Using the library with other versions of software or firmware may have results other than described in the present documentation.
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PacDrive 3 V4.3 SP1
PacDrive LMC Eco V1.54.20.3 or greater
PacDrive LMC Pro V1.54.20.3 or greater
PacDrive LMC Pro2 V1.54.20.3 or greater
IF_RobotFeedbackConnectedPath.lrRemainingTime
The time until the robot reaches the end of the connected path is returned. If the calculation is based on motion parameters set by methods of IF_RobotMotion or IF_RobotJogging, this is indicated by the feedback property IF_RobotFeedbackConnectedPath.etMovementMode.
IF_RobotMotion.MoveAsync
A configured auxiliary axis can be moved without having a connected path defined. An asynchronous movement can also be triggered at a specific path position of a defined connected path. If a synchronous or an asynchronous movement of an auxiliary axis is active, this is indicated by the feedback property IF_RobotFeedbackMotionAuxiliaryAxis.etMovementMode.
IF_RobotConfiguration.SetEmergencyParameter2
Setting the emergency parameters for a specific robot component ET_RobotComponent.
IF_RobotConfiguration.GetEmergencyParameter2
Reading the emergency parameters of a specific robot component ET_RobotComponent.
IF_RobotConfigurationAdvanced.ExtendConnectedPath
Allowing to add more than 100 segments to a connected path.
IF_RobotFeedbackSpace.rstTangent
The tangent vector of the three-dimensional movement of the tool center point is returned.
The number of configurable auxiliary axes (Gc_udiMaxNumberOfAuxiliary) is increased to 10.
IF_RobotMotion.ClearSegmentsFromId
If no synchronous auxiliary axis movement is active, the connected path is continued with a following motion command.
IF_RobotFeedback.xOnPath
The feedback property returns TRUE as default value even if no move commands are sent.
IF_RobotFeedback.xInTarget
The feedback property returns TRUE as default value even if no move commands are sent.
In several situations, the diagnostic message ET_Diag.UnexpectedProgramBehavior was returned by the robot in connection with calculating the motion profile. Calculating the motion profile of the robot is improved.