With the method AddSample(...), a new sample is added to the active set. Each sample consists of a TCP position and a target position, which both must refer to the same point in space.
Access: PUBLIC
Input |
Data type |
Description |
---|---|---|
i_stTCPPosition |
SE_MATH.ST_Vector3D |
Cartesian position of the TCP referred to the coordinate system of the robot. |
i_stTargetPosition |
SE_MATH.ST_Vector3D |
Cartesian position referred to the target coordinate system. |
i_lrSampleTolerance |
LREAL |
Tolerance value used to verify the consistency of the samples. The algorithm verifies that the distance between the previous and the new sample of the TCP position compared to the distance between the previous and new target position samples is within this tolerance value. Default value: 1.0 mm |
Output |
Data type |
Description |
---|---|---|
q_xError |
BOOL |
TRUE: An error occurred during last command. For more information refer also to q_etResult and q_sResultMsg. |
q_etResult |
Provides diagnostic and status information. If q_xError = FALSE, then q_etResult provides status information. If q_xError = TRUE, then q_etResult provides diagnostic/error information. The enumeration ET_Result contains the possible values of the POU operation results. |
|
q_sResultMsg |
STRING[80] |
Provides additional information about the current status of the POU. |