void ToolButton::enterEvent( QEvent * _e )
{
m_mouseOver = true;
if( !s_toolTipsDisabled && !m_title.isEmpty() && !m_descr.isEmpty() )
{
QPoint p = mapToGlobal( QPoint( 0, 0 ) );
int scr = QApplication::desktop()->isVirtualDesktop() ?
QApplication::desktop()->screenNumber( p ) :
QApplication::desktop()->screenNumber( this );
#ifdef Q_WS_MAC
QRect screen = QApplication::desktop()->availableGeometry(
scr );
#else
QRect screen = QApplication::desktop()->screenGeometry( scr );
#endif
ToolButtonTip * tbt = new ToolButtonTip( m_pixmap, m_title,
m_descr,
QApplication::desktop()->screen( scr ), this );
connect( this, SIGNAL( mouseLeftButton() ),
tbt, SLOT( close() ) );
if( p.x() + tbt->width() > screen.x() + screen.width() )
p.rx() -= 4;// + tbt->width();
if( p.y() + tbt->height() > screen.y() + screen.height() )
p.ry() -= 30 + tbt->height();
if( p.y() < screen.y() )
p.setY( screen.y() );
if( p.x() + tbt->width() > screen.x() + screen.width() )
p.setX( screen.x() + screen.width() - tbt->width() );
if( p.x() < screen.x() )
p.setX( screen.x() );
if( p.y() + tbt->height() > screen.y() + screen.height() )
p.setY( screen.y() + screen.height() - tbt->height() );
tbt->move( p += QPoint( -4, height() ) );
tbt->show();
}
QToolButton::enterEvent( _e );
}
void MemcheckErrorDelegate::paint(QPainter *painter, const QStyleOptionViewItem &basicOption,
const QModelIndex &index) const
{
QStyleOptionViewItemV4 opt(basicOption);
initStyleOption(&opt, index);
const QListView *const view = qobject_cast<const QListView *>(parent());
const bool isSelected = view->selectionModel()->currentIndex() == index;
QFontMetrics fm(opt.font);
QPoint pos = opt.rect.topLeft();
painter->save();
const QColor bgColor = isSelected ? opt.palette.highlight().color() : opt.palette.background().color();
painter->setBrush(bgColor);
// clear background
painter->setPen(Qt::NoPen);
painter->drawRect(opt.rect);
pos.rx() += s_itemMargin;
pos.ry() += s_itemMargin;
const Error error = index.data(ErrorListModel::ErrorRole).value<Error>();
if (isSelected) {
// only show detailed widget and let it handle everything
QTC_ASSERT(m_detailsIndex == index, qt_noop());
QTC_ASSERT(m_detailsWidget, return); // should have been set in sizeHint()
m_detailsWidget->move(pos);
// when scrolling quickly, the widget can get stuck in a visible part of the scroll area
// even though it should not be visible. therefore we hide it every time the scroll value
// changes and un-hide it when the item with details widget is paint()ed, i.e. visible.
m_detailsWidget->show();
const int viewportWidth = view->viewport()->width();
const int widthExcludingMargins = viewportWidth - 2 * s_itemMargin;
QTC_ASSERT(m_detailsWidget->width() == widthExcludingMargins, qt_noop());
QTC_ASSERT(m_detailsWidgetHeight == m_detailsWidget->height(), qt_noop());
} else {
KDiamond::Board::Board(KGameRenderer* renderer)
: m_difficultyIndex(Kg::difficultyLevel() / 10 - 2)
, m_size(boardSizes[m_difficultyIndex])
, m_colorCount(boardColorCounts[m_difficultyIndex])
, m_paused(false)
, m_renderer(renderer)
, m_diamonds(m_size * m_size, 0)
{
for (QPoint point; point.x() < m_size; ++point.rx())
for (point.ry() = 0; point.y() < m_size; ++point.ry())
{
//displacement vectors needed for the following algorithm
const QPoint dispY1(0, -1), dispY2(0, -2);
const QPoint dispX1(-1, 0), dispX2(-2, 0);
//roll the dice to get a color, but ensure that there are not three of a color in a row from the start
int color;
while (true)
{
color = qrand() % m_colorCount + 1; // +1 because numbering of enum KDiamond::Color starts at 1
//condition: no triplet in y axis (attention: only the diamonds above us are defined already)
if (point.y() >= 2) //no triplet possible for i = 0, 1
{
const int otherColor1 = diamond(point + dispY1)->color();
const int otherColor2 = diamond(point + dispY2)->color();
if (otherColor1 == color && otherColor2 == color)
continue; //roll the dice again
}
//same condition on x axis
if (point.x() >= 2)
{
const int otherColor1 = diamond(point + dispX1)->color();
const int otherColor2 = diamond(point + dispX2)->color();
if (otherColor1 == color && otherColor2 == color)
continue;
}
break;
}
rDiamond(point) = spawnDiamond(color);
diamond(point)->setPos(point);
}
}
void
AnimationModule::renameSelectedNode()
{
const std::list<NodeAnimPtr >& selectedNodes = _imp->selectionModel->getCurrentNodesSelection();
if ( selectedNodes.empty() || (selectedNodes.size() > 1) ) {
Dialogs::errorDialog( tr("Rename node").toStdString(), tr("You must select exactly 1 node to rename.").toStdString() );
return;
}
EditNodeNameDialog* dialog = new EditNodeNameDialog(selectedNodes.front()->getNodeGui(), _imp->editor);
QPoint global = QCursor::pos();
QSize sizeH = dialog->sizeHint();
global.rx() -= sizeH.width() / 2;
global.ry() -= sizeH.height() / 2;
QPoint realPos = global;
QObject::connect( dialog, SIGNAL(rejected()), this, SLOT(onNodeNameEditDialogFinished()) );
QObject::connect( dialog, SIGNAL(accepted()), this, SLOT(onNodeNameEditDialogFinished()) );
dialog->move( realPos.x(), realPos.y() );
dialog->raise();
dialog->show();
}
void FormEditorGraphicsView::mouseMoveEvent(QMouseEvent *event)
{
if (rect().contains(event->pos())) {
QGraphicsView::mouseMoveEvent(event);
} else {
QPoint position = event->pos();
QPoint topLeft = rect().topLeft();
QPoint bottomRight = rect().bottomRight();
position.rx() = qMax(topLeft.x(), qMin(position.x(), bottomRight.x()));
position.ry() = qMax(topLeft.y(), qMin(position.y(), bottomRight.y()));
QMouseEvent *mouseEvent = QMouseEvent::createExtendedMouseEvent(event->type(), position, mapToGlobal(position), event->button(), event->buttons(), event->modifiers());
QGraphicsView::mouseMoveEvent(mouseEvent);
delete mouseEvent;
}
// Keeps the feedback bubble within screen boundraries
int tx = qMin(width() - 114, qMax(16, event->pos().x() + 50));
int ty = qMin(height() - 45, qMax(10, event->pos().y() - 70));
m_feedbackOriginPoint = QPoint(tx, ty);
}
void CMoveWidget::mouseMoveEvent(QMouseEvent *mouseEvent)
{
QPoint p = mouseEvent->globalPos() - dragStartMousePosition;
if (p.manhattanLength() < QApplication::startDragDistance())
return;
QPoint r = dragStartWidgetPosition + p;
if (r.x() < 0)
r.setX(0);
if (r.y() < 0)
r.setY(0);
int maxW = this->parentWidget()->geometry().width() - this->geometry().width();
int maxH = this->parentWidget()->geometry().height() - this->geometry().height();
if (r.rx() > maxW)
r.setX(maxW);
if (r.ry() > maxH)
r.setY(maxH);
move(r);
QWidget::mouseMoveEvent(mouseEvent);
}
uint VirtualDesktopManager::toLeft(uint id, bool wrap) const
{
if (id == 0) {
id = current();
}
QPoint coords = m_grid.gridCoords(id);
Q_ASSERT(coords.x() >= 0);
while (true) {
coords.rx()--;
if (coords.x() < 0) {
if (wrap) {
coords.setX(m_grid.width() - 1);
} else {
return id; // Already at the left-most desktop
}
}
const uint desktop = m_grid.at(coords);
if (desktop > 0) {
return desktop;
}
}
}
void DJGameUserContext::moveToAppropriatePos()
{
QDesktopWidget desktop;
QRect availableRect = desktop.availableGeometry();
QPoint currentPos = QCursor::pos();
QSize contextSize = size();
QRect contextRect( currentPos, contextSize );
if ( !availableRect.contains( contextRect ) ) {
QPoint rightTop = QPoint( currentPos.x() + contextSize.width(), currentPos.y() );
QPoint leftBottom = QPoint( currentPos.x(), currentPos.y() + contextSize.height() );
if ( !availableRect.contains(rightTop) ) {
currentPos.rx() -= contextSize.width();
}
if ( !availableRect.contains(leftBottom) ) {
currentPos.ry() -= contextSize.height();
}
}
move( currentPos );
}
void PopupWidget::prepare(PlayListTrack *item, QPoint pos)
{
pos += QPoint(15,10);
m_url = item->url();
hide();
if(!item)
{
m_timer->stop();
return;
}
m_label1->setText(m_formatter.format(item));
qApp->processEvents();
updateGeometry ();
resize(sizeHint());
qApp->processEvents();
m_timer->start();
QRect rect = QApplication::desktop()->availableGeometry(this);
if(pos.x() + width() > rect.x() + rect.width())
pos.rx() -= width();
move(pos);
}
void Cocos2dxView::attachSpriteToMouse()
{
ListWidgetItem *item = (ListWidgetItem*)m_listwidget->currentItem();
if (!item) return;
EditorScene *scene = getEditorScene();
if (scene)
{
QRect r = this->geometry();
if (!m_mouseSprite)
{
m_mouseSprite = CCSprite::create(item->getAbsoluteFilePath().toLatin1().data());
m_mouseSprite->setOpacity(128);
scene->addChild(m_mouseSprite);
}
QPoint pos = mapFromGlobal(QCursor::pos());
m_mouseSprite->setPosition(ccp(pos.rx(), r.height() - pos.ry())); //qt的ui y轴坐标转换为opengl的y轴坐标
m_mouseTimer.setParent(this);
connect(&m_mouseTimer, SIGNAL(timeout()), this, SLOT(mouseMoveInView()));
m_mouseTimer.start(20);
}
}
LockedDialog::LockedDialog(QWidget *parent, const QString &text, bool unlockButton)
: QDialog(parent)
, ui(new Ui::LockedDialog)
, m_UnlockClicked(false)
{
ui->setupUi(this);
this->setWindowFlags(this->windowFlags() | Qt::ToolTip | Qt::FramelessWindowHint);
if (parent != nullptr) {
QPoint position = parent->mapToGlobal(QPoint(parent->width() / 2, parent->height() / 2));
position.rx() -= this->width() / 2;
position.ry() -= this->height() / 2;
move(position);
}
if (text.length() > 0) {
ui->label->setText(text);
}
if (!unlockButton) {
ui->unlockButton->hide();
}
}
void MathTest::doProblem()
{
TESTPARM *pt = &testMatrix[testIndex];
QString opStr = mt::opStrings[testIndex];
QPoint ops;
if(pt->bFirst) {
pt->bFirst = false;
pt->opLimits.setRect(0, pt->maxops.iaLop[iGradeLevel],
0, pt->maxops.iaRop[iGradeLevel]);
rnd.setMinMax(pt->opLimits);
}
switch((int)pt->eOp) {
case op_add:
rnd.getPair(ops);
pt->iAnswer = ops.x() + ops.y();
break;
case op_sub:
rnd.getPair(ops, true );
pt->iAnswer = ops.x() - ops.y();
break;
case op_mul:
rnd.getPair(ops);
pt->iAnswer = ops.x() * ops.y();
break;
case op_div:
ops.ry() = rnd.getOneUnique(1, pt->maxops.iaRop[iGradeLevel]);
ops.rx() = rnd.getOne(1, pt->maxops.iaLop[iGradeLevel])
* ops.y();
pt->iAnswer = ops.x() / ops.y();
break;
}
printProb(ops, opStr);
}
//-----------------------------------------------------------------------------
//!
//-----------------------------------------------------------------------------
QRect tWindPlotGraph::DrawXAxisLabel(QPainter* pPainter, eGraphType graphType, qreal value, eXAxisLabel labelType, QRect& avoidRect)
{
QFontMetrics fm = QFontMetrics(pPainter->font());
QPoint textPoint = GraphToPixel(graphType, 0, value).toPoint();
textPoint.ry() -= (m_GraphConfig.topMarginHeight );
QString label;
if(graphType == eGraphType_TWD)
{
if(value < 0.0F)
{
label = QString("%1").arg( static_cast<int>( m_GraphConfig.circularLimit[graphType] ) + ( static_cast<int>(value) % static_cast<int>( m_GraphConfig.circularLimit[graphType] ) ), 3, 10, QChar( '0' ) );
}
else
{
label = QString("%1").arg( static_cast<int>( value ) % static_cast<int>( m_GraphConfig.circularLimit[graphType] ), 3, 10, QChar( '0' ) );
}
if( "360" == label )
{
label = "000";
}
}
else
{
label = QString("%1").arg(value, 0, 'f', 1);
}
QRect boundingRect = fm.boundingRect( " " + label + " " );
// Determine the X position depending on the label type
int labelXPos;
switch(labelType)
{
case eXAxisLabel_Left :
// Start label at the left hand axis
labelXPos = textPoint.rx();
break;
case eXAxisLabel_Average :
// Put centre of label where average value is
labelXPos = textPoint.rx() - (boundingRect.width() / 2);
// Check the label doesn't go past either axis
if(labelXPos < m_GraphConfig.originX[graphType])
{
labelXPos = m_GraphConfig.originX[graphType];
}
if((labelXPos + boundingRect.width()) > (m_GraphConfig.originX[graphType] + m_GraphConfig.extentX[graphType]))
{
labelXPos = m_GraphConfig.originX[graphType] + m_GraphConfig.extentX[graphType] - boundingRect.width();
}
break;
case eXAxisLabel_Right :
// Put right of label at the right hand axis
labelXPos = textPoint.rx() - boundingRect.width();
break;
default :
Q_ASSERT(0);
labelXPos = textPoint.rx() - (boundingRect.width() / 2);
break;
}
QRect textRect = QRect(labelXPos, textPoint.ry(), boundingRect.width(), boundingRect.height() );
if ( labelType == eXAxisLabel_Average )
{
QColor averageColor( Qt::red );
pPainter->save();
pPainter->setPen( averageColor );
pPainter->drawText(textRect, Qt::AlignCenter, label );
averageColor.setAlpha(128);
pPainter->setPen( averageColor );
pPainter->drawLine( textPoint.rx(), m_GraphConfig.originY, textPoint.rx(), (m_GraphConfig.originY + m_GraphConfig.extentY) );
pPainter->restore();
}
else
{
// Check if this text will avoid the average text already displayed
if(textRect.intersects(avoidRect) == false)
{
pPainter->drawText(textRect, Qt::AlignCenter, label );
}
}
// Return the rect containing the text with a bit of a margin
textRect.adjust(-10, 0, 10, 0);
return textRect;
}
void IsometricRenderer::drawTileLayer(QPainter *painter,
const TileLayer *layer,
const QRectF &exposed) const
{
const int tileWidth = map()->tileWidth();
const int tileHeight = map()->tileHeight();
if (tileWidth <= 0 || tileHeight <= 1)
return;
QRect rect = exposed.toAlignedRect();
if (rect.isNull())
rect = boundingRect(layer->bounds());
QMargins drawMargins = layer->drawMargins();
drawMargins.setTop(drawMargins.top() - tileHeight);
drawMargins.setRight(drawMargins.right() - tileWidth);
rect.adjust(-drawMargins.right(),
-drawMargins.bottom(),
drawMargins.left(),
drawMargins.top());
// Determine the tile and pixel coordinates to start at
QPointF tilePos = pixelToTileCoords(rect.x(), rect.y());
QPoint rowItr = QPoint((int) std::floor(tilePos.x()),
(int) std::floor(tilePos.y()));
QPointF startPos = tileToPixelCoords(rowItr);
startPos.rx() -= tileWidth / 2;
startPos.ry() += tileHeight;
// Compensate for the layer position
rowItr -= QPoint(layer->x(), layer->y());
/* Determine in which half of the tile the top-left corner of the area we
* need to draw is. If we're in the upper half, we need to start one row
* up due to those tiles being visible as well. How we go up one row
* depends on whether we're in the left or right half of the tile.
*/
const bool inUpperHalf = startPos.y() - rect.y() > tileHeight / 2;
const bool inLeftHalf = rect.x() - startPos.x() < tileWidth / 2;
if (inUpperHalf) {
if (inLeftHalf) {
--rowItr.rx();
startPos.rx() -= tileWidth / 2;
} else {
--rowItr.ry();
startPos.rx() += tileWidth / 2;
}
startPos.ry() -= tileHeight / 2;
}
// Determine whether the current row is shifted half a tile to the right
bool shifted = inUpperHalf ^ inLeftHalf;
QTransform baseTransform = painter->transform();
for (int y = startPos.y(); y - tileHeight < rect.bottom();
y += tileHeight / 2)
{
QPoint columnItr = rowItr;
for (int x = startPos.x(); x < rect.right(); x += tileWidth) {
if (layer->contains(columnItr)) {
const Cell &cell = layer->cellAt(columnItr);
if (!cell.isEmpty()) {
const QPixmap &img = cell.tile->image();
const QPoint offset = cell.tile->tileset()->tileOffset();
qreal m11 = 1; // Horizontal scaling factor
qreal m12 = 0; // Vertical shearing factor
qreal m21 = 0; // Horizontal shearing factor
qreal m22 = 1; // Vertical scaling factor
qreal dx = offset.x() + x;
qreal dy = offset.y() + y - img.height();
if (cell.flippedAntiDiagonally) {
// Use shearing to swap the X/Y axis
m11 = 0;
m12 = 1;
m21 = 1;
m22 = 0;
// Compensate for the swap of image dimensions
dy += img.height() - img.width();
}
if (cell.flippedHorizontally) {
m11 = -m11;
m21 = -m21;
dx += cell.flippedAntiDiagonally ? img.height()
: img.width();
}
if (cell.flippedVertically) {
m12 = -m12;
m22 = -m22;
dy += cell.flippedAntiDiagonally ? img.width()
: img.height();
}
const QTransform transform(m11, m12, m21, m22, dx, dy);
painter->setTransform(transform * baseTransform);
painter->drawPixmap(0, 0, img);
}
}
// Advance to the next column
++columnItr.rx();
--columnItr.ry();
}
// Advance to the next row
if (!shifted) {
++rowItr.rx();
startPos.rx() += tileWidth / 2;
shifted = true;
} else {
++rowItr.ry();
startPos.rx() -= tileWidth / 2;
shifted = false;
}
}
painter->setTransform(baseTransform);
}
NodeCreationDialog::NodeCreationDialog(const QString& initialFilter,
QWidget* parent)
: QDialog(parent)
, _imp( new NodeCreationDialogPrivate() )
{
setWindowTitle( tr("Node Creation Tool") );
setWindowFlags(Qt::Window | Qt::CustomizeWindowHint);
setObjectName( QString::fromUtf8("nodeCreationDialog") );
setAttribute(Qt::WA_DeleteOnClose, false);
_imp->layout = new QVBoxLayout(this);
_imp->layout->setContentsMargins(0, 0, 0, 0);
CompleterLineEdit::PluginsNamesMap pluginsMap;
QString initialFilterName;
std::string stdInitialFilter = initialFilter.toStdString();
int i = 0;
for (PluginsMap::iterator it = _imp->items.begin(); it != _imp->items.end(); ++it) {
if ( it->second.empty() ) {
continue;
}
if (it->second.size() == 1) {
std::pair<QString, QString> idNamePair;
Plugin* p = ( *it->second.begin() );
if ( !p->getIsUserCreatable() ) {
continue;
}
idNamePair.second = p->generateUserFriendlyPluginID();
int indexOfBracket = idNamePair.second.lastIndexOf( QString::fromUtf8(" [") );
if (indexOfBracket != -1) {
idNamePair.first = idNamePair.second.left(indexOfBracket);
}
int weight = getPluginWeight( p->getPluginID(), p->getMajorVersion() );
pluginsMap.insert( std::make_pair(weight, idNamePair) );
if (it->first == stdInitialFilter) {
initialFilterName = idNamePair.first;
}
++i;
} else {
QString bestMajorName;
for (PluginMajorsOrdered::reverse_iterator it2 = it->second.rbegin(); it2 != it->second.rend(); ++it2) {
if ( !(*it2)->getIsUserCreatable() ) {
continue;
}
std::pair<QString, QString> idNamePair;
if ( it2 == it->second.rbegin() ) {
idNamePair.second = (*it2)->generateUserFriendlyPluginID();
bestMajorName = idNamePair.second;
} else {
idNamePair.second = (*it2)->generateUserFriendlyPluginIDMajorEncoded();
}
int indexOfBracket = idNamePair.second.lastIndexOf( QString::fromUtf8(" [") );
if (indexOfBracket != -1) {
idNamePair.first = idNamePair.second.left(indexOfBracket);
}
++i;
int weight = getPluginWeight( (*it2)->getPluginID(), (*it2)->getMajorVersion() );
pluginsMap.insert( std::make_pair(weight, idNamePair) );
}
if (it->first == stdInitialFilter) {
initialFilterName = bestMajorName;
}
}
}
_imp->textEdit = new CompleterLineEdit(pluginsMap, true, this);
if ( !initialFilterName.isEmpty() ) {
_imp->textEdit->setText(initialFilterName);
}
QPoint global = QCursor::pos();
QSize sizeH = sizeHint();
global.rx() -= sizeH.width() / 2;
global.ry() -= sizeH.height() / 2;
move( global.x(), global.y() );
_imp->layout->addWidget(_imp->textEdit);
_imp->textEdit->setFocus();
_imp->textEdit->selectAll();
QTimer::singleShot( 20, _imp->textEdit, SLOT(showCompleter()) );
}
void IsometricRenderer::drawTileLayer(QPainter *painter,
const TileLayer *layer,
const QRectF &exposed) const
{
const int tileWidth = map()->tileWidth();
const int tileHeight = map()->tileHeight();
QRect rect = exposed.toAlignedRect();
if (rect.isNull())
rect = boundingRect(layer->bounds());
const QSize maxTileSize = layer->maxTileSize();
const int extraWidth = maxTileSize.width() - tileWidth;
const int extraHeight = maxTileSize.height() - tileHeight;
rect.adjust(-extraWidth, 0, 0, extraHeight);
// Determine the tile and pixel coordinates to start at
QPointF tilePos = pixelToTileCoords(rect.x(), rect.y());
QPoint rowItr = QPoint((int) std::floor(tilePos.x()),
(int) std::floor(tilePos.y()));
QPointF startPos = tileToPixelCoords(rowItr);
startPos.rx() -= tileWidth / 2;
startPos.ry() += tileHeight;
// Compensate for the layer position
rowItr -= QPoint(layer->x(), layer->y());
/* Determine in which half of the tile the top-left corner of the area we
* need to draw is. If we're in the upper half, we need to start one row
* up due to those tiles being visible as well. How we go up one row
* depends on whether we're in the left or right half of the tile.
*/
const bool inUpperHalf = startPos.y() - rect.y() > tileHeight / 2;
const bool inLeftHalf = rect.x() - startPos.x() < tileWidth / 2;
if (inUpperHalf) {
if (inLeftHalf) {
--rowItr.rx();
startPos.rx() -= tileWidth / 2;
} else {
--rowItr.ry();
startPos.rx() += tileWidth / 2;
}
startPos.ry() -= tileHeight / 2;
}
// Determine whether the current row is shifted half a tile to the right
bool shifted = inUpperHalf ^ inLeftHalf;
for (int y = startPos.y(); y - tileHeight < rect.bottom();
y += tileHeight / 2)
{
QPoint columnItr = rowItr;
for (int x = startPos.x(); x < rect.right(); x += tileWidth) {
if (layer->contains(columnItr)) {
if (const Tile *tile = layer->tileAt(columnItr)) {
const QPixmap &img = tile->image();
painter->drawPixmap(x, y - img.height(), img);
}
}
// Advance to the next column
++columnItr.rx();
--columnItr.ry();
}
// Advance to the next row
if (!shifted) {
++rowItr.rx();
startPos.rx() += tileWidth / 2;
shifted = true;
} else {
++rowItr.ry();
startPos.rx() -= tileWidth / 2;
shifted = false;
}
}
}
void Q3DockArea::moveDockWindow(Q3DockWindow *w, const QPoint &p, const QRect &r, bool swap)
{
invalidateFixedSizes();
int mse = -10;
bool hasResizable = false;
for (int i = 0; i < dockWindows.size(); ++i) {
Q3DockWindow *dw = dockWindows.at(i);
if (dw->isHidden())
continue;
if (dw->isResizeEnabled())
hasResizable = true;
if (orientation() != Qt::Horizontal)
mse = qMax(qMax(dw->fixedExtent().width(), dw->width()), mse);
else
mse = qMax(qMax(dw->fixedExtent().height(), dw->height()), mse);
}
if (!hasResizable && w->isResizeEnabled()) {
if (orientation() != Qt::Horizontal)
mse = qMax(w->fixedExtent().width(), mse);
else
mse = qMax(w->fixedExtent().height(), mse);
}
Q3DockWindow *dockWindow = 0;
int dockWindowIndex = findDockWindow(w);
QList<Q3DockWindow *> lineStarts = layout->lineStarts();
QList<QRect> lines = layout->lineList();
bool wasAloneInLine = false;
QPoint pos = mapFromGlobal(p);
int line = lineOf(dockWindowIndex);
QRect lr;
if (line < lines.size())
lr = lines.at(line);
if (dockWindowIndex != -1) {
if (lineStarts.contains(w)
&& ((dockWindowIndex < dockWindows.count() - 1
&& lineStarts.contains(dockWindows.at(dockWindowIndex + 1)))
|| dockWindowIndex == dockWindows.count() - 1))
wasAloneInLine = true;
dockWindow = dockWindows.takeAt(dockWindowIndex);
if (!wasAloneInLine) { // only do the pre-layout if the widget isn't the only one in its line
if (lineStarts.contains(dockWindow) && dockWindowIndex < dockWindows.count())
dockWindows.at(dockWindowIndex)->setNewLine(true);
layout->layoutItems(QRect(0, 0, width(), height()), true);
}
} else {
dockWindow = w;
bool vis = dockWindow->isVisible();
dockWindow->setParent(this);
dockWindow->move(0, 0);
if(vis)
dockWindow->show();
if (swap)
dockWindow->resize(dockWindow->height(), dockWindow->width());
w->installEventFilter(this);
}
lineStarts = layout->lineStarts();
lines = layout->lineList();
QRect rect = QRect(mapFromGlobal(r.topLeft()), r.size());
if (orientation() == Qt::Horizontal && QApplication::reverseLayout()) {
rect = QRect(width() - rect.x() - rect.width(), rect.y(), rect.width(), rect.height());
pos.rx() = width() - pos.x();
}
dockWindow->setOffset(point_pos(rect.topLeft(), orientation()));
if (orientation() == Qt::Horizontal) {
int offs = dockWindow->offset();
if (width() - offs < dockWindow->minimumWidth())
dockWindow->setOffset(width() - dockWindow->minimumWidth());
} else {
int offs = dockWindow->offset();
if (height() - offs < dockWindow->minimumHeight())
dockWindow->setOffset(height() - dockWindow->minimumHeight());
}
if (dockWindows.isEmpty()) {
dockWindows.append(dockWindow);
} else {
int dockLine = -1;
bool insertLine = false;
int i = 0;
QRect lineRect;
// find the line which we touched with the mouse
for (QList<QRect>::Iterator it = lines.begin(); it != lines.end(); ++it, ++i) {
if (point_pos(pos, orientation(), true) >= point_pos((*it).topLeft(), orientation(), true) &&
point_pos(pos, orientation(), true) <= point_pos((*it).topLeft(), orientation(), true) +
size_extent((*it).size(), orientation(), true)) {
dockLine = i;
lineRect = *it;
break;
}
}
if (dockLine == -1) { // outside the dock...
insertLine = true;
if (point_pos(pos, orientation(), true) < 0) // insert as first line
dockLine = 0;
else
dockLine = (int)lines.count(); // insert after the last line ### size_t/int cast
} else { // inside the dock (we have found a dockLine)
if (point_pos(pos, orientation(), true) <
point_pos(lineRect.topLeft(), orientation(), true) + 4) { // mouse was at the very beginning of the line
insertLine = true; // insert a new line before that with the docking widget
} else if (point_pos(pos, orientation(), true) >
point_pos(lineRect.topLeft(), orientation(), true) +
size_extent(lineRect.size(), orientation(), true) - 4) { // mouse was at the very and of the line
insertLine = true; // insert a line after that with the docking widget
dockLine++;
}
}
if (!insertLine && wasAloneInLine && lr.contains(pos)) // if we are alone in a line and just moved in there, re-insert it
insertLine = true;
#if defined(QDOCKAREA_DEBUG)
qDebug("insert in line %d, and insert that line: %d", dockLine, insertLine);
qDebug(" (btw, we have %d lines)", lines.count());
#endif
Q3DockWindow *dw = 0;
if (dockLine >= (int)lines.count()) { // insert after last line
dockWindows.append(dockWindow);
dockWindow->setNewLine(true);
#if defined(QDOCKAREA_DEBUG)
qDebug("insert at the end");
#endif
} else if (dockLine == 0 && insertLine) { // insert before first line
dockWindows.insert(0, dockWindow);
dockWindows.at(1)->setNewLine(true);
#if defined(QDOCKAREA_DEBUG)
qDebug("insert at the begin");
#endif
} else { // insert somewhere in between
// make sure each line start has a new line
for (int i = 0; i < lineStarts.size(); ++i) {
dw = lineStarts.at(i);
dw->setNewLine(true);
}
// find the index of the first widget in the search line
int searchLine = dockLine;
#if defined(QDOCKAREA_DEBUG)
qDebug("search line start of %d", searchLine);
#endif
Q3DockWindow *lsw = lineStarts.at(searchLine);
int index = dockWindows.indexOf(lsw);
if (index == -1) { // the linestart widget hasn't been found, try to find it harder
if (lsw == w && dockWindowIndex <= dockWindows.count())
index = dockWindowIndex;
else
index = 0;
}
#if defined(QDOCKAREA_DEBUG)
qDebug(" which starts at %d", index);
#endif
if (!insertLine) { // if we insert the docking widget in the existing line
// find the index for the widget
bool inc = true;
bool firstTime = true;
for (int i = index; i < dockWindows.size(); ++i) {
dw = dockWindows.at(i);
if (orientation() == Qt::Horizontal)
dw->setFixedExtentWidth(-1);
else
dw->setFixedExtentHeight(-1);
if (!firstTime && lineStarts.contains(dw)) // we are in the next line, so break
break;
if (point_pos(pos, orientation()) <
point_pos(fix_pos(dw), orientation()) + size_extent(dw->size(), orientation()) / 2) {
inc = false;
}
if (inc)
index++;
firstTime = false;
}
#if defined(QDOCKAREA_DEBUG)
qDebug("insert at index: %d", index);
#endif
// if we insert it just before a widget which has a new line, transfer the newline to the docking widget
// but not if we didn't only mave a widget in its line which was alone in the line before
if (!(wasAloneInLine && lr.contains(pos))
&& index >= 0 && index < dockWindows.count() &&
dockWindows.at(index)->newLine() && lineOf(index) == dockLine) {
#if defined(QDOCKAREA_DEBUG)
qDebug("get rid of the old newline and get me one");
#endif
dockWindows.at(index)->setNewLine(false);
dockWindow->setNewLine(true);
} else if (wasAloneInLine && lr.contains(pos)) {
dockWindow->setNewLine(true);
} else { // if we are somewhere in a line, get rid of the newline
dockWindow->setNewLine(false);
}
} else { // insert in a new line, so make sure the dock widget and the widget which will be after it have a newline
#if defined(QDOCKAREA_DEBUG)
qDebug("insert a new line");
#endif
if (index < dockWindows.count()) {
#if defined(QDOCKAREA_DEBUG)
qDebug("give the widget at %d a newline", index);
#endif
Q3DockWindow* nldw = dockWindows.at(index);
if (nldw)
nldw->setNewLine(true);
}
#if defined(QDOCKAREA_DEBUG)
qDebug("give me a newline");
#endif
dockWindow->setNewLine(true);
}
// finally insert the widget
dockWindows.insert(index, dockWindow);
}
}
if (mse != -10 && w->isResizeEnabled()) {
if (orientation() != Qt::Horizontal)
w->setFixedExtentWidth(qMin(qMax(w->minimumWidth(), mse), w->sizeHint().width()));
else
w->setFixedExtentHeight(qMin(qMax(w->minimumHeight(), mse), w->sizeHint().height()));
}
updateLayout();
setSizePolicy(QSizePolicy(orientation() == Qt::Horizontal ? QSizePolicy::Expanding : QSizePolicy::Minimum,
orientation() == Qt::Vertical ? QSizePolicy::Expanding : QSizePolicy::Minimum));
}
void IsometricRenderer::drawTileLayer(QPainter *painter,
const TileLayer *layer,
const QRectF &exposed) const
{
const int tileWidth = map()->tileWidth();
const int tileHeight = map()->tileHeight();
if (tileWidth <= 0 || tileHeight <= 1)
return;
QRect rect = exposed.toAlignedRect();
if (rect.isNull())
rect = boundingRect(layer->bounds());
QMargins drawMargins = layer->drawMargins();
drawMargins.setTop(drawMargins.top() - tileHeight);
drawMargins.setRight(drawMargins.right() - tileWidth);
rect.adjust(-drawMargins.right(),
-drawMargins.bottom(),
drawMargins.left(),
drawMargins.top());
// Determine the tile and pixel coordinates to start at
QPointF tilePos = screenToTileCoords(rect.x(), rect.y());
QPoint rowItr = QPoint((int) std::floor(tilePos.x()),
(int) std::floor(tilePos.y()));
QPointF startPos = tileToScreenCoords(rowItr);
startPos.rx() -= tileWidth / 2;
startPos.ry() += tileHeight;
// Compensate for the layer position
rowItr -= QPoint(layer->x(), layer->y());
/* Determine in which half of the tile the top-left corner of the area we
* need to draw is. If we're in the upper half, we need to start one row
* up due to those tiles being visible as well. How we go up one row
* depends on whether we're in the left or right half of the tile.
*/
const bool inUpperHalf = startPos.y() - rect.y() > tileHeight / 2;
const bool inLeftHalf = rect.x() - startPos.x() < tileWidth / 2;
if (inUpperHalf) {
if (inLeftHalf) {
--rowItr.rx();
startPos.rx() -= tileWidth / 2;
} else {
--rowItr.ry();
startPos.rx() += tileWidth / 2;
}
startPos.ry() -= tileHeight / 2;
}
// Determine whether the current row is shifted half a tile to the right
bool shifted = inUpperHalf ^ inLeftHalf;
CellRenderer renderer(painter);
for (int y = startPos.y(); y - tileHeight < rect.bottom();
y += tileHeight / 2)
{
QPoint columnItr = rowItr;
for (int x = startPos.x(); x < rect.right(); x += tileWidth) {
if (layer->contains(columnItr)) {
const Cell &cell = layer->cellAt(columnItr);
if (!cell.isEmpty()) {
renderer.render(cell, QPointF(x, y), QSizeF(0, 0),
CellRenderer::BottomLeft);
}
}
// Advance to the next column
++columnItr.rx();
--columnItr.ry();
}
// Advance to the next row
if (!shifted) {
++rowItr.rx();
startPos.rx() += tileWidth / 2;
shifted = true;
} else {
++rowItr.ry();
startPos.rx() -= tileWidth / 2;
shifted = false;
}
}
}
void StaggeredRenderer::drawTileLayer(QPainter *painter,
const TileLayer *layer,
const QRectF &exposed) const
{
const int tileWidth = map()->tileWidth();
const int tileHeight = map()->tileHeight();
QRect rect = exposed.toAlignedRect();
if (rect.isNull())
rect = boundingRect(layer->bounds());
QMargins drawMargins = layer->drawMargins();
drawMargins.setRight(drawMargins.right() - tileWidth);
rect.adjust(-drawMargins.right(),
-drawMargins.bottom(),
drawMargins.left(),
drawMargins.top());
// Determine the tile and pixel coordinates to start at
QPoint startTile = pixelToTileCoords(rect.x(), rect.y()).toPoint();
// Compensate for the layer position
startTile -= layer->position();
QPoint startPos = tileToPixelCoords(startTile + layer->position()).toPoint();
/* Determine in which half of the tile the top-left corner of the area we
* need to draw is. If we're in the upper half, we need to start one row
* up due to those tiles being visible as well. How we go up one row
* depends on whether we're in the left or right half of the tile.
*/
const bool inUpperHalf = startPos.y() - rect.y() > tileHeight / 2;
const bool inLeftHalf = rect.x() - startPos.x() < tileWidth / 2;
if (inUpperHalf)
startTile.ry()--;
if (inLeftHalf)
startTile.rx()--;
startTile.setX(qMax(0, startTile.x()));
startTile.setY(qMax(0, startTile.y()));
startPos = tileToPixelCoords(startTile + layer->position()).toPoint();
startPos.ry() += tileHeight;
// Odd row shifting is applied in the rendering loop, so un-apply it here
if ((startTile.y() + layer->y()) % 2)
startPos.rx() -= tileWidth / 2;
qDebug() << rect << startTile << startPos << layer->position();
QTransform baseTransform = painter->transform();
for (; startPos.y() < rect.bottom() && startTile.y() < layer->height(); startTile.ry()++) {
QPoint rowTile = startTile;
QPoint rowPos = startPos;
if ((startTile.y() + layer->y()) % 2)
rowPos.rx() += tileWidth / 2;
for (; rowPos.x() < rect.right() && rowTile.x() < layer->width(); rowTile.rx()++) {
const Cell &cell = layer->cellAt(rowTile);
if (cell.isEmpty()) {
rowPos.rx() += tileWidth;
continue;
}
const QPixmap &img = cell.tile->image();
const QPoint offset = cell.tile->tileset()->tileOffset();
qreal m11 = 1; // Horizontal scaling factor
qreal m12 = 0; // Vertical shearing factor
qreal m21 = 0; // Horizontal shearing factor
qreal m22 = 1; // Vertical scaling factor
qreal dx = offset.x() + rowPos.x();
qreal dy = offset.y() + rowPos.y() - img.height();
if (cell.flippedAntiDiagonally) {
// Use shearing to swap the X/Y axis
m11 = 0;
m12 = 1;
m21 = 1;
m22 = 0;
// Compensate for the swap of image dimensions
dy += img.height() - img.width();
}
if (cell.flippedHorizontally) {
m11 = -m11;
m21 = -m21;
dx += cell.flippedAntiDiagonally ? img.height()
: img.width();
}
if (cell.flippedVertically) {
m12 = -m12;
m22 = -m22;
dy += cell.flippedAntiDiagonally ? img.width()
: img.height();
}
const QTransform transform(m11, m12, m21, m22, dx, dy);
painter->setTransform(transform * baseTransform);
painter->drawPixmap(0, 0, img);
rowPos.rx() += tileWidth;
}
startPos.ry() += tileHeight / 2;
}
painter->setTransform(baseTransform);
}
void TEWidget::mouseMoveEvent(QMouseEvent* ev)
{
// for auto-hiding the cursor, we need mouseTracking
if (ev->modifiers() == Qt::NoButton ) return;
if (actSel == 0) return;
// don't extend selection while pasting
if (ev->modifiers() & Qt::MidButton) return;
//if ( !contentsRect().contains(ev->pos()) ) return;
QPoint tL = contentsRect().topLeft();
int tLx = tL.x();
int tLy = tL.y();
int scroll = scrollbar->value();
// we're in the process of moving the mouse with the left button pressed
// the mouse cursor will remain caught within the bounds of the text in
// this widget.
// Adjust position within text area bounds. See FIXME above.
QPoint pos = ev->pos();
if ( pos.x() < tLx+blX ) pos.setX( tLx+blX );
if ( pos.x() > tLx+blX+columns*font_w-1 ) pos.setX( tLx+blX+columns*font_w );
if ( pos.y() < tLy+bY ) pos.setY( tLy+bY );
if ( pos.y() > tLy+bY+lines*font_h-1 ) pos.setY( tLy+bY+lines*font_h-1 );
// check if we produce a mouse move event by this
if ( pos != ev->pos() ) cursor().setPos(mapToGlobal(pos));
if ( pos.y() == tLy+bY+lines*font_h-1 )
{
scrollbar->setValue(scrollbar->value()+yMouseScroll); // scrollforward
}
if ( pos.y() == tLy+bY )
{
scrollbar->setValue(scrollbar->value()-yMouseScroll); // scrollback
}
QPoint here = QPoint((pos.x()-tLx-blX)/font_w,(pos.y()-tLy-bY)/font_h);
QPoint ohere;
bool swapping = FALSE;
if ( word_selection_mode )
{
// Extend to word boundaries
int i;
int selClass;
bool left_not_right = ( here.y() < iPntSel.y() ||
here.y() == iPntSel.y() && here.x() < iPntSel.x() );
bool old_left_not_right = ( pntSel.y() < iPntSel.y() ||
pntSel.y() == iPntSel.y() && pntSel.x() < iPntSel.x() );
swapping = left_not_right != old_left_not_right;
// Find left (left_not_right ? from here : from start)
QPoint left = left_not_right ? here : iPntSel;
i = loc(left.x(),left.y());
selClass = charClass(image[i].c);
while ( left.x() > 0 && charClass(image[i-1].c) == selClass )
{ i--; left.rx()--; }
// Find left (left_not_right ? from start : from here)
QPoint right = left_not_right ? iPntSel : here;
i = loc(right.x(),right.y());
selClass = charClass(image[i].c);
while ( right.x() < columns-1 && charClass(image[i+1].c) == selClass )
{ i++; right.rx()++; }
// Pick which is start (ohere) and which is extension (here)
if ( left_not_right )
{
here = left; ohere = right;
}
else
{
here = right; ohere = left;
}
}
if (here == pntSel && scroll == scrollbar->value()) return; // not moved
if ( word_selection_mode ) {
if ( actSel < 2 || swapping ) {
emit beginSelectionSignal( ohere.x(), ohere.y() );
}
} else if ( actSel < 2 ) {
emit beginSelectionSignal( pntSel.x(), pntSel.y() );
}
actSel = 2; // within selection
pntSel = here;
emit extendSelectionSignal( here.x(), here.y() );
}
void CelestiaGlWidget::mouseMoveEvent(QMouseEvent* m)
{
int x = (int) m->x();
int y = (int) m->y();
int buttons = 0;
if (m->buttons() & LeftButton)
buttons |= CelestiaCore::LeftButton;
if (m->buttons() & MidButton)
buttons |= CelestiaCore::MiddleButton;
if (m->buttons() & RightButton)
buttons |= CelestiaCore::RightButton;
if (m->modifiers() & ShiftModifier)
buttons |= CelestiaCore::ShiftKey;
if (m->modifiers() & ControlModifier)
buttons |= CelestiaCore::ControlKey;
#ifdef TARGET_OS_MAC
// On the Mac, right dragging is be simulated with Option+left drag.
// We may want to enable this on other platforms, though it's mostly only helpful
// for users with single button mice.
if (m->modifiers() & AltModifier)
{
buttons &= ~CelestiaCore::LeftButton;
buttons |= CelestiaCore::RightButton;
}
#endif
if ((m->buttons() & (LeftButton | RightButton)) != 0)
{
appCore->mouseMove(x - lastX, y - lastY, buttons);
// Infinite mouse: allow the user to rotate and zoom continuously, i.e.,
// without being stopped when the pointer reaches the window borders.
QPoint pt;
pt.setX(lastX);
pt.setY(lastY);
pt = mapToGlobal(pt);
// First mouse drag event.
// Hide the cursor and set its position to the center of the window.
if (cursorVisible)
{
// Hide the cursor.
setCursor(QCursor(Qt::BlankCursor));
cursorVisible = false;
// Save the cursor position.
saveCursorPos = pt;
// Compute the center point of the OpenGL Widget.
QPoint center;
center.setX(width() / 2);
center.setY(height() / 2);
// Set the cursor position to the center of the OpenGL Widget.
x = center.rx() + (x - lastX);
y = center.ry() + (y - lastY);
lastX = (int) center.rx();
lastY = (int) center.ry();
center = mapToGlobal(center);
QCursor::setPos(center);
}
else
{
if (x - lastX != 0 || y - lastY != 0)
QCursor::setPos(pt);
}
}
else
{
appCore->mouseMove(x, y);
lastX = x;
lastY = y;
}
}
void Field::openNeighbours(QPoint pos) {
for(int y = 0; y < 3; y++)
for (int x = 0; x < 3; ++x) {
cells[y + pos.ry() - 1][x + pos.rx() - 1]->open();
}
}
void QWidgetResizeHandler::mouseMoveEvent(QMouseEvent *e)
{
QPoint pos = widget->mapFromGlobal(e->globalPos());
if (!moveResizeMode && !buttonDown) {
if (pos.y() <= range && pos.x() <= range)
mode = TopLeft;
else if (pos.y() >= widget->height()-range && pos.x() >= widget->width()-range)
mode = BottomRight;
else if (pos.y() >= widget->height()-range && pos.x() <= range)
mode = BottomLeft;
else if (pos.y() <= range && pos.x() >= widget->width()-range)
mode = TopRight;
else if (pos.y() <= range)
mode = Top;
else if (pos.y() >= widget->height()-range)
mode = Bottom;
else if (pos.x() <= range)
mode = Left;
else if ( pos.x() >= widget->width()-range)
mode = Right;
else if (widget->rect().contains(pos))
mode = Center;
else
mode = Nowhere;
if (widget->isMinimized() || !isActive(Resize))
mode = Center;
#ifndef QT_NO_CURSOR
setMouseCursor(mode);
#endif
return;
}
if (mode == Center && !movingEnabled)
return;
if (widget->testAttribute(Qt::WA_WState_ConfigPending))
return;
QPoint globalPos = (!widget->isWindow() && widget->parentWidget()) ?
widget->parentWidget()->mapFromGlobal(e->globalPos()) : e->globalPos();
if (!widget->isWindow() && !widget->parentWidget()->rect().contains(globalPos)) {
if (globalPos.x() < 0)
globalPos.rx() = 0;
if (globalPos.y() < 0)
globalPos.ry() = 0;
if (sizeprotect && globalPos.x() > widget->parentWidget()->width())
globalPos.rx() = widget->parentWidget()->width();
if (sizeprotect && globalPos.y() > widget->parentWidget()->height())
globalPos.ry() = widget->parentWidget()->height();
}
QPoint p = globalPos + invertedMoveOffset;
QPoint pp = globalPos - moveOffset;
// Workaround for window managers which refuse to move a tool window partially offscreen.
if (QGuiApplication::platformName() == QLatin1String("xcb")) {
const QRect desktop = QApplication::desktop()->availableGeometry(widget);
pp.rx() = qMax(pp.x(), desktop.left());
pp.ry() = qMax(pp.y(), desktop.top());
p.rx() = qMin(p.x(), desktop.right());
p.ry() = qMin(p.y(), desktop.bottom());
}
QSize ms = qSmartMinSize(childWidget);
int mw = ms.width();
int mh = ms.height();
if (childWidget != widget) {
mw += 2 * fw;
mh += 2 * fw + extrahei;
}
QSize maxsize(childWidget->maximumSize());
if (childWidget != widget)
maxsize += QSize(2 * fw, 2 * fw + extrahei);
QSize mpsize(widget->geometry().right() - pp.x() + 1,
widget->geometry().bottom() - pp.y() + 1);
mpsize = mpsize.expandedTo(widget->minimumSize()).expandedTo(QSize(mw, mh))
.boundedTo(maxsize);
QPoint mp(widget->geometry().right() - mpsize.width() + 1,
widget->geometry().bottom() - mpsize.height() + 1);
QRect geom = widget->geometry();
switch (mode) {
case TopLeft:
geom = QRect(mp, widget->geometry().bottomRight()) ;
break;
case BottomRight:
geom = QRect(widget->geometry().topLeft(), p) ;
break;
case BottomLeft:
geom = QRect(QPoint(mp.x(), widget->geometry().y()), QPoint(widget->geometry().right(), p.y())) ;
break;
case TopRight:
geom = QRect(QPoint(widget->geometry().x(), mp.y()), QPoint(p.x(), widget->geometry().bottom())) ;
break;
case Top:
geom = QRect(QPoint(widget->geometry().left(), mp.y()), widget->geometry().bottomRight()) ;
break;
case Bottom:
geom = QRect(widget->geometry().topLeft(), QPoint(widget->geometry().right(), p.y())) ;
break;
case Left:
geom = QRect(QPoint(mp.x(), widget->geometry().top()), widget->geometry().bottomRight()) ;
break;
case Right:
geom = QRect(widget->geometry().topLeft(), QPoint(p.x(), widget->geometry().bottom())) ;
break;
case Center:
geom.moveTopLeft(pp);
break;
default:
break;
}
geom = QRect(geom.topLeft(),
geom.size().expandedTo(widget->minimumSize())
.expandedTo(QSize(mw, mh))
.boundedTo(maxsize));
if (geom != widget->geometry() &&
(widget->isWindow() || widget->parentWidget()->rect().intersects(geom))) {
if (mode == Center)
widget->move(geom.topLeft());
else
widget->setGeometry(geom);
}
}
QGraphicsItem*
GIFactory::createComponentGI(
ComponentDescriptor* type) {
qDebug() << "Generating Graphics item for" << type->text();
// collect all the information
QString componentName = type->text();
QGraphicsItemGroup* parent = new QGraphicsItemGroup();
// create all the partial items and calculate sizes
unsigned int inSection_minWidth = 0;
unsigned int outSection_minWidth = 0;
unsigned int portSection_lineHeight = 0;
QList<PortEntry> inPorts = QList<PortEntry>();
QList<PortEntry> outPorts = QList<PortEntry>();
for (PortDescriptor * port : type->ports()) {
PortEntry portEntry = PortEntry(port, parent);
unsigned int width = portEntry.textGraphics()->boundingRect().width() + 2 * TEXT_PADDING;
unsigned int height = portEntry.textGraphics()->boundingRect().height() + 2 * TEXT_PADDING;
// adjust the line height, if needed
if (height > portSection_lineHeight) {
portSection_lineHeight = height;
}
switch (port->direction()) {
case model::enums::PortDirection::IN : {
inPorts.append(portEntry);
if (width > inSection_minWidth) {
inSection_minWidth = width;
}
}
break;
case model::enums::PortDirection::OUT : {
outPorts.append(portEntry);
if (width > outSection_minWidth) {
outSection_minWidth = width;
}
}
break;
default:
continue; // do not handle other types.
}
}
std::sort(inPorts.begin(), inPorts.end());
std::sort(outPorts.begin(), outPorts.end());
unsigned int portSection_height =
inPorts.count() > outPorts.count() ?
inPorts.count() * portSection_lineHeight :
outPorts.count() * portSection_lineHeight;
QGraphicsTextItem* text_compName = new QGraphicsTextItem(componentName, parent);
parent->addToGroup(text_compName);
unsigned int nameSection_minWidth = text_compName->boundingRect().width() + 2 * TEXT_PADDING;
unsigned int nameSection_height = text_compName->boundingRect().height() + 2 * TEXT_PADDING;
// adjust the total width
unsigned int totalWidth = 0;
if (nameSection_minWidth > (inSection_minWidth + outSection_minWidth)) {
totalWidth = nameSection_minWidth;
if (inSection_minWidth > totalWidth / 2) { // extend outSection_minWidth
outSection_minWidth = totalWidth - inSection_minWidth;
} else if (outSection_minWidth > totalWidth / 2) { // extend inSection_minWidth
inSection_minWidth = totalWidth - outSection_minWidth;
} else { // stretch both to totalWidth / 2
inSection_minWidth = totalWidth / 2;
outSection_minWidth = totalWidth / 2;
}
} else { // adjust nameSection_minWidth
totalWidth = inSection_minWidth + outSection_minWidth;
}
// now actually place all the stuff
QBrush nameSectionBrush = QBrush(Qt::lightGray, Qt::SolidPattern);
QBrush portSectionBrush = QBrush(Qt::white, Qt::SolidPattern);
QPen pen = QPen(Qt::black, Qt::SolidLine);
QPoint currentPos = QPoint(0, 0);
// draw the rectangles
QGraphicsRectItem* nameSection = new QGraphicsRectItem(
currentPos.x(), currentPos.y(),
totalWidth, nameSection_height, parent);
nameSection->setBrush(nameSectionBrush);
nameSection->setPen(pen);
nameSection->setZValue(-1);
parent->addToGroup(nameSection);
currentPos.ry() += nameSection_height;
QGraphicsRectItem* inSection = new QGraphicsRectItem(
currentPos.x(), currentPos.y(),
inSection_minWidth, portSection_height, parent);
inSection->setBrush(portSectionBrush);
inSection->setPen(pen);
inSection->setZValue(-1);
parent->addToGroup(inSection);
currentPos.rx() += inSection_minWidth;
QGraphicsRectItem* outSection = new QGraphicsRectItem(
currentPos.x(), currentPos.y(),
outSection_minWidth, portSection_height, parent);
outSection->setBrush(portSectionBrush);
outSection->setPen(pen);
outSection->setZValue(-1);
parent->addToGroup(outSection);
// place the texts and set the port positions in the port descriptor
text_compName->setPos((totalWidth - text_compName->boundingRect().width()) / 2,
/*0 + */ TEXT_PADDING);
currentPos.setX(0);
currentPos.setY(nameSection_height);
for(PortEntry inIter : inPorts){
inIter.textGraphics()->setPos(currentPos.x() + TEXT_PADDING, currentPos.y() + TEXT_PADDING);
currentPos.ry() += portSection_lineHeight / 2;
QPoint portPos = QPoint(currentPos.x() - PORT_DIAMETER, currentPos.y());
inIter.descriptor()->setPosition(portPos);
QGraphicsLineItem* lineToPort = new QGraphicsLineItem(QLineF(portPos, currentPos), parent);
parent->addToGroup(lineToPort);
currentPos.ry() += portSection_lineHeight / 2;
}
currentPos.setX(totalWidth);
currentPos.setY(nameSection_height);
for(PortEntry outIter : outPorts){
outIter.textGraphics()->setPos(
currentPos.x() - TEXT_PADDING - outIter.textGraphics()->boundingRect().width(),
currentPos.y() + TEXT_PADDING);
currentPos.ry() += portSection_lineHeight / 2;
QPoint portPos = QPoint(currentPos.x() + PORT_DIAMETER, currentPos.y());
outIter.descriptor()->setPosition(portPos);
QGraphicsLineItem* lineToPort = new QGraphicsLineItem(QLineF(currentPos, portPos), parent);
parent->addToGroup(lineToPort);
currentPos.ry() += portSection_lineHeight / 2;
}
parent->setVisible(true);
return parent;
}
void QToolButtonPrivate::popupTimerDone()
{
Q_Q(QToolButton);
popupTimer.stop();
if (!menuButtonDown && !down)
return;
menuButtonDown = true;
QPointer<QMenu> actualMenu;
bool mustDeleteActualMenu = false;
if(menuAction) {
actualMenu = menuAction->menu();
} else if (defaultAction && defaultAction->menu()) {
actualMenu = defaultAction->menu();
} else {
actualMenu = new QMenu(q);
mustDeleteActualMenu = true;
for(int i = 0; i < actions.size(); i++)
actualMenu->addAction(actions.at(i));
}
repeat = q->autoRepeat();
q->setAutoRepeat(false);
bool horizontal = true;
#if !defined(QT_NO_TOOLBAR)
QToolBar *tb = qobject_cast<QToolBar*>(parent);
if (tb && tb->orientation() == Qt::Vertical)
horizontal = false;
#endif
QPoint p;
QRect screen = QApplication::desktop()->availableGeometry(q);
QSize sh = ((QToolButton*)(QMenu*)actualMenu)->receivers(SIGNAL(aboutToShow()))? QSize() : actualMenu->sizeHint();
QRect rect = q->rect();
if (horizontal) {
if (q->isRightToLeft()) {
if (q->mapToGlobal(QPoint(0, rect.bottom())).y() + sh.height() <= screen.height()) {
p = q->mapToGlobal(rect.bottomRight());
} else {
p = q->mapToGlobal(rect.topRight() - QPoint(0, sh.height()));
}
p.rx() -= sh.width();
} else {
if (q->mapToGlobal(QPoint(0, rect.bottom())).y() + sh.height() <= screen.height()) {
p = q->mapToGlobal(rect.bottomLeft());
} else {
p = q->mapToGlobal(rect.topLeft() - QPoint(0, sh.height()));
}
}
} else {
if (q->isRightToLeft()) {
if (q->mapToGlobal(QPoint(rect.left(), 0)).x() - sh.width() <= screen.x()) {
p = q->mapToGlobal(rect.topRight());
} else {
p = q->mapToGlobal(rect.topLeft());
p.rx() -= sh.width();
}
} else {
if (q->mapToGlobal(QPoint(rect.right(), 0)).x() + sh.width() <= screen.right()) {
p = q->mapToGlobal(rect.topRight());
} else {
p = q->mapToGlobal(rect.topLeft() - QPoint(sh.width(), 0));
}
}
}
p.rx() = qMax(screen.left(), qMin(p.x(), screen.right() - sh.width()));
p.ry() += 1;
QPointer<QToolButton> that = q;
actualMenu->setNoReplayFor(q);
if (!mustDeleteActualMenu) //only if action are not in this widget
QObject::connect(actualMenu, SIGNAL(triggered(QAction*)), q, SLOT(_q_menuTriggered(QAction*)));
QObject::connect(actualMenu, SIGNAL(aboutToHide()), q, SLOT(_q_updateButtonDown()));
actualMenu->d_func()->causedPopup.widget = q;
actualMenu->d_func()->causedPopup.action = defaultAction;
actionsCopy = q->actions(); //(the list of action may be modified in slots)
actualMenu->exec(p);
QObject::disconnect(actualMenu, SIGNAL(aboutToHide()), q, SLOT(_q_updateButtonDown()));
if (mustDeleteActualMenu)
delete actualMenu;
else
QObject::disconnect(actualMenu, SIGNAL(triggered(QAction*)), q, SLOT(_q_menuTriggered(QAction*)));
if (!that)
return;
actionsCopy.clear();
if (repeat)
q->setAutoRepeat(true);
}
void
SystemTopologyDrawing::paintTopology( QPainter &painter, bool optimizeScreen )
{
initScale();
int dimIndex[ 3 ];
dimIndex[ 0 ] = -1;
dimIndex[ 1 ] = -1;
dimIndex[ 2 ] = -1;
plane.setFoldingSeparator( data->getFoldingSeparators() );
//if the right mouse is pressed, then we must find the topology item that is selected;
//the position of the selected item will be stored in dimIndex;
//similarly, if the left mouse was pressed and released at the same position, we
//will select the corresponding tree item, and thus need its id
int selectedPlane = -1;
if ( rightMousePressed || toSelect )
{
// get selected plane index
Tetragon polygon;
polygon.push_back( QPointF( plane.getPoint( 0 )->getX(), plane.getPoint( 0 )->getY() ) );
polygon.push_back( QPointF( plane.getPoint( 1 )->getX(), plane.getPoint( 1 )->getY() ) );
polygon.push_back( QPointF( plane.getPoint( 2 )->getX(), plane.getPoint( 2 )->getY() ) );
polygon.push_back( QPointF( plane.getPoint( 3 )->getX(), plane.getPoint( 3 )->getY() ) );
if ( plane.isRising() ) // check from top to bottom, if user has clicked inside plane
{
for ( selectedPlane = 0; selectedPlane < ( int )data->getDim( ZZ ); selectedPlane++ )
{
//painter.setPen(QPen(Qt::red, 7, Qt::SolidLine)); painter.drawPolygon(polygon);
if ( polygon.containsPoint( lastPoint ) )
{
break;
}
polygon.translate( 0, transform->getPlaneDistance() );
}
}
else // check from bottom to top
{
polygon.translate( 0, ( ( int )data->getDim( ZZ ) - 1 ) * transform->getPlaneDistance() );
for ( selectedPlane = data->getDim( ZZ ) - 1; selectedPlane >= 0; selectedPlane-- )
{
//painter.setPen(QPen(Qt::red, 7, Qt::SolidLine)); painter.drawPolygon(polygon);
if ( polygon.containsPoint( lastPoint ) )
{
break;
}
polygon.translate( 0, -transform->getPlaneDistance() );
}
}
}
dimIndex[ ZZ ] = selectedPlane;
//if the planes are rising, then we paint the lowest plane first,
//otherwise we start with the plane on the top
int dummy1 = -1;
int dummy2 = -1;
if ( plane.isRising() )
{
// since the plane is rising, we paint the lowest plane first
plane.yScroll( ( double )( data->getDim( ZZ ) - 1 ) * transform->getPlaneDistance() );
//compute which items on planes are visible if the plane is partly
//covered by another plane
plane.computeVisibles( data, -transform->getPlaneDistance() );
//paint all planes
for ( int i = data->getDim( ZZ ) - 1; i >= 0; i-- )
{
bool toPaint = true;
if ( optimizeScreen )
{
//this is the region of this widget which is not covered by other
//widgets; only planes in this widget must be painted
QRect rect = visibleRegion().boundingRect();
//don't paint if whole plane is below the visible rectangle
if ( ( int )plane.getPoint( 0 )->getY() > rect.y() + rect.height() &&
( int )plane.getPoint( 1 )->getY() > rect.y() + rect.height() &&
( int )plane.getPoint( 2 )->getY() > rect.y() + rect.height() &&
( int )plane.getPoint( 3 )->getY() > rect.y() + rect.height() )
{
toPaint = false;
}
//also don't paint if plane is above the visible rectangle
else if ( ( int )plane.getPoint( 0 )->getY() < rect.y() &&
( int )plane.getPoint( 1 )->getY() < rect.y() &&
( int )plane.getPoint( 2 )->getY() < rect.y() &&
( int )plane.getPoint( 3 )->getY() < rect.y() )
{
toPaint = false;
}
}
// plane.paint method also calculated the index of the selected item
if ( toPaint )
{
plane.paint( data,
i,
painter,
i > 0,
( i == selectedPlane && ( rightMousePressed || toSelect ) ? &lastPoint : NULL ),
( i == selectedPlane ? dimIndex[ XX ] : dummy1 ),
( i == selectedPlane ? dimIndex[ YY ] : dummy2 ) );
}
//scroll the plane to represent the next plane above the
//currently painted one
if ( i > 0 )
{
plane.yScroll( -transform->getPlaneDistance() );
}
}
}
else
{
//compute which items on planes are visible if the plane is partly
//covered by another plane
plane.computeVisibles( data, transform->getPlaneDistance() );
//paint all planes; since the plane is not rising, we paint the
//plane on the top first
for ( unsigned i = 0; i < data->getDim( ZZ ); i++ )
{
bool toPaint = true;
if ( optimizeScreen )
{
//this is the region of this widget which is not covered by other
//widgets; only planes in this widget must be painted
QRect rect = visibleRegion().boundingRect();
//don't paint if whole plane is below the visible rectangle
if ( ( int )plane.getPoint( 0 )->getY() > rect.y() + rect.height() &&
( int )plane.getPoint( 1 )->getY() > rect.y() + rect.height() &&
( int )plane.getPoint( 2 )->getY() > rect.y() + rect.height() &&
( int )plane.getPoint( 3 )->getY() > rect.y() + rect.height() )
{
toPaint = false;
}
//also don't paint if plane is above the visible rectangle
else if ( ( int )plane.getPoint( 0 )->getY() < rect.y() &&
( int )plane.getPoint( 1 )->getY() < rect.y() &&
( int )plane.getPoint( 2 )->getY() < rect.y() &&
( int )plane.getPoint( 3 )->getY() < rect.y() )
{
toPaint = false;
}
}
if ( toPaint )
{
plane.paint( data,
i,
painter,
i < data->getDim( ZZ ) - 1,
( ( int )i == selectedPlane && ( rightMousePressed || toSelect ) ? &lastPoint : NULL ),
( ( int )i == selectedPlane ? dimIndex[ XX ] : dummy1 ),
( ( int )i == selectedPlane ? dimIndex[ YY ] : dummy2 ) );
}
if ( i < data->getDim( ZZ ) - 1 )
{
plane.yScroll( transform->getPlaneDistance() );
}
}
//scroll the plane to represent the next plane below the
//currently painted one
plane.yScroll( -( double )( data->getDim( ZZ ) - 1 ) * transform->getPlaneDistance() );
}
QPen pen( Qt::black );
pen.setWidth( 0 );
painter.setPen( pen );
//if the left mouse button was pressed and released without moving
//then we select the corresponding item
if ( toSelect && dimIndex[ 0 ] != -1 && dimIndex[ 1 ] != -1 && dimIndex[ 2 ] != -1 )
{
int systemId = data->getSystemId( dimIndex[ XX ], dimIndex[ YY ], dimIndex[ ZZ ] );
if ( systemId >= 0 )
{
selectedSystemId = systemId;
}
else
{
selectedSystemId = -1;
}
}
else
{
selectedSystemId = -1;
}
if ( rightMousePressed ) // show Tooltip
{
int x = dimIndex[ XX ];
int y = dimIndex[ YY ];
int z = dimIndex[ ZZ ];
QPoint pos = this->mapToGlobal( lastPoint );
pos.rx() += 5;
pos.ry() += 5;
info->showInfo( pos, data->getTooltipText( x, y, z ) );
}
if ( data->hasInvalidDimensions() )
{
painter.setOpacity( 0.7 );
painter.fillRect( this->rect(), Qt::gray );
}
}
bool TestFramework::eventFilter(QObject* obj, QEvent* e)
{
if (test_running_)
{
// if (e == last_event_) return false;
// last_event_ = e;
bool stop = false;
if (e->type() == QEvent::KeyPress)
{
QKeyEvent* ke = dynamic_cast<QKeyEvent*>(e);
// pause macro if pause key is pressed
if (ke->key() == Qt::Key_Pause) stop = true;
else if (ke->key() == Qt::Key_X && ke->modifiers() == Qt::AltModifier)
{
// if a user presses Alt-X: quit immediately
abortTest();
getMainControl()->quit(0);
return true;
}
}
else if (e->type() == QEvent::MouseButtonPress ||
e->type() == QEvent::MouseButtonRelease)
{
// abort macro if user presses mouse button:
if (!RTTI::isKindOf<MyMouseEvent>(*e) && e->spontaneous())
{
stop = true;
}
}
else
{
return false;
}
if (stop)
{
abortTest();
qApp->installEventFilter(this);
return true;
}
return false;
}
// if test is paused and pause key is pressed->resume macro
if (!recording_ && e->type() == QEvent::KeyPress && lines_.size() > 0)
{
QKeyEvent* ke = dynamic_cast<QKeyEvent*>(e);
if (ke->key() == Qt::Key_Pause)
{
processEvent_();
timer_.reset();
timer_.start();
test_running_ = true;
thread_.start();
return true;
}
return false;
}
if (!recording_) return false;
if (!RTTI::isKindOf<QKeyEvent>(*e) &&
!RTTI::isKindOf<QMouseEvent>(*e) &&
!RTTI::isKindOf<QShortcutEvent>(*e))
{
return false;
}
if (e->type() == QEvent::ShortcutOverride) return false;
if (e->type() == QEvent::KeyRelease) return false;
QMouseEvent* me = dynamic_cast<QMouseEvent*>(e);
QKeyEvent* ke = dynamic_cast<QKeyEvent*>(e);
QShortcutEvent* se = dynamic_cast<QShortcutEvent*>(e);
if (ke != 0 &&
ke->type() == QEvent::KeyPress &&
ke->key() == Qt::Key_Pause)
{
stopTest();
return false;
}
///////////////////////////////////////////////////////
// uniquely identify the active widget:
// walk up the QObject tree and collect all names of QWidgets
///////////////////////////////////////////////////////
// take the sending object
QObject* o = obj;
QObject* parent = 0;
x_ = y_ = 0;
// for mouse events: take widget under the mouse cursor
if (me != 0)
{
widget_ = qApp->widgetAt(me->globalPos());
if (widget_ == 0) return false;
if (widget_->objectName() == "" &&
widget_->actions().size() == 0)
{
widget_ = dynamic_cast<QWidget*>(widget_->parent());
if (widget_ == 0 || widget_->objectName() == "") return false;
}
o = widget_;
QPoint global = me->globalPos();
// if we can not get local coordinates: abort
QPoint local = widget_->mapFromGlobal(global);
if (local.x() < 0 || local.y() < 0 ||
local.x() >= widget_->width() || local.y() >= widget_->height())
{
return false;
}
// for menus: take the position of the action under the cursor
QMenu* menu = dynamic_cast<QMenu*>(o);
if (menu)
{
QAction* action = menu->actionAt(local);
if (action != 0)
{
o = action;
parent = menu;
QRect rect = menu->actionGeometry(action);
local.rx() -= rect.x();
local.ry() -= rect.y();
if (rect.width() == 0 || rect.height() == 0) return false;
x_ = local.x();
y_ = local.y();
}
}
if (x_ == 0 && y_ == 0)
{
// take the position as percent of the widget's actual size
if (widget_->width() == 0 || widget_->height() == 0) return false;
x_ = local.x();
y_ = local.y();
}
}
String names;
while (o != 0)
{
String name = ascii(o->objectName());
if (name == "")
{
QWidget* widget = dynamic_cast<QWidget*>(o);
if (widget != 0)
{
QList<QAction*> actions = widget->actions();
if (actions.size() == 1)
{
name = ascii((**actions.begin()).objectName());
}
}
}
else
{
// if a parent has more childs with the same name: add a suffix with the number
if (!parent) parent = o->parent();
if (parent != 0)
{
QList<QWidget*> childs = parent->findChildren<QWidget*>(name.c_str());
if (childs.size() > 1)
{
Position pos = 0;
QList<QWidget*>::iterator wit = childs.begin();
for (; wit != childs.end(); wit++)
{
if (*wit == o)
{
name += "#";
name += String(pos);
break;
}
pos++;
}
}
}
}
if (name != "") names = name + "|" + names;
o = o->parent();
}
String event_string;
event_string += String((int)e->type()) + "|";
event_string += String(getMainControl()->isBusy()) + "|";
if (me != 0)
{
if (me->button() == Qt::NoButton &&
!switch_move->isChecked() &&
me->type() == QEvent::MouseMove &&
widget_ == last_widget_)
{
return false;
}
last_widget_ = widget_;
event_string += String((int)MOUSE) + "|";
event_string += String((int) me->modifiers()) + "|";
event_string += String((int) me->button()) + "|";
event_string += String((int) me->buttons()) + "|";
event_string += String(x_) + "|";
event_string += String(y_) + "|";
// prevent mouse move events with same position
if (event_string == last_event_string_ &&
names == last_names_)
{
return false;
}
}
else if (ke != 0)
{
// prevent accepting key events that are resend further up in the widget tree
if (timer_.getClockTime() < 0.01) return false;
int m = (int) ke->modifiers();
// sometimes Qt sends nonsense Key messages
if (m > (int)(Qt::AltModifier | Qt::ControlModifier | Qt::ShiftModifier)) return false;
event_string += String((int)KEY) + "|";
event_string += String(m);
event_string += "|";
event_string += String(ke->key()) + "|";
}
else if (se != 0)
{
event_string += String((int)SHORTCUT) + "|";
event_string += String(se->shortcutId()) + "|";
event_string += ascii(se->key().toString()) + "|";
}
float time = timer_.getClockTime();
timer_.reset();
outfile_ << "I°"
<< time << "°"
<< names << "°"
<< event_string << std::endl;
last_event_string_ = event_string;
last_names_ = names;
return false;
}
void Q3TitleBar::mouseMoveEvent(QMouseEvent *e)
{
Q_D(Q3TitleBar);
e->accept();
switch (d->buttonDown) {
case QStyle::SC_None:
if(autoRaise())
repaint();
break;
case QStyle::SC_TitleBarSysMenu:
break;
case QStyle::SC_TitleBarShadeButton:
case QStyle::SC_TitleBarUnshadeButton:
case QStyle::SC_TitleBarNormalButton:
case QStyle::SC_TitleBarMinButton:
case QStyle::SC_TitleBarMaxButton:
case QStyle::SC_TitleBarCloseButton:
{
QStyle::SubControl last_ctrl = d->buttonDown;
QStyleOptionTitleBar opt = d->getStyleOption();
d->buttonDown = style()->hitTestComplexControl(QStyle::CC_TitleBar, &opt, e->pos(), this);
if (d->buttonDown != last_ctrl)
d->buttonDown = QStyle::SC_None;
repaint();
d->buttonDown = last_ctrl;
}
break;
case QStyle::SC_TitleBarLabel:
if (d->buttonDown == QStyle::SC_TitleBarLabel && d->movable && d->pressed) {
if ((d->moveOffset - mapToParent(e->pos())).manhattanLength() >= 4) {
QPoint p = mapFromGlobal(e->globalPos());
QWidget *parent = d->window ? d->window->parentWidget() : 0;
if(parent && parent->inherits("Q3WorkspaceChild")) {
QWidget *workspace = parent->parentWidget();
p = workspace->mapFromGlobal(e->globalPos());
if (!workspace->rect().contains(p)) {
if (p.x() < 0)
p.rx() = 0;
if (p.y() < 0)
p.ry() = 0;
if (p.x() > workspace->width())
p.rx() = workspace->width();
if (p.y() > workspace->height())
p.ry() = workspace->height();
}
}
QPoint pp = p - d->moveOffset;
if (!parentWidget()->isMaximized())
parentWidget()->move(pp);
}
} else {
QStyle::SubControl last_ctrl = d->buttonDown;
d->buttonDown = QStyle::SC_None;
if(d->buttonDown != last_ctrl)
repaint();
}
break;
default:
break;
}
}
void QWidgetResizeHandler::keyPressEvent(QKeyEvent * e)
{
if (!isMove() && !isResize())
return;
bool is_control = e->modifiers() & Qt::ControlModifier;
int delta = is_control?1:8;
QPoint pos = QCursor::pos();
switch (e->key()) {
case Qt::Key_Left:
pos.rx() -= delta;
if (pos.x() <= QApplication::desktop()->geometry().left()) {
if (mode == TopLeft || mode == BottomLeft) {
moveOffset.rx() += delta;
invertedMoveOffset.rx() += delta;
} else {
moveOffset.rx() -= delta;
invertedMoveOffset.rx() -= delta;
}
}
if (isResize() && !resizeHorizontalDirectionFixed) {
resizeHorizontalDirectionFixed = true;
if (mode == BottomRight)
mode = BottomLeft;
else if (mode == TopRight)
mode = TopLeft;
#ifndef QT_NO_CURSOR
setMouseCursor(mode);
widget->grabMouse(widget->cursor());
#else
widget->grabMouse();
#endif
}
break;
case Qt::Key_Right:
pos.rx() += delta;
if (pos.x() >= QApplication::desktop()->geometry().right()) {
if (mode == TopRight || mode == BottomRight) {
moveOffset.rx() += delta;
invertedMoveOffset.rx() += delta;
} else {
moveOffset.rx() -= delta;
invertedMoveOffset.rx() -= delta;
}
}
if (isResize() && !resizeHorizontalDirectionFixed) {
resizeHorizontalDirectionFixed = true;
if (mode == BottomLeft)
mode = BottomRight;
else if (mode == TopLeft)
mode = TopRight;
#ifndef QT_NO_CURSOR
setMouseCursor(mode);
widget->grabMouse(widget->cursor());
#else
widget->grabMouse();
#endif
}
break;
case Qt::Key_Up:
pos.ry() -= delta;
if (pos.y() <= QApplication::desktop()->geometry().top()) {
if (mode == TopLeft || mode == TopRight) {
moveOffset.ry() += delta;
invertedMoveOffset.ry() += delta;
} else {
moveOffset.ry() -= delta;
invertedMoveOffset.ry() -= delta;
}
}
if (isResize() && !resizeVerticalDirectionFixed) {
resizeVerticalDirectionFixed = true;
if (mode == BottomLeft)
mode = TopLeft;
else if (mode == BottomRight)
mode = TopRight;
#ifndef QT_NO_CURSOR
setMouseCursor(mode);
widget->grabMouse(widget->cursor());
#else
widget->grabMouse();
#endif
}
break;
case Qt::Key_Down:
pos.ry() += delta;
if (pos.y() >= QApplication::desktop()->geometry().bottom()) {
if (mode == BottomLeft || mode == BottomRight) {
moveOffset.ry() += delta;
invertedMoveOffset.ry() += delta;
} else {
moveOffset.ry() -= delta;
invertedMoveOffset.ry() -= delta;
}
}
if (isResize() && !resizeVerticalDirectionFixed) {
resizeVerticalDirectionFixed = true;
if (mode == TopLeft)
mode = BottomLeft;
else if (mode == TopRight)
mode = BottomRight;
#ifndef QT_NO_CURSOR
setMouseCursor(mode);
widget->grabMouse(widget->cursor());
#else
widget->grabMouse();
#endif
}
break;
case Qt::Key_Space:
case Qt::Key_Return:
case Qt::Key_Enter:
case Qt::Key_Escape:
moveResizeMode = false;
widget->releaseMouse();
widget->releaseKeyboard();
buttonDown = false;
break;
default:
return;
}
QCursor::setPos(pos);
}
void DisplayTile::drawSignals(QPainter &painter)
{
float areaWeight[6] = {0,0,0,0,0,0};
float currentHalfTotal;
QPoint arrowPoints[3];
QPoint start, end;
QPen tilePen, arrowPen;
QBrush arrowBrush;
QVector<qreal> dashPattern;
dashPattern << 2 << 5;
arrowPen.setStyle(Qt::SolidLine);
arrowBrush.setStyle(Qt::SolidPattern);
tilePen.setWidth(this->size / 200);
areaWeight[0] = area[0].size() / 2.0 + area[2].size() / 2.0;
areaWeight[1] = area[5].size();
areaWeight[2] = area[1].size() / 2.0 + area[3].size() / 2.0;
areaWeight[3] = area[0].size() / 2.0 + area[1].size() / 2.0;
areaWeight[4] = area[4].size();
areaWeight[5] = area[2].size() / 2.0 + area[3].size() / 2.0;
currentHalfTotal = areaWeight[0] + areaWeight[1] + areaWeight[2] + 1;
areaWeight[0] /= currentHalfTotal;
areaWeight[1] /= currentHalfTotal;
areaWeight[2] /= currentHalfTotal;
currentHalfTotal = areaWeight[3] + areaWeight[4] + areaWeight[5] + 1;
areaWeight[3] /= currentHalfTotal;
areaWeight[4] /= currentHalfTotal;
areaWeight[5] /= currentHalfTotal;
for(int i = 0; i < 6; i++)
{
if(area[i].empty())
continue;
qSort(area[i]);
float xInc;
float yInc;
switch(i)
{
case 0:
xInc = areaWeight[0] * size / (area[i].size());
yInc = areaWeight[3] * size / (area[i].size());
start = end = QPoint(x,y);
break;
case 1:
xInc = areaWeight[2] * size / (area[i].size());
yInc = areaWeight[3] * size / (area[i].size());
start = end = QPoint(x + size, y);
xInc *= -1;
break;
case 2:
xInc = areaWeight[0] * size / (area[i].size());
yInc = areaWeight[5] * size / (area[i].size());
start = end = QPoint(x, y + size);
yInc *= -1;
break;
case 3:
xInc = areaWeight[2] * size / (area[i].size());
yInc = areaWeight[5] * size / (area[i].size());
start = end = QPoint(x + size, y + size);
xInc *= -1;
yInc *= -1;
break;
case 4:
xInc = 0;
yInc = areaWeight[4] * size / (area[i].size());
start = QPoint(x, y + areaWeight[3] * size);
end = start + QPoint(size, 0);
break;
case 5:
xInc = areaWeight[1] * size / (area[i].size());
yInc = 0;
start = QPoint(x + areaWeight[0] * size, y);
end = start + QPoint(0, size);
break;
}
for(QList<DisplaySignal>::iterator next = area[i].begin();
next != area[i].end(); next++)
{
tilePen.setColor((*next).color);
arrowBrush.setColor((*next).color);
arrowPen.setColor((*next).color);
painter.setBrush(arrowBrush);
if((*next).activation)
{
tilePen.setDashPattern(dashPattern);
}else{
tilePen.setStyle(Qt::SolidLine);
}
painter.setPen(arrowPen);
if(i < 4)
{
start.rx() += xInc;
end.ry() += yInc;
QPoint mid(start.x(), end.y());
if((*next).target % 2)
{
arrowPoints[0] = start;
arrowPoints[1] = start + QPoint(3, yInc / abs(yInc) * 8);
arrowPoints[2] = start + QPoint(-3, yInc / abs(yInc) * 8);
painter.drawPolygon(arrowPoints, 3);
}else{
arrowPoints[0] = end;
arrowPoints[1] = end + QPoint(xInc / abs(xInc) * 8, 3);
arrowPoints[2] = end + QPoint(xInc / abs(xInc) * 8, -3);
painter.drawPolygon(arrowPoints, 3);
}
painter.setPen(tilePen);
painter.drawLine(start, mid);
painter.drawLine(mid, end);
}else{
bool init = (*next).source == -1;
const int rSize = 6;
const int rSize2 = rSize / 2;
start += QPoint(xInc, yInc);
end += QPoint(xInc, yInc);
QPoint realStart = start;
QPoint realEnd = end;
if((*next).target == 0)
{
if(init)
{
realStart.rx() += (areaWeight[0] + areaWeight[1] + areaWeight[2] / 2.0) * size;
painter.drawRect(realStart.x() - rSize2, realStart.y() - rSize2, rSize, rSize);
}
arrowPoints[0] = end;
arrowPoints[1] = end + QPoint(-8, 3);
arrowPoints[2] = end + QPoint(-8, -3);
}else if((*next).target == 1)
{
if(init)
{
realStart.ry() += (areaWeight[3] + areaWeight[4] + areaWeight[5] / 2.0) * size;
painter.drawRect(realStart.x() - rSize2, realStart.y() - rSize2, rSize, rSize);
}
arrowPoints[0] = end;
arrowPoints[1] = end + QPoint(3, -8);
arrowPoints[2] = end + QPoint(-3, -8);
}else if((*next).target == 2)
{
if(init)
{
realEnd.rx() -= (areaWeight[0] / 2.0 + areaWeight[1] + areaWeight[2]) * size;
painter.drawRect(realEnd.x() - rSize2, realEnd.y() - rSize2, rSize, rSize);
}
arrowPoints[0] = start;
arrowPoints[1] = start + QPoint(8, 3);
arrowPoints[2] = start + QPoint(8, -3);
}else if((*next).target == 3)
{
if(init)
{
realEnd.ry() -= (areaWeight[3] / 2.0 + areaWeight[4] + areaWeight[5]) * size;
painter.drawRect(realEnd.x() - rSize2, realEnd.y() - rSize2, rSize, rSize);
}
arrowPoints[0] = start;
arrowPoints[1] = start + QPoint(3, 8);
arrowPoints[2] = start + QPoint(-3, 8);
}
painter.drawPolygon(arrowPoints, 3);
painter.setPen(tilePen);
painter.drawLine(realStart,realEnd);
}
}
}
}
