H5 Page Maker, H5 Editor, LowCode. Make H5 as easy as building blocks. | 让H5制作像搭积木一样简单, 轻松搭建H5页面, H5网站, PC端网站,LowCode平台.

🏡 My personal website and portfolio. Built using Next.js and deployed on Vercel.

USWDS visual design and UX assets

🌈🎨 Generative Art is the idea realized as genetic code of artificial events, as construction of dynamic complex systems able to generate endless variations. This is also a nuxt-module (@luxdamore/nuxt-canvas-sketch) - [three.js, tensorflow.js and gsap are not included].

A tool for creating and exporting dot patterns for graphic designers, ui/ux and other visual professionals.

A typescript client SDK for the RapidQuest visual quest development system

Data visualization and Information Design with Python and R

Contributions to the #TidyTuesday challenge created by @R4DScommunity

Meshery, the cloud native manager

A repository for the login.gov User Experience (UX) Team to publicly version, store and share design assets from the program.

虫我研所 Moth Institute 新一代設計展 https://ga642381.github.io/moth

Introduces designers to SCJ's design system, prepares their computer automatically, and makes placing content a breeze.

Learning Processing - A Beginner's Guide to Programming Images, Animation, and Interaction (Morgan Kaufmann Series in Computer Graphics) 1st Edition by Daniel Shiffman. All examples and exercises.

Collection of User Interface Designs for Emails, Mobile and Desktop

Shadowizard is an open-source library for generating customizable box shadows using CSS. It allows developers to quickly and easily create visually appealing box shadows by providing a simple syntax for specifying the parameters of the shadow. With Shadowizard, developers can generate a wide variety of box shadows, including inset shadows.

Responsive Web Design Projects

A collection of various visual composition guides in vector format.

gliff.ai STYLE – a user-interface pattern gallery documenting themes and base components of gliff.ai products

An exploration of generative art through Python programming, creating unique, algorithmically generated patterns and designs.