void QBlitterPaintEnginePrivate::updateBrushState(QPainterState *s)
{
Qt::BrushStyle style = qbrush_style(s->brush);
caps.updateState(STATE_BRUSH_PATTERN, style > Qt::SolidPattern);
caps.updateState(STATE_BRUSH_ALPHA,
qbrush_color(s->brush).alpha() < 255);
}
void QBlitterPaintEngine::drawRects(const QRectF *rects, int rectCount)
{
Q_D(QBlitterPaintEngine);
if (d->caps.canBlitterDrawRectMask()) {
for (int i = 0; i < rectCount; ++i)
d->fillRect(rects[i], qbrush_color(state()->brush), false);
} else {
d->pmData->markRasterOverlay(rects, rectCount);
QRasterPaintEngine::drawRects(rects, rectCount);
}
}
void QBlitterPaintEngine::brushChanged()
{
Q_D(QBlitterPaintEngine);
d->raster->brushChanged();
bool solid = qbrush_style(state()->brush) == Qt::SolidPattern;
d->capabillities->updateState(STATE_BRUSH_PATTERN, !solid);
d->capabillities->updateState(STATE_BRUSH_ALPHA,
qbrush_color(state()->brush).alpha() < 255);
}
void QBlitterPaintEngine::fillRect(const QRectF &rect, const QBrush &brush)
{
if (rect.size().isEmpty())
return;
Q_D(QBlitterPaintEngine);
if (qbrush_style(brush) == Qt::SolidPattern
&& d->caps.canBlitterAlphaFillRect()) {
d->fillRect(rect, qbrush_color(brush), true);
} else if (qbrush_style(brush) == Qt::SolidPattern
&& qbrush_color(brush).alpha() == 0xff
&& d->caps.canBlitterFillRect()) {
d->fillRect(rect, qbrush_color(brush), false);
} else if ((brush.style() == Qt::TexturePattern) &&
(brush.transform().type() <= QTransform::TxTranslate) &&
((d->caps.canBlitterDrawPixmapOpacity(brush.texture())) ||
(d->caps.canBlitterDrawPixmap(rect, brush.texture(), rect)))) {
bool rectIsFilled = false;
QRectF transformedRect = state()->matrix.mapRect(rect);
qreal x = transformedRect.x();
qreal y = transformedRect.y();
QPixmap pm = brush.texture();
d->unlock();
int srcX = int(rect.x() - state()->brushOrigin.x() - brush.transform().dx()) % pm.width();
if (srcX < 0)
srcX = pm.width() + srcX;
const int startX = srcX;
int srcY = int(rect.y() - state()->brushOrigin.y() - brush.transform().dy()) % pm.height();
if (srcY < 0)
srcY = pm.height() + srcY;
while (!rectIsFilled) {
qreal blitWidth = (pm.width() ) - srcX;
qreal blitHeight = (pm.height() ) - srcY;
if (x + blitWidth > transformedRect.right())
blitWidth = transformedRect.right() -x;
if (y + blitHeight > transformedRect.bottom())
blitHeight = transformedRect.bottom() - y;
const QClipData *clipData = d->clip();
if (clipData->hasRectClip) {
QRect targetRect = QRect(x, y, blitWidth, blitHeight).intersected(clipData->clipRect);
if (targetRect.isValid()) {
int tmpSrcX = srcX + (targetRect.x() - x);
int tmpSrcY = srcY + (targetRect.y() - y);
QRect srcRect(tmpSrcX, tmpSrcY, targetRect.width(), targetRect.height());
d->pmData->blittable()->drawPixmap(targetRect, pm, srcRect);
}
} else if (clipData->hasRegionClip) {
QVector<QRect> clipRects = clipData->clipRegion.rects();
QRect unclippedTargetRect(x, y, blitWidth, blitHeight);
QRegion intersectedRects = clipData->clipRegion.intersected(unclippedTargetRect);
for (int i = 0; i < intersectedRects.rects().size(); ++i) {
QRect targetRect = intersectedRects.rects().at(i);
if (!targetRect.isValid() || targetRect.isEmpty())
continue;
int tmpSrcX = srcX + (targetRect.x() - x);
int tmpSrcY = srcY + (targetRect.y() - y);
QRect srcRect(tmpSrcX, tmpSrcY, targetRect.width(), targetRect.height());
d->pmData->blittable()->drawPixmap(targetRect, pm, srcRect);
}
}
x+=blitWidth;
if (qFuzzyCompare(x, transformedRect.right())) {
x = transformedRect.x();
srcX = startX;
srcY = 0;
y += blitHeight;
if (qFuzzyCompare(y, transformedRect.bottom()))
rectIsFilled = true;
} else
srcX = 0;
}
} else {
d->lock();
d->pmData->markRasterOverlay(rect);
QRasterPaintEngine::fillRect(rect, brush);
}
}
