FEAT::VoxelAssembly::Arch Namespace Reference

Namespace for the kernel wrapper. More...

Functions
template<typename Space_ , typename DT_ , typename IT_ >
void	assemble_burgers_csr (const Space_ &space, const CSRMatrixData< DT_, IT_ > &matrix_data, const DT_ *conv_data, const AssemblyCubatureData< DT_ > &cubature, const AssemblyMappingData< DT_, IT_ > &dof_mapping, const std::vector< int * > &coloring_maps, const std::vector< Index > &coloring_map_sizes, DT_ alpha, const AssemblyBurgersData< DT_ > &burgers_params, int shared_mem, int blocksize, int gridsize, bool print_occupancy)
	Device kernel wrapper for the full matrix burgers assembler. More...
template<typename Space_ , typename DT_ , typename IT_ >
void	assemble_burgers_csr_host (const Space_ &space, const CSRMatrixData< DT_, IT_ > &matrix_data, const DT_ *conv_data, const AssemblyCubatureData< DT_ > &cubature, const AssemblyMappingData< DT_, IT_ > &dof_mapping, const std::vector< int * > &coloring_maps, const std::vector< Index > &coloring_map_sizes, DT_ alpha, const AssemblyBurgersData< DT_ > &burgers_params)
	Host kernel wrapper for the full matrix burgers assembler. More...
template<typename Space_ , typename DT_ , typename IT_ >
void	assemble_burgers_defect (const Space_ &space, DT_ *vector_data, const DT_ *conv_data, const DT_ *primal_data, const AssemblyCubatureData< DT_ > &cubature, const AssemblyMappingData< DT_, IT_ > &dof_mapping, const std::vector< int * > &coloring_maps, const std::vector< Index > &coloring_map_sizes, DT_ alpha, const AssemblyBurgersData< DT_ > &burgers_params, int shared_mem, int blocksize, int gridsize, bool print_occupancy)
	Device kernel wrapper for the defect burgers assembler. More...
template<typename Space_ , typename DT_ , typename IT_ >
void	assemble_burgers_defect_host (const Space_ &space, DT_ *vector_data, const DT_ *conv_data, const DT_ *primal_data, const AssemblyCubatureData< DT_ > &cubature, const AssemblyMappingData< DT_, IT_ > &dof_mapping, const std::vector< int * > &coloring_maps, const std::vector< Index > &coloring_map_sizes, DT_ alpha, const AssemblyBurgersData< DT_ > &burgers_params)
	Host kernel wrapper for the defect burgers assembler. More...
template<typename Space_ , typename DT_ , typename IT_ >
void	assemble_burgers_velo_material_csr (const Space_ &space, const CSRMatrixData< DT_, IT_ > &matrix_data, const DT_ *conv_data, const AssemblyCubatureData< DT_ > &cubature, const AssemblyMappingData< DT_, IT_ > &dof_mapping, const std::vector< int * > &coloring_maps, const std::vector< Index > &coloring_map_sizes, DT_ alpha, const AssemblyBurgersData< DT_ > &burgers_params, const AssemblyMaterialData< DT_ > &material_params, MaterialType mat_type, int shared_mem, int blocksize, int gridsize, bool print_occupancy)
	Device kernel wrapper for the full matrix burgers assembler. More...
template<typename Space_ , typename DT_ , typename IT_ >
void	assemble_burgers_velo_material_csr_host (const Space_ &space, const CSRMatrixData< DT_, IT_ > &matrix_data, const DT_ *conv_data, const AssemblyCubatureData< DT_ > &cubature, const AssemblyMappingData< DT_, IT_ > &dof_mapping, const std::vector< int * > &coloring_maps, const std::vector< Index > &coloring_map_sizes, DT_ alpha, const AssemblyBurgersData< DT_ > &burgers_params, const AssemblyMaterialData< DT_ > &material_params, MaterialType material_type)
	Host kernel wrapper for the full matrix burgers assembler. More...
template<typename Space_ , typename DT_ , typename IT_ >
void	assemble_burgers_velo_material_defect (const Space_ &space, DT_ *vector_data, const DT_ *conv_data, const DT_ *primal_data, const AssemblyCubatureData< DT_ > &cubature, const AssemblyMappingData< DT_, IT_ > &dof_mapping, const std::vector< int * > &coloring_maps, const std::vector< Index > &coloring_map_sizes, DT_ alpha, const AssemblyBurgersData< DT_ > &burgers_params, const AssemblyMaterialData< DT_ > &material_params, MaterialType material_type, int shared_mem, int blocksize, int gridsize, bool print_occupancy)
	Device kernel wrapper for the defect burgers assembler. More...
template<typename Space_ , typename DT_ , typename IT_ >
void	assemble_burgers_velo_material_defect_host (const Space_ &space, DT_ *vector_data, const DT_ *conv_data, const DT_ *primal_data, const AssemblyCubatureData< DT_ > &cubature, const AssemblyMappingData< DT_, IT_ > &dof_mapping, const std::vector< int * > &coloring_maps, const std::vector< Index > &coloring_map_sizes, DT_ alpha, const AssemblyBurgersData< DT_ > &burgers_params, const AssemblyMaterialData< DT_ > &material_params, MaterialType material_type)
	Host kernel wrapper for the defect burgers assembler. More...
template<typename Space_ , typename DT_ , typename IT_ >
void	assemble_defo_csr_host (const Space_ &space, const CSRMatrixData< DT_, IT_ > &matrix_data, const AssemblyCubatureData< DT_ > &cubature, const AssemblyMappingData< DT_, IT_ > &dof_mapping, const std::vector< int * > &coloring_maps, const std::vector< Index > &coloring_map_sizes, DT_ alpha, DT_ nu)
template<typename Space_ , typename DT_ , typename IT_ >
void	assemble_poisson_csr_host (const Space_ &space, const CSRMatrixData< DT_, IT_ > &matrix_data, const AssemblyCubatureData< DT_ > &cubature, const AssemblyMappingData< DT_, IT_ > &dof_mapping, const std::vector< int * > &coloring_maps, const std::vector< Index > &coloring_map_sizes, DT_ alpha)
template<typename DT_ , typename IT_ , int dim_>
DT_	get_sd_v_norm (const Global::Vector< LAFEM::DenseVectorBlocked< DT_, IT_, dim_ >, LAFEM::VectorMirror< DT_, IT_ > > &convect)
	Device kernel wrapper for the global sd_v_norm calculation. More...
template<typename DT_ , typename IT_ , int dim_>
DT_	get_sd_v_norm (const LAFEM::DenseVectorBlocked< DT_, IT_, dim_ > &convect)
	Device kernel wrapper for the local sd_v_norm calculation. More...
template<typename DT_ , typename IT_ , int dim_>
DT_	get_sd_v_norm_host (const Global::Vector< LAFEM::DenseVectorBlocked< DT_, IT_, dim_ >, LAFEM::VectorMirror< DT_, IT_ > > &convect)
	Host kernel wrapper for the global sd_v_norm calculation. More...
template<typename DT_ , typename IT_ , int dim_>
DT_	get_sd_v_norm_host (const LAFEM::DenseVectorBlocked< DT_, IT_, dim_ > &convect)
	Host kernel wrapper for the local sd_v_norm calculation. More...

Detailed Description

Namespace for the kernel wrapper.

Function Documentation

assemble_burgers_csr()

template<typename Space_ , typename DT_ , typename IT_ >

void FEAT::VoxelAssembly::Arch::assemble_burgers_csr	(	const Space_ &	space,
		const CSRMatrixData< DT_, IT_ > &	matrix_data,
		const DT_ *	conv_data,
		const AssemblyCubatureData< DT_ > &	cubature,
		const AssemblyMappingData< DT_, IT_ > &	dof_mapping,
		const std::vector< int * > &	coloring_maps,
		const std::vector< Index > &	coloring_map_sizes,
		DT_	alpha,
		const AssemblyBurgersData< DT_ > &	burgers_params,
		int	shared_mem,
		int	blocksize,
		int	gridsize,
		bool	print_occupancy
	)

Device kernel wrapper for the full matrix burgers assembler.

Assembles the standard burgers operator on the device side in an additive manner.

Template Parameters

Space_	The underlying spacetype.
DT_	The datatype.
IT_	The indextype.

Parameters

[in]	space	The actual space we use.
	[in/out]	matrix_data Holds the CSR typed matrix data. The const only refers to the inner pointer, not the data they refer to.
[in]	conv_data	The data array of the convection vector.
[in]	cubature	A wrapper around the cubature rule data. Datapointer have to be device pointer.
[in]	dof_mapping	A wrapper around the dof mapping for scattering gathering of local dofs. Datapointer have to be devicepointer.
[in]	coloring_maps	A vector of arrays of the dof indices per color.
[in]	coloring_map_sizes	A vector of the coloring map sizes.
[in]	alpha	Scaling parameter for gathering.
[in]	burgers_params	A struct holding all burgers parameters.
[in]	shared_mem	Shared memory to be used.
[in]	blocksize	The thread blocksize working on one element at the same time.
[in]	gridsize	The gridsize to be used. Has to be sufficiently large to support enough parallelity.
[in]	print_occupancy	Print occupancy to std::cout. For debbugging purposes.

assemble_burgers_csr_host()

template<typename Space_ , typename DT_ , typename IT_ >

void FEAT::VoxelAssembly::Arch::assemble_burgers_csr_host	(	const Space_ &	space,
		const CSRMatrixData< DT_, IT_ > &	matrix_data,
		const DT_ *	conv_data,
		const AssemblyCubatureData< DT_ > &	cubature,
		const AssemblyMappingData< DT_, IT_ > &	dof_mapping,
		const std::vector< int * > &	coloring_maps,
		const std::vector< Index > &	coloring_map_sizes,
		DT_	alpha,
		const AssemblyBurgersData< DT_ > &	burgers_params
	)

Host kernel wrapper for the full matrix burgers assembler.

Assembles the standard burgers operator on the host side in an additive manner.

Template Parameters

Space_	The underlying spacetype.
DT_	The datatype.
IT_	The indextype.

Parameters

[in]	space	The actual space we use.
	[in/out]	matrix_data Holds the CSR typed matrix data. The const only refers to the inner pointer, not the data they refer to.
[in]	conv_data	The data array of the convection vector.
[in]	cubature	A wrapper around the cubature rule data. Data has to be allocated on host side.
[in]	dof_mapping	A wrapper around the dof mapping for scattering gathering of local dofs.
[in]	coloring_maps	A vector of arrays of the dof indices per color.
[in]	coloring_map_sizes	A vector of the coloring map sizes.
[in]	alpha	Scaling parameter for gathering.
[in]	burgers_params	A struct holding all burgers parameters.

Definition at line 194 of file burgers_assembler.cpp.

References FEAT::VoxelAssembly::AssemblyMappingData< DT_, IT_ >::cell_num, FEAT::VoxelAssembly::AssemblyMappingData< DT_, IT_ >::cell_to_dof, FEAT::VoxelAssembly::AssemblyMappingData< DT_, IT_ >::cell_to_dof_sorter, FEAT::VoxelAssembly::AssemblyCubatureData< DT_ >::cub_pt, FEAT::VoxelAssembly::AssemblyCubatureData< DT_ >::cub_wg, FEAT::VoxelAssembly::AssemblyMappingData< DT_, IT_ >::node_size, FEAT::VoxelAssembly::AssemblyMappingData< DT_, IT_ >::nodes, and FEAT::VoxelAssembly::AssemblyCubatureData< DT_ >::num_cubs.

assemble_burgers_defect()

template<typename Space_ , typename DT_ , typename IT_ >

void FEAT::VoxelAssembly::Arch::assemble_burgers_defect	(	const Space_ &	space,
		DT_ *	vector_data,
		const DT_ *	conv_data,
		const DT_ *	primal_data,
		const AssemblyCubatureData< DT_ > &	cubature,
		const AssemblyMappingData< DT_, IT_ > &	dof_mapping,
		const std::vector< int * > &	coloring_maps,
		const std::vector< Index > &	coloring_map_sizes,
		DT_	alpha,
		const AssemblyBurgersData< DT_ > &	burgers_params,
		int	shared_mem,
		int	blocksize,
		int	gridsize,
		bool	print_occupancy
	)

Device kernel wrapper for the defect burgers assembler.

Assembles the defect for the standard burgers operator on the device side in an additive manner.

Template Parameters

Space_	The underlying spacetype.
DT_	The datatype.
IT_	The indextype.

Parameters

[in]	space	The actual space we use.
	[in/out]	vector_data Holds the (device side) data of the defect vector to be assembled. Data is added onto.
[in]	conv_data	The data array of the convection vector.
[in]	primal_data	The data array of the primal vector the matrix is applied to.
[in]	cubature	A wrapper around the cubature rule data. Datapointer have to be device pointer.
[in]	dof_mapping	A wrapper around the dof mapping for scattering gathering of local dofs. Datapointer have to be devicepointer.
[in]	coloring_maps	A vector of arrays of the dof indices per color.
[in]	coloring_map_sizes	A vector of the coloring map sizes.
[in]	alpha	Scaling parameter for gathering.
[in]	burgers_params	A struct holding all burgers parameters.
[in]	shared_mem	Shared memory to be used.
[in]	blocksize	The thread blocksize working on one element at the same time.
[in]	gridsize	The gridsize to be used. Has to be sufficiently large to support enough parallelity.
[in]	print_occupancy	Print occupancy to std::cout. For debbugging purposes.

assemble_burgers_defect_host()

template<typename Space_ , typename DT_ , typename IT_ >

void FEAT::VoxelAssembly::Arch::assemble_burgers_defect_host	(	const Space_ &	space,
		DT_ *	vector_data,
		const DT_ *	conv_data,
		const DT_ *	primal_data,
		const AssemblyCubatureData< DT_ > &	cubature,
		const AssemblyMappingData< DT_, IT_ > &	dof_mapping,
		const std::vector< int * > &	coloring_maps,
		const std::vector< Index > &	coloring_map_sizes,
		DT_	alpha,
		const AssemblyBurgersData< DT_ > &	burgers_params
	)

Host kernel wrapper for the defect burgers assembler.

Assembles the defect for the standard burgers operator on the host side in an additive manner.

Template Parameters

Space_	The underlying spacetype.
DT_	The datatype.
IT_	The indextype.

Parameters

[in]	space	The actual space we use.
	[in/out]	vector_data Holds the (host side) data of the defect vector to be assembled. Data is added onto.
[in]	conv_data	The data array of the convection vector.
[in]	primal_data	The data array of the primal vector the matrix is applied to.
[in]	cubature	A wrapper around the cubature rule data.
[in]	dof_mapping	A wrapper around the dof mapping for scattering gathering of local dofs.
[in]	coloring_maps	A vector of arrays of the dof indices per color.
[in]	coloring_map_sizes	A vector of the coloring map sizes.
[in]	alpha	Scaling parameter for gathering.
[in]	burgers_params	A struct holding all burgers parameters.

Definition at line 219 of file burgers_assembler.cpp.

References FEAT::VoxelAssembly::AssemblyMappingData< DT_, IT_ >::cell_num, FEAT::VoxelAssembly::AssemblyMappingData< DT_, IT_ >::cell_to_dof, FEAT::VoxelAssembly::AssemblyCubatureData< DT_ >::cub_pt, FEAT::VoxelAssembly::AssemblyCubatureData< DT_ >::cub_wg, FEAT::VoxelAssembly::AssemblyMappingData< DT_, IT_ >::node_size, FEAT::VoxelAssembly::AssemblyMappingData< DT_, IT_ >::nodes, and FEAT::VoxelAssembly::AssemblyCubatureData< DT_ >::num_cubs.

assemble_burgers_velo_material_csr()

template<typename Space_ , typename DT_ , typename IT_ >

void FEAT::VoxelAssembly::Arch::assemble_burgers_velo_material_csr	(	const Space_ &	space,
		const CSRMatrixData< DT_, IT_ > &	matrix_data,
		const DT_ *	conv_data,
		const AssemblyCubatureData< DT_ > &	cubature,
		const AssemblyMappingData< DT_, IT_ > &	dof_mapping,
		const std::vector< int * > &	coloring_maps,
		const std::vector< Index > &	coloring_map_sizes,
		DT_	alpha,
		const AssemblyBurgersData< DT_ > &	burgers_params,
		const AssemblyMaterialData< DT_ > &	material_params,
		MaterialType	mat_type,
		int	shared_mem,
		int	blocksize,
		int	gridsize,
		bool	print_occupancy
	)

Device kernel wrapper for the full matrix burgers assembler.

Assembles the standard burgers operator on the device side in an additive manner.

Template Parameters

Space_	The underlying spacetype.
DT_	The datatype.
IT_	The indextype.

Parameters

[in]	space	The actual space we use.
	[in/out]	matrix_data Holds the CSR typed matrix data. The const only refers to the inner pointer, not the data they refer to.
[in]	conv_data	The data array of the convection vector.
[in]	cubature	A wrapper around the cubature rule data. Datapointer have to be device pointer.
[in]	dof_mapping	A wrapper around the dof mapping for scattering gathering of local dofs. Datapointer have to be devicepointer.
[in]	coloring_maps	A vector of arrays of the dof indices per color.
[in]	coloring_map_sizes	A vector of the coloring map sizes.
[in]	alpha	Scaling parameter for gathering.
[in]	burgers_params	A struct holding all burgers parameters.
[in]	material_params	Additonal material data.
[in]	material_type	Function determining the material model used.

assemble_burgers_velo_material_csr_host()

template<typename Space_ , typename DT_ , typename IT_ >

void FEAT::VoxelAssembly::Arch::assemble_burgers_velo_material_csr_host	(	const Space_ &	space,
		const CSRMatrixData< DT_, IT_ > &	matrix_data,
		const DT_ *	conv_data,
		const AssemblyCubatureData< DT_ > &	cubature,
		const AssemblyMappingData< DT_, IT_ > &	dof_mapping,
		const std::vector< int * > &	coloring_maps,
		const std::vector< Index > &	coloring_map_sizes,
		DT_	alpha,
		const AssemblyBurgersData< DT_ > &	burgers_params,
		const AssemblyMaterialData< DT_ > &	material_params,
		MaterialType	material_type
	)

Host kernel wrapper for the full matrix burgers assembler.

Assembles the extended burgers operator on the host side in an additive manner.

Template Parameters

Space_	The underlying spacetype.
DT_	The datatype.
IT_	The indextype.

Parameters

[in]	space	The actual space we use.
	[in/out]	matrix_data Holds the CSR typed matrix data. The const only refers to the inner pointer, not the data they refer to.
[in]	conv_data	The data array of the convection vector.
[in]	cubature	A wrapper around the cubature rule data. Data has to be allocated on host side.
[in]	dof_mapping	A wrapper around the dof mapping for scattering gathering of local dofs.
[in]	coloring_maps	A vector of arrays of the dof indices per color.
[in]	coloring_map_sizes	A vector of the coloring map sizes.
[in]	alpha	Scaling parameter for gathering.
[in]	burgers_params	A struct holding all burgers parameters.
[in]	material_params	Additonal material data.
[in]	material_type	Function determining the material model used.

Definition at line 163 of file burgers_velo_material_assembler.cpp.

References FEAT::VoxelAssembly::AssemblyMappingData< DT_, IT_ >::cell_num, FEAT::VoxelAssembly::AssemblyMappingData< DT_, IT_ >::cell_to_dof, FEAT::VoxelAssembly::AssemblyMappingData< DT_, IT_ >::cell_to_dof_sorter, FEAT::VoxelAssembly::AssemblyCubatureData< DT_ >::cub_pt, FEAT::VoxelAssembly::AssemblyCubatureData< DT_ >::cub_wg, FEAT::VoxelAssembly::AssemblyMappingData< DT_, IT_ >::node_size, FEAT::VoxelAssembly::AssemblyMappingData< DT_, IT_ >::nodes, and FEAT::VoxelAssembly::AssemblyCubatureData< DT_ >::num_cubs.

assemble_burgers_velo_material_defect()

template<typename Space_ , typename DT_ , typename IT_ >

void FEAT::VoxelAssembly::Arch::assemble_burgers_velo_material_defect	(	const Space_ &	space,
		DT_ *	vector_data,
		const DT_ *	conv_data,
		const DT_ *	primal_data,
		const AssemblyCubatureData< DT_ > &	cubature,
		const AssemblyMappingData< DT_, IT_ > &	dof_mapping,
		const std::vector< int * > &	coloring_maps,
		const std::vector< Index > &	coloring_map_sizes,
		DT_	alpha,
		const AssemblyBurgersData< DT_ > &	burgers_params,
		const AssemblyMaterialData< DT_ > &	material_params,
		MaterialType	material_type,
		int	shared_mem,
		int	blocksize,
		int	gridsize,
		bool	print_occupancy
	)

Device kernel wrapper for the defect burgers assembler.

Assembles the defect for the standard burgers operator on the device side in an additive manner.

Template Parameters

Space_	The underlying spacetype.
DT_	The datatype.
IT_	The indextype.

Parameters

[in]	space	The actual space we use.
	[in/out]	vector_data Holds the (device side) data of the defect vector to be assembled. Data is added onto.
[in]	conv_data	The data array of the convection vector.
[in]	primal_data	The data array of the primal vector the matrix is applied to.
[in]	cubature	A wrapper around the cubature rule data. Datapointer have to be device pointer.
[in]	dof_mapping	A wrapper around the dof mapping for scattering gathering of local dofs. Datapointer have to be devicepointer.
[in]	coloring_maps	A vector of arrays of the dof indices per color.
[in]	coloring_map_sizes	A vector of the coloring map sizes.
[in]	alpha	Scaling parameter for gathering.
[in]	burgers_params	A struct holding all burgers parameters.
[in]	material_params	Additonal material data.
[in]	material_type	Function determining the material model used.

assemble_burgers_velo_material_defect_host()

template<typename Space_ , typename DT_ , typename IT_ >

void FEAT::VoxelAssembly::Arch::assemble_burgers_velo_material_defect_host	(	const Space_ &	space,
		DT_ *	vector_data,
		const DT_ *	conv_data,
		const DT_ *	primal_data,
		const AssemblyCubatureData< DT_ > &	cubature,
		const AssemblyMappingData< DT_, IT_ > &	dof_mapping,
		const std::vector< int * > &	coloring_maps,
		const std::vector< Index > &	coloring_map_sizes,
		DT_	alpha,
		const AssemblyBurgersData< DT_ > &	burgers_params,
		const AssemblyMaterialData< DT_ > &	material_params,
		MaterialType	material_type
	)

Host kernel wrapper for the defect burgers assembler.

Assembles the defect for the standard burgers operator on the host side in an additive manner.

Template Parameters

Space_	The underlying spacetype.
DT_	The datatype.
IT_	The indextype.

Parameters

[in]	space	The actual space we use.
	[in/out]	vector_data Holds the (host side) data of the defect vector to be assembled. Data is added onto.
[in]	conv_data	The data array of the convection vector.
[in]	primal_data	The data array of the primal vector the matrix is applied to.
[in]	cubature	A wrapper around the cubature rule data.
[in]	dof_mapping	A wrapper around the dof mapping for scattering gathering of local dofs.
[in]	coloring_maps	A vector of arrays of the dof indices per color.
[in]	coloring_map_sizes	A vector of the coloring map sizes.
[in]	alpha	Scaling parameter for gathering.
[in]	burgers_params	A struct holding all burgers parameters.
[in]	material_params	Additonal material data.
[in]	material_type	Function determining the material model used.

Definition at line 216 of file burgers_velo_material_assembler.cpp.

References assemble_burgers_velo_material_defect_host(), FEAT::VoxelAssembly::AssemblyMappingData< DT_, IT_ >::cell_num, FEAT::VoxelAssembly::AssemblyMappingData< DT_, IT_ >::cell_to_dof, FEAT::VoxelAssembly::AssemblyCubatureData< DT_ >::cub_pt, FEAT::VoxelAssembly::AssemblyCubatureData< DT_ >::cub_wg, FEAT::VoxelAssembly::AssemblyMappingData< DT_, IT_ >::node_size, FEAT::VoxelAssembly::AssemblyMappingData< DT_, IT_ >::nodes, and FEAT::VoxelAssembly::AssemblyCubatureData< DT_ >::num_cubs.

Referenced by assemble_burgers_velo_material_defect_host().

assemble_defo_csr_host()

template<typename Space_ , typename DT_ , typename IT_ >

void FEAT::VoxelAssembly::Arch::assemble_defo_csr_host	(	const Space_ &	space,
		const CSRMatrixData< DT_, IT_ > &	matrix_data,
		const AssemblyCubatureData< DT_ > &	cubature,
		const AssemblyMappingData< DT_, IT_ > &	dof_mapping,
		const std::vector< int * > &	coloring_maps,
		const std::vector< Index > &	coloring_map_sizes,
		DT_	alpha,
		DT_	nu
	)

Definition at line 75 of file defo_assembler.cpp.

assemble_poisson_csr_host()

template<typename Space_ , typename DT_ , typename IT_ >

void FEAT::VoxelAssembly::Arch::assemble_poisson_csr_host	(	const Space_ &	space,
		const CSRMatrixData< DT_, IT_ > &	matrix_data,
		const AssemblyCubatureData< DT_ > &	cubature,
		const AssemblyMappingData< DT_, IT_ > &	dof_mapping,
		const std::vector< int * > &	coloring_maps,
		const std::vector< Index > &	coloring_map_sizes,
		DT_	alpha
	)

Definition at line 73 of file poisson_assembler.cpp.

get_sd_v_norm() [1/2]

template<typename DT_ , typename IT_ , int dim_>

DT_ FEAT::VoxelAssembly::Arch::get_sd_v_norm

(

const Global::Vector< LAFEM::DenseVectorBlocked< DT_, IT_, dim_ >, LAFEM::VectorMirror< DT_, IT_ > > &

convect

)

Device kernel wrapper for the global sd_v_norm calculation.

Calculates the maximum euclidean norm of a given global convection vector.

Template Parameters

DT_	The datatype.
IT_	The indextype.
dim_	Dimension of the convection vector.

Parameters

[in]

convect

The global convection vector which max euclidean norm should be determined.

Returns

The maximum euclidean norm of all entries of convect over all ranks.

get_sd_v_norm() [2/2]

template<typename DT_ , typename IT_ , int dim_>

DT_ FEAT::VoxelAssembly::Arch::get_sd_v_norm

(

const LAFEM::DenseVectorBlocked< DT_, IT_, dim_ > &

convect

)

Device kernel wrapper for the local sd_v_norm calculation.

Calculates the maximum euclidean norm of a given convection vector.

Template Parameters

DT_	The datatype.
IT_	The indextype.
dim_	Dimension of the convection vector.

Parameters

[in]

convect

The convection vector which max euclidean norm should be determined.

Returns

The maximum euclidean norm of all entries of convect.

get_sd_v_norm_host() [1/2]

template<typename DT_ , typename IT_ , int dim_>

DT_ FEAT::VoxelAssembly::Arch::get_sd_v_norm_host

(

const Global::Vector< LAFEM::DenseVectorBlocked< DT_, IT_, dim_ >, LAFEM::VectorMirror< DT_, IT_ > > &

convect

)

Host kernel wrapper for the global sd_v_norm calculation.

Calculates the maximum euclidean norm of a given global convection vector.

Template Parameters

DT_	The datatype.
IT_	The indextype.
dim_	Dimension of the convection vector.

Parameters

[in]

convect

The global convection vector which max euclidean norm should be determined.

Returns

The maximum euclidean norm of all entries of convect over all ranks.

Definition at line 255 of file burgers_assembler.cpp.

References get_sd_v_norm_host().

get_sd_v_norm_host() [2/2]

template<typename DT_ , typename IT_ , int dim_>

DT_ FEAT::VoxelAssembly::Arch::get_sd_v_norm_host

(

const LAFEM::DenseVectorBlocked< DT_, IT_, dim_ > &

convect

)

Host kernel wrapper for the local sd_v_norm calculation.

Calculates the maximum euclidean norm of a given convection vector.

Template Parameters

DT_	The datatype.
IT_	The indextype.
dim_	Dimension of the convection vector.

Parameters

[in]

convect

The convection vector which max euclidean norm should be determined.

Returns

The maximum euclidean norm of all entries of convect.

Definition at line 242 of file burgers_assembler.cpp.

Referenced by get_sd_v_norm_host().