Class List
Here are the classes, structs, unions and interfaces with brief descriptions:
[detail level 1234]
 Nindustrial
 Njoint_feedback_ex
 CJointFeedbackEx
 Njoint_feedback_ex_message
 CJointFeedbackExMessageClass encapsulated joint feedback ex message generation methods (either to or from a industrial::simple_message::SimpleMessage type
 Njoint_traj_pt_full_ex
 CJointTrajPtFullExClass encapsulated joint trajectory point data. The point data serves as a waypoint along a trajectory and is meant to mirror the JointTrajectoryPoint message
 Njoint_traj_pt_full_ex_message
 CJointTrajPtFullExMessageClass encapsulated joint trajectory extended point message generation methods (either to or from a industrial::simple_message::SimpleMessage type
 Nindustrial_robot_client
 Njoint_feedback_ex_relay_handler
 CJointFeedbackExRelayHandlerMessage handler that relays joint positions (converts simple message types to ROS message types and publishes them)
 Njoint_feedback_relay_handler
 CJointFeedbackRelayHandlerMessage handler that relays joint positions (converts simple message types to ROS message types and publishes them)
 Njoint_trajectory_streamer
 Nmotoman
 Nio_ctrl
 CMotomanIoCtrlWrapper class around Motoman-specific io control commands
 Nio_relay
 CMotomanIORelayMessage handler that sends I/O service requests to the robot controller and receives the responses
 Njoint_trajectory_streamer
 CMotomanJointTrajectoryStreamerMessage handler that streams joint trajectories to the robot controller. Contains FS100-specific motion control commands
 Nmotion_ctrl
 CMotomanMotionCtrlWrapper class around Motoman-specific motion control commands
 Nsimple_message
 Nio_ctrl
 CReadSingleIOClass encapsulated read single io data. Motoman specific interface to read a single IO element on the controller
 CWriteSingleIOClass encapsulated write single io data. Motoman specific interface to write a single IO element on the controller
 Nio_ctrl_message
 CReadSingleIOMessageClass encapsulated motoman read single io message generation methods (either to or from a industrial::simple_message::SimpleMessage type
 CWriteSingleIOMessageClass encapsulated motoman write single io message generation methods (either to or from a industrial::simple_message::SimpleMessage type
 Nio_ctrl_reply
 CReadSingleIOReplyClass encapsulated read single io reply data. These messages are sent by the FS100 controller in response to ReadSingleIO messages
 CWriteSingleIOReplyClass encapsulated write single io reply data. These messages are sent by the FS100 controller in response to WriteSingleIO messages
 Nio_ctrl_reply_message
 CReadSingleIOReplyMessageClass encapsulated motoman read single io reply message generation methods (either to or from a industrial::simple_message::SimpleMessage type
 CWriteSingleIOReplyMessageClass encapsulated motoman write single io reply message generation methods (either to or from a industrial::simple_message::SimpleMessage type
 Nmotion_ctrl
 CMotionCtrlClass 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
 Nmotion_ctrl_message
 CMotionCtrlMessageClass encapsulated motoman motion control message generation methods (either to or from a industrial::simple_message::SimpleMessage type
 Nmotion_reply
 NMotionReplySubcodes
 CMotionReplyClass encapsulated motion control reply data. These messages are sent by the FS100 controller in response to MotionCtrl messages. These control commands are motoman-specific
 Nmotion_reply_message
 CMotionReplyMessageClass encapsulated motoman motion reply message generation methods (either to or from a industrial::simple_message::SimpleMessage type
 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
 CMAX_INC_PIPC
 CMAX_INCREMENT_INFO
 CPULSE_TO_METER
 CPULSE_TO_RAD
 CRobotGroup
 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