mod_apply_cell_advection_scheme Module Reference

Data Types
interface	apply_cell_advection_face_scheme_func
	The interface for generic flux routines. More...

Functions/Subroutines
subroutine	apply_flux_scheme_to_system (coefficient, velocity, matrix, equation_stencil, equation_ls_map, apply_cell_advection_scheme)
	Modify the matrix by adding each cell's stencil matrix.
subroutine	apply_cell_advection_o2_centered_scheme (coefficient, velocity, matrix_line, ns, i, j, k)
	Compute the implicit second order advection scheme stencil matrix.
subroutine	apply_cell_advection_o4_centered_scheme_rec (coefficient, velocity, matrix_line, ns, i, j, k)
	Compute the implicit fourth order advection scheme stencil matrix.
subroutine	apply_cell_advection_o1_upwind_scheme (coefficient, velocity, matrix_line, ns, i, j, k)
	Compute the implicit first order upwind advection scheme stencil matrix.
subroutine	apply_cell_advection_o2_upwind_scheme (coefficient, velocity, matrix_line, ns, i, j, k)
	Compute the implicit second order upwind advection scheme stencil matrix.
subroutine	apply_cell_advection_quick_scheme (coefficient, velocity, matrix_line, ns, i, j, k)
	Compute the implicit second/third order QUICK advection scheme stencil matrix.
subroutine	apply_cell_advection_houc3_scheme (coefficient, velocity, matrix_line, ns, i, j, k)
	Compute the implicit third order HOUC3 advection scheme stencil matrix.
subroutine	apply_cell_advection_generic_upwind_reconstruction_scheme (coefficient, velocity, matrix_line, rec_fast_scheme_backward, rec_fast_scheme_forward, ns, i, j, k)
	Compute the advection upwind scheme stencil matrix using a given reconstruction scheme.

Function/Subroutine Documentation

apply_cell_advection_o4_centered_scheme_rec()

subroutine mod_apply_cell_advection_scheme::apply_cell_advection_o4_centered_scheme_rec	(	double precision, dimension(:,:,:), intent(in)	coefficient,
		type(t_face_field), intent(in)	velocity,
		double precision, dimension(-ns:ns,-ns:ns,-ns:ns), intent(inout)	matrix_line,
		integer, intent(in)	ns,
		integer, intent(in)	i,
		integer, intent(in)	j,
		integer, intent(in)	k )

Compute the implicit fourth order advection scheme stencil matrix.

Parameters

[in]	coefficient	the coefficient field
[in]	velocity	the velocity field
[in,out]	matrix_line	the resulting stencil matrix
[in]	ns	the stencil's bound
[in]	i,j,k	the cell indices