private void ApplieByRooting(bool forSine, bool setOrAdd, Vector3 waveFrame, ROOTING rooting)
{
switch (rooting)
{
case ROOTING.None: break;
case ROOTING.mainPosition:
{
mainTargetTransform.position = SetOrAdd(setOrAdd, mainTargetTransform.position, waveFrame);
break;
}
case ROOTING.mainRotation:
{
mainTargetTransform.Rotate(SetOrAdd(setOrAdd, mainTargetTransform.eulerAngles, waveFrame));
break;
}
case ROOTING.mainScale:
{
mainTargetTransform.localScale = SetOrAdd(setOrAdd, mainTargetTransform.localScale, waveFrame);
break;
}
case ROOTING.otherPosition:
{
otherTargetTransform.position = SetOrAdd(setOrAdd, otherTargetTransform.position, waveFrame);
break;
}
case ROOTING.otherRotation:
{
otherTargetTransform.Rotate(SetOrAdd(setOrAdd, otherTargetTransform.eulerAngles, waveFrame));
break;
}
case ROOTING.otherScale:
{
otherTargetTransform.localScale = SetOrAdd(setOrAdd, otherTargetTransform.localScale, waveFrame);
break;
}
}
}
private void ApplieByRooting(bool forSine, bool setOrAdd, Vector3 waveFrame, ROOTING rooting)
{
switch (rooting)
{
case ROOTING.None: break;
case ROOTING.mainPosition:
{
mainTargetTransform.position = SetOrAdd(setOrAdd, mainTargetTransform.position, waveFrame);
break;
}
case ROOTING.mainRotation:
{
mainTargetTransform.Rotate(SetOrAdd(setOrAdd, mainTargetTransform.eulerAngles, waveFrame));
break;
}
case ROOTING.mainScale:
{
mainTargetTransform.localScale = SetOrAdd(setOrAdd, mainTargetTransform.localScale, waveFrame);
break;
}
case ROOTING.otherPosition:
{
otherTargetTransform.position = SetOrAdd(setOrAdd, otherTargetTransform.position, waveFrame);
break;
}
case ROOTING.otherRotation:
{
otherTargetTransform.Rotate(SetOrAdd(setOrAdd, otherTargetTransform.eulerAngles, waveFrame));
break;
}
case ROOTING.otherScale:
{
otherTargetTransform.localScale = SetOrAdd(setOrAdd, otherTargetTransform.localScale, waveFrame);
break;
}
}
}
