Struct zng_color::gradient::GradientRadius

pub struct GradientRadius {
    pub base: GradientRadiusBase,
    pub circle: bool,
    pub radii: Size,
}

The radial gradient radius length in both dimensions.

Fields

base: GradientRadiusBase

How the base length is calculated. The base length is the 100.pct() length.

circle: bool

If the gradient is circular or elliptical.

If true the radius is the same in both dimensions, if false the radius can be different.

radii: Size

The length of the rendered gradient stops.

Implementations

impl GradientRadius

pub fn closest_side(radius: impl Into<Size>) -> Self

Ellipse radii relative from center to the closest edge.

pub fn closest_corner(radius: impl Into<Size>) -> Self

Ellipse radii relative from center to the closest corner.

pub fn farthest_side(radius: impl Into<Size>) -> Self

Ellipse radii relative from center to the farthest edge.

pub fn farthest_corner(radius: impl Into<Size>) -> Self

Ellipse radii relative from center to the farthest corner.

pub fn circle(self) -> Self

Enable circular radius.

pub fn layout(&self, center: PxPoint) -> PxSize

Compute the radius in the current LAYOUT context.

Trait Implementations

impl Clone for GradientRadius

fn clone(&self) -> GradientRadius

Returns a copy of the value.

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

Performs copy-assignment from source.

impl Debug for GradientRadius

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

Formats the value using the given formatter.

impl Default for GradientRadius

fn default() -> Self

farthest_corner(100.pct())

impl<'de> Deserialize<'de> for GradientRadius

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

where __D: Deserializer<'de>,

Deserialize this value from the given Serde deserializer.

impl<B: Into<GradientRadiusBase>, R: Into<Length>> From<(B, R)> for GradientRadius

fn from((base, radius): (B, R)) -> Self

Ellipse GradientRadiusBase and ellipse radius.

impl From<Dip> for GradientRadius

fn from(l: Dip) -> Self

Conversion to Length::Dip and to radius.

impl From<Factor> for GradientRadius

fn from(norm: Factor) -> Self

Conversion to Length::Factor and to radius.

impl From<FactorPercent> for GradientRadius

fn from(percent: FactorPercent) -> Self

Conversion to Length::Factor and to radius.

impl From<GradientRadiusBase> for GradientRadius

fn from(base: GradientRadiusBase) -> Self

Ellipse fill the base radius.

impl From<Length> for GradientRadius

fn from(radius: Length) -> Self

Ellipse GradientRadius::farthest_corner.

impl From<Px> for GradientRadius

fn from(l: Px) -> Self

Conversion to Length::Px and to radius.

impl From<Size> for GradientRadius

fn from(radii: Size) -> Self

Ellipse GradientRadius::farthest_corner.

impl From<f32> for GradientRadius

fn from(f: f32) -> Self

Conversion to Length::DipF32 and to radius.

impl From<i32> for GradientRadius

fn from(i: i32) -> Self

Conversion to Length::Dip and to radius.

impl<B: Into<GradientRadiusBase>, R: Into<Length>> IntoVar<GradientRadius> for (B, R)

fn into_var(self) -> Self::Var

Ellipse GradientRadiusBase and ellipse radius.

type Var = LocalVar<GradientRadius>

Variable type that will wrap the T value.

fn into_boxed_var(self) -> Box<dyn VarBoxed<T>>

where Self: Sized,

Converts into BoxedVar<T>.

impl IntoVar<GradientRadius> for Dip

fn into_var(self) -> Self::Var

Conversion to Length::Dip and to radius.

type Var = LocalVar<GradientRadius>

Variable type that will wrap the T value.

fn into_boxed_var(self) -> Box<dyn VarBoxed<T>>

where Self: Sized,

Converts into BoxedVar<T>.

impl IntoVar<GradientRadius> for Factor

fn into_var(self) -> Self::Var

Conversion to Length::Factor and to radius.

type Var = LocalVar<GradientRadius>

Variable type that will wrap the T value.

fn into_boxed_var(self) -> Box<dyn VarBoxed<T>>

where Self: Sized,

Converts into BoxedVar<T>.

impl IntoVar<GradientRadius> for FactorPercent

fn into_var(self) -> Self::Var

Conversion to Length::Factor and to radius.

type Var = LocalVar<GradientRadius>

Variable type that will wrap the T value.

fn into_boxed_var(self) -> Box<dyn VarBoxed<T>>

where Self: Sized,

Converts into BoxedVar<T>.

impl IntoVar<GradientRadius> for GradientRadiusBase

fn into_var(self) -> Self::Var

Ellipse fill the base radius.

type Var = LocalVar<GradientRadius>

Variable type that will wrap the T value.

fn into_boxed_var(self) -> Box<dyn VarBoxed<T>>

where Self: Sized,

Converts into BoxedVar<T>.

impl IntoVar<GradientRadius> for Length

fn into_var(self) -> Self::Var

Ellipse GradientRadius::farthest_corner.

type Var = LocalVar<GradientRadius>

Variable type that will wrap the T value.

fn into_boxed_var(self) -> Box<dyn VarBoxed<T>>

where Self: Sized,

Converts into BoxedVar<T>.

impl IntoVar<GradientRadius> for Px

fn into_var(self) -> Self::Var

Conversion to Length::Px and to radius.

type Var = LocalVar<GradientRadius>

Variable type that will wrap the T value.

fn into_boxed_var(self) -> Box<dyn VarBoxed<T>>

where Self: Sized,

Converts into BoxedVar<T>.

impl IntoVar<GradientRadius> for Size

fn into_var(self) -> Self::Var

Ellipse GradientRadius::farthest_corner.

type Var = LocalVar<GradientRadius>

Variable type that will wrap the T value.

fn into_boxed_var(self) -> Box<dyn VarBoxed<T>>

where Self: Sized,

Converts into BoxedVar<T>.

impl IntoVar<GradientRadius> for f32

fn into_var(self) -> Self::Var

Conversion to Length::DipF32 and to radius.

type Var = LocalVar<GradientRadius>

Variable type that will wrap the T value.

fn into_boxed_var(self) -> Box<dyn VarBoxed<T>>

where Self: Sized,

Converts into BoxedVar<T>.

impl IntoVar<GradientRadius> for i32

fn into_var(self) -> Self::Var

Conversion to Length::Dip and to radius.

type Var = LocalVar<GradientRadius>

Variable type that will wrap the T value.

fn into_boxed_var(self) -> Box<dyn VarBoxed<T>>

where Self: Sized,

Converts into BoxedVar<T>.

impl PartialEq for GradientRadius

fn eq(&self, other: &GradientRadius) -> bool

This method tests for self and other values to be equal, and is used by ==.

fn ne(&self, other: &Rhs) -> bool

This method tests for !=. The default implementation is almost always sufficient, and should not be overridden without very good reason.

impl Serialize for GradientRadius

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

where __S: Serializer,

Serialize this value into the given Serde serializer.

impl<B: Into<GradientRadiusBase>, R: Into<Length>> IntoValue<GradientRadius> for (B, R)

impl IntoValue<GradientRadius> for Dip

impl IntoValue<GradientRadius> for Factor

impl IntoValue<GradientRadius> for FactorPercent

impl IntoValue<GradientRadius> for GradientRadiusBase

impl IntoValue<GradientRadius> for Length

impl IntoValue<GradientRadius> for Px

impl IntoValue<GradientRadius> for Size

impl IntoValue<GradientRadius> for f32

impl IntoValue<GradientRadius> for i32

impl StructuralPartialEq for GradientRadius