// Update is called once per frame
void Update()
{
switch (lightControlState)
{
case LightControlState.FallOutOnToOff:
step -= (Time.deltaTime / fallOutDelay) * Time.timeScale;
if (step <= 0f)
{
step = 0f;
lightControlState = LightControlState.Off;
}
lightToControl.intensity = lightCurveFallOut.Evaluate(step) * (lightOnIntensity - lightOffIntensity) + lightOffIntensity;
break;
case LightControlState.FallOutOffToOn:
step += (Time.deltaTime / fallOutDelay) * Time.timeScale;
if (step >= 1f)
{
step = 1f;
lightControlState = LightControlState.On;
}
lightToControl.intensity = lightCurveFallOut.Evaluate(step) * (lightOnIntensity - lightOffIntensity) + lightOffIntensity;
break;
default:
break;
}
}
public LightControlStatus(DateTimeOffset detectedOnTime, DateTimeOffset hueShiftTookControlTime, DateTimeOffset detectedManualChangeTime, DateTimeOffset transitionRequestedTime, TimeSpan requestedTransitionDuration, LightControlState lightControlState, Light light)
{
DetectedOnTime = detectedOnTime;
HueShiftTookControlTime = hueShiftTookControlTime;
DetectedManualChangeTime = detectedManualChangeTime;
TransitionRequestedTime = transitionRequestedTime;
RequestedTransitionDuration = requestedTransitionDuration;
LightControlState = lightControlState;
Light = light;
}
public void SetLightActivate(bool flag)
{
if (flag)
{
lightControlState = LightControlState.FallOutOffToOn;
}
else
{
lightControlState = LightControlState.FallOutOnToOff;
}
}
public CachedControlPair(LightControlPair light)
{
this.Properties = light.Properties.DeepClone();
this.PowerState = light.PowerState;
this.AppControlState = light.AppControlState;
this.NetworkLight = new AppLightState(light.NetworkLight);
this.ExpectedLight = light.ExpectedLight.DeepClone();
if (light.Transition != null)
{
this.Transition = light.Transition.DeepClone();
}
this.ResetOccurred = light.ResetOccurred;
}
