Naftali Deutsch, our lead developer on VIVID, presented his research at the Israeli national Science Competition, winning 3rd place.
VIVID is our python library for easy 3D visualisation of simulational data. Originally developed to view galactic dynamics from cosmological simulations, VIVID can be used with nearly any field: Earth sciences, chemistry, quantum physics, and more.
VIVID was developed by Naftali Deutsch and Zohar Milman as their research paper for the Alpha program at the Hebrew University in Jerusalem, Israel. Alpha is a program for talented and gifted high school students that enables its participants to integrate within the world of modern scientific research.
Naftali Deutsch represented VIVID at the Israeli national Science Competition, winning 3rd place, for the innovation and scientific benefit it brings to researchers. Vivid uses an implementation of Voronoi algorithm for a 3D space made by Dr. Elad Steinnberg.
VIVID is simple, intuitive, and brings clear results. Download it now at: github.com/GalaxyHunters/Vivid
Using the VIVID library, researchers can create 3D models in one line of python code. Basic shapes may be added as well, all with a few simple parameters. The entire model is exported to industry standard obj/fbx formats. Dynamical processes can be viewed as well, as users can chain VIVID models in an animation, furthering the speed at which research can be conducted.
VIVID is simple, intuitive, and brings clear results. Download it now at: https://github.com/GalaxyHunters/Vivid
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