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minor changes

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Nico Pietroni nicopietroni 2009-10-14 15:30:26 +00:00
parent 1d58d7e19d
commit 4cd8fd1eb3
1 changed files with 1 additions and 71 deletions
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72
src/meshlabplugins/filter_isoparametrization/opt_patch.h
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@ -235,8 +235,7 @@ public:
const ScalarType &averageLenght,
const ScalarType &averageArea,
ScalarType &varianceL,
ScalarType &varianceA
)
ScalarType &varianceA)
{
typename MeshType::FaceIterator Fi;
varianceA=0;
@ -399,75 +398,6 @@ public:
}
// void OptimizePatches()
// {
// global_mark=0;
// markers.Init(global_mark);
//
// Operations.clear();
//
// const ScalarType sqrtsrt3=(ScalarType)1.31607401;
//
// averageArea=Area(final_mesh)/((ScalarType)base_mesh.fn*(ScalarType)2.0);
// averageLenght=2*sqrt(averageArea)/sqrtsrt3;
//
// ScalarType varianceL,varianceA;
// FindVarianceLenghtArea(base_mesh,averageLenght,averageArea,varianceL,varianceA);
//
//#ifndef _MESHLAB
// printf("Variance lenght:%f\n",varianceL*100.f/averageLenght);
// printf("Variance area:%f\n",varianceA*100.f/averageArea);
//#endif
// //Initialize heap
// for (unsigned int i=0;i<base_mesh.vert.size();i++)
// {
// VertexType *v=&base_mesh.vert[i];
// Operations.push_back(Elem(v,Priority(v),global_mark));
// }
// std::make_heap(Operations.begin(),Operations.end());
// float gap=(ScalarType)0.05;
// int n_oper=0;
// ///start Optimization
// ScalarType varianceL0=varianceL;
// ScalarType varianceA0=varianceA;
// ScalarType varianceL1;
// ScalarType varianceA1;
// bool continue_opt=true;
// while (continue_opt)
// {
// int temp_oper=0;
// while (temp_oper<20)
// {
// std::pop_heap(Operations.begin(),Operations.end());
// if (markers[Operations.back().center]<=Operations.back().t_mark)
// {
// VertexType* oper=Operations.back().center;
// Execute(oper);
// n_oper++;
// temp_oper++;
// }
// Operations.pop_back();
// }
// FindVarianceLenghtArea(base_mesh,averageLenght,averageArea,varianceL1,varianceA1);
// ScalarType percL=(varianceL0-varianceL1)*100/averageLenght;
// ScalarType percA=(varianceA0-varianceA1)*100/averageArea;
// ScalarType curr_gap=percL+percA;
//#ifndef _MESHLAB
// printf("gap:%f\n",curr_gap);
//#endif
// varianceL0=varianceL1;
// varianceA0=varianceA1;
// continue_opt=curr_gap>gap;
// }
// FindVarianceLenghtArea(base_mesh,averageLenght,averageArea,varianceL,varianceA);
//
//#ifndef _MESHLAB
// printf("Num Oper:%i\n",n_oper);
// printf("Variance lenght:%f\n",varianceL*100.f/averageLenght);
// printf("Variance area:%f\n",varianceA*100.f/averageArea);
//#endif
//
// }
void OptimizePatches()
{