1 #ifndef AIKIDO_STATESPACE_DART_SO2JOINTSTATESPACE_HPP_ 2 #define AIKIDO_STATESPACE_DART_SO2JOINTSTATESPACE_HPP_ 4 #include "aikido/statespace/SO2.hpp" 5 #include "aikido/statespace/dart/JointStateSpace.hpp" 16 ,
public std::enable_shared_from_this<SO2Joint>
26 const ::dart::dynamics::GenericJoint<::dart::math::R1Space>* joint);
30 const Eigen::VectorXd& positions,
36 Eigen::VectorXd& positions)
const override;
43 #endif // ifndef AIKIDO_STATESPACE_SO2JOINTSTATESPACE_HPP_ The two-dimensional special orthogonal group SO(2), i.e.
Definition: SO2.hpp:18
SO2 for a DART SingleDofJoint.
Definition: SO2Joint.hpp:13
void convertPositionsToState(const Eigen::VectorXd &positions, StateSpace::State *state) const override
Converts DART Joint positions, e.g.
Definition: SO2Joint.cpp:16
Definition: FrameMarker.hpp:11
Format of serialized trajectory in YAML.
Definition: algorithm.hpp:4
A tuple of states where the i-th state is from the i-th subspace.
Definition: CartesianProduct.hpp:162
SO2Joint(const ::dart::dynamics::GenericJoint<::dart::math::R1Space > *joint)
Creates a state space for a FreeJoint.
Definition: SO2Joint.cpp:8
StateSpace of a DART Joint.
Definition: JointStateSpace.hpp:20
void convertStateToPositions(const StateSpace::State *state, Eigen::VectorXd &positions) const override
Converts a State in this state space to DART Joint positions, e.g.
Definition: SO2Joint.cpp:23