text: #ifndef _OCME_IMPOSTOR_CREATE_H
  #define _OCME_IMPOSTOR_CREATE_H
  
  #include "impostor_definition.h"
  #include <vcg/space/plane3.h>
  #include <vcg/space/fitting3.h>
  
  
  
  template <class MeshType>
  void  Impostor::AddSamplesFromFace(MeshType & m){
  	}
  
  template <class MeshType>
  void  Impostor::AddSamplesFromVertex(MeshType & m){
  //
  //	// stupid first approximation, just take the barycenters of all the faces
  //	typename MeshType::VertexIterator vi;
  //	for(vi = m.vert.begin(); vi != m.vert.end(); ++vi)if(!(*vi).IsD())
  //	{
  //		const vcg::Point3f &  p = (*vi).P();
  //			if(box.IsIn(p)){
  //                                const int ii = std::min<int>( int((p[0]-box.min[0])/cellsize),Gridsize()-1);
  //                                const int jj = std::min<int>( int((p[1]-box.min[1])/cellsize),Gridsize()-1);
  //                                const int kk = std::min<int>( int((p[2]-box.min[2])/cellsize),Gridsize()-1);
  //
  //				samples[ii][jj][kk].push_back(p);
  //
  //#ifdef _RASTER_MASK_
  //				/* TMP */
  //				int K = MaskType::K();
  //				const int im = std::min<int>( int((p[0]-box.min[0]-ii*cellsize)/(cellsize/K)),K-1);
  //				const int jm = std::min<int>( int((p[1]-box.min[1]-jj*cellsize)/(cellsize/K)),K-1);
  //				const int km = std::min<int>( int((p[2]-box.min[2]-kk*cellsize)/(cellsize/K)),K-1);
  //				if(!masks[ii][jj][kk]){
  //					masks[ii][jj][kk] = new MaskType();
  //				}
  //
  //				if((*masks[ii][jj][kk])[im][jm][km] < 255 ) (*masks[ii][jj][kk])[im][jm][km]++;
  //#endif
  //			}
  //		}
  }
  
  
  #endif
  