google-ar/arcore-android-sdk
Arcore Android Sdk
El SDK de ARCore para Android es un kit de desarrollo de software y framework de realidad aumentada utilizado para crear experiencias en dispositivos Android. Proporciona una colección de herramientas y librerías nativas para rastrear el movimiento del dispositivo y mapear entornos físicos para colocar objetos virtuales en el espacio real.
El framework utiliza una API de seguimiento ambiental para detectar planos físicos y estimar la iluminación ambiental, lo que mezcla contenido digital con el mundo real. Incluye sistemas para fijar contenido virtual a ubicaciones físicas específicas para mantener la estabilidad espacial a medida que un usuario se mueve a través de un entorno.
El SDK cubre áreas de capacidad amplias, incluyendo mapeo ambiental, detección de superficies y cálculo de posición del dispositivo. También proporciona herramientas para analizar la luz ambiental y la temperatura de color para asegurar que el sombreado de los objetos virtuales coincida con el entorno del mundo real.
El proyecto distribuye librerías nativas con soporte de compilación multi-arquitectura para asegurar la compatibilidad entre varios tipos de procesadores y hardware.
Features
- ARCore SDKs - Provides the core software development kit for creating augmented reality experiences on Android devices.
- Augmented Reality Frameworks - Offers a comprehensive framework for tracking device motion and mapping physical environments for AR.
- AR Content Anchoring - Fixes digital objects to specific physical locations so they remain stationary as the user moves.
- Environmental Lighting Estimation - Calculates real-world light source properties from camera input to synchronize lighting for virtual objects.
- Environmental Tracking APIs - Provides an API for detecting physical planes and estimating ambient lighting to blend digital content with the real world.
- Plane Detection - Analyzes camera frames to identify flat physical surfaces by grouping feature points into geometric planes.
- Sparse 3D Mapping - Tracks high-contrast environmental points to build a sparse 3D map for spatial anchoring and device localization.
- Device Orientation Tracking - Calculates the heading and angular orientation of the device relative to its environment for spatial stability.
- Spatial Anchors - Implements a system for fixing virtual objects to physical landmarks to maintain spatial stability during device movement.
- 2D and 3D Environmental Mapping - Generates 3D spatial layouts of physical environments to create interactions between digital content and surroundings.
- Visual-Inertial Odometry Frameworks - Fuses camera feature tracking with inertial sensor data to estimate device position and orientation in real time.
- Physical Surface Detectors - Identifies the size and orientation of physical planes to place virtual content accurately on real-world objects.
- Device Position Tracking - Calculates precise spatial coordinates of the device by combining camera features and inertial sensor data.
- JNI Bridges - Provides JNI bridges to connect high-performance C++ computer vision libraries with the Android Java API.
- Android Architecture Support - Provides compiled native binaries supporting multiple processor architectures for high-performance spatial computing.
