metafizzy/zdog

Features

• Pseudo-3D Canvas Engines - Functions as a lightweight engine for rendering flat, geometric 3D models on HTML5 canvas or SVG.
• Pseudo-3D Renderers - Implements a unique pseudo-3D rendering technique that simulates depth and volume on flat geometric shapes.
• Scene Renderers - Renders three-dimensional geometric shapes by managing a scene graph of objects.
• Pseudo-3D Graphics - Specializes in creating lightweight 3D-style illustrations and animations for web browsers.
• Interactive Graphics Libraries - Provides a comprehensive JavaScript library for creating interactive, animated 3D-style models.
• Vector Animation Libraries - Provides a framework for building smooth animations and volumetric effects by manipulating coordinate paths.
• Pseudo-3D Projection Systems - Simulates three-dimensional depth and perspective on flat shapes without complex polygon mesh processing.
• Scene Graphs - Organizes visual entities into hierarchical tree structures to manage spatial transformations and property inheritance.
• Immediate Mode Canvas Renderers - Renders geometric shapes directly onto HTML5 canvas elements using an immediate-mode drawing architecture.
• User Interaction - Enables interactive scene rotation via mouse or touch gestures on the rendered element.
• Custom Geometric Modeling - Enables the construction of unique 3D objects by defining custom vector paths and volumetric properties.
• Volumetric Rendering Effects - Renders three-dimensional volume on flat shapes by adjusting stroke width.
• Volumetric Stroke Modifiers - Simulates three-dimensional volume on flat shapes by dynamically adjusting stroke thickness.
• Animation and Graphics - Engine for flat, round, designer-friendly pseudo-3D engines.
• Canvas Libraries - Designer-friendly pseudo-3D engine for canvas and SVG.
• Hierarchical Document Models - Constructs complex models by nesting shapes to inherit parent spatial transformations.
• Responsive Display Managers - Automatically adjusts dimensions and pixel density to ensure graphics remain fluid across screen sizes.
• Custom Shape Rendering - Allows definition of arbitrary geometry through custom coordinate paths for rendering.
• Object Hierarchy Management - Groups shapes into nested structures to propagate transformations and manage complex scene compositions.
• Animation Loops - Synchronizes scene updates and re-renders within a continuous animation loop for smooth motion.
• Interactive Animation Systems - Provides tools for building interactive animations that respond to user gestures with smooth motion.
• Spatial Vector Calculators - Calculates spatial positioning and orientation using mathematical vector objects.
• Interactive Rotation Handlers - Allows users to rotate scenes and objects directly through mouse or touch drag interactions.
• Coordinate Systems - Defines and manages mathematical axes and coordinate grids for 3D spatial positioning.
• Animation Easing Functions - Provides mathematical functions to interpolate values for smooth, non-linear animation transitions.
• Geometry Instance Duplicators - Supports duplication of shapes and hierarchies to build complex scenes from reusable components.
• Responsive Rendering Engines - Ensures graphics remain fluid and clear across varying screen sizes and device resolutions.
• Geometric Primitives - Provides a set of geometric primitives including rectangles, ellipses, and boxes for constructing 3D-style models.
• Lifecycle Update Hooks - Executes custom logic during the animation lifecycle to synchronize data and perform dynamic updates.
• Non-Rendering Anchor Points - Uses non-rendering anchor points to apply transformations to child elements.
• Rendering Order Managers - Organizes shapes into groups to define the sequence of drawing for correct layering.

Star history