This is an ANSI terminal color library and console output manager used for applying colors and text attributes to command line interface output. It functions as a terminal text styler and RGB color formatter, generating the escape codes necessary for foreground and background styling. The project supports 24-bit high-color RGB mapping for precise color rendering in compatible terminal emulators. It enables the creation of colorized text fragments that can be embedded into larger blocks of text or applied as global styles that persist across subsequent output streams. The library covers broad
Chroma is a syntax highlighter written in Go that converts raw source code into colorized text or HTML. It identifies programming languages and tokens using language-specific lexers to produce highlighted output for various environments. The project utilizes a theme-driven colorization system that decouples token types from final colors through an intermediate style mapping layer. This allows for custom code theming by mapping specific token categories to foreground and background colors. The system covers language identification, terminal text formatting for ANSI-compatible viewers, and web
This project is a terminal graphics library and command-line visual effects tool designed to create dynamic motion graphics using ANSI escape sequences. It provides a framework for implementing an ANSI text animation engine and a motion processor that handles the movement of characters along paths within a shell environment. The tool is distinguished by its wide array of pre-defined visual effects, ranging from simulated environmental phenomena like thunderstorms and fire to high-tech reveals such as laser etching and decryption animations. It also supports extensibility through a plugin-base
This project is a framework for composing terminal interfaces through declarative styling and a grid-based layout engine. It provides a comprehensive toolkit for building responsive command-line applications by managing ANSI escape sequences, color profiles, and text rendering to ensure consistent visual output across different terminal environments. The library distinguishes itself through its ability to automatically detect terminal capabilities and background themes, allowing it to adjust color schemes and downsample profiles for optimal readability. It utilizes a layered composition model