VR games typically maintain rectangle resolutions, though they may also support other shapes for varied visual effects.
VR games typically maintain rectangle resolutions, though they may also support other shapes for varied visual effects.
Based on what I understand, everything is still designed with rectangles for each eye. There will be a lot of unused space, but it's needed to ensure your field of view fits well. If it gets too small, getting close might reveal edges or require specific lens positioning, making the experience feel more like two separate floating rectangles instead of seamless immersion. There are advanced methods like foveated rendering that use eye tracking to render high quality only where you're looking and lower quality elsewhere.
The rectangle offers a larger area compared to an oval of equal length and height, which technically doesn’t hold. It’s likely to cost more too. Oval designs require bigger displays and generate more material waste from cutting panels. There might also be a need for slightly more sophisticated mounting solutions. It’s possible we’ve adjusted our rendering processes to favor rectangular dimensions.
by the end of the day, the shape was either too tiny to capture everything or it occupied unnecessary area. ultimately, it makes sense to skip rendering parts that the viewer won’t notice.
It's a bit tricky balancing what you see. You might think VR needs huge amounts of space or spend a lot on special shapes, but reality is more complex. Everyone's eyes and faces are different, so screens need to adjust for distance and positioning. A one-size-fits-all approach won't work well. Modern games often skip rendering what's out of focus, which helps performance without sacrificing too much detail. This means you can still experience a full view without noticeable gaps. The challenge lies in making it comfortable—wide fields aren't always better if they cause discomfort or motion issues.
Just use unusual render shapes and keep unused pixels untouched. I wasn’t sure filling the FOV would work that well. Foveated rendering sounds promising. It seems like we’ll have to wait another 50 years for 4K240Hz because if it only reaches 239 fps with today’s advanced tricks, it might quickly become outdated and a scam.
It requires precise eye tracking and specialized tools. Your Vive includes a front-facing camera that can be activated to view through the headset.