Reverse Dependencies of meshio

The following projects have a declared dependency on meshio:

• anabel — An end to end differentiable finite element framework.
• ashx — Geometry and mesh tools
• auron — no summary
• autopdex — An automized PDE solver for accelerators based on JAX
• b3p — Command line tools for preprocessing of wind turbine blade models
• BasicToolsFrozen — Tools for finite element computations - fork for pymicro
• bg-atlasapi — A lightweight python module to interact with atlases for systems neuroscience
• brainglobe-atlasapi — A lightweight python module to interact with and generate atlases for systems neuroscience.
• brainrender-napari — A napari plugin to render BrainGlobe atlases and associated data as layers.
• cad2vox — A python library to provide the user interface for the CudaVox library
• capytaine — Python BEM solver for linear potential flow, based on Nemoh
• cashocs — Computational Adjoint-Based Shape Optimization and Optimal Control Software
• catmaid-publish — Scripts for publishing data from CATMAID
• ciclope — Computed Tomography to Finite Elements
• coilpy — Plotting and data processing tools for plasma and coil
• coloria — Tools for color models
• colorio — Tools for color models
• composite-ufjc-scission-ufl-fenics — The Python package for the composite uFJC model with scission implemented in the Unified Form Language (UFL) for FEniCS.
• cubrium — Cube in Equilibrium
• CudaVox — Python bindings for a C++ library to convert mesh models into Voxel images with OpenMp and CUDA
• cvkit — Multiple view geometry and other Computer Vision algorithms implemented in Python.
• cytoskeleton-analyser — Examines simulated cell microtubules
• 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
• delaunay-watershed-3d — Geometrical reconstruction of cell assemblies from instance segmentations
• diffusive-solver — Package for solving systems of coupled diffusion equations
• dolfin-adjoint — High-level automatic differentiation library for FEniCS
• dolfin-estim — no summary
• dolfin-mech — no summary
• dolfin-warp — no summary
• dtcc-io — DTCC IO
• dualmesh — Python module for generating dual meshes
• fastvpinns — A fast tensor-driven variational physics-informed neural network library for solving PDEs.
• felupe — Finite Element Analysis
• femagtools — Python API for FEMAG
• femder — A simple acoustic FEM package
• femio — FEM I/O Tool
• fenics-pulse — A python library based on FEniCS that aims to solve problems in continuum mechanics, in particular cardiac mechanics
• fenics-smart — Spatial Modeling Algorithms for Reactions and Transport (SMART) is a high-performance finite-element-based simulation package for model specification and numerical simulation of spatially-varying reaction-transport processes in biological cells.
• feplot — A visualization tool for FElupe
• fieldcompare — Read and compare numerical data against reference data using exact, fuzzy or custom comparison operations. Simplify your regression testing pipeline.
• fractal-tree — Create a fractal tree over a surface discretized by triangles
• fteikpy — Accurate Eikonal solver for Python
• geolia — Geometry and mesh tools
• gmshModel — A mesh modeling interface to the Gmsh-Python-API
• gospl — A Python interface to perform Global Landscape Evolution Model
• gplugins — gdsfactory plugins
• gstools — GSTools: A geostatistical toolbox.
• gustaf — Process and visualize numerical-analysis-geometries.
• gyptis — Computational Photonics in Python
• h5massembly — Package to automagically convert step-gometries to h5m descriptions for neutronics by OpenMC
• hello-robot-stretch-body — Stretch Body low level Python API
• Helmi-FEM — Finite element method for solving the electromagnetic Helmholtz equation.
• HyPyP — The Hyperscanning Python Pipeline.
• hypysagas — Python Sensitivity Approximations for Geometric-Aerodynamic Surfaces
• imppy3d — IMPPY3D: A library for processing 3D image stacks
• jax-am — GPU-accelerated simulation toolbox for additive manufacturing based on JAX.
• jax-dips — Differentiable 3D interfacial PDE solvers written in JAX using the Neural Bootstrapping Method.
• kokiy — Utilities to work on 2D and 3D structured grids
• krak — KraK Python Library
• layermesh — Library for layered computational meshes
• lnmmeshio — Import and export from and to various mesh formats including dat files
• mdal — Mesh data processing
• meshplex — Fast tools for simplex meshes
• meshpro — Mesh tools for professionals
• meshtaichi-patcher — a mesh patcher for meshtaichi
• meshwell — GMSH wrapper, with integrated photonics focus
• meshx — A simple tool to convert mesh created from Gmsh to XDMF for use in FEniCS
• metaLattice — A Python package to model lattice metamaterials, using Abaqus.
• microgen — Microstructure generation and meshing
• morphr — no summary
• MpNM — My short description for my project.
• muspectre — µSpectre is an open-source platform for efficient FFT-based continuum mesoscale modelling
• naivefea — A simple python library for 2D finite element analysis.
• nanomesh — Creates 3d meshes from microscopy experimental data
• napari-meshio — I/O for mesh files.
• neatmesh — Finite Volume Mesh Quality Inspector
• NeuROM-Py — NeuROM, a NN-PGD architecture based on the HiDeNN Framework (Finite Element Neural Network Interpolation)
• nutils — Numerical Utilities for Finite Element Analysis
• ocellaris — A discontinuous Galerkin FEM solver for multiphase free surface flows
• ogs5py — ogs5py: a python API for OpenGeoSys5
• ogstools — A collection of Python tools aimed at evolving into a modeling toolchain around OpenGeoSys.
• open-darts — Delft Advanced Research Terra Simulator
• optimesh — Mesh optimization/smoothing
• orthopy — Orthogonal polynomials for Python
• orthopy-gpl — The last GPL version of orthopy, published as is
• paddlesci — A library for scientific machine learning
• polymesh — A Python package to build, manipulate and analyze polygonal meshes.
• polytex — PolyTex is an open-source toolkit for geometry modeling of fiber tow-based textiles based on volumetric images.
• porous-media — python package working with porous media
• pyadjoint-ad — High-level automatic differentiation library.
• pybullet-planning — a suite of utility functions to facilitate robotic planning related research on the pybullet physics simulation engine.
• pydelling — Package providing a variety of utility methods for mathematical modelling
• pydrex — Dynamic CPO calculations for olivine-enstatite polycrystal aggregates
• PyEFVLib — A library that facilitates the implementation of the Element-based Finite Volumes Method (EbFVM) to solve partial differential equations (PDEs)
• pyfedic — Digital Image (2D/3D) Correlation Software
• pyFEM — Python Finite Element Method
• PyFLOTRAN — Package to pre-process PFLOTRAN (and other software) files
• pyg3 — An end to end differentiable finite element framework.
• pygmsh — Python frontend for Gmsh