The 2D type. More...

Inheritance diagram for mod_int_point_lagrange_o3::t_int_point_lagrange_o3_2d:

Public Member Functions
procedure, pass(self)	init (self)

Public Member Functions inherited from type_int_point_2d::t_int_point_2d
procedure(int_point_2d_init), deferred, pass(self)	init (self)

procedure, non_overridable	place (self, x, coordinates_x, coordinates_y, cv_x, cv_y)
	Place the index based on given position and coordinates.

procedure	apply (self, values)
	Apply the interpolation to given discrete values.

procedure	interpolate (self, x, coordinates_x, coordinates_y, values, derivatives, cv_x, cv_y)
	Directly compute the interpolation at the given position. The result is the interpolation value.

procedure	compute_stencil (self, coordinates_x, coordinates_y, derivatives, cv_x, cv_y)
	The stencil weight computation that has to be derived to update the 'stencil'.

Additional Inherited Members
Public Attributes inherited from type_int_point_2d::t_int_point_2d
type(t_stencil_2d)	stencil
	The stencil.

class(t_int_point_1d), pointer	interpolantx
	The (useful) interpolants.

class(t_int_point_1d), pointer	interpolanty

integer	size
	The size of the interpolant, and the half size.

integer	hsize

Detailed Description

The 2D type.

Member Function/Subroutine Documentation

procedure, pass(self) mod_int_point_lagrange_o3::t_int_point_lagrange_o3_2d::init ( class(t_int_point_lagrange_o3_2d), intent(inout) self )

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

src/lib/discretization/node_level_schemes/interpolation/point_schemes/generic/schemes/lagrange_o3.f90