Terminal: rename potential separation to function separation

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.
This commit is contained in:
Kellermorph
2026-10-11 14:57:42 +02:00
parent 1f70ddb666
commit 561ddc29bf
15 changed files with 275 additions and 26 deletions
@@ -239,6 +239,22 @@ void SearchAndReplaceWorker::replaceConductor(QList<Conductor *> list)
new_value.setValue(cp);
project_->undoStack()->push(new QPropertyUndoCommand(cc, "properties", old_value, new_value));
}
//The other side of a function separated terminal element
//only receives the voltage / protocol (@see
//Conductor::functionSeparatedConductors).
for (Conductor *cc : c->functionSeparatedConductors(true))
{
ConductorProperties separated_cp = cc->properties();
separated_cp.applyTensionProtocolChange(cc->properties(), cp);
if (separated_cp == cc->properties())
continue;
QVariant old_value, new_value;
old_value.setValue(cc->properties());
new_value.setValue(separated_cp);
project_->undoStack()->push(new QPropertyUndoCommand(cc, "properties", old_value, new_value));
}
}
}
project_->undoStack()->endMacro();
@@ -351,6 +367,22 @@ void SearchAndReplaceWorker::replaceAdvanced(
new_value.setValue(new_properties);
project_->undoStack()->push(new QPropertyUndoCommand(c, "properties", old_value, new_value));
}
//The other side of a function separated terminal element
//only receives the voltage / protocol (@see
//Conductor::functionSeparatedConductors).
for (Conductor *c : conductor->functionSeparatedConductors(true))
{
ConductorProperties separated_properties = c->properties();
separated_properties.applyTensionProtocolChange(c->properties(), new_properties);
if (separated_properties == c->properties())
continue;
QVariant old_value, new_value;
old_value.setValue(c->properties());
new_value.setValue(separated_properties);
project_->undoStack()->push(new QPropertyUndoCommand(c, "properties", old_value, new_value));
}
}
}
}
+30 -3
View File
@@ -62,10 +62,16 @@ namespace ConductorMultiEdit
@brief targets
@param selected : the edited conductors
@param apply_all : true to add every conductor of their potentials
@param function_separated : set to the conductors that share the
potential of an edited one only by crossing a function separated
terminal element -- conductors undo() then gives the voltage /
protocol only, and no other property. nullptr, the default, leaves
those conductors out of the returned list entirely.
@return each conductor an edit reaches, once
*/
template <typename T>
QList<T *> targets(const QList<T *> &selected, bool apply_all)
QList<T *> targets(const QList<T *> &selected, bool apply_all,
QSet<T *> *function_separated = nullptr)
{
QList<T *> list;
QSet<T *> seen;
@@ -88,6 +94,19 @@ namespace ConductorMultiEdit
list << other;
}
}
if (function_separated)
{
const QSet<T *> separated = conductor->functionSeparatedConductors();
for (T *other : separated)
{
if (!seen.contains(other))
{
seen.insert(other);
list << other;
function_separated->insert(other);
}
}
}
}
return list;
}
@@ -97,13 +116,18 @@ namespace ConductorMultiEdit
@param targets : the conductors to change, see targets()
@param shown : the properties as the panel showed them
@param edited : the properties after the user's edit
@param function_separated : the targets of targets() that only a
function separated terminal element links to the edited
conductors: they get the voltage / protocol and nothing else
(@see ConductorProperties::applyTensionProtocolChange)
@return one undo step giving each target the fields that differ
between shown and edited, or nullptr if no conductor changes
*/
template <typename T>
QUndoCommand *undo(const QList<T *> &targets,
const ConductorProperties &shown,
const ConductorProperties &edited)
const ConductorProperties &edited,
const QSet<T *> &function_separated = QSet<T *>())
{
if (edited == shown)
return nullptr;
@@ -114,7 +138,10 @@ namespace ConductorMultiEdit
{
const ConductorProperties old_properties = conductor->properties();
ConductorProperties properties = old_properties;
properties.applyChanges(shown, edited);
if (function_separated.contains(conductor))
properties.applyTensionProtocolChange(shown, edited);
else
properties.applyChanges(shown, edited);
if (properties == old_properties)
continue;
+19
View File
@@ -823,6 +823,25 @@ void ConductorProperties::applyChanges(const ConductorProperties &before,
singleLineProperties.setPhasesCount(slp_after.phasesCount());
}
/**
@brief ConductorProperties::applyTensionProtocolChange
Copy into this the voltage / protocol when it differs between before
and after, and leave every other attribute as it is. This is the one
property a function separated terminal element lets through
(@see Conductor::functionSeparatedConductors): the voltage /
protocol describes the electrical node itself, while the text, the
function, the wire color... describe one side of the separation and
stay local to it.
@param before : the properties as they were shown to the user
@param after : the properties after the user's edit
*/
void ConductorProperties::applyTensionProtocolChange(const ConductorProperties &before,
const ConductorProperties &after)
{
if (before.m_tension_protocol != after.m_tension_protocol)
m_tension_protocol = after.m_tension_protocol;
}
/**
@brief ConductorProperties::defaultProperties
@return the default properties stored in the setting file
+2
View File
@@ -137,6 +137,8 @@ class ConductorProperties
void applyForEqualAttributes(QList<ConductorProperties> list);
void applyChanges(const ConductorProperties &before,
const ConductorProperties &after);
void applyTensionProtocolChange(const ConductorProperties &before,
const ConductorProperties &after);
static ConductorProperties defaultProperties();
@@ -255,7 +255,7 @@
<string>margin: 5px; font-weight: bold;</string>
</property>
<property name="text">
<string>Potential separation</string>
<string>Function separation</string>
</property>
</widget>
</item>
+3 -2
View File
@@ -107,10 +107,11 @@ class TerminalData : public PropertiesInterface
@brief m_potential
An optional, symbol-author-chosen grouping identifier shared by
terminals that belong to the same physical terminal within
a multi-terminal block. When potential_isolating is enabled
a multi-terminal block. When the function separation checkbox
(element information potential_isolating) is enabled
on the parent element, terminals sharing a non-empty,
matching m_potential stay linked to each other; terminals
with different (or empty) values become isolated from each
with different (or empty) values become separated from each
other. Empty by default.
*/
QString m_potential;
+42 -3
View File
@@ -1931,9 +1931,16 @@ void Conductor::displayedTextChanged()
@param all_diagram : if true search in all diagram of the project,
false search only in the parent diagram of this conductor
@param t_list : a list of terminal already found for this potential.
@param ignore_function_separation : if true, a terminal element whose
function separation is enabled does not stop the search, and the
conductors of both its sides are returned as one potential. Only
functionSeparatedConductors() passes true.
@sa functionSeparatedConductors
@return a QSet of conductor at the same potential.
*/
QSet<Conductor *> Conductor::relatedPotentialConductors(const bool all_diagram, QList <Terminal *> *t_list)
QSet<Conductor *> Conductor::relatedPotentialConductors(const bool all_diagram,
QList <Terminal *> *t_list,
const bool ignore_function_separation)
{
bool declar_t_list = false;
if (t_list == nullptr)
@@ -1956,7 +1963,8 @@ QSet<Conductor *> Conductor::relatedPotentialConductors(const bool all_diagram,
//Get the other terminals of the parent element of @terminal, who share the same potential
//This is use for element type "folio report" and "terminal element"
for (Terminal *t : relatedPotentialTerminal(terminal, all_diagram))
for (Terminal *t : relatedPotentialTerminal(terminal, all_diagram,
ignore_function_separation))
{
if (!t_list->contains(t))
{
@@ -1968,7 +1976,8 @@ QSet<Conductor *> Conductor::relatedPotentialConductors(const bool all_diagram,
other_conductors_list_t.removeAll(this);
//Get the conductors at the same potential for each conductors of other_conductors_list_t
for (Conductor *c : other_conductors_list_t) {
other_conductors += c->relatedPotentialConductors(all_diagram, t_list);
other_conductors += c->relatedPotentialConductors(all_diagram, t_list,
ignore_function_separation);
}
other_conductors += QSet<Conductor*>(other_conductors_list_t.begin(),other_conductors_list_t.end());
@@ -1981,6 +1990,36 @@ QSet<Conductor *> Conductor::relatedPotentialConductors(const bool all_diagram,
return(other_conductors);
}
/**
@brief Conductor::functionSeparatedConductors
Return the conductors that belong to this conductor's potential only
by crossing a function separated terminal element -- a terminal
element whose function separation checkbox (element information
potential_isolating) is enabled, the checkbox the user ticks to stop
sharing a terminal's properties with the other side of the terminal.
Those conductors are deliberately not part of
relatedPotentialConductors(): no property may be copied over them
by default. One does cross that separation, though: the voltage /
protocol, which describes the electrical node itself. Callers that
push it over the whole potential use this method to reach the other
side (@see ConductorProperties::applyTensionProtocolChange).
It is simply the potential computed with the separations ignored,
minus the potential that respects them.
@param all_diagram : if true search in all diagram of the project,
false search only in the parent diagram of this conductor
@return a QSet of conductor, this conductor excluded
*/
QSet<Conductor *> Conductor::functionSeparatedConductors(const bool all_diagram)
{
QSet<Conductor *> separated = relatedPotentialConductors(all_diagram, nullptr, true);
separated.subtract(relatedPotentialConductors(all_diagram));
separated.remove(this);
return separated;
}
/**
@brief Conductor::diagramEditor
@return The parent diagram editor or nullptr;
+4 -1
View File
@@ -145,7 +145,10 @@ class Conductor : public QGraphicsObject
virtual void setHighlighted(Highlight);
QSet<Conductor *> relatedPotentialConductors(
const bool all_diagram = true,
QList <Terminal *> *t_list=nullptr);
QList <Terminal *> *t_list=nullptr,
const bool ignore_function_separation = false);
QSet<Conductor *> functionSeparatedConductors(
const bool all_diagram = true);
QETDiagramEditor* diagramEditor() const;
void editProperty ();
+21 -8
View File
@@ -1082,10 +1082,19 @@ void Terminal::setMasterLabelIndex(int index)
@param terminal : to start search
@param all_diagram :if true return all related terminal,
false return only terminal in the same diagram of t
@param ignore_function_separation : if true, a parent element whose
function separation (element information potential_isolating) is
enabled does not keep its terminals apart: they all count as one
potential, the way they do when the option is disabled. Only the
callers that need the conductors a separation hides -- so that the
one property still allowed to cross it, the voltage / protocol, can
be applied there (@see Conductor::functionSeparatedConductors) --
pass true; every other caller keeps the default.
@return the list of terminal at the same potential
*/
QList<Terminal *> relatedPotentialTerminal (
const Terminal *terminal, const bool all_diagram)
const Terminal *terminal, const bool all_diagram,
const bool ignore_function_separation)
{
// If terminal parent element is a folio report.
if (all_diagram && terminal -> parentElement() -> linkType() & Element::AllReport)
@@ -1099,14 +1108,18 @@ QList<Terminal *> relatedPotentialTerminal (
// If terminal parent element is a Terminal element.
else if (terminal -> parentElement() -> linkType() & Element::Terminale)
{
// English: Check if the user activated the potential isolation checkbox for this terminal
if (QET::infoFlagIsTrue(terminal->parentElement()->elementInformations().value(QStringLiteral("potential_isolating")).toString())) {
// English: Potential is isolated -- but terminals sharing this
// terminal's own, non-empty potential-group identifier
// (@see TerminalData::m_potential, set per-terminal in the
// element editor) still belong to the same physical terminal
// English: Check if the user activated the function separation
// checkbox for this terminal (the checkbox that used to be called
// potential separation -- the stored flag is still
// "potential_isolating" so existing elements keep their setting).
if (!ignore_function_separation
&& QET::infoFlagIsTrue(terminal->parentElement()->elementInformations().value(QStringLiteral("potential_isolating")).toString())) {
// English: The terminals are function separated -- but terminals
// sharing this terminal's own, non-empty potential-group
// identifier (@see TerminalData::m_potential, set per-terminal in
// the element editor) still belong to the same physical terminal
// and stay linked to each other. An empty/unset potential on
// every terminal reproduces the previous, fully-isolated
// every terminal reproduces the previous, fully-separated
// behavior exactly, so existing elements are unaffected.
const QString this_potential = terminal->potential();
QList<Terminal *> same_potential;
+2 -1
View File
@@ -168,6 +168,7 @@ inline int Terminal::conductorsCount() const
}
QList<Terminal *> relatedPotentialTerminal (const Terminal *terminal,
const bool all_diagram = true);
const bool all_diagram = true,
const bool ignore_function_separation = false);
#endif
+19
View File
@@ -1187,6 +1187,10 @@ QString QetScriptApi::conductorProperty(int folioIndex, const QString &elementUu
describes a potential and not one drawn segment. Setting it on one
conductor and leaving the rest of the potential disagreeing would
produce a file no GUI action could have produced.
One thing stops at a terminal element with its function separation
enabled: every property but the voltage / protocol, which still
crosses it (@see Conductor::functionSeparatedConductors).
@return true if anything was changed, or if it already held that value
*/
bool QetScriptApi::setConductorProperty(int folioIndex, const QString &elementUuid,
@@ -1225,6 +1229,21 @@ bool QetScriptApi::setConductorProperty(int folioIndex, const QString &elementUu
old_value.setValue(c->properties());
new_value.setValue(properties);
m_project->undoStack()->push(new QPropertyUndoCommand(c, "properties", old_value, new_value));
}
//The other side of a function separated terminal element gets the
//voltage / protocol only: it is the one property that still
//describes the electrical node rather than one side of it.
for (Conductor *c : conductor->functionSeparatedConductors(true))
{
ConductorProperties separated_properties = c->properties();
separated_properties.applyTensionProtocolChange(c->properties(), properties);
if (separated_properties == c->properties())
continue;
QVariant old_value, new_value;
old_value.setValue(c->properties());
new_value.setValue(separated_properties);
m_project->undoStack()->push(new QPropertyUndoCommand(c, "properties", old_value, new_value));
}
m_project->undoStack()->endMacro();
return true;
+24
View File
@@ -88,6 +88,30 @@ void ConductorPropertiesDialog::PropertiesDialog(Conductor *conductor,
}
}
//A function separated terminal element (element information
//potential_isolating) keeps the two sides of the terminal apart:
//every property but one stays local to the side it was edited on.
//The voltage / protocol still crosses, because it describes the
//electrical node and not one side of it.
if (cpd.applyAll())
{
foreach (Conductor *separated_conductor, conductor->functionSeparatedConductors())
{
ConductorProperties separated_properties = separated_conductor->properties();
separated_properties.applyTensionProtocolChange(
separated_conductor->properties(),
cpd.properties());
if (separated_properties == separated_conductor->properties())
continue;
QVariant separated_old_value, separated_new_value;
separated_old_value.setValue(separated_conductor->properties());
separated_new_value.setValue(separated_properties);
new QPropertyUndoCommand (separated_conductor, "properties",
separated_old_value, separated_new_value, undo);
}
}
conductor->diagram()->undoStack().push(undo);
}
+10 -5
View File
@@ -346,7 +346,10 @@ void ConductorPropertiesEditorWidget::updateUi()
When "apply to all" is ticked, every conductor on the same potential as
an edited one is updated too, in the same undo step (one undo reverts
them all), as the modal dialog does
(ConductorPropertiesDialog::PropertiesDialog).
(ConductorPropertiesDialog::PropertiesDialog). A terminal element with
its function separation enabled is not crossed by any of that -- its
other side keeps its own text, function, color... -- but the voltage /
protocol still crosses (@see Conductor::functionSeparatedConductors).
*/
QUndoCommand *ConductorPropertiesEditorWidget::associatedUndo() const
{
@@ -360,10 +363,12 @@ QUndoCommand *ConductorPropertiesEditorWidget::associatedUndo() const
if (c)
selected << c.data();
return ConductorMultiEdit::undo(
ConductorMultiEdit::targets(
selected, m_apply_all_cb && m_apply_all_cb->isChecked()),
m_shown, edited);
QSet<Conductor *> function_separated;
const QList<Conductor *> targets = ConductorMultiEdit::targets(
selected, m_apply_all_cb && m_apply_all_cb->isChecked(),
&function_separated);
return ConductorMultiEdit::undo(targets, m_shown, edited, function_separated);
}
/**
+3 -2
View File
@@ -313,8 +313,9 @@ void ElementInfoWidget::buildInterface()
ui->scroll_vlayout->addStretch();
// Existing potential isolating checkbox
m_potential_isolating_cb = new QCheckBox(tr("Potential separation"), this);
// Existing function separation checkbox (stored as the
// "potential_isolating" element information)
m_potential_isolating_cb = new QCheckBox(tr("Function separation"), this);
m_potential_isolating_cb->setStyleSheet(QStringLiteral("margin: 5px; font-weight: bold;"));
// English: Initialize and style the BOM exclusion checkbox
+63
View File
@@ -29,6 +29,10 @@ class FakeWire : public QObject
ConductorProperties properties() const { return m_properties; }
void setProperties(const ConductorProperties &p) { m_properties = p; }
QSet<FakeWire *> relatedPotentialConductors() const { return m_potential; }
// The wires of the other side of a function separated terminal
// element: same electrical node, but only the voltage /
// protocol crosses.
QSet<FakeWire *> functionSeparatedConductors() const { return m_separated; }
QPointF pos() const { return m_pos; }
// Joins wires into one potential; like the real one, a wire's
@@ -41,10 +45,24 @@ class FakeWire : public QObject
w->m_potential.insert(o);
}
// Marks two groups as separated by a function separated
// terminal element, without joining their potentials.
static void separate(const QList<FakeWire *> &one,
const QList<FakeWire *> &other)
{
for (FakeWire *w : one)
for (FakeWire *o : other)
{
w->m_separated.insert(o);
o->m_separated.insert(w);
}
}
ConductorProperties m_properties;
private:
QSet<FakeWire *> m_potential;
QSet<FakeWire *> m_separated;
QPointF m_pos;
};
@@ -102,6 +120,51 @@ class tst_conductormultiedit : public QObject
(QSet<FakeWire *> {&a, &b, &c, &d}));
}
// A function separated terminal element: the other side of the
// terminal is reached too, but only the voltage / protocol
// crosses it -- not the function, not the number.
void functionSeparatedGetsVoltageProtocolOnly()
{
FakeWire a("1", "fnA", "", {}), b("2", "fnB", "", {}),
c("3", "fnC", "", {});
FakeWire::join({&a, &b});
FakeWire::separate({&a}, {&c});
QSet<FakeWire *> separated;
const Wires t = ConductorMultiEdit::targets(Wires {&a}, true,
&separated);
QCOMPARE(QSet<FakeWire *>(t.begin(), t.end()),
(QSet<FakeWire *> {&a, &b, &c}));
QCOMPARE(separated, (QSet<FakeWire *> {&c}));
// A caller that does not know about the rule gets the
// separated side left out, as before
QCOMPARE(ConductorMultiEdit::targets(Wires {&a}, true),
(Wires {&a, &b}));
const ConductorProperties shown = a.properties();
ConductorProperties after = edited(shown,
&ConductorProperties::m_function, "PWR");
after.m_tension_protocol = "24V";
QUndoStack stack;
stack.push(ConductorMultiEdit::undo(t, shown, after, separated));
QCOMPARE(stack.count(), 1);
for (FakeWire *w : {&a, &b})
{
QCOMPARE(w->m_properties.m_function, QStringLiteral("PWR"));
QCOMPARE(w->m_properties.m_tension_protocol,
QStringLiteral("24V"));
}
QCOMPARE(c.m_properties.m_function, QStringLiteral("fnC"));
QCOMPARE(c.m_properties.text, QStringLiteral("3"));
QCOMPARE(c.m_properties.m_tension_protocol, QStringLiteral("24V"));
stack.undo();
QVERIFY(c.properties().m_tension_protocol.isEmpty());
QCOMPARE(c.m_properties.m_function, QStringLiteral("fnC"));
}
// One edit of three wires: each takes the function, keeps its
// own number and cable; one undo restores all three exactly
void undoRedoThreeWires()