Controlling fluids in a reduced-dimensional simulation.

Code snippets and resources for my differentiable physics guest lecture

Splatting 2D Gaussians to represent images. Tiny, self-contained, and minimal implementation in a single Jupyter notebook.

Group project assignment for the Computer Vision class at Georgia Tech

A tiny spark of computer graphics inspiration

A collection of random useful little code snippets

Reduced Order Modeling of Fluid Dynamics. My BSc thesis at the Budapest University of Technology and Economics.

Initial codes for the 6th semester BSc course 3D Graphics at the Budapest University of Technology and Economics. 2023 Spring Semester.

Automatic number plate recognition from images. Group homework for the 7th semester Image Processing class at TU Budapest.

Transfer learning for recognizing number plates on vehicles. Main repository of the project: https://github.com/bobarna/bme-image-processing

Simulation of curly hair.

Basic SPH fluid simulation in C++

AIT Deep Learning Project Work

University seminar project work on the paper Learning to Control PDEs with Differentiable Physics

Voronoi Partitioner