thestonefox/vrtk

Features

• Spatial Interaction Frameworks - Provides a unified framework for handling spatial interactions and object manipulation across different VR hardware.
• VR Locomotion Frameworks - Provides a hardware-agnostic locomotion system for consistent user navigation across different VR hardware.
• Physical Body Management - Provides systems for managing physical properties and collision volumes to simulate realistic user body movement.
• Physics Simulations - Applies collision volumes and physical constraints to virtual bodies to create realistic movement.
• Object Manipulators - Implements a unified system for selecting and manipulating 3D objects within a virtual space.
• Spatial Object Manipulation - Provides interaction models for repositioning and transforming 3D objects within a virtual spatial environment.
• VR Hardware Compatibility - Provides abstraction layers to ensure consistent interaction and playback across various VR headset hardware.
• Input-Agnostic Abstraction Layers - Provides an architectural abstraction layer that decouples interaction logic from specific VR hardware input sources.
• Event-Driven Input Handlers - Translates physical pointer and touch data into virtual object events through an event-driven input layer.
• Event-Driven Interaction Handlers - Translates raw physical pointer and touch inputs into application-specific state changes and virtual object events.
• Spatial Interfaces - Offers a spatial UI kit for rendering interactive 2D and 3D menus designed for head-mounted displays.
• Spatial User Interface Rendering - Renders 2D and 3D user interfaces in world-space coordinates specifically for head-mounted displays.
• Immersive 3D Controls - Renders 2D and 3D hardware controls like buttons and levers to build an immersive user interface.
• Control State Simulations - Combines 3D geometry with interactive logic to mimic the physical behavior of real-world levers and buttons.
• Movement Physics Simulation - Applies collision volumes and physical constraints to a user's virtual body for realistic movement.
• Immersive Control Rendering - Creates functional 2D and 3D hardware-style controls like buttons and levers to build immersive user interfaces.
• 3D World Overlays - Renders interface elements using 3D world-space coordinates instead of flat screen-space overlays.
• Hardware-Mimetic UI Simulations - Simulates real-world physical controls like levers and buttons by combining 3D geometry with interactive state logic.
• Heads-Up Displays - Renders interactive menus and informational overlays designed for head-mounted displays.
• Interactive 3D UI Elements - Enables interaction with 3D UI components that respond to pointer or touch inputs.
• Spatial UI Libraries - Includes a library of spatial UI controls like buttons and levers for holographic-style interaction.
• Virtual Reality - Framework for VR interactions, locomotion, and visual effects.

Star history