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 // ConvexHullTransform3d.h:
 // ------------------------
 //

 #ifndef __IPSDKGEOMETRY_CONVEXHULLTRANSFORM3D_H__
 #define __IPSDKGEOMETRY_CONVEXHULLTRANSFORM3D_H__

 #include <IPSDKGeometry/Transform/3d/BaseGeometryTransform3d.h>

 namespace ipsdk {
 namespace geom {


 class IPSDKGEOMETRY_API ConvexHullTransform3d : public BaseGeometryTransform3d
 {
     // declare geometry transform 3d
     IPSDK_DECLARE_GEOMETRY_TRANSFORM_3D(IPSDKGeometry, ConvexHullTransform3d)

 // predefined public types
 public:
     static const eTransform3dType::domain g_transform3dType = eTransform3dType::eT3DT_ConvexHull;

 public:
     ConvexHullTransform3d();
     ~ConvexHullTransform3d();

 // methods
 public:
     eTransform3dType    getTransform3dType() const;

 protected:
     template <typename T>
     bool                processInSitu(Point3d<T>& entity) const;
     bool                processInSitu(Vector3d& entity) const;
     template <typename T>
     bool                processInSitu(BoundingBox3d<T>& entity) const;
     template <typename T>
     bool                processInSitu(PointCloud3d<T>& entity) const;
     template <typename T>
     bool                processInSitu(Mesh3d<T>& entity) const;
     template <typename T>
     bool                processInSitu(MeshWithHoles3d<T>& entity) const;
     bool                processInSitu(Shape3d& entity) const;
     template <typename T>
     bool                processInSitu(Sphere3d<T>& entity) const;
     template <typename T>
     bool                processInSitu(Ellipsoid3d<T>& entity) const;
     template <typename T>
     bool                processInSitu(Cube3d<T>& entity) const;
     template <typename T>
     bool                processInSitu(Cuboid3d<T>& entity) const;
     template <typename T>
     bool                processInSitu(Segment3d<T>& entity) const;
     template <typename T>
     bool                processInSitu(Triangle3d<T>& entity) const;

 // attributes
 protected:

 };


 inline eTransform3dType
 ConvexHullTransform3d::getTransform3dType() const
 {
     return g_transform3dType;
 }


 } // end of namespace geom
 } // end of namespace ipsdk

 #endif // __IPSDKGEOMETRY_CONVEXHULLTRANSFORM3D_H__
ipsdk::geom::Ellipsoid3d
3d ellipsoid associated to cartesian 3d coordinates For a non rotated ellipse, the major radius follo...
Definition: Ellipsoid3d.h:39

ipsdk::geom::Segment3d
3d segment associated to two points
Definition: Segment3d.h:38

ipsdk
Main namespace for IPSDK library.
Definition: AlgorithmFunctionEfficiency.h:22

ipsdk::geom::Point3d
Point class associated to cartesian 3d coordinates.
Definition: GeometryEntity3dTypes.h:29

ipsdk::geom::Sphere3d
3d sphere associated to cartesian 3d coordinates
Definition: Sphere3d.h:36

ipsdk::geom::eTransform3dType
eTransform3dType
Enumerate describing geometry 3d transform type.
Definition: GeometryTransform3dTypes.h:33

ipsdk::geom::ConvexHullTransform3d::getTransform3dType
eTransform3dType getTransform3dType() const
method allowing to retrieve entity 3d transformation type
Definition: ConvexHullTransform3d.h:86

ipsdk::geom::Vector3d
Vector class associated to spherical 3d coordinates.
Definition: Vector3d.h:32

IPSDK_DECLARE_GEOMETRY_TRANSFORM_3D
#define IPSDK_DECLARE_GEOMETRY_TRANSFORM_3D(libraryName, className)
Macro allowing to declare a geometry transform 3d.
Definition: GeometryTransform3dHdrMacros.h:26

IPSDKGEOMETRY_API
#define IPSDKGEOMETRY_API
Import/Export macro for library IPSDKGeometry.
Definition: IPSDKGeometryExports.h:25

ipsdk::geom::BaseGeometryTransform3d
Base class for geometry 3d transformations.
Definition: BaseGeometryTransform3d.h:31

ipsdk::geom::BoundingBox3d
Rectangular 3d bounding box class associated to cartesian 3d coordinates.
Definition: BoundingBox3d.h:37

ipsdk::geom::Triangle3d
3d triangle associated to cartesian 3d coordinates
Definition: Triangle3d.h:37

ipsdk::geom::ConvexHullTransform3d
Computation of 3d convex hull associated to input geometry.
Definition: ConvexHullTransform3d.h:26

ipsdk::geom::ConvexHullTransform3d::g_transform3dType
static const eTransform3dType::domain g_transform3dType
geometry transformation type
Definition: ConvexHullTransform3d.h:34

ipsdk::geom::Mesh3d
Closed mesh associated to a triangulated boundary.
Definition: Mesh3d.h:43

ipsdk::geom::Cuboid3d
3d cuboid (rectangular parallelepiped) class associated to cartesian 3d coordinates ...
Definition: Cuboid3d.h:35

ipsdk::geom::PointCloud3d
Unordered collection of 3d points.
Definition: PointCloud3d.h:35

ipsdk::geom::MeshWithHoles3d
Closed mesh potentially associated to interior mesh holes.
Definition: MeshWithHoles3d.h:39

ipsdk::geom::eT3DT_ConvexHull
Convex Hull computation.
Definition: GeometryTransform3dTypes.h:51

ipsdk::geom::Shape3d
Shape 3d associated to one or more closed mesh 3d.
Definition: Shape3d.h:34

ipsdk::geom::Cube3d
3d cube class associated to cartesian 3d coordinates
Definition: Cube3d.h:35