public World()
{
_seed = new Random().Next();
_random = new Random(_seed);
_perlin = new Perlin
{
Seed = _seed,
OctaveCount = OctaveCount,
Frequency = Frequency,
//Persistence = Persistence
};
_scaleBias = new ScaleBias
{
Source0 = _perlin,
Scale = Scale,
Bias = Bias
};
_clamp = new Clamp
{
LowerBound = LowerBound,
UpperBound = UpperBound,
Source0 = _scaleBias
};
_builder = new PlaneNoiseMapBuilder
{
DestNoiseMap = new NoiseMap(),
SourceModule = _clamp,
EnableSeamless = false
};
_builder.SetDestSize(Chunk.CHUNK_SIZE, Chunk.CHUNK_SIZE);
}
public async void TransitionsAsync()
{
OverworldGenerator og = new OverworldGenerator();
OverworldTerrain noiseGen = new OverworldTerrain(true);
await Task.Run(() =>
{
var map = new NoiseMap();
PlaneNoiseMapBuilder builder =
new PlaneNoiseMapBuilder()
{
DestNoiseMap = map, SourceModule = noiseGen.transitions
};
var image = new Image();
var transitionsRenderer = new ImageRenderer()
{
SourceNoiseMap = map, DestinationImage = image
};
transitionsRenderer.BuildGrayscaleGradient();
builder.SetBounds(-400, 400, -300, 300);
builder.SetDestSize(800, 600);
builder.Build();
transitionsRenderer.Render();
var bmp = transitionsRenderer.DestinationImage.ToGdiBitmap();
bmp.Save("_transitions.bmp");
Assert.Equal(0, 0);
});
}
public TerrainGenerator()
{
// The noise source - a simple Perlin noise generator will do for this sample
var noiseSource = new Perlin
{
Seed = new Random().Next()
};
// Create a new, empty, noise map and initialize a new planar noise map builder with it
var noiseMap = new NoiseMap();
var noiseMapBuilder = new PlaneNoiseMapBuilder
{
DestNoiseMap = noiseMap,
SourceModule = noiseSource
};
// Set the size of the noise map
noiseMapBuilder.SetDestSize(100, 100);
// Set the bounds of the noise mpa builder
// These are the coordinates in the noise source from which noise values will be sampled
noiseMapBuilder.SetBounds(-3, 3, -2, 2);
// Build the noise map - samples values from the noise module above,
// using the bounds coordinates we have passed in the builder
noiseMapBuilder.Build();
}
void SetupNoiseMapBuilder()
{
// Set up noise module tree
// TranslatePoint is used to shift the generated noise over time
TimeTranslator = new TranslatePoint
{
// Scales the generated noise values down to 80%
Source0 = new ScaleBias
{
Scale = 0.8,
Bias = 0,
// Scale coordinates down to get some rougher structures
Source0 = new ScalePoint
{
// Scale down xz-plane
XScale = 0.0375,
ZScale = 0.0375,
// Scale down "time"
YScale = 0.625,
Source0 = new Billow(),
},
},
};
// Set up target noise map and noise map builder
NoiseMap = new NoiseMap();
NoiseMapBuilder = new PlaneNoiseMapBuilder
{
DestNoiseMap = NoiseMap,
SourceModule = TimeTranslator,
};
NoiseMapBuilder.SetBounds(0, LongitudeBands, 0, LatitudeBands);
NoiseMapBuilder.SetDestSize(LongitudeBands, LatitudeBands);
}
public NoiseControl()
{
InitializeComponent();
var map = new NoiseMap();
var builder = new PlaneNoiseMapBuilder()
{
DestNoiseMap = map,
};
builder.SetDestSize(pictureBox.Width, pictureBox.Height);
m_noiseBuilder = builder;
var image = new SharpNoise.Utilities.Imaging.Image();
var renderer = new ImageRenderer()
{
SourceNoiseMap = map,
DestinationImage = image,
};
if (greyRadioButton.Checked)
{
renderer.BuildGrayscaleGradient();
}
else if (terrainRadioButton.Checked)
{
renderer.BuildTerrainGradient();
}
else
{
throw new Exception();
}
m_imageRenderer = renderer;
}
public static NoiseMap GetMap(NoisePackage package)
{
Perlin noiseSource = new Perlin
{
Seed = package.Seed,
OctaveCount = package.OctaveCount,
Persistence = package.Persistence,
Quality = (NoiseQuality)package.Quality,
Frequency = package.Frequency
};
// Create a new, empty, noise map and initialize a new planar noise map builder with it
var noiseMap = new NoiseMap();
var noiseMapBuilder = new PlaneNoiseMapBuilder
{
DestNoiseMap = noiseMap,
SourceModule = noiseSource
};
// Set the size of the noise map
noiseMapBuilder.SetDestSize(Program.MapWidth, Program.MapHeight);
// Set the bounds of the noise mpa builder
// These are the coordinates in the noise source from which noise values will be sampled
noiseMapBuilder.SetBounds(-3, 3, -2, 2);
// Build the noise map - samples values from the noise module above,
// using the bounds coordinates we have passed in the builder
noiseMapBuilder.Build();
return(noiseMap);
}
/// <summary>
/// Generate the noise values
/// </summary>
private void GenerateNoise()
{
var module = new Perlin()
{
Seed = this.Seed + 333211,
Frequency = 20.0,
OctaveCount = 2
};
var bounds = new System.Drawing.RectangleF(4, 1, 1, 1);
var noiseMap = new NoiseMap();
var builder = new PlaneNoiseMapBuilder()
{
DestNoiseMap = noiseMap,
SourceModule = module
};
builder.SetDestSize(this.Dimensions.Width, this.Dimensions.Height);
builder.SetBounds(bounds.Left, bounds.Right, bounds.Top, bounds.Bottom);
builder.Build();
for (var ix = 0; ix < this.Dimensions.Width; ++ix)
{
for (var iy = 0; iy < this.Dimensions.Height; ++iy)
{
this.NoiseValues[ix, iy] = noiseMap[ix, iy];
}
}
this.Normalize(this.NoiseValues);
}
private void GeneratePatch(int abundance, int tileNum)
{
NoiseMap output = new NoiseMap();
Perlin per = new Perlin()
{
Seed = seed.GetHashCode(), Frequency = 1, OctaveCount = Perlin.DefaultOctaveCount, Lacunarity = Perlin.DefaultLacunarity, Persistence = Perlin.DefaultPersistence, Quality = NoiseQuality.Best
};
var noiseMapBuilder = new PlaneNoiseMapBuilder()
{
DestNoiseMap = output, SourceModule = per
};
noiseMapBuilder.SetDestSize(width, height);
noiseMapBuilder.SetBounds(-2, 3, -2, 3);
noiseMapBuilder.Build();
for (int r = 0; r < width; r++)
{
for (int c = 0; c < height; c++)
{
if (map[r, c] != 0)
{
map[r, c] = (Math.Abs(output[r, c]) * 100) > 80 ? 2 : map[r, c];
}
}
}
}
public void Build()
{
if ((noiseMap == null) || noiseMap.IsEmpty)
{
noiseMapBuilder.SetDestSize(Width, Height);
noiseMapBuilder.SetBounds(Width / 10, Width, Height / 10, Height);
noiseMapBuilder.Build();
}
}
public static void Main(string[] args)
{
// The noise source - a simple Perlin noise generator will do for this sample
var noiseSource = new Perlin
{
Seed = new Random().Next()
};
// Create a new, empty, noise map and initialize a new planar noise map builder with it
var noiseMap = new NoiseMap();
var noiseMapBuilder = new PlaneNoiseMapBuilder
{
DestNoiseMap = noiseMap,
SourceModule = noiseSource
};
// Set the size of the noise map
noiseMapBuilder.SetDestSize(1280, 720);
// Set the bounds of the noise mpa builder
// These are the coordinates in the noise source from which noise values will be sampled
noiseMapBuilder.SetBounds(-3, 3, -2, 2);
// Build the noise map - samples values from the noise module above,
// using the bounds coordinates we have passed in the builder
noiseMapBuilder.Build();
// Create a new image and image renderer
var image = new Image();
var renderer = new ImageRenderer
{
SourceNoiseMap = noiseMap,
DestinationImage = image
};
// The renderer needs to know how to map noise values to colors.
// In this case, we use one of the predefined gradients, specifically the terrain gradient,
// which maps lower noise values to blues and greens and higher values to brouns and whites.
// This simulates the look of a map with water, grass and vegetation, dirt and mountains.
renderer.BuildTerrainGradient();
// Before rendering the image, we could set various parameters on the renderer,
// such as the position and color of the light source.
// But we aren't going to bother for this sample.
// Finally, render the image
renderer.Render();
// Finally, save the rendered image as a PNG in the current directory
using (var fs = File.OpenWrite("NoiseMap.png"))
{
image.SaveGdiBitmap(fs, ImageFormat.Png);
}
}
public virtual IMap2D <T> Generate(int width, int height)
{
var map = new NoiseMap(width, height);
var builder = new PlaneNoiseMapBuilder();
builder.EnableSeamless = true;
builder.DestNoiseMap = map;
builder.SetBounds(-5, 5, -5, 5);
builder.SetDestSize(width, height);
builder.SourceModule = Module;
builder.Build();
return(TransformMap(map));
}
public void PlanarRenderTest()
{
var plane = new PlaneNoiseMapBuilder();
plane.SetBounds(-1, 1, -1, 1);
plane.SetDestSize(256, 256);
plane.SourceModule = module;
plane.DestNoiseMap = noiseMap;
plane.EnableSeamless = false;
plane.Build();
renderer.SourceNoiseMap = noiseMap;
renderer.DestinationImage = textureImage;
renderer.Render();
}
public static NoiseMap Generate(int width, int height)
{
var noiseMapBuilder = new PlaneNoiseMapBuilder
{
DestNoiseMap = noiseMap,
SourceModule = turbulence
};
voronoi.Seed = Seed;
voronoi.Type = Cell.CellType.Minkowsky;
noiseMapBuilder.SetDestSize(width, height);
noiseMapBuilder.SetBounds(-5, 5, 0, 10);
noiseMapBuilder.Build();
return(noiseMap);
}
public static NoiseMap getNoiseMap(double seedx, double seedy, int height, int width, double lacunarity, double persistence)
{
NoiseMap map = new NoiseMap();
PlaneNoiseMapBuilder builder = new PlaneNoiseMapBuilder();
Simplex simplex = new Simplex();
simplex.Lacunarity = lacunarity;
simplex.Persistence = persistence;
builder.SourceModule = simplex;
builder.DestNoiseMap = map;
builder.SetDestSize(800, 600);
builder.SetBounds(seedx, seedx + width, seedy, seedy + height);
builder.Build();
return(map);
}
public void WoodTexture_PlanarRender()
{
var noiseMap = new NoiseMap();
var plane = new PlaneNoiseMapBuilder();
plane.SetBounds(-1, 1, -1, 1);
plane.SetDestSize(256, 256);
plane.SourceModule = testModule;
plane.DestNoiseMap = noiseMap;
plane.EnableSeamless = false;
plane.Build();
testRenderer.SourceNoiseMap = noiseMap;
testRenderer.DestinationImage = testTextureImage;
testRenderer.Render();
}
/// <summary>
/// Generate the height map
/// </summary>
private void Generate()
{
//var bounds = new System.Drawing.RectangleF(6, 1, 3, 3);
//var bounds = new System.Drawing.RectangleF(6, 1, 4, 4);
var bounds = new System.Drawing.RectangleF(6, 1, 5, 5);
var noiseModule = this.BuildModuleTree();
var noiseMap = new NoiseMap();
var builder = new PlaneNoiseMapBuilder()
{
DestNoiseMap = noiseMap,
SourceModule = noiseModule
};
builder.SetDestSize(this.Dimensions.Width, this.Dimensions.Height);
builder.SetBounds(bounds.Left, bounds.Right, bounds.Top, bounds.Bottom);
builder.Build();
for (var ix = 0; ix < this.Dimensions.Width; ++ix)
{
for (var iy = 0; iy < this.Dimensions.Height; ++iy)
{
this.Values[ix, iy] = noiseMap[ix, iy];
}
}
this.Normalize();
if (this.Parameters.ForceOceanSides)
{
this.MaskSides();
}
if (this.Parameters.AccentuateHills)
{
this.AccentuatePeaks();
this.Normalize();
}
this.FillSinks();
this.DetermineHeightLevels();
}
public async void SameAsync()
{
OverworldTerrainSettings generatorSettings = new OverworldTerrainSettings();
generatorSettings.Seed = 137;
OverworldTerrain noiseGen = new OverworldTerrain(generatorSettings, true);
var map = new NoiseMap();
PlaneNoiseMapBuilder builder = new PlaneNoiseMapBuilder()
{
DestNoiseMap = map,
SourceModule = noiseGen.Result
};
var image = new SharpNoise.Utilities.Imaging.Image();
var renderer = new ImageRenderer()
{
SourceNoiseMap = map,
DestinationImage = image
};
//renderer.BuildGrayscaleGradient();
renderer.BuildTerrainGradient();
builder.SetBounds(-2024, 2024, -2024, 2024);
builder.SetDestSize(1024, 1024);
builder.Build();
renderer.Render();
var bmp = renderer.DestinationImage.ToGdiBitmap();
bmp.Save("terrain.bmp");
Assert.Equal(0, 0);
}
public async void TerrainBlendAsync()
{
OverworldGenerator og = new OverworldGenerator();
OverworldTerrain noiseGen = new OverworldTerrain(true);
await Task.Run(() =>
{
var noise = new SharpNoise.Modules.ScaleBias()
{
Scale = 4,
Source0 = noiseGen.selectiveBlend
};
var map = new NoiseMap();
PlaneNoiseMapBuilder builder =
new PlaneNoiseMapBuilder()
{
DestNoiseMap = map, SourceModule = noise
};
var image = new Image();
var transitionsRenderer = new ImageRenderer()
{
SourceNoiseMap = map, DestinationImage = image
};
transitionsRenderer.BuildTerrainGradient();
builder.SetBounds(-400, 400, -300, 300);
builder.SetDestSize(800, 600);
builder.Build();
transitionsRenderer.Render();
var bmp = transitionsRenderer.DestinationImage.ToGdiBitmap();
bmp.Save("_blendedterrain.bmp");
Assert.Equal(0, 0);
});
}
protected virtual NoiseMap BuildNoiseMap(Size size, NoiseConfig cfg)
{
var noiseSource = BuildNoiseSource(cfg);
var noiseMap = new NoiseMap(size.Width, size.Height);
var noiseMapBuilder = new PlaneNoiseMapBuilder
{
DestNoiseMap = noiseMap,
SourceModule = noiseSource,
EnableSeamless = false
};
noiseMapBuilder.SetDestSize(noiseMap.Width, noiseMap.Height);
noiseMapBuilder.SetBounds(0, noiseMap.Width * 0.01, 0, noiseMap.Height * 0.01);
noiseMapBuilder.Build();
PostProcessing(size, cfg, noiseMap);
Size2 = size.Width * size.Height;
Total = noiseMap.Data.Sum();
Density = Total / Size2;
Coverage = noiseMap.Data.Count(v => v > 0f) / Size2;
return(noiseMap);
}
/// <summary>
/// LoadContent will be called once per game and is the place to load
/// all of your content.
/// </summary>
protected override void LoadContent()
{
nbEnemy = 0;
gameover = false;
world = new World(new Vector2(0, 0));
debugView = new DebugView();
debugView.LoadContent(GraphicsDevice, Content);
inputHelper = new InputHelper(resolutionIndependence);
inputHelper.ShowCursor = true;
shadowsRendering = new ShadowsRenderer();
listGraphicObj = new List <GraphicObj>();
inputHelper.LoadContent();
font = Content.Load <SpriteFont>("pixelSpriteFont");
Texture2D textureCarre = Content.Load <Texture2D>("carre");
Texture2D textureCarre2 = Content.Load <Texture2D>("carre2");
Texture2D textureTotem = Content.Load <Texture2D>("Totem");
bouleRouge = Content.Load <Texture2D>("blood");
blood1 = Content.Load <Texture2D>("blood1");
blood2 = Content.Load <Texture2D>("blood2");
blood3 = Content.Load <Texture2D>("blood3");
debugNodeBusy = Content.Load <Texture2D>("debugPathFinderNode");
debugNodeFree = Content.Load <Texture2D>("debugPathFinderNode2");
particuleSystem = new ParticuleSystem();
//pathFinder = new PathFinder(2);
pFinder = new PathFinder();
pFinder.BuildtNavMeshes(6, 10);
mapFactory = new MapFactory();
mapFactory.newMap(listGraphicObj, seedIndexToLoad);
seedIndexToLoad = -1;
savedSeeds = mapFactory.mGen.savedSeeds;
var treeplanter = new TreePlanter(
mapFactory.minX * pixelToMeter,
mapFactory.maxX * pixelToMeter,
mapFactory.minY * pixelToMeter,
mapFactory.maxY * pixelToMeter,
mapFactory.mGen.rand
);
frameRateCounter = new FrameRateCounter(font);
particuleSystem.addParticuleSpawner(new SnowSpawner(new Vector2(100, 100), 0, player, new Vector2(475, -475)));
snowMarkSpawner = new SnowMarkSpawner(new Vector2(0, 0), 0, player, new Vector2(0, 0));
var noiseSource = new Perlin
{
Seed = mapFactory.mGen.rand.Next()
};
var noiseMap = new NoiseMap();
var noiseMapBuilder = new PlaneNoiseMapBuilder
{
DestNoiseMap = noiseMap,
SourceModule = noiseSource,
EnableSeamless = true
};
//noiseMapBuilder.SetDestSize(300, 300);
//noiseMapBuilder.SetBounds(-4.5, 4.5, -4.5, 4.5);
noiseMapBuilder.SetDestSize(256, 256);
noiseMapBuilder.SetBounds(2, 6, 1, 5);
noiseMapBuilder.Build();
textureImageNoise = new SharpNoise.Utilities.Imaging.Image();
imageRendererNoise = new ImageRenderer
{
SourceNoiseMap = noiseMap,
DestinationImage = textureImageNoise,
EnableLight = true,
LightContrast = 1.0,
LightBrightness = 2.3,
EnableWrap = true
};
imageRendererNoise.ClearGradient();
imageRendererNoise.AddGradientPoint(0.0000, new SharpNoise.Utilities.Imaging.Color(170, 180, 240, 255));
imageRendererNoise.AddGradientPoint(1.000, new SharpNoise.Utilities.Imaging.Color(170, 180, 240, 255));
imageRendererNoise.Render();
renderedmap = createTexture(imageRendererNoise);
minNoiseX = (int)mapFactory.minX - textureImageNoise.Width * 2;
maxNoiseX = (int)mapFactory.maxX + textureImageNoise.Width * 2;
minNoiseY = (int)mapFactory.minY - textureImageNoise.Height * 2;
maxNoiseY = (int)mapFactory.maxY + textureImageNoise.Height * 2;
menu = new Menu(font);
}
public static NoisePackage Generate()
{
// Randomly generate a package to return at the end of the method
NoisePackage package = new NoisePackage
{
Seed = new Random().Next(),
OctaveCount = new Random().Next(3, 9),
Persistence = new Random().NextDouble(),
Quality = (byte)NoiseQuality.Best,
Frequency = (double)new Random().Next(1, 3)
};
// The noise source - a simple Perlin noise generator will do for this sample
Perlin noiseSource = new Perlin
{
Seed = package.Seed,
OctaveCount = package.OctaveCount,
Persistence = package.Persistence,
Quality = (NoiseQuality)package.Quality,
Frequency = package.Frequency
};
// Create a new, empty, noise map and initialize a new planar noise map builder with it
var noiseMap = new NoiseMap();
var noiseMapBuilder = new PlaneNoiseMapBuilder
{
DestNoiseMap = noiseMap,
SourceModule = noiseSource
};
// Set the size of the noise map
noiseMapBuilder.SetDestSize(Program.MapWidth, Program.MapHeight);
// Set the bounds of the noise mpa builder
// These are the coordinates in the noise source from which noise values will be sampled
noiseMapBuilder.SetBounds(-3, 3, -2, 2);
// Build the noise map - samples values from the noise module above,
// using the bounds coordinates we have passed in the builder
noiseMapBuilder.Build();
// Create a new image and image renderer
var image = new Image();
var renderer = new ImageRenderer
{
SourceNoiseMap = noiseMap,
DestinationImage = image
};
// The renderer needs to know how to map noise values to colors.
// In this case, we use one of the predefined gradients, specifically the terrain gradient,
// which maps lower noise values to blues and greens and higher values to brouns and whites.
// This simulates the look of a map with water, grass and vegetation, dirt and mountains.
renderer.BuildGrayscaleGradient();
// Before rendering the image, we could set various parameters on the renderer,
// such as the position and color of the light source.
// But we aren't going to bother for this sample.
// Finally, render the image
renderer.Render();
// Finally, save the rendered image as a PNG in the current directory
using (var fs = File.OpenWrite("NoiseMapGrayscale.png"))
{
image.SaveGdiBitmap(fs, ImageFormat.Png);
}
renderer.BuildTerrainGradient();
renderer.Render();
using (var fs = File.OpenWrite("NoiseMapColor.png"))
{
image.SaveGdiBitmap(fs, ImageFormat.Png);
}
Process photoViewer = new Process();
photoViewer.StartInfo.FileName = "NoiseMapColor.png";
photoViewer.Start();
Console.WriteLine(
"\n Frequency: " + noiseSource.Frequency +
"\n Lacunarity: " + noiseSource.Lacunarity +
"\n Octaves: " + noiseSource.OctaveCount +
"\n Persistence: " + noiseSource.Persistence +
"\n Seed: " + noiseSource.Seed + "\n");
return(package);
}
async void GenerateMapAsync(int seed)
{
GeneratorBase generator = null;
generator = new GeneratorBase();
//generator = new PlanetBlendGenerator();
//generator = new PlanetSelectGenerator();
var module = generator.GetModule(seed);
var elevationMap = new NoiseMap();
var builder = new PlaneNoiseMapBuilder();
//builder.EnableSeamless = true;
//builder.EnableSeamless = false;
builder.SetBounds(0, _width / _minSize, 0, _width / _minSize);
builder.SetDestSize(_width, 1);
builder.SourceModule = module;
builder.DestNoiseMap = elevationMap;
var cts = new CancellationTokenSource();
bool cancelled = false;
try
{
await builder.BuildAsync(cts.Token);
}
catch (System.OperationCanceledException)
{
cancelled = true;
}
// Find max/min
var map = builder.DestNoiseMap;
float max = float.MinValue;
float min = float.MaxValue;
for (int x = 0; x < map.Width; x++)
{
for (int y = 0; y < map.Height; y++)
{
var value = map[x, y];
if (value >= max)
{
max = value;
}
if (value <= min)
{
min = value;
}
}
}
// Generate height map from 2 maps
var delta = max - min;
var heightMap = new float[2 * map.Width];
_width = map.Width;
for (int x = 0; x < heightMap.Length; x++)
{
int index = x % map.Width;
var value = map[index, 0];
value = (value - min) / delta;
heightMap[x] = value;
}
// Dig launcpad
var launchpadSize = _baseSize / 2;
var launchpadHeigth = 0f;
var counter = 0f;
for (int x = heightMap.Length / 2 - launchpadSize; x < heightMap.Length / 2 + launchpadSize; x++)
{
launchpadHeigth += heightMap[x];
counter += 1f;
}
launchpadHeigth /= counter;
for (int x = heightMap.Length / 2 - launchpadSize; x < heightMap.Length / 2 + launchpadSize; x++)
{
heightMap[x] = launchpadHeigth;
}
// generate level map
_heightMap = new int[2 * _width];
_levelMap = new int[2 * _width, 2 * _height];
int x0 = _levelMap.GetLength(0) / 2;
int y0 = _levelMap.GetLength(1) / 2;
int z0 = -1;
int zeroLevel = y0 - Mathf.RoundToInt(_height * launchpadHeigth) - 1;
for (int x = 0; x < _levelMap.GetLength(0); x++)
{
var value = heightMap[x];
var height = Mathf.RoundToInt(_height * value) + zeroLevel;
if (height >= 2 * _height)
{
height = 2 * _height - 1;
}
_heightMap[x] = height;
for (int y = 0; y < height; y++)
{
_levelMap[x, y] = 1;
}
}
// place tiles
_tilemap.ClearAllTiles();
for (int x = 0; x < _levelMap.GetLength(0); x++)
{
for (int y = 0; y < _levelMap.GetLength(1); y++)
{
Vector3Int pos = new Vector3Int(x - x0, y - y0, z0);
var h = _levelMap[x, y];
if (h > 0)
{
_tilemap.SetTile(pos, _tile);
}
}
}
if (cancelled)
{
return;
}
}
private void GenerateNoiseMaps()
{
tbLogView.Text = "Started\r\n";
int SizeX;
int SizeY;
try
{
SizeX = Int32.Parse(tbWidth.Text);
SizeY = Int32.Parse(tbHeight.Text);
NoiseBitmapTerrain = new Bitmap(SizeX, SizeY);
NoiseBitmapHeight = new Bitmap(SizeX, SizeY);
tbLogView.AppendText("Size OK \r\n");
}
catch (Exception)
{
SizeX = 250;
SizeY = 250;
MessageBox.Show("Nonparsable size values! Running at 250x250\r\n");
NoiseBitmapTerrain = new Bitmap(250, 250);
NoiseBitmapTerrain = new Bitmap(250, 250);
tbLogView.AppendText("Size was incorrect, going default\r\n");
}
tbLogView.AppendText("Loading Perlin from Noiser(legacy)\r\n");
SharpNoise.Modules.Perlin perlin = new SharpNoise.Modules.Perlin();
tbLogView.AppendText("Loading OK\r\n");
try
{
perlin.OctaveCount = Int32.Parse(tbOctaves.Text);
perlin.Seed = Int32.Parse(tbSeed.Text);
perlin.Frequency = Double.Parse(tbFreq.Text);
tbLogView.AppendText("Settings OK\r\n");
}
catch (Exception)
{
MessageBox.Show("Wrong octaves count or seed! Running at 1 octave and seed 000000 @ Frequency = 10.");
perlin.OctaveCount = 1;
perlin.Seed = 000000;
perlin.Frequency = 10.0;
tbLogView.AppendText("Setting incorrect, going default\r\n");
}
double down, up, right, left;
try
{
down = Double.Parse(tbTileDown.Text);
up = Double.Parse(tbTileUp.Text);
left = Double.Parse(tbTileLeft.Text);
right = Double.Parse(tbTileRight.Text);
tbLogView.AppendText("Tiles OK\r\n");
}
catch (Exception)
{
up = 3;
left = -3;
right = 3;
down = -3;
tbLogView.AppendText("Tiles incorrect, going default\r\n");
}
var NoiseMap = new NoiseMap(SizeX, SizeY);
if (comboModuleSelector.SelectedIndex == 0)
{
var NoiseMapBuilder = new PlaneNoiseMapBuilder()
{
DestNoiseMap = NoiseMap, SourceModule = perlin
};
tbLogView.AppendText("Module OK, Destination OK\r\n");
NoiseMapBuilder.SetDestSize(SizeX, SizeY);
NoiseMapBuilder.SetBounds(left, right, down, up);
tbLogView.AppendText("Building maps.....\r\n");
NoiseMapBuilder.Build();
}
if (comboModuleSelector.SelectedIndex == 1)
{
var GlobeMapBuilder = new SphereNoiseMapBuilder()
{
DestNoiseMap = NoiseMap, SourceModule = perlin
};
tbLogView.AppendText("Module OK, Destination OK\r\n");
GlobeMapBuilder.SetDestSize(SizeX, SizeY);
GlobeMapBuilder.SetBounds(down, up, left, right);
GlobeMapBuilder.Build();
tbLogView.AppendText("Building maps.....\r\n");
}
tbLogView.AppendText("Building OK\r\n");
var ImageTerrain = new SharpNoise.Utilities.Imaging.Image();
var RendererTerrain = new ImageRenderer()
{
SourceNoiseMap = NoiseMap,
DestinationImage = ImageTerrain
};
tbLogView.AppendText("Renderer starting\r\n");
if (chboxLightMap.IsChecked == true)
{
RendererTerrain.EnableLight = true;
RendererTerrain.LightAzimuth = Double.Parse(tbLightAzimuth.Text);
RendererTerrain.LightBrightness = Double.Parse(tbLightBrightness.Text);
RendererTerrain.LightContrast = Double.Parse(tbLightContrast.Text);
RendererTerrain.LightElevation = Double.Parse(tbLightElevation.Text);
RendererTerrain.LightIntensity = Double.Parse(tbLightIntensity.Text);
}
Thread ColorBuilder = new Thread(() =>
{
RendererTerrain.BuildTerrainGradient();
RendererTerrain.Render();
NoiseBitmapTerrain = ImageTerrain.ToGdiBitmap();
ImageNoiseHolder.Dispatcher.Invoke(new Action(() =>
{
ImageNoiseHolder.Source = BitmapToImageSource(NoiseBitmapTerrain);
tbLogView.AppendText("Done! Noise map OK, renderer OK\r\n");
}));
});
ColorBuilder.Start();
var ImageTerrainHeight = new SharpNoise.Utilities.Imaging.Image();
var RendererTerrainHeight = new ImageRenderer()
{
SourceNoiseMap = NoiseMap,
DestinationImage = ImageTerrainHeight
};
Thread heightBuilder = new Thread(() =>
{
RendererTerrainHeight.BuildGrayscaleGradient();
RendererTerrainHeight.Render();
NoiseBitmapHeight = ImageTerrainHeight.ToGdiBitmap();
ImageNoiseHeightHolder.Dispatcher.Invoke(new Action(() =>
{
ImageNoiseHeightHolder.Source = BitmapToImageSource(NoiseBitmapHeight);
tbLogView.AppendText("Done! Noise map OK, renderer OK\r\n");
}));
});
heightBuilder.Start();
tbLogView.AppendText("Process status: OK\r\n");
}
/*
* m - height map of moisture texture
* function biome(e, m) {
* if (e < 0.1) return OCEAN;
* if (e < 0.12) return BEACH;
*
* if (e > 0.8) {
* if (m < 0.1) return SCORCHED;
* if (m < 0.2) return BARE;
* if (m < 0.5) return TUNDRA;
* return SNOW;
* }
*
* if (e > 0.6) {
* if (m < 0.33) return TEMPERATE_DESERT;
* if (m < 0.66) return SHRUBLAND;
* return TAIGA;
* }
*
* if (e > 0.3) {
* if (m < 0.16) return TEMPERATE_DESERT;
* if (m < 0.50) return GRASSLAND;
* if (m < 0.83) return TEMPERATE_DECIDUOUS_FOREST;
* return TEMPERATE_RAIN_FOREST;
* }
*
* if (m < 0.16) return SUBTROPICAL_DESERT;
* if (m < 0.33) return GRASSLAND;
* if (m < 0.66) return TROPICAL_SEASONAL_FOREST;
* return TROPICAL_RAIN_FOREST;
* }
*/
void Generating()
{
//var mountain = BuildHeightMap(
// new ImprovedPerlin(),
// new SumFractal() {
// Frequency = 2,
// Lacunarity = 1,
// OctaveCount = 6,
// }, 0.1f);
var map = new NoiseMap();
try {
var rectangle = new Rectangle(0, 0, width, height);
var tree = CreateNoiseTree();
var builder = new PlaneNoiseMapBuilder()
{
DestNoiseMap = map,
};
builder.SourceModule = tree;
builder.SetDestSize(width, height);
builder.SetBounds(6.0, 10.0, 1.0, 5.0);
builder.EnableSeamless = false;
builder.Build();
var image = new SharpNoise.Utilities.Imaging.Image();
var renderer = new ImageRenderer()
{
SourceNoiseMap = map,
DestinationImage = image,
};
renderer.BuildTerrainGradient();
renderer.Render();
Texture = renderer.DestinationImage.ToGdiBitmap();
} catch (Exception ex) {
ex.ToString();
} finally {
ClearNoiseTree();
}
var resources = Path.Combine("../../../../D3DLab.Wpf.Engine.App/Resources/terrain/");
// using (var bitmap = new System.Drawing.Bitmap(Path.Combine(resources, "mask_circular_256x256.png"))) {
HeightMap = new Vector3[height * width];
var index = HeightMap.Length - 1;
for (var x = 0; x < width; x++)
{
for (var y = 0; y < height; y++)
{
//MakeIsland(ref e, x, y, 200f);
//var index = height * y + x;
var e = map.GetValue(x, y);
ReScale(ref e);
Redistribution(ref e);
HeightMap[index] = new Vector3(x, e * terrainParams.Correction, y);
MaxHeight = Math.Max(HeightMap[index].Y, MaxHeight);
MinHeight = Math.Min(HeightMap[index].Y, MinHeight);
index--;
}
}
//}
IsGenerated = true;
}
public async void BiomesAsync()
{
await Task.Run(() =>
{
var map = new NoiseMap();
var builder = new PlaneNoiseMapBuilder()
{
DestNoiseMap = map, SourceModule = noiseGen.FinalBiomes
};
var image = new Image();
var biomesRenderer = new ImageRenderer()
{
SourceNoiseMap = map, DestinationImage = image
};
biomesRenderer.AddGradientPoint((int)Biomes.TheVoid, new Color(0, 0, 0, 255));
biomesRenderer.AddGradientPoint((int)Biomes.Plains, new Color(86, 125, 70, 255));
biomesRenderer.AddGradientPoint((int)Biomes.SunflowerPlains, new Color(255, 196, 63, 255));
biomesRenderer.AddGradientPoint((int)Biomes.SnowyPlains, new Color(200, 200, 255, 255));
biomesRenderer.AddGradientPoint((int)Biomes.IceSpikes, new Color(100, 100, 255, 255));
biomesRenderer.AddGradientPoint((int)Biomes.Desert, new Color(128, 128, 0, 255));
biomesRenderer.AddGradientPoint((int)Biomes.Swamp, new Color(0, 128, 0, 255));
biomesRenderer.AddGradientPoint((int)Biomes.Forest, new Color(32, 255, 32, 255));
biomesRenderer.AddGradientPoint((int)Biomes.FlowerForest, new Color(96, 255, 0, 255));
biomesRenderer.AddGradientPoint((int)Biomes.BirchForest, new Color(182, 255, 182, 255));
biomesRenderer.AddGradientPoint((int)Biomes.DarkForest, new Color(0, 100, 0, 255));
biomesRenderer.AddGradientPoint((int)Biomes.OldGrowthBirchForest, new Color(150, 255, 150, 255));
biomesRenderer.AddGradientPoint((int)Biomes.OldGrowthPineTaiga, new Color(1, 121, 111, 255));
biomesRenderer.AddGradientPoint((int)Biomes.OldGrowthSpruceTaiga, new Color(105, 193, 126, 255));
biomesRenderer.AddGradientPoint((int)Biomes.Taiga, new Color(118, 128, 120, 255));
biomesRenderer.AddGradientPoint((int)Biomes.SnowyTaiga, new Color(218, 228, 220, 255));
biomesRenderer.AddGradientPoint((int)Biomes.Savanna, new Color(209, 163, 110, 255));
biomesRenderer.AddGradientPoint((int)Biomes.SavannaPlateau, new Color(224, 190, 146, 255));
biomesRenderer.AddGradientPoint((int)Biomes.WindsweptHills, new Color(11, 102, 35, 255));
biomesRenderer.AddGradientPoint((int)Biomes.WindsweptGravellyHills, new Color(128, 164, 128, 255));
biomesRenderer.AddGradientPoint((int)Biomes.WindsweptForest, new Color(11, 102, 35, 196));
biomesRenderer.AddGradientPoint((int)Biomes.WindsweptSavanna, new Color(209, 163, 110, 196));
biomesRenderer.AddGradientPoint((int)Biomes.Jungle, new Color(41, 171, 135, 255));
biomesRenderer.AddGradientPoint((int)Biomes.SparseJungle, new Color(41, 171, 135, 196));
biomesRenderer.AddGradientPoint((int)Biomes.BambooJungle, new Color(221, 202, 133, 255));
biomesRenderer.AddGradientPoint((int)Biomes.Badlands, new Color(167, 161, 143, 255));
biomesRenderer.AddGradientPoint((int)Biomes.ErodedBadlands, new Color(167, 161, 143, 196));
biomesRenderer.AddGradientPoint((int)Biomes.WoodedBadlands, new Color(167, 224, 143, 255));
biomesRenderer.AddGradientPoint((int)Biomes.Meadow, new Color(48, 186, 143, 255));
biomesRenderer.AddGradientPoint((int)Biomes.Grove, new Color(120, 127, 86, 255));
biomesRenderer.AddGradientPoint((int)Biomes.SnowySlopes, new Color(144, 184, 212, 255));
biomesRenderer.AddGradientPoint((int)Biomes.FrozenPeaks, new Color(144, 184, 255, 255));
biomesRenderer.AddGradientPoint((int)Biomes.JaggedPeaks, new Color(128, 128, 128, 255));
biomesRenderer.AddGradientPoint((int)Biomes.StonyPeaks, new Color(128, 128, 128, 196));
biomesRenderer.AddGradientPoint((int)Biomes.River, new Color(38, 102, 145, 255));
biomesRenderer.AddGradientPoint((int)Biomes.FrozenRiver, new Color(186, 218, 232, 255));
biomesRenderer.AddGradientPoint((int)Biomes.Beach, new Color(248, 220, 172, 255));
biomesRenderer.AddGradientPoint((int)Biomes.SnowyBeach, new Color(248, 220, 255, 255));
biomesRenderer.AddGradientPoint((int)Biomes.StonyShore, new Color(170, 170, 170, 255));
biomesRenderer.AddGradientPoint((int)Biomes.WarmOcean, new Color(60, 181, 177, 255));
biomesRenderer.AddGradientPoint((int)Biomes.LukewarmOcean, new Color(40, 181, 177, 255));
biomesRenderer.AddGradientPoint((int)Biomes.DeepLukewarmOcean, new Color(40, 181, 177, 128));
biomesRenderer.AddGradientPoint((int)Biomes.Ocean, new Color(0, 105, 148, 255));
biomesRenderer.AddGradientPoint((int)Biomes.DeepOcean, new Color(0, 105, 148, 128));
biomesRenderer.AddGradientPoint((int)Biomes.ColdOcean, new Color(107, 197, 198, 255));
biomesRenderer.AddGradientPoint((int)Biomes.DeepColdOcean, new Color(107, 197, 198, 128));
biomesRenderer.AddGradientPoint((int)Biomes.FrozenOcean, new Color(163, 191, 203, 255));
biomesRenderer.AddGradientPoint((int)Biomes.DeepFrozenOcean, new Color(163, 191, 203, 128));
biomesRenderer.AddGradientPoint((int)Biomes.MushroomFields, new Color(119, 103, 84, 255));
builder.SetBounds(-400, 400, -300, 300);
builder.SetDestSize(800, 600);
builder.Build();
biomesRenderer.Render();
var bmp = biomesRenderer.DestinationImage.ToGdiBitmap();
bmp.Save("_biomes.bmp");
Assert.Equal(0, 0);
});
}