variational/dirichletTrials/2/minimumPowerW
      Passive variational controls → Dirichlet Trials → record 2 → Excess dissipation above fixed-boundary minimum (W)Exact reduced rational: 49/120variational/dirichletTrials/2/excessPowerW
      Passive variational controls → Dirichlet Trials → record 3 → Center-potential perturbation h (V)Exact reduced rational: 0variational/dirichletTrials/3/centerPerturbationV
      Passive variational controls → Dirichlet Trials → record 3 → Free-c potential perturbation t (V)Exact reduced rational: -1/2variational/dirichletTrials/3/freeCPerturbationV
      Passive variational controls → Dirichlet Trials → record 3 → Center potential (V)Exact reduced rational: 3/5variational/dirichletTrials/3/centerVoltageV
      Passive variational controls → Dirichlet Trials → record 3 → Terminal CVoltage (V)Exact reduced rational: 1/10variational/dirichletTrials/3/terminalCVoltageV
      Passive variational controls → Dirichlet Trials → record 3 → A Voltage (V)Exact reduced rational: 1variational/dirichletTrials/3/aVoltageV
      Passive variational controls → Dirichlet Trials → record 3 → B Voltage (V)Exact reduced rational: 0variational/dirichletTrials/3/bVoltageV
      Passive variational controls → Dirichlet Trials → record 3 → Dissipated Power (W)Exact reduced rational: 1/4variational/dirichletTrials/3/dissipatedPowerW
      Passive variational controls → Dirichlet Trials → record 3 → Minimum Power (W)Exact reduced rational: 1/5variational/dirichletTrials/3/minimumPowerW
      Passive variational controls → Dirichlet Trials → record 3 → Excess dissipation above fixed-boundary minimum (W)Exact reduced rational: 1/20variational/dirichletTrials/3/excessPowerW
      Passive variational controls → Dirichlet Trials → record 4 → Center-potential perturbation h (V)Exact reduced rational: 0variational/dirichletTrials/4/centerPerturbationV
      Passive variational controls → Dirichlet Trials → record 4 → Free-c potential perturbation t (V)Exact reduced rational: 0variational/dirichletTrials/4/freeCPerturbationV
      Passive variational controls → Dirichlet Trials → record 4 → Center potential (V)Exact reduced rational: 3/5variational/dirichletTrials/4/centerVoltageV
      Passive variational controls → Dirichlet Trials → record 4 → Terminal CVoltage (V)Exact reduced rational: 3/5variational/dirichletTrials/4/terminalCVoltageV
      Passive variational controls → Dirichlet Trials → record 4 → A Voltage (V)Exact reduced rational: 1variational/dirichletTrials/4/aVoltageV
      Passive variational controls → Dirichlet Trials → record 4 → B Voltage (V)Exact reduced rational: 0variational/dirichletTrials/4/bVoltageV
      Passive variational controls → Dirichlet Trials → record 4 → Dissipated Power (W)Exact reduced rational: 1/5variational/dirichletTrials/4/dissipatedPowerW
      Passive variational controls → Dirichlet Trials → record 4 → Minimum Power (W)Exact reduced rational: 1/5variational/dirichletTrials/4/minimumPowerW
      Passive variational controls → Dirichlet Trials → record 4 → Excess dissipation above fixed-boundary minimum (W)Exact reduced rational: 0variational/dirichletTrials/4/excessPowerW
      Passive variational controls → Dirichlet Trials → record 5 → Center-potential perturbation h (V)Exact reduced rational: 0variational/dirichletTrials/5/centerPerturbationV
      Passive variational controls → Dirichlet Trials → record 5 → Free-c potential perturbation t (V)Exact reduced rational: 1/2variational/dirichletTrials/5/freeCPerturbationV
      Passive variational controls → Dirichlet Trials → record 5 → Center potential (V)Exact reduced rational: 3/5variational/dirichletTrials/5/centerVoltageV
      Passive variational controls → Dirichlet Trials → record 5 → Terminal CVoltage (V)Exact reduced rational: 11/10variational/dirichletTrials/5/terminalCVoltageV
      Passive variational controls → Dirichlet Trials → record 5 → A Voltage (V)Exact reduced rational: 1variational/dirichletTrials/5/aVoltageV
      Passive variational controls → Dirichlet Trials → record 5 → B Voltage (V)Exact reduced rational: 0variational/dirichletTrials/5/bVoltageV
      Passive variational controls → Dirichlet Trials → record 5 → Dissipated Power (W)Exact reduced rational: 1/4variational/dirichletTrials/5/dissipatedPowerW
      Passive variational controls → Dirichlet Trials → record 5 → Minimum Power (W)Exact reduced rational: 1/5variational/dirichletTrials/5/minimumPowerW
      Passive variational controls → Dirichlet Trials → record 5 → Excess dissipation above fixed-boundary minimum (W)Exact reduced rational: 1/20variational/dirichletTrials/5/excessPowerW
      Passive variational controls → Dirichlet Trials → record 6 → Center-potential perturbation h (V)Exact reduced rational: 1/2variational/dirichletTrials/6/centerPerturbationV
      Passive variational controls → Dirichlet Trials → record 6 → Free-c potential perturbation t (V)Exact reduced rational: -1/2variational/dirichletTrials/6/freeCPerturbationV
      Passive variational controls → Dirichlet Trials → record 6 → Center potential (V)Exact reduced rational: 11/10variational/dirichletTrials/6/centerVoltageV
      Passive variational controls → Dirichlet Trials → record 6 → Terminal CVoltage (V)Exact reduced rational: 1/10variational/dirichletTrials/6/terminalCVoltageV
      Passive variational controls → Dirichlet Trials → record 6 → A Voltage (V)Exact reduced rational: 1variational/dirichletTrials/6/aVoltageV
      Passive variational controls → Dirichlet Trials → record 6 → B Voltage (V)Exact reduced rational: 0variational/dirichletTrials/6/bVoltageV
      Passive variational controls → Dirichlet Trials → record 6 → Dissipated Power (W)Exact reduced rational: 73/120variational/dirichletTrials/6/dissipatedPowerW
      Passive variational controls → Dirichlet Trials → record 6 → Minimum Power (W)Exact reduced rational: 1/5variational/dirichletTrials/6/minimumPowerW
      Passive variational controls → Dirichlet Trials → record 6 → Excess dissipation above fixed-boundary minimum (W)Exact reduced rational: 49/120variational/dirichletTrials/6/excessPowerW
      Passive variational controls → Dirichlet Trials → record 7 → Center-potential perturbation h (V)Exact reduced rational: 1/2variational/dirichletTrials/7/centerPerturbationV
      Passive variational controls → Dirichlet Trials → record 7 → Free-c potential perturbation t (V)Exact reduced rational: 0variational/dirichletTrials/7/freeCPerturbationV
      Passive variational controls → Dirichlet Trials → record 7 → Center potential (V)Exact reduced rational: 11/10variational/dirichletTrials/7/centerVoltageV
      Passive variational controls → Dirichlet Trials → record 7 → Terminal CVoltage (V)Exact reduced rational: 3/5variational/dirichletTrials/7/terminalCVoltageV
      Passive variational controls → Dirichlet Trials → record 7 → A Voltage (V)Exact reduced rational: 1variational/dirichletTrials/7/aVoltageV
      Passive variational controls → Dirichlet Trials → record 7 → B Voltage (V)Exact reduced rational: 0variational/dirichletTrials/7/bVoltageV
      Passive variational controls → Dirichlet Trials → record 7 → Dissipated Power (W)Exact reduced rational: 11/24variational/dirichletTrials/7/dissipatedPowerW
      Passive variational controls → Dirichlet Trials → record 7 → Minimum Power (W)Exact reduced rational: 1/5variational/dirichletTrials/7/minimumPowerW
      Passive variational controls → Dirichlet Trials → record 7 → Excess dissipation above fixed-boundary minimum (W)Exact reduced rational: 31/120variational/dirichletTrials/7/excessPowerW
      Passive variational controls → Dirichlet Trials → record 8 → Center-potential perturbation h (V)Exact reduced rational: 1/2variational/dirichletTrials/8/centerPerturbationV
      Passive variational controls → Dirichlet Trials → record 8 → Free-c potential perturbation t (V)Exact reduced rational: 1/2variational/dirichletTrials/8/freeCPerturbationV
      Passive variational controls → Dirichlet Trials → record 8 → Center potential (V)Exact reduced rational: 11/10variational/dirichletTrials/8/centerVoltageV
      Passive variational controls → Dirichlet Trials → record 8 → Terminal CVoltage (V)Exact reduced rational: 11/10variational/dirichletTrials/8/terminalCVoltageV
      Passive variational controls → Dirichlet Trials → record 8 → A Voltage (V)Exact reduced rational: 1variational/dirichletTrials/8/aVoltageV
      Passive variational controls → Dirichlet Trials → record 8 → B Voltage (V)Exact reduced rational: 0variational/dirichletTrials/8/bVoltageV
      Passive variational controls → Dirichlet Trials → record 8 → Dissipated Power (W)Exact reduced rational: 49/120variational/dirichletTrials/8/dissipatedPowerW
      Passive variational controls → Dirichlet Trials → record 8 → Minimum Power (W)Exact reduced rational: 1/5variational/dirichletTrials/8/minimumPowerW
      Passive variational controls → Dirichlet Trials → record 8 → Excess dissipation above fixed-boundary minimum (W)Exact reduced rational: 5/24variational/dirichletTrials/8/excessPowerW
      Passive variational controls → Rayleigh States → record 0 → Increment s of a-arm resistance (Ω)Exact reduced rational: 0variational/rayleighStates/0/aArmIncrementOhm
      Passive variational controls → Rayleigh States → record 0 → A Arm (Ω)Exact reduced rational: 2variational/rayleighStates/0/aArmOhm
      Passive variational controls → Rayleigh States → record 0 → Unit Current (A)Exact reduced rational: 1variational/rayleighStates/0/unitCurrentA
      Passive variational controls → Rayleigh States → record 0 → Effective a-to-b resistance with c open (Ω)Exact reduced rational: 5variational/rayleighStates/0/effectiveResistanceOhm
      Passive variational controls → Rayleigh States → record 0 → Effective Resistance Increase (Ω)Exact reduced rational: 0variational/rayleighStates/0/effectiveResistanceIncreaseOhm
      Passive variational controls → Rayleigh States → record 0 → A Arm Current (A)Exact reduced rational: 1variational/rayleighStates/0/aArmCurrentA
      Passive variational controls → Rayleigh States → record 0 → Third Open Arm Current (A)Exact reduced rational: 0variational/rayleighStates/0/thirdOpenArmCurrentA
      Passive variational controls → Rayleigh States → record 1 → Increment s of a-arm resistance (Ω)Exact reduced rational: 1/4variational/rayleighStates/1/aArmIncrementOhm
      Passive variational controls → Rayleigh States → record 1 → A Arm (Ω)Exact reduced rational: 9/4variational/rayleighStates/1/aArmOhm
      Passive variational controls → Rayleigh States → record 1 → Unit Current (A)Exact reduced rational: 1variational/rayleighStates/1/unitCurrentA
      Passive variational controls → Rayleigh States → record 1 → Effective a-to-b resistance with c open (Ω)Exact reduced rational: 21/4variational/rayleighStates/1/effectiveResistanceOhm
      Passive variational controls → Rayleigh States → record 1 → Effective Resistance Increase (Ω)Exact reduced rational: 1/4variational/rayleighStates/1/effectiveResistanceIncreaseOhm
      Passive variational controls → Rayleigh States → record 1 → A Arm Current (A)Exact reduced rational: 1variational/rayleighStates/1/aArmCurrentA
      Passive variational controls → Rayleigh States → record 1 → Third Open Arm Current (A)Exact reduced rational: 0variational/rayleighStates/1/thirdOpenArmCurrentA
      Passive variational controls → Rayleigh States → record 2 → Increment s of a-arm resistance (Ω)Exact reduced rational: 1/2variational/rayleighStates/2/aArmIncrementOhm
      Passive variational controls → Rayleigh States → record 2 → A Arm (Ω)Exact reduced rational: 5/2variational/rayleighStates/2/aArmOhm
      Passive variational controls → Rayleigh States → record 2 → Unit Current (A)Exact reduced rational: 1variational/rayleighStates/2/unitCurrentA
      Passive variational controls → Rayleigh States → record 2 → Effective a-to-b resistance with c open (Ω)Exact reduced rational: 11/2variational/rayleighStates/2/effectiveResistanceOhm
      Passive variational controls → Rayleigh States → record 2 → Effective Resistance Increase (Ω)Exact reduced rational: 1/2variational/rayleighStates/2/effectiveResistanceIncreaseOhm
      Passive variational controls → Rayleigh States → record 2 → A Arm Current (A)Exact reduced rational: 1variational/rayleighStates/2/aArmCurrentA
      Passive variational controls → Rayleigh States → record 2 → Third Open Arm Current (A)Exact reduced rational: 0variational/rayleighStates/2/thirdOpenArmCurrentA
      Passive variational controls → Rayleigh States → record 3 → Increment s of a-arm resistance (Ω)Exact reduced rational: 3/4variational/rayleighStates/3/aArmIncrementOhm
      Passive variational controls → Rayleigh States → record 3 → A Arm (Ω)Exact reduced rational: 11/4variational/rayleighStates/3/aArmOhm
      Passive variational controls → Rayleigh States → record 3 → Unit Current (A)Exact reduced rational: 1variational/rayleighStates/3/unitCurrentA
      Passive variational controls → Rayleigh States → record 3 → Effective a-to-b resistance with c open (Ω)Exact reduced rational: 23/4variational/rayleighStates/3/effectiveResistanceOhm
      Passive variational controls → Rayleigh States → record 3 → Effective Resistance Increase (Ω)Exact reduced rational: 3/4variational/rayleighStates/3/effectiveResistanceIncreaseOhm
      Passive variational controls → Rayleigh States → record 3 → A Arm Current (A)Exact reduced rational: 1variational/rayleighStates/3/aArmCurrentA
      Passive variational controls → Rayleigh States → record 3 → Third Open Arm Current (A)Exact reduced rational: 0variational/rayleighStates/3/thirdOpenArmCurrentA
      Passive variational controls → Rayleigh States → record 4 → Increment s of a-arm resistance (Ω)Exact reduced rational: 1variational/rayleighStates/4/aArmIncrementOhm
      Passive variational controls → Rayleigh States → record 4 → A Arm (Ω)Exact reduced rational: 3variational/rayleighStates/4/aArmOhm
      Passive variational controls → Rayleigh States → record 4 → Unit Current (A)Exact reduced rational: 1variational/rayleighStates/4/unitCurrentA
      Passive variational controls → Rayleigh States → record 4 → Effective a-to-b resistance with c open (Ω)Exact reduced rational: 6variational/rayleighStates/4/effectiveResistanceOhm
      Passive variational controls → Rayleigh States → record 4 → Effective Resistance Increase (Ω)Exact reduced rational: 1variational/rayleighStates/4/effectiveResistanceIncreaseOhm
      Passive variational controls → Rayleigh States → record 4 → A Arm Current (A)Exact reduced rational: 1variational/rayleighStates/4/aArmCurrentA
      Passive variational controls → Rayleigh States → record 4 → Third Open Arm Current (A)Exact reduced rational: 0variational/rayleighStates/4/thirdOpenArmCurrentA
      Passive variational controls → Rayleigh States → record 5 → Increment s of a-arm resistance (Ω)Exact reduced rational: 5/4variational/rayleighStates/5/aArmIncrementOhm
      Passive variational controls → Rayleigh States → record 5 → A Arm (Ω)Exact reduced rational: 13/4variational/rayleighStates/5/aArmOhm
      Passive variational controls → Rayleigh States → record 5 → Unit Current (A)Exact reduced rational: 1variational/rayleighStates/5/unitCurrentA
      Passive variational controls → Rayleigh States → record 5 → Effective a-to-b resistance with c open (Ω)Exact reduced rational: 25/4variational/rayleighStates/5/effectiveResistanceOhm
      Passive variational controls → Rayleigh States → record 5 → Effective Resistance Increase (Ω)Exact reduced rational: 5/4variational/rayleighStates/5/effectiveResistanceIncreaseOhm
      Passive variational controls → Rayleigh States → record 5 → A Arm Current (A)Exact reduced rational: 1variational/rayleighStates/5/aArmCurrentA
      Passive variational controls → Rayleigh States → record 5 → Third Open Arm Current (A)Exact reduced rational: 0variational/rayleighStates/5/thirdOpenArmCurrentA
      Passive variational controls → Rayleigh States → record 6 → Increment s of a-arm resistance (Ω)Exact reduced rational: 3/2variational/rayleighStates/6/aArmIncrementOhm
      Passive variational controls → Rayleigh States → record 6 → A Arm (Ω)Exact reduced rational: 7/2variational/rayleighStates/6/aArmOhm
      Passive variational controls → Rayleigh States → record 6 → Unit Current (A)Exact reduced rational: 1variational/rayleighStates/6/unitCurrentA
      Passive variational controls → Rayleigh States → record 6 → Effective a-to-b resistance with c open (Ω)Exact reduced rational: 13/2variational/rayleighStates/6/effectiveResistanceOhm
      Passive variational controls → Rayleigh States → record 6 → Effective Resistance Increase (Ω)Exact reduced rational: 3/2variational/rayleighStates/6/effectiveResistanceIncreaseOhm
      Passive variational controls → Rayleigh States → record 6 → A Arm Current (A)Exact reduced rational: 1variational/rayleighStates/6/aArmCurrentA
      Passive variational controls → Rayleigh States → record 6 → Third Open Arm Current (A)Exact reduced rational: 0variational/rayleighStates/6/thirdOpenArmCurrentA
      Passive variational controls → Rayleigh States → record 7 → Increment s of a-arm resistance (Ω)Exact reduced rational: 7/4variational/rayleighStates/7/aArmIncrementOhm
      Passive variational controls → Rayleigh States → record 7 → A Arm (Ω)Exact reduced rational: 15/4variational/rayleighStates/7/aArmOhm
      Passive variational controls → Rayleigh States → record 7 → Unit Current (A)Exact reduced rational: 1variational/rayleighStates/7/unitCurrentA
      Passive variational controls → Rayleigh States → record 7 → Effective a-to-b resistance with c open (Ω)Exact reduced rational: 27/4variational/rayleighStates/7/effectiveResistanceOhm
      Passive variational controls → Rayleigh States → record 7 → Effective Resistance Increase (Ω)Exact reduced rational: 7/4variational/rayleighStates/7/effectiveResistanceIncreaseOhm
      Passive variational controls → Rayleigh States → record 7 → A Arm Current (A)Exact reduced rational: 1variational/rayleighStates/7/aArmCurrentA
      Passive variational controls → Rayleigh States → record 7 → Third Open Arm Current (A)Exact reduced rational: 0variational/rayleighStates/7/thirdOpenArmCurrentA
      Passive variational controls → Rayleigh States → record 8 → Increment s of a-arm resistance (Ω)Exact reduced rational: 2variational/rayleighStates/8/aArmIncrementOhm
      Passive variational controls → Rayleigh States → record 8 → A Arm (Ω)Exact reduced rational: 4variational/rayleighStates/8/aArmOhm
      Passive variational controls → Rayleigh States → record 8 → Unit Current (A)Exact reduced rational: 1variational/rayleighStates/8/unitCurrentA
      Passive variational controls → Rayleigh States → record 8 → Effective a-to-b resistance with c open (Ω)Exact reduced rational: 7variational/rayleighStates/8/effectiveResistanceOhm
      Passive variational controls → Rayleigh States → record 8 → Effective Resistance Increase (Ω)Exact reduced rational: 2variational/rayleighStates/8/effectiveResistanceIncreaseOhm
      Passive variational controls → Rayleigh States → record 8 → A Arm Current (A)Exact reduced rational: 1variational/rayleighStates/8/aArmCurrentA
      Passive variational controls → Rayleigh States → record 8 → Third Open Arm Current (A)Exact reduced rational: 0variational/rayleighStates/8/thirdOpenArmCurrentA

      Focus a labelled graph or table region and use arrow keys to scroll locally. Exact fractions, signs, domains and source statuses remain available below each figure.

      Variational and monotonicity results require different admissible boundaries
      ResultWhat is fixed and what variesQuantity and conditions
      Dirichlet voltage minimumBoundary voltages fixed; unforced interior trial potentials varyP_min/V_test² is conductance; positive reciprocal resistors
      Thomson current minimumTerminal injections fixed; KCL-compatible trial flows varyP_min/I_test² is resistance; positive reciprocal resistors
      Rayleigh monotonicityTerminal current test and graph fixed; branch resistances increaseEffective resistance cannot decrease; equality may occur in zero-current branches
      Source-vector reductionInterior equations eliminated with an invertible blockTransform internal injections as well as the conductance matrix
      ReciprocitySame source-free linear response operator and compatible referencesCross transfer symmetry requires the relevant symmetric operator
      MNA voltage constraintsExtra source-current unknowns and exact voltage rows retainedFull saddle matrix is not the positive definite resistor-only G
      28

      Connect networks to transport and know when to stop

      At an unforced resistor-network node, KCL can be written V_x=Σ_y g_xy V_y/Σ_y g_xy: a conductance-weighted average of neighboring potentials. With boundary values normalized to 1 at a and 0 at b, this harmonic solution can also be interpreted as the probability that an associated finite conductance-weighted random walk reaches a before b. The mathematical transition probabilities are g_xy/Σ_y g_xy. They are not a claim that real electrons trace those random-walk paths or that volts themselves are probabilities.

      A steady heat-conduction network with fixed positive linear thermal conductances and no internal heat generation can have the same matrix structure. Temperatures and heat-flow rates replace voltages and currents, with their own units and boundary conditions. This connection explains why elimination and minimum principles recur across transport models. It does not transfer an electrical source law, noise model, material dependence or transient time constant merely by relabeling symbols.

      Before using a reduced circuit, check its domain and its boundary: constant element parameters, source compliance, hidden controls, terminal references, source powers, and existence of the proposed state. Confirm dimensions, KCL, constitutive laws and the full signed power sum. Preserve open, short, inconsistent and nonunique cases explicitly. Then decide which further physics is needed. RC/RL and RLC dynamics, phasor power and semiconductor behavior retain their planned lessons; a correct DC port relation is a foundation for them, not their replacement.

      Worked examples

      Derive the original source equivalent

      Find V_th,R_th and delivered I_sc for the 9 V/−4 V, five-resistor original network, with port p relative to 0.

      1. Open-port KCL is V_x−V/3=9/2 V and −V_x/3+(13/24)V=−1/2 V after multiplying the conductance equations by 1 Ω. Eliminating V_x gives (31/72 S)V=1 A.
      2. Thus V_oc=72/31 V. To determine the source-off slope, constrain both independent voltage supplies to 0 V and impose V_test=1 V.
      3. Then V_x=1/3 V and entering test current is (2/3 V)/(3 Ω)+(1 V)/(12 Ω)+(1 V)/(8 Ω)=31/72 A. Hence R_th=72/31 Ω.
      4. At a short V=0; the affine delivered relation I=1 A−(31/72 S)V gives I_sc=1 A. The entering-network current is the opposite sign.

      V_th=72/31 V, R_th=72/31 Ω and I_sc=1 A delivered. Equal numerical values of voltage and resistance do not identify their units.

      Maximum load power and actual physical loss

      Use R_L=R_th for the original network. Find the load power and compare its physical-source efficiency with the simple Thévenin realization.

      1. The delivered current is I=V_th/(2R_th)=1/2 A, so V=36/31 V and P_L=VI=18/31 W.
      2. The retained original branch solution gives V_x=303/62 V. Its five resistor dissipations sum to 2543/124 W. The original voltage constraints deliver 2295/124 W and 80/31 W, totalling 2615/124 W.
      3. The signed power ledger closes: −2615/124+2543/124+18/31=0 W. The actual load-to-net-source-delivery ratio is (18/31)/(2615/124)=72/2615.
      4. The equivalent series resistor dissipates I²R_th=18/31 W, so that realization’s ideal voltage source delivers 36/31 W and its stated load efficiency is 1/2. It preserves the port, not the original loss distribution.

      P_L=18/31 W. The original physical-source ratio is 72/2615, whereas 1/2 belongs to the explicitly defined Thévenin source/resistor ledger.

      Recover the missing power cross term

      Keep R_L=72/31 Ω and combine the two original source-off load voltages 54/31 V and −18/31 V.

      1. Voltage superposition gives V=(54−18)/31 V=36/31 V. The load current is V/R_L=1/2 A.
      2. Individual source-off powers are(54/31 V)²/(72/31 Ω)=81/62 W and(−18/31 V)²/(72/31 Ω)=9/62 W. Their sum is 45/31 W.
      3. The actual combined power is(36/31 V)²/(72/31 Ω)=18/31 W. The missing cross term is 2(54/31 V)(−18/31 V)/(72/31 Ω)=−27/31 W.
      4. Add the cross term to the separate powers:45/31−27/31=18/31 W. These are comparisons of different experiments, not simultaneous independent energy supplies to the same resistor.

      Linear voltage/current responses add. Power must be formed after the common state is reconstructed; the cross term is −27/31 W.

      Keep the powered control while testing the port

      For the 4 Ω resistor/1 A source/VCCS port, set g=1/2 S. Compare a 2 Ω load with a 4 Ω load.

      1. G=1/4−1/2=−1/4 S. With the independent source off and V_test=1 V, entering current is −1/4 A, so the terminal resistance is −4 Ω.
      2. For R_L=2 Ω, (−1/4+1/2)SV=1 A, giving V=4 V and I=2 A. Resistor and load absorption are 4 W and 8 W. Independent and controlled source absorption are −4 W and −8 W.
      3. All four powers sum to zero. The control represents an active powered device; no passive resistor has become an energy source.
      4. For R_L=4 Ω, (−1/4+1/4)SV=1 A becomes 0=1 A, so there is no DC solution in that ideal connection. Zeroing the independent source instead gives 0=0 and a nonunique amplitude.

      The 2 Ω connection has V=4 V,I=2 A with a balanced powered-source ledger. The 4 Ω connection is inconsistent while the 1 A source remains.

      Compare an exact bridge reading with its tangent

      At δ=1/5, connect the 5 Ω meter across the original 6 V bridge and compare the exact current with the local balance sensitivity.

      1. The lower-right resistor is 8(1+1/5) Ω=48/5 Ω. Open V_oc=−4δ/(3+2δ) V=−4/17 V.
      2. The source-off terminal resistance is 2 Ω+(4 Ω||(48/5 Ω))=82/17 Ω.
      3. The meter current is(−4/17 V)/(82/17 Ω+5 Ω)=−4/167 A, and its voltage is −20/167 V. Negative current flows r→l relative to the declared l→r arrow.
      4. The tangent at balance gives I_linear=(−4/29 A)(1/5)=−4/145 A. Exact minus tangent is 88/24215 A. This finite-setting discrepancy is not removed by calling the bridge approximately linear.

      I_m=−4/167 A and V_m=−20/167 V. The derivative is useful locally; it is not the exact finite-δ response.

      Check a three-terminal reduction and a reciprocal transfer

      Transform the original(2,3,5) Ω star, then compare the cross responses with c as reference.

      1. D=2×3+3×5+5×2=31 Ω². Hence(R_ab,R_bc,R_ca)=(31/5,31/2,31/3) Ω, dividing by the opposite star arm each time.
      2. With c open, R_ab,measured=(31/5 Ω)||[(31/3+31/2) Ω]=5 Ω, matching 2+3 Ω. The delta ab edge alone is 31/5 Ω, not the full pair measurement.
      3. Grounding c as the mathematical reference for the two-port response gives Z=[[7,5],[5,8]] Ω. A 1 A injection at a with b externally open gives(V_a,V_b)=(7,5) V.
      4. Exchange the current excitation to b: a externally open gives(V_a,V_b)=(5,8) V. The cross responses agree at 5 V per 1 A. The terminal reference and open-port conditions are part of the statement.

      The delta preserves the three-terminal response, and the reciprocal cross impedance is 5 Ω; its driving-point impedances are 7 Ω and 8 Ω.

      Audit a floating voltage constraint with MNA

      Solve V_u−V_v=5 V with 2 Ω u-to 0,3 Ω v-to 0 and a 1 A source 0-to-v, taking i_uv positive u-to-v.

      1. KCL at u gives V_u/(2 Ω)+i_uv=0. KCL at v gives V_v/(3 Ω)−i_uv=1 A. Retain the voltage constraint as a third equation.
      2. Eliminating i_uv gives V_u/(2 Ω)+V_v/(3 Ω)=1 A. Substitute V_u=V_v+5 V to obtain V_v=−9/5 V and V_u=16/5 V.
      3. Then i_uv=−V_u/(2 Ω)=−8/5 A. The 5 V constraint absorbs −8 W. The 1 A source’s associated drop is 0−V_v=9/5 V, so it absorbs 9/5 W.
      4. Resistor dissipation is(16/5 V)²/(2 Ω)+(−9/5 V)²/(3 Ω)=31/5 W. Total−8+9/5+31/5=0 W. A source symbol did not decide which constraint delivers energy.

      (V_u,V_v,i_uv)=(16/5 V,−9/5 V,−8/5 A). The power ledger closes and illustrates why source currents must remain explicit unknowns.

      Use admissible trials with the correct normalization

      Compare one current trial and one voltage trial for the original star/delta network between a and b, with c open.

      1. The actual 1 A flow dissipates 5 W. In the equivalent delta, add a circulation j_c=1/4 A to each of the three oriented edge currents. It preserves all node injections.
      2. The excess is(961/30 Ω)(1/4 A)²=961/480 W; trial dissipation is 3361/480 W. Dividing by(1 A)² gives an upper bound 3361/480 Ω for the actual 5 Ω resistance.
      3. For the fixed 1 V boundary problem in the star, choose h=1/2 V,t=0 V relative to the actual V_z=V_c=3/5 V. Excess dissipation is(5/6 S)(1/2 V)²+(1/5 S)(−1/2 V)²=31/120 W.
      4. Trial voltage dissipation is 1/5+31/120=11/24 W, at least the actual 1/5 W. At fixed voltage, dividing by 1 V squared bounds conductance from above; it does not provide the same resistance upper bound as the current trial.

      The current and voltage principles agree with their own admissible boundaries. Their power normalizations produce resistance and conductance respectively.

      Try it yourself

      1. The original source-off port test has V=1 V and delivered-network current I=−31/72 A. What is R_th?

        Show the answer and reasoning

        R_th=72/31 Ω, using entering current i=−I=31/72 A.

        The test quotient uses current entering the positive-voltage terminal of the network. Using delivered I without reversing it would assign a spurious negative resistance to the passive port.

      2. Does the original network’s open port imply zero power drawn from its two supplies?

        Show the answer and reasoning

        No. Open fixes the external port current to zero, not all internal currents.

        The original fixed 9 V and −4 V nodes still drive the five-resistor network. The Thévenin series branch may be current-free at an open port, but that equivalent does not reproduce the original internal supply-loss ledger.

      3. When computing R_th for a circuit containing an independent voltage source, an independent current source and a VCCS, which laws remain?

        Show the answer and reasoning

        Set the independent voltage constraint to 0 V, the independent current constraint to 0 A, and retain the VCCS law and all other element parameters.

        A zero voltage source becomes a short and a zero current source becomes an open. The controlled source remains part of the slope-defining circuit. Any control outside the reduced boundary needs an explicit retained boundary condition.

      4. Using the two original source-off matched-load voltages, why is 81/62+9/62 W not the actual combined load power?

        Show the answer and reasoning

        It omits the cross term −27/31 W. The actual power is 18/31 W.

        Power is quadratic in the superposed resistor voltage. Sum the signed voltages first, then square and divide by the same retained load. Separate source-off experiments have different full physical states.

      5. In a simple Thévenin source with R_th>0, choose R_L=3R_th. What is the stated series-source efficiency and the fraction of maximum load power?

        Show the answer and reasoning

        η=3/4; P_L/P_max=4×3/(1+3)²=3/4.

        The efficiency is R_L/(R_th+R_L) for that explicit realization. The power fraction is 4r/(1+r)². Neither result identifies the physical loss distribution of an arbitrary original source network.

      6. A source-free positive resistor network has V_oc=0 and I_sc=0. Does 0/0 determine its resistance?

        Show the answer and reasoning

        No. Impose a valid test source and compute the entering-current or voltage response.

        Zero independent excitation makes both intercept tests uninformative while the slope remains finite. A ratio with an undefined denominator is not a resistance measurement.

      7. For g=1/8 S in the controlled one-port, find the entering current under a source-off 2 V test.

        Show the answer and reasoning

        i_test=G V_test=(1/8 S)(2 V)=1/4 A, so R_th=8 Ω.

        The 4 Ω resistor draws 1/2 A while the dependent source supplies 1/4 A. Their difference is the current entering from the test source; deleting the controlled branch gives the wrong slope.

      8. At g=1/4 S, compare an open port with independent source 1 A and with that source zeroed.

        Show the answer and reasoning

        With 1 A it is inconsistent; with 0 A its voltage is nonunique.

        Both have zero port conductance. The first requires 0=1 A, the second 0=0. Preserve the status and absent unique voltage; do not label both an ordinary zero-voltage state.

      9. For g=1/2 S, source-off test voltage 1 V gives entering current −1/4 A. What is the net terminal absorbed power and what supplies it?

        Show the answer and reasoning

        The reduced port absorbs −1/4 W, meaning delivery of 1/4 W. The powered controlled-source model supplies the energy.

        The passive 4 Ω branch still dissipates positive power. A negative terminal slope in an active model does not imply a passive material has created energy or establish a time-domain stability conclusion.

      10. At balance, the original bridge meter reads zero. Find the nonzero arm currents and supply delivery.

        Show the answer and reasoning

        Left-arm current is 2/3 A, right-arm current is 1/2 A, and the 6 V supply delivers 7 W.

        Each midpoint is at 4 V. Equal midpoint potentials remove only bridge current; the two complete source-to-reference arms remain conducting.

      11. Why does the first derivative of R_th(δ) not contribute to dI_m/dδ at bridge balance?

        Show the answer and reasoning

        Because V_oc(0)=0, the quotient-rule term containing V_oc(0) R_th′(0) vanishes.

        Differentiate I_m=V_oc/(R_th+R_m) with the fixed meter load. The surviving derivative is V_oc′(0)/(R_th(0)+R_m), giving −4/29 A per unit δ in the original case.

      12. For the original (2,3,5) Ω star, which arm divides D in R_ab, and why is R_ab not the two-terminal measured resistance?

        Show the answer and reasoning

        Divide by r_c=5 Ω, giving the delta edge R_ab=31/5 Ω. With c open, that edge is in parallel with the path a→c→b, giving a total 5 Ω.

        The conversion preserves the whole three-terminal relation. An edge parameter and a network driving-point measurement use different boundaries.

      13. A unit current is injected at a and returned at c in the reciprocal original two-port, while b is externally open. What changes under the reciprocal exchange?

        Show the answer and reasoning

        Move the 1 A excitation to b with return at c, leave a externally open, and measure V_a. Both cross voltages are 5 V.

        Keep the fixed resistor network, reference and source/measurement conventions. Reciprocity exchanges compatible excitation and response; it does not assert equal driving-point voltages 7 V and 8 V.

      14. In a partitioned nodal system with nonzero j_i, what must accompany G_red=G_bb−G_bi G_ii⁻¹G_ib?

        Show the answer and reasoning

        The transformed source term: G_red v_b=j_b−G_bi G_ii⁻¹j_i.

        Elimination substitutes both the boundary-dependent and source-dependent parts of the interior solution. Dropping the interior injection changes terminal currents even when the reduced matrix is correct.

      15. For the same a,b network, a fixed 1 V trial dissipates more than the actual minimum. Does its P/V² give an upper bound on resistance?

        Show the answer and reasoning

        It gives an upper bound on conductance, not resistance. A KCL-compatible fixed-current trial gives the dissipation-based resistance upper bound.

        At fixed voltage P=V²G_eff; at fixed current P=I²R_eff. The two principles vary different admissible quantities, and reversing the normalization reverses the interpretation.

      16. If only the star’s open c-arm resistance is increased during the a-to-b test, must R_eff strictly increase?

        Show the answer and reasoning

        No. That arm carries zero current, so the a-to-b effective resistance remains r_a+r_b.

        Rayleigh monotonicity is nondecrease for passive positive networks. Strict change depends on whether the modified branch participates in the specific terminal-current experiment; the local derivative is (i_e/I₀)².

      What to carry forward

      • A DC solution needs compatible source constraints and valid element laws; it is not proof of a transient reaching that state.
      • Associated branch references fix absorbed power p=vi; delivered and entering port currents have opposite signs.
      • Linear response superposition keeps topology, loads and controlled-source laws fixed. Power includes cross terms.
      • A Thévenin or Norton equivalent preserves a stated terminal relation, including its representation limits. It does not preserve arbitrary internal losses.
      • Zero only independent sources when testing terminal resistance. Keep dependent controls and their boundary conditions explicit.
      • Open, short, inconsistent and nonunique ideal cases retain separate statuses rather than invented finite values.
      • Maximum load power at R_L=R_th assumes a fixed positive real R_th. Efficiency requires an explicit physical boundary.
      • Bridge balance removes bridge current, while arm currents and source power may remain nonzero. A tangent is a local sensitivity, not an exact finite response.
      • Star–delta and Kron reduction preserve full boundary response when eliminated-node conditions and source vectors are retained.
      • Reciprocity follows the relevant symmetric linear operator; the specified powered controlled-source counterexample violates it.
      • Fixed-voltage and fixed-current minimum principles use different admissible trials and power normalizations.
      • Positive-network monotonicity and transport analogies are powerful because their assumptions are explicit.

      References

      Sources for the concepts and teaching approaches in this article.

      1. Massachusetts Institute of Technology5 sources
        1. MIT 6.200 S26: Node Method and SupernodesMIT 6.200 S26: Node Method and SupernodesCourse notes · PDFcircuits.mit.eduRead source
        2. MIT 6.200 S26: Linearity and SuperpositionMIT 6.200 S26: Linearity and SuperpositionCourse notes · PDFcircuits.mit.eduRead source
        3. MIT 6.200 S26: Thévenin and Norton EquivalenceMIT 6.200 S26: Thévenin and Norton EquivalenceCourse notes · PDFcircuits.mit.eduRead source
        4. MIT 6.200 S26: Dependent Sources and Amplifier ModelsMIT 6.200 S26: Dependent Sources and Amplifier ModelsCourse notes · PDFcircuits.mit.eduRead source
        5. MIT 6.01: Thévenin and Norton Equivalents transcriptMIT 6.01: Thévenin and Norton Equivalents transcriptCourse notes · PDFlive.ocw.mit.eduRead source
      2. Doyle and Snell: Random Walks and Electric NetworksDoyle and Snell: Random Walks and Electric NetworksTextbook chapter · PDFmath.dartmouth.eduRead source
      3. Dörfler and Bullo: Kron Reduction of Graphs with Applications to Electrical NetworksDörfler and Bullo: Kron Reduction of Graphs with Applications to Electrical NetworksResearch paper · PDFmotion.me.ucsb.eduRead source
      4. Feynman Lectures II, Chapter 22: AC CircuitsFeynman Lectures II, Chapter 22: AC CircuitsTextbook chapterfeynmanlectures.caltech.eduRead source