SP-ICE-3 User's Manual
13 Programmer's API Reference
RAYLASE.SPICE3.ClientLib
CommandList Class
CommandList Methods
AppendArcAbs Method
AppendArcRel Method
AppendArmLaser Method
AppendBitmapLineAbs Method
AppendBitmapLineRel Method
AppendBooleanSet Method
AppendBranchAbs Method
AppendBranchList Method
AppendBranchRel Method
AppendBranchStandAloneList Method
AppendBranchToLabel Method
AppendCallList Method
AppendCaseAbs Method
AppendCaseBranchList Method
AppendCaseCallList Method
AppendCaseRel Method
AppendCaseToLabel Method
AppendCubicBezierAbs Method
AppendCubicBezierRel Method
AppendDacValue Method
AppendDashedLinePattern Method
AppendDefaultAbs Method
AppendDefaultBranchList Method
AppendDefaultCallList Method
AppendDefaultRel Method
AppendDefaultToLabel Method
AppendEllipseAbs Method
AppendEllipseRel Method
AppendEllipticCurveAbs Method
AppendEllipticCurveRel Method
AppendEnableDashedLine Method
AppendEnablePilot Method
AppendEnablePowerCalibration Method
AppendEnablePowerCorrection Method
AppendEnableVariableJumpDelay Method
AppendEnableVariablePolyDelay Method
AppendEnableVelocityCorrection Method
AppendEnableWobble Method
AppendEnhancedCommand Method
AppendEvaluationLeadTime Method
AppendExitList Method
AppendGeneralEllipse Method
AppendGpioValue Method
AppendHeadBias Method
AppendIncrementCounter Method
AppendIntegerSet Method
AppendJumpAbs Method
AppendJumpAndShoot Method
AppendJumpDelay Method
AppendJumpLengthLimit Method
AppendJumpRel Method
AppendJumpSpeed Method
AppendLabel Method
AppendLaserOff Method
AppendLaserOffDelay Method
AppendLaserOn Method
AppendLaserOnDelay Method
AppendLmFrequency Method
AppendLmWidth Method
AppendLoopBreak Method
AppendLoopEnd Method
AppendLoopStart Method
AppendMagnificationAbs Method
AppendMagnificationRel Method
AppendMagnificationSpeed Method
AppendMarkAbs Method
AppendMarkChar Method
AppendMarkCounter Method
AppendMarkDelay Method
AppendMarkRel Method
AppendMarkSpeed Method
AppendMarkText Method
AppendMarkTime Method
AppendMicroVectors Method
AppendMinimumJumpDelay Method
AppendMotfTileOffset Method
AppendMotfWaitDistance Method
AppendMotfWaitPart Method
AppendPointAndShootLineAbs Method
AppendPointAndShootLineRel Method
AppendPolyDelay Method
AppendPositions Method
AppendPower Method
AppendPowerScale Method
AppendProgress Method
AppendQuadraticBezierAbs Method
AppendQuadraticBezierRel Method
AppendScalingFactor Method
AppendSelectFont Method
AppendSelectHeadCorrection Method
AppendSerialPortTransmit Method
AppendSerialPortTransmitLine Method
AppendSerialPortVerifyResponse Method
AppendSerialPortVerifyResponseLine Method
AppendSignalReset Method
AppendSignalSet Method
AppendSimmerPower Method
AppendSkyWritingAccelerationDelay Method
AppendSkyWritingDecelerationDelay Method
AppendSkyWritingExtensionTime Method
AppendSkyWritingLaserOffDelay Method
AppendSkyWritingLaserOnDelay Method
AppendSkyWritingMinCoH Method
AppendSkyWritingMode Method
AppendSleep Method
AppendSpeedScale Method
AppendSpiWrite Method
AppendStartMotf Method
AppendStopMotf Method
AppendSuspend Method
AppendSwitch Method
AppendTraceConfig Method
AppendTraceLabel Method
AppendTransformation Method
AppendWaitForInput Method
AppendWaitForSignal Method
AppendWaitStart Method
AppendWobbleAmplitude Method
AppendWobbleCircle Method
AppendWobbleEight Method
AppendWobbleFrequency Method
AppendWobblePhase Method
Clear Method
FromString Method
GetLabelIndex Method
Insert Method
InsertRange Method
Load Method
Remove Method
RemoveAt Method
RemoveRange Method
ResolveBranchesAndLabels Method
ToString Method
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CommandListAppendWobbleCircle Method

Sets the Amplitude, Frequency and the appropriate Phase for circular wobbling.

Namespace: RAYLASE.SPICE3.ClientLib
Assembly: RAYLASE.SPICE3.ClientLib (in RAYLASE.SPICE3.ClientLib.dll) Version: 3.7.0
Syntax
C#
Copy
public void AppendWobbleCircle(
	double amplitude,
	double frequency
)

Parameters

amplitude  Double
Amplitude for circular wobble.
frequency  Double
Frequency for circular wobble.
Remarks

The parameters are used to specify a Lissajous curve, where:

AX = AY = amplitude

fX = fY = frequency

δX = 0

δY = π/2

See Also