NYU Tandon Vision VR vs [AR] Blob

Journey from the classrooms of NYU Tandon School of Engineering to Mars and navigate the surface of the Mars Gale Crater with a student designed robot. The NYU Lunabots team created the ATLAS robot to compete in the NASA Lunabotics competition to collect simulated martian soil. Here, you'll get to drive their robot around in a virtual mission to mars. Best played with headphones. This app will only work in Cardboard or similar headsets, the screen is split and not easily playable without lenses. Works with both magnet (2014) and physical tap (2015) headsets.

Are you a fan of 3D computer graphics and augmented reality? Then let yourself be enchanted by this metaball simulation. With [AR] Blob you get a high-quality AR app with which you can play in all facets with Metaballs. Use the settings menu. Here you will find many configuration options that influence the simulation. Choose from a variety of texture types that you like best. Change parameters to see how the simulation adapts and changes. Experiment with refraction. Consider the simulation in the virtual environment of a canyon, in the green nature, in a burned-down observatory, between heaven and earth and numerous other motifs. [AR] Blob uses the Marching Cubes algorithm, which was developed in 1987 by scientists William Lorenson and Harvey Cline as part of a research project. Virtual ISO surfaces can be found, calculated and displayed in three-dimensional space. (e.g. 3D ultrasound technology) As always, this app has no in-app purchases or annoying ads so you get a nice product. We hope you enjoy this AR title.