CompensatorConfigSet() [1/4]

void CompensatorConfigSet	(	int32_t	compensatorNumber,
		Axis *	firstInputAxis,
		RSIAxisMasterType	firstInputAxisType,
		double	firstInputAxisMinimum,
		double	firstInputAxisMaximum,
		double	firstInputAxisDelta,
		Axis *	secondInputAxis,
		RSIAxisMasterType	secondInputAxisType,
		double	secondInputAxisMinimum,
		double	secondInputAxisMaximum,
		double	secondInputAxisDelta,
		Axis *	outputAxis,
		RSICompensatorOutputType	outputType,
		const double *const	table )

Sample Code:

Compensator

      // To use a compensator space in memory must be reserved before creating axis objects. For this sample app we will create two overlapping compensation tables. 
      controller.CompensatorCountSet(2);
 
      // To know how much memory will be required for the compensator table you must first know your MIN, MAX, and DELTA. See our compensator topic page for more information. 
      const int MIN    = 0;   // The smallest value in counts on the input axis where a table will be applied to the output axis. 
      const int MAX    = 200; // The largest value in counts on the input axis where a table will be applied to the output axis. 
      const int DELTA  = 10;  // The number of encoder counts on the input axis between values in the table.
      const int POINTS = ((MAX - MIN) / DELTA) + 1; // The space required in memory for the table  to be held. (21)
 
      // Compensator table values use Axis COUNTS NOT user units to be applied to the output axis.
      double[] TABLE0 = new double[POINTS] { 0, 1000, -5000, -10000, 10000, 5000, -5000, 2500, 0, 2500, 5000, 7500, 1000, 1250, 1000, 7500, 5000, 2500, 0, -2500, -1000 };
      double[] TABLE1 = new double[POINTS] { 0, 500, 0, 0, 0, 0, 0, 0, 0, 0, 1000, -5000, -1000, 1000, 5000, -5000, 2500, 0, -1000, 0, 0 };
 
      // Reserve space in memory for the compensator tables.
      controller.CompensatorPointCountSet(Constants.COMP_NUM_ZERO, TABLE0.Length);
      controller.CompensatorPointCountSet(Constants.COMP_NUM_ONE, TABLE1.Length);
 
      controller.AxisCountSet(2);
 
      Axis moving_axis   = CreateAndReadyAxis(Constants.MAIN_AXIS_NUMBER);   // Helper function to setup an axis
      Axis follower_axis = CreateAndReadyAxis(Constants.DRIVEN_AXIS_NUMBER); // Helper function to setup an axis
 
      // NOTE the three following values must be equal before a compensator can be configured. Otherwise an error will be thrown. See topic page for more info. 
      if (controller.CompensatorPointCountGet(Constants.COMP_NUM_ZERO) == TABLE0.Length && POINTS == TABLE0.Length)
      {
        // Initalize the Compensator
        controller.CompensatorConfigSet(Constants.COMP_NUM_ZERO, moving_axis, RSIAxisMasterType.RSIAxisMasterTypeAXIS_ACTUAL_POSITION, MIN, MAX, DELTA, follower_axis, RSICompensatorOutputType.RSICompensatorOutputTypeSINGLE, TABLE0);
 
        // You can also configure multiple overlaping compensation tables. Note the first compensator remains in SINGLE mode but the second is set to ADDITIVE
        controller.CompensatorConfigSet(Constants.COMP_NUM_ONE, moving_axis, RSIAxisMasterType.RSIAxisMasterTypeAXIS_ACTUAL_POSITION, MIN, MAX, DELTA, follower_axis, RSICompensatorOutputType.RSICompensatorOutputTypeADDITIVE, TABLE1);
      }

Parameters

compensatorNumber	which compensator to configure?
firstInputAxis	This specifies the axis of the first compensating Axis object. The position from this Axis will be used to index a single dimension of the compensation table. This number must correspond to a valid (existing) and enabled Axis on the controller.
firstInputAxisType
firstInputAxisMinimum	The minimum feedback position (COUNTS) along the first compensation axis where compensation will occur.
firstInputAxisMaximum	The maximum feedback position (COUNTS) along the first compensation axis where compensation will occur.
firstInputAxisDelta	Spacing between compensation positions on the compensating axis. positionDelta must meet some specifications: positionDelta must be an exact multiple of the range (i.e. ((range.positionMax - range.positionMin) / positionDelta) must be an integer value). positionDelta must be greater than zero. positionDelta must be greater than (positionMax - positionMin).
secondInputAxis	This specifies the axis of the second compensating Axis object. The position from this Axis will be used to index a single dimension of the compensation table. This number must correspond to a valid (existing) and enabled Axis on the controller.
secondInputAxisType	This specifies the axis number of the second compensating Axis object. The position from this Axis will be used to index a single dimension of the compensation table. This number must correspond to a valid (existing) and enabled Axis on the controller.
secondInputAxisMinimum	The minimum feedback position (COUNTS) along the second compensation axis where compensation will occur.
secondInputAxisMaximum	The maximum feedback position (COUNTS) along the second compensation axis where compensation will occur.
secondInputAxisDelta	Spacing between compensation positions on the secondcompensating axis. positionDelta must meet some specifications: positionDelta must be an exact multiple of the range (i.e. ((range.positionMax – range.positionMin) / positionDelta) must be an integer value). positionDelta must be greater than zero. positionDelta must be greater than (positionMax - positionMin).
outputAxis	This specifies the axis of the Axis to be compensated by the Compensator object. This number must correspond to a valid (existing) and enabled Axis on the controller.
outputType	Sets the behavior of a compensator. SINGLE: Only the most recent compensator configured to output on a specific axes will be applied ADDITIVE: The output of the compensator will be added with the result form the previously applied compensator on the specific axis.
table	the points which will be written to the table

Part of the Compensator method group.

Sample Code:

Compensator

      // To use a compensator space in memory must be reserved before creating axis objects. For this sample app we will create two overlapping compensation tables. 
      controller.CompensatorCountSet(2);
 
      // To know how much memory will be required for the compensator table you must first know your MIN, MAX, and DELTA. See our compensator topic page for more information. 
      const int MIN    = 0;   // The smallest value in counts on the input axis where a table will be applied to the output axis. 
      const int MAX    = 200; // The largest value in counts on the input axis where a table will be applied to the output axis. 
      const int DELTA  = 10;  // The number of encoder counts on the input axis between values in the table.
      const int POINTS = ((MAX - MIN) / DELTA) + 1; // The space required in memory for the table  to be held. (21)
 
      // Compensator table values use Axis COUNTS NOT user units to be applied to the output axis.
      double[] TABLE0 = new double[POINTS] { 0, 1000, -5000, -10000, 10000, 5000, -5000, 2500, 0, 2500, 5000, 7500, 1000, 1250, 1000, 7500, 5000, 2500, 0, -2500, -1000 };
      double[] TABLE1 = new double[POINTS] { 0, 500, 0, 0, 0, 0, 0, 0, 0, 0, 1000, -5000, -1000, 1000, 5000, -5000, 2500, 0, -1000, 0, 0 };
 
      // Reserve space in memory for the compensator tables.
      controller.CompensatorPointCountSet(Constants.COMP_NUM_ZERO, TABLE0.Length);
      controller.CompensatorPointCountSet(Constants.COMP_NUM_ONE, TABLE1.Length);
 
      controller.AxisCountSet(2);
 
      Axis moving_axis   = CreateAndReadyAxis(Constants.MAIN_AXIS_NUMBER);   // Helper function to setup an axis
      Axis follower_axis = CreateAndReadyAxis(Constants.DRIVEN_AXIS_NUMBER); // Helper function to setup an axis
 
      // NOTE the three following values must be equal before a compensator can be configured. Otherwise an error will be thrown. See topic page for more info. 
      if (controller.CompensatorPointCountGet(Constants.COMP_NUM_ZERO) == TABLE0.Length && POINTS == TABLE0.Length)
      {
        // Initalize the Compensator
        controller.CompensatorConfigSet(Constants.COMP_NUM_ZERO, moving_axis, RSIAxisMasterType.RSIAxisMasterTypeAXIS_ACTUAL_POSITION, MIN, MAX, DELTA, follower_axis, RSICompensatorOutputType.RSICompensatorOutputTypeSINGLE, TABLE0);
 
        // You can also configure multiple overlaping compensation tables. Note the first compensator remains in SINGLE mode but the second is set to ADDITIVE
        controller.CompensatorConfigSet(Constants.COMP_NUM_ONE, moving_axis, RSIAxisMasterType.RSIAxisMasterTypeAXIS_ACTUAL_POSITION, MIN, MAX, DELTA, follower_axis, RSICompensatorOutputType.RSICompensatorOutputTypeADDITIVE, TABLE1);
      }

See also

CompensatorCountSet