Update docs and changelog

Author: phdum-a

CHANGELOG.md

@@ -22,6 +22,8 @@ The format of this changelog is based on
     into the mesh file or not, should be specified in `config["Boundaries"]["Periodic"]["BoundaryPairs"]`
     and a single global Floquet wave vector can be specified in
     `config["Boundaries"]["Periodic"]["FloquetWaveVector"]`.
+  - Added support for circuit synthesis from the PROM in adaptive driven simulations
+    (`config["Solver"]["Driven"]["AdaptiveCircuitSynthesis"]`). Modifies ROM to add `LumpedPort` fields to make circuit. Prints out the projected matrices of the driven problem as well as the basis orthogonalization matrix.
 
 ## [0.14.0] - 2025-08-20
 

docs/src/config/solver.md

@@ -163,7 +163,8 @@ number of eigenmodes of the problem. The available options are:
     "Restart": <int>,
     "AdaptiveTol": <float>,
     "AdaptiveMaxSamples": <int>,
-    "AdaptiveConvergenceMemory": <int>
+    "AdaptiveConvergenceMemory": <int>,
+    "AdaptiveCircuitSynthesis": <bool>
 }
 ```
 
@@ -215,6 +216,16 @@ sampling algorithm for constructing the reduced-order model for adaptive fast fr
 sweep. For example, a memory of "2" requires two consecutive samples which satisfy the
 error tolerance.
 
+`"AdaptiveCircuitSynthesis" [False]` : Usese adaptive reduced order model to print circuit-like
+matrices (inverse inductance ``L^{-1}``, inverse resistance ``R^{-1}``, capacitance ``C`` and basis
+orthogonalization matrix). These matrices are directly normalized to the conventional voltage for
+the external ports. This adds the port fields as a basis function `LumpedPort` to the reduced order
+model. Requires:
+
+  - Adaptive frequency sweep `AdaptiveTol > 0.0` are turned on,
+  - All `LumpedPort` fields are orthogonal to each other,
+  - Only terms with LRC like frequency dependence are currently supported. This means no `WavePort` or `WavePortPEC`, no `Conductivity`, and no second-order `Farfield` boundary conditions.
+
 ### `solver["Driven"]["Samples"]`
 
 ```json