fitpack_surfaces_c.f90 File Reference

Data Types
interface	fitpack_surfaces_c::f_pointer
	Get pointer to embedded Fortran object. More...
interface	fitpack_surfaces_c::f_associated
	Pointer-identity check (Fortran-side wrapper of the bind(C) function). More...
interface	fitpack_surfaces_c::fitpack_surface_c
	Construct from Fortran object. More...

Modules
module	fitpack_surfaces_c
	C interface to fitpack_surface.

Functions/Subroutines
logical(c_bool) function, public	fitpack_surfaces_c::fitpack_surface_c_is_same (this, that)
	Pointer-identity check: true iff both wrappers point to the same underlying Fortran object (and that object is allocated).
type(fitpack_surface) function, pointer	fitpack_surfaces_c::fitpack_surface_c_get_pointer (this)
	Get pointer to embedded Fortran object (non-allocating)
logical function	fitpack_surfaces_c::fitpack_surface_c_pointer (this, fthis)
	Get/allocate embedded Fortran object (internal, not bind(C)) Returns .true. on success, .false. on allocation failure.
subroutine, public	fitpack_surfaces_c::fitpack_surface_c_allocate (this, status)
	[bind(C)] Allocate new object
subroutine, public	fitpack_surfaces_c::fitpack_surface_c_destroy (this, status)
	[bind(C)] Deallocate object
subroutine, public	fitpack_surfaces_c::fitpack_surface_c_copy (this, that, deep_copy, status)
	[bind(C)] Copy. By default, mirrors source ownership: a view source yields a view (shallow handle copy); an owned source yields a deep copy via Fortran intrinsic assignment. Pass deep_copy=.true. to force a deep copy regardless of the source's ownership.
subroutine, public	fitpack_surfaces_c::fitpack_surface_c_associate (this, that, status)
	[bind(C)] Shallow copy (pointer semantics — Fortran "associate" construct)
subroutine, public	fitpack_surfaces_c::fitpack_surface_c_move_alloc (to, from, status)
	[bind(C)] Move allocation (transfer ownership)
type(fitpack_surface_c) function	fitpack_surfaces_c::fitpack_surface_c_f2c (f)
	Create from Fortran object (owns copy)
type(fitpack_surface_c) function	fitpack_surfaces_c::fitpack_surface_c_fptr2c (f, want_pointer)
	Create from Fortran object (optionally as pointer)
integer(c_int32_t) function, public	fitpack_surfaces_c::fitpack_surface_c_fit (this, smoothing, order, keep_knots)
	fit
integer(c_int32_t) function, public	fitpack_surfaces_c::fitpack_surface_c_interpolate (this, reset_knots)
	interpolate
integer(c_int32_t) function, public	fitpack_surfaces_c::fitpack_surface_c_least_squares (this, smoothing, reset_knots)
	least_squares
real(c_double) function, public	fitpack_surfaces_c::fitpack_surface_c_surface_eval_one (this, x, y, ierr)
	surface_eval_one
real(c_double) function, public	fitpack_surfaces_c::fitpack_surface_c_surface_derivatives_one (this, x, y, dx, dy, ierr)
	surface_derivatives_one
subroutine, public	fitpack_surfaces_c::fitpack_surface_c_cross_section (this, u, along_y, ierr, result)
	cross_section
subroutine, public	fitpack_surfaces_c::fitpack_surface_c_derivative_spline (this, nux, nuy, ierr, result)
	derivative_spline
integer(c_int32_t) function, public	fitpack_surfaces_c::fitpack_surface_c_comm_size (this)
	comm_size
real(c_double) function, public	fitpack_surfaces_c::fitpack_surface_c_mse (this)
	mse
integer(c_int32_t) function, public	fitpack_surfaces_c::fitpack_surface_c_core_comm_size (this)
	core_comm_size
subroutine, public	fitpack_surfaces_c::fitpack_surface_c_destroy_base (this)
	destroy_base
subroutine, public	fitpack_surfaces_c::fitpack_surface_c_new_points (this, n, x, y, z, w)
	new_points
integer(c_int32_t) function, public	fitpack_surfaces_c::fitpack_surface_c_new_fit (this, n, x, y, z, w, smoothing, order)
	new_fit
subroutine, public	fitpack_surfaces_c::fitpack_surface_c_surface_eval_many (this, n, x, y, ierr, result, n_result, max_size)
	surface_eval_many
subroutine, public	fitpack_surfaces_c::fitpack_surface_c_surface_eval_gridded (this, n, x, y, ierr, result, n_result, max_size)
	surface_eval_gridded
subroutine, public	fitpack_surfaces_c::fitpack_surface_c_surface_derivatives_many (this, n, x, y, dx, dy, ierr, result, n_result, max_size)
	surface_derivatives_many
subroutine, public	fitpack_surfaces_c::fitpack_surface_c_surface_derivatives_gridded (this, n, x, y, dx, dy, ierr, result, n_result, max_size)
	surface_derivatives_gridded
real(c_double) function, public	fitpack_surfaces_c::fitpack_surface_c_integral (this, n, lower, upper)
	integral
subroutine, public	fitpack_surfaces_c::fitpack_surface_c_comm_pack (this, n, buffer)
	comm_pack
subroutine, public	fitpack_surfaces_c::fitpack_surface_c_comm_expand (this, n, buffer)
	comm_expand
subroutine, public	fitpack_surfaces_c::fitpack_surface_c_core_comm_pack (this, n, buffer)
	core_comm_pack
subroutine, public	fitpack_surfaces_c::fitpack_surface_c_core_comm_expand (this, n, buffer)
	core_comm_expand
subroutine, public	fitpack_surfaces_c::fitpack_surface_c_getcomp_x (this, ptr, extents)
	Raw view of component 'x': address of the first element, plus the component's 1 extent(s). Null pointer and zero extents when the object or the component is unallocated; an allocated but zero-sized component still reports its true shape, but has no representable address. Symbol uses the getcomp_ infix (not get_) so it can never collide with a type-bound procedure named get_<component>.
subroutine, public	fitpack_surfaces_c::fitpack_surface_c_getcomp_y (this, ptr, extents)
	Raw view of component 'y': address of the first element, plus the component's 1 extent(s). Null pointer and zero extents when the object or the component is unallocated; an allocated but zero-sized component still reports its true shape, but has no representable address. Symbol uses the getcomp_ infix (not get_) so it can never collide with a type-bound procedure named get_<component>.
subroutine, public	fitpack_surfaces_c::fitpack_surface_c_getcomp_z (this, ptr, extents)
	Raw view of component 'z': address of the first element, plus the component's 1 extent(s). Null pointer and zero extents when the object or the component is unallocated; an allocated but zero-sized component still reports its true shape, but has no representable address. Symbol uses the getcomp_ infix (not get_) so it can never collide with a type-bound procedure named get_<component>.
subroutine, public	fitpack_surfaces_c::fitpack_surface_c_getcomp_w (this, ptr, extents)
	Raw view of component 'w': address of the first element, plus the component's 1 extent(s). Null pointer and zero extents when the object or the component is unallocated; an allocated but zero-sized component still reports its true shape, but has no representable address. Symbol uses the getcomp_ infix (not get_) so it can never collide with a type-bound procedure named get_<component>.
subroutine, public	fitpack_surfaces_c::fitpack_surface_c_getcomp_wrk2 (this, ptr, extents)
	Raw view of component 'wrk2': address of the first element, plus the component's 1 extent(s). Null pointer and zero extents when the object or the component is unallocated; an allocated but zero-sized component still reports its true shape, but has no representable address. Symbol uses the getcomp_ infix (not get_) so it can never collide with a type-bound procedure named get_<component>.
subroutine, public	fitpack_surfaces_c::fitpack_surface_c_getcomp_t (this, ptr, extents)
	Raw view of component 't': address of the first element, plus the component's 2 extent(s). Null pointer and zero extents when the object or the component is unallocated; an allocated but zero-sized component still reports its true shape, but has no representable address. Symbol uses the getcomp_ infix (not get_) so it can never collide with a type-bound procedure named get_<component>.
type(c_ptr) function, public	fitpack_surfaces_c::fitpack_surface_c_ref_m (this)
	Get pointer to scalar property 'm'.
type(c_ptr) function, public	fitpack_surfaces_c::fitpack_surface_c_ref_nmax (this)
	Get pointer to scalar property 'nmax'.
type(c_ptr) function, public	fitpack_surfaces_c::fitpack_surface_c_ref_lwrk2 (this)
	Get pointer to scalar property 'lwrk2'.
type(c_ptr) function, public	fitpack_surfaces_c::fitpack_surface_c_ref_bc (this)
	Get pointer to scalar property 'bc'.