mod_compute_cell_cons_advection_term_exp_generic_rec Module Reference

Explicit Reconstruction scheme (generic) for the advection equation.

Functions/Subroutines
subroutine	compute_cell_cons_advection_term_exp_upwind_generic_rec (velocity, time_step, scalar, divut, flux_type, directions, rec_scheme)
	Fills divuT with \( div(u \cdot T) \) with a generic reconstruction scheme Non regular grid.
subroutine	compute_cell_cons_advection_term_exp_centered_generic_rec (velocity, time_step, scalar, divut, flux_type, directions, rec_scheme)
	Fills divuT with \( div(u \cdot T) \) with a generic centered reconstruction scheme Non regular grid.

Function/Subroutine Documentation

compute_cell_cons_advection_term_exp_centered_generic_rec()

subroutine mod_compute_cell_cons_advection_term_exp_generic_rec::compute_cell_cons_advection_term_exp_centered_generic_rec	(	type(t_face_field), intent(in)	velocity,
		double precision, intent(in)	time_step,
		double precision, dimension(:,:,:), intent(in)	scalar,
		double precision, dimension(:,:,:), intent(inout)	divut,
		type(t_fv_flux), intent(in)	flux_type,
		integer, dimension(:), intent(in)	directions,
		class(t_rec_scheme), intent(inout)	rec_scheme )

Parameters

[in]	velocity	the velocity u
[in]	scalar	the scalar T to be advected
[in]	flux_type	the flux type
[in]	time_step	the time step \( \delta t^{n} = t^{n+1} - t^{n} \)
[in]	directions	the vector made of directions ([1,2,3] for all of them or [1] for only "x"). This is used for splitted methods.
[in,out]	rec_scheme	the given reconstruction scheme
[in,out]	divut	the resulting explicit term

compute_cell_cons_advection_term_exp_upwind_generic_rec()

subroutine mod_compute_cell_cons_advection_term_exp_generic_rec::compute_cell_cons_advection_term_exp_upwind_generic_rec	(	type(t_face_field), intent(in)	velocity,
		double precision, intent(in)	time_step,
		double precision, dimension(:,:,:), intent(in)	scalar,
		double precision, dimension(:,:,:), intent(inout)	divut,
		type(t_fv_flux), intent(in)	flux_type,
		integer, dimension(:), intent(in)	directions,
		class(t_rec_scheme), intent(inout)	rec_scheme )

Parameters

[in]	velocity	the velocity u
[in]	scalar	the scalar T to be advected
[in]	flux_type	the flux type
[in]	time_step	the time step \( \delta t^{n} = t^{n+1} - t^{n} \)
[in]	directions	the vector made of directions ([1,2,3] for all of them or [1] for only "x"). This is used for splitted methods.
[in,out]	rec_scheme	the given reconstruction scheme
[in,out]	divut	the resulting explicit term