static void optimizeNode(fz_node *node) {
if (!node) {
return;
}
switch (node->kind) {
case FZ_NIMAGE: optimizeImage((fz_imagenode*)node); break;
case FZ_NMETA: optimizeMeta((fz_metanode*)node); break;
case FZ_NOVER: optimizeOver((fz_overnode*)node); break;
case FZ_NMASK: optimizeMask((fz_masknode*)node); break;
case FZ_NBLEND: optimizeBlend((fz_blendnode*)node); break;
case FZ_NTRANSFORM: optimizeTransform((fz_transformnode*)node); break;
case FZ_NCOLOR: optimizeSolid((fz_solidnode*)node); break;
case FZ_NPATH: optimizePath((fz_pathnode*)node); break;
case FZ_NTEXT: optimizeText((fz_textnode*)node); break;
case FZ_NSHADE: optimizeShade((fz_shadenode*)node); break;
case FZ_NLINK: optimizeLink((fz_linknode*)node); break;
}
}
PGE_Size FontManager::textSize(QString &text, int fontID, int max_line_lenght, bool cut, int ttfFontPixelSize)
{
if(!isInit) return PGE_Size(text.length() * 20, text.split(QChar(QChar::LineFeed)).size() * 20);
if(text.isEmpty()) return PGE_Size(0, 0);
if(max_line_lenght <= 0)
max_line_lenght = 1000;
if(cut)
{
for(int i = 0; i < text.size(); i++)
{
if(text[i] == QChar(QChar::LineFeed))
{
text.remove(i, text.size() - i);
break;
}
}
}
//Use Raster font
if((fontID >= 0) && (fontID < rasterFonts.size()))
{
if(rasterFonts[fontID].isLoaded())
return rasterFonts[fontID].textSize(text, max_line_lenght);
}
//Use TTF font
QFont fnt = font();
if(ttfFontPixelSize > 0)
fnt.setPixelSize(ttfFontPixelSize);
QFontMetrics meter(fnt);
optimizeText(text, max_line_lenght);
QSize meterSize = meter.boundingRect(text).size();
return PGE_Size(meterSize.width(), meterSize.height());
}
