Moby::PlanePrimitive Class Reference

Represents a heightmap with height zero on the xz plane (primitive can be transformed) More...

#include <PlanePrimitive.h>

Inheritance diagram for Moby::PlanePrimitive:

Public Member Functions
	PlanePrimitive ()
	Initializes the heightmap primitive.
	PlanePrimitive (const Ravelin::Pose3d &T)
	Initializes the heightmap primitive.
virtual Point3d	get_supporting_point (const Ravelin::Vector3d &dir) const
	Gets the supporting point for the plane (for GJK)
virtual void	set_pose (const Ravelin::Pose3d &T)
	Transforms the primitive.
virtual void	get_vertices (boost::shared_ptr< const Ravelin::Pose3d > P, std::vector< Point3d > &vertices) const
	Get vertices corresponding to this primitive. More...
void	get_vertices (BVPtr bv, boost::shared_ptr< const Ravelin::Pose3d > P, std::vector< Point3d > &vertices) const
virtual double	calc_dist_and_normal (const Point3d &point, std::vector< Ravelin::Vector3d > &normals) const
	Finds the signed distance betwen the plane and a point.
virtual double	calc_signed_dist (boost::shared_ptr< const Primitive > p, Point3d &pthis, Point3d &pp) const
	Computes the signed distance between this and another primitive.
double	calc_signed_dist (boost::shared_ptr< const PolyhedralPrimitive > b, Point3d &pthis, Point3d &pb) const
double	calc_signed_dist (boost::shared_ptr< const CylinderPrimitive > s, Point3d &pthis, Point3d &psph) const
double	calc_signed_dist (boost::shared_ptr< const SpherePrimitive > s, Point3d &pthis, Point3d &psph) const
virtual double	calc_signed_dist (const Point3d &p) const
	Computes the signed distance of the given point from this primitive.
virtual osg::Node *	create_visualization ()
	Computes the OSG visualization.
virtual boost::shared_ptr < const IndexedTriArray >	get_mesh (boost::shared_ptr< const Ravelin::Pose3d > P)
	Gets the mesh of the heightmap.
virtual void	calc_mass_properties ()
virtual BVPtr	get_BVH_root (CollisionGeometryPtr geom)
	Gets the BVH root for the heightmap.
virtual void	load_from_xml (boost::shared_ptr< const XMLTree > node, std::map< std::string, BasePtr > &id_map)
	Implements Base::load_from_xml() for serialization.
virtual void	save_to_xml (XMLTreePtr node, std::list< boost::shared_ptr< const Base > > &shared_objects) const
	Implements Base::save_to_xml() for serialization.
virtual bool	is_convex () const
	Determines whether this primitive is convex.
virtual double	get_bounding_radius () const
Public Member Functions inherited from Moby::Primitive
	Primitive ()
	Constructs a primitive under the identity transformation.
	Primitive (const Ravelin::Pose3d &T)
void	update_visualization ()
	Updates the visualization on the primitive.
void	set_mass (double mass)
	Sets the mass of this primitive. More...
void	set_density (double density)
	Sets the density of this primitive.
void	add_collision_geometry (CollisionGeometryPtr cg)
	Adds a collision geometry.
void	remove_collision_geometry (CollisionGeometryPtr cg)
	Removes a collision geometry.
boost::shared_ptr< const Ravelin::Pose3d >	get_pose (CollisionGeometryPtr g) const
	Gets the pose of this primitive relative to a particular collision geometry.
virtual double	calc_max_dist (double lin_cont, double ang_cont, double dist, const Ravelin::Vector3d &d0, const Ravelin::Vector3d &w0, boost::shared_ptr< const Ravelin::Pose3d > P)
	Computes the maximum distance by a point on the geometry.
virtual osg::Node *	get_visualization ()
	Gets the visualization for this primitive. More...
boost::shared_ptr< const Ravelin::Pose3d >	get_inertial_pose () const
	Gets the inertial frame of this primitive.
boost::shared_ptr< const Ravelin::Pose3d >	get_pose () const
	Gets the pose of this primitive.
const Ravelin::SpatialRBInertiad &	get_inertia () const
	Gets the inertia for this primitive.
Public Member Functions inherited from Moby::Base
	Base (const Base *b)

Protected Member Functions
virtual double	calc_height (const Point3d &p) const
	Computes the height at a particular point.

Protected Attributes
std::map< CollisionGeometryPtr, boost::shared_ptr< OBB > >	_obbs
	The bounding volumes for the heightmap.
Protected Attributes inherited from Moby::Primitive
boost::shared_ptr < Ravelin::Pose3d >	_F
	The pose of this primitive (relative to the global frame)
boost::shared_ptr < Ravelin::Pose3d >	_jF
	The inertial pose of this primitive (relative to the global frame)
boost::shared_ptr< double >	_density
	The density of this primitive.
Ravelin::SpatialRBInertiad	_J
	The inertia of the primitive.
std::map< boost::weak_ptr < CollisionGeometry > , boost::shared_ptr < Ravelin::Pose3d > >	_cg_poses
	The poses of this primitive, relative to a collision geometry.
std::set< boost::shared_ptr < Ravelin::Pose3d > >	_poses
	The poses, relative to a particular collision geometry.

Friends
class	CCD

Additional Inherited Members
Static Public Member Functions inherited from Moby::Base
template<class T >
static boost::shared_ptr< T >	clone (boost::shared_ptr< T > x)
	Static method for cloning a shared pointer.
Public Attributes inherited from Moby::Base
boost::shared_ptr< void >	userdata
	Any relevant userdata.
std::string	id
	The unique ID for this object.

Detailed Description

Represents a heightmap with height zero on the xz plane (primitive can be transformed)

Member Function Documentation

virtual void Moby::PlanePrimitive::get_vertices ( boost::shared_ptr< const Ravelin::Pose3d >  P, std::vector< Point3d > &  vertices  ) const

virtual

Get vertices corresponding to this primitive.

Gets the vertex indices from selected facets of an IndexedTriArray.

Parameters

tris	the triangle mesh
fselect_begin	iterator to a container of type unsigned (facet indices)
fselect_end	iterator to a container of type unsigned (facet indices)
output	beginning iterator to a container of type Point3d; unique vertices are copied here on return

Returns

ending iterator to a container of type Point3d; unique vertices are copied here on return

Implements Moby::Primitive.

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The documentation for this class was generated from the following files:

• /home/drum/Moby/include/Moby/PlanePrimitive.h
• /home/drum/Moby/src/PlanePrimitive.cpp