void updateHeight()
{
if(inputRules[Rule::Height])
{
outputRules[OutHeight]->set(inputRules[Rule::Height]->value());
}
else
{
// Need to calculate width using edges.
updateVertical();
}
}
void AnchorsBase::setVerticalCenterOffset(int verticalCenterOffset)
{
Q_D(AnchorsBase);
if (d->verticalCenterOffset == verticalCenterOffset) {
return;
}
d->verticalCenterOffset = verticalCenterOffset;
if (isBinding(d->verticalCenter)) {
updateVertical();
}
emit verticalCenterOffsetChanged(verticalCenterOffset);
}
void AnchorsBase::setBottomMargin(int bottomMargin)
{
Q_D(AnchorsBase);
if (d->bottomMargin == bottomMargin) {
return;
}
d->bottomMargin = bottomMargin;
if (d->fill->target()) {
updateFill();
} else if (isBinding(d->bottom)) {
updateVertical();
}
emit bottomMarginChanged(bottomMargin);
}
void AnchorsBase::setTopMargin(int topMargin)
{
Q_D(AnchorsBase);
if (d->topMargin == topMargin) {
return;
}
d->topMargin = topMargin;
if (d->fill->target()) {
updateFill();
} else if (isBinding(d->top)) {
updateVertical();
}
emit topMarginChanged(topMargin);
}
void AnchorsBase::setMargins(int margins)
{
Q_D(AnchorsBase);
if (d->margins == margins) {
return;
}
d->margins = margins;
if (margins != 0) {
if (d->fill->target()) {
updateFill();
} else {
updateVertical();
updateHorizontal();
}
}
emit marginsChanged(margins);
}
// Implements DelegateRule::ISource.
void delegateUpdate(int id)
{
switch(id)
{
case OutLeft:
case OutRight:
updateHorizontal();
break;
case OutWidth:
updateWidth();
break;
case OutTop:
case OutBottom:
updateVertical();
break;
case OutHeight:
updateHeight();
break;
}
}
