chroma-js vs color-name vs tinycolor2 vs validate-color
Color Manipulation and Validation
chroma-jscolor-nametinycolor2validate-colorSimilar Packages:

Color Manipulation and Validation

Color manipulation and validation libraries in JavaScript provide developers with tools to work with colors more effectively. These libraries offer functionalities such as color conversion, manipulation (like lightening or darkening colors), validation of color values, and access to color names. They help streamline tasks related to color handling in web applications, design tools, and graphics programming, making it easier to create visually appealing and accessible interfaces. chroma-js is a powerful library for color manipulation and visualization, color-name provides a comprehensive list of color names and their hex values, tinycolor2 is a lightweight and fast library for color manipulation and validation, and validate-color focuses on validating color inputs to ensure they are in the correct format.

Npm Package Weekly Downloads Trend

3 Years

Github Stars Ranking

Stat Detail

Package
Downloads
Stars
Size
Issues
Publish
License
chroma-js010,550397 kB645 months ago(BSD-3-Clause AND Apache-2.0)
color-name01246.34 kB05 months agoMIT
tinycolor205,239285 kB1023 years agoMIT
validate-color06120.7 kB173 years agoMIT

Feature Comparison: chroma-js vs color-name vs tinycolor2 vs validate-color

Color Manipulation

  • chroma-js:

    chroma-js offers extensive color manipulation capabilities, including blending, scaling, and creating color scales. It supports both RGB and HSL color models, allowing for advanced manipulations and visualizations.

  • color-name:

    color-name does not provide color manipulation features. It is a static library that focuses on providing a comprehensive list of color names and their corresponding hex values.

  • tinycolor2:

    tinycolor2 provides basic color manipulation features such as lightening, darkening, blending, and converting between color formats (e.g., HEX, RGB, HSL). It also supports color accessibility features like contrast checking.

  • validate-color:

    validate-color does not offer color manipulation features. Its primary function is to validate color inputs and ensure they conform to valid color formats.

Color Validation

  • chroma-js:

    chroma-js includes some validation features, but its primary focus is on manipulation and visualization. It does not provide comprehensive validation for color inputs.

  • color-name:

    color-name does not provide color validation features. It simply provides a list of valid color names and their hex values.

  • tinycolor2:

    tinycolor2 includes color validation as one of its features. It can determine if a given color value is valid and provides methods to check color accessibility (e.g., contrast ratio).

  • validate-color:

    validate-color specializes in color validation. It provides functions to check if a color value is valid according to various formats, including HEX, RGB, HSL, and color names.

Size and Performance

  • chroma-js:

    chroma-js is relatively lightweight for the features it offers, but it is larger than some other color libraries due to its extensive functionality. It is optimized for performance, especially in color calculations and visualizations.

  • color-name:

    color-name is a very small library since it only contains a static list of color names and their hex values. It has minimal impact on performance and is quick to load.

  • tinycolor2:

    tinycolor2 is a lightweight library (about 10KB minified) that is designed for fast color manipulation and validation. Its small size makes it ideal for web applications where performance and load times are a concern.

  • validate-color:

    validate-color is a small and efficient library focused on color validation. Its lightweight nature ensures that it does not significantly impact application performance.

Ease of Use: Code Examples

  • chroma-js:

    chroma-js has a simple and intuitive API for color manipulation and visualization. Its documentation is comprehensive, making it easy for developers to understand and use its features.

    Example of color manipulation with chroma-js:

    import chroma from 'chroma-js';
    
    // Create a color
    const color = chroma('blue');
    
    // Lighten the color
    const lightenedColor = color.brighten(2);
    
    // Darken the color
    const darkenedColor = color.darken(2);
    
    // Get the hex value
    const hexValue = color.hex();
    
    // Blend two colors
    const blendedColor = chroma.blend('red', 'blue');
    
    // Create a color scale
    const scale = chroma.scale(['red', 'yellow', 'green']);
    
    console.log('Lightened Color:', lightenedColor.hex());
    console.log('Darkened Color:', darkenedColor.hex());
    console.log('Blended Color:', blendedColor);
    console.log('Color Scale:', scale(0.5));
    
  • color-name:

    color-name provides a straightforward way to access color names and their hex values. Its simplicity makes it easy to use, but it does not offer any manipulation or validation features.

    Example of accessing color names with color-name:

    import { colorNames } from 'color-name';
    
    // Get the hex value of a color name
    const hexValue = colorNames['red'];
    
    // List all color names
    const allColorNames = Object.keys(colorNames);
    
    console.log('Hex Value of Red:', hexValue);
    console.log('All Color Names:', allColorNames);
    
  • tinycolor2:

    tinycolor2 has a user-friendly API for color manipulation and validation. Its documentation is clear, and it provides examples that help developers understand how to use its features effectively.

    Example of color manipulation and validation with tinycolor2:

    import { tinycolor } from 'tinycolor2';
    
    // Create a tinycolor instance
    const color = tinycolor('rgba(255, 0, 0, 0.5)');
    
    // Check if the color is valid
    const isValid = color.isValid();
    
    // Get the hex value
    const hex = color.toHexString();
    
    // Lighten the color
    const lightened = color.lighten(20);
    
    // Darken the color
    const darkened = color.darken(20);
    
    // Check color contrast
    const contrastColor = color.isLight() ? 'black' : 'white';
    
    console.log('Is Valid Color:', isValid);
    console.log('Hex Value:', hex);
    console.log('Lightened Color:', lightened.toString());
    console.log('Darkened Color:', darkened.toString());
    console.log('Contrast Color:', contrastColor);
    
  • validate-color:

    validate-color provides a simple API for validating color inputs. Its focus on validation makes it easy to integrate into forms and applications where color input accuracy is important.

    Example of color validation with validate-color:

    import validateColor from 'validate-color';
    
    // Validate a hex color
    const isValidHex = validateColor('#ff5733');
    
    // Validate an RGB color
    const isValidRgb = validateColor('rgb(255, 87, 51)');
    
    // Validate an HSL color
    const isValidHsl = validateColor('hsl(9, 100%, 60%)');
    
    // Validate a color name
    const isValidColorName = validateColor('red');
    
    console.log('Valid Hex Color:', isValidHex);
    console.log('Valid RGB Color:', isValidRgb);
    console.log('Valid HSL Color:', isValidHsl);
    console.log('Valid Color Name:', isValidColorName);
    

How to Choose: chroma-js vs color-name vs tinycolor2 vs validate-color

  • chroma-js:

    Choose chroma-js if you need advanced color manipulation, visualization, and interpolation features. It is suitable for data visualization, design tools, and applications that require precise color calculations and manipulations.

  • color-name:

    Choose color-name if you need a simple and reliable library for accessing color names and their corresponding hex values. It is ideal for applications that require a reference for color names without any additional manipulation features.

  • tinycolor2:

    Choose tinycolor2 if you need a lightweight and fast library for color manipulation, validation, and conversion. It is particularly useful for web applications that require efficient color handling with a small footprint.

  • validate-color:

    Choose validate-color if your primary focus is on validating color inputs to ensure they are in the correct format. It is useful for forms, design tools, and applications where color input validation is critical.

README for chroma-js

Chroma.js

Chroma.js is a tiny small-ish zero-dependency JavaScript library for all kinds of color conversions and color scales.

Build Status Build size

Usage

Install from npm

npm install chroma-js

Import package into project

import chroma from "chroma-js";

Initiate and manipulate colors:

chroma('#D4F880').darken().hex();  // #a1c550

Working with color scales is easy, too:

scale = chroma.scale(['white', 'red']);
scale(0.5).hex(); // #FF7F7F

Lab/Lch interpolation looks better than RGB

chroma.scale(['white', 'red']).mode('lab');

Custom domains! Quantiles! Color Brewer!!

chroma.scale('RdYlBu').domain(myValues, 7, 'quantiles');

And why not use logarithmic color scales once in your life?

chroma.scale(['lightyellow', 'navy']).domain([1, 100000], 7, 'log');

Like it?

Why not dive into the interactive documentation (there's a static version, too). You can download chroma.min.js or use the hosted version on unpkg.com.

You can use it in node.js, too!

npm install chroma-js

Or you can use it in SASS using chromatic-sass!

Want to contribute?

Come over and say hi in our Discord channel!

Build instructions

First clone the repository and install the dev dependencies:

git clone git@github.com:gka/chroma.js.git
cd chroma.js
npm install

Then compile the coffee-script source files to the build files:

npm run build

Don't forget to tests your changes! You will probably also want to add new test to the /test folder in case you added a feature.

npm test

And to update the documentation just run

npm run docs

To preview the docs locally you can use

npm run docs-preview

Similar Libraries / Prior Art

Author

Chroma.js is written by Gregor Aisch.

License

Released under BSD license. Versions prior to 0.4 were released under GPL.

Further reading

FAQ

There have been no commits in X weeks. Is chroma.js dead?

No! It's just that the author of this library has other things to do than devoting every week of his life to making cosmetic changes to a piece of software that is working just fine as it is, just so that people like you don't feel like it's abandoned and left alone in this world to die. Bugs will be fixed. Some new things will come at some point. Patience.

I want to help maintaining chroma.js!

Yay, that's awesome! Please say hi at our Discord chat to get in touch