public static bool edit(ref LinearColor col)
{
var c = col.ToGamma();
if (edit(ref c))
{
col.From(c);
return(true);
}
return(false);
}
public void SetShadowAll(LinearColor col)
{
BrushMask bm = Cfg.brushConfig.mask;//glob.getBrush().brushMask;
Color c = col.ToGamma();
foreach (MeshPoint v in meshPoints)
{
bm.Transfer(ref v.shadowBake, c);
}
Dirty = true;
}
public void PaintAll(LinearColor col)
{
BrushMask bm = Cfg.brushConfig.mask;//glob.getBrush().brushMask;
Color c = col.ToGamma();
foreach (MeshPoint v in meshPoints)
{
foreach (Vertex uv in v.uvpoints)
{
bm.Transfer(ref uv._color, c);
}
}
//Debug.Log("Dirty");
Dirty = true;
}
public bool ColorSliders_PEGI()
{
if (InspectedPainter != null)
{
return(ColorSliders());
}
bool changed = false;
Color col = colorLinear.ToGamma();
if (pegi.edit(ref col).nl())
{
colorLinear.From(col);
changed = true;
}
changed |= ChannelSlider(BrushMask.R, ref colorLinear.r, null, true);
changed |= ChannelSlider(BrushMask.G, ref colorLinear.g, null, true);
changed |= ChannelSlider(BrushMask.B, ref colorLinear.b, null, true);
changed |= ChannelSlider(BrushMask.A, ref colorLinear.a, null, true);
return(changed);
}
public void SmoothBorders(Texture2D atlas, int miplevel)
{
Color[] col = atlas.GetPixels(miplevel);
int aSize = AtlasSize;
int tSize = textureSize;
for (int i = 0; i < miplevel; i++)
{
aSize /= 2;
tSize /= 2;
}
if (tSize == 0)
{
return;
}
int cnt = aSize / tSize;
LinearColor tmp = new LinearColor();
for (int ty = 0; ty < cnt; ty++)
{
int startY = ty * tSize * aSize;
int lastY = (ty * tSize + tSize - 1) * aSize;
for (int tx = 0; tx < cnt; tx++)
{
int startX = tx * tSize;
int lastX = startX + tSize - 1;
tmp.Zero();
tmp.Add(col[startY + startX]);
tmp.Add(col[startY + lastX]);
tmp.Add(col[lastY + startX]);
tmp.Add(col[lastY + lastX]);
tmp.MultiplyBy(0.25f);
Color tmpC = tmp.ToGamma();
col[startY + startX] = tmpC;
col[startY + lastX] = tmpC;
col[lastY + startX] = tmpC;
col[lastY + lastX] = tmpC;
for (int x = startX + 1; x < lastX; x++)
{
tmp.Zero();
tmp.Add(col[startY + x]);
tmp.Add(col[lastY + x]);
tmp.MultiplyBy(0.5f);
tmpC = tmp.ToGamma();
col[startY + x] = tmpC;
col[lastY + x] = tmpC;
}
for (int y = startY + aSize; y < lastY; y += aSize)
{
tmp.Zero();
tmp.Add(col[y + startX]);
tmp.Add(col[y + lastX]);
tmp.MultiplyBy(0.5f);
tmpC = tmp.ToGamma();
col[y + startX] = tmpC;
col[y + lastX] = tmpC;
}
}
}
atlas.SetPixels(col, miplevel);
}