protected virtual void SetGrabMechanicParameters()
{
if (controlGrabAttach != null)
{
controlGrabAttach.precisionGrab = precisionGrab;
controlGrabAttach.releaseDecelerationDamper = releaseFriction;
axisLimits = new Limits2D(originalLocalPosition[(int)operateAxis], MaximumLength()[(int)operateAxis]);
switch (operateAxis)
{
case OperatingAxis.xAxis:
controlGrabAttach.xAxisLimits = axisLimits;
break;
case OperatingAxis.yAxis:
controlGrabAttach.yAxisLimits = axisLimits;
break;
case OperatingAxis.zAxis:
controlGrabAttach.zAxisLimits = axisLimits;
break;
}
controlGrabAttach.trackingSpeed = trackingSpeed;
controlGrabAttach.detachDistance = detachDistance;
}
}
protected virtual void SetupOrigin()
{
CheckAxisLimits();
localOrigin = transform.localPosition;
xOriginLimits = new Limits2D(localOrigin.x + xAxisLimits.minimum, localOrigin.x + xAxisLimits.maximum);
yOriginLimits = new Limits2D(localOrigin.y + yAxisLimits.minimum, localOrigin.y + yAxisLimits.maximum);
zOriginLimits = new Limits2D(localOrigin.z + zAxisLimits.minimum, localOrigin.z + zAxisLimits.maximum);
previousPosition = localOrigin;
}
protected virtual Limits2D FixAxisLimits(Limits2D givenLimits)
{
givenLimits.minimum = (givenLimits.minimum > 0f ? givenLimits.minimum * -1f : givenLimits.minimum);
givenLimits.maximum = (givenLimits.maximum < 0f ? givenLimits.maximum * -1f : givenLimits.maximum);
return(givenLimits);
}
protected virtual void CheckAxisLimits()
{
xAxisLimits = FixAxisLimits(xAxisLimits);
yAxisLimits = FixAxisLimits(yAxisLimits);
zAxisLimits = FixAxisLimits(zAxisLimits);
}
protected virtual float ClampAxis(Limits2D limits, float axisValue)
{
axisValue = (axisValue < limits.minimum + minMaxThreshold ? limits.minimum : axisValue);
axisValue = (axisValue > limits.maximum - minMaxThreshold ? limits.maximum : axisValue);
return(Mathf.Clamp(axisValue, limits.minimum, limits.maximum));
}
public static float MapValue(float value, Limits2D inRange, Limits2D outRange)
{
return(outRange.minimum + (outRange.maximum - outRange.minimum) * ((value - inRange.minimum) / (inRange.maximum - inRange.minimum)));
}
