Inheritance diagram for type_ext_scheme::t_ext_scheme:

Additional Inherited Members
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 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

Detailed Description

Warning: the fill subroutine works differently: the first element of the array is the extrapolation step (where to extrapolate, starting from \(x(0)\)), the rest of the array is the discretization steps between the values \(\phi(x(i))\). This was done as the fill is deferred (has to be defined) and we didn't want to build a new ext-scheme class.; The definition of the direction of the scheme is also different. Here, the backward term refers to where we extrapolate, hence the discretization points stands forward to the extrapolation destination.

Note: reconstruction is 0 (default) for interpolation and 1 for reconstruction

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

Additional Inherited Members