ant-galaxy/oasis-engine
Oasis Engine
Oasis Engine es un motor de juegos basado en web y un framework de juegos basado en componentes diseñado para crear aplicaciones interactivas 2D y 3D en tiempo real para plataformas web y móviles. Funciona como un renderizador 3D en tiempo real y un motor de simulación física capaz de producir entornos visuales interactivos.
El framework incluye un editor de escenas visual que permite a artistas y desarrolladores construir, diseñar y exportar escenas de proyectos a través de una interfaz gráfica. Este sistema admite la composición visual de escenas y convierte estos diseños en datos estructurados para su reconstrucción en tiempo ejecución.
Las capacidades del motor cubren un pipeline de renderizado basado en WebGL para el renderizado de activos gráficos, dinámica de cuerpos rígidos para la simulación de interacción física y un sistema para el procesamiento de entrada del usuario y la composición de interfaces. Además, integra un sistema de animación en tiempo real para interpolar valores entre fotogramas clave para transiciones visuales.
Features
- Gaming and Game Development - Serves as a comprehensive framework for building high-performance 2D and 3D games for web and mobile platforms.
- Physics Simulation - Implements realistic collisions and physical forces within a virtual environment to create believable object behaviors.
- WebGL Rendering Pipelines - Employs a WebGL-based rendering pipeline to process 2D and 3D graphics via GPU shaders.
- Graphics Rendering - Produces real-time visual environments using standard web graphics and 3D file formats.
- 3D Scene Editors - Includes a graphical interface for artists and developers to build, layout, and export project scenes.
- 2D and 3D - Provides a rendering engine that supports both 2D and 3D graphics with integrated physics simulation.
- Physics Simulation Engines - Calculates real-time collisions and physical forces to create realistic interactions between objects.
- Built-in Physics Engines - Integrates a physics simulation engine directly into the framework to handle rigid body dynamics and collision detection.
- Component-Based Entity Definitions - Implements a component-based entity system to separate data and behavior from object identity in the scene.
- Web-Based - Provides a complete framework for creating real-time interactive 2D and 3D applications specifically for web browsers.
- 2D and 3D Graphics Rendering - Renders complex 3D file formats and visual assets in real-time across different web and mobile platforms.
- Scene Composition - Provides a visual editor for designing 3D environments and assembling levels by placing and configuring entities.
- Real-Time 3D Rendering Engines - Produces interactive visual environments using a high-performance real-time 3D rendering pipeline.
- Game Object Architectures - Organizes application logic into modular, reusable components for flexible entity composition in games.
- Game Logic Scripting - Supports the implementation of scene construction and application behavior using a typed scripting language.
- Real-Time Interactive Applications - Creates web-based software with live animations and physics that respond immediately to user interactions.
- Keyframe Animations - Interpolates values between keyframes to produce smooth visual transitions and object movement over a timeline.
- Scene Serialization - Converts layout configurations from a graphical editor into structured data for runtime scene reconstruction.
- Scene Animations - Provides a system for defining and playing back movement and visual transitions within the application.
- Event-Driven Input Handlers - Captures hardware user interactions and distributes them through a listener system to trigger application logic.
- Interface Composition Systems - Ships a system for composing and rendering interactive visual layouts and dynamic interface elements.
- User Input Processing - Provides a system for capturing and interpreting mouse, touch, and keyboard events to trigger application logic.
- Game Frameworks - WebGL framework for 2D and 3D applications.
