private IEnumerator CoPlaytimeUpdate()
{
VolumetricLightBeam volumetricLightBeam = null;
while (volumetricLightBeam.trackChangesDuringPlaytime && volumetricLightBeam.enabled)
{
volumetricLightBeam.UpdateAfterManualPropertyChange();
yield return(null);
}
volumetricLightBeam.m_CoPlaytimeUpdate = null;
}
private IEnumerator CoPlaytimeUpdate()
{
VolumetricLightBeam volumetricLightBeam = this;
while (volumetricLightBeam.trackChangesDuringPlaytime && ((Behaviour)volumetricLightBeam).get_enabled())
{
volumetricLightBeam.UpdateAfterManualPropertyChange();
yield return((object)null);
}
volumetricLightBeam.m_CoPlaytimeUpdate = (Coroutine)null;
}
// handle zoom logic
private void updateZoom(float zoomAngle)
{
// set color of the material to a gradient between the colors as listed above
Light[] lights = GetComponentsInChildren <Light>();
foreach (var light in lights)
{
VLB.VolumetricLightBeam beam = light.GetComponentInChildren <VLB.VolumetricLightBeam>();
light.spotAngle = zoomAngle;
beam.UpdateAfterManualPropertyChange();
}
}
// handle color changes
// @REACH: true color wheel implementation
private void UpdateColor(int c)
{
// set color of the material to a gradient between the colors as listed above
Light[] lights = GetComponentsInChildren <Light>();
foreach (var light in lights)
{
VLB.VolumetricLightBeam beam = light.GetComponentInChildren <VLB.VolumetricLightBeam>();
// single color
if (c < 128)
{
// set the color of the beam
Color set = sharpyColor[c];
light.color = new Color(set.r, set.g, set.b, lightAlpha);
beam.UpdateAfterManualPropertyChange();
// COMMENTED OUT: code for blending, but that's not what we really want
//int colorIndex = c / 9; // which color a we're mixing;
//int step = c % 9; // step between color a and b
//float mix = step / 9f; // the mix between color a and b
//// get the colors
//Color a = sharpyColor[colorIndex];
//Color b;
//// wrap around for color b
//if (colorIndex < 14)
// b = sharpyColor[colorIndex + 1];
//else
// b = sharpyColor[0];
//// set the material's color
//Color mixed = Color.Lerp(a, b, mix);
//rend.material.color = new Color (mixed.r, mixed.g, mixed.b, 0.5f);
//// may use this mixing instead if not satisfied with Lerp color mixing above
//// Color mixed = LerpHSV(a, b, mix);
//// rend.material.color = new Color (mixed.r, mixed.g, mixed.b, 0.5f);
}
// rotating color wheel
else
{
// rotate colors
}
}
}
