type_rec_scheme::t_rec_scheme Type Reference

Inheritance diagram for type_rec_scheme::t_rec_scheme:

Public Member Functions
procedure	init => t_rec_scheme_init
procedure	compute_stencil => t_rec_compute_stencil_generic
	Compute the stencil values.
Public Member Functions inherited from type_int_scheme::t_int_scheme
procedure, pass	init => t_int_scheme_init
	Declare a stencil base on its starting and ending relative indices.
procedure	compute_stencil => t_int_compute_stencil_generic
	Compute the stencil values.
procedure	apply => t_int_scheme_apply
	Apply a scheme to given discrete values at a point in the stencil (usualy the node at x_{i+1/2})
procedure	interpolate => t_int_scheme_interpolate
procedure(interface_func_integer), deferred, nopass	index_start
procedure(interface_func_integer), deferred, nopass	index_end

Public Attributes
type(t_stencil_1d)	integral_stencil
Public Attributes inherited from type_int_scheme::t_int_scheme
type(t_stencil_1d)	stencil
	The stencil.
integer	size
	The size and half size of the scheme.
integer	hsize
integer	n_steps
logical	initialized = .false.

Detailed Description

Warning

for the compute_stencil subroutine, keeps in mind that, for reconstruction, one must give the size of the control volume of the cell (and not the spacing between the cells' center as in interpolation). Hence, the size of the steps array must be the same as the values!

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The documentation for this type was generated from the following file:

• src/lib/discretization/node_level_schemes/interpolation/grid_schemes/type_rec_scheme.f90