type_cp_geo Module Reference

The Closest Point type.

Functions/Subroutines
subroutine	t_geo_plane_write (self)
double precision function, dimension(3)	t_geo_plane_project (self, X)
subroutine	t_geo_sphere_write (self)
double precision function, dimension(3)	t_geo_sphere_project (self, X)
pure logical function	t_geo_sphere_intersect (self, sphere2)
	Return true if self intersects sphere.
double precision function, dimension(3)	t_geo_sphere_compute_intersection_cp (self, sphere, origin)
	Compute the intersection CP between 2 spheres.
subroutine	t_geo_plane_solve_with_interpolation (self, X, cx, cy, cz, ls, interpolant, params)
	Principal function to compute a point on a plane given interpolation of level sets. More...
subroutine	t_geo_sphere_solve_with_interpolation (self, X, origin, cx, cy, cz, ls, interpolant, maxcosangle, ecosangle, is_debug)
	Principal function to compute a point on a sphere given interpolation of level sets.
double precision function, dimension(3)	compute_point_on_sphere_with_interpolation (X, origin, cx, cy, cz, ls, cp_params)
	Principal function to compute a point on a sphere given interpolation of level sets.
double precision function	compute_cosangle_with_interpolation (X, origin, cx, cy, cz, ls, interpolant)
	Return the CP cosangle at the given position X.
double precision function	compute_angle_with_interpolation (X, origin, cx, cy, cz, ls, interpolant)
	Return the CP angle at the given position X.
double precision function	compute_curvature_with_interpolation (X, cx, cy, cz, ls, interpolant)
	Return the curvature at the given position X.

Function/Subroutine Documentation

t_geo_plane_solve_with_interpolation()

subroutine type_cp_geo::t_geo_plane_solve_with_interpolation	(	class(t_geo_plane_solution), intent(inout)	self,
		double precision, dimension(3), intent(in)	X,
		double precision, dimension(:), intent(in)	cx,
		double precision, dimension(:), intent(in)	cy,
		double precision, dimension(:), intent(in)	cz,
		class(t_levelset), intent(in)	ls,
		class(t_int_point_fast_3d), intent(inout), pointer	interpolant,
		class(t_geo_cp_plane_parameters), intent(inout)	params
	)

Precondition

Parameters to set: origin, radius, max_sinangle, max_dist.

Postcondition

Parameters set: alpha, dist.