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grabowski released this
2026-07-22 16:56:37 +07:00 | 0 commits to main since this releaseResults are unchanged from 1.2.1 for the same board and settings. This
release is about what the plugin tells you while it works, and about no
longer overstating what a frequency result means.Progress while solving:
- The dialog used to close on OK and leave nothing on screen until the
figures appeared - minutes, on a real board, with no sign the plugin
was doing anything. A small window now stays up for that whole
stretch: the stage running, elapsed seconds, and Cancel. - It covers the figure work as well as the solve. Laying out labels and
writing the four PNGs at full resolution is seconds on a modest board
and 10-15 on a large one, and that used to be silent too. - Cancel stops the solve and returns you to the board with no error
figure - the run simply reports that it was cancelled.
Frequency results are described honestly:
- Nothing advertises "AC resistance" any more. At f > 0 the plugin
applies the exact 1D foil and barrel skin-effect correction and
nothing else: proximity redistribution and inductance are not
modelled, so the number is a lower bound on the resistive rise, not
an AC impedance simulation. The README headline, the PCM and plugin
descriptions, the dialog note, the CLI help and the summary line all
say so now. - The computation itself has not changed - only its description. A
frequency result from 1.2.1 is the same number, previously labelled
in a way that invited it to be read as an impedance.
Also in this release:
- The offline runner takes --progress, so the same busy window can be
used outside KiCad. - The frequency field keeps its specific reason for rejecting an input
("1,500" is a thousands separator, "-5" is negative) instead of a
generic "cannot parse".
The in-KiCad |J| overlay push remains experimental and opt-in, off by
default. It writes reference images to User.9-User.12 and replaces what
is on those layers.Downloads
- The dialog used to close on OK and leave nothing on screen until the
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2026-07-22 16:27:46 +07:00 | 4 commits to main since this releaseBug-fix release. Results are unchanged from 1.2.0 for a board that
solves cleanly; the fixes are in the in-KiCad overlay push, pad copper
selection and error reporting.Note for anyone coming from 1.1.0 or earlier: 1.2.0 changed the physics
model (exact SMD and THT pad copper, populated THT holes conducting as
their solder plug and lead, slotted holes as true stadiums) and fixed an
adaptive barrel-refinement bug that could make via-field results read up
to ~13% low. Numbers for an unchanged board differ from 1.1.0 - re-run
any board you track across versions.Fixed:
- Overlay push: a locked reference image silently survived removal and a
new one was stacked on top of it. KiCad reports the failure per item
while the overall request still reads OK; it is now checked, and the
layer is reported and skipped instead. - Overlay push: a run covering fewer layers than the previous one left
the earlier solve's heatmap on the unused slots, where it read as
current. Those slots are now cleared. - Overlay push: the whole push is one commit, so a single undo reverts
it rather than just the last layer. - Through-hole pad copper was always read from F.Cu even when the joint
protrudes on B.Cu, mis-sizing the modelled solder coat for pads sized
differently per copper layer. The solder side is now probed first. - A failure before the output directory existed - a broken plugin
Python environment, typically - reported nothing at all on screen.
The error figure now falls back to the temp directory. - Pads sitting on no single copper layer are noted rather than silently
skipped, and the frequency field keeps its specific rejection reason
("1,500" is a thousands separator, "-5" is negative) as the other
numeric fields already did.
The KiCad overlay push remains experimental and opt-in (off by default).
It writes reference images to User.9-User.12 and replaces what is on
those layers.Downloads
- Overlay push: a locked reference image silently survived removal and a
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2026-07-22 15:52:46 +07:00 | 11 commits to main since this releaseDownloads
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gitea-actions
released this
2026-07-17 12:32:03 +07:00 | 23 commits to main since this releaseDownloads
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2026-07-15 20:01:53 +07:00 | 33 commits to main since this releaseDownloads