Reverse Dependencies of trimesh

The following projects have a declared dependency on trimesh:

• 3DJCG-3Dvisual-question-answering — 3DJCG Models
• abm-shape-collection — Collection of tasks for analyzing cell shapes.
• AeroSandbox — A Python 3 package for playing around with aerodynamics ideas related to vortex lattice methods, coupled viscous/inviscid methods, automatic differentiation for gradient computation, aircraft design optimization, and the like. Work in progress!
• aind-mri-targeting — Tools to plan and execute MRI-guided targeting experiments
• aind-mri-utils — MRI utilities library for aind teams.
• AITViewer — Viewing and rendering of sequences of 3D data.
• alphashape — Toolbox for generating alpha shapes.
• altprint — Alternative 3d printing
• amon.wayfinder — no summary
• anemoi-graphs — A package to build graphs for data-driven forecasts.
• arctic-ai — Python package for Arctic Workflow. Mirrors jupyter developments.
• AstroVascPy — Simulating blood flow in vasculature
• automatic-actions — Test lib for automatic actions.
• avalon-rl — Avalon: A Benchmark for RL Generalization Using Procedurally Generated Worlds
• balanna — Visualization Tools for Humans and Stuff
• banc — Tools for the GridTape-TEM dataset of an adult female fly's Brain And Nerve Cord
• basic-robotics — Basic Robotics Toolbox Developed in FASER Lab
• bevis3d — A web-based 3D visualization tool for 3D computer vision.
• bfieldtools — Open-source Python software for magnetic field modeling
• bikinibottom — Take pixels from a cloudvolume and push it somewhere else
• bio-pyvol — a PyMOL plugin and python package for visualization, comparison, and volume calculation of protein drug-binding sites
• blender-tissue-cartography — Pipeline for tissue extraction and analysis of surfaces from volumetric mircroscopy data using blender
• blenderless — Blenderless is the python package for easy headless rendering using blender.
• blendify — Python rendering framework for Blender
• body-measurements — It allows us to measure the human body generated by SMPL model.
• brain-slam — Surface anaLysis And Modeling
• brainextractor — brain extraction in python
• brainstat — A toolbox for statistical analysis of neuroimaging data
• brax — A differentiable physics engine written in JAX.
• brep-to-h5m — Converts Brep CAD geometry files to h5m geometry files compatible with DAGMC simulations
• brom_drake — A set of convenient logging and testing tools for the Drake robotics toolbox.
• cad-to-dagmc — Converts CAD files to a DAGMC h5m file
• CAD-to-OpenMC — Package to automagically convert step-geometries to h5m descriptions for neutronics by OpenMC
• cajal — A library for multi-modal cell morphology analyses using Gromov-Wasserstein (GW) distance.
• cellpack — algorithm to pack molecular recipes
• cellshape-helper — 3D shape analysis using deep learning
• cerc-geometry — CERC Geometry Library with different modules to manipulate geometric objects
• Cerebro-Viewer — Cerebro Viewer - A pythonic 3D viewer to visualize and plot brains
• cgal-pybind — Python bindings for some CGAL classes
• checkifc — A package to work with IFC meshes
• chemscad — GUI application for the creation of Reactionware.
• chmpy — Molecules, crystals, promolecule and Hirshfeld surfaces using python.
• cloudrender — An OpenGL framework for pointcloud and mesh rendering
• clump-python — This Python library provides tools for creating and examining clumps using techniques: the Euclidean Distance Transform, Favier, and Ferellec-McDowell. It allows for the efficient generation of clumps and the extraction of their surfaces.
• cmlibs.importer — CMLibs Import functions.
• cnceye — CMM python library
• co2tools — Easily automate generating 3D models from DXF files and merge DXF files for CO2 laser cutting
• colour-science — Colour Science for Python
• combinatorial-peptide-pooling — TCR deorphanization using combinatorial pooling strategy
• compas-cem — The Combinatorial Equilibrium Modeling framework for COMPAS
• composed-trackers — Trackres adapters and interfaces
• compositionspace — APT analysis tools
• copepodTCR — COmbinatorial PEptide POoling for TCR specificity
• copick — Definitions for a collaborative cryoET annotation tool.
• cpas-toolbox — Toolbox to evaluate categorical pose and shape estimation
• CraftSlicer — A portal from reality to Minecraft
• dagmc-bounding-box — Find the bounding box and other related properties of a DAGMC h5m file
• dagmc-geometry-slice-plotter — A minimal Python package for creating plots of slices through DAGMC geometry
• datasci-stdlib-tools — Utility functions for commonly used data science packages (numpy, pandas, etc) and generic python utility functions
• delaunay-watershed-3d — Geometrical reconstruction of cell assemblies from instance segmentations
• demosys-py — Modern OpenGL 3.3+ Framework inspired by Django
• dex_retargeting — Hand pose retargeting for dexterous robot hand.
• differentiable-voronoi — differentiable Voronoi tessellation
• diffrp — Differentiable Render Pipelines with PyTorch.
• docarray — The data structure for multimodal data
• dpdprops — Mapping between DPD parameters and fluid properties.
• dphox — no summary
• dpm-tools — A collection of tools and workflows to streamline the processing and visualization of porous media images.
• dreifus — dreifus lifts your 3D camera experience and facilitates computer vision applications
• dtcc-viewer — DTCC Viewer
• dvidtools — Fetch data from DVID server
• dvis — The best web-based visualizer
• echosms — Acoustic backscattering models used in aquatic ecosystem research
• engscript — EngScript is an experimental library aiming to provide fast OpenSCAD-like, python tool, with integrated rendering and assembly capabilities
• f3ast — FEBID 3D Algorithm for Stream File Generation (F3AST)
• fafbseg — Tools to work with auto-segmented FAFB data
• famudy-data — <<<ENTER_DESCRIPTION>>>
• fanc-fly — Tools for the Female Adult Nerve Cord Drosophila EM dataset
• fastai-sparse — Fastai extention for sparse 2D-3D like pointclouds and triangle meshes
• fastdev — Type less, code more
• fbxloader — utility to read fbx file
• fdtdx — A JAX framework for the finite-difference time-domain (FDTD) method for solving Maxwell's equations with a focus on inverse design of photonic devices.
• FE-3DGQA — FE-3DGQA Model
• FLAME-PyTorch — PyTorch implementation of the 3D FLAME model.
• flitter-lang — Flitter is a functional programming language and declarative system for describing 2D and 3D visuals
• foambryo — Tension inference for 3D cell assemblies
• framesh — Local reference frame algorithms for meshes
• fslpy — FSL Python library
• gdsfactory — python library to generate GDS layouts
• gdsfactoryplus — GDSFactory+: adds powerful features such as foundry PDKs, simulations, and verification tools like DRC and LVS.
• genepy3d — Python Library for 3D Quantitative Geometry in Computation Microscopy
• geogeometry — A Python geometrical library made for geotechnical engineering.
• geomapi — A standard library to manage geomatic data
• geotaichi — A Taichi-powered high-performance numerical simulator for multiscale geophysical problems
• GGTS — This library allows to compress, visualize, generate and process sequences of geographic locations.
• glover — An Open**GL** Lay**over** library built on top of vispy for plotting BSB entities.
• gplugins — gdsfactory plugins
• gr-urchin — URDF parser and manipulator for Python
• graph-weather — Weather Forecasting with Graph Neural Networks
• graspnetAPI — graspnet API