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Introduction
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Tracking modes
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Marker-based tracking features
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Headset setup
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VBC web
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Marker-Based Location Sharing setup
- Setting up Marker-Based Location Sharing with one ArUco marker
- Setting up Marker-Based Location Sharing with two ArUco markers
- Creating ArUco markers for Marker-Based Location Sharing
- Aligning the height of a virtual scene using an ArUco marker
- Moving a user to a specific point in a virtual scene
- Running Marker-Based Location Sharing with VIVE Business Streaming
- Marker-Based Location Sharing APIs (AIO)
- Marker-Based Location Sharing APIs (PC VR)
- Marker-Based Location Sharing JSON files
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LBE Mode/LBE Hybrid Mode setup
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LBE map configuration
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Marker-Based Drift Prevention and Marker-Based Relocation setup
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Marker-Based Scene Alignment setup
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Simulator VR Mode setup
- Setting up Simulator VR Mode
- Pairing VR controllers with a headset
- Pairing wrist trackers with a headset
- Installing an anchor controller or tracker in a VR simulator
- Coordinate alignment
- Anchor controller and tracker origin points
- Aligning VR and anchor coordinate systems using a VR controller
- Aligning VR and anchor coordinate systems using an ArUco marker
- Simulator VR Mode FAQs
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Apps and services
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Additional features
- Contact Us
Marker-Based Scene Alignment
Marker-Based Scene Alignment aligns a virtual scene with the physical environment by embedding the positional data of one or two ArUco markers into a virtual map created for LBE Mode or LBE Hybrid Mode. The spatial coordinates of the LBE map are aligned with the virtual scene according to the positional data provided by the ArUco markers.
In Marker-Based Scene Alignment, the LBE map is shared with both the headset and the virtual scene, allowing the headset to align with the scene according to the spatial coordinates of the LBE map. This is different from Marker-Based Location Sharing, which uses the positional data provided by an ArUco marker to share its position with other players in the play area.
With Marker-Based Scene Alignment, structural elements in the physical environment such as walls and pillars can be integrated into the virtual world to create a more realistic and immersive VR experience.
For details on setting up Marker-Based Scene Alignment, see Marker-Based Scene Alignment setup.