Library of Assembled Shared Sources
plane_3d_transformation_3d.h
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1/** @file
2 * @author Bram de Greve (bram@cocamware.com)
3 * @author Tom De Muer (tom@cocamware.com)
4 *
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42
43#ifndef LASS_GUARDIAN_OF_INCLUSION_PRIM_PLANE_3D_TRANSFORMATION_3D_H
44#define LASS_GUARDIAN_OF_INCLUSION_PRIM_PLANE_3D_TRANSFORMATION_3D_H
45
46#include "prim_common.h"
47#include "plane_3d.h"
48#include "transformation_3d.h"
49
50namespace lass
51{
52namespace prim
53{
54
55
56/** apply transformation to cartesian plane
57 * @relates Transformation3D
58 */
59template<typename T, class NP>
61 const Plane3D<T, Cartesian, NP>& plane, const Transformation3D<T>& transformation)
62{
63 const std::pair<Vector3D<T>, T> result =
64 transform(std::make_pair(plane.normal(), plane.d()), transformation);
65 return Plane3D<T, Cartesian, NP>(result.first, result.second);
66}
67
68
69
70/** apply transformation to parametric plane
71 * @relates Transformation3D
72 */
73template<typename T, class NP>
75 const Plane3D<T, Parametric, NP>& plane, const Transformation3D<T>& transformation)
76{
78 transform(plane.support(), transformation),
79 transform(plane.directionU(), transformation),
80 transform(plane.directionV()), transformation);
81}
82
83
84
85/** apply transformation to combined plane
86 * @relates Transformation3D
87 */
88template<typename T, class NP>
90 const Plane3D<T, Combined, NP>& plane, const Transformation3D<T>& transformation)
91{
93 transform(plane.support(), transformation),
94 transform(plane.directionU(), transformation),
95 transform(plane.directionV(), transformation));
96}
97
98}
99}
100
101#endif
102
103// EOF
A 3D hyper plane.
Definition plane_3d.h:361
Plane3D< T, Parametric, NP > transform(const Plane3D< T, Parametric, NP > &plane, const Transformation3D< T > &transformation)
apply transformation to parametric plane
Plane3D< T, Cartesian, NP > transform(const Plane3D< T, Cartesian, NP > &plane, const Transformation3D< T > &transformation)
apply transformation to cartesian plane
Aabb2D< U, MMP > transform(const Aabb2D< U, MMP > &subject, const Transformation2D< U > &transformation)
Plane3D< T, Combined, NP > transform(const Plane3D< T, Combined, NP > &plane, const Transformation3D< T > &transformation)
apply transformation to combined plane
const TVector directionV() const
return V direction vector.
const TVector directionU() const
return U direction vector.
const TPoint support() const
return support point.
set of geometrical primitives
Definition aabb_2d.h:81
Library for Assembled Shared Sources.
Definition config.h:53