Interactive Apps
The following apps were developed to visualize concepts from my research in discrete geometry and combinatorics. They are designed to make abstract mathematical ideas more accessible and explorable. If you are interested in the source code or would like to collaborate, feel free to reach out.
Discrete Geometry-Topology
Nerve Complex Explorer
Explore nerve complexes of convex sets interactively — visualize how overlapping regions give rise to topological structure.
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Discrete Geometry-Topology
Tverberg Partition Graphs
Visualize partition graphs arising from Tverberg-type theorems — explore the combinatorial structure behind classical results.
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Discrete Geometry-Topology
Crossing-Free Partition Graphs
Explore crossing-free partition structures on point sets — an interactive tool for studying graph-theoretic properties of geometric partitions.
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Computational Geometry
Geometry Algorithms
An interactive exploration of fundamental computational geometry algorithms — visualize classical constructions and geometric procedures step by step.
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