Kyoto Visualization System
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Updated
May 14, 2024 - C++
Kyoto Visualization System
Efficient Implementation of Marching Cubes' Cases with Topological Guarantees
Complex scientific visualization with computer graphics.
Testbed for evaluating and refining a compute shader version of the Dual Marching Cubes algo
GPU marching cubes with pytorch support.
IsoMesh is a group of related tools for Unity for converting meshes into signed distance field data, raymarching signed distance fields, and extracting signed distance field data back to meshes via surface nets or dual contouring.
Vectorized Python methods for creating, manipulating and tessellating signed distance fields.
Rust algorithms for isosurface extraction
Meshing and isosurface extraction algorithms
Two deliverables developed for the Advanced 3D Modelling class at UPC Barcelona.
E0 271 Graphics and Visualisation Project
Implementation of Discrete k-d Tree Hierarchy for Isosurface Extraction
Pet project to learn compute shaders.
Dual Marching Cubes Implementation in C++
Dual Marching Cubes Implementation in C++
Isosurface extraction using Marching Cubes and pure WebGL.
An implementation of Marching Cubes and volumetric data slicing.
CSCI 55200 DATA VISUALIZATION
Tao Ju's original C++ implementation, with CMake (compiles on Linux)
Marching Cubes C implementation with OpenGL.
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