private static void RunRealWorldCreator()
{
var creator = new RealWorldCreator()
{
Height = 100,
Width = 100,
NumberOfPlates = 12
};
Stopwatch watch = new Stopwatch();
watch.Start();
creator.CreateWorld();
watch.Stop();
Console.WriteLine(watch.ElapsedMilliseconds);
Bitmap tectonicMap = BitmapGenerator.GetTectonicMap(creator.Width, creator.Height, creator.MapData.Tiles);
BitmapHelpers.ShowBitmap(tectonicMap);
Bitmap heightMap = BitmapGenerator.GetHeightMap(creator.Width, creator.Height, creator.MapData.Tiles);
BitmapHelpers.ShowBitmap(heightMap);
Bitmap landMap = BitmapGenerator.GetLandMap(creator.Width, creator.Height, creator.MapData);
BitmapHelpers.ShowBitmap(landMap);
}
private static void RunNoiseWorldCreator()
{
Stopwatch watch = new Stopwatch();
var creator = new NoiseWorldCreator()
{
Seed = 256,
Height = 256,
Width = 256,
// Determined by world moisture?
SeaLevel = 0.45f,
// Determined by world age?
TerrainFrequency = 1.25, // smaller number means more continents, larger number means lots of clustered islands
TerrainOctaves = 16, // defines the "jaggedness" of the land.. might have to be proportionate to size
WorldMoisture = WorldMoisture.Moderate,
WorldTemperature = WorldTemperature.Average
};
string worldId = Guid.NewGuid().ToString();
watch.Start();
creator.CreateWorld();
watch.Stop();
Console.WriteLine(watch.Elapsed);
Bitmap coloredHeightMap = BitmapGenerator.GetColoredHeightMap(creator.Width, creator.Height, creator.MapData);
//coloredHeightMap.Save(String.Concat(worldId, "_heightMap.png"));
BitmapHelpers.ShowBitmap(coloredHeightMap);
Bitmap heatMap = BitmapGenerator.GetHeatMap(creator.Width, creator.Height, creator.MapData.Tiles);
//heatMap.Save(String.Concat(worldId, "_heatMap.png"));
BitmapHelpers.ShowBitmap(heatMap);
Bitmap moistureMap = BitmapGenerator.GetMoistureMap(creator.Width, creator.Height, creator.MapData.Tiles);
//moistureMap.Save(String.Concat(worldId, "_moistureMap.png"));
BitmapHelpers.ShowBitmap(moistureMap);
Bitmap riverMap = BitmapGenerator.GetRiverMap(creator.Width, creator.Height, creator.MapData.Tiles, creator.MapData.SeaLevel);
//riverMap.Save(String.Concat(worldId, "_riverMap.png"));
BitmapHelpers.ShowBitmap(riverMap);
Bitmap biomeMap = BitmapGenerator.GetBiomeMap(creator.Width, creator.Height, creator.MapData.Tiles, creator.MapData.SeaLevel);
//biomeMap.Save(String.Concat(worldId, "_biomeMap.png"));
BitmapHelpers.ShowBitmap(biomeMap);
var ids = creator.MapData.Tiles.AsList().Select(x => x.PlateId).Distinct().ToList();
}
private static void CreateSystem()
{
int numWorlds = 7;
string systemId = Guid.NewGuid().ToString().Substring(0, 4);
string root = AppDomain.CurrentDomain.BaseDirectory;
Directory.CreateDirectory(Path.Combine(root, $"System_{systemId}"));
Random random = new Random();
Stopwatch watch = new Stopwatch();
for (int i = 0; i < numWorlds; i++)
{
string worldId = Guid.NewGuid().ToString().Substring(0, 6);
var seaLevel = random.NextDouble() * 0.4 + random.NextDouble() * 0.5 + 0.05; // min 0.05, max 0.95, focus of 0.5
var terrainFrequency = random.NextDouble() + random.NextDouble() + 0.5; // min 0.5, max 2.5, focus of 1.5
var terrainOctaves = (int)Math.Floor(random.NextDouble() * 5 + random.NextDouble() * 7 + 5); // min 5, max 17, focus of 11
var worldMoisture = (WorldMoisture)random.Next(0, 5);
var worldTemperature = (WorldTemperature)random.Next(0, 5);
Directory.CreateDirectory(Path.Combine(root, $"System_{systemId}", $"Planet_{worldId}"));
var creator = new NoiseWorldCreator()
{
Height = 256,
Width = 256,
// Determined by world moisture?
SeaLevel = (float)seaLevel,
// Determined by world age?
TerrainFrequency = terrainFrequency, // smaller number means more continents, larger number means lots of clustered islands
TerrainOctaves = terrainOctaves, // defines the "jaggedness" of the land.. might have to be proportionate to size
WorldMoisture = worldMoisture,
WorldTemperature = worldTemperature
};
watch.Start();
creator.CreateWorld();
watch.Stop();
Bitmap coloredHeightMap = BitmapGenerator.GetColoredHeightMap(creator.Width, creator.Height, creator.MapData);
coloredHeightMap.Save(Path.Combine(root, $"System_{systemId}", $"Planet_{worldId}", String.Concat($"Planet_{worldId}", "_height_map.png")));
Bitmap heatMap = BitmapGenerator.GetHeatMap(creator.Width, creator.Height, creator.MapData.Tiles);
heatMap.Save(Path.Combine(root, $"System_{systemId}", $"Planet_{worldId}", String.Concat($"Planet_{worldId}", "_heat_map.png")));
Bitmap moistureMap = BitmapGenerator.GetMoistureMap(creator.Width, creator.Height, creator.MapData.Tiles);
moistureMap.Save(Path.Combine(root, $"System_{systemId}", $"Planet_{worldId}", String.Concat($"Planet_{worldId}", "_moisture_map.png")));
Bitmap riverMap = BitmapGenerator.GetRiverMap(creator.Width, creator.Height, creator.MapData.Tiles, creator.MapData.SeaLevel);
riverMap.Save(Path.Combine(root, $"System_{systemId}", $"Planet_{worldId}", String.Concat($"Planet_{worldId}", "_river_map.png")));
Bitmap biomeMap = BitmapGenerator.GetBiomeMap(creator.Width, creator.Height, creator.MapData.Tiles, creator.MapData.SeaLevel);
biomeMap.Save(Path.Combine(root, $"System_{systemId}", $"Planet_{worldId}", String.Concat($"Planet_{worldId}", "_biome_map.png")));
using (var writer = new StreamWriter(Path.Combine(root, $"System_{systemId}", $"Planet_{worldId}", "World Parameters.txt")))
{
writer.WriteLine($"Planet {worldId}");
writer.WriteLine();
writer.WriteLine("--- Randomly Generated Parameters ---");
writer.WriteLine($"Sea Level: {seaLevel}");
writer.WriteLine($"Terrain Frequency: {terrainFrequency}");
writer.WriteLine($"Terrain Octaves: {terrainOctaves}");
writer.WriteLine($"World Temperature: {Enum.GetName(typeof(WorldTemperature), worldTemperature)}");
writer.WriteLine($"World Moisture: {Enum.GetName(typeof(WorldMoisture), worldMoisture)}");
writer.WriteLine();
writer.WriteLine($"Generation Time: {watch.Elapsed}");
}
watch.Reset();
}
}
public static Bitmap GetTectonicMap(int width, int height, Tile[,] tiles)
{
return(BitmapGenerator.GetTectonicMap(width, height, tiles, tiles.AsList().Select(x => x.PlateId).Distinct().Count()));
}