Open Core Interface - MLPI
MLPI-MotionLogicProgrammingInterface(mlpi4COM)  1.26.2
IGroupMovement.idl
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2 // MLPI - <IGroupMovement.idl>
3 // -----------------------------------------------------------------------
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57 
58 
62 [
63  object,
64  uuid(9F4BD95D-BC11-4686-B6F5-9B253254F980),
65  dual,
66  nonextensible,
67  helpstring("IGroupMovement Interface"),
68  pointer_default(unique)
69 ]
70 interface IGroupMovement : IDispatch{
71 #if defined(WIN32) || defined(WIN64)
72  [id(1), helpstring("Method MoveLinearAbsolute")] HRESULT MoveLinearAbsolute([in] IRobotPoint *endPoint, [in] DOUBLE velocity, [in] DOUBLE acceleration, [in] DOUBLE deceleration, [in] DOUBLE jerk, [in] DOUBLE radius, [in] enum RobotSetMode setMode, [in] enum RobotSlopeType slopeType);
94 
116  [id(2), helpstring("Method MoveLinearRelative")] HRESULT MoveLinearRelative([in] IRobotPoint *distance, [in] DOUBLE velocity, [in] DOUBLE acceleration, [in] DOUBLE deceleration, [in] DOUBLE jerk, [in] DOUBLE radius, [in] enum RobotSetMode setMode, [in] enum RobotSlopeType slopeType);
117 
139  [id(3), helpstring("Method MoveDirectAbsolute")] HRESULT MoveDirectAbsolute([in] IRobotPoint *endPoint, [in] DOUBLE velocity, [in] DOUBLE acceleration, [in] DOUBLE deceleration, [in] DOUBLE jerk, [in] DOUBLE radius, [in] enum RobotSetMode setMode, [in] enum RobotSlopeType slopeType);
140 
164  [id(4), helpstring("Method MoveCircularAbsolute")] HRESULT MoveCircularAbsolute([in] IRobotPoint *midPoint, [in] IRobotPoint *endPoint, [in] DOUBLE velocity, [in] DOUBLE acceleration, [in] DOUBLE deceleration, [in] DOUBLE jerk, [in] DOUBLE radius, [in] enum RobotSetMode setMode, [in] enum RobotSlopeType slopeType);
165 
182  [id(10), helpstring("Method SyncOnWithLimits")] HRESULT SyncOnWithLimits([in] AxisRef* beltAxis, [in] DOUBLE acceleration, [in] DOUBLE jerk);
183 
202  [id(11), helpstring("Method SyncOffWithLimits")] HRESULT SyncOffWithLimits([in] AxisRef* beltAxis, [in] DOUBLE deceleration, [in] DOUBLE jerk, [in] DOUBLE radius, [in] enum RobotSetMode setMode);
203 
217  [id(12), helpstring("Method WaitForDone")] HRESULT WaitForDone([in] LONG timeout);
218 
232  [id(13), helpstring("Method WaitForActive")] HRESULT WaitForActive([in] LONG timeout);
233 
247  [id(14), helpstring("Method WaitForInBuffer")] HRESULT WaitForInBuffer([in] LONG timeout);
248 
269  [id(15), helpstring("Method Stop")] HRESULT Stop([in] DOUBLE deceleration, [in] DOUBLE jerk, [in] BOOL stop);
270 
286  [id(16), helpstring("Method Interrupt")] HRESULT Interrupt([in] DOUBLE deceleration, [in] DOUBLE jerk);
287 
301  [id(17), helpstring("Method Continue")] HRESULT Continue();
302 
322  [id(18), helpstring("Method JogStep")] HRESULT JogStep([in] IRobotPoint *distance, [in] DOUBLE velocity, [in] DOUBLE acceleration, [in] DOUBLE deceleration, [in] DOUBLE jerk);
323 
344  [id(19), helpstring("Method JogCont")] HRESULT JogCont([in] IRobotPoint *direction, [in] DOUBLE velocity, [in] DOUBLE acceleration, [in] DOUBLE deceleration, [in] DOUBLE jerk);
345 
359  [id(20), helpstring("Method StopCmd")] HRESULT StopCmd();
360 #endif
361 };
362 
363 
364 
365 
366 
367 
368 // -----------------------------------------------------------------------
369 // HISTORY
370 // -----------------------------------------------------------------------
371 // 01-Jan-2012
372 // - first release
373 // 04-Jan-2013 STR Subject: docu update
374 // - updated docu
375 // 21-May-2013 GB
376 // - added JogStep(), JogCont(), StopCmd()
377 // 22-May-2013 JUR
378 // - documentation update
379 //
380 
HRESULT WaitForActive([in] LONG timeout)
this function waits until the command status is set to active
HRESULT JogStep([in] IRobotPoint *distance, [in] DOUBLE velocity, [in] DOUBLE acceleration, [in] DOUBLE deceleration, [in] DOUBLE jerk)
This function jogs a step.
HRESULT MoveCircularAbsolute([in] IRobotPoint *midPoint, [in] IRobotPoint *endPoint, [in] DOUBLE velocity, [in] DOUBLE acceleration, [in] DOUBLE deceleration, [in] DOUBLE jerk, [in] DOUBLE radius, [in] enum RobotSetMode setMode, [in] enum RobotSlopeType slopeType)
performs simple circular move to an absolute end position.
Definition of the IGroupMovement interface used to access motion commands to move a group...
HRESULT WaitForDone([in] LONG timeout)
this function waits until the command status is set to done.
HRESULT Interrupt([in] DOUBLE deceleration, [in] DOUBLE jerk)
This function interrupts the group.
HRESULT Stop([in] DOUBLE deceleration, [in] DOUBLE jerk, [in] BOOL stop)
This function stops the group with the given deceleration and jerk.
HRESULT SyncOnWithLimits([in] AxisRef *beltAxis, [in] DOUBLE acceleration, [in] DOUBLE jerk)
performs a synchronization to a belt with movement limits.
HRESULT JogCont([in] IRobotPoint *direction, [in] DOUBLE velocity, [in] DOUBLE acceleration, [in] DOUBLE deceleration, [in] DOUBLE jerk)
This function jogs continuously.
Definition of the IRobotPoint interface.
Definition: IRobotPoint.idl:71
HRESULT MoveDirectAbsolute([in] IRobotPoint *endPoint, [in] DOUBLE velocity, [in] DOUBLE acceleration, [in] DOUBLE deceleration, [in] DOUBLE jerk, [in] DOUBLE radius, [in] enum RobotSetMode setMode, [in] enum RobotSlopeType slopeType)
performs simple point to point move to an absolute end position.
HRESULT SyncOffWithLimits([in] AxisRef *beltAxis, [in] DOUBLE deceleration, [in] DOUBLE jerk, [in] DOUBLE radius, [in] enum RobotSetMode setMode)
performs a desynchronization of a belt with movement limits.
HRESULT MoveLinearRelative([in] IRobotPoint *distance, [in] DOUBLE velocity, [in] DOUBLE acceleration, [in] DOUBLE deceleration, [in] DOUBLE jerk, [in] DOUBLE radius, [in] enum RobotSetMode setMode, [in] enum RobotSlopeType slopeType)
performs simple linear move with a given relative distance.
HRESULT WaitForInBuffer([in] LONG timeout)
this function waits until the command is in buffer
HRESULT StopCmd()
This function stops last command.
HRESULT MoveLinearAbsolute([in] IRobotPoint *endPoint, [in] DOUBLE velocity, [in] DOUBLE acceleration, [in] DOUBLE deceleration, [in] DOUBLE jerk, [in] DOUBLE radius, [in] enum RobotSetMode setMode, [in] enum RobotSlopeType slopeType)
performs simple linear move to an absolute end position.
HRESULT Continue()
This function continues the group.