protected Block()
{
Left = new BlockFaceEdge();
Right = new BlockFaceEdge();
Top = new BlockFaceEdge();
Bottom = new BlockFaceEdge();
Lid = new BlockFaceLid();
Coors = new List <VertexPositionNormalTexture>();
IndexBufferCollection = new List <int>();
}
protected Block(BlockStructure blockStructure, Vector3 pos)
{
BlockStructure = blockStructure;
Left = new BlockFaceEdge(blockStructure.Left);
Right = new BlockFaceEdge(blockStructure.Right);
Top = new BlockFaceEdge(blockStructure.Top);
Bottom = new BlockFaceEdge(blockStructure.Bottom);
Lid = new BlockFaceLid(blockStructure.Lid);
Arrows = (RoadTrafficType) blockStructure.Arrows;
ParseSlope(blockStructure.SlopeType);
Position = pos;
Coors = new List<VertexPositionNormalTexture>();
IndexBufferCollection = new List<int>();
Left.FixTileWallCollision();
Right.FixTileWallCollision();
Top.FixTileWallCollision();
Bottom.FixTileWallCollision();
}
protected Block(BlockStructure blockStructure, Vector3 pos)
{
BlockStructure = blockStructure;
Left = new BlockFaceEdge(blockStructure.Left);
Right = new BlockFaceEdge(blockStructure.Right);
Top = new BlockFaceEdge(blockStructure.Top);
Bottom = new BlockFaceEdge(blockStructure.Bottom);
Lid = new BlockFaceLid(blockStructure.Lid);
Arrows = (RoadTrafficType)blockStructure.Arrows;
ParseSlope(blockStructure.SlopeType);
Position = pos;
Coors = new List <VertexPositionNormalTexture>();
IndexBufferCollection = new List <int>();
Left.FixTileWallCollision();
Right.FixTileWallCollision();
Top.FixTileWallCollision();
Bottom.FixTileWallCollision();
}
public static void FixTileWallCollision(this BlockFaceEdge blockFace)
{
if (blockFace.TileNumber == 0)
{
return;
}
TileWallCollisionFix tileWallCollisionFix;
var add = false;
if (!TileWallCollisionFixes.TryGetValue(blockFace.TileNumber, out tileWallCollisionFix))
{
tileWallCollisionFix = new TileWallCollisionFix();
add = true;
}
if (blockFace.Wall)
{
if (blockFace.BulletWall)
{
tileWallCollisionFix.CollisionCount++;
}
else
{
tileWallCollisionFix.NoBulletCollision++;
}
if (tileWallCollisionFix.NoCollisionCount > 0 && !MismatchTiles.Contains(blockFace.TileNumber))
{
MismatchTiles.Add(blockFace.TileNumber);
}
}
else
{
tileWallCollisionFix.NoCollisionCount++;
if (tileWallCollisionFix.CollisionCount > 0 && !MismatchTiles.Contains(blockFace.TileNumber))
{
MismatchTiles.Add(blockFace.TileNumber);
}
}
tileWallCollisionFix.TileNumber = blockFace.TileNumber;
tileWallCollisionFix.BlockFaces.Add(blockFace);
if (add)
{
TileWallCollisionFixes.Add(blockFace.TileNumber, tileWallCollisionFix);
}
}
protected virtual bool DoesWallCollide(BlockFaceEdge blockFace, bool bulletWall)
{
return blockFace && (bulletWall ? blockFace.BulletWall : blockFace.Wall);
}
protected Block()
{
Left = new BlockFaceEdge();
Right = new BlockFaceEdge();
Top = new BlockFaceEdge();
Bottom = new BlockFaceEdge();
Lid = new BlockFaceLid();
Coors = new List<VertexPositionNormalTexture>();
IndexBufferCollection = new List<int>();
}
protected virtual bool DoesWallCollide(BlockFaceEdge blockFace, bool bulletWall)
{
return(blockFace && (bulletWall ? blockFace.BulletWall : blockFace.Wall));
}