25 std::pair<RobotState, Duration>
readOnce()
override;
32 const std::optional<const Torques>& )
override {
37 const std::optional<const Torques>& )
override {
42 const std::optional<const Torques>& )
override {
47 const std::optional<const Torques>& )
override {
52 writeOnce(motion_generator_input, std::optional<const Torques>());
56 writeOnce(motion_generator_input, std::optional<const Torques>());
60 writeOnce(motion_generator_input, std::optional<const Torques>());
64 writeOnce(motion_generator_input, std::optional<const Torques>());
96 const std::string wrong_write_once_method_called{
97 "Wrong writeOnce method called for currently active control!"};
Abstract interface class as the base of the active controllers.
Allows the user to read the state of a Robot and to send new control commands after starting a contro...
Definition active_control_base.h:27
Documented in ActiveControlBase.
Definition active_control.h:21
uint32_t motion_id
motion id of running motion
Definition active_control.h:84
void writeOnce(const CartesianVelocities &, const std::optional< const Torques > &) override
Updates the cartesian velocity and torque commands of an active control.
Definition active_control.h:46
std::optional< Duration > last_read_access
duration to last read access
Definition active_control.h:93
void writeOnce(const JointVelocities &, const std::optional< const Torques > &) override
Updates the joint velocity and torque commands of an active control.
Definition active_control.h:36
ActiveControl(std::shared_ptr< Robot::Impl > robot_impl, uint32_t motion_id, std::unique_lock< std::mutex > control_lock)
Construct a new ActiveControl object.
void writeOnce(const CartesianPose &, const std::optional< const Torques > &) override
Updates the cartesian position and torque commands of an active control.
Definition active_control.h:41
void writeOnce(const CartesianPose &motion_generator_input) override
Updates the cartesian pose commands of an active control, with internal controller.
Definition active_control.h:59
void writeOnce(const JointPositions &, const std::optional< const Torques > &) override
Updates the joint position and torque commands of an active control.
Definition active_control.h:31
std::pair< RobotState, Duration > readOnce() override
Waits for a robot state update and returns it.
void writeOnce(const JointVelocities &motion_generator_input) override
Updates the joint velocity commands of an active control, with internal controller.
Definition active_control.h:55
void writeOnce(const JointPositions &motion_generator_input) override
Updates the joint position commands of an active control, with internal controller.
Definition active_control.h:51
void writeOnce(const Torques &) override
Updates torque commands of an active control.
Definition active_control.h:27
std::shared_ptr< Robot::Impl > robot_impl
shared pointer to Robot::Impl instance for read and write accesses
Definition active_control.h:81
void writeOnce(const CartesianVelocities &motion_generator_input) override
Updates the cartesian velocity commands of an active control, with internal controller.
Definition active_control.h:63
std::unique_lock< std::mutex > control_lock
control-lock preventing parallel control processes
Definition active_control.h:87
bool control_finished
flag indicating if control process is finished
Definition active_control.h:90
Stores values for Cartesian pose motion generation.
Definition control_types.h:127
Stores values for Cartesian velocity motion generation.
Definition control_types.h:211
Stores values for joint position motion generation.
Definition control_types.h:72
Stores values for joint velocity motion generation.
Definition control_types.h:99
Stores joint-level torque commands without gravity and friction.
Definition control_types.h:45
Contains exception definitions.
Contains the franka::Robot type.
ControlException is thrown if an error occurs during motion generation or torque control.
Definition exception.h:73