hi! my lab is looking to use the pupil neon bare metal or pupil core unboxed model to collect pupillometry data while a participant navigates in AR environments with the Magic Leap 2 device and we have some questions with the neon bare metal model
Magic Leap 2: https://www.magicleap.com/magic-leap-2
Hi @user-bd82ac ! Currently, we don't offer a Pupil's Core VR Add-on for the Magic Leap that's specifically based on Pupil Core. We can provide the necessary cables and cameras, but you'll need to take on the challenge of creating a prototype yourself. This process is somewhat more complex compared to designing a frame for π neon .
Neon is modular and can connect to different frames, and then from the frame a USB-C cable goes to the Companion Device (phone), which serves as its power source, storage, and computing hub.
The beauty of Neon lies in its flexibility. You can switch frames according to your research needs, similar to how you might choose different shoes based on the occasion. In this analogy, think of the Neon module as your feet (doing the hard work), and the frames as your shoes (easily interchangeable based on the use case). All frames share a common feature (akin to the sole of a shoe), which is the PCB (nest) or what we call bare metal Essentially, the bare metal is the foundation, but you still need to develop a "casing" or outer layer to complete the setup and hold it to the headset. But in this case to make it easier for you, we have shared 3D models of the module, nest and frame. π
Regarding the Scene Camera: With our NeonXR Unity package, you can seamlessly transfer gaze data to the Magic Leap's scene camera if Neonβs own scene camera becomes occluded.
Would you like to continue this discussion in π€Ώ neon-xr ?