public void Init()
{
_renderer = GetComponent <MeshRenderer>();
_filter = GetComponent <MeshFilter>();
_genMesh = new GeneratableMesh(64);
_inited = true;
}
static void AddUVs(this GeneratableMesh meshInfo, Vector2[] uvs)
{
var uvsList = meshInfo.UVs;
for (int i = 0; i < uvs.Length; i++)
{
uvsList.Add(uvs[i]);
}
}
static void AddTriangles(this GeneratableMesh meshInfo, int[] indexes, int rootIndex)
{
var trisList = meshInfo.Triangles;
for (int i = 0; i < indexes.Length; i++)
{
trisList.Add(indexes[i] + rootIndex);
}
}
static void AddVerticesWithPos(this GeneratableMesh meshInfo, Vector3[] verts, Vector3 rootPos)
{
var vertsList = meshInfo.Vertices;
for (int i = 0; i < verts.Length; i++)
{
vertsList.Add(verts[i] + rootPos);
}
}
public ChunkMesher(BlockInfoProvider library, int chunkMeshCapacity, int capacity, Vector3 originPos)
{
_opaqueCollidedMesh = new GeneratableMesh(chunkMeshCapacity);
_translucentPassableMesh = new GeneratableMesh(chunkMeshCapacity / 8);
_opaquePassableMesh = new GeneratableMesh(chunkMeshCapacity / 8);
_library = library;
_originPos = originPos;
Blocks = new List <MesherBlockInput>(capacity);
}
public static void AddPlaneWithUVs(GeneratableMesh meshInfo, Vector3[] verts, Vector2[] uvs, Vector3 rootPos, int pointer, Color32 color)
{
meshInfo.AddVerticesWithPos(verts, rootPos);
meshInfo.AddTriangles(_planeTris, pointer);
meshInfo.AddUVs(uvs);
//Ага
meshInfo.Colors.Add(color);
meshInfo.Colors.Add(color);
meshInfo.Colors.Add(color);
meshInfo.Colors.Add(color);
}
public static void AddPlaneInv(GeneratableMesh meshInfo, Vector3[] verts, TilesetHelper helper, Byte2 tile, Vector3 rootPos, int pointer, Color32 color)
{
meshInfo.AddVerticesWithPos(verts, rootPos);
meshInfo.AddTriangles(_planeTrisInverted, pointer);
meshInfo.AddPlaneUVs(tile);
//Ага
meshInfo.Colors.Add(color);
meshInfo.Colors.Add(color);
meshInfo.Colors.Add(color);
meshInfo.Colors.Add(color);
}
public static void AddBlock(GeneratableMesh meshInfo, BlockDescription desc, ref Vector3 rootPos, ref MesherBlockInput input)
{
if (desc == null)
{
return;
}
var data = input.Block;
var visibility = input.Visibility;
var light = input.Lighting;
switch (desc.ModelType)
{
case BlockModelType.None:
return;
case BlockModelType.FullBlockSimple:
GenerateFullBlockSimple(meshInfo, desc, data, rootPos, visibility, light);
return;
case BlockModelType.FullBlockComplex:
GenerateFullBlockComplex(meshInfo, desc, data, rootPos, visibility, light);
return;
case BlockModelType.HalfBlockDown:
GenerateHalfBlockDown(meshInfo, desc, data, rootPos, visibility, light);
return;
case BlockModelType.HalfBlockUp:
return;
case BlockModelType.Stairs:
return;
case BlockModelType.Plate:
return;
case BlockModelType.Grass:
return;
case BlockModelType.HorizontalPlane:
GenerateHorizontalPlane(meshInfo, desc, data, rootPos, visibility);
return;
case BlockModelType.SmallerBlock:
return;
case BlockModelType.CrossedVPlanes:
GenerateCrossedVPlanes(meshInfo, desc, data, rootPos, visibility);
return;
default:
return;
}
}
//Неполные блоки не рисуем только если они полностью ограждены полными блоками.
public static void GenerateHorizontalPlane(GeneratableMesh meshInfo, BlockDescription desc, BlockData data, Vector3 rootPos, VisibilityFlags visibility)
{
if (visibility == VisibilityFlags.None)
{
return;
}
var pointer = meshInfo.Vertices.Count;
var h = (byte)(data.AddColor >> 8);
var l = (byte)(data.AddColor % 256);
var calcColor = new Color32(data.SunLevel, data.LightLevel, h, l);
AddPlane(meshInfo, _horizontalPlaneVerts, desc.Subtypes[Mathf.Clamp(data.Subtype, 0, desc.Subtypes.Count - 1)].FaceTiles[0], rootPos, pointer, calcColor);
}
public static void GenerateCrossedVPlanes(GeneratableMesh meshInfo, BlockDescription desc, BlockData data, Vector3 rootPos, VisibilityFlags visibility)
{
var pointer = meshInfo.Vertices.Count;
var tile = desc.Subtypes[Mathf.Clamp(data.Subtype, 0, desc.Subtypes.Count - 1)].FaceTiles[0];
var calcColor = new Color32(data.SunLevel, data.LightLevel, (byte)(data.AddColor >> 8), (byte)(data.AddColor % 256));
AddPlane(meshInfo, _rotVertPlaneVerts_0, tile, rootPos, pointer, calcColor);
pointer += 4;
AddPlane(meshInfo, _rotVertPlaneVerts_1, tile, rootPos, pointer, calcColor);
pointer += 4;
AddPlaneInv(meshInfo, _rotVertPlaneVerts_0, _helper, tile, rootPos, pointer, calcColor);
pointer += 4;
AddPlaneInv(meshInfo, _rotVertPlaneVerts_1, _helper, tile, rootPos, pointer, calcColor);
pointer += 4;
}
public static void GenerateFullBlockSimple(GeneratableMesh meshInfo, BlockDescription desc, BlockData data, Vector3 rootPos, VisibilityFlags visibility, LightInfo light)
{
var pointer = meshInfo.Vertices.Count;
var tile = desc.Subtypes[Mathf.Clamp(data.Subtype, 0, desc.Subtypes.Count - 1)].FaceTiles[0];
var uvs = GetCachedUVsForTile(tile);
var h = (byte)(data.AddColor >> 8);
var l = (byte)(data.AddColor % 256);
if (VisibilityFlagsHelper.IsSet(visibility, VisibilityFlags.Backward))
{
var calcColor = new Color32(light.SunBackward, light.OBackward, h, l);
AddPlaneWithUVs(meshInfo, _fullBlockBackSide, uvs, rootPos, pointer, calcColor);
pointer += 4;
}
if (VisibilityFlagsHelper.IsSet(visibility, VisibilityFlags.Forward))
{
var calcColor = new Color32(light.SunForward, light.OForward, h, l);
AddPlaneWithUVs(meshInfo, _fullBlockFrontSide, uvs, rootPos, pointer, calcColor);
pointer += 4;
}
if (VisibilityFlagsHelper.IsSet(visibility, VisibilityFlags.Left))
{
var calcColor = new Color32(light.SunLeft, light.OLeft, h, l);
AddPlaneWithUVs(meshInfo, _fullBlockLeftSide, uvs, rootPos, pointer, calcColor);
pointer += 4;
}
if (VisibilityFlagsHelper.IsSet(visibility, VisibilityFlags.Right))
{
var calcColor = new Color32(light.SunRight, light.ORight, h, l);
AddPlaneWithUVs(meshInfo, _fullBlockRightSide, uvs, rootPos, pointer, calcColor);
pointer += 4;
}
if (VisibilityFlagsHelper.IsSet(visibility, VisibilityFlags.Up))
{
var calcColor = new Color32(light.SunUp, light.OUp, h, l);
AddPlaneWithUVs(meshInfo, _fullBlockUpSide, uvs, rootPos, pointer, calcColor);
pointer += 4;
}
if (VisibilityFlagsHelper.IsSet(visibility, VisibilityFlags.Down))
{
var calcColor = new Color32(light.SunDown, light.ODown, h, l);
AddPlaneWithUVs(meshInfo, _fullBlockDownSide, uvs, rootPos, pointer, calcColor);
pointer += 4;
}
}
public static void GenerateHalfBlockDown(GeneratableMesh meshInfo, BlockDescription desc, BlockData data, Vector3 rootPos, VisibilityFlags visibility, LightInfo light)
{
var pointer = meshInfo.Vertices.Count;
var sub = desc.Subtypes[Mathf.Clamp(data.Subtype, 0, desc.Subtypes.Count - 1)];
var h = (byte)(data.AddColor >> 8);
var l = (byte)(data.AddColor % 256);
if (VisibilityFlagsHelper.IsSet(visibility, VisibilityFlags.Backward))
{
var calcColor = new Color32(light.SunBackward, light.OBackward, h, l);
AddPlane(meshInfo, _halfBlockDBackSide, sub.FaceTiles[0], rootPos, pointer, calcColor);
pointer += 4;
}
if (VisibilityFlagsHelper.IsSet(visibility, VisibilityFlags.Forward))
{
var calcColor = new Color32(light.SunForward, light.OForward, h, l);
AddPlane(meshInfo, _halfBlockDFrontSide, sub.FaceTiles[1], rootPos, pointer, calcColor);
pointer += 4;
}
if (VisibilityFlagsHelper.IsSet(visibility, VisibilityFlags.Left))
{
var calcColor = new Color32(light.SunLeft, light.OLeft, h, l);
AddPlane(meshInfo, _halfBlockDLeftSide, sub.FaceTiles[2], rootPos, pointer, calcColor);
pointer += 4;
}
if (VisibilityFlagsHelper.IsSet(visibility, VisibilityFlags.Right))
{
var calcColor = new Color32(light.SunRight, light.ORight, h, l);
AddPlane(meshInfo, _halfBlockDRightSide, sub.FaceTiles[3], rootPos, pointer, calcColor);
pointer += 4;
}
if (VisibilityFlagsHelper.IsSet(visibility, VisibilityFlags.Up))
{
var calcColor = new Color32(light.SunUp, light.OUp, h, l);
AddPlane(meshInfo, _halfBlockDUpside, sub.FaceTiles[4], rootPos, pointer, calcColor);
pointer += 4;
}
if (VisibilityFlagsHelper.IsSet(visibility, VisibilityFlags.Down))
{
var calcColor = new Color32(light.SunDown, light.ODown, h, l);
AddPlane(meshInfo, _fullBlockDownSide, sub.FaceTiles[5], rootPos, pointer, calcColor);
pointer += 4;
}
}
static void AddPlaneUVs(this GeneratableMesh meshInfo, Byte2 tilePos)
{
meshInfo.AddUVs(GetCachedUVsForTile(tilePos));
}
