Typedefs for Vectors and Matrices

Collaboration diagram for Typedefs for Vectors and Matrices:

Namespaces
namespace	dg::x

Macros
#define	DG_DEVICE
	Expands to __host__ __device__ if compiled with nvcc else is empty.

Typedefs
template<class T >
using	dg::HVec_t = thrust::host_vector<T>
	Host Vector.
using	dg::HVec = thrust::host_vector<double>
	Host Vector.
using	dg::cHVec = thrust::host_vector<thrust::complex<double>>
	complex Host Vector
using	dg::iHVec = thrust::host_vector<int>
	integer Host Vector
using	dg::fHVec = thrust::host_vector<float>
	Host Vector.
using	dg::DVec = thrust::device_vector<double>
	Device Vector. The device can be an OpenMP parallelized cpu or a gpu. This depends on the value of the macro THRUST_DEVICE_SYSTEM, which can be either THRUST_DEVICE_SYSTEM_OMP for openMP or THRUST_DEVICE_SYSTEM_CUDA for a gpu or THRUST_DEVICE_SYSTEM_CPP for a cpu.
using	dg::iDVec = thrust::device_vector<int>
	integer Device Vector
using	dg::cDVec = thrust::device_vector<thrust::complex<double>>
	complex Device Vector
using	dg::fDVec = thrust::device_vector<float>
	Device Vector. The device can be an OpenMP parallelized cpu or a gpu. This depends on the value of the macro THRUST_DEVICE_SYSTEM, which can be either THRUST_DEVICE_SYSTEM_OMP for openMP or THRUST_DEVICE_SYSTEM_CUDA for a gpu or THRUST_DEVICE_SYSTEM_CPP for a cpu.
template<class T >
using	dg::HMatrix_t = EllSparseBlockMat<T, thrust::host_vector>
using	dg::HMatrix = EllSparseBlockMat<double, thrust::host_vector>
	Host Matrix for derivatives.
using	dg::fHMatrix = EllSparseBlockMat<float, thrust::host_vector>
	Host Matrix for derivatives.
using	dg::DMatrix = EllSparseBlockMat<double, thrust::device_vector>
	Device Matrix for derivatives.
using	dg::fDMatrix = EllSparseBlockMat<float, thrust::device_vector>
	Device Matrix for derivatives.
template<class real_type >
using	dg::IHMatrix_t = dg::SparseMatrix<int, real_type, thrust::host_vector>
template<class real_type >
using	dg::IDMatrix_t = dg::SparseMatrix<int, real_type, thrust::device_vector>
using	dg::IHMatrix = IHMatrix_t<double>
using	dg::IDMatrix = IDMatrix_t<double>
template<class T >
using	dg::MHVec_t = dg::MPI_Vector<dg::HVec_t<T> >
	MPI Host Vector s.a. dg::HVec_t.
using	dg::MHVec = dg::MPI_Vector<dg::HVec >
	MPI Host Vector s.a. dg::HVec.
using	dg::cMHVec = dg::MPI_Vector<dg::cHVec >
	MPI Host Vector s.a. dg::cHVec.
using	dg::fMHVec = dg::MPI_Vector<dg::fHVec >
	MPI Host Vector s.a. dg::fHVec.
using	dg::MDVec = dg::MPI_Vector<dg::DVec >
	MPI Device Vector s.a. dg::DVec.
using	dg::cMDVec = dg::MPI_Vector<dg::cDVec >
	MPI Device Vector s.a. dg::cDVec.
using	dg::fMDVec = dg::MPI_Vector<dg::fDVec >
	MPI Device Vector s.a. dg::fDVec.
template<class T >
using	dg::CooMat_t = dg::CooSparseBlockMat<T, thrust::host_vector>
using	dg::CooMat = dg::CooSparseBlockMat<double, thrust::host_vector>
using	dg::fCooMat = dg::CooSparseBlockMat<float, thrust::host_vector>
using	dg::DCooMat = dg::CooSparseBlockMat<double, thrust::device_vector>
using	dg::fDCooMat = dg::CooSparseBlockMat<float, thrust::device_vector>
template<class T >
using	dg::MHMatrix_t = dg::MPISparseBlockMat<thrust::host_vector, dg::HMatrix_t<T>, dg::CooMat_t<T>>
	MPI Host Matrix for derivatives.
using	dg::MHMatrix = dg::MPISparseBlockMat<thrust::host_vector, dg::HMatrix, dg::CooMat>
	MPI Host Matrix for derivatives.
using	dg::fMHMatrix = dg::MPISparseBlockMat<thrust::host_vector, dg::fHMatrix, dg::fCooMat>
	MPI Host Matrix for derivatives.
using	dg::MDMatrix = dg::MPISparseBlockMat<thrust::device_vector, dg::DMatrix, dg::DCooMat>
	MPI Device Matrix for derivatives.
using	dg::fMDMatrix = dg::MPISparseBlockMat<thrust::device_vector, dg::fDMatrix, dg::fDCooMat>
	MPI Device Matrix for derivatives.
template<class real_type >
using	dg::MIHMatrix_t = MPIDistMat< thrust::host_vector, IHMatrix_t<real_type> >
template<class real_type >
using	dg::MIDMatrix_t = MPIDistMat< thrust::device_vector, IDMatrix_t<real_type> >
using	dg::MIHMatrix = MIHMatrix_t<double>
using	dg::MIDMatrix = MIDMatrix_t<double>

Detailed Description

Macro Definition Documentation

DG_DEVICE

#define DG_DEVICE

Expands to __host__ __device__ if compiled with nvcc else is empty.

Typedef Documentation

cDVec

using dg::cDVec = thrust::device_vector<thrust::complex<double>>

complex Device Vector

cHVec

using dg::cHVec = thrust::host_vector<thrust::complex<double>>

complex Host Vector

cMDVec

using dg::cMDVec = dg::MPI_Vector<dg::cDVec >

MPI Device Vector s.a. dg::cDVec.

cMHVec

using dg::cMHVec = dg::MPI_Vector<dg::cHVec >

MPI Host Vector s.a. dg::cHVec.

CooMat

using dg::CooMat = dg::CooSparseBlockMat<double, thrust::host_vector>

CooMat_t

template<class T >

using dg::CooMat_t = dg::CooSparseBlockMat<T, thrust::host_vector>

DCooMat

using dg::DCooMat = dg::CooSparseBlockMat<double, thrust::device_vector>

DMatrix

using dg::DMatrix = EllSparseBlockMat<double, thrust::device_vector>

Device Matrix for derivatives.

DVec

using dg::DVec = thrust::device_vector<double>

Device Vector. The device can be an OpenMP parallelized cpu or a gpu. This depends on the value of the macro THRUST_DEVICE_SYSTEM, which can be either THRUST_DEVICE_SYSTEM_OMP for openMP or THRUST_DEVICE_SYSTEM_CUDA for a gpu or THRUST_DEVICE_SYSTEM_CPP for a cpu.

fCooMat

using dg::fCooMat = dg::CooSparseBlockMat<float, thrust::host_vector>

fDCooMat

using dg::fDCooMat = dg::CooSparseBlockMat<float, thrust::device_vector>

fDMatrix

using dg::fDMatrix = EllSparseBlockMat<float, thrust::device_vector>

Device Matrix for derivatives.

fDVec

using dg::fDVec = thrust::device_vector<float>

Device Vector. The device can be an OpenMP parallelized cpu or a gpu. This depends on the value of the macro THRUST_DEVICE_SYSTEM, which can be either THRUST_DEVICE_SYSTEM_OMP for openMP or THRUST_DEVICE_SYSTEM_CUDA for a gpu or THRUST_DEVICE_SYSTEM_CPP for a cpu.

fHMatrix

using dg::fHMatrix = EllSparseBlockMat<float, thrust::host_vector>

Host Matrix for derivatives.

fHVec

using dg::fHVec = thrust::host_vector<float>

Host Vector.

fMDMatrix

using dg::fMDMatrix = dg::MPISparseBlockMat<thrust::device_vector, dg::fDMatrix, dg::fDCooMat>

MPI Device Matrix for derivatives.

fMDVec

using dg::fMDVec = dg::MPI_Vector<dg::fDVec >

MPI Device Vector s.a. dg::fDVec.

fMHMatrix

using dg::fMHMatrix = dg::MPISparseBlockMat<thrust::host_vector, dg::fHMatrix, dg::fCooMat>

MPI Host Matrix for derivatives.

fMHVec

using dg::fMHVec = dg::MPI_Vector<dg::fHVec >

MPI Host Vector s.a. dg::fHVec.

HMatrix

using dg::HMatrix = EllSparseBlockMat<double, thrust::host_vector>

Host Matrix for derivatives.

HMatrix_t

template<class T >

using dg::HMatrix_t = EllSparseBlockMat<T, thrust::host_vector>

HVec

using dg::HVec = thrust::host_vector<double>

Host Vector.

HVec_t

template<class T >

using dg::HVec_t = thrust::host_vector<T>

Host Vector.

IDMatrix

using dg::IDMatrix = IDMatrix_t<double>

IDMatrix_t

template<class real_type >

using dg::IDMatrix_t = dg::SparseMatrix<int, real_type, thrust::device_vector>

iDVec

using dg::iDVec = thrust::device_vector<int>

integer Device Vector

IHMatrix

using dg::IHMatrix = IHMatrix_t<double>

IHMatrix_t

template<class real_type >

using dg::IHMatrix_t = dg::SparseMatrix<int, real_type, thrust::host_vector>

iHVec

using dg::iHVec = thrust::host_vector<int>

integer Host Vector

MDMatrix

using dg::MDMatrix = dg::MPISparseBlockMat<thrust::device_vector, dg::DMatrix, dg::DCooMat>

MPI Device Matrix for derivatives.

MDVec

using dg::MDVec = dg::MPI_Vector<dg::DVec >

MPI Device Vector s.a. dg::DVec.

MHMatrix

using dg::MHMatrix = dg::MPISparseBlockMat<thrust::host_vector, dg::HMatrix, dg::CooMat>

MPI Host Matrix for derivatives.

MHMatrix_t

template<class T >

using dg::MHMatrix_t = dg::MPISparseBlockMat<thrust::host_vector, dg::HMatrix_t<T>, dg::CooMat_t<T>>

MPI Host Matrix for derivatives.

MHVec

using dg::MHVec = dg::MPI_Vector<dg::HVec >

MPI Host Vector s.a. dg::HVec.

MHVec_t

template<class T >

using dg::MHVec_t = dg::MPI_Vector<dg::HVec_t<T> >

MPI Host Vector s.a. dg::HVec_t.

MIDMatrix

using dg::MIDMatrix = MIDMatrix_t<double>

MIDMatrix_t

template<class real_type >

using dg::MIDMatrix_t = MPIDistMat< thrust::device_vector, IDMatrix_t<real_type> >

MIHMatrix

using dg::MIHMatrix = MIHMatrix_t<double>

MIHMatrix_t

template<class real_type >

using dg::MIHMatrix_t = MPIDistMat< thrust::host_vector, IHMatrix_t<real_type> >