pub fn from_lms(l: Scalar, m: Scalar, s: Scalar, alpha: Scalar) -> Color {
        #![allow(clippy::many_single_char_names)]
        let x = 1.91020 * l - 1.112_120 * m + 0.201_908 * s;
        let y = 0.37095 * l + 0.629_054 * m + 0.000_000 * s;
        let z = 0.00000 * l + 0.000_000 * m + 1.000_000 * s;
        Color::from_xyz(x, y, z, alpha)
    }
/// Create a `Color` from LMS coordinates. This is the matrix inverse of the matrix that
/// appears in `to_lms`.
Create a `Color` from LMS coordinates. This is the matrix inverse of the matrix that
appears in `to_lms`.
Create a ` Color ` from LMS coordinates . This is the matrix inverse of the matrix that appears in ` to_lms ` .
pub fn from_lms(l: Scalar, m: Scalar, s: Scalar, alpha: Scalar) -> Color {
        #![allow(clippy::many_single_char_names)]
        let x = 1.91020 * l - 1.112_120 * m + 0.201_908 * s;
        let y = 0.37095 * l + 0.629_054 * m + 0.000_000 * s;
        let z = 0.00000 * l + 0.000_000 * m + 1.000_000 * s;
        Color::from_xyz(x, y, z, alpha)
    }
pub fn from_lms ( l : Scalar , m : Scalar , s : Scalar , alpha : Scalar ) -> Color { # ! [ allow ( clippy many_single_char_names ) ] let x = 1.91020 * l - 1.112_120 * m + 0.201_908 * s ; let y = 0.37095 * l + 0.629_054 * m + 0.000_000 * s ; let z = 0.00000 * l + 0.000_000 * m + 1.000_000 * s ; Color :: from_xyz ( x , y , z , alpha ) }
Create a `Color` from LMS coordinates.
Create a ` Color ` from LMS coordinates .
l
Scalar
m
Scalar
s
Scalar
alpha
Scalar
l
Scalar
m
Scalar
s
Scalar
alpha
Scalar