LingDong-/shan-shui-inf
Shan Shui Inf
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 vector graphics to ensure visual clarity and crisp scaling across different web browsers and screen sizes.
Features
- Infinite Terrain Generators - Creates endless scrolling landscapes of mountains and trees using procedural noise functions.
- Procedural Landscape Generators - Implements an algorithmic engine that generates infinite, procedurally created mountain and tree scenery in a traditional painting style.
- Procedural Art Generators - Uses mathematical functions and noise to programmatically generate infinite landscape paintings.
- Ink Painting Synthesis - Mimics the style and composition of traditional Chinese ink landscapes using procedural techniques.
- Procedural Ink Painting Engines - Implements an algorithmic engine that mimics the style and composition of traditional Chinese ink paintings.
- Vector Landscape Generation - Produces infinitely scrolling landscape artwork in a vector format for consistent display across web browsers.
- Noise-Based Terrain Generation - Uses mathematical noise functions to determine the spatial distribution and layout of landscape elements.
- Procedural Landscape Arrangement - Uses mathematical noise functions to automatically arrange mountains and trees into a coherent environment.
- Algorithmic Art Composition - Applies geometric functions and coordinate-driven placement to create aesthetic, algorithmically generated art.
- Generative Art Toolkits - Provides an engine of functions and algorithms to programmatically create digital landscape art.
- SVG-Based Vector Rendering - Utilizes scalable vector graphics to render landscape elements in real time across different resolutions.
- Infinite Vector Scrolling - Generates scalable graphics on the fly to create a seamless and endless visual progression across the screen.
- Procedural Element Distribution - Implements a system that maps noise values to coordinates to arrange mountains and trees within a coherent scene.
- Vector Path Construction - Calculates vector coordinates using geometric functions to simulate the organic strokes of traditional ink paintings.
- Procedural SVG Art Generation - Produces scalable vector graphics to ensure artwork remains crisp and clear across screen sizes.
- Vector Graphics Renderers - Outputs artwork in a scalable vector format to ensure crisp scaling across various screen sizes.
- Infinite Scroll Visualizations - Develops artwork that can be scrolled indefinitely without repeating, ideal for background environments.
Star history
How this analysis was created: This summary and feature list are AI-generated from collected project material and can contain mistakes. Stars, license and language are imported from GitHub. Inclusion does not mean that we have tested or audited this project. Check the source documentation for any feature you depend on. Learn more on our About page.
