SM_VTK.hpp

template<class VTK_Impl>
const tFlag SM_VTK<VTK_Impl>::CELL=0;
 
 
template<class VTK_Impl>
const tFlag SM_VTK<VTK_Impl>::POINT=1;
 
template<class VTK_Impl>
tString SM_VTK<VTK_Impl>::getVTKType(const tString& typeName) const { // get the type of T
    //translate in vtk type
    tString vtkType="";
    if (typeName.compare("bool")==0) vtkType="UInt8";
    else if (typeName.compare("unsigned char")==0) vtkType="UInt8";
    else if (typeName.compare("unsigned short")==0) vtkType="UInt8";
    else if (typeName.compare("unsigned int")==0) vtkType="UInt16";
    else if (typeName.compare("unsigned long")==0) vtkType="UInt32";
    else if (typeName.compare("unsigned long long")==0){
        if (CORE_Run::Is64Architecture()) vtkType="UInt64";
        else vtkType="UInt32";
    }
    else if (typeName.compare("char")==0) vtkType="Int8";
    else if (typeName.compare("short")==0) vtkType="Int8";
    else if (typeName.compare("int")==0) vtkType="Int16";
    else if (typeName.compare("long")==0) vtkType="Int32";
    else if (typeName.compare("unsigned long long")==0){
        if (CORE_Run::Is64Architecture()) vtkType="Int64";
        else vtkType="Int32";
    }
    
    else if (typeName.compare("float")==0) vtkType="Float32";
    else if (typeName.compare("double")==0) vtkType="Float32";
    else if (typeName.compare("long double")==0) vtkType="Float64";
    return vtkType;
}