public void TestEquals()
{
Vector4B a = new Vector4B(false, true, false, true);
Vector4B b = new Vector4B(true, false, true, false);
Vector4B c = new Vector4B(false, true, false, true);
Assert.IsTrue(a.Equals(c));
Assert.IsTrue(c.Equals(a));
Assert.IsTrue(a == c);
Assert.IsTrue(c == a);
Assert.IsFalse(c != a);
Assert.IsFalse(c != a);
Assert.IsFalse(a.Equals(b));
Assert.IsFalse(b.Equals(a));
Assert.IsFalse(a == b);
Assert.IsFalse(b == a);
Assert.IsTrue(a != b);
Assert.IsTrue(b != a);
object objA = a;
object objB = b;
object objC = c;
Assert.IsTrue(a.Equals(objA));
Assert.IsTrue(a.Equals(objC));
Assert.IsFalse(a.Equals(objB));
Assert.IsTrue(objA.Equals(objC));
Assert.IsFalse(objA.Equals(objB));
Assert.IsFalse(a.Equals(null));
Assert.IsFalse(a.Equals(5));
}
public void Construct2()
{
Vector4B v = new Vector4B(new Vector2B(false, false), true, true);
Assert.IsFalse(v.X);
Assert.IsFalse(v.Y);
Assert.IsTrue(v.Z);
Assert.IsTrue(v.W);
}
public void XY()
{
Vector4B a = new Vector4B(false, true, false, true);
Vector2B xy = a.XY;
Assert.IsFalse(xy.X);
Assert.IsTrue(xy.Y);
}
public void XYZ()
{
Vector4B a = new Vector4B(false, true, false, true);
Vector3B xyz = a.XYZ;
Assert.IsFalse(xyz.X);
Assert.IsTrue(xyz.Y);
Assert.IsFalse(xyz.Z);
}
public void ToVector4H()
{
Vector4B a = new Vector4B(false, false, true, true);
Vector4H sA = a.ToVector4H();
Assert.AreEqual((Half)0, sA.X);
Assert.AreEqual((Half)0, sA.Y);
Assert.AreEqual((Half)1, sA.Z);
Assert.AreEqual((Half)1, sA.W);
}
public void TestToString()
{
CultureInfo originalCulture = Thread.CurrentThread.CurrentCulture;
try
{
Thread.CurrentThread.CurrentCulture = new CultureInfo("tr-TR");
Vector4B a = new Vector4B(false, true, false, true);
Assert.AreEqual("(False, True, False, True)", a.ToString());
}
finally
{
Thread.CurrentThread.CurrentCulture = originalCulture;
}
}
public void ToVector4F()
{
Vector4B a = new Vector4B(false, false, true, true);
Vector4F sA = a.ToVector4F();
Assert.AreEqual(0.0f, sA.X, 1e-7);
Assert.AreEqual(0.0f, sA.Y, 1e-7);
Assert.AreEqual(1.0f, sA.Z, 1e-7);
Assert.AreEqual(1.0f, sA.W, 1e-7);
}
public void ToVector4I()
{
Vector4B a = new Vector4B(false, false, true, true);
Vector4I sA = a.ToVector4I();
Assert.AreEqual(0, sA.X);
Assert.AreEqual(0, sA.Y);
Assert.AreEqual(1, sA.Z);
Assert.AreEqual(1, sA.W);
}
public void TestGetHashCode()
{
Vector4B a = new Vector4B(false, true, false, true);
Vector4B b = new Vector4B(true, false, true, false);
Vector4B c = new Vector4B(false, true, false, true);
Assert.AreEqual(a.GetHashCode(), c.GetHashCode());
Assert.AreNotEqual(a.GetHashCode(), b.GetHashCode());
}
public void GenCubeFace(ref TerraCube cube, CubeFaces cubeFace, ref Vector4B cubePosition, ref Vector3I cubePosiInWorld, VisualChunk chunk, ref TerraCube topCube, Dictionary <long, int> verticeDico)
{
byte yBlockOffset = 0;
int verticeCubeOffset = chunk.Graphics.SolidCubeVertices.Count;
int indiceCubeOffset = chunk.Graphics.SolidCubeIndices.Count;
ByteColor newColor = cube.EmissiveColor;
BlockProfile blockProfile = _wp.WorldParameters.Configuration.BlockProfiles[cube.Id];
bool IsEmissiveColor = blockProfile.IsEmissiveColorLightSource;
//Les 4 vertex de ma face.... en fct de leur position dans le cube leur valeur en Z va changer ! (Face Top, Bottom, ...)
Vector4B topLeft;
Vector4B topRight;
Vector4B bottomLeft;
Vector4B bottomRight;
//x = Is Upper VErtex or not
//y = Cube Face
//z = Not used
//w = Cube "Offset"
//GetBlock Offset
//This "natural" offset should only be made when the upper block is not the same as the block itself
if (topCube.Id != cube.Id)
{
yBlockOffset = (byte)(blockProfile.YBlockOffset * 255);
}
Vector4B vertexInfo = new Vector4B((byte)0, (byte)cubeFace, (byte)(0), yBlockOffset);
long hashVertex;
int generatedVertex = 0;
int vertexOffset0, vertexOffset1, vertexOffset2, vertexOffset3;
//Get the index of the current cube.
int baseIndex = _cubesHolder.Index(ref cubePosiInWorld);
int[] ind = new int[9];
ChunkColumnInfo chunkInfo = chunk.BlockData.GetColumnInfo(cubePosition.X, cubePosition.Z);
Vector4B biomeInfo = new Vector4B(chunkInfo.Moisture, chunkInfo.Temperature, blockProfile.BiomeColorArrayTexture, blockProfile.SideOffsetMultiplier);
switch (cubeFace)
{
case CubeFaces.Front:
//Get the 9 Facing cubes to the face
_cubesHolder.SurroundingAxisIndex(_cubesHolder.FastIndex(baseIndex, cubePosiInWorld.Z, SingleArrayChunkContainer.IdxRelativeMove.Z_Plus1), cubePosiInWorld.X, cubePosiInWorld.Y, cubePosiInWorld.Z, SingleArrayChunkContainer.Axis.Z, ind, false);
ByteColor Back_Cube = (ind[SingleArrayChunkContainer.BaseIndex] != int.MaxValue) ? _cubesHolder.Cubes[ind[SingleArrayChunkContainer.BaseIndex]].EmissiveColor : new ByteColor();
ByteColor BackLeft_Cube = (ind[SingleArrayChunkContainer.LeftIndex] != int.MaxValue) ?_cubesHolder.Cubes[ind[SingleArrayChunkContainer.LeftIndex]].EmissiveColor : new ByteColor();
ByteColor BackRight_Cube = (ind[SingleArrayChunkContainer.RightIndex] != int.MaxValue) ?_cubesHolder.Cubes[ind[SingleArrayChunkContainer.RightIndex]].EmissiveColor : new ByteColor();
ByteColor BackTop_Cube = (ind[SingleArrayChunkContainer.UpIndex] != int.MaxValue) ?_cubesHolder.Cubes[ind[SingleArrayChunkContainer.UpIndex]].EmissiveColor : new ByteColor();
ByteColor BackBottom_Cube = (ind[SingleArrayChunkContainer.DownIndex] != int.MaxValue) ?_cubesHolder.Cubes[ind[SingleArrayChunkContainer.DownIndex]].EmissiveColor : new ByteColor();
ByteColor BackLeftTop_Cube = (ind[SingleArrayChunkContainer.UpLeftIndex] != int.MaxValue) ?_cubesHolder.Cubes[ind[SingleArrayChunkContainer.UpLeftIndex]].EmissiveColor : new ByteColor();
ByteColor BackRightTop_Cube = (ind[SingleArrayChunkContainer.UpRightIndex] != int.MaxValue) ?_cubesHolder.Cubes[ind[SingleArrayChunkContainer.UpRightIndex]].EmissiveColor : new ByteColor();
ByteColor BackLeftBottom_Cube = (ind[SingleArrayChunkContainer.DownLeftIndex] != int.MaxValue) ?_cubesHolder.Cubes[ind[SingleArrayChunkContainer.DownLeftIndex]].EmissiveColor : new ByteColor();
ByteColor BackRightBottom_Cube = (ind[SingleArrayChunkContainer.DownRightIndex] != int.MaxValue) ?_cubesHolder.Cubes[ind[SingleArrayChunkContainer.DownRightIndex]].EmissiveColor : new ByteColor();
topLeft = cubePosition + new Vector4B(0, 1, 1, 0);
topRight = cubePosition + new Vector4B(1, 1, 1, 0);
bottomLeft = cubePosition + new Vector4B(0, 0, 1, 0);
bottomRight = cubePosition + new Vector4B(1, 0, 1, 0);
hashVertex = (long)cubeFace + ((long)topLeft.GetHashCode() << 8) + ((long)cube.Id << 40) + ((long)yBlockOffset << 48);
if (verticeDico.TryGetValue(hashVertex, out vertexOffset0) == false)
{
vertexOffset0 = generatedVertex + verticeCubeOffset;
verticeDico.Add(hashVertex, vertexOffset0);
if (!IsEmissiveColor)
{
newColor = ByteColor.Average(Back_Cube, BackLeft_Cube, BackTop_Cube, BackLeftTop_Cube);
}
vertexInfo.X = 1;
//if (chunk.SliceValue > 0 && newColor == ByteColor.Zero) newColor = new ByteColor(0, 0, 0, 40);
chunk.Graphics.SolidCubeVertices.Add(new VertexCubeSolid(ref topLeft, blockProfile.Tex_Front.TextureArrayId, ref newColor, ref vertexInfo, ref biomeInfo, blockProfile.Tex_Front.AnimationSpeed, blockProfile.Tex_Front.Texture.AnimationFrames));
generatedVertex++;
}
hashVertex = (long)cubeFace + ((long)topRight.GetHashCode() << 8) + ((long)cube.Id << 40) + ((long)yBlockOffset << 48);
if (verticeDico.TryGetValue(hashVertex, out vertexOffset1) == false)
{
vertexOffset1 = generatedVertex + verticeCubeOffset;
verticeDico.Add(hashVertex, vertexOffset1);
if (!IsEmissiveColor)
{
newColor = ByteColor.Average(Back_Cube, BackRight_Cube, BackTop_Cube, BackRightTop_Cube);
}
vertexInfo.X = 1;
//if (chunk.SliceValue > 0 && newColor == ByteColor.Zero) newColor = new ByteColor(0, 0, 0, 40);
chunk.Graphics.SolidCubeVertices.Add(new VertexCubeSolid(ref topRight, blockProfile.Tex_Front.TextureArrayId, ref newColor, ref vertexInfo, ref biomeInfo, blockProfile.Tex_Front.AnimationSpeed, blockProfile.Tex_Front.Texture.AnimationFrames));
generatedVertex++;
}
hashVertex = (long)cubeFace + ((long)bottomLeft.GetHashCode() << 8) + ((long)cube.Id << 40);
if (verticeDico.TryGetValue(hashVertex, out vertexOffset2) == false)
{
vertexOffset2 = generatedVertex + verticeCubeOffset;
verticeDico.Add(hashVertex, vertexOffset2);
if (!IsEmissiveColor)
{
newColor = ByteColor.Average(Back_Cube, BackLeft_Cube, BackBottom_Cube, BackLeftBottom_Cube);
}
vertexInfo.X = 0;
//if (chunk.SliceValue > 0 && newColor == ByteColor.Zero) newColor = new ByteColor(0, 0, 0, 40);
chunk.Graphics.SolidCubeVertices.Add(new VertexCubeSolid(ref bottomLeft, blockProfile.Tex_Front.TextureArrayId, ref newColor, ref vertexInfo, ref biomeInfo, blockProfile.Tex_Front.AnimationSpeed, blockProfile.Tex_Front.Texture.AnimationFrames));
generatedVertex++;
}
hashVertex = (long)cubeFace + ((long)bottomRight.GetHashCode() << 8) + ((long)cube.Id << 40);
if (verticeDico.TryGetValue(hashVertex, out vertexOffset3) == false)
{
vertexOffset3 = generatedVertex + verticeCubeOffset;
verticeDico.Add(hashVertex, vertexOffset3);
if (!IsEmissiveColor)
{
newColor = ByteColor.Average(Back_Cube, BackRight_Cube, BackBottom_Cube, BackRightBottom_Cube);
}
vertexInfo.X = 0;
//if (chunk.SliceValue > 0 && newColor == ByteColor.Zero) newColor = new ByteColor(0, 0, 0, 40);
chunk.Graphics.SolidCubeVertices.Add(new VertexCubeSolid(ref bottomRight, blockProfile.Tex_Front.TextureArrayId, ref newColor, ref vertexInfo, ref biomeInfo, blockProfile.Tex_Front.AnimationSpeed, blockProfile.Tex_Front.Texture.AnimationFrames));
generatedVertex++;
}
//Create Vertices
chunk.Graphics.SolidCubeIndices.Add((ushort)(vertexOffset0));
chunk.Graphics.SolidCubeIndices.Add((ushort)(vertexOffset2));
chunk.Graphics.SolidCubeIndices.Add((ushort)(vertexOffset1));
chunk.Graphics.SolidCubeIndices.Add((ushort)(vertexOffset2));
chunk.Graphics.SolidCubeIndices.Add((ushort)(vertexOffset3));
chunk.Graphics.SolidCubeIndices.Add((ushort)(vertexOffset1));
break;
case CubeFaces.Back:
//Get the 9 Facing cubes to the face
_cubesHolder.SurroundingAxisIndex(_cubesHolder.FastIndex(baseIndex, cubePosiInWorld.Z, SingleArrayChunkContainer.IdxRelativeMove.Z_Minus1), cubePosiInWorld.X, cubePosiInWorld.Y, cubePosiInWorld.Z, SingleArrayChunkContainer.Axis.Z, ind, false);
ByteColor Front_Cube = (ind[SingleArrayChunkContainer.BaseIndex] != int.MaxValue) ? _cubesHolder.Cubes[ind[SingleArrayChunkContainer.BaseIndex]].EmissiveColor : new ByteColor();
ByteColor FrontLeft_Cube = (ind[SingleArrayChunkContainer.LeftIndex] != int.MaxValue) ? _cubesHolder.Cubes[ind[SingleArrayChunkContainer.LeftIndex]].EmissiveColor : new ByteColor();
ByteColor FrontRight_Cube = (ind[SingleArrayChunkContainer.RightIndex] != int.MaxValue) ? _cubesHolder.Cubes[ind[SingleArrayChunkContainer.RightIndex]].EmissiveColor : new ByteColor();
ByteColor FrontTop_Cube = (ind[SingleArrayChunkContainer.UpIndex] != int.MaxValue) ? _cubesHolder.Cubes[ind[SingleArrayChunkContainer.UpIndex]].EmissiveColor : new ByteColor();
ByteColor FrontBottom_Cube = (ind[SingleArrayChunkContainer.DownIndex] != int.MaxValue) ? _cubesHolder.Cubes[ind[SingleArrayChunkContainer.DownIndex]].EmissiveColor : new ByteColor();
ByteColor FrontLeftTop_Cube = (ind[SingleArrayChunkContainer.UpLeftIndex] != int.MaxValue) ? _cubesHolder.Cubes[ind[SingleArrayChunkContainer.UpLeftIndex]].EmissiveColor : new ByteColor();
ByteColor FrontRightTop_Cube = (ind[SingleArrayChunkContainer.UpRightIndex] != int.MaxValue) ? _cubesHolder.Cubes[ind[SingleArrayChunkContainer.UpRightIndex]].EmissiveColor : new ByteColor();
ByteColor FrontLeftBottom_Cube = (ind[SingleArrayChunkContainer.DownLeftIndex] != int.MaxValue) ? _cubesHolder.Cubes[ind[SingleArrayChunkContainer.DownLeftIndex]].EmissiveColor : new ByteColor();
ByteColor FrontRightBottom_Cube = (ind[SingleArrayChunkContainer.DownRightIndex] != int.MaxValue) ? _cubesHolder.Cubes[ind[SingleArrayChunkContainer.DownRightIndex]].EmissiveColor : new ByteColor();
topLeft = cubePosition + new Vector4B(1, 1, 0, 0);
topRight = cubePosition + new Vector4B(0, 1, 0, 0);
bottomLeft = cubePosition + new Vector4B(1, 0, 0, 0);
bottomRight = cubePosition + new Vector4B(0, 0, 0, 0);
hashVertex = (long)cubeFace + ((long)topRight.GetHashCode() << 8) + ((long)cube.Id << 40) + ((long)yBlockOffset << 48);
if (verticeDico.TryGetValue(hashVertex, out vertexOffset0) == false)
{
vertexOffset0 = generatedVertex + verticeCubeOffset;
verticeDico.Add(hashVertex, vertexOffset0);
if (!IsEmissiveColor)
{
newColor = ByteColor.Average(Front_Cube, FrontTop_Cube, FrontLeftTop_Cube, FrontLeft_Cube);
}
vertexInfo.X = 1;
//if (chunk.SliceValue > 0 && newColor == ByteColor.Zero) newColor = new ByteColor(0, 0, 0, 40);
chunk.Graphics.SolidCubeVertices.Add(new VertexCubeSolid(ref topRight, blockProfile.Tex_Back.TextureArrayId, ref newColor, ref vertexInfo, ref biomeInfo, blockProfile.Tex_Back.AnimationSpeed, blockProfile.Tex_Back.Texture.AnimationFrames));
generatedVertex++;
}
hashVertex = (long)cubeFace + ((long)topLeft.GetHashCode() << 8) + ((long)cube.Id << 40) + ((long)yBlockOffset << 48);
if (verticeDico.TryGetValue(hashVertex, out vertexOffset1) == false)
{
vertexOffset1 = generatedVertex + verticeCubeOffset;
verticeDico.Add(hashVertex, vertexOffset1);
if (!IsEmissiveColor)
{
newColor = ByteColor.Average(Front_Cube, FrontTop_Cube, FrontRight_Cube, FrontRightTop_Cube);
}
vertexInfo.X = 1;
//if (chunk.SliceValue > 0 && newColor == ByteColor.Zero) newColor = new ByteColor(0, 0, 0, 40);
chunk.Graphics.SolidCubeVertices.Add(new VertexCubeSolid(ref topLeft, blockProfile.Tex_Back.TextureArrayId, ref newColor, ref vertexInfo, ref biomeInfo, blockProfile.Tex_Back.AnimationSpeed, blockProfile.Tex_Back.Texture.AnimationFrames));
generatedVertex++;
}
hashVertex = (long)cubeFace + ((long)bottomRight.GetHashCode() << 8) + ((long)cube.Id << 40);
if (verticeDico.TryGetValue(hashVertex, out vertexOffset2) == false)
{
vertexOffset2 = generatedVertex + verticeCubeOffset;
verticeDico.Add(hashVertex, vertexOffset2);
if (!IsEmissiveColor)
{
newColor = ByteColor.Average(Front_Cube, FrontBottom_Cube, FrontLeft_Cube, FrontLeftBottom_Cube);
}
vertexInfo.X = 0;
//if (chunk.SliceValue > 0 && newColor == ByteColor.Zero) newColor = new ByteColor(0, 0, 0, 40);
chunk.Graphics.SolidCubeVertices.Add(new VertexCubeSolid(ref bottomRight, blockProfile.Tex_Back.TextureArrayId, ref newColor, ref vertexInfo, ref biomeInfo, blockProfile.Tex_Back.AnimationSpeed, blockProfile.Tex_Back.Texture.AnimationFrames));
generatedVertex++;
}
hashVertex = (long)cubeFace + ((long)bottomLeft.GetHashCode() << 8) + ((long)cube.Id << 40);
if (verticeDico.TryGetValue(hashVertex, out vertexOffset3) == false)
{
vertexOffset3 = generatedVertex + verticeCubeOffset;
verticeDico.Add(hashVertex, vertexOffset3);
if (!IsEmissiveColor)
{
newColor = ByteColor.Average(Front_Cube, FrontBottom_Cube, FrontRight_Cube, FrontRightBottom_Cube);
}
vertexInfo.X = 0;
//if (chunk.SliceValue > 0 && newColor == ByteColor.Zero) newColor = new ByteColor(0, 0, 0, 40);
chunk.Graphics.SolidCubeVertices.Add(new VertexCubeSolid(ref bottomLeft, blockProfile.Tex_Back.TextureArrayId, ref newColor, ref vertexInfo, ref biomeInfo, blockProfile.Tex_Back.AnimationSpeed, blockProfile.Tex_Back.Texture.AnimationFrames));
generatedVertex++;
}
//Create Vertices
chunk.Graphics.SolidCubeIndices.Add((ushort)(vertexOffset0));
chunk.Graphics.SolidCubeIndices.Add((ushort)(vertexOffset1));
chunk.Graphics.SolidCubeIndices.Add((ushort)(vertexOffset2));
chunk.Graphics.SolidCubeIndices.Add((ushort)(vertexOffset2));
chunk.Graphics.SolidCubeIndices.Add((ushort)(vertexOffset1));
chunk.Graphics.SolidCubeIndices.Add((ushort)(vertexOffset3));
break;
case CubeFaces.Top:
//Get the 9 Facing cubes to the face
_cubesHolder.SurroundingAxisIndex(_cubesHolder.FastIndex(baseIndex, cubePosiInWorld.Y, SingleArrayChunkContainer.IdxRelativeMove.Y_Plus1), cubePosiInWorld.X, cubePosiInWorld.Y, cubePosiInWorld.Z, SingleArrayChunkContainer.Axis.Y, ind, false);
ByteColor Bottom_Cube = (ind[SingleArrayChunkContainer.BaseIndex] != int.MaxValue) ? _cubesHolder.Cubes[ind[SingleArrayChunkContainer.BaseIndex]].EmissiveColor : new ByteColor();
ByteColor BottomLeft_Cube = (ind[SingleArrayChunkContainer.LeftIndex] != int.MaxValue) ? _cubesHolder.Cubes[ind[SingleArrayChunkContainer.LeftIndex]].EmissiveColor : new ByteColor();
ByteColor BottomRight_Cube = (ind[SingleArrayChunkContainer.RightIndex] != int.MaxValue) ? _cubesHolder.Cubes[ind[SingleArrayChunkContainer.RightIndex]].EmissiveColor : new ByteColor();
ByteColor BottomTop_Cube = (ind[SingleArrayChunkContainer.UpIndex] != int.MaxValue) ? _cubesHolder.Cubes[ind[SingleArrayChunkContainer.UpIndex]].EmissiveColor : new ByteColor();
ByteColor BottomBottom_Cube = (ind[SingleArrayChunkContainer.DownIndex] != int.MaxValue) ? _cubesHolder.Cubes[ind[SingleArrayChunkContainer.DownIndex]].EmissiveColor : new ByteColor();
ByteColor BottomLeftTop_Cube = (ind[SingleArrayChunkContainer.UpLeftIndex] != int.MaxValue) ? _cubesHolder.Cubes[ind[SingleArrayChunkContainer.UpLeftIndex]].EmissiveColor : new ByteColor();
ByteColor BottomRightTop_Cube = (ind[SingleArrayChunkContainer.UpRightIndex] != int.MaxValue) ? _cubesHolder.Cubes[ind[SingleArrayChunkContainer.UpRightIndex]].EmissiveColor : new ByteColor();
ByteColor BottomLeftBottom_Cube = (ind[SingleArrayChunkContainer.DownLeftIndex] != int.MaxValue) ? _cubesHolder.Cubes[ind[SingleArrayChunkContainer.DownLeftIndex]].EmissiveColor : new ByteColor();
ByteColor BottomRightBottom_Cube = (ind[SingleArrayChunkContainer.DownRightIndex] != int.MaxValue) ? _cubesHolder.Cubes[ind[SingleArrayChunkContainer.DownRightIndex]].EmissiveColor : new ByteColor();
topLeft = cubePosition + new Vector4B(0, 1, 0, 0);
topRight = cubePosition + new Vector4B(1, 1, 0, 0);
bottomLeft = cubePosition + new Vector4B(0, 1, 1, 0);
bottomRight = cubePosition + new Vector4B(1, 1, 1, 0);
hashVertex = (long)cubeFace + ((long)topLeft.GetHashCode() << 8) + ((long)cube.Id << 40) + ((long)yBlockOffset << 48);
if (verticeDico.TryGetValue(hashVertex, out vertexOffset0) == false)
{
vertexOffset0 = generatedVertex + verticeCubeOffset;
verticeDico.Add(hashVertex, vertexOffset0);
if (!IsEmissiveColor)
{
newColor = ByteColor.Average(Bottom_Cube, BottomLeft_Cube, BottomLeftTop_Cube, BottomTop_Cube);
}
vertexInfo.X = 1;
//if (chunk.SliceValue > 0 && newColor == ByteColor.Zero) newColor = new ByteColor(0, 0, 0, 40);
chunk.Graphics.SolidCubeVertices.Add(new VertexCubeSolid(ref topLeft, blockProfile.Tex_Top.TextureArrayId, ref newColor, ref vertexInfo, ref biomeInfo, blockProfile.Tex_Top.AnimationSpeed, blockProfile.Tex_Top.Texture.AnimationFrames));
generatedVertex++;
}
hashVertex = (long)cubeFace + ((long)bottomRight.GetHashCode() << 8) + ((long)cube.Id << 40) + ((long)yBlockOffset << 48);
if (verticeDico.TryGetValue(hashVertex, out vertexOffset1) == false)
{
vertexOffset1 = generatedVertex + verticeCubeOffset;
verticeDico.Add(hashVertex, vertexOffset1);
if (!IsEmissiveColor)
{
newColor = ByteColor.Average(Bottom_Cube, BottomRight_Cube, BottomBottom_Cube, BottomRightBottom_Cube);
}
vertexInfo.X = 1;
//if (chunk.SliceValue > 0 && newColor == ByteColor.Zero) newColor = new ByteColor(0, 0, 0, 40);
chunk.Graphics.SolidCubeVertices.Add(new VertexCubeSolid(ref bottomRight, blockProfile.Tex_Top.TextureArrayId, ref newColor, ref vertexInfo, ref biomeInfo, blockProfile.Tex_Top.AnimationSpeed, blockProfile.Tex_Top.Texture.AnimationFrames));
generatedVertex++;
}
hashVertex = (long)cubeFace + ((long)bottomLeft.GetHashCode() << 8) + ((long)cube.Id << 40) + ((long)yBlockOffset << 48);
if (verticeDico.TryGetValue(hashVertex, out vertexOffset2) == false)
{
vertexOffset2 = generatedVertex + verticeCubeOffset;
verticeDico.Add(hashVertex, vertexOffset2);
if (!IsEmissiveColor)
{
newColor = ByteColor.Average(Bottom_Cube, BottomBottom_Cube, BottomLeft_Cube, BottomLeftBottom_Cube);
}
vertexInfo.X = 1;
//if (chunk.SliceValue > 0 && newColor == ByteColor.Zero) newColor = new ByteColor(0, 0, 0, 40);
chunk.Graphics.SolidCubeVertices.Add(new VertexCubeSolid(ref bottomLeft, blockProfile.Tex_Top.TextureArrayId, ref newColor, ref vertexInfo, ref biomeInfo, blockProfile.Tex_Top.AnimationSpeed, blockProfile.Tex_Top.Texture.AnimationFrames));
generatedVertex++;
}
hashVertex = (long)cubeFace + ((long)topRight.GetHashCode() << 8) + ((long)cube.Id << 40) + ((long)yBlockOffset << 48);
if (verticeDico.TryGetValue(hashVertex, out vertexOffset3) == false)
{
vertexOffset3 = generatedVertex + verticeCubeOffset;
verticeDico.Add(hashVertex, vertexOffset3);
if (!IsEmissiveColor)
{
newColor = ByteColor.Average(Bottom_Cube, BottomTop_Cube, BottomRight_Cube, BottomRightTop_Cube);
}
vertexInfo.X = 1;
//if (chunk.SliceValue > 0 && newColor == ByteColor.Zero) newColor = new ByteColor(0, 0, 0, 40);
chunk.Graphics.SolidCubeVertices.Add(new VertexCubeSolid(ref topRight, blockProfile.Tex_Top.TextureArrayId, ref newColor, ref vertexInfo, ref biomeInfo, blockProfile.Tex_Top.AnimationSpeed, blockProfile.Tex_Top.Texture.AnimationFrames));
generatedVertex++;
}
//Create Vertices
chunk.Graphics.SolidCubeIndices.Add((ushort)(vertexOffset0));
chunk.Graphics.SolidCubeIndices.Add((ushort)(vertexOffset2));
chunk.Graphics.SolidCubeIndices.Add((ushort)(vertexOffset1));
chunk.Graphics.SolidCubeIndices.Add((ushort)(vertexOffset0));
chunk.Graphics.SolidCubeIndices.Add((ushort)(vertexOffset1));
chunk.Graphics.SolidCubeIndices.Add((ushort)(vertexOffset3));
break;
case CubeFaces.Bottom:
//Get the 9 Facing cubes to the face
_cubesHolder.SurroundingAxisIndex(_cubesHolder.FastIndex(baseIndex, cubePosiInWorld.Y, SingleArrayChunkContainer.IdxRelativeMove.Y_Minus1), cubePosiInWorld.X, cubePosiInWorld.Y, cubePosiInWorld.Z, SingleArrayChunkContainer.Axis.Y, ind, false);
ByteColor Top_Cube = (ind[SingleArrayChunkContainer.BaseIndex] != int.MaxValue) ? _cubesHolder.Cubes[ind[SingleArrayChunkContainer.BaseIndex]].EmissiveColor : new ByteColor();
ByteColor TopLeft_Cube = (ind[SingleArrayChunkContainer.LeftIndex] != int.MaxValue) ? _cubesHolder.Cubes[ind[SingleArrayChunkContainer.LeftIndex]].EmissiveColor : new ByteColor();
ByteColor TopRight_Cube = (ind[SingleArrayChunkContainer.RightIndex] != int.MaxValue) ? _cubesHolder.Cubes[ind[SingleArrayChunkContainer.RightIndex]].EmissiveColor : new ByteColor();
ByteColor TopTop_Cube = (ind[SingleArrayChunkContainer.UpIndex] != int.MaxValue) ? _cubesHolder.Cubes[ind[SingleArrayChunkContainer.UpIndex]].EmissiveColor : new ByteColor();
ByteColor TopBottom_Cube = (ind[SingleArrayChunkContainer.DownIndex] != int.MaxValue) ? _cubesHolder.Cubes[ind[SingleArrayChunkContainer.DownIndex]].EmissiveColor : new ByteColor();
ByteColor TopLeftTop_Cube = (ind[SingleArrayChunkContainer.UpLeftIndex] != int.MaxValue) ? _cubesHolder.Cubes[ind[SingleArrayChunkContainer.UpLeftIndex]].EmissiveColor : new ByteColor();
ByteColor TopRightTop_Cube = (ind[SingleArrayChunkContainer.UpRightIndex] != int.MaxValue) ? _cubesHolder.Cubes[ind[SingleArrayChunkContainer.UpRightIndex]].EmissiveColor : new ByteColor();
ByteColor TopLeftBottom_Cube = (ind[SingleArrayChunkContainer.DownLeftIndex] != int.MaxValue) ? _cubesHolder.Cubes[ind[SingleArrayChunkContainer.DownLeftIndex]].EmissiveColor : new ByteColor();
ByteColor TopRightBottom_Cube = (ind[SingleArrayChunkContainer.DownRightIndex] != int.MaxValue) ? _cubesHolder.Cubes[ind[SingleArrayChunkContainer.DownRightIndex]].EmissiveColor : new ByteColor();
topLeft = cubePosition + new Vector4B(0, 0, 1, 0);
topRight = cubePosition + new Vector4B(1, 0, 1, 0);
bottomLeft = cubePosition + new Vector4B(0, 0, 0, 0);
bottomRight = cubePosition + new Vector4B(1, 0, 0, 0);
hashVertex = (long)cubeFace + ((long)topLeft.GetHashCode() << 8) + ((long)cube.Id << 40);
if (verticeDico.TryGetValue(hashVertex, out vertexOffset0) == false)
{
vertexOffset0 = generatedVertex + verticeCubeOffset;
verticeDico.Add(hashVertex, vertexOffset0);
if (!IsEmissiveColor)
{
newColor = ByteColor.Average(Top_Cube, TopBottom_Cube, TopLeft_Cube, TopLeftBottom_Cube);
}
vertexInfo.X = 0;
chunk.Graphics.SolidCubeVertices.Add(new VertexCubeSolid(ref topLeft, blockProfile.Tex_Bottom.TextureArrayId, ref newColor, ref vertexInfo, ref biomeInfo, blockProfile.Tex_Bottom.AnimationSpeed, blockProfile.Tex_Bottom.Texture.AnimationFrames));
generatedVertex++;
}
hashVertex = (long)cubeFace + ((long)bottomLeft.GetHashCode() << 8) + ((long)cube.Id << 40);
if (verticeDico.TryGetValue(hashVertex, out vertexOffset1) == false)
{
vertexOffset1 = generatedVertex + verticeCubeOffset;
verticeDico.Add(hashVertex, vertexOffset1);
if (!IsEmissiveColor)
{
newColor = ByteColor.Average(Top_Cube, TopTop_Cube, TopLeft_Cube, TopLeftTop_Cube);
}
vertexInfo.X = 0;
chunk.Graphics.SolidCubeVertices.Add(new VertexCubeSolid(ref bottomLeft, blockProfile.Tex_Bottom.TextureArrayId, ref newColor, ref vertexInfo, ref biomeInfo, blockProfile.Tex_Bottom.AnimationSpeed, blockProfile.Tex_Bottom.Texture.AnimationFrames));
generatedVertex++;
}
hashVertex = (long)cubeFace + ((long)topRight.GetHashCode() << 8) + ((long)cube.Id << 40);
if (verticeDico.TryGetValue(hashVertex, out vertexOffset2) == false)
{
vertexOffset2 = generatedVertex + verticeCubeOffset;
verticeDico.Add(hashVertex, vertexOffset2);
if (!IsEmissiveColor)
{
newColor = ByteColor.Average(Top_Cube, TopBottom_Cube, TopRight_Cube, TopRightBottom_Cube);
}
vertexInfo.X = 0;
chunk.Graphics.SolidCubeVertices.Add(new VertexCubeSolid(ref topRight, blockProfile.Tex_Bottom.TextureArrayId, ref newColor, ref vertexInfo, ref biomeInfo, blockProfile.Tex_Bottom.AnimationSpeed, blockProfile.Tex_Bottom.Texture.AnimationFrames));
generatedVertex++;
}
hashVertex = (long)cubeFace + ((long)bottomRight.GetHashCode() << 8) + ((long)cube.Id << 40);
if (verticeDico.TryGetValue(hashVertex, out vertexOffset3) == false)
{
vertexOffset3 = generatedVertex + verticeCubeOffset;
verticeDico.Add(hashVertex, vertexOffset3);
if (!IsEmissiveColor)
{
newColor = ByteColor.Average(Top_Cube, TopTop_Cube, TopRight_Cube, TopRightTop_Cube);
}
vertexInfo.X = 0;
chunk.Graphics.SolidCubeVertices.Add(new VertexCubeSolid(ref bottomRight, blockProfile.Tex_Bottom.TextureArrayId, ref newColor, ref vertexInfo, ref biomeInfo, blockProfile.Tex_Bottom.AnimationSpeed, blockProfile.Tex_Bottom.Texture.AnimationFrames));
generatedVertex++;
}
//Create Vertices
chunk.Graphics.SolidCubeIndices.Add((ushort)(vertexOffset0));
chunk.Graphics.SolidCubeIndices.Add((ushort)(vertexOffset1));
chunk.Graphics.SolidCubeIndices.Add((ushort)(vertexOffset2));
chunk.Graphics.SolidCubeIndices.Add((ushort)(vertexOffset1));
chunk.Graphics.SolidCubeIndices.Add((ushort)(vertexOffset3));
chunk.Graphics.SolidCubeIndices.Add((ushort)(vertexOffset2));
break;
case CubeFaces.Left:
//Get the 9 Facing cubes to the face
_cubesHolder.SurroundingAxisIndex(_cubesHolder.FastIndex(baseIndex, cubePosiInWorld.X, SingleArrayChunkContainer.IdxRelativeMove.X_Minus1), cubePosiInWorld.X, cubePosiInWorld.Y, cubePosiInWorld.Z, SingleArrayChunkContainer.Axis.X, ind, false);
ByteColor Right_Cube = (ind[SingleArrayChunkContainer.BaseIndex] != int.MaxValue) ? _cubesHolder.Cubes[ind[SingleArrayChunkContainer.BaseIndex]].EmissiveColor : new ByteColor();
ByteColor RightLeft_Cube = (ind[SingleArrayChunkContainer.LeftIndex] != int.MaxValue) ? _cubesHolder.Cubes[ind[SingleArrayChunkContainer.LeftIndex]].EmissiveColor : new ByteColor();
ByteColor RightRight_Cube = (ind[SingleArrayChunkContainer.RightIndex] != int.MaxValue) ? _cubesHolder.Cubes[ind[SingleArrayChunkContainer.RightIndex]].EmissiveColor : new ByteColor();
ByteColor RightTop_Cube = (ind[SingleArrayChunkContainer.UpIndex] != int.MaxValue) ? _cubesHolder.Cubes[ind[SingleArrayChunkContainer.UpIndex]].EmissiveColor : new ByteColor();
ByteColor RightBottom_Cube = (ind[SingleArrayChunkContainer.DownIndex] != int.MaxValue) ? _cubesHolder.Cubes[ind[SingleArrayChunkContainer.DownIndex]].EmissiveColor : new ByteColor();
ByteColor RightLeftTop_Cube = (ind[SingleArrayChunkContainer.UpLeftIndex] != int.MaxValue) ? _cubesHolder.Cubes[ind[SingleArrayChunkContainer.UpLeftIndex]].EmissiveColor : new ByteColor();
ByteColor RightRightTop_Cube = (ind[SingleArrayChunkContainer.UpRightIndex] != int.MaxValue) ? _cubesHolder.Cubes[ind[SingleArrayChunkContainer.UpRightIndex]].EmissiveColor : new ByteColor();
ByteColor RightLeftBottom_Cube = (ind[SingleArrayChunkContainer.DownLeftIndex] != int.MaxValue) ? _cubesHolder.Cubes[ind[SingleArrayChunkContainer.DownLeftIndex]].EmissiveColor : new ByteColor();
ByteColor RightRightBottom_Cube = (ind[SingleArrayChunkContainer.DownRightIndex] != int.MaxValue) ? _cubesHolder.Cubes[ind[SingleArrayChunkContainer.DownRightIndex]].EmissiveColor : new ByteColor();
topLeft = cubePosition + new Vector4B(0, 1, 0, 0);
bottomRight = cubePosition + new Vector4B(0, 0, 1, 0);
bottomLeft = cubePosition + new Vector4B(0, 0, 0, 0);
topRight = cubePosition + new Vector4B(0, 1, 1, 0);
hashVertex = (long)cubeFace + ((long)topLeft.GetHashCode() << 8) + ((long)cube.Id << 40) + ((long)yBlockOffset << 48);
if (verticeDico.TryGetValue(hashVertex, out vertexOffset0) == false)
{
vertexOffset0 = generatedVertex + verticeCubeOffset;
verticeDico.Add(hashVertex, vertexOffset0);
if (!IsEmissiveColor)
{
newColor = ByteColor.Average(Right_Cube, RightTop_Cube, RightRight_Cube, RightRightTop_Cube);
}
vertexInfo.X = 1;
//if (chunk.SliceValue > 0 && newColor == ByteColor.Zero) newColor = new ByteColor(0, 0, 0, 40);
chunk.Graphics.SolidCubeVertices.Add(new VertexCubeSolid(ref topLeft, blockProfile.Tex_Left.TextureArrayId, ref newColor, ref vertexInfo, ref biomeInfo, blockProfile.Tex_Left.AnimationSpeed, blockProfile.Tex_Left.Texture.AnimationFrames));
generatedVertex++;
}
hashVertex = (long)cubeFace + ((long)topRight.GetHashCode() << 8) + ((long)cube.Id << 40) + ((long)yBlockOffset << 48);
if (verticeDico.TryGetValue(hashVertex, out vertexOffset1) == false)
{
vertexOffset1 = generatedVertex + verticeCubeOffset;
verticeDico.Add(hashVertex, vertexOffset1);
if (!IsEmissiveColor)
{
newColor = ByteColor.Average(Right_Cube, RightTop_Cube, RightLeft_Cube, RightLeftTop_Cube);
}
vertexInfo.X = 1;
//if (chunk.SliceValue > 0 && newColor == ByteColor.Zero) newColor = new ByteColor(0, 0, 0, 40);
chunk.Graphics.SolidCubeVertices.Add(new VertexCubeSolid(ref topRight, blockProfile.Tex_Left.TextureArrayId, ref newColor, ref vertexInfo, ref biomeInfo, blockProfile.Tex_Left.AnimationSpeed, blockProfile.Tex_Left.Texture.AnimationFrames));
generatedVertex++;
}
hashVertex = (long)cubeFace + ((long)bottomLeft.GetHashCode() << 8) + ((long)cube.Id << 40);
if (verticeDico.TryGetValue(hashVertex, out vertexOffset2) == false)
{
vertexOffset2 = generatedVertex + verticeCubeOffset;
verticeDico.Add(hashVertex, vertexOffset2);
if (!IsEmissiveColor)
{
newColor = ByteColor.Average(Right_Cube, RightBottom_Cube, RightRight_Cube, RightRightBottom_Cube);
}
vertexInfo.X = 0;
//if (chunk.SliceValue > 0 && newColor == ByteColor.Zero) newColor = new ByteColor(0, 0, 0, 40);
chunk.Graphics.SolidCubeVertices.Add(new VertexCubeSolid(ref bottomLeft, blockProfile.Tex_Left.TextureArrayId, ref newColor, ref vertexInfo, ref biomeInfo, blockProfile.Tex_Left.AnimationSpeed, blockProfile.Tex_Left.Texture.AnimationFrames));
generatedVertex++;
}
hashVertex = (long)cubeFace + ((long)bottomRight.GetHashCode() << 8) + ((long)cube.Id << 40);
if (verticeDico.TryGetValue(hashVertex, out vertexOffset3) == false)
{
vertexOffset3 = generatedVertex + verticeCubeOffset;
verticeDico.Add(hashVertex, vertexOffset3);
if (!IsEmissiveColor)
{
newColor = ByteColor.Average(Right_Cube, RightBottom_Cube, RightLeft_Cube, RightLeftBottom_Cube);
}
vertexInfo.X = 0;
//if (chunk.SliceValue > 0 && newColor == ByteColor.Zero) newColor = new ByteColor(0, 0, 0, 40);
chunk.Graphics.SolidCubeVertices.Add(new VertexCubeSolid(ref bottomRight, blockProfile.Tex_Left.TextureArrayId, ref newColor, ref vertexInfo, ref biomeInfo, blockProfile.Tex_Left.AnimationSpeed, blockProfile.Tex_Left.Texture.AnimationFrames));
generatedVertex++;
}
//Create Vertices
chunk.Graphics.SolidCubeIndices.Add((ushort)(vertexOffset0));
chunk.Graphics.SolidCubeIndices.Add((ushort)(vertexOffset2));
chunk.Graphics.SolidCubeIndices.Add((ushort)(vertexOffset3));
chunk.Graphics.SolidCubeIndices.Add((ushort)(vertexOffset1));
chunk.Graphics.SolidCubeIndices.Add((ushort)(vertexOffset0));
chunk.Graphics.SolidCubeIndices.Add((ushort)(vertexOffset3));
break;
case CubeFaces.Right:
//Get the 9 Facing cubes to the face
_cubesHolder.SurroundingAxisIndex(_cubesHolder.FastIndex(baseIndex, cubePosiInWorld.X, SingleArrayChunkContainer.IdxRelativeMove.X_Plus1), cubePosiInWorld.X, cubePosiInWorld.Y, cubePosiInWorld.Z, SingleArrayChunkContainer.Axis.X, ind, false);
ByteColor Left_Cube = (ind[SingleArrayChunkContainer.BaseIndex] != int.MaxValue) ? _cubesHolder.Cubes[ind[SingleArrayChunkContainer.BaseIndex]].EmissiveColor : new ByteColor();
ByteColor LeftLeft_Cube = (ind[SingleArrayChunkContainer.LeftIndex] != int.MaxValue) ? _cubesHolder.Cubes[ind[SingleArrayChunkContainer.LeftIndex]].EmissiveColor : new ByteColor();
ByteColor LefttRight_Cube = (ind[SingleArrayChunkContainer.RightIndex] != int.MaxValue) ? _cubesHolder.Cubes[ind[SingleArrayChunkContainer.RightIndex]].EmissiveColor : new ByteColor();
ByteColor LeftTop_Cube = (ind[SingleArrayChunkContainer.UpIndex] != int.MaxValue) ? _cubesHolder.Cubes[ind[SingleArrayChunkContainer.UpIndex]].EmissiveColor : new ByteColor();
ByteColor LeftBottom_Cube = (ind[SingleArrayChunkContainer.DownIndex] != int.MaxValue) ? _cubesHolder.Cubes[ind[SingleArrayChunkContainer.DownIndex]].EmissiveColor : new ByteColor();
ByteColor LeftLeftTop_Cube = (ind[SingleArrayChunkContainer.UpLeftIndex] != int.MaxValue) ? _cubesHolder.Cubes[ind[SingleArrayChunkContainer.UpLeftIndex]].EmissiveColor : new ByteColor();
ByteColor LeftRightTop_Cube = (ind[SingleArrayChunkContainer.UpRightIndex] != int.MaxValue) ? _cubesHolder.Cubes[ind[SingleArrayChunkContainer.UpRightIndex]].EmissiveColor : new ByteColor();
ByteColor LeftLeftBottom_Cube = (ind[SingleArrayChunkContainer.DownLeftIndex] != int.MaxValue) ? _cubesHolder.Cubes[ind[SingleArrayChunkContainer.DownLeftIndex]].EmissiveColor : new ByteColor();
ByteColor LeftRightBottom_Cube = (ind[SingleArrayChunkContainer.DownRightIndex] != int.MaxValue) ? _cubesHolder.Cubes[ind[SingleArrayChunkContainer.DownRightIndex]].EmissiveColor : new ByteColor();
topLeft = cubePosition + new Vector4B(1, 1, 1, 0);
topRight = cubePosition + new Vector4B(1, 1, 0, 0);
bottomLeft = cubePosition + new Vector4B(1, 0, 1, 0);
bottomRight = cubePosition + new Vector4B(1, 0, 0, 0);
hashVertex = (long)cubeFace + ((long)topRight.GetHashCode() << 8) + ((long)cube.Id << 40) + ((long)yBlockOffset << 48);
if (verticeDico.TryGetValue(hashVertex, out vertexOffset0) == false)
{
vertexOffset0 = generatedVertex + verticeCubeOffset;
verticeDico.Add(hashVertex, vertexOffset0);
if (!IsEmissiveColor)
{
newColor = ByteColor.Average(Left_Cube, LeftTop_Cube, LefttRight_Cube, LeftRightTop_Cube);
}
vertexInfo.X = 1;
//if (chunk.SliceValue > 0 && newColor == ByteColor.Zero) newColor = new ByteColor(0, 0, 0, 40);
chunk.Graphics.SolidCubeVertices.Add(new VertexCubeSolid(ref topRight, blockProfile.Tex_Right.TextureArrayId, ref newColor, ref vertexInfo, ref biomeInfo, blockProfile.Tex_Right.AnimationSpeed, blockProfile.Tex_Left.Texture.AnimationFrames));
generatedVertex++;
}
hashVertex = (long)cubeFace + ((long)topLeft.GetHashCode() << 8) + ((long)cube.Id << 40) + ((long)yBlockOffset << 48);
if (verticeDico.TryGetValue(hashVertex, out vertexOffset1) == false)
{
vertexOffset1 = generatedVertex + verticeCubeOffset;
verticeDico.Add(hashVertex, vertexOffset1);
if (!IsEmissiveColor)
{
newColor = ByteColor.Average(Left_Cube, LeftTop_Cube, LeftLeft_Cube, LeftLeftTop_Cube);
}
vertexInfo.X = 1;
//if (chunk.SliceValue > 0 && newColor == ByteColor.Zero) newColor = new ByteColor(0, 0, 0, 40);
chunk.Graphics.SolidCubeVertices.Add(new VertexCubeSolid(ref topLeft, blockProfile.Tex_Right.TextureArrayId, ref newColor, ref vertexInfo, ref biomeInfo, blockProfile.Tex_Right.AnimationSpeed, blockProfile.Tex_Left.Texture.AnimationFrames));
generatedVertex++;
}
hashVertex = (long)cubeFace + ((long)bottomLeft.GetHashCode() << 8) + ((long)cube.Id << 40);
if (verticeDico.TryGetValue(hashVertex, out vertexOffset2) == false)
{
vertexOffset2 = generatedVertex + verticeCubeOffset;
verticeDico.Add(hashVertex, vertexOffset2);
if (!IsEmissiveColor)
{
newColor = ByteColor.Average(Left_Cube, LeftBottom_Cube, LeftLeft_Cube, LeftLeftBottom_Cube);
}
vertexInfo.X = 0;
//if (chunk.SliceValue > 0 && newColor == ByteColor.Zero) newColor = new ByteColor(0, 0, 0, 40);
chunk.Graphics.SolidCubeVertices.Add(new VertexCubeSolid(ref bottomLeft, blockProfile.Tex_Right.TextureArrayId, ref newColor, ref vertexInfo, ref biomeInfo, blockProfile.Tex_Right.AnimationSpeed, blockProfile.Tex_Left.Texture.AnimationFrames));
generatedVertex++;
}
hashVertex = (long)cubeFace + ((long)bottomRight.GetHashCode() << 8) + ((long)cube.Id << 40);
if (verticeDico.TryGetValue(hashVertex, out vertexOffset3) == false)
{
vertexOffset3 = generatedVertex + verticeCubeOffset;
verticeDico.Add(hashVertex, vertexOffset3);
if (!IsEmissiveColor)
{
newColor = ByteColor.Average(Left_Cube, LeftBottom_Cube, LefttRight_Cube, LeftRightBottom_Cube);
}
vertexInfo.X = 0;
//if (chunk.SliceValue > 0 && newColor == ByteColor.Zero) newColor = new ByteColor(0, 0, 0, 40);
chunk.Graphics.SolidCubeVertices.Add(new VertexCubeSolid(ref bottomRight, blockProfile.Tex_Right.TextureArrayId, ref newColor, ref vertexInfo, ref biomeInfo, blockProfile.Tex_Right.AnimationSpeed, blockProfile.Tex_Left.Texture.AnimationFrames));
generatedVertex++;
}
//Create Vertices
chunk.Graphics.SolidCubeIndices.Add((ushort)(vertexOffset0));
chunk.Graphics.SolidCubeIndices.Add((ushort)(vertexOffset2));
chunk.Graphics.SolidCubeIndices.Add((ushort)(vertexOffset3));
chunk.Graphics.SolidCubeIndices.Add((ushort)(vertexOffset1));
chunk.Graphics.SolidCubeIndices.Add((ushort)(vertexOffset2));
chunk.Graphics.SolidCubeIndices.Add((ushort)(vertexOffset0));
break;
}
}
private void GenerateCubesFace(CubeFaces cubeFace, VisualChunk chunk)
{
TerraCube currentCube, neightborCube, topCube;
BlockProfile blockProfile, neightborCubeProfile;
Vector4B cubePosiInChunk = new Vector4B(0, 0, 0, 1);
Vector3I cubePosiInWorld;
int XWorld, YWorld, ZWorld;
int neightborCubeIndex;
int baseCubeIndex = _cubesHolder.Index(chunk.CubeRange.Position.X, chunk.CubeRange.Position.Y, chunk.CubeRange.Position.Z);
int cubeIndexX = baseCubeIndex;
int cubeIndexZ = baseCubeIndex;
int cubeIndex = baseCubeIndex;
var worldRangeMaxX = _visualWorldParameters.WorldRange.Max.X;
var worldRangeMaxY = _visualWorldParameters.WorldRange.Max.Y;
var worldRangeMaxZ = _visualWorldParameters.WorldRange.Max.Z;
int xNeight, yNeight, zNeight;
byte yMin = (byte)(chunk.Graphics.SliceValue == -1 ? 0 : Math.Max(0, chunk.Graphics.SliceValue - 5));
byte yMax = (byte)(chunk.Graphics.SliceValue == -1 ? chunk.CubeRange.Size.Y : chunk.Graphics.SliceValue);
Dictionary <long, int> verticeDico = new Dictionary <long, int>();
for (byte x = 0; x < AbstractChunk.ChunkSize.X; x++)
{
XWorld = (x + chunk.CubeRange.Position.X);
if (x != 0)
{
cubeIndexX += _cubesHolder.MoveX;
cubeIndexZ = cubeIndexX;
cubeIndex = cubeIndexX;
}
for (byte z = 0; z < AbstractChunk.ChunkSize.Z; z++)
{
ZWorld = (z + chunk.CubeRange.Position.Z);
if (z != 0)
{
cubeIndexZ += _cubesHolder.MoveZ;
cubeIndex = cubeIndexZ;
}
for (byte y = yMin; y < yMax; y++)
{
//_cubeRange in fact identify the chunk, the chunk position in the world being _cubeRange.Min
YWorld = (y + chunk.CubeRange.Position.Y);
if (y != yMin)
{
cubeIndex += _cubesHolder.MoveY;
}
else
{
cubeIndex += _cubesHolder.MoveY * yMin;
}
//_cubesHolder.Cubes[] is the BIG table containing all terraCube in the visible world.
//For speed access, I use an array with only one dimension, thus the table index must be computed from the X, Y, Z position of the terracube.
//Computing myself this index, is faster than using an array defined as [x,y,z]
//Terra Cube contain only the data that are variables, and could be different between 2 cube.
currentCube = _cubesHolder.Cubes[cubeIndex];
// ? Am I an Air Cube ? ==> Default Value, not needed to render !
if (currentCube.Id == WorldConfiguration.CubeId.Air)
{
continue;
}
//The Cube profile contain the value that are fixed for a block type.
blockProfile = _visualWorldParameters.WorldParameters.Configuration.BlockProfiles[currentCube.Id];
cubePosiInWorld = new Vector3I(XWorld, YWorld, ZWorld);
cubePosiInChunk.X = x; //cubePosiInChunk = new Vector4B(x, y, z);
cubePosiInChunk.Y = y;
cubePosiInChunk.Z = z;
//Check to see if the face needs to be generated or not !
//Border Chunk test ! ==> Don't generate faces that are "border" chunks
//BorderChunk value is true if the chunk is at the border of the visible world.
int topCubeIndex = cubeIndex + _cubesHolder.MoveY;
xNeight = x;
yNeight = y;
zNeight = z;
switch (cubeFace)
{
case CubeFaces.Back:
if (ZWorld - 1 < _visualWorldParameters.WorldRange.Position.Z)
{
continue;
}
neightborCubeIndex = _cubesHolder.FastIndex(cubeIndex, ZWorld, SingleArrayChunkContainer.IdxRelativeMove.Z_Minus1);
zNeight--;
break;
case CubeFaces.Front:
if (ZWorld + 1 >= worldRangeMaxZ)
{
continue;
}
neightborCubeIndex = _cubesHolder.FastIndex(cubeIndex, ZWorld, SingleArrayChunkContainer.IdxRelativeMove.Z_Plus1);
zNeight++;
break;
case CubeFaces.Bottom:
if (YWorld - 1 < yMin)
{
continue;
}
neightborCubeIndex = cubeIndex - _cubesHolder.MoveY;
yNeight--;
break;
case CubeFaces.Top:
if (YWorld + 1 > worldRangeMaxY)
{
continue;
}
neightborCubeIndex = topCubeIndex;
yNeight++;
break;
case CubeFaces.Left:
if (XWorld - 1 < _visualWorldParameters.WorldRange.Position.X)
{
continue;
}
neightborCubeIndex = _cubesHolder.FastIndex(cubeIndex, XWorld, SingleArrayChunkContainer.IdxRelativeMove.X_Minus1);
xNeight--;
break;
case CubeFaces.Right:
if (XWorld + 1 >= worldRangeMaxX)
{
continue;
}
neightborCubeIndex = _cubesHolder.FastIndex(cubeIndex, XWorld, SingleArrayChunkContainer.IdxRelativeMove.X_Plus1);
xNeight++;
break;
default:
throw new NullReferenceException();
}
if (YWorld + 1 < yMax)
{
neightborCube = _cubesHolder.Cubes[neightborCubeIndex];
}
else
{
neightborCube = new TerraCube(WorldConfiguration.CubeId.Air);
}
neightborCubeProfile = _visualWorldParameters.WorldParameters.Configuration.BlockProfiles[neightborCube.Id];
//Check if a tag is present and ICubeYOffsetModifier is implementad by the tag;
float cubeYOffset = (float)blockProfile.YBlockOffset; //Natural YOffset of the Cube
if (blockProfile.IsTaggable)
{
BlockTag tag = chunk.BlockData.GetTag(new Vector3I(x, y, z));
ICubeYOffsetModifier tagOffset = tag as ICubeYOffsetModifier; //If block is taggle then it will overide the natural UOffset
if (tagOffset != null)
{
cubeYOffset = tagOffset.YOffset;
}
}
float neightborcubeYOffset = (float)neightborCubeProfile.YBlockOffset;
if (neightborCubeProfile.IsTaggable)
{
//Find the chunk where this neightboor is located !! (Could be a chunk next to this one !)
Vector3I NeightCubeWorldPosition = new Vector3I(xNeight + chunk.CubeRange.Position.X, yNeight, zNeight + chunk.CubeRange.Position.Z);
VisualChunk neighbChunk = WorldChunks.GetChunk(NeightCubeWorldPosition);
BlockTag tag = neighbChunk.BlockData.GetTag(new Vector3I(NeightCubeWorldPosition.X - neighbChunk.CubeRange.Position.X, yNeight, NeightCubeWorldPosition.Z - neighbChunk.CubeRange.Position.Z));
ICubeYOffsetModifier tagOffset = tag as ICubeYOffsetModifier;
if (tagOffset != null)
{
neightborcubeYOffset = tagOffset.YOffset;
}
}
bool yOffsetDiff = (cubeYOffset < neightborcubeYOffset && cubeFace != CubeFaces.Top) || (cubeYOffset > 0 && cubeFace == CubeFaces.Top); // && neightborCube.Id != currentCube.Id);
switch (blockProfile.CubeFamilly)
{
case enuCubeFamilly.Solid:
//Default linked to : CubeMeshFactory.GenSolidCubeFace;
if (!yOffsetDiff && !_solidCubeMeshFactory.FaceGenerationCheck(ref currentCube, ref cubePosiInWorld, cubeFace, ref neightborCube))
{
continue;
}
topCube = _cubesHolder.Cubes[topCubeIndex];
_solidCubeMeshFactory.GenCubeFace(ref currentCube, cubeFace, ref cubePosiInChunk, ref cubePosiInWorld, chunk, ref topCube, verticeDico);
break;
case enuCubeFamilly.Liquid:
//Default linked to : CubeMeshFactory.GenLiquidCubeFace;
//In case of Water block, never display the bottom or up face if both cube are of the same type !
if (cubeFace == CubeFaces.Top || cubeFace == CubeFaces.Bottom)
{
if (neightborCube.Id == currentCube.Id)
{
continue;
}
}
if (!yOffsetDiff && !_liquidCubeMeshFactory.FaceGenerationCheck(ref currentCube, ref cubePosiInWorld, cubeFace, ref neightborCube))
{
continue;
}
topCube = _cubesHolder.Cubes[topCubeIndex];
_liquidCubeMeshFactory.GenCubeFace(ref currentCube, cubeFace, ref cubePosiInChunk, ref cubePosiInWorld, chunk, ref topCube, verticeDico);
break;
case enuCubeFamilly.Other:
break;
}
}
}
}
verticeDico.Clear();
}
public VertexSprite3D(Vector4 position, ByteColor color, Vector3 textureCoordinate, Vector4B biomeInfo)
{
this.Position = position;
this.Color = color;
this.TextureCoordinate = textureCoordinate;
this.MetaData = Vector3.Zero;
this.BiomeInfo = biomeInfo;
}
public VertexCubeSolid(ref Vector4B position, int textureArrayId, ref ByteColor lighting, ref Vector4B vertexInfo, ref Vector4B biomeInfo, byte animationSpeed, byte maxAnimationFrame)
{
this.VertexInfo = vertexInfo;
this.Color = lighting;
this.Position = position;
this.ArrayId = (ushort)textureArrayId;
this.BiomeInfo = biomeInfo;
Dummy = 0;
Animation = new Vector4B()
{
X = animationSpeed, Y = maxAnimationFrame
};
}
