void ProcessPerLight(MovingLight light, float masterTime)
{
ColorAnimation(light, masterTime);
DimmerAnimation(light, masterTime);
MotionAnimation(light, masterTime);
light.Process();
}
void MotionAnimation(MovingLight light, float time)
{
switch (MotionAnimationMode)
{
case MotionAnimationMode.Focus:
if (Target != null)
{
light.LookAt(Target.position);
}
break;
case MotionAnimationMode.PanLoop:
light.SetPanAngle(panRange.Sin(time));
light.SetTiltDefaltAngle();
break;
case MotionAnimationMode.TiltLoop:
light.SetTiltAngle(tiltRange.Sin(time));
light.SetPanDefaultAngle();
break;
case MotionAnimationMode.OffsetTiltLoop:
light.SetTiltAngle(
tiltRange.Sin(time * Speed + light.GetAddressOffset(AddressType) * OffsetStrength));
light.SetPanDefaultAngle();
break;
case MotionAnimationMode.PanTiltLoop:
light.SetPanAngle(panRange.Cos(time));
light.SetTiltAngle(tiltRange.Sin(time));
break;
case MotionAnimationMode.OffsetPanTiltLoop:
light.SetPanAngle(
panRange.Cos(time * Speed + light.GetAddressOffset(AddressType) * OffsetStrength));
light.SetTiltAngle(
tiltRange.Sin(time * Speed + light.GetAddressOffset(AddressType) * OffsetStrength));
break;
case MotionAnimationMode.Default:
light.SetPanDefaultAngle();
light.SetTiltDefaltAngle();
break;
}
}
void DimmerAnimation(MovingLight light, float time)
{
switch (DimmerAnimationMode)
{
case DimmerAnimationMode.Beat:
light.SetIntensity(beat);
break;
case DimmerAnimationMode.BeatReverse:
light.SetIntensity(1 - beat);
break;
case DimmerAnimationMode.Run:
light.SetIntensity(light.GetAddressOffset(AddressType) >= beat - 0.1 ? 1f : 0f);
break;
case DimmerAnimationMode.RunReverse:
light.SetIntensity(light.GetAddressOffset(AddressType) >= beat - 0.1 ? 0f : 1f);
break;
case DimmerAnimationMode.On:
light.SetIntensity(1f);
break;
case DimmerAnimationMode.Off:
light.SetIntensity(0f);
break;
case DimmerAnimationMode.Sin:
light.SetIntensity(0.5f *
Mathf.Sin(light.GetAddressOffset(AddressType) * OffsetStrength + time * Speed) + 0.5f);
break;
case DimmerAnimationMode.ReverseSin:
light.SetIntensity(0.5f *
Mathf.Sin(light.GetAddressOffset(AddressType) * OffsetStrength - time * Speed) + 0.5f);
break;
default:
light.SetIntensity(1f);
break;
}
light.MultiplyIntensity(IntensityMultiplier);
}
void ColorAnimation(MovingLight light, float time)
{
switch (ColorAnimationMode)
{
case ColorAnimationMode.Gradient:
light.SetColor(LightGradient.Evaluate(light.GetAddressOffset(AddressType)));
break;
case ColorAnimationMode.GradientLoop:
light.SetColor(LightGradient.Evaluate((time + light.GetAddressOffset(AddressType)) % 1f));
break;
case ColorAnimationMode.HSVLoop:
light.SetColor(Color.HSVToRGB((time + light.GetAddressOffset(AddressType)) % 1f, Saturation, 1));
break;
case ColorAnimationMode.HSV:
light.SetColor(Color.HSVToRGB(light.GetAddressOffset(AddressType), Saturation, 1));
break;
case ColorAnimationMode.RGB:
if (light.GetAddressOffset(AddressType) < 1f / 3f)
{
light.SetColor(Color.red);
}
else if (light.GetAddressOffset(AddressType) < 2f / 3f)
{
light.SetColor(Color.green);
}
else
{
light.SetColor(Color.blue);
}
break;
default:
break;
}
}