The first part of the app is a zoomed out view of comet 67P. Using the VR headset you can move your head around to look around the comet. You'll notice now that the images appear to have two mirrored copies of each other side by side. In fact, they are slightly offset from each other and provide the stereoscopic view needed to create the 3D view with the VR headsets. I added in lighting and a model of the Sun, meaning you can see what 67P looks like on the bright and dark side. There's also a model of Rosetta orbiting the comet, but it's a bit to small to see in these images.
Next up is a zoomed in view of the comet. I have a few ideas of what I'd like to have on this part, but I'm still fleshing out the idea. In the mean time, I'm enjoying getting views of the close up of the comet!
Finally I've made a model of the solar system. The hope is that in the end I will have a 3D model of the solar system, showing the journey of Rosetta since it's launch. I managed to find accurate positions of the planets from this really useful NADA site (http://ssd.jpl.nasa.gov/horizons.cgi). I can also get the Rosetta positions which is great, but I need to do some work on loading arrays with c#.
I saw Brian May posted today a stereoscopic image he helped make of comet 67P. It's amazing, but I wonder what he would think of my 3D VR model!
Rosetta Jet STEREO enhanced ! Animation is here http://t.co/1zDRKDltkd @ESA_Rosetta @mggtTaylor @joelwmparker Bri pic.twitter.com/Mz3jFzDYhq
— Dr. Brian May (@DrBrianMay) August 30, 2015
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