operators Directory Reference

Files
file	clip.hpp
	Consists of a set of methods to clip a primal primitive against another primal primitive.
file	closest_point.hpp
	Consists of a set of methods that compute the closest point on a geometric primitive B from another geometric primitive A.
file	compute_bounding_box.hpp
	Consists of functions to create bounding boxes.
file	compute_moments.hpp
	Consists of a set of methods to compute areas/volumes and centroids for Polygon and CurvedPolygon objects composed of nonrational BezierCurve objects.
file	evaluate_integral.hpp
	Consists of methods that evaluate integrals over regions defined by Bezier curves, such as 2D area integrals and scalar/vector field line integrals.
file	in_curved_polygon.hpp
	Consists of methods that test whether a given query point is inside a given curved polygon.
file	in_polygon.hpp
	Consists of methods that test whether a given query point is inside a given polygon.
file	in_polyhedron.hpp
	Consists of methods that test whether a given query point is inside a given polyhedron.
file	in_sphere.hpp
	Consists of methods that test whether a given query point is inside the unique sphere circumscribing a 2D triangle or a 3D tetrahedron.
file	intersect.hpp
	Consists of functions to test intersection among geometric primitives.
file	intersection_volume.hpp
	Consists of a set of methods to find the volume of intersection (clipping) between a primal primitive and another primal primitive.
file	is_convex.hpp
file	orientation.hpp
	Consists of a set of templated (overloaded) routines used to calculate the orientation of a given point to another geometric entity.
file	split.hpp
	Consists of a set of methods to split a primal primitive into (a collection of) another primal primitive.
file	squared_distance.hpp
	Consists of a set of templated (overloaded) routines used to calculate the squared distance between two geometric entities.
file	winding_number.hpp
	Consists of methods to compute winding numbers for points with respect to various geometric objects.