FastNoise2

public FastNoise2();

public FastNoise2.CellularDistanceFunctionEnum CellularDistanceFunction { get; set; }

public int CellularIndex0 { get; set; }

public int CellularIndex1 { get; set; }

public float CellularJitter { get; set; }

public FastNoise2.CellularReturnTypeEnum CellularReturnType { get; set; }

public string EncodedNodeTree { get; set; }

public float FractalGain { get; set; }

public float FractalLacunarity { get; set; }

public int FractalOctaves { get; set; }

public float FractalPingPongStrength { get; set; }

public FastNoise2.FractalTypeEnum FractalType { get; set; }

public FastNoise2.NoiseTypeEnum NoiseType { get; set; }

public float Period { get; set; }

public bool RemapEnabled { get; set; }

public float RemapInputMax { get; set; }

public float RemapInputMin { get; set; }

public float RemapOutputMax { get; set; }

public float RemapOutputMin { get; set; }

public int Seed { get; set; }

public bool TerraceEnabled { get; set; }

public float TerraceMultiplier { get; set; }

public float TerraceSmoothness { get; set; }

public void GenerateImage(Image image, bool tileable);

public FastNoise2.CellularDistanceFunctionEnum GetCellularDistanceFunction();

public int GetCellularIndex0();

public int GetCellularIndex1();

public float GetCellularJitter();

public FastNoise2.CellularReturnTypeEnum GetCellularReturnType();

public string GetEncodedNodeTree();

public float GetFractalGain();

public float GetFractalLacunarity();

public int GetFractalOctaves();

public float GetFractalPingPongStrength();

public FastNoise2.FractalTypeEnum GetFractalType();

public float GetNoise2DSingle(Vector2 pos);

public float GetNoise3DSingle(Vector3 pos);

public FastNoise2.NoiseTypeEnum GetNoiseType();

public float GetPeriod();

public float GetRemapInputMax();

public float GetRemapInputMin();

public float GetRemapOutputMax();

public float GetRemapOutputMin();

public int GetSeed();

public FastNoise2.SimdLevel GetSimdLevel();

public static string GetSimdLevelName(FastNoise2.SimdLevel level);

public float GetTerraceMultiplier();

public float GetTerraceSmoothness();

public bool IsRemapEnabled();

public bool IsTerraceEnabled();

public void SetCellularDistanceFunction(FastNoise2.CellularDistanceFunctionEnum cellDistanceFunc);

public void SetCellularIndex0(int i);

public void SetCellularIndex1(int i);

public void SetCellularJitter(float returnType);

public void SetCellularReturnType(FastNoise2.CellularReturnTypeEnum returnType);

public void SetEncodedNodeTree(string code);

public void SetFractalGain(float gain);

public void SetFractalLacunarity(float lacunarity);

public void SetFractalOctaves(int octaves);

public void SetFractalPingPongStrength(float strength);

public void SetFractalType(FastNoise2.FractalTypeEnum type);

public void SetNoiseType(FastNoise2.NoiseTypeEnum type);

public void SetPeriod(float period);

public void SetRemapEnabled(bool enabled);

public void SetRemapInputMax(float maxValue);

public void SetRemapInputMin(float minValue);

public void SetRemapOutputMax(float maxValue);

public void SetRemapOutputMin(float minValue);

public void SetSeed(int seed);

public void SetTerraceEnabled(bool enabled);

public void SetTerraceMultiplier(float multiplier);

public void SetTerraceSmoothness(float smoothness);

public void UpdateGenerator();