void FlowCanvas::edit_drawing_settings(Q3PtrList<DiagramItem> & l) {
for (;;) {
StateSpecVector st(1);
Uml3States write_horizontally;
ActivityDrawingSettings settings;
st[0].set(TR("write horizontally"), &write_horizontally);
settings.complete(st, TRUE);
SettingsDialog dialog(&st, 0, FALSE, TRUE);
dialog.setCaption(TR("Flow Drawing Settings dialog"));
dialog.raise();
if (dialog.exec() == QDialog::Accepted) {
Q3PtrListIterator<DiagramItem> it(l);
for (; it.current(); ++it) {
if (!st[0].name.isEmpty())
((FlowCanvas *) it.current())->write_horizontally =
write_horizontally;
((FlowCanvas *) it.current())->settings.set(st, 1);
((FlowCanvas *) it.current())->propagate_drawing_settings();
((FlowCanvas *) it.current())->modified();
}
}
if (!dialog.redo())
break;
}
}
void ActivityActionCanvas::edit_drawing_settings(QList<DiagramItem> & l) {
for (;;) {
StateSpecVector st(1);
ColorSpecVector co(1);
Uml3States show_opaque_action_definition;
UmlColor itscolor;
ActivityDrawingSettings settings;
st[0].set(TR("show opaque definition"), &show_opaque_action_definition);
settings.complete(st, TRUE);
co[0].set(TR("action color"), &itscolor);
SettingsDialog dialog(&st, &co, FALSE, TRUE);
dialog.raise();
if (dialog.exec() == QDialog::Accepted) {
QListIterator<DiagramItem> it(l);
for (; it.current(); ++it) {
if (!st[0].name.isEmpty())
((ActivityActionCanvas *) it.current())->show_opaque_action_definition =
show_opaque_action_definition;
if (!co[0].name.isEmpty())
((ActivityActionCanvas *) it.current())->itscolor = itscolor;
((ActivityActionCanvas *) it.current())->settings.set(st, 1);
((ActivityActionCanvas *) it.current())->modified(); // call package_modified()
}
}
if (!dialog.redo())
break;
}
}
