public override void Generate(District district, TileBuilder[,] tiles, Random rand)
{
var dirX = ((int) Direction & 0x5) == 0 ? 1 : 0;
var dirY = 1 - dirX;
var left = Direction == Face.North || Direction == Face.East ? LeftBorderTile : RightBorderTile;
var right = Direction == Face.North || Direction == Face.East ? RightBorderTile : LeftBorderTile;
int conflict = GetConflict(tiles, X - dirX * 2, Y - dirY * 2);
GenHelper.BuildWall(tiles, X - dirX, Y - dirY, Direction, 1, conflict, BothBorderTile);
GenHelper.BuildWall(tiles, X - dirX, Y - dirY, Direction, 1, conflict, Height - conflict, left);
GenHelper.BuildWall(tiles, X, Y, Direction, Width, Height, ResourceLocator.None);
conflict = GetConflict(tiles, X + dirX * (Width + 1), Y - dirY * (Width + 1));
GenHelper.BuildWall(tiles, X + dirX * Width, Y + dirY * Width, Direction, 1, conflict, BothBorderTile);
GenHelper.BuildWall(tiles, X + dirX * Width, Y + dirY * Width, Direction, 1, conflict, Height - conflict, right);
for (int i = 0; i < Width; ++i) {
var doorway = Tuple.Create(tiles[X + dirX * i, Y + dirY * i], Direction, Height);
if (_doorways.Any(x => x.Item2 == Direction && x.Item1 == doorway.Item1)) {
var existing = _doorways.First(x => x.Item2 == Direction && x.Item1 == doorway.Item1);
if (existing.Item3 >= doorway.Item3) continue;
}
_doorways.Add(doorway);
}
}
protected override void Generate(District district, TileBuilder[,] tiles,
int borderLeft, int borderTop,
int borderRight, int borderBottom, Random rand)
{
GenHelper.BuildFloor(tiles, borderLeft, borderTop,
district.Width - borderLeft - borderRight,
district.Height - borderTop - borderBottom,
0, (x, y) => rand.NextTexture("floor/concrete", 4));
}
private int GetConflict(TileBuilder[,] tiles, int x, int y)
{
var tile = _doorways.FirstOrDefault(d => d.Item2 == Direction && d.Item1 == tiles[x, y]);
if (tile != null) {
return Math.Min(tile.Item3, Height);
} else {
return 0;
}
}
protected override void Generate(District district, TileBuilder[,] tiles,
int borderLeft, int borderTop,
int borderRight, int borderBottom, Random rand)
{
_parkGen.Fence = rand.NextDouble() < 0.75;
_parkGen.X = borderLeft;
_parkGen.Y = borderTop;
_parkGen.SizeX = district.Width - borderLeft - borderRight;
_parkGen.SizeY = district.Height - borderTop - borderBottom;
_parkGen.Generate(district, tiles, rand);
}
public void GenerateOpposite(District district, TileBuilder[,] tiles, Random rand)
{
Direction = Direction.GetOpposite();
X -= Direction.GetNormalX();
Y -= Direction.GetNormalY();
Generate(district, tiles, rand);
Direction = Direction.GetOpposite();
X -= Direction.GetNormalX();
Y -= Direction.GetNormalY();
}
public override void Generate(District district, TileBuilder[,] tiles, Random rand)
{
for (int x = 0; x < SizeX; ++x) {
for (int y = 0; y < SizeY; ++y) {
if (rand.NextDouble() <= CrateFrequency) {
var crateClass = rand.NextDouble() < 2.0 / 3.0
? "small crate"
: "large crate";
var crate = Entity.Create(district.World, crateClass);
crate.Position2D = new Vector2(district.X + X + x + 0.5f, district.Y + Y + y + 0.5f);
district.PlaceEntity(crate);
}
}
}
}
protected override void Generate(District district, TileBuilder[,] tiles,
int borderLeft, int borderTop,
int borderRight, int borderBottom, Random rand)
{
_buildingGen.EntranceFaces =
(borderLeft > 1 ? Face.West : Face.None) |
(borderTop > 1 ? Face.North : Face.None) |
(borderRight > 1 ? Face.East : Face.None) |
(borderBottom > 1 ? Face.South : Face.None);
_buildingGen.X = borderLeft;
_buildingGen.Y = borderTop;
_buildingGen.SizeX = district.Width - borderLeft - borderRight;
_buildingGen.SizeY = district.Height - borderTop - borderBottom;
_buildingGen.Generate(district, tiles, rand);
}
public Tile(int x, int y, TileBuilder builder)
{
_staticEnts = new HashSet<Entity>();
_neighbours = new Tile[4];
X = x;
Y = y;
WallHeight = builder.WallHeight;
FloorHeight = builder.FloorHeight;
RoofHeight = builder.RoofHeight;
RoofSlant = builder.RoofSlant;
FloorTileIndex = builder.FloorTileIndex;
RoofTileIndex = builder.RoofTileIndex;
WallTileIndices = builder.GetWallTileIndices();
}
public override void Generate(District district, TileBuilder[,] tiles, Random rand)
{
Face entryFaces = Face.None;
for (int i = 0; i < 4; ++i)
entryFaces |= rand.NextFace();
int fenceHeight = rand.NextDouble() < 0.8 ? 2 : 1;
Func <int, int, Face, bool, ResourceLocator> wallFunc = (horzPos, level, face, isInterior) => {
if ((entryFaces & face) != Face.None) {
if (face == Face.North || face == Face.South) {
if (Math.Abs(horzPos * 2 - SizeX + 1) < 3)
return "";
} else {
if (Math.Abs(horzPos * 2 - SizeY + 1) < 3)
return "";
}
}
if (level < fenceHeight - 1)
return "wall/brick0/0";
return "wall/fence/0";
};
Func <int, int, ResourceLocator> floorFunc = (horzPos, vertPos) => {
return rand.NextTexture("floor/grass", 4);
};
GenHelper.BuildFloor(tiles, X, Y, SizeX, SizeY, 0, floorFunc);
if (Fence) {
GenHelper.BuildWall(tiles, X, Y, Face.North, SizeX, fenceHeight, wallFunc);
GenHelper.BuildWall(tiles, X + SizeX - 1, Y, Face.East, SizeY, fenceHeight, wallFunc);
GenHelper.BuildWall(tiles, X, Y + SizeY - 1, Face.South, SizeX, fenceHeight, wallFunc);
GenHelper.BuildWall(tiles, X, Y, Face.West, SizeY, fenceHeight, wallFunc);
}
}
public override void Generate(District district, TileBuilder[,] tiles, Random rand)
{
base.Generate(district, tiles, rand);
GenHelper.BuildWall(tiles, X, Y, Direction, Width, DoorPosition, Height - DoorPosition, DoorTile);
}
public override void Generate(District district, TileBuilder[,] tiles, Random rand)
{
if (EntranceFaces != Face.None) {
int rheight = rand.Next(3) + 4;
ResourceLocator wallGroup = "wall/brick" + rand.Next(2);
GenHelper.BuildRoof(tiles, X, Y, SizeX, SizeY, rheight, "floor/roof/0");
Func<int,int,Face,bool,ResourceLocator> texFunc = (horzpos, level, face, isInterior) => {
if (level < rheight)
return rand.NextTexture(wallGroup, 4);
return wallGroup["7"];
};
GenHelper.BuildWall(tiles, X, Y, Face.North, SizeX, rheight + 1, texFunc);
GenHelper.BuildWall(tiles, X, Y, Face.West, SizeY, rheight + 1, texFunc);
GenHelper.BuildWall(tiles, X, Y + SizeY - 1, Face.South, SizeX, rheight + 1, texFunc);
GenHelper.BuildWall(tiles, X + SizeX - 1, Y, Face.East, SizeY, rheight + 1, texFunc);
var entrFace = rand.NextFace(EntranceFaces);
var doorway = new GarageDoor {
Direction = entrFace,
LeftBorderTile = wallGroup["8"],
RightBorderTile = wallGroup["9"],
BothBorderTile = wallGroup["a"],
Width = rand.Next(2, 4),
Height = 3,
DoorTile = "wall/garage/0"
};
switch (entrFace) {
case Face.North:
doorway.X = X + 1;
doorway.Y = Y;
break;
case Face.South:
doorway.X = X + 1;
doorway.Y = Y + SizeY - 1;
break;
case Face.East:
doorway.X = X + SizeX - 1;
doorway.Y = Y + 1;
break;
case Face.West:
doorway.X = X;
doorway.Y = Y + 1;
break;
}
var dx = 1 - Math.Abs(entrFace.GetNormalX());
var dy = 1 - dx;
int count = 1;
if (dx == 1) {
count = (SizeX - 1) / (doorway.Width + 1);
} else {
count = (SizeY - 1) / (doorway.Width + 1);
}
int closed = rand.Next(0, count);
var indices = Enumerable.Range(0, count).ToList();
while (closed-- > 0) indices.RemoveAt(rand.Next(indices.Count));
for (int i = 0; i < count; ++i) {
if (indices.Contains(i)) {
doorway.DoorPosition = 2;
} else {
doorway.DoorPosition = 0;
}
doorway.Generate(district, tiles, rand);
doorway.GenerateOpposite(district, tiles, rand);
doorway.X += dx * (doorway.Width + 1);
doorway.Y += dy * (doorway.Width + 1);
}
new Rooms.Warehouse {
X = X, Y = Y, SizeX = SizeX, SizeY = SizeY, Height = rheight
}.Generate(district, tiles, rand);
}
}