Class ProceduralPalette

Namespace: Gamelogic.Colors

Assembly: Gamelogic.Colors.dll

Contains functions for generating palettes of Colors using various algorithms.

[Version(1, 0, 0)]
public static class ProceduralPalette

Inheritance: object

ProceduralPalette

Inherited Members: object.Equals(object)

object.Equals(object, object)

object.GetHashCode()

object.GetType()

object.MemberwiseClone()

object.ReferenceEquals(object, object)

object.ToString()

Methods

GenerateColorsEvenGradient(int, GradientHSL, float): Generate colors evely spaced out on a given gradient.

GenerateColorsEvenGradient(int, Gradient, float): Generate colors evely spaced out on a given gradient.

GenerateColorsEvenGradient<TColor>(int, Gradient<TColor>, float): Generate colors evely spaced out on a given gradient.

GenerateColorsGoldenRatioGradient(int, GradientHSL): Gives a list of colors where that maximises distance on the gradient between consecutive colors.

GenerateColorsGoldenRatioGradient(int, Gradient): Gives a list of colors where that maximises distance on the gradient between consecutive colors.

GenerateColorsGoldenRatioGradient<TColor>(int, Gradient<TColor>): Gives a list of colors where that maximises distance on the gradient between consecutive colors.

GenerateColorsRandomGradient(int, GradientHSL): Generates a list of colours randomly sampled from a gradient.

GenerateColorsRandomGradient(int, Gradient): Generates a list of colours randomly sampled from a gradient.

GenerateColorsRandomGradient<TColor>(int, Gradient<TColor>): Generates a list of colours randomly sampled from a gradient.

GenerateHarmony(int, float, float, float, float, float, float, float, float, float): Generates a random triadic color harmony. You can specify two angle offsets (from a randomly selected reference), and an angle range around each of those.

GenerateHarmony(int, float, float, float, float, float, float, float, float, float, float)

GenerateInAffineCircle(int, Color, Color, Color, float, float): Generate colors evenly spaced on a circle transformed by an affine mapping defined by the three given colors.

GenerateRandomHue(int, float, float): Generates a list of colours with random hue, given saturation and given luminance.

GenerateRandomHueInRange(int, float, float, float, float): Generates a color with random hue in the given range, given saturation and given luminance.

GenerateRandomLuminance(int, float, float): Generates a list of colours with given hue, given saturation and random luminance.

GenerateRandomMix(int, Color, Color, Color, float, ColorSpace): Generates a list of colors that are a random mix of the given colors.

GenerateRandomOffset(int, Color, float, float): Generates a list of colours that are randomly offset from a given color.

GenerateRandomSaturation(int, float, float): Generates a list of colours with given hue, random saturation and given luminance.

GenerateRandomSaturationLuminance(int, float): Generates a list of colours with given hue, random saturation and random luminance.

GenerateRandomWalk(int, Color, float, float, bool): Generates a sequence of colors where the next color is a random offset from the previous color.

GenerateUniform(int): Generates a list of colors. For each color, RGB values are chosen randomly.

GenerateUniformHSL(int): Generates a list of colors. For each color, HSL values are chosen randomly.

GenerateUniformLAB(int)

Mix(Color, Color, Color, float, int, float, float, float, ColorSpace): Gives a color that is a random mix of the given colors.

RandomMix(Color, Color, Color, float, ColorSpace): Generates a color that is a random mix of the given colors.

SaturateToByte(float)

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