mod_fill_ghost_nodes Module Reference

Specify how ghost cells are filled This depends on the type of boundaries.

Functions/Subroutines
subroutine	fill_ghost_cells_scalar (scalar, boundary_condition)
subroutine	fill_ghost_nodes_face_vector (vector, is_vector, boundary_condition)
subroutine	fill_ghost_nodes_cell_vector_t (cell_vector, boundary_condition)
	Fill the ghost nodes when using vectors defined on cells. @require the cell vector be defined on (nx,ny,nz,nd) More...
subroutine	fill_ghost_nodes_cell_vector (cell_vector, boundary_condition)
	Fill the ghost nodes when using vectors defined on cells. @require the cell vector be defined on (nd,nx,ny,nz) More...

Function/Subroutine Documentation

fill_ghost_nodes_cell_vector()

subroutine mod_fill_ghost_nodes::fill_ghost_nodes_cell_vector	(	double precision, dimension(spatial_dimension,nx,ny,nz), intent(inout)	cell_vector,
		type(t_boundary_condition), intent(in), optional	boundary_condition
	)

Note

particularly useful when dealing with symmetric bndc where the normal component of the vector should be mirrored (*-1)

Warning

this is not the version that we recommend to use as the spatial_dimension is the first dimension. However, this can be used in some particular cases.

fill_ghost_nodes_cell_vector_t()

subroutine mod_fill_ghost_nodes::fill_ghost_nodes_cell_vector_t	(	double precision, dimension(nx,ny,nz,spatial_dimension), intent(inout)	cell_vector,
		type(t_boundary_condition), intent(in), optional	boundary_condition
	)

Note

particularly useful when dealing with symmetric bndc where the normal component of the vector should be mirrored (*-1)