void KisImageLoader::run()
{
typedef QHash<KisImageItem*,Data>::iterator Iterator;
QImageReader reader;
for(Iterator data=m_data.begin(); data!=m_data.end() && m_run; ++data) {
reader.setFileName(data->path);
qreal w = m_size;
qreal h = m_size;
if(reader.supportsOption(QImageIOHandler::Size)) {
QSizeF imgSize = reader.size();
if(imgSize.width() > imgSize.height()) {
qreal div = m_size / imgSize.width();
h = imgSize.height() * div;
}
else {
qreal div = m_size / imgSize.height();
w = imgSize.width() * div;
}
}
reader.setScaledSize(QSize(w,h));
data->image = reader.read();
data->isLoaded = true;
emit sigItemContentChanged(data.key());
}
}
void ImageLoader::run()
{
typedef QHash<ImageItem*,Data>::iterator Iterator;
QImageReader reader;
#ifdef Q_OS_WIN
for(Iterator data=m_data.begin(); data!=m_data.end() && m_run; ++data) {
data->image = QImage(data->path).scaled(m_size, m_size, Qt::KeepAspectRatio, Qt::SmoothTransformation);
data->isLoaded = true;
emit sigItemContentChanged(data.key());
}
#else
for(Iterator data=m_data.begin(); data!=m_data.end() && m_run; ++data) {
reader.setFileName(data->path);
qreal w = m_size;
qreal h = m_size;
if (reader.supportsOption(QImageIOHandler::Size)) {
QSizeF imgSize = reader.size();
if(imgSize.width() > imgSize.height()) {
qreal div = m_size / imgSize.width();
h = imgSize.height() * div;
}
else {
qreal div = m_size / imgSize.height();
w = imgSize.width() * div;
}
}
reader.setScaledSize(QSize(w,h));
data->image = reader.read();
data->isLoaded = true;
emit sigItemContentChanged(data.key());
}
#endif
}
