static Vector2[] CacheUVsForTile(Byte2 tilePos)
{
var uvs = new Vector2[4];
for (int i = 0; i < uvs.Length; i++)
{
uvs[i] = _helper.RelativeToAbsolute(_fullTileUV[i].x, _fullTileUV[i].y, tilePos);
}
return(uvs);
}
public static void AddPlane(GeneratableMesh meshInfo, Vector3[] verts, Byte2 tile, Vector3 rootPos, int pointer, Color32 color)
{
meshInfo.AddVerticesWithPos(verts, rootPos);
meshInfo.AddTriangles(_planeTris, pointer);
meshInfo.AddPlaneUVs(tile);
//Ага
meshInfo.Colors.Add(color);
meshInfo.Colors.Add(color);
meshInfo.Colors.Add(color);
meshInfo.Colors.Add(color);
}
public Vector2 RelativeToAbsolute(float u, float v, Byte2 tilePos)
{
return(new Vector2(_uvPerTile * u + tilePos.X * _uvPerTile, 1 - (_uvPerTile * v + tilePos.Y * _uvPerTile)));
}
static Vector2[] GetCachedUVsForTile(Byte2 tilePos)
{
return(_fullTileUVCache[tilePos.X + _fullTileCacheWidth * tilePos.Y]);
}
static void AddPlaneUVs(this GeneratableMesh meshInfo, Byte2 tilePos)
{
meshInfo.AddUVs(GetCachedUVsForTile(tilePos));
}
