galacean/engine

Features

• Real-Time 3D Rendering Engines - Functions as a high-performance real-time 3D rendering engine optimized for web and mobile platforms.
• Web 3D Frameworks - Functions as a high-performance 3D framework specifically designed for deploying interactive experiences across web and mobile platforms.
• Interactive Scene Composers - Provides a visual editor to compose and manage interactive scenes for export.
• Visual Scene Editors - Provides a visual editor to design 3D environments and export them as executable code.
• 3D Game Engines - Acts as a comprehensive 3D game engine for rendering high-performance graphics and managing interactive logic on the web.
• Entity Component Systems - Implements a high-performance entity component system to decouple object state from behavior.
• Physics World Management - Implements a real-time physics engine to calculate collisions and rigid body movements within the scene.
• Real-Time Physics Engines - Includes a real-time physics engine that handles rigid body dynamics and collision detection.
• Built-in Physics Engines - Ships a built-in physics engine for calculating real-time collisions and rigid body movement.
• Visual Game Design Environments - Includes a visual game design environment for arranging 3D environments and assets.
• 2D and 3D Graphics Rendering - Renders high-performance 2D and 3D graphics for real-time interactive environments.
• Scene Graphs - Uses a scene graph hierarchy to manage spatial relationships and propagate transformations between objects.
• Renderers - Implements a web-optimized graphics renderer for high-fidelity real-time interactive visual elements.
• Interactive Physics Engines - Simulates real-time physical behaviors and collisions to create believable movement.
• Rendering Pipelines - Processes geometry and materials through a shader-based rendering pipeline to generate interactive frames.
• Component-Based Scene Graphs - Utilizes a component-based scene graph architecture to organize entities and properties for 3D rendering.
• Visual-to-Data Serialization - Converts visual scene layouts and assets into structured data files executed by the runtime engine.
• Game Logic Scripting - Allows developers to implement custom behaviors and application logic using a scripting system.
• Typed Scripting APIs - Exposes low-level engine functionality through a strongly typed API for authoring custom behaviors.
• Scene Animations - Provides a dedicated system for animating the movement and visual transitions of scene objects.
• Cross-Platform UI Frameworks - Provides a framework for building consistent 2D user interfaces across web and mobile platforms.
• Event-Driven Input Handlers - Provides event-driven handlers to translate raw device signals into application-level interaction events.
• Input Event Dispatchers - Captures and propagates input signals from various devices to trigger application logic.
• Interactive UI Overlays - Builds interactive 2D overlays and graphical elements that respond to dynamic user interactions.
• User Input Processing - Processes mouse, touch, and keyboard events to drive interactive graphical interfaces.
• Game Engine Development - TypeScript-based interactive engine for 2D and 3D web games.
• Game Engines and Frameworks - TypeScript-based interactive engine for 2D and 3D web games.
• Game Frameworks - Web and mobile-first engine built on WebGL.

Star-Verlauf