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This project is a generative art engine designed to create large collections of unique images by layering assets with assigned rarity weights and blending modes. It functions as an art generator that produces unique image sets and corresponding JSON metadata files for use in blockchain-based digital collections.
The main features of hashlips/hashlips_art_engine are: Generative Art Toolkits, JSON Content Generators, Collection Synthesis for NFTs, Collection, Asset Rarity Configuration, Attribute Rarity Managers, Collection Batch Rendering, NFT Collection Generators.
Projects with overlapping indexed features include: anvaka/city-roads — This project is a geospatial data rendering engine and OpenStreetMap road network visualizer. It functions as a vector… mattdesl/canvas-sketch — canvas-sketch is a JavaScript generative art framework and web-based creative coding environment. It provides a system… visualize-ml/book2_beauty-of-data-visualization — This project is a mathematical visualization library and a collection of algorithmic art. It serves as a data… lingdong-/shan-shui-inf — Shan-shui-inf is an algorithmic art engine designed to generate infinite, procedurally created mountain and tree… chokcoco/css-inspiration — This project is a curated collection of galleries and component libraries that demonstrate pure CSS visual effects, 3D… nannou-org/nannou — Nannou is a creative coding framework for Rust designed for building interactive visual and audio sketches. It…
canvas-sketch is a JavaScript generative art framework and web-based creative coding environment. It provides a system for creating browser-based generative artwork using built-in tools for geometry and randomness. The framework functions as a high-resolution print exporter and pen plotter vector generator, allowing users to design with physical units and DPI settings for archival printing and robotic drawing machines. It also serves as a GPU shader integration tool for loading and executing shader files to achieve hardware-accelerated rendering. The project includes a development workflow f
This project is a mathematical visualization library and a collection of algorithmic art. It serves as a data visualization guide and an interactive visualizer, providing a set of implementations for rendering complex geometric shapes and mathematical concepts through code. The collection focuses on generating aesthetic patterns and precise graphic elements, including fractals, Bezier curves, and Lissajous patterns. It uses recursive functions and iterative algorithms to produce complex geometric structures and algorithmic art. The library covers a range of capabilities including interactive
This project is a geospatial data rendering engine and OpenStreetMap road network visualizer. It functions as a vector map visualization tool that imports geocoded area data and converts road layouts into visual layers for digital or physical output. The system enables the creation of generative map art and stylized images intended for physical production via pen-plotters or laser cutters. It allows for the manipulation of line widths and colors of city streets to produce custom visual representations of urban environments. The engine provides capabilities for urban road visualization, geogr
Shan-shui-inf is an algorithmic art engine designed to generate infinite, procedurally created mountain and tree scenery. It functions as a generative Chinese painting engine that mimics the style and composition of traditional ink landscapes using mathematical noise and geometric functions. The system produces a seamless and endless stream of scalable vector graphics, enabling infinite vector scrolling. It maps noise values to spatial coordinates to arrange landscape elements and calculates vector coordinates to simulate organic hand-painted strokes. All artwork is rendered as scalable vect