// Don't change the emission key; this class caches it for performance.
public void Update(float time, MaterialCached[] caches)
{
float value = curve.Evaluate(time);
bool _keyEnabled = value != 0f;
bool mustUpdateKeyState = false;
if (_keyEnabled != keyEnabled)
{
keyEnabled = _keyEnabled;
mustUpdateKeyState = true;
}
for (int i = 0; i < caches.Length; i++)
{
MaterialCached cache = caches[i];
Material material = cache.material;
Material srcMaterial = cache.srcMaterial;
if (mustUpdateKeyState)
{
material.SetActiveKeyword(StandardUtil.KEY_EMISSION, keyEnabled);
}
Color srcColor = srcMaterial.GetEmissionColor();
material.SetEmissionColor(new Color {
r = (dstColor.r - srcColor.r) * value + srcColor.r,
g = (dstColor.g - srcColor.g) * value + srcColor.g,
b = (dstColor.b - srcColor.b) * value + srcColor.b,
});
}
}
// Don't change any properties related to transparency; this class caches them for performance.
public void Update(float time, MaterialCached[] caches)
{
float value = curve.Evaluate(time);
bool _transparent = value < 1f;
bool invisible = Mathf.Approximately(value, 0f);
bool mustUpdateBlendMode = false;
if (_transparent != transparent)
{
transparent = _transparent;
mustUpdateBlendMode = true;
}
for (int i = 0; i < caches.Length; i++)
{
MaterialCached cache = caches[i];
Material material = cache.material;
Material srcMaterial = cache.srcMaterial;
StandardUtil.BlendMode srcMode = cache.srcMode;
if (mustUpdateBlendMode)
{
// If the material is not transparent by default:
if (srcMode != StandardUtil.BlendMode.Cutout)
{
if (transparent)
{
// Make it Fade.
material.SetBlendMode(StandardUtil.BlendMode.Fade);
}
else
{
// Turn back to its original transparency setting.
material.SetBlendMode(srcMode);
}
}
}
Color dstColor = srcMaterial.GetColor(StandardUtil.COLOR);
dstColor.a *= value;
material.SetColor(StandardUtil.COLOR, dstColor);
cache.renderer.enabled = !invisible;
}
}
