void GraphSegmentationImpl::processImage(InputArray src, OutputArray dst) {
Mat img = src.getMat();
dst.create(img.rows, img.cols, CV_32SC1);
Mat output = dst.getMat();
output.setTo(0);
// Filter graph
Mat img_filtered;
filter(img, img_filtered);
// Build graph
Edge *edges;
int nb_edges;
buildGraph(&edges, nb_edges, img_filtered);
// Segment graph
PointSet *es;
segmentGraph(edges, nb_edges, img_filtered, &es);
// Remove small areas
filterSmallAreas(edges, nb_edges, es);
// Map to final output
finalMapping(es, output);
free(edges);
delete es;
}
//0.5 500 20 d:\Tamop2_4c\TechnicalReport\progik\map.ppm paralellm.ppm 0 1 csr 0
void EtGcSegment::segment(image<rgb>*dest, float c, int minSize, std::string sortingMethod){
EtTimer tmr;
// sort edges by weight
if( !sortingMethod.compare( "s" ) ){
tmr.start();
std::sort( edges, edges + this->numEdges);
tmr.stop();
std::cout << imgW << " " << imgH << " std::sort " << tmr.getElapsedTime() << endl;
}
else if( !sortingMethod.compare( "csr" ) ){
tmr.start();
countingSort();
tmr.stop();
std::cout << imgW << " " << imgH << " CountingSort_round " << tmr.getElapsedTime() << endl;
}
else{ //if( !sortingMethod.compare( "csf" ) )
tmr.start();
countingSortFloor();
tmr.stop();
std::cout << imgW << " " << imgH << " CountingSort_floor " << tmr.getElapsedTime() << endl;
}
tmr.start();
segmentGraph( c );
tmr.stop();
std::cout << imgW << " " << imgH << " Disjoint " << tmr.getElapsedTime() << endl;
if( doPostprocess ){
tmr.start();
postProcessOriginal( minSize );
tmr.stop();
std::cout << imgW << " " << imgH << " PostProcess " << tmr.getElapsedTime() << endl;
}
drawSegments( dest );
}
