10 #include <Ravelin/FixedJointd.h>
11 #include <Moby/Joint.h>
21 FixedJoint(boost::weak_ptr<RigidBody> inboard, boost::weak_ptr<RigidBody> outboard);
22 virtual unsigned num_dof()
const {
return FixedJointd::num_dof(); }
23 virtual bool is_singular_config()
const {
return FixedJointd::is_singular_config(); }
24 virtual void evaluate_constraints(
double C[]) { FixedJointd::evaluate_constraints(C); }
25 virtual const std::vector<Ravelin::SVelocityd>& get_spatial_axes_dot() {
return FixedJointd::get_spatial_axes_dot(); }
26 virtual void determine_q(Ravelin::VectorNd& q) { FixedJointd::determine_q(q); }
27 virtual boost::shared_ptr<const Ravelin::Pose3d> get_induced_pose() {
return FixedJointd::get_induced_pose(); }
28 virtual void load_from_xml(boost::shared_ptr<const XMLTree> node, std::map<std::string, BasePtr>& id_map);
29 virtual void save_to_xml(
XMLTreePtr node, std::list<boost::shared_ptr<const Base> >& shared_objects)
const;
virtual void save_to_xml(XMLTreePtr node, std::list< boost::shared_ptr< const Base > > &shared_objects) const
Implements Base::save_to_xml()
Definition: FixedJoint.cpp:45
boost::shared_ptr< XMLTree > XMLTreePtr
XML tree smart pointer.
Definition: Types.h:104
Defines a joint used in articulated rigid body dynamics simulation.
Definition: Joint.h:30
FixedJoint()
Initializes the joint.
Definition: FixedJoint.cpp:23
Defines a joint for fixing two bodies together or fixing one body to the ground.
Definition: FixedJoint.h:16
virtual void load_from_xml(boost::shared_ptr< const XMLTree > node, std::map< std::string, BasePtr > &id_map)
Implements Base::load_from_xml()
Definition: FixedJoint.cpp:35