Class Hierarchy

Go to the graphical class hierarchy

This inheritance list is sorted roughly, but not completely, alphabetically:
[detail level 123]
 C_SimpleMsg
 C_SmBodyJointFeedback
 C_SmBodyJointFeedbackEx
 C_SmBodyJointTrajPtExData
 C_SmBodyJointTrajPtFull
 C_SmBodyJointTrajPtFullEx
 C_SmBodyMotoGetDhParameters
 C_SmBodyMotoIoCtrlReply
 C_SmBodyMotoMotionCtrl
 C_SmBodyMotoMotionReply
 C_SmBodyMotoReadIOBit
 C_SmBodyMotoReadIOBitReply
 C_SmBodyMotoReadIOGroup
 C_SmBodyMotoReadIOGroupReply
 C_SmBodyMotoReadIOMRegister
 C_SmBodyMotoReadIOMRegisterReply
 C_SmBodyMotoWriteIOBit
 C_SmBodyMotoWriteIOBitReply
 C_SmBodyMotoWriteIOGroup
 C_SmBodyMotoWriteIOGroupReply
 C_SmBodyMotoWriteIOMRegister
 C_SmBodyMotoWriteIOMRegisterReply
 C_SmBodyRobotStatus
 C_SmBodySelectTool
 C_SmHeader
 CAXIS_MOTION_TYPE
 CController
 CCtrlGroup
 CDH_LINK
 CDH_PARAMETERS
 CFB_AXIS_CORRECTION
 CFB_PULSE_CORRECTION_DATA
 CGP_INTERPOLATION_PERIOD
 CIncremental_data
 CIncremental_q
 CJOINT_ANGULAR_VELOCITY_LIMITS
 CJOINT_FEEDBACK_SPEED_ADDRESSES
 CJOINT_PULSE_LIMITS
 CJointMotionData
 Cindustrial_robot_client::joint_trajectory_interface::JointTrajectoryInterface [external]Message handler that relays joint trajectories to the robot controller
 Cindustrial_robot_client::joint_trajectory_streamer::JointTrajectoryStreamer [external]Message handler that streams joint trajectories to the robot controller
 Cmotoman::joint_trajectory_streamer::MotomanJointTrajectoryStreamerMessage handler that streams joint trajectories to the robot controller. Contains FS100-specific motion control commands
 Cindustrial_robot_client::joint_trajectory_streamer::JointTrajectoryStreamer [external]Message handler that streams joint trajectories to the robot controller
 CMAX_INC_PIPC
 CMAX_INCREMENT_INFO
 Cindustrial::message_handler::MessageHandler [external]
 Cindustrial_robot_client::joint_relay_handler::JointRelayHandler [external]Message handler that relays joint positions (converts simple message types to ROS message types and publishes them)
 Cindustrial_robot_client::joint_feedback_ex_relay_handler::JointFeedbackExRelayHandlerMessage handler that relays joint positions (converts simple message types to ROS message types and publishes them)
 Cindustrial_robot_client::joint_feedback_relay_handler::JointFeedbackRelayHandlerMessage handler that relays joint positions (converts simple message types to ROS message types and publishes them)
 Cindustrial_robot_client::joint_relay_handler::JointRelayHandler [external]Message handler that relays joint positions (converts simple message types to ROS message types and publishes them)
 Cmotoman::io_ctrl::MotomanIoCtrlWrapper class around Motoman-specific io control commands
 Cmotoman::io_relay::MotomanIORelayMessage handler that sends I/O service requests to the robot controller and receives the responses
 Cmotoman::motion_ctrl::MotomanMotionCtrlWrapper class around Motoman-specific motion control commands
 CPULSE_TO_METER
 CPULSE_TO_RAD
 CRobotGroup
 Cindustrial::simple_serialize::SimpleSerialize [external]
 Cindustrial::joint_feedback_ex::JointFeedbackEx
 Cindustrial::joint_traj_pt_full_ex::JointTrajPtFullExClass encapsulated joint trajectory point data. The point data serves as a waypoint along a trajectory and is meant to mirror the JointTrajectoryPoint message
 Cindustrial::typed_message::TypedMessage [external]
 Cindustrial::joint_feedback_ex_message::JointFeedbackExMessageClass encapsulated joint feedback ex message generation methods (either to or from a industrial::simple_message::SimpleMessage type
 Cindustrial::joint_traj_pt_full_ex_message::JointTrajPtFullExMessageClass encapsulated joint trajectory extended point message generation methods (either to or from a industrial::simple_message::SimpleMessage type
 Cmotoman::simple_message::io_ctrl_message::ReadSingleIOMessageClass encapsulated motoman read single io message generation methods (either to or from a industrial::simple_message::SimpleMessage type
 Cmotoman::simple_message::io_ctrl_message::WriteSingleIOMessageClass encapsulated motoman write single io message generation methods (either to or from a industrial::simple_message::SimpleMessage type
 Cmotoman::simple_message::io_ctrl_reply_message::ReadSingleIOReplyMessageClass encapsulated motoman read single io reply message generation methods (either to or from a industrial::simple_message::SimpleMessage type
 Cmotoman::simple_message::io_ctrl_reply_message::WriteSingleIOReplyMessageClass encapsulated motoman write single io reply message generation methods (either to or from a industrial::simple_message::SimpleMessage type
 Cmotoman::simple_message::motion_ctrl_message::MotionCtrlMessageClass encapsulated motoman motion control message generation methods (either to or from a industrial::simple_message::SimpleMessage type
 Cmotoman::simple_message::motion_reply_message::MotionReplyMessageClass encapsulated motoman motion reply message generation methods (either to or from a industrial::simple_message::SimpleMessage type
 Cmotoman::simple_message::io_ctrl::ReadSingleIOClass encapsulated read single io data. Motoman specific interface to read a single IO element on the controller
 Cmotoman::simple_message::io_ctrl::WriteSingleIOClass encapsulated write single io data. Motoman specific interface to write a single IO element on the controller
 Cmotoman::simple_message::io_ctrl_reply::ReadSingleIOReplyClass encapsulated read single io reply data. These messages are sent by the FS100 controller in response to ReadSingleIO messages
 Cmotoman::simple_message::io_ctrl_reply::WriteSingleIOReplyClass encapsulated write single io reply data. These messages are sent by the FS100 controller in response to WriteSingleIO messages
 Cmotoman::simple_message::motion_ctrl::MotionCtrlClass encapsulated motion control data. These control messages are required to download command-trajectories to the FS100 controller. Trajectory data is provided in a separate JointTrajPtFull message. These control commands are motoman-specific
 Cmotoman::simple_message::motion_reply::MotionReplyClass encapsulated motion control reply data. These messages are sent by the FS100 controller in response to MotionCtrl messages. These control commands are motoman-specific
 CSmBody
 CSmPrefix
 CTASK_QTY_INFO


motoman_driver
Author(s): Jeremy Zoss (Southwest Research Institute), Ted Miller (MotoROS) (Yaskawa Motoman), Eric Marcil (MotoROS) (Yaskawa Motoman)
autogenerated on Sat May 8 2021 02:27:44