public PCIe6323(string deviceName, AIReadTriggerType aiReadTrigger)
{
AI = new AIType(deviceName);
AO = new AOType(deviceName);
DO = new DOType(deviceName);
CO = new COType(deviceName);
_deviceName = deviceName;
AiReadTrigger = aiReadTrigger;
}
protected override void OnStart(float startTime)
{
_start = startTime;
_type = ParseEnum <DOType>(typeOptions[_typeSelect]);
if (_actor == null || _transformTo == null)
{
return;
}
//if (_transformFrom == null || _transformTo == null) return;
if (_transformFrom == null)
{
_transformFrom = _actor.transform;
}
easer = ParseEnum <Ease>(easingOptions[_easingMode]);
loopType = ParseEnum <LoopType>(loopOptions[_loopType]);
// SET TWEEN
switch (_type)
{
case DOType.Move:
_actor.transform.position = _transformFrom.position;
if (_blendable)
{
tween = _actor.transform.DOBlendableMoveBy(_transformTo.position, _duration);
}
else
{
tween = _actor.transform.DOMove(_transformTo.position, _duration);
}
break;
case DOType.Rotate:
_actor.transform.rotation = _transformFrom.rotation;
if (_blendable)
{
tween = _actor.transform.DORotate(_transformTo.rotation.eulerAngles, _duration, rotaMode);
}
else
{
tween = _actor.transform.DORotate(_transformTo.rotation.eulerAngles, _duration, rotaMode);
}
break;
case DOType.Scale:
_actor.transform.localScale = _transformFrom.localScale;
if (_blendable)
{
tween = _actor.transform.DOBlendableScaleBy(_transformTo.localScale, _duration);
}
else
{
tween = _actor.transform.DOScale(_transformTo.localScale, _duration);
}
break;
case DOType.Path:
break;
default:
Debug.Log("Incorrect DOType in DOTransformAnimEvent: " + _description);
break;
}
if (_easingMode > -1)
{
tween.SetEase(easer);
}
if (_loops != 1)
{
tween.SetLoops(_loops, loopType); //maybe assign?
}
if (_relative)
{
tween.SetRelative();
}
}