57 package com.boschrexroth.mlpi;
153 public native String
GetName();
native Robot.RobotKinematicsValues GetKinematicValues()
native Robot.RobotKinematicsUnits GetKinematicUnits()
This class defines the parameters of the GetCSInfo command. You may want to use this class to read al...
native void TransformPoint(Robot.RobotCoordinateSystem cs, RobotPoint point)
This class defines the axis through the definition of control and axis number.
native Robot.RobotSafeZoneData[] GetSafeZones()
Structure containing units of the kinematics as strings. You may want to use this structure to read a...
native void SetPerformanceEnable(boolean type)
native Robot.RobotCmdInfo[] GetCmdInfo(Robot.RobotCmdInfoType infoType)
native RobotPoint GetActualPosition(Robot.RobotCoordinateSystem cs)
Class definition of the mlpiRobotLib.
native Robot.RobotCoordinateSystemInfo[] GetCoordinateSystemInfo()
native Robot.RobotTrafoParameter GetTransform(Robot.RobotCoordinateSystem coordSys)
This class defines the parameter values for a product coordinate transformation.
native Robot.RobotBeltConfigValues GetBeltConfiguration(Motion.AxisRef belt)
native Robot.RobotMechanicData[] GetMechanicData(boolean updateOnly)
This class defines the parameters of the GetSafeZones command. You may want to use this class to read...
native void MovePoint(RobotPoint point)
This class defines the reference in order to reference to the connected control and the robot that wi...
This class defines the parameter values for a product coordinate transformation.
native String GetDiagnosisText()
native double GetMoveId()
native Robot.RobotTypes GetType()
Structure containing operation information about an kinematic. These values do change as soon as the ...
This class defines the data for a command for a mechanic object.
This enumeration defines the possible coordinate systems.
native Robot.RobotPerformanceResult[] GetPerformanceResult()
native Robot.RobotBeltErrorReactionValues GetBeltErrorReaction(Motion.AxisRef belt)
This class defines the data for a command for a mechanic object.
This class defines the parameter values for a coordinate transformation.
Class definition of the MotionLib.
This enumeration must be used to define which robotic kernel will be used.
This enumeration defines the type of information which should be read.