m_af_flux_schemes Module Reference

Module containing a couple flux schemes for solving hyperbolic problems explicitly, as well as handling diffusion explicitly. More...

Data Types
interface	subr_prim_cons
interface	subr_max_wavespeed
interface	subr_flux
interface	subr_flux_upwind
interface	subr_flux_modify
interface	subr_flux_dir
interface	subr_line_modify
interface	subr_source
interface	subr_box_mask

Functions/Subroutines
subroutine, public	flux_diff_1d (cc, dc, inv_dr, nc, ngc)
	Compute diffusive flux (second order) More...
subroutine, public	flux_diff_2d (cc, dc, inv_dr, nc, ngc)
	Compute diffusive flux (second order) More...
subroutine, public	flux_diff_3d (cc, dc, inv_dr, nc, ngc)
	Compute diffusive flux (second order) More...
subroutine, public	flux_koren_1d (cc, v, nc, ngc)
	Compute flux according to Koren limiter. More...
subroutine, public	flux_koren_2d (cc, v, nc, ngc)
	Compute flux according to Koren limiter. More...
subroutine, public	reconstruct_lr_1d (nc, ngc, n_vars, cc, u_l, u_r, limiter)
	Reconstruct "left" and "right" values at cell faces from cell-centered data. The left value is for right-going waves, and the right value for left-going waves. More...
subroutine	reconstruct_upwind_1d (nc, ngc, n_vars, cc, u_f, limiter, direction_positive)
	Reconstruct upwind values at cell faces from cell-centered data. More...
subroutine, public	flux_kurganovtadmor_1d (n_values, n_vars, flux_l, flux_r, u_l, u_r, wmax, flux)
	Compute flux for the KT scheme. More...
subroutine, public	flux_update_densities (tree, dt, n_vars, i_cc, n_vars_flux, i_cc_flux, i_flux, s_deriv, n_prev, s_prev, w_prev, s_out, add_source_box, n_dt, dt_lim, get_mask)
subroutine, public	flux_generic_tree (tree, n_vars, i_cc, s_deriv, i_flux, dt_lim, max_wavespeed, flux_from_primitives, flux_modify, line_modify, to_primitive, to_conservative, limiter)
	Compute generic finite volume flux with a second order MUSCL scheme. More...
subroutine, public	flux_generic_box (tree, id, nc, n_vars, i_cc, s_deriv, i_flux, dt_lim, max_wavespeed, flux_from_primitives, flux_modify, line_modify, to_primitive, to_conservative, limiter)
	Compute generic finite volume flux with a second order MUSCL scheme. More...
subroutine, public	flux_upwind_tree (tree, n_vars, i_cc, s_deriv, i_flux, n_dt, dt_lim, flux_upwind, flux_direction, line_modify, limiter)
	Compute upwind fluxes. More...
subroutine, public	flux_upwind_box (tree, id, nc, n_vars, i_cc, s_deriv, i_flux, n_dt, dt_lim, flux_upwind, flux_direction, line_modify, limiter)
	Compute generic finite volume flux. More...
subroutine, public	flux_get_line_cc (box, ivs, flux_dim, line_ix, cc_line)
	Extract cell-centered data along a line in a box, including a single layer of ghost cells. This is convenient to get extra variables in a flux computation. More...
subroutine, public	flux_get_line_1cc (box, iv, flux_dim, line_ix, cc_line)
	Extract cell-centered data along a line in a box, including a single layer of ghost cells. This is convenient to get extra variables in a flux computation. More...
subroutine, public	flux_get_line_fc (box, ivs, flux_dim, line_ix, fc_line)
	Extract face-centered data along a line in a box. This is convenient to get extra variables in a flux computation. More...
subroutine, public	flux_get_line_1fc (box, iv, flux_dim, line_ix, fc_line)
	Extract face-centered data along a line in a box. This is convenient to get extra variables in a flux computation. More...
subroutine, public	flux_koren_3d (cc, v, nc, ngc)
	Compute flux according to Koren limiter. More...
subroutine, public	flux_upwind_1d (cc, v, nc, ngc)
	Compute flux with first order upwind scheme. More...
subroutine, public	flux_upwind_2d (cc, v, nc, ngc)
	Compute flux with first order upwind scheme. More...
subroutine, public	flux_upwind_3d (cc, v, nc, ngc)
	Compute flux with first order upwind scheme. More...
subroutine, public	flux_dummy_conversion (n_values, n_vars, u)
	Dummy conversion between primitive and conservative variables. More...
subroutine, public	flux_dummy_source (box, dt, n_vars, i_cc, s_deriv, s_out, n_dt, dt_lim, mask)
subroutine, public	flux_dummy_modify (nf, n_var, flux_dim, flux, box, line_ix, s_deriv)
subroutine, public	flux_dummy_line_modify (n_cc, n_var, cc_line, flux_dim, box, line_ix, s_deriv)

Detailed Description

Module containing a couple flux schemes for solving hyperbolic problems explicitly, as well as handling diffusion explicitly.

Function/Subroutine Documentation

flux_diff_1d()

subroutine, public m_af_flux_schemes::flux_diff_1d	(	real(dp), dimension(1-ngc:nc+ngc), intent(in)	cc,
		real(dp), dimension(1:nc+1), intent(inout)	dc,
		real(dp), intent(in)	inv_dr,
		integer, intent(in)	nc,
		integer, intent(in)	ngc
	)

Compute diffusive flux (second order)

Parameters

[in]	nc	Number of cells
[in]	ngc	Number of ghost cells
[in]	cc	Cell-centered values
[in,out]	dc	Input: diffusion coeff. at interfaces, output: fluxes
[in]	inv_dr	Inverse grid spacing

Definition at line 129 of file m_af_flux_schemes.f90.

flux_diff_2d()

subroutine, public m_af_flux_schemes::flux_diff_2d	(	real(dp), dimension(1-ngc:nc+ngc, 1-ngc:nc+ngc), intent(in)	cc,
		real(dp), dimension(1:nc+1, 1:nc+1, 2), intent(inout)	dc,
		real(dp), dimension(2), intent(in)	inv_dr,
		integer, intent(in)	nc,
		integer, intent(in)	ngc
	)

Compute diffusive flux (second order)

Parameters

[in]	nc	Number of cells
[in]	ngc	Number of ghost cells
[in]	cc	Cell-centered values
[in,out]	dc	Input: diffusion coeff. at interfaces, output: fluxes
[in]	inv_dr	Inverse grid spacing

Definition at line 144 of file m_af_flux_schemes.f90.

flux_diff_3d()

subroutine, public m_af_flux_schemes::flux_diff_3d	(	real(dp), dimension(1-ngc:nc+ngc, 1-ngc:nc+ngc, 1-ngc:nc+ngc), intent(in)	cc,
		real(dp), dimension(1:nc+1, 1:nc+1, 1:nc+1, 3), intent(inout)	dc,
		real(dp), dimension(3), intent(in)	inv_dr,
		integer, intent(in)	nc,
		integer, intent(in)	ngc
	)

Compute diffusive flux (second order)

Parameters

[in]	nc	Number of cells
[in]	ngc	Number of ghost cells
[in]	cc	Cell-centered values
[in,out]	dc	Input: diffusion coeff. at interfaces, output: fluxes
[in]	inv_dr	Inverse grid spacing

Definition at line 168 of file m_af_flux_schemes.f90.

flux_koren_1d()

subroutine, public m_af_flux_schemes::flux_koren_1d	(	real(dp), dimension(1-ngc:nc+ngc), intent(in)	cc,
		real(dp), dimension(1:nc+1), intent(inout)	v,
		integer, intent(in)	nc,
		integer, intent(in)	ngc
	)

Compute flux according to Koren limiter.

Parameters

[in]	nc	Number of cells
[in]	ngc	Number of ghost cells
[in]	cc	Cell-centered values
[in,out]	v	Input: velocities at interfaces, output: fluxes

Definition at line 204 of file m_af_flux_schemes.f90.

flux_koren_2d()

subroutine, public m_af_flux_schemes::flux_koren_2d	(	real(dp), dimension(1-ngc:nc+ngc, 1-ngc:nc+ngc), intent(in)	cc,
		real(dp), dimension(1:nc+1, 1:nc+1, 2), intent(inout)	v,
		integer, intent(in)	nc,
		integer, intent(in)	ngc
	)

Compute flux according to Koren limiter.

Parameters

[in]	nc	Number of cells
[in]	ngc	Number of ghost cells
[in]	cc	Cell-centered values
[in,out]	v	Input: velocities at interfaces, output: fluxes

Definition at line 227 of file m_af_flux_schemes.f90.

reconstruct_lr_1d()

subroutine, public m_af_flux_schemes::reconstruct_lr_1d	(	integer, intent(in)	nc,
		integer, intent(in)	ngc,
		integer, intent(in)	n_vars,
		real(dp), dimension(1-ngc:nc+ngc, n_vars), intent(in)	cc,
		real(dp), dimension(1:nc+1, n_vars), intent(inout)	u_l,
		real(dp), dimension(1:nc+1, n_vars), intent(inout)	u_r,
		integer, intent(in)	limiter
	)

Reconstruct "left" and "right" values at cell faces from cell-centered data. The left value is for right-going waves, and the right value for left-going waves.

Parameters

[in]	nc	Number of cells
[in]	ngc	Number of ghost cells
[in]	n_vars	Number of variables
[in]	cc	Cell-centered values
[in,out]	u_l	Reconstructed "left" values at every interface
[in,out]	u_r	Reconstructed "right" values at every interface
[in]	limiter	Which limiter to use

Definition at line 252 of file m_af_flux_schemes.f90.

reconstruct_upwind_1d()

subroutine m_af_flux_schemes::reconstruct_upwind_1d ( integer, intent(in)  nc, integer, intent(in)  ngc, integer, intent(in)  n_vars, real(dp), dimension(1-ngc:nc+ngc, n_vars), intent(in)  cc, real(dp), dimension(1:nc+1, n_vars), intent(inout)  u_f, integer, intent(in)  limiter, logical, dimension(nc+1, n_vars), intent(in)  direction_positive  )

private

Reconstruct upwind values at cell faces from cell-centered data.

Parameters

[in]	nc	Number of cells
[in]	ngc	Number of ghost cells
[in]	n_vars	Number of variables
[in]	cc	Cell-centered values
[in,out]	u_f	Reconstructed values at every interface
[in]	limiter	Which limiter to use
[in]	direction_positive	True means positive flow (to the "right"), false to the left

Definition at line 282 of file m_af_flux_schemes.f90.

flux_kurganovtadmor_1d()

subroutine, public m_af_flux_schemes::flux_kurganovtadmor_1d	(	integer, intent(in)	n_values,
		integer, intent(in)	n_vars,
		real(dp), dimension(n_values, n_vars), intent(in)	flux_l,
		real(dp), dimension(n_values, n_vars), intent(in)	flux_r,
		real(dp), dimension(n_values, n_vars), intent(in)	u_l,
		real(dp), dimension(n_values, n_vars), intent(in)	u_r,
		real(dp), dimension(n_values), intent(in)	wmax,
		real(dp), dimension(n_values, n_vars), intent(inout)	flux
	)

Compute flux for the KT scheme.

Definition at line 306 of file m_af_flux_schemes.f90.

flux_update_densities()

subroutine, public m_af_flux_schemes::flux_update_densities	(	type(af_t), intent(inout)	tree,
		real(dp), intent(in)	dt,
		integer, intent(in)	n_vars,
		integer, dimension(n_vars), intent(in)	i_cc,
		integer, intent(in)	n_vars_flux,
		integer, dimension(n_vars_flux), intent(in)	i_cc_flux,
		integer, dimension(n_vars_flux), intent(in)	i_flux,
		integer, intent(in)	s_deriv,
		integer, intent(in)	n_prev,
		integer, dimension(n_prev), intent(in)	s_prev,
		real(dp), dimension(n_prev), intent(in)	w_prev,
		integer, intent(in)	s_out,
		procedure(subr_source)	add_source_box,
		integer, intent(in)	n_dt,
		real(dp), dimension(n_dt), intent(out)	dt_lim,
		procedure(subr_box_mask), optional	get_mask
	)

Parameters

[in]	dt	Time step
[in]	n_vars	Number of cell-centered variables
[in]	i_cc	All cell-centered indices
[in]	n_vars_flux	Number of variables with fluxes
[in]	i_cc_flux	Cell-centered indices of flux variables
[in]	i_flux	Indices of fluxes
[in]	s_deriv	State to compute derivatives from
[in]	n_prev	Number of previous states
[in]	s_prev	Previous states
[in]	w_prev	Weights of previous states
[in]	s_out	Output time state
	add_source_box	Method to include source terms
[in]	n_dt	Number of time steps restrictions
[out]	dt_lim	Maximal allowed time steps
	get_mask	If present, only update where the mask is true

Definition at line 320 of file m_af_flux_schemes.f90.

flux_generic_tree()

subroutine, public m_af_flux_schemes::flux_generic_tree	(	type(af_t), intent(inout)	tree,
		integer, intent(in)	n_vars,
		integer, dimension(n_vars), intent(in)	i_cc,
		integer, intent(in)	s_deriv,
		integer, dimension(n_vars), intent(in)	i_flux,
		real(dp), intent(out)	dt_lim,
		procedure(subr_max_wavespeed)	max_wavespeed,
		procedure(subr_flux)	flux_from_primitives,
		procedure(subr_flux_modify)	flux_modify,
		procedure(subr_line_modify)	line_modify,
		procedure(subr_prim_cons)	to_primitive,
		procedure(subr_prim_cons)	to_conservative,
		integer, intent(in)	limiter
	)

Compute generic finite volume flux with a second order MUSCL scheme.

Parameters

[in]	n_vars	Number of variables
[in]	i_cc	Cell-centered variables
[in]	s_deriv	State to compute derivatives from
[in]	i_flux	Flux variables
[out]	dt_lim	Maximal time step, assuming a CFL number of 1.0
	max_wavespeed	Compute the maximum wave speed
	flux_from_primitives	Compute the flux from primitive variables
	flux_modify	Other flux contributions
	line_modify	Potentially modify line densities
	to_primitive	Convert conservative variables to primitive ones
	to_conservative	Convert primitive variables to conservative ones
[in]	limiter	Type of slope limiter to use for flux calculation

Definition at line 439 of file m_af_flux_schemes.f90.

flux_generic_box()

subroutine, public m_af_flux_schemes::flux_generic_box	(	type(af_t), intent(inout)	tree,
		integer, intent(in)	id,
		integer, intent(in)	nc,
		integer, intent(in)	n_vars,
		integer, dimension(n_vars), intent(in)	i_cc,
		integer, intent(in)	s_deriv,
		integer, dimension(n_vars), intent(in)	i_flux,
		real(dp), intent(out)	dt_lim,
		procedure(subr_max_wavespeed)	max_wavespeed,
		procedure(subr_flux)	flux_from_primitives,
		procedure(subr_flux_modify)	flux_modify,
		procedure(subr_line_modify)	line_modify,
		procedure(subr_prim_cons)	to_primitive,
		procedure(subr_prim_cons)	to_conservative,
		integer, intent(in)	limiter
	)

Compute generic finite volume flux with a second order MUSCL scheme.

Parameters

[in]	id	Id of box
[in]	nc	Number of cells
[in]	n_vars	Number of variables
[in]	i_cc	Cell-centered variables
[in]	s_deriv	State to compute derivatives from
[in]	i_flux	Flux variables
[out]	dt_lim	Maximal time step, assuming a CFL number of 1.0
	max_wavespeed	Compute the maximum wave speed
	flux_from_primitives	Compute the flux from primitive variables on cell faces
	flux_modify	Modify flux for other contributions
	line_modify	Potentially modify line densities
	to_primitive	Convert conservative variables to primitive ones
	to_conservative	Convert primitive variables to conservative ones
[in]	limiter	Type of slope limiter to use for flux calculation

Definition at line 495 of file m_af_flux_schemes.f90.

flux_upwind_tree()

subroutine, public m_af_flux_schemes::flux_upwind_tree	(	type(af_t), intent(inout)	tree,
		integer, intent(in)	n_vars,
		integer, dimension(n_vars), intent(in)	i_cc,
		integer, intent(in)	s_deriv,
		integer, dimension(n_vars), intent(in)	i_flux,
		integer, intent(in)	n_dt,
		real(dp), dimension(n_dt), intent(out)	dt_lim,
		procedure(subr_flux_upwind)	flux_upwind,
		procedure(subr_flux_dir)	flux_direction,
		procedure(subr_line_modify)	line_modify,
		integer, intent(in)	limiter
	)

Compute upwind fluxes.

Parameters

[in]	n_vars	Number of variables
[in]	i_cc	Cell-centered variables
[in]	s_deriv	State to compute derivatives from
[in]	i_flux	Flux variables
[in]	n_dt	Number of time steps restrictions (first is CFL)
[out]	dt_lim	Maximal allowed time steps, assuming a CFL number of 1.0
	flux_upwind	Method to compute fluxes
	flux_direction	Method to get direction of flux (positive or negative)
	line_modify	Potentially modify line densities
[in]	limiter	Type of slope limiter to use for flux calculation

Definition at line 666 of file m_af_flux_schemes.f90.

flux_upwind_box()

subroutine, public m_af_flux_schemes::flux_upwind_box	(	type(af_t), intent(inout)	tree,
		integer, intent(in)	id,
		integer, intent(in)	nc,
		integer, intent(in)	n_vars,
		integer, dimension(n_vars), intent(in)	i_cc,
		integer, intent(in)	s_deriv,
		integer, dimension(n_vars), intent(in)	i_flux,
		integer, intent(in)	n_dt,
		real(dp), dimension(n_dt), intent(inout)	dt_lim,
		procedure(subr_flux_upwind)	flux_upwind,
		procedure(subr_flux_dir)	flux_direction,
		procedure(subr_line_modify)	line_modify,
		integer, intent(in)	limiter
	)

Compute generic finite volume flux.

Parameters

[in]	id	Id of box
[in]	nc	Number of cells
[in]	n_vars	Number of variables
[in]	i_cc	Cell-centered variables
[in]	s_deriv	State to compute derivatives from
[in]	i_flux	Flux variables
[in]	n_dt	Number of time steps restrictions (first is CFL)
[in,out]	dt_lim	Time step restrictions
	flux_upwind	Method to compute fluxes
	flux_direction	Method to get direction of flux (positive or negative)
	line_modify	Potentially modify line densities
[in]	limiter	Type of slope limiter to use for flux calculation

Definition at line 715 of file m_af_flux_schemes.f90.

flux_get_line_cc()

subroutine, public m_af_flux_schemes::flux_get_line_cc	(	type(box_t), intent(in)	box,
		integer, dimension(:), intent(in)	ivs,
		integer, intent(in)	flux_dim,
		integer, dimension(ndim-1), intent(in)	line_ix,
		real(dp), dimension(box%n_cell+2, size(ivs)), intent(inout)	cc_line
	)

Extract cell-centered data along a line in a box, including a single layer of ghost cells. This is convenient to get extra variables in a flux computation.

Parameters

[in]	ivs	Indices of the variables
[in]	flux_dim	Dimension of flux computation
[in]	line_ix	Index of line

Definition at line 853 of file m_af_flux_schemes.f90.

flux_get_line_1cc()

subroutine, public m_af_flux_schemes::flux_get_line_1cc	(	type(box_t), intent(in)	box,
		integer, intent(in)	iv,
		integer, intent(in)	flux_dim,
		integer, dimension(ndim-1), intent(in)	line_ix,
		real(dp), dimension(box%n_cell+2), intent(inout)	cc_line
	)

Extract cell-centered data along a line in a box, including a single layer of ghost cells. This is convenient to get extra variables in a flux computation.

Parameters

[in]	iv	Index of the variable
[in]	flux_dim	Dimension of flux computation
[in]	line_ix	Index of line

Definition at line 883 of file m_af_flux_schemes.f90.

flux_get_line_fc()

subroutine, public m_af_flux_schemes::flux_get_line_fc	(	type(box_t), intent(in)	box,
		integer, dimension(:), intent(in)	ivs,
		integer, intent(in)	flux_dim,
		integer, dimension(ndim-1), intent(in)	line_ix,
		real(dp), dimension(box%n_cell+1, size(ivs)), intent(inout)	fc_line
	)

Extract face-centered data along a line in a box. This is convenient to get extra variables in a flux computation.

Parameters

[in]	ivs	Indices of the variables
[in]	flux_dim	Dimension of flux computation
[in]	line_ix	Index of line

Definition at line 912 of file m_af_flux_schemes.f90.

flux_get_line_1fc()

subroutine, public m_af_flux_schemes::flux_get_line_1fc	(	type(box_t), intent(in)	box,
		integer, intent(in)	iv,
		integer, intent(in)	flux_dim,
		integer, dimension(ndim-1), intent(in)	line_ix,
		real(dp), dimension(box%n_cell+1), intent(inout)	fc_line
	)

Extract face-centered data along a line in a box. This is convenient to get extra variables in a flux computation.

Parameters

[in]	iv	Index of the variable
[in]	flux_dim	Dimension of flux computation
[in]	line_ix	Index of line

Definition at line 941 of file m_af_flux_schemes.f90.

flux_koren_3d()

subroutine, public m_af_flux_schemes::flux_koren_3d	(	real(dp), dimension(1-ngc:nc+ngc, 1-ngc:nc+ngc, 1-ngc:nc+ngc), intent(in)	cc,
		real(dp), dimension(1:nc+1, 1:nc+1, 1:nc+1, 3), intent(inout)	v,
		integer, intent(in)	nc,
		integer, intent(in)	ngc
	)

Compute flux according to Koren limiter.

Parameters

[in]	nc	Number of cells
[in]	ngc	Number of ghost cells
[in]	cc	Cell-centered values
[in,out]	v	Input: velocities at interfaces, output: fluxes

Definition at line 969 of file m_af_flux_schemes.f90.

flux_upwind_1d()

subroutine, public m_af_flux_schemes::flux_upwind_1d	(	real(dp), dimension(1-ngc:nc+ngc), intent(in)	cc,
		real(dp), dimension(1:nc+1), intent(inout)	v,
		integer, intent(in)	nc,
		integer, intent(in)	ngc
	)

Compute flux with first order upwind scheme.

Parameters

[in]	nc	Number of cells
[in]	ngc	Number of ghost cells
[in]	cc	Cell-centered values
[in,out]	v	Input: velocities at interfaces, output: fluxes

Definition at line 1003 of file m_af_flux_schemes.f90.

flux_upwind_2d()

subroutine, public m_af_flux_schemes::flux_upwind_2d	(	real(dp), dimension(1-ngc:nc+ngc, 1-ngc:nc+ngc), intent(in)	cc,
		real(dp), dimension(1:nc+1, 1:nc+1, 2), intent(inout)	v,
		integer, intent(in)	nc,
		integer, intent(in)	ngc
	)

Compute flux with first order upwind scheme.

Parameters

[in]	nc	Number of cells
[in]	ngc	Number of ghost cells
[in]	cc	Cell-centered values
[in,out]	v	Input: velocities at interfaces, output: fluxes

Definition at line 1022 of file m_af_flux_schemes.f90.

flux_upwind_3d()

subroutine, public m_af_flux_schemes::flux_upwind_3d	(	real(dp), dimension(1-ngc:nc+ngc, 1-ngc:nc+ngc, 1-ngc:nc+ngc), intent(in)	cc,
		real(dp), dimension(1:nc+1, 1:nc+1, 1:nc+1, 3), intent(inout)	v,
		integer, intent(in)	nc,
		integer, intent(in)	ngc
	)

Compute flux with first order upwind scheme.

Parameters

[in]	nc	Number of cells
[in]	ngc	Number of ghost cells
[in]	cc	Cell-centered values
[in,out]	v	Input: velocities at interfaces, output: fluxes

Definition at line 1045 of file m_af_flux_schemes.f90.

flux_dummy_conversion()

subroutine, public m_af_flux_schemes::flux_dummy_conversion	(	integer, intent(in)	n_values,
		integer, intent(in)	n_vars,
		real(dp), dimension(n_values, n_vars), intent(inout)	u
	)

Dummy conversion between primitive and conservative variables.

Definition at line 1079 of file m_af_flux_schemes.f90.

flux_dummy_source()

subroutine, public m_af_flux_schemes::flux_dummy_source	(	type(box_t), intent(inout)	box,
		real(dp), intent(in)	dt,
		integer, intent(in)	n_vars,
		integer, dimension(n_vars), intent(in)	i_cc,
		integer, intent(in)	s_deriv,
		integer, intent(in)	s_out,
		integer, intent(in)	n_dt,
		real(dp), dimension(n_dt), intent(inout)	dt_lim,
		logical, dimension(dtimes(box%n_cell)), intent(in)	mask
	)

Definition at line 1084 of file m_af_flux_schemes.f90.

flux_dummy_modify()

subroutine, public m_af_flux_schemes::flux_dummy_modify	(	integer, intent(in)	nf,
		integer, intent(in)	n_var,
		integer, intent(in)	flux_dim,
		real(dp), dimension(nf, n_var), intent(inout)	flux,
		type(box_t), intent(in)	box,
		integer, dimension(ndim-1), intent(in)	line_ix,
		integer, intent(in)	s_deriv
	)

Parameters

[in]	nf	Number of cell faces
[in]	n_var	Number of variables
[in]	flux_dim	In which dimension fluxes are computed
[in,out]	flux	Flux that will be modified
[in]	box	Current box
[in]	line_ix	Index of line for dim /= flux_dim
[in]	s_deriv	State to compute derivatives from

Definition at line 1096 of file m_af_flux_schemes.f90.

flux_dummy_line_modify()

subroutine, public m_af_flux_schemes::flux_dummy_line_modify	(	integer, intent(in)	n_cc,
		integer, intent(in)	n_var,
		real(dp), dimension(n_cc, n_var), intent(inout)	cc_line,
		integer, intent(in)	flux_dim,
		type(box_t), intent(in)	box,
		integer, dimension(ndim-1), intent(in)	line_ix,
		integer, intent(in)	s_deriv
	)

Parameters

[in]	n_cc	Number of cell centers
[in]	n_var	Number of variables
[in,out]	cc_line	Flux that will be modified
[in]	flux_dim	In which dimension fluxes are computed
[in]	box	Current box
[in]	line_ix	Index of line for dim /= flux_dim
[in]	s_deriv	State to compute derivatives from

Definition at line 1106 of file m_af_flux_schemes.f90.