MotionCountSet()

void MotionCountSet

(

int32_t

motionCount

)

Description:

MotionCountSet will configure the number of Motion Supervisors processed by the controller firmware .

Parameters

motionCount

The Motion Supervisor count.

Part of the Information method group.

Sample Code:

Motion: Multi-Axis

/*  This sample demonstrates both trapezoidal and S-curve point-to-point motion profiles for multi-axis motion.
    The MultiAxis object coordinates the motion of multiple axes simultaneously.
*/
 
using RSI.RapidCode; // RSI.RapidCode.dotNET;
 
Console.WriteLine("📜 MultiAxis Motion: Point to Point");
 
int exitCode = 0;
 
// get rmp objects
MotionController controller = MotionController.Get();
Console.WriteLine($"Axis Count: {controller.AxisCountGet()}");
 
try
{
    Helpers.CheckErrors(controller);
 
    Helpers.VerifyHardwareUsage(controller);
    Helpers.VerifyAxisCount(controller, minRequiredSampleAxisCount: 2, minRequiredSampleMultiAxisCount: 1);
 
    // get axes
    int axisCount = controller.AxisCountGet();
    Axis axis0 = controller.AxisGet(Constants.AXIS_0_INDEX);
    Helpers.CheckErrors(axis0);
    Axis axis1 = controller.AxisGet(Constants.AXIS_1_INDEX);
    Helpers.CheckErrors(axis1);
 
    if (!Constants.USE_HARDWARE)
    {
        Helpers.PhantomAxisReset(axis0);
        Helpers.PhantomAxisReset(axis1);
    }
 
    // get multiaxis (indexed by motion supervisor number, indexing starts at 0)
    MultiAxis multi = controller.LoadExistingMultiAxis(axisCount);
    Helpers.CheckErrors(multi);
 
    // remove any existing axes
    multi.AxisRemoveAll();
 
    // add axes to multiaxis
    multi.AxisAdd(axis0);
    multi.AxisAdd(axis1);
 
    // Use MotionAttributeMaskOnSet and MotionAttributeMaskOffSet to enable/disable synchronization features
    // Both SYNC_START and SYNC_END are enabled by default
    // See our Motion: Point-to-Point documentation for more details
    // multi.MotionAttributeMaskOffSet(RSIMotionAttrMask.RSIMotionAttrMaskSYNC_START);
    // multi.MotionAttributeMaskOffSet(RSIMotionAttrMask.RSIMotionAttrMaskSYNC_END);
 
    // prepare for motion
    multi.Abort();  // stop any existing motion
    multi.ClearFaults();
    multi.AmpEnableSet(true, Constants.AMP_ENABLE_MS);
 
    // Reset axes and position
    axis0.PositionSet(0);
    axis1.PositionSet(0);
 
    // define motion parameters
    double[] positions1    = [ 5, 10 ];       // first set of positions
    double[] positions2    = [ 15, 15 ];      // second set of positions
    double[] velocities1   = [ 10, 10 ];  // velocities for first move
    double[] velocities2   = [ 10, 10 ];  // velocities for second move
    double[] accelerations = [ 20, 20 ];    // accelerations for both axes
    double[] decelerations = [ 20, 20 ];    // decelerations for both axes
    double[] jerkPercent   = [ 50, 50 ];      // jerk percent for s-curve motion
 
    // move using s-curve motion profile
    Console.WriteLine($"\nMove 1 (S-Curve): Positions = [{positions1[0]}, {positions1[1]}]");
    multi.MoveSCurve(positions1, velocities1, accelerations, decelerations, jerkPercent);
    multi.MotionDoneWait();  // wait for motion to complete
 
    Console.WriteLine($"Axis 0 CommandPosition: {axis0.CommandPositionGet()} (expected: {positions1[0]})");
    Console.WriteLine($"Axis 1 CommandPosition: {axis1.CommandPositionGet()} (expected: {positions1[1]})");
 
    // move using trapezoidal motion profile
    Console.WriteLine($"\nMove 2 (Trapezoidal): Positions = [{positions2[0]}, {positions2[1]}]");
    multi.MoveTrapezoidal(positions2, velocities2, accelerations, decelerations);
    multi.MotionDoneWait();  // wait for motion to complete
 
    Console.WriteLine($"Axis 0 CommandPosition: {axis0.CommandPositionGet()} (expected: {positions2[0]})");
    Console.WriteLine($"Axis 1 CommandPosition: {axis1.CommandPositionGet()} (expected: {positions2[1]})");
 
    // cleanup
    Helpers.AbortMotionObject(multi);
    multi.ClearFaults();
    multi.AxisRemoveAll();
 
    Console.WriteLine("\nMulti-axis point-to-point motion complete.");
 
    exitCode = Constants.EXIT_SUCCESS;
}
// handle errors as needed
catch (Exception e)
{
    Console.WriteLine($"❌ Error: {e.Message}");
    exitCode = Constants.EXIT_FAILURE;
}
finally
{
    controller.Delete();  // dispose
}
 
return exitCode;

Warning

Important usage instructions for all RapidCode object count set methods:
This should be done after successful MotionController::Create but before any RapidCode object creation, (MotionController::AxisGet, MotionController::MultiAxisGet, etc.) as changing object counts will reconfigure the RMP's dynamic memory allocation which invalidates all preexisting RapidCode objects.

See also

AxisCountSet, MotionCountSet, RecorderCountSet, UserLimitCountSet, MathBlockCountSet, CompensatorCountSet

MotionCountGet