wxm::dfem Namespace Reference

Namespaces
namespace	array
namespace	solver
namespace	sync
namespace	tools
namespace	variable
namespace	variable_adjuster

Classes
class	dg_integrator
class	dg_max_integrator
	Useful for computing an L-infinity norm where you're interested in the max value. More...

Functions
void	loadFaceBaseGeometry (solverVariables_t *pSV, const real *globalFaceGeometryData, const int globalFaceIndex, const int face_geometry_block_size, const int num_dims, const real cfl_max=0)
void	loadFaceNodeGeometry (solverVariables_t *pSV, const real *globalFaceGeometryData, const int globalFaceIndex, const int nodeIndex, const int face_geometry_block_size)
void	loadElementBaseGeometry (solverVariables_t *pSV, const real *globalElementGeometryData, const int elementIndex, const int element_geometry_block_size, const int num_dims, const real cfl_max=0)
void	loadElementNodeGeometry (solverVariables_t *pSV, const real *globalElementGeometryData, const int elementIndex, const int nodeIndex, const int element_geometry_block_size)
void	loadElementNodeGeometry (wxm::integrateVariables &sV, const real *globalElementGeometryData, int elementIndex, int nodeIndex, int element_geometry_block_size)
void	verify_uniqueness_of_app_variable_lists (const std::vector< std::unique_ptr< WmApplication > > &apps, const std::vector< int > flags)
std::pair< size_t, size_t >	req_buffer_size (const std::vector< std::unique_ptr< WmApplication > > &apps, std::vector< size_t > &all_idcs, std::vector< size_t > &out_idcs, int flag, bool &has)
void	constructTangentAndBinormalFromNormal (const real normal[3], real tangent[3], real binormal[3])
void	elementwise_average (const WmBasisArraySet &basis_set, const WxRange &element_scope_range, const wxm::array::patch_array_t &q, std::vector< real > &output)
	Compute the average of q on each element and write it into output.
void	convertLagrangeNodesToPositivityPreservingQuadNodes (const WmBasisArraySet &basis_set, const real *lagrange_nodal_values, std::vector< real > &pp_quad_node_values, bool include_gaussian_quad_nodes, bool include_interior_lgl_nodes)
	Convert the nodal values of a polynomial at the Lagrange interpolation points to its nodal values at the positivity-preserving quadrature nodes.

Function Documentation

constructTangentAndBinormalFromNormal()

void wxm::dfem::constructTangentAndBinormalFromNormal	(	const real	normal[3],
		real	tangent[3],
		real	binormal[3]
	)

convertLagrangeNodesToPositivityPreservingQuadNodes()

void wxm::dfem::convertLagrangeNodesToPositivityPreservingQuadNodes	(	const WmBasisArraySet &	basis_set,
		const real *	lagrange_nodal_values,
		std::vector< real > &	pp_quad_node_values,
		bool	include_gaussian_quad_nodes,
		bool	include_interior_lgl_nodes
	)

Convert the nodal values of a polynomial at the Lagrange interpolation points to its nodal values at the positivity-preserving quadrature nodes.

elementwise_average()

void wxm::dfem::elementwise_average	(	const WmBasisArraySet &	basis_set,
		const WxRange &	element_scope_range,
		const wxm::array::patch_array_t &	q,
		std::vector< real > &	output
	)

Compute the average of q on each element and write it into output.

Parameters

basis_set	the nodal basis set on which q is defined
element_scope_range	the range of elements on which to compute an average
q	the variable component
output	the vector of elementwise averages

loadElementBaseGeometry()

void wxm::dfem::loadElementBaseGeometry	(	solverVariables_t *	pSV,
		const real *	globalElementGeometryData,
		const int	elementIndex,
		const int	element_geometry_block_size,
		const int	num_dims,
		const real	cfl_max = 0
	)

loadElementNodeGeometry() [1/2]

void wxm::dfem::loadElementNodeGeometry	(	solverVariables_t *	pSV,
		const real *	globalElementGeometryData,
		const int	elementIndex,
		const int	nodeIndex,
		const int	element_geometry_block_size
	)

loadElementNodeGeometry() [2/2]

void wxm::dfem::loadElementNodeGeometry	(	wxm::integrateVariables &	sV,
		const real *	globalElementGeometryData,
		int	elementIndex,
		int	nodeIndex,
		int	element_geometry_block_size
	)

loadFaceBaseGeometry()

void wxm::dfem::loadFaceBaseGeometry	(	solverVariables_t *	pSV,
		const real *	globalFaceGeometryData,
		const int	globalFaceIndex,
		const int	face_geometry_block_size,
		const int	num_dims,
		const real	cfl_max = 0
	)

loadFaceNodeGeometry()

void wxm::dfem::loadFaceNodeGeometry	(	solverVariables_t *	pSV,
		const real *	globalFaceGeometryData,
		const int	globalFaceIndex,
		const int	nodeIndex,
		const int	face_geometry_block_size
	)

req_buffer_size()

std::pair< size_t, size_t > wxm::dfem::req_buffer_size	(	const std::vector< std::unique_ptr< WmApplication > > &	apps,
		std::vector< size_t > &	all_idcs,
		std::vector< size_t > &	out_idcs,
		int	flag,
		bool &	has
	)

verify_uniqueness_of_app_variable_lists()

void wxm::dfem::verify_uniqueness_of_app_variable_lists	(	const std::vector< std::unique_ptr< WmApplication > > &	apps,
		const std::vector< int >	flags
	)