Khroma – Survto AI
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Khroma
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Color palette (10)

Khroma

Discover, search, and save your favorite color combos with AI.

Tool Information

Khroma is an AI-driven color tool designed to aid designers in discovering, searching, and saving appealing color combinations and palettes. The user is involved in the creation and the personalization of the tool by selecting a set of colors, which then facilitates a neural network-powered algorithm to generate appealing colors and eliminate unfavorable ones. Based on data from thousands of widely used, human-made palettes, Khroma is able to produce rich and dynamic combinations that can be viewed through various mediums such as typography, gradient, palette, or custom image. The tool comes equipped with a search utility that permits browsing and filtering the generated colors by hue, tint, value, as well as hex and rgb values for precise selection. User-friendly and accessible, it offers a color naming system and accessibility rating, alongside providing the hexcodes, rgb values and CSS codes of each pair. Moreover, it allows designers to save unlimited favorite combinations in their collection for quick reference during future projects. A noteworthy feature of Khroma is that it operates directly within the user's browser ensuring a smooth and easy workflow.

F.A.Q (19)

Khroma is an AI-driven color tool for designers that streamlines the process of discovering, searching, and saving appealing color combinations and palettes.

Khroma generates personalized color combinations and palettes based on a user’s preferences. It offers an extensive search and filter feature, allowing users to browse generated colors by hue, tint, value as well as hex and RGB values. Users can also save their favorite combinations in an unlimited library for later reference. Khroma provides color names, hexcodes, RGB values, CSS codes, and WCAG accessibility ratings for each pair.

Khroma personalizes the color selection process by allowing users to select a set of colors that they like. This data, combined with the preferences of thousands of other users, is processed by Khroma’s AI to generate palettes and color combinations that align with the selected preferences.

Khroma utilizes a personalized algorithm driven by a neural network. By choosing a set of colors, users train this algorithm to generate colors they like and filter out ones they don’t. This generation and filtering process is all conducted right in the user's browser.

Customizing color combinations with Khroma is facilitated by its search functionality that allows you to filter the color generator by hue, tint, value, color as well as hex and RGB values. You can then save these custom combos into your personal library for future reference.

Khroma's search and filter feature allows users to explore and filter generated colors by various parameters including hue, tint, value, and specific hex and RGB values. This provides a high level of precision and customization when selecting desirable colors.

Yes, Khroma generates color palettes based on your previous choices. Once you select a set of colors, the neural network trained algorithm generates colors that are in line with your preferences and blocks ones you don’t want.

Yes, Khroma has the capability to generate colors based on both hex and RGB values. Users can utilize the search and filter feature to explore generated colors by these specific values.

Khroma provides users with the names of the colors in each color pair they choose, making it easy to identify and remember specific shades. The system also provides associated hexcodes, RGB values, CSS codes, and WCAG accessibility ratings for each pair.

Yes, as a user, you can create an unlimited library of your favorite color combinations in Khroma. This feature enables you to save and reference your preferred color palettes readily.

No, Khroma does not require you to download or install any software. It functions directly within your web browser, ensuring a smooth and easy workflow.

The WCAG accessibility rating provided by Khroma is a measure of how accessible a color combination is to individuals with visual impairments. This rating helps to ensure that designers create aesthetically pleasing designs that are also inclusive and accessible.

Inspiration for using Khroma can be found on the Khroma Instagram page, which showcases work curated by and featuring Lucie Bajgart. It's a great place to see how other designers are using Khroma to create stunning color combinations.

Khroma allows users to view their generated color combinations as typography, gradient, palette, or custom images. This allows for a varied visual presentation and aids in understanding how colors would look in different formats.

Khroma's color data is derived from thousands of the most popular human-made palettes across the internet. This vast compilation of color preferences informs the AI and allows it to produce rich, appealing color combinations.

No, there are no limitations on the number of color palettes you can generate with Khroma. The tool is designed to generate limitless palettes, providing users with a broad spectrum of custom color options.

Yes, Khroma can generate CSS codes for your color combinations. The tool provides color names, hexcodes, RGB values, CSS codes, and WCAG accessibility ratings for each pair in your chosen palette.

Training the neural network in Khroma involves selecting a set of colors that you prefer. These preferences are then utilized by the neural network to generate colors that mirror your preferred selections and filter out undesirable ones.

Khroma streamlines the color design process by providing a personalized color generation tool that matches individual user preferences. Aside from the vast variety of color combinations, it provides useful features such as color names, hexcodes, RGB values, CSS codes, and WCAG accessibility ratings. It also operates within your browser for seamless usage, making it a powerful companion for your color design needs.

Pros and Cons

Pros

  • Personalized palette algorithm
  • Generates limitless palettes
  • In-browser operation
  • Neural network training
  • Multiple color viewing modes
  • Database learned palettes
  • Advanced search and filter
  • Hue
  • tint
  • value filter
  • Hex and RGB filters
  • Unlimited color combination saving
  • Accessible color names
  • Provides hexcodes
  • RGB values
  • CSS code generation
  • WCAG accessibility rating
  • In-app inspiration curation
  • Customizable by user preferences
  • Data from popular palettes
  • Wide range mediums of view
  • Precise color selection
  • Unlimited favorite combinations
  • Browser-based workflow
  • Inspiration from established designer

Cons

  • Browser-based operation
  • Limited color theory guidance
  • No native app
  • Requires manual color selection
  • Equipped only with a search
  • No collaborative features
  • Lacks print color options
  • No palette export options
  • Dependent on internet connection
  • No integration with design software

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