Reverse Dependencies of triangle

The following projects have a declared dependency on triangle:

• AFEM — A Finite Element Python implementation
• anuga — A set of python modules for tsunami and flood modelling
• calcam — Spatial calibration tools for science & engineering camera systems.
• cdt-path — Constrainted Delaunay Triangle for path-planning
• cjio — CLI to process and manipulate CityJSON files
• commonocean-drivability-checker — Drivability checker for CommonOcean scenarios.
• commonroad-reactive-planner — CommonRoad Reactive Planner: Sampling-based Frenet Planner
• commonroad-rl — Tools for applying reinforcement learning on commonroad scenarios.
• compas-triangle — COMPAS-firendly wrappers for the tTriangle library.
• curvey — Pythonic geometric processing of discrete planar closed curves
• dphox — no summary
• em_stitch — a python package for stitching EM images
• feabas — A python library for stitching & alignment of connectome datasets using finite-element method.
• FEMSections — Finite Element Method (FEM) in Python
• frenetix-motion-planner — Frenetix Motion Planner: Sampling-based Frenet Planner & Multi-agent CommonRoad Scenario Handler
• laserstudio — Python3 software for hardware evaluation
• nanomesh — Creates 3d meshes from microscopy experimental data
• napari — n-dimensional array viewer in Python
• ocsmesh — Package to generate computational unstructured meshes from planetary modeling.
• opstool — opstool: A Python package for structural analysis and visualization using OpenSeesPy
• pandamesh — From geodataframe to mesh
• pcg-gazebo — A Python package for rapid-prototyping and scripting of simulations for Gazebo
• PSHA — PSHA Analysis
• puppet-warp — Puppet Warp
• python-geometry — Geometry in Python.
• PythonSLM — Python Package for Additive Manufacturing and 3D Printing Development
• rastervision-core — A rastervision plugin that adds geospatial machine learning pipelines
• scene-synthesizer — Quickly generate a random articulated scene for robotics research and applications
• slideflow — Deep learning tools for digital histology
• structuralcodes — A Python package that contains models from structural design codes.
• temgymbasic — An educational TEM ray tracing package
• tokamesh — Python tools for constructing meshes and geometry matrices used in tomography problems
• trimesh — Import, export, process, analyze and view triangular meshes.
• ubcpdk — UBC Siepic Ebeam PDK from edx course
• volmdlr — A volume modeler computation-oriented. Include rendering bindings.