Struct libnoise::Neg

pub struct Neg<const D: usize, G> { /* private fields */ }

A generator which negates the results of the underlying generator.

For details, see the documentation of neg(). Typically, this struct is not meant to be used directly. Instead, neg() implemented by Generator, should be used to create Neg.

Implementations

impl<const D: usize, G> Neg<D, G>where G: Generator<D>,

pub fn new(generator: G) -> Self

Trait Implementations

impl<const D: usize, G: Clone> Clone for Neg<D, G>

fn clone(&self) -> Neg<D, G>

Returns a copy of the value.

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

Performs copy-assignment from source.

impl<const D: usize, G: Debug> Debug for Neg<D, G>

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl<const D: usize, G> Generator<D> for Neg<D, G>where G: Generator<D>,

fn sample(&self, point: [f64; D]) -> f64

Samples the generator at a given point and returns the resulting value.

fn scale(self, scale: [f64; D]) -> Scale<D, Self>

Create a generator which scales input points before passing them to the underlying generator.

fn translate(self, translation: [f64; D]) -> Translate<D, Self>

Create a generator which translates input points before passing them to the underlying generator.

fn neg(self) -> Neg<D, Self>

Create a generator which negates the results of the underlying generator.

fn abs(self) -> Abs<D, Self>

Create a generator returning the absolute value of the results of the underlying generator.

fn exp(self) -> Exp<D, Self>

Create a generator applying the exponential function on results of the underlying generator.

fn add(self, offset: f64) -> Add<D, Self>

Create a generator adding offset to results of the underlying generator.

fn mul(self, scale: f64) -> Mul<D, Self>

Create a generator multiplying scale to results of the underlying generator.

fn powi(self, exponent: i32) -> Pow<D, Self, i32>

Create a generator raising results of the underlying generator to the power of exponent.

fn powf(self, exponent: f64) -> Pow<D, Self, f64>

Create a generator raising results of the underlying generator to the power of exponent.

fn clamp(self, min: f64, max: f64) -> Clamp<D, Self>

Create a generator clamping results of the underlying generator to a given interval.

fn lambda<L>(self, lambda: L) -> Lambda<D, Self, L>where L: Fn(f64) -> f64,

Create a generator applying the supplied closure to results of the underlying generator.

fn sum<G>(self, other: G) -> Sum<D, Self, G>where G: Generator<D>,

Create a generator adding results of the underlying generator to results of a given other generator.

fn product<G>(self, other: G) -> Product<D, Self, G>where G: Generator<D>,

Create a generator multiplying results of the underlying generator to results of a given other generator.

fn min<G>(self, other: G) -> Min<D, Self, G>where G: Generator<D>,

Create a generator producing the minimum of results of the underlying generator and results of a given other generator.

fn max<G>(self, other: G) -> Max<D, Self, G>where G: Generator<D>,

Create a generator producing the maximum of results of the underlying generator and results of a given other generator.

fn power<G>(self, other: G) -> Power<D, Self, G>where G: Generator<D>,

Create a generator raising results of the underlying generator to the power of results of a given other generator.

fn fbm( self, octaves: u32, frequency: f64, lacunarity: f64, persistence: f64 ) -> Fbm<D, Self>

Create a generator applying fractal brownian motion on the underlying generator.

fn billow( self, octaves: u32, frequency: f64, lacunarity: f64, persistence: f64 ) -> Billow<D, Self>

Create a generator applying an fbm()-like effect on the underlying generator.

fn ridgedmulti( self, octaves: u32, frequency: f64, lacunarity: f64, attenuation: f64 ) -> RidgedMulti<D, Self>

Create a generator applying an fbm()-like effect on the underlying generator.

fn blend<G, GC>(self, other: G, control: GC) -> Blend<D, Self, G, GC>where G: Generator<D>, GC: Generator<D>,

Create a generator blending the underlying generator with a given other generator based on the value supplied by a control-generator.

fn select<G, GC>( self, other: G, control: GC, selection_min: f64, selection_max: f64 ) -> Select<D, Self, G, GC>where G: Generator<D>, GC: Generator<D>,

Create a generator selecting the result of either the underlying generator or that of a given other generator based on whether the value supplied by a control-generator lies within the provided interval.

impl<G: Generator<1>> Generator1D for Neg<1, G>

fn displace_x<GA>(self, displacement_generator: GA) -> Displace<1, 0, Self, GA>where GA: Generator<1>,

Create a generator providing the results of the underlying generator after displacing the x-coordinate by the result of the provided generator.

impl<G: Generator<2>> Generator2D for Neg<2, G>

fn rotate(self, rotation: [f64; 1]) -> Rotate<2, 1, Self>

Create a generator which rotates input points before passing them to the underlying generator.

fn displace_x<GA>(self, displacement_generator: GA) -> Displace<2, 0, Self, GA>where GA: Generator<2>,

Create a generator providing the results of the underlying generator after displacing the x-coordinate by the result of the provided generator.

fn displace_y<GA>(self, displacement_generator: GA) -> Displace<2, 1, Self, GA>where GA: Generator<2>,

Create a generator providing the results of the underlying generator after displacing the y-coordinate by the result of the provided generator.

impl<G: Generator<3>> Generator3D for Neg<3, G>

fn rotate(self, rotation: [f64; 3]) -> Rotate<3, 3, Self>

Create a generator which rotates input points before passing them to the underlying generator.

fn displace_x<GA>(self, displacement_generator: GA) -> Displace<3, 0, Self, GA>where GA: Generator<3>,

Create a generator providing the results of the underlying generator after displacing the x-coordinate by the result of the provided generator.

fn displace_y<GA>(self, displacement_generator: GA) -> Displace<3, 1, Self, GA>where GA: Generator<3>,

Create a generator providing the results of the underlying generator after displacing the y-coordinate by the result of the provided generator.

fn displace_z<GA>(self, displacement_generator: GA) -> Displace<3, 2, Self, GA>where GA: Generator<3>,

Create a generator providing the results of the underlying generator after displacing the z-coordinate by the result of the provided generator.

impl<G: Generator<4>> Generator4D for Neg<4, G>

fn rotate(self, rotation: [f64; 6]) -> Rotate<4, 6, Self>

Create a generator which rotates input points before passing them to the underlying generator.

fn displace_x<GA>(self, displacement_generator: GA) -> Displace<4, 0, Self, GA>where GA: Generator<4>,

Create a generator providing the results of the underlying generator after displacing the x-coordinate by the result of the provided generator.

fn displace_y<GA>(self, displacement_generator: GA) -> Displace<4, 1, Self, GA>where GA: Generator<4>,

Create a generator providing the results of the underlying generator after displacing the y-coordinate by the result of the provided generator.

fn displace_z<GA>(self, displacement_generator: GA) -> Displace<4, 2, Self, GA>where GA: Generator<4>,

Create a generator providing the results of the underlying generator after displacing the z-coordinate by the result of the provided generator.

fn displace_w<GA>(self, displacement_generator: GA) -> Displace<4, 3, Self, GA>where GA: Generator<4>,

Create a generator providing the results of the underlying generator after displacing the w-coordinate by the result of the provided generator.

impl<const D: usize, G: Copy> Copy for Neg<D, G>