int screenDepth(Widget* w)
{
#if QT_VERSION >= QT_VERSION_CHECK(5, 0, 0)
return QGuiApplication::screens().value(screenNumber(w))->depth();
#else
return QApplication::desktop()->screen(screenNumber(w))->depth();
#endif
}
int screenDepth(Widget* w)
{
#if HAVE(QT5)
return QGuiApplication::screens().value(screenNumber(w))->depth();
#else
return QApplication::desktop()->screen(screenNumber(w))->depth();
#endif
}
FloatRect screenAvailableRect(Widget* widget)
{
#if HAVE(QT5)
QRect r = QGuiApplication::screens().value(screenNumber(widget))->availableGeometry();
#else
QRect r = QApplication::desktop()->availableGeometry(screenNumber(widget));
#endif
return FloatRect(r.x(), r.y(), r.width(), r.height());
}
FloatRect screenRect(Widget* widget)
{
#if QT_VERSION >= QT_VERSION_CHECK(5, 0, 0)
QRect r = QGuiApplication::screens().value(screenNumber(widget))->geometry();
#else
QRect r = QApplication::desktop()->screenGeometry(screenNumber(widget));
#endif
return FloatRect(r.x(), r.y(), r.width(), r.height());
}
//Resizes the window so that "content" will have "wanted" size.
//Requires that only the only resizeable widget contains "content".
//Window will be moved so that it does not cross monitors boundaries.
//If "wanted" size can't fit on the monitor, it will be resized
//depending on "keep_aspect". If false, height and width will be clipped.
//If true, it will be scaled so "content" keeps it aspect ratio.
//Function returns "content"'s new size.
QSize windowManager::resize_content( QSize wanted, QSize content, bool keep_aspect, bool only_upscale ){
auto desktop = QApplication::desktop();
//Get the difference in size between the content and the whole window
QSize difference = window.frameGeometry().size() - content;
//Prepare resize dimensions, but keep it within "space"
auto getPosition = [&]( int monitor ){
//Take the full area and subtract the constant widths (which doesn't scale with aspect)
QRect space = desktop->availableGeometry( monitor );
space.setSize( space.size() - difference );
QRect position = constrain( space, QRect( contrain_point( space, window.pos() ), wanted ), keep_aspect );
return std::make_pair( position, qsize_area( position.size() ) );
};
//Find the best monitor, but stay on the first monitor if several can fit the entire window
auto best = getPosition( desktop->screenNumber( &window ) );
for( int i=0; i<desktop->screenCount(); i++ )
best = std::max( best, getPosition( i ), []( std::pair<QRect,int> a, std::pair<QRect,int> b ){ return a.second < b.second; } );
//Move and resize window. We need to convert dimensions to window size though.
window.move( best.first.topLeft() );
window.resize( best.first.size() + window.size() - content );
return best.first.size();
}
bool screenIsMonochrome(Widget* w)
{
#if HAVE(QT5)
Q_UNUSED(w);
// FIXME: In Qt 5 colorCount() isn't even implemented beyond returning 256 :)
return false;
#else
return QApplication::desktop()->screen(screenNumber(w))->colorCount() == 2;
#endif
}
int QDesktopWidget::screenNumber(const QWidget *w) const
{
if (!w)
return 0;
QRect frame = w->frameGeometry();
if (!w->isWindow())
frame.moveTopLeft(w->mapToGlobal(QPoint(0, 0)));
const QPoint midpoint = (frame.topLeft() + frame.bottomRight()) / 2;
return screenNumber(midpoint);
}
const QRect QDesktopWidget::availableGeometry(const QWidget *widget) const
{
if (!widget) {
qWarning("QDesktopWidget::availableGeometry(): Attempt "
"to get the available geometry of a null widget");
return QRect();
}
QRect rect = QWidgetPrivate::screenGeometry(widget);
if (rect.isNull())
return availableGeometry(screenNumber(widget));
else
return rect;
}
void TaskbarProxy::showPager (int x, int y, bool showThumbs)
{
if (Pager_)
{
Pager_->deleteLater ();
return;
}
auto desktop = QApplication::desktop ();
const auto screen = desktop->screenNumber ({ x, y });
Pager_ = new PagerWindow (screen, showThumbs, Proxy_);
new Util::AutoResizeMixin ({ x, y },
[screen, desktop] () { return desktop->availableGeometry (screen); },
Pager_);
Pager_->show ();
}
QPixmap Plugin::GetPixmap () const
{
switch (Dialog_->GetMode ())
{
case ShooterDialog::Mode::LCWindowOverlay:
return QPixmap::grabWindow (Proxy_->GetMainWindow ()->winId ());
case ShooterDialog::Mode::LCWindow:
return QPixmap::grabWidget (Proxy_->GetMainWindow ());
case ShooterDialog::Mode::CurrentScreen:
{
auto desk = qApp->desktop ();
auto screen = desk->screen (desk->screenNumber (QCursor::pos ()));
auto geom = desk->screenGeometry (QCursor::pos ());
return QPixmap::grabWindow (screen->winId (),
geom.x (), geom.y (), geom.width (), geom.height ());
}
case ShooterDialog::Mode::WholeDesktop:
return QPixmap::grabWindow (qApp->desktop ()->winId ());
}
}
FloatRect screenAvailableRect(Widget* widget)
{
QRect r = QGuiApplication::screens().value(screenNumber(widget))->availableGeometry();
return FloatRect(r.x(), r.y(), r.width(), r.height());
}
int screenDepth(Widget* w)
{
return QGuiApplication::screens().value(screenNumber(w))->depth();
}
bool screenIsMonochrome(Widget* w)
{
return QApplication::desktop()->screen(screenNumber(w))->colorCount() == 2;
}
int screenDepth(Widget* w)
{
return QApplication::desktop()->screen(screenNumber(w))->depth();
}
FloatRect screenAvailableRect(Widget* w)
{
QRect r = QApplication::desktop()->availableGeometry(screenNumber(w));
return FloatRect(r.x(), r.y(), r.width(), r.height());
}
bool screenIsMonochrome(Widget* w)
{
return QApplication::desktop()->screen(screenNumber(w))->numColors() < 2;
}