} //Constructor
public override MapGenerator.MapData Generate(MapGenerator.RoomsDataCollection rooms, int mapWidth, int mapHeight)
{
// Make sure there are rooms and there is map data, if not then ... return failure.
if (rooms == null || rooms.Count == 0 || mapWidth <= 0 || mapHeight <= 0)
{
return(null);
}
// Resize the map to what we need.
MapGenerator.MapData results = new MapGenerator.MapData(mapWidth, mapHeight);
// Create the instance to the randomizer.
MapHelpers.SetRandomSeed(this.Options.Seed);
// (Step 1) Place the initial rooms to start out with.
MapHelpers.PlotRandomRooms(results, rooms, MapHelpers.ComputeRandomRoomsCount(mapWidth, mapHeight, this.Options.RandomRoomsPercentage), this.Options.IgnoreBoundries, this.Options.SubsetID, this.Options.IncludeRooms, !this.Options.IncludeRooms, this.Options.Pattern, true);
// (Step 2) Create the passages to connect each room together.
MapHelpers.ConnectPathsets(results, rooms, this.Options.IgnoreBoundries, this.Options.SubsetID);
// (Step 3) if(there is any left over path sets, remove them.
//MapHelpers.RemoveAllSmallPathSets(results)
// Remove the map data.
return(results);
} //Generate
} //Constructor
public override MapGenerator.MapData Generate(MapGenerator.RoomsDataCollection rooms, int mapWidth, int mapHeight)
{
// Make sure there is rooms and map data, if not then ... exit.
if (rooms == null || rooms.Count == 0 || mapWidth <= 0 || mapHeight <= 0)
{
return(null);
}
// Clear and resize the map.
MapGenerator.MapData results = new MapGenerator.MapData(mapWidth, mapHeight);
// Create the instance to the randomizer.
MapHelpers.SetRandomSeed(this.Options.Seed);
// (Step 1) Fill the map with random matching tiles.
FillWithRandomTiles(results, rooms, this.Options.IgnoreBoundries, this.Options.SubsetID, this.Options.IncludeRooms, this.Options.IncludePassages, this.Options.Pattern);
// (Step 2) Decide what to do with the unconnected tiles ...
if (this.Options.UnconnectedTilesAction == UnconnectedTilesActions.ConnectAll)
{
// ... Connect all unconnected tiles.
MapHelpers.ConnectPathsets(results, rooms, this.Options.IgnoreBoundries, this.Options.SubsetID);
}
else if (this.Options.UnconnectedTilesAction == UnconnectedTilesActions.RemoveSmallerSets)
{
// ... Remove all unconnected tiles.
MapHelpers.RemoveAllSmallPathSets(results);
}
// Remove the map data.
return(results);
} //Generate
} //Generate
private static void FillWithRandomTiles(MapGenerator.MapData map, MapGenerator.RoomsDataCollection rooms, bool ignoreBoundries = false, string subSetID = "", bool allowRooms = true, bool allowPassages = true, Bitmap pattern = null)
{
for (int row = 1; row <= map.Height; row++)
{
for (int column = 1; column <= map.Width; column++)
{
MapHelpers.PlotRandomRoom(map, rooms, column, row, ignoreBoundries, subSetID, allowRooms, allowPassages, pattern, false);
} //column
} //row
} //FillWithRandomTiles
