fitpack_constrained_c.f90 File Reference

Data Types
type	fitpack_constrained_curves_c::fitpack_constrained_curve_c
	Public Fortran interface. More...

Modules
module	fitpack_constrained_curves_c
	C interface to fitpack_constrained_curves.

Functions/Subroutines
subroutine, public	fitpack_constrained_curves_c::fitpack_constrained_curve_c_get_pointer (this, fptr)
	Get pointer to embedded Fortran object.
subroutine, public	fitpack_constrained_curves_c::fitpack_constrained_curve_c_pointer (this, fthis)
	Get embedded Fortran object; allocate it if not done yet.
subroutine, public	fitpack_constrained_curves_c::fitpack_constrained_curve_c_allocate (this)
	Instantiate Fortran object.
subroutine, public	fitpack_constrained_curves_c::fitpack_constrained_curve_c_destroy (this)
	Deallocate Fortran object.
subroutine, public	fitpack_constrained_curves_c::fitpack_constrained_curve_c_copy (this, that)
	Copy contents from another object.
subroutine, public	fitpack_constrained_curves_c::fitpack_constrained_curve_c_move_alloc (to, from)
	Move allocation from one object to another.
subroutine, public	fitpack_constrained_curves_c::fitpack_constrained_curve_c_new_points (this, ndim, npts, x, y, w)
	Wrapper to new_points.
subroutine, public	fitpack_constrained_curves_c::fitpack_constrained_curve_c_set_default_parameters (this)
integer(fp_flag) function, public	fitpack_constrained_curves_c::fitpack_constrained_curve_c_new_fit (this, ndim, npts, x, u, w, smoothing, order)
	Wrapper to new_fit.
integer(fp_flag) function, public	fitpack_constrained_curves_c::fitpack_constrained_curve_c_fit (this, smoothing, order)
	Wrapper to curve_fit_automatic_knots.
integer(fp_flag) function, public	fitpack_constrained_curves_c::fitpack_constrained_curve_c_interpolating (this)
	Wrapper to interpolating_curve.
integer(fp_flag) function, public	fitpack_constrained_curves_c::fitpack_constrained_curve_c_eval_one (this, u, y)
	Wrapper to curve_eval_one.
integer(fp_flag) function, public	fitpack_constrained_curves_c::fitpack_constrained_curve_c_derivative (this, u, order, ddx)
	Evaluate k-th derivative of the curve at point u.
real(fp_real) function, public	fitpack_constrained_curves_c::fitpack_constrained_curve_c_smoothing (this)
	Get smoothing.
integer(fp_size) function, public	fitpack_constrained_curves_c::fitpack_constrained_curve_c_idim (this)
	Get dimensions.
real(fp_real) function, public	fitpack_constrained_curves_c::fitpack_constrained_curve_c_ubegin (this)
	Get begin endpoint.
real(fp_real) function, public	fitpack_constrained_curves_c::fitpack_constrained_curve_c_uend (this)
	Get end endpoint.
real(fp_real) function, public	fitpack_constrained_curves_c::fitpack_constrained_curve_c_mse (this)
	Get MSE.
integer(fp_size) function, public	fitpack_constrained_curves_c::fitpack_constrained_curve_c_degree (this)
	Get spline degree.
subroutine	fitpack_constrained_curves_c::fitpack_constrained_curve_c_clean_constraints (this)
	Reset constraints.
integer(fp_flag) function	fitpack_constrained_curves_c::fitpack_constrained_curve_c_set_constraints (this, nbegin, nend, ddx_begin, ddx_end)
	Set constraints and reset all previous ones: a missing "ddx_end" means: no endpoint constraints Begin/end point constraints: (1:idim,0)=function; (1:idim,i)=i-th derivative.

Variables
type(fitpack_constrained_curve_c), parameter, public	fitpack_constrained_curves_c::fitpack_constrained_curve_c_null = fitpack_constrained_curve_c(cptr=c_null_ptr)
	Null-initialized object.