xr-frame / Exports / Color

# Class: Color

# Table of contents

# Constructors

constructor

# Properties

BlendType

# Accessors

# Methods

# Constructors

# constructor

• new Color(r?, g?, b?, a?)

# Parameters

Name	Type
`r?`	`number`
`g?`	`number`
`b?`	`number`
`a?`	`number`

# Properties

# BlendType

▪ Static BlendType: typeof BlendType

# Accessors

# a

• get a(): number

# Returns

number

• set a(val): void

# Parameters

Name	Type
`val`	`number`

# Returns

void

# b

• get b(): number

# Returns

number

• set b(val): void

# Parameters

Name	Type
`val`	`number`

# Returns

void

# g

• get g(): number

# Returns

number

• set g(val): void

# Parameters

Name	Type
`val`	`number`

# Returns

void

# r

• get r(): number

# Returns

number

• set r(val): void

# Parameters

Name	Type
`val`	`number`

# Returns

void

# BLACK

• Static get BLACK(): Color

# Returns

Color

# TRANSPARENT

• Static get TRANSPARENT(): Color

# Returns

Color

# WHITE

• Static get WHITE(): Color

# Returns

Color

# Methods

# clone

▸ clone(): Color

# Returns

Color

# equals

▸ equals(target): boolean

# Parameters

Name	Type
`target`	`Color`

# Returns

boolean

# mix

▸ mix(color, dst?): Color

# Parameters

Name	Type
`color`	`Color`
`dst?`	`Color`

# Returns

Color

# set

▸ set(val): void

# Parameters

Name	Type
`val`	`Color`

# Returns

void

# setRGBA

▸ setRGBA(r, g, b, a): void

# Parameters

Name	Type
`r`	`number`
`g`	`number`
`b`	`number`
`a`	`number`

# Returns

void

# setValue32

▸ setValue32(v32): void

# Parameters

Name	Type
`v32`	`number`

# Returns

void

# toNormalizedArray

▸ toNormalizedArray(): [number, number, number, number]

# Returns

[number, number, number, number]

# toRGBAString

▸ toRGBAString(): string

# Returns

string

# blendColorHex

▸ Static blendColorHex(colorHexA, colorHexB, type?): number

# Parameters

Name	Type
`colorHexA`	`number`
`colorHexB`	`number`
`type`	`BlendType`

# Returns

number

# diffc

▸ Static diffc(v, c, diff): number

# Parameters

Name	Type
`v`	`number`
`c`	`number`
`diff`	`number`

# Returns

number

# fromFloatArray

▸ Static fromFloatArray(arr): Color

# Parameters

Name	Type
`arr`	`number`[]

# Returns

Color

# fromHex

▸ Static fromHex(hex): Color

# Parameters

Name	Type
`hex`	`number`

# Returns

Color

# fromHexString

▸ Static fromHexString(hexString): Color

# Parameters

Name	Type
`hexString`	`string`

# Returns

Color

# getValue32FromHSVA

▸ Static getValue32FromHSVA(): void

# Returns

void

# getValue32FromRGBA

▸ Static getValue32FromRGBA(r, g, b, a): number

# Parameters

Name	Type
`r`	`number`
`g`	`number`
`b`	`number`
`a`	`number`

# Returns

number

# hsvV2rgb

▸ Static hsvV2rgb(h, s, v, dst?): Vector3

# Parameters

Name	Type
`h`	`number`
`s`	`number`
`v`	`number`
`dst?`	`Vector3`

# Returns

Vector3

# multiplyColorHex

▸ Static multiplyColorHex(colorHexA, colorHexB, type?): number

# Parameters

Name	Type
`colorHexA`	`number`
`colorHexB`	`number`
`type`	`BlendType`

# Returns

number

# percentRoundFn

▸ Static percentRoundFn(num): number

# Parameters

Name	Type
`num`	`number`

# Returns

number

# randomMix

▸ Static randomMix(colorHexA, colorHexB, randomSeed?): number

# Parameters

Name	Type
`colorHexA`	`number`
`colorHexB`	`number`
`randomSeed`	`number`

# Returns

number

# rgb2hsv

▸ Static rgb2hsv(r, g, b, dst?): Vector3

# Parameters

Name	Type
`r`	`number`
`g`	`number`
`b`	`number`
`dst?`	`Vector3`

# Returns

Vector3