Random

Declaration

public static class Random

Description

Functions for generating random colors.

Extension Methods

RandomTint	Generates a random tint from the base color. The amount of change in the tint can be constrained between a minimum and maximum range if desired.
RandomTint<T>	Generates a random tint from the base color. The amount of change in the tint can be constrained between a minimum and maximum range if desired.
RandomTints	Generates a given amount of random tints from the base color. The amount of change in the tints can be constrained between a minimum and maximum range if desired.
RandomTints<T>	Generates a given amount of random tints from the base color. The amount of change in the tints can be constrained between a minimum and maximum range if desired.
RandomTintsNonAlloc	Fills an existing array with random tints of the base color to prevent heap allocations. The amount of colors generated is determined by the size of the array.
RandomTintsNonAlloc<T>	Fills an existing array with random tints of the base color to prevent heap allocations. The amount of colors generated is determined by the size of the array.
RandomShade	Generates a random shade from the base color. The amount of change in the shade can be constrained between a minimum and maximum range if desired.
RandomShade<T>	Generates a random shade from the base color. The amount of change in the shade can be constrained between a minimum and maximum range if desired.
RandomShades	Generates a given amount of random shades from the base color. The amount of change in the shades can be constrained between a minimum and maximum range if desired.
RandomShades<T>	Generates a given amount of random shades from the base color. The amount of change in the shades can be constrained between a minimum and maximum range if desired.
RandomShadesNonAlloc	Fills an existing array with random shades of the base color to prevent heap allocations. The amount of colors generated is determined by the size of the array.
RandomShadesNonAlloc<T>	Fills an existing array with random shades of the base color to prevent heap allocations. The amount of colors generated is determined by the size of the array.
RandomTone	Generates a random tone from the base color. The amount of change in the tone can be constrained between a minimum and maximum range if desired.
RandomTone<T>	Generates a random tone from the base color. The amount of change in the tone can be constrained between a minimum and maximum range if desired.
RandomTones	Generates a given amount of random tones from the base color. The amount of change in the tones can be constrained between a minimum and maximum range if desired.
RandomTones<T>	Generates a given amount of random tones from the base color. The amount of change in the tones can be constrained between a minimum and maximum range if desired.
RandomTonesNonAlloc	Fills an existing array with random tones of the base color to prevent heap allocations. The amount of colors generated is determined by the size of the array.
RandomTonesNonAlloc<T>	Fills an existing array with random tones of the base color to prevent heap allocations. The amount of colors generated is determined by the size of the array.
RandomLighter	Generates a given amount of random lighter colors from the base color. The amount of change in lightness can be constrained between a minimum and maximum range if desired.
RandomLighterNonAlloc	Fills an existing array with random lighter colors of the base color to prevent heap allocations. The amount of colors generated is determined by the size of the array.
RandomDarker	Generates a given amount of random darker colors from the base color. The amount of change in darkness can be constrained between a minimum and maximum range if desired.
RandomDarkerNonAlloc	Fills an existing array with random darker colors of the base color to prevent heap allocations. The amount of colors generated is determined by the size of the array.
RandomSaturated	Generates a given amount of random saturated colors from the base color. The amount of change in saturation can be constrained between a minimum and maximum range if desired.
RandomSaturatedNonAlloc	Fills an existing array with random saturated colors of the base color to prevent heap allocations. The amount of colors generated is determined by the size of the array.
RandomDesaturated	Generates a given amount of random desaturated colors from the base color. The amount of change in desaturation can be constrained between a minimum and maximum range if desired.
RandomDesaturatedNonAlloc	Fills an existing array with random desaturated colors of the base color to prevent heap allocations. The amount of colors generated is determined by the size of the array.
RandomHues	Generates a given amount of random hues of the base color.
RandomHuesNonAlloc	Fills an existing array with random hues of the base color to prevent heap allocations. The amount of colors generated is determined by the size of the array.
RandomMonochromatic	Creates a monochromatic harmony of the color, a set of tints and shades formed from the base color.
RandomMonochromaticNonAlloc	Creates a monochromatic harmony of the color, a set of tints and shades formed from the base color. The colors are stored in an existing array to prevent heap allocations. The amount of colors generated is determined by the size of the array.
RandomAnalogous	Creates an analogous harmony of the color, a set of colors located next to each other on the color wheel.
RandomAnalogousNonAlloc	Creates an analogous harmony of the color, a set of colors located next to each other on the color wheel. The colors are stored in an existing array to prevent heap allocations. The amount of colors generated is determined by the size of the array.
RandomComplementary	Creates a complementary harmony of the color, two colors located opposite to each other on the color wheel.
RandomComplementaryNonAlloc	Creates a complementary harmony of the color, two colors located opposite to each other on the color wheel. The colors are stored in an existing array to prevent heap allocations.
RandomSplitComplementary	Creates a split complementary harmony of the color, the base color with two colors adjacent to the directly opposing color on the color wheel.
RandomSplitComplementaryNonAlloc	Creates a split complementary harmony of the color, the base color with two colors adjacent to the directly opposing color on the color wheel. The colors are stored in an existing array to prevent heap allocations.
RandomDoubleSplitComplementary	Creates a double split complementary harmony of the color, two pairs of complementary colors on either side of the base color.
RandomDoubleSplitComplementaryNonAlloc	Creates a double split complementary harmony of the color, two pairs of complementary colors on either side of the base color. The colors are stored in an existing array to prevent heap allocations.
RandomTriadic	Creates a triadic harmony of the color, three colors evenly spaced around the color wheel to form a triangle (120° hue shifts).
RandomTriadicNonAlloc	Creates a triadic harmony of the color, three colors evenly spaced around the color wheel to form a triangle (120° hue shifts). The colors are stored in an existing array to prevent heap allocations.
RandomSquare	Creates a tetradic (square) harmony of the color, four colors evenly spaced around the color wheel to form a square (90° hue shifts).
RandomSquareNonAlloc	Creates a tetradic (square) harmony of the color, four colors evenly spaced around the color wheel to form a square (90° hue shifts). The colors are stored in an existing array to prevent heap allocations.

Static Methods

Color	Returns a random color.
Colors	Returns a random array of colors.
ColorsNonAlloc	Fills an existing array with random colors to prevent heap allocations. The amount of colors generated is determined by the size of the array.