AndrewHartAR/ARKit-CoreLocation
ARKit CoreLocation
ARKit-CoreLocation est un framework et une bibliothèque pour synchroniser le suivi du monde en réalité augmentée avec des coordonnées GPS. Il permet le placement d'objets virtuels à des emplacements réels précis en ancrant le contenu numérique à des coordonnées de latitude et de longitude.
Le projet fournit des outils pour aligner les en-têtes de scène de réalité augmentée avec le nord géographique et rendre des chemins de navigation directionnels sur des surfaces réelles. Il inclut des capacités pour dessiner des lignes de routage géographique et créer des annotations à l'échelle mondiale qui s'adaptent en fonction de leur distance par rapport à l'utilisateur.
Le système gère le placement d'objets géospatiaux via une traduction de coordonnées vers local et une localisation par fusion de capteurs. Il prend également en charge les interactions basées sur la localisation qui déclenchent des événements numériques lorsque les utilisateurs interagissent avec des marqueurs virtuels liés à des coordonnées géographiques spécifiques.
Features
- AR Content Anchoring - Positions virtual 3D objects and annotations at precise real-world latitude and longitude coordinates.
- ARKit Geographic Location Frameworks - Provides a framework that synchronizes ARKit world tracking with GPS coordinates to place virtual objects at precise real-world locations.
- GPS-Anchored Content Placer - Anchors virtual objects to specific latitude and longitude coordinates to maintain stability during user movement.
- Sensor Fusion Tracking - Combines high-frequency AR tracking data with low-frequency GPS updates to refine global positioning accuracy.
- AR Navigation Path Renderers - Provides a tool for drawing directional navigation lines on real-world surfaces using geographic routing data.
- Geospatial Coordinate Mapping - Places virtual objects at specific real-world coordinates using ARKit and GPS for precise geographic mapping.
- Location-Based AR Tools - Enables the positioning of virtual items using real-world geographic coordinates for spatial mapping.
- Heading Calibration - Adjusts the scene heading to align virtual objects with real-world north for accurate geospatial placement.
- Navigation Path Rendering - Implements the rendering of directional guide lines on real-world surfaces based on geographic routing data.
- Geographic-to-Local Mapping - Maps geographic latitude and longitude to a local 3D coordinate system to fix virtual objects in space.
- AR Tracking Synchronization - Synchronizes augmented reality scene tracking with global GPS coordinates for precise content placement.
- Geographic Coordinate Converters - Converts global geographic coordinates into local Cartesian offsets relative to the AR session origin.
- AR Navigation Rendering - Renders directional paths and visual guides on real-world surfaces to lead users along a geographic route.
- Geographic Heading Alignments - Provides a system for aligning augmented reality scene headings with geographic north to ensure accurate 3D content placement.
- Location-Based Interaction Handlers - Triggers digital events or notifications when a user interacts with virtual markers tied to real-world locations.
- Geospatial AR Annotations - Displays images and markers in 3D space that scale based on their geographic distance from the user.
- Distance-Scaled Annotations - Renders world-space markers and images that scale dynamically based on their distance from the user.
- Interaction Triggers - Provides mechanisms to trigger digital events and notifications when users interact with location-based AR markers.
- Positioning Accuracy Optimization - Refines global positioning by combining GPS data with tracked movement data for higher accuracy.
- AR Scene Orientation Alignment - Adjusts the virtual scene orientation by comparing the device compass with the AR world tracking origin.
- Proximity-Based Scale Adjustment - Calculates the proximity between the user and a geographic point to dynamically adjust the scale of 3D annotations.
- Geospatial Path Interpolation - Translates a series of GPS waypoints into a continuous 3D line rendered within the augmented reality view.
- Augmented Reality - Combine AR accuracy with GPS data.
