private void InitModules()
{
// init everything here so they don't need to be instantiated later
VoronoiNoise.Init();
MaterialController.Init();
TextureController.Init();
OptController.Init();
Seeder.Init(islandDensity);
method = Constants.NoiseFuncs [(int)noiseType];
}
public static float genNoise(Vector3 point, noiseFunc method)
{
float freq = frequency;
float sum = method(point * freq);
float amplitude = 1f;
float range = 1f;
for (int o = 1; o < octaves; o++)
{
freq *= lacunarity;
amplitude *= persistence;
range += amplitude;
sum += method(point * freq) * amplitude;
}
return(sum / range);
}
//==============================================
// CONSTRUCTOR
// creates a random island given a few parameters
public Island(Vector3 init,
Vector3 scale,
noiseFunc method,
TextureTypes t,
int density,
MeshLib.MaskMethod m = null)
: base(init, scale, method, t, density)
{
// adjust the y coordinate of the island
this.Loc = new Vector3(Loc.x, -1 * Random.Range(1, islandRange), Loc.z);
// assign the type of mask
this.Mask = m != null ? m : MeshLib.Mask.GenRandom();
if (this.Mask == null)
{
Debug.Log("WHAT1");
}
_debug("Initialized");
StartCreateIsland();
}
//==============================================
// CONSTRUCTOR
public GenericTerrain(Vector3 init,
Vector3 scale,
noiseFunc method,
TextureTypes t = TextureTypes.NoTexture,
int density = defDensity)
{
this.Method = method;
this.Material = MaterialController.GenDefault();
// set default values
this.Texture = new TTexture(init, textureResolution, density, t);
this.Loc = init;
this.Scale = new Vector3(
Mathf.Max(scale.x + GetDimensions(scale.x / sizeFactor), 200),
Mathf.Max(scale.y + GetDimensions(scale.y / sizeFactor), 200),
Mathf.Max(scale.z + GetDimensions(scale.z / sizeFactor), 200)
);
this.Coloring = randomGradient();
_debug("Initialized");
}
