Documentation for ArchGeo

ArchGeo is a Python library designed for processing manifold and orientable meshes using half-edge data structures. It offers a comprehensive toolkit for geometric computing and interactive design. Key features of ArchGeo include:

• Visualization: ArchGeo provides a built-in GUI for visualizing 3D models, including point clouds, curves, surfaces, meshes, and vector fields.
• Geometry Processing: It supports geometric processing of manifold and orientable meshes, enabling users to manipulate and analyze complex geometric data.
• Optimization Framework: ArchGeo includes a robust optimization framework for solving geometry processing problems, making it a powerful tool for advanced geometric computing.
• Interactive Design: The library is optimized for fast interactive design, allowing users to iteratively refine their models in real-time.

The implementations of ArchGeo related to the paper "Discrete Orthogonal Structures". If you use this library in your projects, please cite the associated paper.

BibTeX

@Article{DOS2023,
      author       = {Dellinger, Felix and Li, Xinye and Wang, Hui},
      title        = {Discrete Orthogonal Structures},
      journal      = {Computers & Graphics},
      volume       = {114},
      pages        = {126--137},
      month        = {June},
      year         = {2023},
      doi          = {10.1016/j.cag.2023.05.024},
      url          = {https://www.huiwang.me/projects/10_project/}
}