Enum Gradient 

pub enum Gradient {
    Linear {
        stops: Vec<Stop>,
        angle: Angle,
        space: ColorSpace,
    },
    Radial {
        stops: Vec<Stop>,
        center: Center,
        radius: Ratio,
        focal_center: Center,
        focal_radius: Ratio,
        space: ColorSpace,
    },
    Conic {
        stops: Vec<Stop>,
        angle: Angle,
        center: Center,
        space: ColorSpace,
    },
}

Represents different types of gradients with specific parameters for each type.

Examples

use typwire::{Angle, Center, ColorSpace, Gradient, Ratio, Stop};

let linear_gradient = Gradient::linear(vec![], Angle::new(45.0), ColorSpace::Oklab);

Variants

Linear

Fields

stops: Vec<Stop>

angle: Angle

space: ColorSpace

Radial

Fields

stops: Vec<Stop>

center: Center

radius: Ratio

focal_center: Center

focal_radius: Ratio

space: ColorSpace

Conic

Fields

stops: Vec<Stop>

angle: Angle

center: Center

space: ColorSpace

Implementations

impl Gradient

pub const fn linear(stops: Vec<Stop>, angle: Angle, space: ColorSpace) -> Self

Creates a new linear gradient with the specified stops, angle, and color space.

Examples

use typwire::{Angle, ColorSpace, Gradient, Stop};

let gradient = Gradient::linear(vec![], Angle::new(45.0), ColorSpace::Oklab);

pub fn linear_builder() -> LinearGradientBuilder

Returns a builder for creating a linear gradient.

Examples

use typwire::Gradient;

let builder = Gradient::linear_builder();

pub const fn radial( stops: Vec<Stop>, center: Center, radius: Ratio, focal_center: Center, focal_radius: Ratio, space: ColorSpace, ) -> Self

Creates a new radial gradient using specified stops, centers, radii, and color space.

Examples

use typwire::{Center, ColorSpace, Gradient, Ratio, Stop};

let gradient = Gradient::radial(
    vec![],
    Center::new(Ratio::new(0.5), Ratio::new(0.5)),
    Ratio::new(1.0),
    Center::new(Ratio::new(0.5), Ratio::new(0.5)),
    Ratio::new(0.5),
    ColorSpace::Oklab,
);

pub fn radial_builder() -> RadialGradientBuilder

Returns a builder for creating a radial gradient.

Examples

use typwire::Gradient;

let builder = Gradient::radial_builder();

pub const fn conic( stops: Vec<Stop>, angle: Angle, center: Center, space: ColorSpace, ) -> Self

Creates a new conic gradient using specified stops, an angle, a center, and a color space.

Examples

use typwire::{Angle, Center, ColorSpace, Gradient, Ratio, Stop};

let gradient = Gradient::conic(
    vec![],
    Angle::new(45.0),
    Center::new(Ratio::new(0.5), Ratio::new(0.5)),
    ColorSpace::Oklab,
);

pub fn conic_builder() -> ConicGradientBuilder

Returns a builder for creating a conic gradient.

Examples

use typwire::{Center, Gradient, Ratio};

let builder = Gradient::conic_builder();

Trait Implementations

impl Clone for Gradient

fn clone(&self) -> Gradient

Returns a duplicate of the value.

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

Performs copy-assignment from source.

impl Debug for Gradient

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

Formats the value using the given formatter.

impl<'de> Deserialize<'de> for Gradient

fn deserialize<__D>(__deserializer: __D) -> Result<Self, __D::Error>

where __D: Deserializer<'de>,

Deserialize this value from the given Serde deserializer.

impl Serialize for Gradient

fn serialize<__S>(&self, __serializer: __S) -> Result<__S::Ok, __S::Error>

where __S: Serializer,

Serialize this value into the given Serde serializer.