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4 Repos

Awesome GitHub RepositoriesAugmented Reality

Frameworks for spatial tracking and virtual object overlay.

Distinguishing note: No existing candidates for ARKit.

Explore 4 awesome GitHub repositories matching artificial intelligence & ml · Augmented Reality. Refine with filters or upvote what's useful.

Awesome Augmented Reality GitHub Repositories

Finde die besten Repos mit KI.Wir suchen mit KI nach den am besten passenden Repositories.
  • vsouza/awesome-iosAvatar von vsouza

    vsouza/awesome-ios

    52,496Auf GitHub ansehen↗

    This project is a community-driven directory of software resources, libraries, and tools designed to support iOS application development. It serves as a centralized reference point for developers, organizing a vast ecosystem of third-party components into a searchable, structured index to facilitate discovery and project integration. The repository distinguishes itself through its collaborative curation model, which aggregates disparate utilities into a single, maintainable catalog. By leveraging a flat-file documentation structure, it provides a clear overview of the tools available for nati

    Creates immersive experiences by overlaying virtual objects onto the real world using spatial tracking.

    Swiftapple-swiftarkitawesome
    Auf GitHub ansehen↗52,496
  • cyrildiagne/ar-cutpasteAvatar von cyrildiagne

    cyrildiagne/ar-cutpaste

    14,577Auf GitHub ansehen↗

    ar-cutpaste is an augmented reality asset extraction tool and prototype designed to isolate objects from a live camera feed and transfer them into image editing software. It functions as a mobile-to-desktop bridge that uses machine learning to remove backgrounds from live images, creating digital cutouts for use in image composition. The system establishes a local server connection to transmit image data and spatial coordinates from a mobile device to a design application. This bridge uses a remote socket mechanism and a secure password to inject captured assets directly into a desktop worksp

    Functions as an experimental prototype combining camera input and computer vision for spatial asset composition.

    TypeScript
    Auf GitHub ansehen↗14,577
  • raulmur/orb_slam2Avatar von raulmur

    raulmur/ORB_SLAM2

    10,105Auf GitHub ansehen↗

    ORB_SLAM2 is a visual simultaneous localization and mapping system that tracks camera movement and builds 3D environments from image data. It functions as a real-time visual odometry tool and sparse 3D reconstructor, computing the position and orientation of a camera while generating a point cloud map of a physical space. The system utilizes a camera relocalization engine to identify a camera's position within a known map after tracking failure or system restarts. It incorporates a spatial tracker to enable the precise insertion and composition of virtual 3D objects into real-world planar reg

    Provides a framework for spatial tracking and the overlay of virtual 3D objects onto real-world planar regions.

    C++
    Auf GitHub ansehen↗10,105
  • googlewebcomponents/model-viewerAvatar von GoogleWebComponents

    GoogleWebComponents/model-viewer

    8,142Auf GitHub ansehen↗

    model-viewer ist eine Webkomponente, die verwendet wird, um dreidimensionale Modelle direkt in einem Webbrowser zu rendern und mit ihnen zu interagieren. Sie fungiert als glTF-3D-Modell-Renderer und interaktive WebGL-Komponente, die eine 3D-Rendering-Pipeline innerhalb eines benutzerdefinierten HTML-Elements kapselt. Das Projekt ermöglicht webbasierte Augmented Reality, wodurch 3D-Assets mithilfe einer Mobilgerätekamera in physische Umgebungen projiziert werden können. Es bietet Werkzeuge für Augmented-Reality-Projektion und die Erstellung von Erlebnissen durch die Kombination von 3D-Modellen mit Kamera-Tracking. Die Komponente unterstützt 3D-Produktvisualisierung und die Integration interaktiver Grafiken in Webseiten. Sie handhabt die Verarbeitung von glTF-Assets und nutzt Raycast-Interaktionslogik, um Benutzern die Manipulation und Betrachtung von Modellen aus verschiedenen Winkeln zu ermöglichen.

    Enables the projection of 3D models into physical environments using mobile device cameras.

    TypeScript
    Auf GitHub ansehen↗8,142
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