- pyproject.toml + uv.lock: uv-managed dev environment (uv sync /
uv run pytest). requirements.txt stays: KiCad builds the plugin's
runtime venv from it and the PCM zip packages it.
- README: em-dash and run-on cleanup (34 -> 22, the rest deliberate),
split the 120-word THT solder-joint sentence, fix the documented
ADAPTIVE_MAX_CELL_UM value (2 mm -> 1 mm, config has 1000 um), fix
the *Packaging / publishing* cross-reference, dev sections now use
uv sync / uv run.
- LLM disclaimer: "most commits" carry the trailer (32 of 39), figures
claim now excepts the hand-drawn hole cross-section, reference the
UT3513+ measured-vs-computed validation.
- .gitignore: local AI-tooling artifacts; deploy scripts exclude
pyproject.toml/uv.lock; error-figure title punctuation aligned with
the other window titles.
Multi-layer figures (raster map, potential, current density, power
density) get a layer checkbox panel on interactive backends: unticking
a layer removes its row and the remaining rows grow to fill the window
(constrained layout reflows). At least one layer stays visible; saved
PNGs always contain every layer, with the panel hidden.
The four figure builders are restructured around per-layer painters
plus a finalize hook (legend/colorbar/annotations), driven by a shared
_layer_windows redraw loop; single-layer figures and non-interactive
runs are unchanged. The toggle path is exercised headlessly through
the real CheckButtons callback in the visual check.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Two display fixes for the adaptive grid, from field feedback:
- Equipotential contours showed leaf-sized staircase corners on plane
interiors: the potential is now expanded piecewise-LINEARLY from each
leaf's reconstructed gradient instead of constant-per-leaf, and the
default ADAPTIVE_MAX_CELL_UM drops 2 mm -> 1 mm (interior leaves
beyond that buy almost nothing).
- The raster map now overlays the adaptive mesh: boundaries of coarse
leaves draw in darker copper (fine regions stay plain = fully
resolved), with a legend entry. Uniform-grid runs are unchanged.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Figures use constrained layout, which reflows on every draw, so the
content adapts when the user resizes the window; tight_layout was
one-shot. Windows larger than the screen are shrunk to fit after the
PNGs are saved, so saved output is unaffected.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Open saved figures via xdg-open/open/startfile when no GUI backend
exists, and extend the potential map's color range below the V- mean
reference instead of clipping it.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
DC/AC resistance, power dissipation, and via/injection-area currents of
copper zone fills. KiCad 10 IPC-API plugin (kicad-python/kipy):
multi-layer via-coupled FDM solver, multi-part terminals via User.1/User.2
marker layers, pads as contacts, uniform-injection and equipotential
contact models, per-foil skin effect, optional solder/copper buildup on
mask openings. 54-case test suite incl. exact analytic references.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
grabowski
janik