void PropagatedDeformableModel::adaptationGlobale()
{
if (isMeshInitialized)
{
if (hasInitialPointAndNormals_) // bidirectional propagation
{
// add up and down limit to not propagate more far than centerline border
if (initial_centerline.size() != 0) {
CVector3 down, up;
bool downBool = image3D_->TransformPhysicalPointToIndex(initial_centerline[0],down);
bool upBool = image3D_->TransformPhysicalPointToIndex(initial_centerline[centerline.size()-1],up);
downLimit = down[1]-2;
upLimit = up[1]+2;
}
SpinalCord *mesh1 = propagationMesh(1);
SpinalCord *mesh2 = propagationMesh(2);
// meshes merging
meshOutput = mergeBidirectionalSpinalCord(mesh1,mesh2);
}
else propagationMesh(); // unidirectional propagation
}
else {
cout << "Error: The initial mesh is not initialized" << endl;
}
}
void Mesh::propagationMesh(
int iVert, std::set<int> &indicesTenon, std::set<int> &indicesBord)
{
std::vector<int> vertices= getVerticesLiesAVertex(iVert);
int indiceTest;
int nbVertices=vertices.size();
for (int i=0;i<nbVertices;i++)
{
indiceTest=vertices[i];
if (std::find(indicesBord.begin(), indicesBord.end(), indiceTest)==indicesBord.end())
if (indicesTenon.insert(indiceTest).second)
propagationMesh(indiceTest, indicesTenon, indicesBord);
}
}
