Field extrapolation

Namespaces
module	mod_extrapolate_cells_outside_boundaries
	Extrapolate the cell field outside the boundaries of the domain (in the ghost cells)
module	mod_extrapolate_cells_to_cells_neumann
	Extrapolate the field defined on cells onto faces. This is used whenever you need to compute what would be the Dirichlet boundary value associated to the Neumann condition, given a field inside the domain. Order 2 version.
module	mod_extrapolate_cells_to_cells_on_plane
	Extrapolate cells to cells on a plane (for boundaries)
module	mod_extrapolate_edge_to_edge_boundary
	Second order extrapolation from edge to edge boundary.
module	mod_extrapolate_cell_to_face_boundary
	Second order extrapolation from cell to face boundary.
module	mod_extrapolate_cells_to_faces_neumann
	Extrapolate the field defined on cells onto faces. This is used whenever you need to compute what would be the Dirichlet boundary value associated to the Neumann condition, given a field inside the domain. Order 2 version.
module	mod_extrapolate_faces_outside_boundaries
	Extrapolate faces outside boundaries.
module	mod_extrapolate_faces_to_faces
	Extrapolate faces to faces.
module	mod_extrapolate_faces_to_plane
	Extrapolate faces to a whole plane.
module	mod_extrapolate_field_time
	Extrapolate a field (for example the velocity or pressure) foward in time.

Detailed Description

This is module aims to furnish high-level routines that permits the extrapolation of whole fields (scalar or face vectors) with various order of precision. It can also be used to interpolate between fields (useful for time extrapolation).