VRDefines.hpp File Reference

#include "DNDS/Defines.hpp"
#include "DNDS/MPI.hpp"
#include "Geom/Quadrature.hpp"
#include "Geom/Mesh.hpp"
#include "DNDS/ArrayDerived/ArrayEigenUniMatrixBatch.hpp"
#include "DNDS/ArrayDerived/ArrayEigenMatrix.hpp"
#include "DNDS/ArrayDerived/ArrayEigenVector.hpp"
#include "DNDS/ArrayDOF.hpp"
#include "Geom/BaseFunction.hpp"

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Classes
struct	DNDS::CFV::RecAtr

Namespaces
namespace	DNDS
	the host side operators are provided as implemented
namespace	DNDS::CFV

Typedefs
using	DNDS::CFV::tCoeffPair = DNDS::ArrayPair< DNDS::ArrayEigenVector< NonUniformSize > >
using	DNDS::CFV::tCoeff = decltype(tCoeffPair::father)
using	DNDS::CFV::t3VecsPair = DNDS::ArrayPair< DNDS::ArrayEigenUniMatrixBatch< 3, 1 > >
using	DNDS::CFV::t3Vecs = decltype(t3VecsPair::father)
using	DNDS::CFV::t3VecPair = Geom::tCoordPair
using	DNDS::CFV::t3Vec = Geom::tCoord
using	DNDS::CFV::t3MatPair = DNDS::ArrayPair< DNDS::ArrayEigenMatrix< 3, 3 > >
using	DNDS::CFV::t3Mat = decltype(t3MatPair::father)
using	DNDS::CFV::tVVecPair = ::DNDS::ArrayPair< DNDS::ArrayEigenVector< DynamicSize > >
using	DNDS::CFV::tVVec = decltype(tVVecPair::father)
using	DNDS::CFV::tMatsPair = DNDS::ArrayPair< DNDS::ArrayEigenUniMatrixBatch< DynamicSize, DynamicSize > >
using	DNDS::CFV::tMats = decltype(tMatsPair::father)
using	DNDS::CFV::tVecsPair = DNDS::ArrayPair< DNDS::ArrayEigenUniMatrixBatch< DynamicSize, 1 > >
using	DNDS::CFV::tVecs = decltype(tVecsPair::father)
using	DNDS::CFV::tVMatPair = DNDS::ArrayPair< DNDS::ArrayEigenMatrix< DynamicSize, DynamicSize > >
using	DNDS::CFV::tVMat = decltype(tVMatPair::father)
using	DNDS::CFV::tRecAtrPair = DNDS::ArrayPair< DNDS::ParArray< RecAtr, 1 > >
using	DNDS::CFV::tRecAtr = decltype(tRecAtrPair::father)
template<int nVarsFixed>
using	DNDS::CFV::tURec = ArrayDof< DynamicSize, nVarsFixed >
template<int nVarsFixed>
using	DNDS::CFV::tUDof = ArrayDof< nVarsFixed, 1 >
template<int nVarsFixed, int gDim>
using	DNDS::CFV::tUGrad = ArrayDof< gDim, nVarsFixed >
using	DNDS::CFV::tScalarPair = DNDS::ArrayPair< DNDS::ArrayEigenVector< 1 > >
using	DNDS::CFV::tScalar = decltype(tScalarPair::father)

Functions
template<int dim>
std::pair< int, int >	DNDS::CFV::GetRecDOFRange (int pOrder)
	Returns the reconstruction DOF index range [start, end] (inclusive) for a given polynomial order within the given spatial dimension.