void ComboTabBar::removeTab(int index)
{
if (validIndex(index)) {
setUpdatesEnabled(false);
localTabBar(index)->removeTab(toLocalIndex(index));
updatePinnedTabBarVisibility();
tabRemoved(index);
setMinimumWidths();
setUpdatesEnabled(true);
updateTabBars();
}
}
QRect ComboTabBar::tabRect(int index) const
{
QRect rect;
if (index != -1) {
bool mainTabBar = index >= pinnedTabsCount();
rect = localTabBar(index)->tabRect(toLocalIndex(index));
if (mainTabBar) {
rect.moveLeft(rect.x() + mapFromGlobal(m_mainTabBar->mapToGlobal(QPoint(0, 0))).x());
QRect widgetRect = m_mainTabBarWidget->scrollArea()->viewport()->rect();
widgetRect.moveLeft(widgetRect.x() + mapFromGlobal(m_mainTabBarWidget->scrollArea()->viewport()->mapToGlobal(QPoint(0, 0))).x());
rect = rect.intersected(widgetRect);
}
else {
rect.moveLeft(rect.x() + mapFromGlobal(m_pinnedTabBar->mapToGlobal(QPoint(0, 0))).x());
QRect widgetRect = m_pinnedTabBarWidget->scrollArea()->viewport()->rect();
widgetRect.moveLeft(widgetRect.x() + mapFromGlobal(m_pinnedTabBarWidget->scrollArea()->viewport()->mapToGlobal(QPoint(0, 0))).x());
rect = rect.intersected(widgetRect);
}
}
return rect;
}
QWidget* ComboTabBar::tabButton(int index, QTabBar::ButtonPosition position) const
{
return localTabBar(index)->tabButton(toLocalIndex(index), position);
}
void ComboTabBar::setTabButton(int index, QTabBar::ButtonPosition position, QWidget* widget)
{
localTabBar(index)->setTabButton(toLocalIndex(index), position, widget);
}
QString ComboTabBar::tabToolTip(int index) const
{
return localTabBar(index)->tabToolTip(toLocalIndex(index));
}
void ComboTabBar::setTabToolTip(int index, const QString &tip)
{
localTabBar(index)->setTabToolTip(toLocalIndex(index), tip);
}
void ComboTabBar::setTabText(int index, const QString &text)
{
localTabBar(index)->setTabText(toLocalIndex(index), text);
}
void ComboTabBar::setCurrentIndex(int index)
{
return localTabBar(index)->setCurrentIndex(toLocalIndex(index));
}
void ComboTabBar::setTabTextColor(int index, const QColor &color)
{
localTabBar(index)->setTabTextColor(toLocalIndex(index), color);
}
QColor ComboTabBar::tabTextColor(int index) const
{
return localTabBar(index)->tabTextColor(toLocalIndex(index));
}
void ComboTabBar::setTabEnabled(int index, bool enabled)
{
localTabBar(index)->setTabEnabled(toLocalIndex(index), enabled);
}
bool ComboTabBar::isTabEnabled(int index) const
{
return localTabBar(index)->isTabEnabled(toLocalIndex(index));
}
void ComboTabBar::setTabButton(int index, QTabBar::ButtonPosition position, QWidget* widget)
{
if (widget)
widget->setMinimumSize(closeButtonSize());
localTabBar(index)->setTabButton(toLocalIndex(index), position, widget);
}
void LBNSInitFlagsIterator::iterate(){
IntScalarField & flags = _flowField.getFlags();
// // Left and right faces
int k,j,i;
for (int globalK = _lowerZ-1; globalK<=_upperZ+1; globalK++)
for (int globalJ = _lowerY-1; globalJ <= _upperY+1; globalJ++)
for(int globalI = _lowerX-1; globalI<=_upperX+1; globalI++){
if(toLocalIndex(globalI,globalJ,globalK,i,j,k)){
if( globalK>=_lowerZ&&globalK<=_upperZ &&
globalJ>=_lowerY&&globalJ<=_upperY&&
globalI>=_lowerX&&globalI<=_upperX){
flags.getValue(i, j, k) = OBSTACLE_SELF;
if(
globalK>_lowerZ&&globalK<_upperZ &&
globalJ>_lowerY&&globalJ<_upperY&&
globalI>_lowerX&&globalI<_upperX){
flags.getValue(i, j, k) += OBSTACLE_LEFT;
flags.getValue(i, j, k) += OBSTACLE_RIGHT;
flags.getValue(i, j, k) += OBSTACLE_TOP;
flags.getValue(i, j, k) += OBSTACLE_BOTTOM;
flags.getValue(i, j, k) += OBSTACLE_FRONT;
flags.getValue(i, j, k) += OBSTACLE_BACK;
}else{
if(globalI-1>=_lowerX)
flags.getValue(i, j, k) += OBSTACLE_LEFT;
if(globalI+1<=_upperX)
flags.getValue(i, j, k) += OBSTACLE_RIGHT;
if(globalJ-1>=_lowerY)
flags.getValue(i, j, k) += OBSTACLE_BOTTOM;
if(globalJ+1<=_upperY)
flags.getValue(i, j, k) += OBSTACLE_TOP;
if(globalK-1>=_lowerZ)
flags.getValue(i, j, k) += OBSTACLE_FRONT;
if(globalK+1<=_upperZ)
flags.getValue(i, j, k) += OBSTACLE_BACK;
}
}else{
// if(globalI-1>=_lowerX)
// flags.getValue(i, j, k) += OBSTACLE_LEFT;
// if(globalI+1<=_upperX)
// flags.getValue(i, j, k) += OBSTACLE_RIGHT;
// if(globalJ-1>=_lowerY)
// flags.getValue(i, j, k) += OBSTACLE_BOTTOM;
// if(globalJ+1<=_upperY)
// flags.getValue(i, j, k) += OBSTACLE_TOP;
// if(globalK-1>=_lowerZ)
// flags.getValue(i, j, k) += OBSTACLE_FRONT;
// if(globalK+1<=_upperZ)
// flags.getValue(i, j, k) += OBSTACLE_BACK;
}
}
}
// for (int k = _lowerZ-1; k<=_upperZ+1; k++)
// for (int j = _lowerY-1; j <= _upperY+1; j++)
// for(int i = _lowerX-1; i<=_upperX+1; i++){
// if(k>=_lowerZ&&k<=_upperZ &&
// j>=_lowerY&&j<=_upperY&&
// i>=_lowerX&&i<=_upperX){
// flags.getValue(i, j, k) = OBSTACLE_SELF;
//
// if(k>_lowerZ&&k<_upperZ &&
// j>_lowerY&&j<_upperY&&
// i>_lowerX&&i<_upperX){
// flags.getValue(i, j, k) += OBSTACLE_LEFT;
// flags.getValue(i, j, k) += OBSTACLE_RIGHT;
// flags.getValue(i, j, k) += OBSTACLE_TOP;
// flags.getValue(i, j, k) += OBSTACLE_BOTTOM;
// flags.getValue(i, j, k) += OBSTACLE_FRONT;
// flags.getValue(i, j, k) += OBSTACLE_BACK;
// }else{
// if(i-1>=_lowerX)
// flags.getValue(i, j, k) += OBSTACLE_LEFT;
// if(i+1<=_upperX)
// flags.getValue(i, j, k) += OBSTACLE_RIGHT;
// if(j-1>=_lowerY)
// flags.getValue(i, j, k) += OBSTACLE_BOTTOM;
// if(j+1<=_upperY)
// flags.getValue(i, j, k) += OBSTACLE_TOP;
// if(k-1>=_lowerZ)
// flags.getValue(i, j, k) += OBSTACLE_FRONT;
// if(k+1<=_upperZ)
// flags.getValue(i, j, k) += OBSTACLE_BACK;
//
// }
// }else{
// /*if(i-1>=_lowerX)
// flags.getValue(i, j, k) += OBSTACLE_LEFT;
// if(i+1<=_upperX)
// flags.getValue(i, j, k) += OBSTACLE_RIGHT;
// if(j-1>=_lowerY)
// flags.getValue(i, j, k) += OBSTACLE_BOTTOM;
// if(j+1<=_upperY)
// flags.getValue(i, j, k) += OBSTACLE_TOP;
// if(k-1>=_lowerZ)
// flags.getValue(i, j, k) += OBSTACLE_FRONT;
// if(k+1<=_upperZ)
// flags.getValue(i, j, k) += OBSTACLE_BACK;*/
// }
// }
}
