With neither mode derivable (nothing selected, no marker rectangles,
no config) the dialog now opens anyway instead of failing with an
error figure: both radios disabled with their reasons, OK/Save
disabled, Load config… live - a saved config can bootstrap the run.
README: note that macOS/NixOS field tests last ran with plugin v1.3.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01HjSRLWQ8ywBBYyakvr3YTx
The config's per-terminal bonded key becomes editable in the dialog
(previously file-only, shown as a text suffix): checked, the
terminal's contacts short into one internally joined lug - the total
value stays prescribed, the per-contact split is a solve outcome.
Same-name rectangle groups seed it checked as before; unchecking one
falls back to the per-cell area share, and checking a single-contact
terminal gives it an equipotential-lug contact instead of uniform
injection. Save config... writes the flag back (removed when
unchecked - false is the schema default). With this, every
non-structural terminal option (active, values, v_oc, contact layer,
bonded, comment) is table-editable.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Multiple Thevenin supplies and prescribed-current loads on one net,
solved in absolute volts with the Tellegen power balance verified per
run; a source-sink pair table (effective copper resistance per
supply x load pair plus an exactly-summing proportional-sharing loss
attribution), in summary.txt and as its own figure. Bonded terminals
short a package's contacts into one lug so the per-pin split becomes
a solve outcome. Geometry dumps carry the terminal set (schema v8).
The dialog gained a Classic/PDN mode selector and a full PDN editor:
per-role supply/load tables built from the marker rectangles (or a
config's terminal set, which never pins mode or net), with Component
hints, per-terminal Layer scopes, Active checkboxes, comments, a
per-net row filter, resizable tables and a scrolling, screen-sized
dialog. Numbers accept SI suffixes (50m, 4.7k) everywhere.
fill_res_config.json fully specifies a run (classic or PDN) with
validation, comments, named side-by-side configs (the one called
default auto-loads), Load/Save buttons with an editable file name,
and saves that never drop anything drawn on the board.
347 tests, green on Python 3.13 and on the 3.9 macOS wheel stack.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
First successful Linux field test (NixOS 26.05, Plasma 6, KiCad 10).
Getting there peeled three layers the error messages misattribute:
the FHS env itself (libgthread), then libs the xcb-cursor hint hides
(the xcb-util family, and libzstd for libQt6Core - in zstd.out, not
zstd's default output), and finally Plasma's QT_PLUGIN_PATH feeding
the system Qt's platform plugins to the wheel's bundled Qt, a
private-ABI mismatch that fails exactly like a missing library.
New docs/NIXOS.md carries the verified buildFHSEnv wrapper, the
steam-run quick test (now with env -u QT_PLUGIN_PATH), and a guide
for chasing future missing sonames. README upgrades Linux from
untested to works and links the doc. The in-plugin error no longer
suggests programs.nix-ld: the venv python is a Nix binary, so the
nix-ld shim never engages for it.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
macOS is now field-tested and working; the README platform notes say
so instead of untested. Linux remains audited-only.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Deriving the body from the tag annotation does not survive CI: the
release action does not fall back to it (v1.2.0 published empty), and
checkout leaves the tag lightweight, so %(contents) yields the commit
message instead - which is what v1.2.1 first published. Keep the notes
at docs/release-notes/v<version>.md, pass that as body_path, and fail
the run when it is missing.
The overlaid contour lines belonged on the potential plot the plugin
already produces; demo-potential.png is that figure for the same demo
solve.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Shared contour levels across both layers, so line density reads as
field strength (the caption points at the notch carrying nearly the
whole drop).
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
docs/img, embedded in the README with captions:
- demo-current / demo-raster: real pipeline output on a synthetic
two-layer net (soldered THT-pad contact, notched pour, stitching-via
field) showing the current-density map and the raster map with the
adaptive-mesh overlay and the one-sided solder coat
- contact-models: |J| around the same contact under the equipotential
and uniform-injection models (the bracket, with both R values)
- hole-model: hand-drawn cross-section of the four hole types (capped
via, open via, populated THT joint with lead/solder/cone/coat, DNP)
tools/gen_readme_figs.py regenerates all four; noted in Packaging.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
grabowski