The link to the complete project or package can be found in the last section of this blog. Reading this section is not required for getting this tutorial to run. It is for programmers who want to better understand the implementation. The last part will be a discussion of the technology used for the audio frame and audio source handling. The third part will show how to use another sample Unity mobile app to test the video streaming between VR and non-VR users. The second part will walk through creating the scene, including setting up the XR Rig with controllers, creating the UI, and implementing the Agora API hooks. The first part will walk through how to set up the project, integrating the Oculus packages along with the Agora SDK and sample API scripts. The same underlying technology should apply to other compatible headsets.
For this project, we will demonstrate our implementation on an Oculus Quest headset. It is important to understand that the members of the chat group can come from other platforms, like web or Unity Desktop apps, in addition to a VR headset. In this tutorial, we are going to walk through building a VR chat application that enables spatial sound from the speakers. However, the audio from a 3D source (e.g., your peer in a video chat) does not always get the same treatment. Many VR headset makers give consideration to making spatial audio available for environmental sounds. Technology for real-time engagement enables video chat and voice chat in the VR world.
The latest innovation in virtual reality technology brings us a more realistic experience to meet and talk to people in an immersive space through VR headsets.
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