representation.h

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#ifndef SURF_REPRESENTATION_H
#define SURF_REPRESENTATION_H
 
#include <aims/mesh/texture.h>
#include <cortical_surface/structuralanalysis/blobs.h>
 
 
float compareSurfBlobsScales ( const surf::GreyLevelBlob *s1, const surf::GreyLevelBlob *s2 );
 
struct ltSurfBlobs
{
    bool operator()(const surf::GreyLevelBlob * s1, const surf::GreyLevelBlob * s2) const
    {
        return compareSurfBlobsScales(s1, s2) < 0.0;
    }
};
 
//AimsSurfaceTriangle getFlatMap(vector<vector<int> > &nodes_lists, TimeTexture<float> &lat, TimeTexture<float> &lon, TimeTexture<float> &tex);
 
AimsSurfaceTriangle getLabelObjectsOnASphere( TimeTexture<short> &tex,
                                AimsSurface<3,Void> &mesh,
                                Texture<float> &lat,
                                Texture<float> &lon,
                                std::vector< std::set<int> > &nodes_lists);
 
//AimsSurfaceTriangle getLabelObjectsOnAMesh( TimeTexture<short> &tex,
//                                AimsSurface<3,Void> &mesh,
//                                vector<set<int> > &nodes_lists);
 
AimsSurfaceTriangle getG2GRelationsMeshes ( std::vector< std::pair<surf::GreyLevelBlob *, surf::GreyLevelBlob *> > &blobsPairs,
                                            int representation_mode = SPHERE );
 
AimsSurfaceTriangle getBifurcationRelationsMeshes ( std::vector< std::pair< surf::ScaleSpaceBlob *, surf::ScaleSpaceBlob *> > & bifurcPairs,
                                                    int representation_mode = SPHERE );
 
AimsSurfaceTriangle getB2BRelationsMeshes ( std::vector<surf::Clique> &cliques, int representation_mode = SPHERE  ) ;
 
#endif