Inheritance diagram for type_ext_neumann_scheme::t_ext_neumann_scheme:

Public Member Functions
procedure, pass(self)	init_with_fd => ext_neumann_scheme_init_with_fd

procedure, pass(self)	init => ext_neumann_scheme_init

procedure, pass(self)	fill => ext_neumann_scheme_fill

procedure, pass(self)	copy_fd_scheme => ext_neumann_scheme_copy

Public Member Functions inherited from type_fd_scheme::t_fd_scheme
procedure, non_overridable	fd_scheme_ => scheme_construct
	The default constructor will call init()

procedure, non_overridable	declare_stencil => scheme_declare_stencil
	Declare a stencil base on its istarting and ending relative indices.

procedure, non_overridable	apply => scheme_apply
	Apply a scheme to given discrete values.

procedure, non_overridable	init_fill => scheme_init_fill
	Call the init() and fill() procedures.

procedure(fd_scheme_init), deferred, pass(self)	init

procedure(fd_scheme_fill), deferred, pass(self)	fill
	Init the scheme with its stencil. This has to be overriden by each scheme.

Public Attributes
class(t_fd_scheme), pointer	pfd_scheme => null()

Public Attributes inherited from type_fd_scheme::t_fd_scheme
type(t_stencil_1d)	stencil
	The weights are stored in the subtype `stencilweight` from `index_start` to `index_end`: `fd_scheme%stencil%weight(fd_scheme%stencil%index_start:fd_scheme%stencil%index_end)`.

integer	dir

integer	f

integer	the

integer	direction

integer	of

integer	scheme

integer	backward

integer	or

integer	forward

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

src/lib/discretization/node_level_schemes/extrapolation/type_ext_neumann_scheme.f90

Public Member Functions

Public Attributes