The hermite-based interpolator is only a wrapper around the capabilities of the hermite interpolation. More...

Inheritance diagram for sll_hermite_interpolator_2d:

Collaboration diagram for sll_hermite_interpolator_2d:

Private Member Functions
procedure, pass(interpolator)	init => initialize_hermite_interpolator_2d

procedure	compute_interpolants => wrap_compute_interpolants_hermite_2d

procedure	interpolate_from_interpolant_value => wrap_interpolate_value_hermite_2d

procedure	interpolate_from_interpolant_derivative_eta1 => wrap_interpolate_deriv1_hermite_2d

procedure	interpolate_from_interpolant_derivative_eta2 => wrap_interpolate_deriv2_hermite_2d

procedure, pass	interpolate_array => wrap_interpolate_array_hermite_2d

procedure, pass	interpolate_array_disp => wrap_interpolate2d_disp_hermite_2d

procedure, pass	set_coefficients => wrap_set_coefficients_hermite_2d

procedure, pass	get_coefficients => wrap_get_coefficients_hermite_2d

procedure, pass	coefficients_are_set => wrap_coefficients_are_set_hermite_2d

procedure, pass	delete => delete_sll_hermite_interpolator_2d

Private Attributes
type(sll_t_hermite_interpolation_2d), pointer	hermite

integer(kind=i32)	npts1

integer(kind=i32)	npts2

Detailed Description

The hermite-based interpolator is only a wrapper around the capabilities of the hermite interpolation.

All interpolators share a common interface with respect to their use, as described by the interpolator_2d_base class. Where the diverse interpolators diverge is in the way to initialize them. We basically copy the analog for cubic splines

Definition at line 64 of file sll_m_hermite_interpolator_2d.F90.