public NoiseModuleFractalBase(OpenTK.Vector3 axial_frequencies, uint num_octaves, NoiseModuleBase basis_noise_module, float fractal_increment, float lacunarity, bool anti_y = false, bool pos_y = false, bool neg_y = false) : base(axial_frequencies, anti_y, pos_y, neg_y)
{
m_num_octaves = num_octaves;
m_fractal_increment = fractal_increment;
m_lacunarity = lacunarity;
m_basis_noise_module = basis_noise_module;
}
public void AddNoiseModule(NoiseModuleBase noise_module)
{
m_noise_modules.Add(noise_module);
}
public void AddWeightedNoiseModule(NoiseModuleBase noise_module, float weight)
{
m_noise_modules.Add(noise_module);
m_noise_module_weights[noise_module] = weight;
}
public RidgedMultiFractalNoiseModule(OpenTK.Vector3 axial_frequencies, uint num_octaves, NoiseModuleBase basis_noise_module, float fractal_increment, float lacunarity, float noise_offset, bool anti_y = false, bool pos_y = false, bool neg_y = false)
: base(axial_frequencies, num_octaves, basis_noise_module, fractal_increment, lacunarity, anti_y, pos_y, neg_y)
{
m_noise_offset = noise_offset;
}
public StandardFractalNoiseModule(OpenTK.Vector3 axial_frequencies, uint num_octaves, NoiseModuleBase basis_noise_module, float fractal_increment, float lacunarity, bool anti_y = false, bool pos_y = false, bool neg_y = false)
: base(axial_frequencies, num_octaves, basis_noise_module, fractal_increment, lacunarity, anti_y, pos_y, neg_y)
{
}
