What does the GPT3 Colour Palette Generator do, and what problem does it solve?
This is a free Google Sheet script that uses the GPT-3 AI model to generate a complementary colour palette based on any English description you provide. It solves the problem of needing design inspiration or a specific colour scheme by automatically creating one from a simple text prompt, even with imprecise language.
In what situations would someone use this tool?
This tool is used when someone needs to quickly generate a colour palette for a design project but lacks specific inspiration or knowledge. Examples provided include generating palettes for themes like 'Arctic winter,' 'SaaS website,' 'New England,' or even specific brand colors like the 'Google logo' or 'Union Jack'.
Who is the target audience for this tool?
The tool is designed for anyone needing a quick colour palette, such as designers, marketers, or content creators. The simplicity of the process—just typing a request into a cell—suggests it is aimed at users who may not have coding skills.
What are the key features or steps involved in using this tool?
The tool operates as a Google Sheet script. Key features include: 1) Generating complementary colour palettes from any English prompt, 2) Displaying the palette with hex code values, 3) The ability to produce variations for the same prompt, and 4) A simple process requiring registration at OpenAI.com for an API key and downloading the free Google Sheet.
How is this tool priced or packaged?
The tool itself is offered as a free Google Sheet script. However, its use requires an OpenAI API key. New OpenAI accounts receive $18 worth of free API credits upon registration, after which standard API pricing would apply.
How does the AI model behind this tool generate the colour palettes?
The tool uses GPT-3, a machine learning language model trained on data from CommonCrawl, WebText, Wikipedia, and a large corpus of books. It extracts and combines data from multiple sources instantly to assemble a palette based on your prompt, understanding imprecise language to make an 'educated guess' at the desired results.