override public ModuleBase GetModule()
{
hasSeed = false;
switch (type)
{
case GENERATORTYPE.CONST:
module = new Const(constValue);
break;
case GENERATORTYPE.FBM:
module = new Fbm(frequency, lacunarity, gain, octaves, seed, false, false, derivative);
hasSeed = true;
break;
case GENERATORTYPE.RIDGED:
module = new Fbm(frequency, lacunarity, gain, octaves, seed, true, false, derivative);
hasSeed = true;
break;
case GENERATORTYPE.BILLOW:
module = new Fbm(frequency, lacunarity, gain, octaves, seed, false, true, derivative);
hasSeed = true;
break;
case GENERATORTYPE.IQ:
module = new AdvancedNoise(AdvancedNoise.Type.IQ, frequency, lacunarity, gain, octaves, seed);
hasSeed = true;
break;
case GENERATORTYPE.SWISS:
module = new AdvancedNoise(AdvancedNoise.Type.SWISS, frequency, lacunarity, gain, octaves, seed);
((AdvancedNoise)module).ridgedWarp = ridgedWarp;
hasSeed = true;
break;
case GENERATORTYPE.JORDAN:
module = new AdvancedNoise(AdvancedNoise.Type.JORDAN, frequency, lacunarity, gain, octaves, seed);
AdvancedNoise tn = (AdvancedNoise)module;
tn.warp = warp;
tn.warp0 = warp0;
tn.gain1 = gain1;
tn.damp0 = damp0;
tn.damp = damp;
tn.damp_scale = damp_scale;
hasSeed = true;
break;
case GENERATORTYPE.CELL:
module = new CellNoise(frequency, gain, octaves, seed, distanceFunction, combineFunction);
hasSeed = true;
break;
case GENERATORTYPE.TEXTURE:
texture = null;
if (texturePath != "" && texturePath != null)
{
texture = TextureSource.LoadTexture(texturePath);
}
module = new TextureSource(texture);
break;
}
SetOutputOptions();
return(this.module);
}
public override ModuleBase GetModule()
{
hasSeed = false;
switch(type) {
case GENERATORTYPE.CONST:
module = new Const(constValue);
break;
case GENERATORTYPE.FBM:
module = new Fbm(frequency, lacunarity, gain, octaves, seed, false, false, derivative);
hasSeed = true;
break;
case GENERATORTYPE.RIDGED:
module = new Fbm(frequency, lacunarity, gain, octaves, seed, true, false, derivative);
hasSeed = true;
break;
case GENERATORTYPE.BILLOW:
module = new Fbm(frequency, lacunarity, gain, octaves, seed, false, true, derivative);
hasSeed = true;
break;
case GENERATORTYPE.IQ:
module = new AdvancedNoise(AdvancedNoise.Type.IQ, frequency, lacunarity, gain, octaves, seed);
hasSeed = true;
break;
case GENERATORTYPE.SWISS:
module = new AdvancedNoise(AdvancedNoise.Type.SWISS, frequency, lacunarity, gain, octaves, seed);
((AdvancedNoise)module).ridgedWarp = ridgedWarp;
hasSeed = true;
break;
case GENERATORTYPE.JORDAN:
module = new AdvancedNoise(AdvancedNoise.Type.JORDAN, frequency, lacunarity, gain, octaves, seed);
AdvancedNoise tn = (AdvancedNoise)module;
tn.warp = warp;
tn.warp0 = warp0;
tn.gain1 = gain1;
tn.damp0 = damp0;
tn.damp = damp;
tn.damp_scale = damp_scale;
hasSeed = true;
break;
case GENERATORTYPE.CELL:
module = new CellNoise(frequency, gain, octaves, seed, distanceFunction, combineFunction);
hasSeed = true;
break;
case GENERATORTYPE.TEXTURE:
texture = null;
if(texturePath != "" && texturePath != null) {
texture = TextureSource.LoadTexture(texturePath);
}
module = new TextureSource(texture);
break;
}
SetOutputOptions();
return this.module;
}