Interface for the setting of bivariate_type types either using bivariate_set_grids_1d or bivariate_set_grids_2d. More...

Public Member Functions
subroutine	bivariate_set_grids_1d (this, rsu, zsu, rgrid, zgrid)
	Set up the interpolation grid for a phi plane. More...

subroutine	bivariate_set_grids_2d (this, rsu, zsu, rgrid, zgrid)
	Set up the interpolation grid for a phi plane. More...

Detailed Description

Interface for the setting of bivariate_type types either using bivariate_set_grids_1d or bivariate_set_grids_2d.

Definition at line 57 of file bivariate.f.

Member Function/Subroutine Documentation

◆ bivariate_set_grids_1d()

subroutine bivariate::bivariate_set_grids::bivariate_set_grids_1d	(	type (bivariate_type), intent(inout)	this,
		real(rprec), dimension(:), intent(in)	rsu,
		real(rprec), dimension(:), intent(in)	zsu,
		real(rprec), dimension(:), intent(in)	rgrid,
		real(rprec), dimension(:), intent(in)	zgrid
	)

Set up the interpolation grid for a phi plane.

Compute the indices (ir_bi, jz_bi) and weight factors (wij_bi) for performing bivariate (4 pt) interpolation FROM a rectangular (R X Z) grid TO a general (non-orthogonal) grid (s, u). R and Z grids may have different mesh sizes.

Parameters

[in,out]	this	A bivariate_type instance.
[in]	rsu	r coordinate at s,u
[in]	zsu	z coordinate at s,u
[in]	rgrid	R coordinate on a fixed, equally spaced grid
[in]	zgrid	Z coordinate on a fixed, equally spaced grid

Definition at line 290 of file bivariate.f.

◆ bivariate_set_grids_2d()

subroutine bivariate::bivariate_set_grids::bivariate_set_grids_2d	(	type (bivariate_type), intent(inout)	this,
		real(rprec), dimension(:,:), intent(in)	rsu,
		real(rprec), dimension(:,:), intent(in)	zsu,
		real(rprec), dimension(:), intent(in)	rgrid,
		real(rprec), dimension(:), intent(in)	zgrid
	)