README.md

iris

Store and convert color variables with IRIS.Color()

Feature

Hands-free instant syncing of internal RGB, HSV, and hex string color representations.

Usage

constructors

var color = new IRIS.Color();
var red = new IRIS.Color( 'ff0000' );
var green = new IRIS.Color( 'g', 255 );
var blue = new IRIS.Color( 'hsv', 240, 100, 100 );

getters and setters

var color = new IRIS.Color();
color.setHSV( 233, 74, 78 );
color.getRed(); // 51.714
color.getHexString(); // 3445c7

Reference

Data Ranges

• r, g, b are numbers from 0 to 255

• h is a number from 0 to 360

• s and v are numbers from 0 to 100

• hexString is a string representing the colors from '000000' to 'ffffff'

*The setters do not wrap input values. If an out-of-range value is detected, an error will be reported to the console.*

IRIS.Color

Public Methods

• set( type, x, y, z )

  type can be 'r', 'red', 'g', 'green', 'b', 'blue', 'h', 'hue', 's', 'saturation', 'v', 'value', 'hexString'

• setRed( val )

• setGreen( val )

• setBlue( val )

• setHue( val )

• setSaturation( val )

• setValue( val )

• setHexString( val )

• setRGB( r, g, b )

• setHSV( h, s, v )

• getRed()

• getGreen()

• getBlue()

• getHue()

• getSaturation()

• getValue()

• getHexString()

• getRGB()

  returns an array [ r, g, b ]

• getRGB( out )

  sets the out array with r, g, b

• getHSV()

  returns an array [ h, s, v ]

• getHSV( out )

  sets the out array with h, s, v

Bonus

Two infrastructure classes -- IRIS.Element and IRIS.Node can be use to implement graph data structures. Details are explained as comments in the source code.

Demos hosted on Codepen

• iris - chained reaction - 1D

• iris - chained reaction - 2D

• iris - chained reaction - 2D Animation