void dumpPartPictures(const QHash<QString, QPicture> &partPictures) {
foreach (const QString &partKey, partPictures.keys()) {
QPicture partPicture = partPictures.value(partKey);
qDebug() << partKey << partPicture.boundingRect();
QImage image(partPicture.boundingRect().size(), QImage::Format_ARGB32);
image.fill(Qt::transparent);
QPainter p(&image);
partPicture.play(&p);
image.save(partKey + QString::fromLatin1(".png"));
}
}
bool QPicturePaintEngine::begin(QPaintDevice *pd)
{
Q_D(QPicturePaintEngine);
#ifdef QT_PICTURE_DEBUG
qDebug() << "QPicturePaintEngine::begin()";
#endif
Q_ASSERT(pd);
QPicture *pic = static_cast<QPicture *>(pd);
d->pdev = pd;
d->pic_d = pic->d_func();
Q_ASSERT(d->pic_d);
d->s.setDevice(&d->pic_d->pictb);
d->s.setVersion(d->pic_d->formatMajor);
d->pic_d->pictb.open(QIODevice::WriteOnly | QIODevice::Truncate);
d->s.writeRawData(qt_mfhdr_tag, 4);
d->s << (quint16) 0 << (quint16) d->pic_d->formatMajor << (quint16) d->pic_d->formatMinor;
d->s << (quint8) QPicturePrivate::PdcBegin << (quint8) sizeof(qint32);
d->pic_d->brect = QRect();
if (d->pic_d->formatMajor >= 4) {
QRect r = pic->boundingRect();
d->s << (qint32) r.left() << (qint32) r.top() << (qint32) r.width()
<< (qint32) r.height();
}
d->pic_d->trecs = 0;
d->s << (quint32)d->pic_d->trecs; // total number of records
d->pic_d->formatOk = false;
setActive(true);
return true;
}
void PictureRenderer::render(QPainter *painter, const QRectF &bounds)
{
QRect br = picture.boundingRect();
QTransform worldTransform = painter->worldTransform();
painter->translate(bounds.topLeft());
painter->scale(bounds.width()/br.width(), bounds.height()/br.height());
painter->drawPicture(br.topLeft(), picture);
painter->setWorldTransform(worldTransform);
}
void operator()( int )
{
QPicture pic = cache.svgAsPicture( svgPath, size, QColor( 255, 0, 0 ), QColor( 0, 255, 0 ), 1, 1, true );
QSize imageSize = pic.boundingRect().size();
QImage image( imageSize, QImage::Format_ARGB32_Premultiplied );
image.fill( 0 ); // transparent background
QPainter p( &image );
p.drawPicture( 0, 0, pic );
}
void BaseDrawingWidget::commitDrawing(QPicture drawingPictureData)
{
getDrawingData()->registerAction(drawingPictureData);
getDrawingData()->setModified(true);
// update the stage
getDrawingData()->update(drawingPictureData.boundingRect().adjusted(-drawingPen.width()-5,
-drawingPen.width()-5,
drawingPen.width()+5,
drawingPen.width()+5));
}
QPixmap QS60StylePrivate::part(QS60StyleEnums::SkinParts part, const QSize &size,
QPainter *painter, QS60StylePrivate::SkinElementFlags flags)
{
Q_UNUSED(painter);
const QString partKey = QS60Style::partKeys().at(part);
const QPicture partPicture = QS60StyleModeSpecifics::m_partPictures.value(partKey);
QSize partSize(partPicture.boundingRect().size());
if (flags & (SF_PointEast | SF_PointWest)) {
const int temp = partSize.width();
partSize.setWidth(partSize.height());
partSize.setHeight(temp);
}
const qreal scaleX = size.width() / (qreal)partSize.width();
const qreal scaleY = size.height() / (qreal)partSize.height();
QImage partImage(size, QImage::Format_ARGB32);
partImage.fill(Qt::transparent);
QPainter resultPainter(&partImage);
QTransform t;
if (flags & SF_PointEast)
t.translate(size.width(), 0);
else if (flags & SF_PointSouth)
t.translate(size.width(), size.height());
else if (flags & SF_PointWest)
t.translate(0, size.height());
t.scale(scaleX, scaleY);
if (flags & SF_PointEast)
t.rotate(90);
else if (flags & SF_PointSouth)
t.rotate(180);
else if (flags & SF_PointWest)
t.rotate(270);
resultPainter.setTransform(t, true);
const_cast<QPicture *>(&partPicture)->play(&resultPainter);
resultPainter.end();
QPixmap result = QPixmap::fromImage(partImage);
if (flags & SF_StateDisabled) {
QStyleOption opt;
QPalette *themePalette = QS60StylePrivate::themePalette();
if (themePalette)
opt.palette = *themePalette;
result = QApplication::style()->generatedIconPixmap(QIcon::Disabled, result, &opt);
}
return result;
}
void KoPictureClipart::drawQPicture(QPicture& clipart, QPainter& painter,
int x, int y, int width, int height, int sx, int sy, int sw, int sh)
{
kdDebug(30003) << "Drawing KoPictureClipart " << this << endl;
kdDebug(30003) << " x=" << x << " y=" << y << " width=" << width << " height=" << height << endl;
kdDebug(30003) << " sx=" << sx << " sy=" << sy << " sw=" << sw << " sh=" << sh << endl;
painter.save();
// Thanks to Harri, Qt3 makes it much easier than Qt2 ;)
QRect br = clipart.boundingRect();
kdDebug(30003) << " Bounding rect. " << br << endl;
painter.translate(x,y); // Translating must be done before scaling!
if ( br.width() && br.height() )
painter.scale(double(width)/double(br.width()),double(height)/double(br.height()));
else
kdWarning(30003) << "Null bounding rectangle: " << br.width() << " x " << br.height() << endl;
painter.drawPicture(0,0,clipart);
painter.restore();
}
void DrawingData::registerAction(QPicture actions)
{
QRect boundingRect = actions.boundingRect().adjusted(-2,-2,2,2);
// fix negative / too large coordinates
if(boundingRect.x() < 0)
boundingRect.setX(0);
if(boundingRect.y() < 0)
boundingRect.setY(0);
if(boundingRect.x() > width())
boundingRect.setX(width());
if(boundingRect.y() > height())
boundingRect.setY(height());
// backup the area to be painted, to be used for undo'ing later
QPixmap areaToChange = QPixmap::fromImage(stage.copy(boundingRect));
// set the properties of this drawing step for undo/redo
currentAction->setActions(actions);
currentAction->setPrevPixmap(areaToChange, boundingRect);
// add to the undo stack
undoStack.push(currentAction);
currentAction = new DrawingAction(this);
}
