The three code paths that copied the voltage / protocol to the far
side of a function separated terminal -- the conductor properties
dialog, search/replace and the script API -- compared it against the
far wire's own properties instead of against the edit itself. The two
sides differ on that field just as often as not, so the comparison
held no matter what was edited and every change overwrote the far
side's voltage: setting a colour on a 24 V side dragged the 0 V one
along, where master left it alone. Compare the edit -- what the
dialog was filled with against what the user made of it -- so that a
change of the voltage / protocol is what crosses, which is what the
selection panel multi-edit already did. The values are read before
the undo commands are pushed, since QPropertyUndoCommand applies on
push.
An explicitly selected wire is never the far side of anything:
picking one wire on each side of a separation and editing them edits
them both, in full, however the selection happens to be walked. Nor
is a wire that belongs to a potential on any path, so reaching it
once normally and once across a separation gives it the full edit.
The checkbox of a terminal element was an all-or-nothing switch: while
it was unticked every conductor property (function, wire colour,
section, number...) crossed to the other side of the terminal, and
once it was ticked nothing did at all.
Rename it to "Function separation" and let one property still cross:
the voltage / protocol, which describes the electrical node itself
rather than one side of it. Conductor::functionSeparatedConductors()
returns the conductors reachable only by crossing such a terminal --
the potential computed with the separations ignored, minus the one
that respects them -- and
ConductorProperties::applyTensionProtocolChange() gives them that one
property, in the conductor properties dialog, the selection panel
multi-edit, the script API and search/replace.
The stored element information stays "potential_isolating", so
existing symbols and projects keep their setting, and the existing
sub-case of terminals sharing a potential-group identifier is
untouched. The German translation of the new label is deliberately
left out of this commit and belongs with the other .ts updates.
Review of #1205:
- The scene gives no order for its selection, so the "first" wire whose
values the panel shows could change between two selections of the
same wires. The wires are now sorted top to bottom, then left to right.
- A text field the selected wires do not agree on (function, section,
cable...) is shown blank with the hint "Plusieurs valeurs". Typing any
value there, including the first wire's own, now differs from what was
shown, so it reaches every wire: 1.5 mm² on a 1.5 and a 2.5 wire works.
- The conductor text is locked while several wires are selected: the same
number on all of them would make duplicates. "Apply to all conductors
of this potential" with one wire selected still sets the number on the
whole potential.
- One edit of N wires emitted N signals, each reloading the panel. They
are now gathered into one reload, which matters since a reload reads
every selected wire to find the mixed fields. Selections and targets
are de-duplicated with sets, and a wire reached through an earlier
wire's potential is not walked again. An edit that changes nothing
returns before any potential is walked.
The rules move to sources/conductormultiedit.h, templates over the wire
type, so tst_conductormultiedit can check them against a fake wire:
order, targets with and without potentials, one undo step and its redo
for three wires, and the mixed fields. tst_conductorapplychanges now
gives the other wire the opposite value in every boolean field, so
copying one by mistake fails the test.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
Kellermorph