void GocadSGridReader::parseDims(std::string const& line)
{
std::size_t x_dim(0), y_dim(0), z_dim(0);
boost::tokenizer<> tok(line);
auto it(tok.begin());
it++; // overread token "AXIS"
it++; // overread "N"
std::stringstream ssx(*(it),
std::stringstream::in | std::stringstream::out);
ssx >> x_dim;
it++;
std::stringstream ssy(*it, std::stringstream::in | std::stringstream::out);
ssy >> y_dim;
it++;
std::stringstream ssz(*it, std::stringstream::in | std::stringstream::out);
ssz >> z_dim;
_index_calculator = Gocad::IndexCalculator(x_dim, y_dim, z_dim);
DBUG("x_dim = %d, y_dim = %d, z_dim = %d => #nodes = %d, #cells = %d",
x_dim, y_dim, z_dim, _index_calculator._n_nodes,
_index_calculator._n_cells);
}
QString KFileTools::scaleImageAndSave(QString path, qreal maxArea)
{
QImageReader reader(path);
if(!reader.canRead())
return path;
auto sz = reader.size();
int64_t originArea = (int64_t)sz.width()*sz.height();
float scale = float(maxArea/originArea);
if(scale >= 1){
if(getFileExtension(path).toLower() != ".jpg"){
path = QKit::instance()->runTimeCachePath() + "/" + QKit::instance()->randString(8) + ".jpg";
reader.read().save(path, "JPG", 90);
}
return path;
}
qDebug() << "##### originArea:" << originArea << " maxArea:" << maxArea << " scale:" << scale ;
scale = sqrtf(scale);
qDebug() << "scale:" << scale;
int sw = int(sz.width()*scale);
int sh = int(sz.height()*scale);
QSize ssz(sw, sh);
qDebug() << "sw:" << sw <<" sh:" << sh << " rt:" << ssz;
reader.setScaledSize(ssz);
QImage img = reader.read();
if(img.isNull())
return path;
//path = QKit::instance()->runTimeCachePath() + "/" + QKit::instance()->randString(8) + getFileExtension(path);
//img.save(path);
path = QKit::instance()->runTimeCachePath() + "/" + QKit::instance()->randString(8) + ".jpg";
img.save(path, "JPG", 90);
return path;
}
