static float MinusPixelColor(int iPoint, int layer, float v, int EdgeColor)
{
if (v != 0 && T4MSC.IsPointBrush(iPoint, layer))
{
return(Mathf.Max(Mathf.Floor(v) - EdgeColor, 0));
}
return(v);
}
public static void BrushTerrain_New(ref Color[] terrainBay, ref Color[] terrainBay_sec, int x, int y, int width, int height)
{
T4MSC.CreateT4MBrushPoint();
int CurrentLayer = T4MSC.T4MselTexture;
for (int i = 0; i < height - 1 && true; i++)
{
for (int j = 0; j < width - 1; j++)
{
int startIndex = i * width + j;
int[] IndexList = new int[4] {
startIndex, startIndex + 1, startIndex + width, startIndex + width + 1
};
int iPoint = (y + i) * (T4MSC.T4MMaskTex.width + 1) + (x + j);
for (int col = 0; col < 4; col++)
{
int index = IndexList[col];
Color current = terrainBay[index] * 255;
Color currentSec = terrainBay_sec[index] * 255;
int r = (int)Mathf.Floor(current.r);
int g = (int)Mathf.Floor(current.g);
int b = (int)Mathf.Floor(current.b);
int a = (int)Mathf.Floor(current.a);
int r1 = (int)Mathf.Floor(currentSec.r);
int g1 = (int)Mathf.Floor(currentSec.g);
int b1 = (int)Mathf.Floor(currentSec.b);
int a1 = (int)Mathf.Floor(currentSec.a);
int EdgeCol = iEdgeColor[col];
if (T4MSC.T4MselTexture == 0)
{
current.g = MinusPixelColor(iPoint, 1, g, EdgeCol);
current.b = MinusPixelColor(iPoint, 2, b, EdgeCol);
current.a = MinusPixelColor(iPoint, 3, a, EdgeCol);
currentSec.r = MinusPixelColor(iPoint, 4, r1, EdgeCol);
currentSec.g = MinusPixelColor(iPoint, 5, g1, EdgeCol);
currentSec.b = MinusPixelColor(iPoint, 6, b1, EdgeCol);
currentSec.a = MinusPixelColor(iPoint, 7, a1, EdgeCol);
if (!T4MSC.IsPointBrush(iPoint, CurrentLayer))
{
current.r = (Mathf.Floor(current.r) + EdgeCol) % 16;
}
}
else if (T4MSC.T4MselTexture == 1)
{
current.b = MinusPixelColor(iPoint, 2, b, EdgeCol);
current.a = MinusPixelColor(iPoint, 3, a, EdgeCol);
currentSec.r = MinusPixelColor(iPoint, 4, r1, EdgeCol);
currentSec.g = MinusPixelColor(iPoint, 5, g1, EdgeCol);
currentSec.b = MinusPixelColor(iPoint, 6, b1, EdgeCol);
currentSec.a = MinusPixelColor(iPoint, 7, a1, EdgeCol);
if (!T4MSC.IsPointBrush(iPoint, CurrentLayer))
{
if (T4MSC.ClearPerviousLayer)
{
current.r = MinusPixelColor(iPoint, 0, r, EdgeCol);
}
current.g = (Mathf.Floor(current.g) + EdgeCol) % 16;
}
}
else if (T4MSC.T4MselTexture == 2)
{
current.a = MinusPixelColor(iPoint, 3, a, EdgeCol);
currentSec.r = MinusPixelColor(iPoint, 4, r1, EdgeCol);
currentSec.g = MinusPixelColor(iPoint, 5, g1, EdgeCol);
currentSec.b = MinusPixelColor(iPoint, 6, b1, EdgeCol);
currentSec.a = MinusPixelColor(iPoint, 7, a1, EdgeCol);
if (!T4MSC.IsPointBrush(iPoint, CurrentLayer))
{
if (T4MSC.ClearPerviousLayer)
{
current.r = MinusPixelColor(iPoint, 0, r, EdgeCol);
current.g = MinusPixelColor(iPoint, 1, g, EdgeCol);
}
current.b = (Mathf.Floor(current.b) + EdgeCol) % 16;
}
}
else if (T4MSC.T4MselTexture == 3)
{
currentSec.r = MinusPixelColor(iPoint, 4, r1, EdgeCol);
currentSec.g = MinusPixelColor(iPoint, 5, g1, EdgeCol);
currentSec.b = MinusPixelColor(iPoint, 6, b1, EdgeCol);
currentSec.a = MinusPixelColor(iPoint, 7, a1, EdgeCol);
if (!T4MSC.IsPointBrush(iPoint, CurrentLayer))
{
current.a = (Mathf.Floor(current.a) + EdgeCol);
if (T4MSC.ClearPerviousLayer)
{
current.r = MinusPixelColor(iPoint, 0, r, EdgeCol);
current.g = MinusPixelColor(iPoint, 1, g, EdgeCol);
current.b = MinusPixelColor(iPoint, 2, b, EdgeCol);
}
}
}
else if (T4MSC.T4MselTexture == 4)
{
currentSec.g = MinusPixelColor(iPoint, 5, g1, EdgeCol);
currentSec.b = MinusPixelColor(iPoint, 6, b1, EdgeCol);
currentSec.a = MinusPixelColor(iPoint, 7, a1, EdgeCol);
if (!T4MSC.IsPointBrush(iPoint, CurrentLayer))
{
currentSec.r = (Mathf.Floor(currentSec.r) + EdgeCol);
if (T4MSC.ClearPerviousLayer)
{
current.r = MinusPixelColor(iPoint, 0, r, EdgeCol);
current.g = MinusPixelColor(iPoint, 1, g, EdgeCol);
current.b = MinusPixelColor(iPoint, 2, b, EdgeCol);
current.a = MinusPixelColor(iPoint, 3, a, EdgeCol);
}
}
}
else if (T4MSC.T4MselTexture == 5)
{
currentSec.b = MinusPixelColor(iPoint, 6, b1, EdgeCol);
currentSec.a = MinusPixelColor(iPoint, 7, a1, EdgeCol);
if (!T4MSC.IsPointBrush(iPoint, CurrentLayer))
{
currentSec.g = (Mathf.Floor(currentSec.g) + EdgeCol);
if (T4MSC.ClearPerviousLayer)
{
current.r = MinusPixelColor(iPoint, 0, r, EdgeCol);
current.g = MinusPixelColor(iPoint, 1, g, EdgeCol);
current.b = MinusPixelColor(iPoint, 2, b, EdgeCol);
current.a = MinusPixelColor(iPoint, 3, a, EdgeCol);
currentSec.r = MinusPixelColor(iPoint, 4, r1, EdgeCol);
}
}
}
else if (T4MSC.T4MselTexture == 6)
{
currentSec.a = MinusPixelColor(iPoint, 7, a1, EdgeCol);
if (!T4MSC.IsPointBrush(iPoint, CurrentLayer))
{
currentSec.b = (Mathf.Floor(currentSec.b) + EdgeCol);
if (T4MSC.ClearPerviousLayer)
{
current.r = MinusPixelColor(iPoint, 0, r, EdgeCol);
current.g = MinusPixelColor(iPoint, 1, g, EdgeCol);
current.b = MinusPixelColor(iPoint, 2, b, EdgeCol);
current.a = MinusPixelColor(iPoint, 3, a, EdgeCol);
currentSec.r = MinusPixelColor(iPoint, 4, r1, EdgeCol);
currentSec.g = MinusPixelColor(iPoint, 5, g1, EdgeCol);
}
}
}
else if (T4MSC.T4MselTexture == 7)
{
if (!T4MSC.IsPointBrush(iPoint, CurrentLayer))
{
currentSec.a = (Mathf.Floor(currentSec.a) + EdgeCol);
if (T4MSC.ClearPerviousLayer)
{
current.r = MinusPixelColor(iPoint, 0, r, EdgeCol);
current.g = MinusPixelColor(iPoint, 1, g, EdgeCol);
current.b = MinusPixelColor(iPoint, 2, b, EdgeCol);
current.a = MinusPixelColor(iPoint, 3, a, EdgeCol);
currentSec.r = MinusPixelColor(iPoint, 4, r1, EdgeCol);
currentSec.g = MinusPixelColor(iPoint, 5, g1, EdgeCol);
currentSec.b = MinusPixelColor(iPoint, 6, g1, EdgeCol);
}
}
}
terrainBay[index] = current / 255;
terrainBay_sec[index] = currentSec / 255;
}
T4MSC.SetBrushPoint(iPoint, CurrentLayer, true);
if (T4MSC.ClearPerviousLayer)
{
for (int idx = 0; idx < 8; idx++)
{
if (idx != CurrentLayer)
{
T4MSC.SetBrushPoint(iPoint, idx, false);
}
}
}
else
{
for (int idx = CurrentLayer + 1; idx < 8; idx++)
{
T4MSC.SetBrushPoint(iPoint, idx, false);
}
}
}
}
}
