void Update()
{
float colorLevelK = 0;
if (colorLevel > 0)
{
float dd = Vector3.Distance(transform.position, positionLastFrame);
crossedDistanceSinceColorCharge += dd;
colorLevel = 1f - crossedDistanceSinceColorCharge / distanceAutonomy;
if (colorLevel < 0)
{
colorLevel = 0;
}
else
{
colorLevelK = Mathf.Sqrt(colorLevel); // Sqrt makes a slow-start fast-end curve
}
pixelPainter.color = color;
pixelPainter.color.a *= colorLevelK;
pixelPainter.Update(transform.position.x, transform.position.y);
}
if (materialRef != null)
{
Color matColor = color;
matColor.r *= colorLevelK;
matColor.g *= colorLevelK;
matColor.b *= colorLevelK;
materialRef.color = matColor;
}
positionLastFrame = transform.position;
}
void Update()
{
float colorLevelK = 0;
if (colorLevel > 0)
{
Vector3 pos = transform.position;
float dd = Vector3.Distance(pos, positionLastFrame);
if (dd > 100f)
{
dd = 0;
positionLastFrame = pos;
}
crossedDistanceSinceColorCharge += dd;
colorLevel = 1f - crossedDistanceSinceColorCharge / distanceAutonomy;
if (colorLevel < 0)
{
colorLevel = 0;
}
else if (PolyPaintManager.Instance.decreaseCurve != null)
{
colorLevelK = Mathf.Clamp01(
PolyPaintManager.Instance.decreaseCurve.Evaluate(colorLevel));
}
else
{
colorLevelK = Mathf.Sqrt(colorLevel); // Sqrt makes a slow-start fast-end curve
}
if (pixelPainter != null)
{
pixelPainter.color = color;
pixelPainter.color.a *= colorLevelK;
pixelPainter.Update(pos.x, pos.y);
}
if (polyPainter != null)
{
Color pcolor = color;
pcolor.a *= colorLevelK;
polyPainter.Color = pcolor;
polyPainter.Update(new Vector2(pos.x, pos.y));
}
// Check revealed zones
if (hiddenPaintingRef != null)
{
hiddenPaintingRef.CheckReveal(pos.x, pos.y, colorIndex);
}
}
else
{
if (polyPainter != null)
{
polyPainter.Finish();
}
}
if (optionalMaterialRef != null)
{
Color matColor = color;
matColor.r *= colorLevelK;
matColor.g *= colorLevelK;
matColor.b *= colorLevelK;
optionalMaterialRef.color = matColor;
}
positionLastFrame = transform.position;
}