Enum simdnoise::NoiseType

pub enum NoiseType {
    Fbm {
        freq: f32,
        lacunarity: f32,
        gain: f32,
        octaves: u8,
    },
    Turbulence {
        freq: f32,
        lacunarity: f32,
        gain: f32,
        octaves: u8,
    },
    Ridge {
        freq: f32,
        lacunarity: f32,
        gain: f32,
        octaves: u8,
    },
    Normal {
        freq: f32,
    },
}

Specifies what type of noise to generate and contains any relevant settings.

Variants

Fbm

Fractal Brownian Motion

Fields of Fbm

freq: f32	Higher frequency will appear to 'zoom' out, lower will appear to 'zoom' in. A good starting value for experimentation is around 0.05
lacunarity: f32	Lacunarity affects how the octaves are layered together. A good starting value to experiment with is 0.5, change from there in 0.25 increments to see what it looks like.
gain: f32	Gain affects how the octaves are layered together. A good starting value is 2.0
octaves: u8	Specifies how many layers of nose to combine. More octaves can yeild more detail and will increase runtime linearlly.

Turbulence

Turbulence aka Billow

Fields of Turbulence

freq: f32	Higher frequency will appear to 'zoom' out, lower will appear to 'zoom' in. A good starting value for experimentation is around 0.05
lacunarity: f32	Lacunarity affects how the octaves are layered together. A good starting value to experiment with is 0.5, change from there in 0.25 increments to see what it looks like.
gain: f32	Gain affects how the octaves are layered together. A good starting value is 2.0
octaves: u8	Specifies how many layers of nose to combine. More octaves can yeild more detail and will increase runtime linearlly.

Ridge

Rige Noise

Fields of Ridge

freq: f32	Higher frequency will appear to 'zoom' out, lower will appear to 'zoom' in. A good starting value for experimentation is around 0.05
lacunarity: f32	Lacunarity affects how the octaves are layered together. A good starting value to experiment with is 0.5, change from there in 0.25 increments to see what it looks like.
gain: f32	Gain affects how the octaves are layered together. A good starting value is 2.0
octaves: u8	Specifies how many layers of nose to combine. More octaves can yeild more detail and will increase runtime linearlly.

Normal

Simplex Noise

Fields of Normal

freq: f32

Higher frequency will appear to 'zoom' out, lower will appear to 'zoom' in. A good starting value for experimentation is around 0.05

Trait Implementations

impl Copy for NoiseType

impl Clone for NoiseType

fn clone(&self) -> NoiseType

Returns a copy of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.