public combinedHeightHeat(IMap heightMap, IMap heatMap, worldChunkSettings chunkSettings)
{
Const black = new Const(-1);
Select heightselect = new Select(heightMap.GetCache(), black, heightMap.GetCache());
heightselect.SetBounds(.5, 1, .2);
this.combo = new Add(heatMap.GetCache(), heightselect);
//Invert invert = new Invert(combo);
Noise2D final = new Noise2D(chunkSettings.mapWidth, chunkSettings.mapHeight, combo);
final.GeneratePlanar(chunkSettings.left, chunkSettings.right, chunkSettings.top, chunkSettings.bottom, isSeamless: true);
combinedCache = new Cache(combo);
noiseData = final.GetData();
}
private void fill(worldChunkSettings chunkSettings, heightMapSettings settings)
{
RidgedMultifractal baseMap = new RidgedMultifractal();
baseMap.OctaveCount = settings.Octaves;
baseMap.Frequency = settings.Frequency;
baseMap.Lacunarity = settings.Lacunarity;
baseMap.Seed = settings.Seed;
Perlin layer2 = new Perlin();
layer2.OctaveCount = settings.Octaves;
layer2.Frequency = settings.Frequency;
layer2.Lacunarity = settings.Lacunarity;
layer2.Seed = settings.Seed;
Billow controller = new Billow();
controller.Frequency = settings.Frequency;
Blend blend = new Blend(baseMap, layer2, controller);
Invert invert = new Invert(blend); //makes heightmap more island like
Clamp oceanfix = new Clamp(-.7, 1, invert); //prevent ocean floor from being to low
//Const black = new Const(-1);
// holes in surface at top of mountains
//Select holes = new Select(oceanfix, black, oceanfix);
//holes.SetBounds(.85, 1, .01); //get highest elevation with little falloff
this.heightCache = new Cache(oceanfix);
var final = new Noise2D(chunkSettings.mapHeight, chunkSettings.mapWidth, oceanfix);
//turbulance = new Turbulence(12, baseMap);
final.GeneratePlanar(chunkSettings.left, chunkSettings.right, chunkSettings.top, chunkSettings.bottom, isSeamless: true);
//final.GenerateSpherical(1, 3,1, 3);
/*
* for (int x=0; x<mapWidth; x++)
* {
* for (int y=0;y<mapHeight;y++)
* {
* noiseData[x,y] = (float)(baseMap.GetValue(x,0,y));
* }
* }
*/
noiseData = final.GetData();
}
private void fill(worldChunkSettings chunkSettings, moistureMapSettings settings, IMap heightmap)
{
RidgedMultifractal baseMap = new RidgedMultifractal();
baseMap.OctaveCount = settings.Octaves;
baseMap.Frequency = settings.Frequency;
baseMap.Lacunarity = settings.Lacunarity;
baseMap.Seed = settings.Seed;
Turbulence distortion = new Turbulence(.2, baseMap);
Add adjustedMoisture = new Add(distortion, heightmap.GetCache());
this.moistureCache = new Cache(adjustedMoisture);
Noise2D final = new Noise2D(chunkSettings.mapHeight, chunkSettings.mapWidth, adjustedMoisture);
final.GeneratePlanar(chunkSettings.left, chunkSettings.right, chunkSettings.top, chunkSettings.bottom, isSeamless: true);
noiseData = final.GetData();
}
private void fill(worldChunkSettings chunkSettings)
{
var min = chunkSettings.top;
var max = chunkSettings.bottom;
gradientHack baseMap = new gradientHack(min, max);
Turbulence distortion = new Turbulence(.05, baseMap);
//Curve lower = new Curve(distortion);
//lower.Add(-.6, -.8);
//lower.Add(-.2, -.6);
//lower.Add(0.0, .2);
this.heatCache = new Cache(distortion);
Noise2D final = new Noise2D(chunkSettings.mapHeight, chunkSettings.mapWidth, distortion);
final.GeneratePlanar(chunkSettings.left, chunkSettings.right, chunkSettings.top, chunkSettings.bottom, isSeamless: true);
noiseData = final.GetData();
}
public heatMap(worldChunkSettings chunkSettings)
{
fill(chunkSettings);
}
public heightMap(worldChunkSettings chunkSettings, heightMapSettings settings)
{
fill(chunkSettings, settings);
}
public moistureMap(worldChunkSettings chunkSettings, moistureMapSettings settings, IMap heightmap)
{
fill(chunkSettings, settings, heightmap);
}
