public CompleteMap Generate(MT19337 rng, MapRequirements reqs)
{
//Constants! Get yer constants here!
int iteration_count = 15;
//((List<RoomSpec>)reqs.Rooms)[0].Tiledata = ((List<RoomSpec>)reqs.Rooms)[0].Tiledata;
CompleteMap complete = new CompleteMap
{
Map = new Map((byte)Tile.WaterfallInside)
};
//(57,56)
var startLoc = (x : 0x39, y : 0x38);
var startingX = rng.Between(-3, 0) + startLoc.x;
var startingY = rng.Between(-4, -1) + startLoc.y;
var startRegion = new Region(startingX, startingY, 4, 5, Tile.WaterfallRandomEncounters);
List <Region> regionList = new List <Region>();
regionList.Add(startRegion);
List <Region> endingRegions = new List <Region>();
for (var i = 0; i < iteration_count; i++)
{
var startPoint = regionList[rng.Between(0, regionList.Count - 1)];
var newRegions = RegionChain(rng, startPoint, regionList, 30 - i);
regionList.AddRange(newRegions);
if (newRegions.Count > 0)
{
endingRegions.Add(newRegions[newRegions.Count - 1]);
}
}
var foundRoomPlace = false;
var room = ((List <RoomSpec>)reqs.Rooms)[0];
var room_x = -1;
var room_y = -1;
while (!foundRoomPlace && endingRegions.Count > 0)
{
var borderRegion = endingRegions.PickRandom(rng);
var base_x = (borderRegion.x - (room.Width - 1) + 64) % 64;
room_y = (borderRegion.y - room.Height + 64) % 64;
var x_offset = 1;
List <int> valid_offsets = new List <int>();
while (x_offset < room.Width)
{
room_x = (base_x + x_offset) % 64;
var validRoomPlace = true;
foreach (Region r in regionList)
{
var testVal = validRoomPlace && !r.IntersectsRoom(room, room_x, room_y);
if (!testVal && validRoomPlace)
{
//Console.WriteLine(room_x);
}
validRoomPlace = testVal;
}
if (validRoomPlace)
{
valid_offsets.Add(x_offset);
}
x_offset++;
}
if (valid_offsets.Count != 0)
{
foundRoomPlace = true;
room_x = (base_x + valid_offsets[rng.Between(0, valid_offsets.Count - 1)]);
}
endingRegions.Remove(borderRegion);
}
if (!foundRoomPlace)
{
List <int> idxs = Enumerable.Range(0, regionList.Count).ToList();
while (!foundRoomPlace && idxs.Count > 0)
{
int regionIdx = idxs.PickRandom(rng);
var borderRegion = regionList[regionIdx];
var base_x = (borderRegion.x - (room.Width - 1) + 64) % 64;
room_y = (borderRegion.y - (room.Height - 1) + 64) % 64;
var x_offset = 1;
List <int> valid_offsets = new List <int>();
while (x_offset < room.Width)
{
room_x = (base_x + x_offset) % 64;
var validRoomPlace = true;
foreach (Region r in regionList)
{
var testVal = validRoomPlace && !r.IntersectsRoom(room, room_x, room_y);
if (!testVal && validRoomPlace)
{
//Console.WriteLine(room_x);
}
validRoomPlace = testVal;
}
if (validRoomPlace)
{
valid_offsets.Add(x_offset);
}
x_offset++;
}
if (valid_offsets.Count != 0)
{
foundRoomPlace = true;
room_x = (base_x + valid_offsets[rng.Between(0, valid_offsets.Count - 1)]);
}
idxs.Remove(regionIdx);
}
}
if (!foundRoomPlace)
{
Console.WriteLine("No room found :o");
return(null);
}
//Draw every room in regionList to complete
foreach (Region r in regionList)
{
r.DrawRegion(complete);
}
Region waterfallRoom = new Region(room_x, room_y, room);
waterfallRoom.DrawRegion(complete);
int doorYPos = (room_y + room.Height) % 64;
List <int> possibleDoors = new List <int>();
for (var i = 0; i < room.Width; i++)
{
if (complete.Map[((room_x + i) % 64, doorYPos)].Tile == Tile.WaterfallRandomEncounters)
public CompleteMap Generate(MT19337 rng, MapRequirements reqs)
{
CompleteMap complete = new CompleteMap
{
Map = new Map((byte)Tile.WaterfallInside)
};
//Map map = complete.Map;
var startLoc = (x : 0x39, y : 0x38);
var roomLoc = (x : 0x35, y : 0x30);
var startingX = rng.Between(-3, 0) + startLoc.x;
var startingY = rng.Between(-4, 0) + startLoc.y;
var endPoint = (x : startingX, y : startingY);
complete.Map.Fill(endPoint, (4, 5), 0x49);
List <(int x, int y)> visited = new List <(int x, int y)>();
List <List <Directions> > visitedDir = new List <List <Directions> >();
var index = 0;
var outerLoops = 0;
Directions curDirection = (Directions)rng.Between(0, 3);
visited.Add(endPoint);
visitedDir.Add(FullDirs());
visitedDir[0].Remove(curDirection);
do
{
var iterCount = rng.Between(8, 20);
var offset = endPoint;
for (int j = 0; j < iterCount; j++)
{
var newOffset = (x : 0, y : 0);
switch (curDirection)
{
case Directions.up:
newOffset = (x : offset.x + rng.Between(-2, 2), y : offset.y - rng.Between(2, 4));
break;
case Directions.down:
newOffset = (x : offset.x + rng.Between(-2, 2), y : offset.y + rng.Between(2, 4));
break;
case Directions.right:
newOffset = (x : offset.x + rng.Between(2, 4), y : offset.y + rng.Between(-2, 3));
break;
case Directions.left:
newOffset = (x : offset.x - rng.Between(2, 4), y : offset.y + rng.Between(-2, 3));
break;
}
if (newOffset.x < 2 || newOffset.x > 57 || newOffset.y < 2 || newOffset.y > 56)
{
break;
}
offset = newOffset;
complete.Map.Fill(offset, (4, 5), 0x49);
}
if (offset.x != endPoint.x && offset.y != endPoint.y)
{
visited.Add(offset);
List <Directions> newDirs = FullDirs();
newDirs.Remove(3 - curDirection);
visitedDir.Add(newDirs);
}
index = rng.Between(0, visited.Count - 1);
endPoint = visited[index];
var randDirection = rng.Between(0, visitedDir[index].Count - 1);
curDirection = visitedDir[index][randDirection];
outerLoops++;
} while (outerLoops < 35);
//Now, we need to smooth out any 1x1 chunks, because those don't render well
var smoothIterations = 0;
while (MapHelper.SmoothFilter(complete.Map, Tile.WaterfallInside, Tile.WaterfallRandomEncounters))
{
smoothIterations++;
}
//SmoothFilter(complete.Map, Tile.WaterfallInside, Tile.WaterfallRandomEncounters);
List <Tile> liveTiles = new List <Tile>()
{
Tile.WaterfallRandomEncounters
};
var distances = FloodFillDist(complete.Map, startLoc, liveTiles);
int maxDist = distances.Cast <int>().Max();
List <(int x, int y)> roomPlacements = new List <(int x, int y)>();
for (var i = 1; i < 54; i++)
{
for (var j = 1; j < 54; j++)
{
if (Math.Abs(i - startLoc.x) + Math.Abs(j - startLoc.y) > 64)
{
roomPlacements.Add((x: i, y: j));
}
}
}
//Clean up the 1-by-1 chunks
var doneWithRoomPlacement = false;
List <Tile> targetTiles = new List <Tile>()
{
Tile.Doorway
};
//Now, pick a place for the room.
do
{
var targetPlace = rng.Between(0, roomPlacements.Count - 1);
roomLoc = roomPlacements[targetPlace];
roomPlacements.RemoveAt(targetPlace);
var tempRoom = (byte[, ])reqs.Rooms.First().Tiledata.Clone();
// Place the room
for (var i = 0; i < 6; i++)
{
for (var j = 0; j < 8; j++)
{
tempRoom[i, j] = complete.Map[roomLoc.y + i, roomLoc.x + j];
complete.Map[roomLoc.y + i, roomLoc.x + j] = reqs.Rooms.First().Tiledata[i, j];
}
}
// Test the room
doneWithRoomPlacement = FloodFillReachable(complete.Map, startLoc, liveTiles, targetTiles)[Tile.Doorway];
//If not done, reverse
if (!doneWithRoomPlacement)
{
for (var i = 0; i < 6; i++)
{
for (var j = 0; j < 8; j++)
{
complete.Map[roomLoc.y + i, roomLoc.x + j] = tempRoom[i, j];
}
}
}
} while (!doneWithRoomPlacement);
byte[] tempOutside = { (byte)Tile.WaterfallRandomEncounters, (byte)Tile.Doorway, (byte)Tile.InsideWall };
List <byte> outsideTiles = new List <byte>(tempOutside);
//Okay, now, we need to to do the touch up!
for (var i = 0; i < 63; i++)
{
for (var j = 0; j < 63; j++)
{
var curTile = (Tile)complete.Map[j, i];
if (curTile == Tile.WaterfallInside && i != 0 && outsideTiles.Contains(complete.Map[j, i - 1]))
{
curTile = Tile.RoomLeft;
}
if (curTile == Tile.WaterfallInside && i != 63 && outsideTiles.Contains(complete.Map[j, i + 1]))
{
curTile = Tile.RoomRight;
}
if (curTile == Tile.WaterfallInside && j != 63 && outsideTiles.Contains(complete.Map[j + 1, i]))
{
curTile = Tile.RoomFrontCenter;
}
if (curTile == Tile.RoomLeft && j != 63 && outsideTiles.Contains(complete.Map[j + 1, i]))
{
curTile = Tile.RoomFrontLeft;
}
if (curTile == Tile.RoomRight && j != 63 && outsideTiles.Contains(complete.Map[j + 1, i]))
{
curTile = Tile.RoomFrontRight;
}
if (curTile == Tile.WaterfallInside && j != 0 && outsideTiles.Contains(complete.Map[j - 1, i]))
{
curTile = Tile.RoomBackCenter;
}
if (curTile == Tile.RoomLeft && j != 0 && outsideTiles.Contains(complete.Map[j - 1, i]))
{
curTile = Tile.RoomBackLeft;
}
if (curTile == Tile.RoomRight && j != 0 && outsideTiles.Contains(complete.Map[j - 1, i]))
{
curTile = Tile.RoomBackRight;
}
if (curTile == Tile.WaterfallRandomEncounters && j != 0 && (complete.Map[j - 1, i] <= 0x08 || complete.Map[j - 1, i] == 0x46))
{
curTile = Tile.InsideWall;
}
complete.Map[j, i] = (byte)curTile;
}
}
//Finally, add the start
complete.Map[startLoc.y, startLoc.x] = (byte)Tile.WarpUp;
//and the robot.
reqs.Rooms.First().NPCs.ToList().ForEach(npc =>
{
npc.Coord.x += roomLoc.x;
npc.Coord.y += roomLoc.y;
reqs.Rom.MoveNpc(reqs.MapId, npc);
});
complete.Entrance = new Coordinate((byte)startLoc.x, (byte)startLoc.y, CoordinateLocale.Standard);
return(complete);
}
public CompleteMap Generate(MT19337 rng, MapRequirements reqs)
{
int sanity = 0;
while (true)
{
if (++sanity == 500)
{
throw new InsaneException("Failed to generate map!");
}
try
{
CompleteMap complete = new CompleteMap
{
Map = new Map(SentinelDead),
Requirements = reqs,
};
{
(int x, int y)coord = (0, 0);
reqs.Rooms.ToList().ForEach(room =>
{
coord.x = rng.Between(0, MapRequirements.Width - 1 - room.Width);
complete.Map.Put(coord, room.Tiledata);
coord.y += room.Height + rng.Between(0, 5);
room.NPCs.ToList().ForEach(npc =>
{
npc.Coord.x += coord.x;
npc.Coord.y += coord.y;
reqs.Rom.MoveNpc(reqs.MapId, npc);
});
});
}
// Generate rooms first. We'll aim to have enough for all the required chests.
Map rooms = complete.Map.Clone();
InitializeMap(rng, rooms, 0.33);
rooms = DoSimulationStep(rooms, 4, 2, 3);
Console.WriteLine($"Room map has {rooms.Count(element => element.Value == SentinelAlive)} walkable tiles.");
complete.Map = rooms;
Console.Write(complete.AsText());
var clone = rooms.Clone();
foreach (var el in clone.Where(el => el.Value == SentinelDead))
{
var roomTile = rooms[el.Coord];
foreach (var newTile in roomTile.Surrounding().Concat(roomTile.Left().Surrounding()))
{
newTile.Value = SentinelDead;
}
}
Console.WriteLine($"Room map has {rooms.Count(element => element.Value == SentinelAlive)} walkable tiles.");
complete.Map = rooms;
Console.Write(complete.AsText());
clone = rooms.Clone();
foreach (var el in clone.Where(el => el.Value == SentinelDead))
{
var roomTile = rooms[el.Coord];
if (el.Left().Value == SentinelAlive)
{
if (el.Up().Value == SentinelAlive)
{
roomTile.Tile = Tile.RoomBackLeft;
}
else if (el.Down().Value == SentinelAlive)
{
roomTile.Tile = Tile.RoomFrontLeft;
roomTile.Down().Tile = Tile.InsideWall;
}
else
{
roomTile.Tile = Tile.RoomLeft;
}
}
else if (el.Right().Value == SentinelAlive)
{
if (el.Up().Value == SentinelAlive)
{
roomTile.Tile = Tile.RoomBackRight;
}
else if (el.Down().Value == SentinelAlive)
{
roomTile.Tile = Tile.RoomFrontRight;
roomTile.Down().Tile = Tile.InsideWall;
}
else
{
roomTile.Tile = Tile.RoomRight;
}
}
else if (el.Up().Value == SentinelAlive)
{
roomTile.Tile = Tile.RoomBackCenter;
}
else if (el.Down().Value == SentinelAlive)
{
roomTile.Tile = Tile.RoomFrontCenter;
roomTile.Down().Tile = Tile.InsideWall;
}
else
{
roomTile.Tile = Tile.RoomCenter;
}
}
// Carve out a door to all the accessible room tiles.
var roomTiles = rooms.Where(el => el.Tile == Tile.RoomCenter);
var doorways = new List <MapElement> {
};
foreach (var innerTile in roomTiles)
{
var results = FloodFill(rooms, innerTile.Coord, new List <Tile> {
Tile.RoomCenter, Tile.RoomFrontCenter, Tile.Door
});
if (results[Tile.Door].Any())
{
continue;
}
var potentialDoorways = results[Tile.RoomFrontCenter];
if (potentialDoorways.Any())
{
var entryway = potentialDoorways.SpliceRandom(rng);
var door = entryway.Down();
var doorway = door.Down();
System.Diagnostics.Debug.Assert(door.Tile == Tile.InsideWall);
if (doorway.Value != SentinelAlive)
{
throw new InsaneException("Doorway not available.");
}
door.Tile = Tile.Door;
doorway.Tile = Tile.Doorway;
doorways.Add(doorway);
}
}
// Place chests now
var chestLocations = roomTiles.Where(el => el.Up().Tile == Tile.RoomBackCenter).ToList();
if (reqs.Objects.Count() > chestLocations.Count())
{
throw new InsaneException("Not enough chest locations.");
}
foreach (byte chest in reqs.Objects)
{
chestLocations.SpliceRandom(rng).Value = chest;
}
// Deaden to prepare for second run
//foreach (var el in rooms.Where(el => el.Value == SentinelAlive)) { el.Value = SentinelDead; }
// Place non-room walls now.
/*
* for (int sanity2 = 0; sanity2 <501; ++sanity2)
* {
* if (sanity2 == 500)
* throw new InsaneException("Couldn't make floors walls.");
*
* var walled = rooms.Clone();
* var entrances = doorways.ToList();
* //InitializeMap(rng, walled, 0.4);
* walled = DoSimulationStep(walled, 5, 4, 4);
*
* entrances.ForEach(entrance =>
* {
* foreach (var tile in entrance.Surrounding().Where(el => el.Value == SentinelDead))
* {
* walled[tile.Coord].Value = SentinelAlive;
* }
* });
*
* complete.Map = walled;
* Console.Write(complete.AsText());
* bool success = false; // eww
*
* // Find a big enough segment to be the main area.
* while (walled.Any(el => el.Value == SentinelAlive))
* {
* var tile = walled.First(el => el.Value == SentinelAlive);
* var results = FloodFill(walled, tile.Coord, new List<Tile> { reqs.Floor, Tile.Doorway }, new List<Tile> { (Tile)SentinelAlive }, reqs.Floor);
*
* if (results[reqs.Floor].Count() < 500)
* {
* // Small section just mark as walls.
* FloodFill(walled, tile.Coord, new List<Tile> { reqs.Floor }, new List<Tile> { reqs.Floor }, (Tile)SentinelDead);
* }
* else
* {
* // This is the big section. Make sure all the doors are accessible
* success = results[Tile.Doorway].Count() == doorways.Count();
* break;
* }
* }
*
* if (success)
* {
* foreach (var el in walled.Where(el => el.Value == SentinelDead))
* {
* if (el.Up().Tile == reqs.Floor || el.Down().Tile == reqs.Floor || el.Left().Tile == reqs.Floor || el.Right().Tile == reqs.Floor)
* {
* el.Tile = reqs.Barrier;
* } else
* {
* el.Tile = reqs.OutOfBounds;
* }
* }
* complete.Map = walled;
* break;
* }
* }
*/
// All the tiles we're editing are now either SentinelAlive or SentinelDead.
// Time to map those to real values now.
foreach (var el in complete.Map.Where(el => el.Value == SentinelAlive))
{
el.Tile = reqs.Floor;
}
Console.WriteLine($"Room map has {complete.Map.Count(element => element.Tile == reqs.Floor)} walkable tiles.");
Console.Write(complete.AsText());
// Pad all the Alive tiles
var locations = complete.Map.Where(element => element.Tile == reqs.Floor).ToList();
reqs.Portals.ToList().ForEach(portal =>
{
var location = locations.SpliceRandom(rng);
complete.Map[location.Y, location.X] = portal;
if (portal == (byte)Tile.WarpUp)
{
complete.Entrance = new Coordinate((byte)location.X, (byte)location.Y, CoordinateLocale.Standard);
var finalResult = FloodFill(complete.Map, location.Coord, new List <Tile> {
reqs.Floor, Tile.WarpUp, Tile.Doorway, Tile.Door, Tile.RoomCenter, Tile.RoomFrontCenter
});
if (finalResult[Tile.Door].Count() < doorways.Count())
{
throw new InsaneException("Can't reach all rooms.");
}
}
});
Console.Write(complete.AsText());
return(complete);
} catch (InsaneException e)
{
Console.WriteLine(e.ToString());
}
}
}
public CompleteMap Generate(MT19337 rng, MapGeneratorStrategy strategy, MapRequirements reqs)
{
CompleteMap map = null;
if (reqs.MapId == MapId.Waterfall)
{
reqs.Floor = Tile.WaterfallRandomEncounters;
reqs.InRoomFloor = Tile.WaterfallInside;
reqs.FreeNPCs = Enumerable.Range(1, 10);
reqs.Rooms = new List <RoomSpec>
{
new RoomSpec
{
Tiledata = new byte[, ] {
{ 0x00, 0x01, 0x01, 0x01, 0x01, 0x01, 0x01, 0x02 },
{ 0x03, 0x79, 0x7A, 0x7B, 0x7C, 0x7D, 0x7E, 0x05 },
{ 0x03, 0x46, 0x46, 0x46, 0x46, 0x46, 0x46, 0x05 },
{ 0x06, 0x07, 0x48, 0x07, 0x07, 0x07, 0x07, 0x08 },
{ 0x30, 0x30, 0x36, 0x30, 0x30, 0x30, 0x30, 0x30 },
{ 0x49, 0x49, 0x3A, 0x49, 0x49, 0x49, 0x49, 0x49 }
},
NPCs = new List <NPC> {
new NPC {
Index = 0, Coord = (5, 2), InRoom = true, Stationary = false
}
},
}
};
reqs.Portals = new byte[] { (byte)Tile.WarpUp };
IMapGeneratorEngine engine = GetEngine(strategy);
int iterations = 0;
while (iterations < MAX_MAP_ITERATIONS && map == null)
{
Console.WriteLine($"Generating {reqs.MapId} - iteration #{iterations}");
map = engine.Generate(rng, reqs);
}
if (map == null)
{
throw new InsaneException($"Couldn't generate map using {strategy} after maximum {iterations} iterations.");
}
// add the reqs we used
map.Requirements = reqs;
}
else if (reqs.MapId == MapId.EarthCaveB1)
{
reqs.Floor = Tile.EarthCaveRandomEncounters;
reqs.InRoomFloor = Tile.EarthCaveInside;
reqs.OutOfBounds = Tile.EarthCaveOOB;
reqs.Barrier = Tile.EarthCaveRockA;
reqs.FreeNPCs = new int[] { };
reqs.Rooms = new List <RoomSpec> {
};
reqs.Portals = new byte[] { (byte)Tile.WarpUp, 0x24 };
reqs.Objects = Enumerable.Range(0x42, 5).Select(x => (byte)x);
reqs.Traps = Enumerable.Repeat(0x1D, 3).Select(x => (byte)x);
IMapGeneratorEngine engine = GetEngine(strategy);
map = engine.Generate(rng, reqs);
// add the reqs we used
map.Requirements = reqs;
}
else if (reqs.MapId == MapId.EarthCaveB2)
{
reqs.Floor = Tile.EarthCaveRandomEncounters;
reqs.InRoomFloor = Tile.EarthCaveInside;
reqs.OutOfBounds = Tile.EarthCaveOOB;
reqs.Barrier = Tile.EarthCaveRockA;
reqs.FreeNPCs = Enumerable.Range(0, 13);
reqs.Rooms = new List <RoomSpec> {
};
reqs.Portals = new byte[] { (byte)Tile.WarpUp, 0x25 };
reqs.Objects = Enumerable.Range(0x47, 6).Select(x => (byte)x);
reqs.Traps = Enumerable.Range(0x1D, 1).Select(x => (byte)x);
IMapGeneratorEngine engine = GetEngine(strategy);
map = engine.Generate(rng, reqs);
// add the reqs we used
map.Requirements = reqs;
}
else
{
throw new ArgumentOutOfRangeException();
}
// Free NPC placement doesn't require the engine
var locations = map.Map.Where(element => element.Tile == reqs.Floor).ToList();
reqs.FreeNPCs.ToList().ForEach(npc =>
{
var location = locations.SpliceRandom(rng);
reqs.Rom.MoveNpc(reqs.MapId, npc, location.X, location.Y, false, false);
});
if (Debugger.IsAttached)
{
Console.Write(map.AsText());
}
return(map);
}
public void DrawRegion(CompleteMap complete)
{
complete.Map.Put((x, y), TileData);
}
