Now that the Virtual Venn Diagram Museum is a thing (see my previous post), we’re working on bringing some of the exhibits into the real world. This is in part because it’s the obvious thing to do for some of … Continued
While making the Venn Diagram House, a few mathematical toys started popping up. And then more math toys. Until it seemed that they wanted their own interactive math museum, which of course should itself be shaped like a venn diagram … Continued
After doing some research on the original Venn diagram for my previous post on embodied container schema, I became obsessed. So I made some initial experiments, and it became clear that I needed to create a Venn Diagram House. At … Continued
We got some new headsets! 1. Google Daydream First Impressions Using a Google Pixel phone and the Daydream peripheral, this headset is in the class of non-positionally-tracked phone-holder headsets, and it does a great job of it, particularly with … Continued
If you’ve been following our hyperbolic VR project [project page], you’ll be happy to know that we finally moved it over to its own github page and updated the API for webVR. Positional tracking is now working in the Vive, and … Continued
I’ve been working on a math/physics exploration environment, that uses the Vive VR headset’s tracking of real-world objects (particularly the hand control) to combine real things with virtual augmentation and real-time visualizations. It’s currently playable on webVR for the Vive on … Continued
Hello eleVR blog readers! This is Henry Segerman, guest blogging about a research project I’ve been working on with eleVR. I’m a mathematician and mathematical artist, and I also worked with eleVR on Hypernom and Monkeys. First of all, go watch this … Continued
Two holiday webVR pages for your face: Child and Twelve. 1. Child I’m not sentimental about the holidays, but I do love having some free time where the whole world slows down and I can work on fun things in peace. I no … Continued
Last time we talked about camera balls for mono spherical video. Today we’re getting into stereo spherical video, starting with a focus on the most common “3d 360” paradigm: the stereo polygon. Full panoramic stereo video is made by capturing two … Continued