UnstructuredOperators.C File Reference

#include "Geom.h"
#include "MappedGridOperators.h"
#include "UnstructuredOperators.h"
#include "UnstructuredMapping.h"
#include "UnstructuredGeometry.h"

Include dependency graph for UnstructuredOperators.C:

Namespaces
namespace	UNSTRUCTURED_OPS_FV2

Macros
#define	UXI(dim)
#define	UXIXJ(dim1, dim2)
#define	UXI(dim)
#define	UXIXJ(dim1, dim2)

Functions
void	UNSTRUCTURED_OPS_FV2::divergence_uFV2 (const UnstructuredMapping &umap, const realArray &u, const UnstructuredMapping::EntityTypeEnum u_centering, const UnstructuredMapping::EntityTypeEnum surface_centering, const UnstructuredMapping::EntityTypeEnum ux_centering, const realArray &surfaceNormals, const realArray &surfaceAreas, const realArray &volumes, const realArray &scalar, const Index &C, realArray &ux)
void	UNSTRUCTURED_OPS_FV2::xi_uFV2 (int d, const UnstructuredMapping &umap, const realArray &u, const UnstructuredMapping::EntityTypeEnum u_centering, const UnstructuredMapping::EntityTypeEnum surface_centering, const UnstructuredMapping::EntityTypeEnum ux_centering, const realArray &surfaceNormals, const realArray &surfaceAreas, const realArray &volumes, const realArray &scalar, const Index &C, realArray &ux)
void	UNSTRUCTURED_OPS_FV2::xixj_uFV2 (int d1, int d2, const UnstructuredMapping &umap, const realArray &u, const UnstructuredMapping::EntityTypeEnum u_centering, const UnstructuredMapping::EntityTypeEnum surface_centering, const UnstructuredMapping::EntityTypeEnum ux_centering, const realArray &surfaceNormals, const realArray &surfaceAreas, const realArray &volumes, const realArray &scalar, const Index &C, realArray &uxx)
void	UNSTRUCTURED_OPS_FV2::u_xi_uFV2 (int d, const UnstructuredMapping &umap, const realArray &u, const UnstructuredMapping::EntityTypeEnum u_centering, const UnstructuredMapping::EntityTypeEnum surface_centering, const UnstructuredMapping::EntityTypeEnum ux_centering, const realArray &surfaceNormals, const realArray &surfaceAreas, const realArray &scalar, const Index &C, realArray &ux)
void	UNSTRUCTURED_OPS_FV2::u_xixj_uFV2 (int d1, int d2, const UnstructuredMapping &umap, const realArray &u, const UnstructuredMapping::EntityTypeEnum u_centering, const UnstructuredMapping::EntityTypeEnum surface_centering, const UnstructuredMapping::EntityTypeEnum ux_centering, const realArray &scalar, const Index &C, realArray &uxx)
void	UNSTRUCTURED_OPS_FV2::u_divergence_uFV2 (const UnstructuredMapping &umap, const realArray &u, const UnstructuredMapping::EntityTypeEnum u_centering, const UnstructuredMapping::EntityTypeEnum surface_centering, const UnstructuredMapping::EntityTypeEnum ux_centering, const realArray &surfaceNormals, const realArray &scalar, const Index &C, realArray &ux)

Macro Definition Documentation

#define UXI

(

dim

)

Value:

xi_uFV2(dim, umap, u, u_centering, s_centering, ux_centering, \
                         surfaceNormals, surfaceAreas, volumes, \
                         scalar, CC, ux)

Referenced by UnstructuredOperators::derivative(), and UnstructuredOperators::undividedDerivative().

#define UXI

(

dim

)

Value:

u_xi_uFV2(dim, umap, u, u_centering, s_centering, ux_centering, \
                         surfaceNormals, surfaceAreas,\
                         scalar, CC, ux)

#define UXIXJ	(		dim1,
			dim2
	)

Value:

xixj_uFV2(dim1,dim2, umap, u, u_centering, s_centering, ux_centering, \
                         surfaceNormals, surfaceAreas, volumes, \
                         scalar, CC, ux)

Referenced by UnstructuredOperators::derivative(), and UnstructuredOperators::undividedDerivative().

#define UXIXJ	(		dim1,
			dim2
	)

Value:

u_xixj_uFV2(dim1,dim2, umap, u, u_centering, s_centering, ux_centering, \
                         scalar, CC, ux)