Reverse Dependencies of pyvista

The following projects have a declared dependency on pyvista:

• grad-descent-visualizer — A package for visualizing test functions and gradient descent.
• graphlow — graphlow provides graph processing features for physical simulation data (e.g., mesh).
• gref4hsi — A Python package for for georeferencing and orthorectifying hyperspectral imagery
• gstools — GSTools: A geostatistical toolbox.
• gyptis — Computational Photonics in Python
• haptic-harness-generator — Software to easily generate parameterized tiles for haptic harnesses
• harmonica — Forward modeling, inversion, and processing gravity and magnetic data
• harvester-curator — A package for harvesting, curating and uploading metadata.
• hidimstat — High-dimensional statistical inference tools for Python
• hipsta — A python package for hippocampal shape and thickness analysis
• homcloud — HomCloud, persistent homology based data analysis package
• hsa-pyelastica — A plugin to PyElastica for the simulation of robots based on Handed Shearing Auxetics (HSAs).
• HyperCoast — A Python package for processing hyperspectral data in coastal regions
• hyve — Interactive and static 3D visualisation for functional brain mapping
• imod — Make massive MODFLOW models!
• imppy3d — IMPPY3D: A library for processing 3D image stacks
• interactive-publishing — Templates and tools for creating interactive figures and interactive text for publishing in EPUB3/HTML5.
• invert4geom — Constrained gravity inversion to recover the geometry of a density contrast.
• invertmeeg — A high-level M/EEG Python library for EEG inverse solutions
• jax-sph — JAX-SPH: Smoothed Particle Hydrodynamics in JAX
• jp-mesh — A package for 3D mesh processing and analysis
• kikuchipy — Processing, simulating, and indexing of electron backscatter diffraction (EBSD) patterns
• kokiy — Utilities to work on 2D and 3D structured grids
• konigcell — Quantitative, Fast Grid-Based Fields Calculations in 2D and 3D - Residence Time Distributions, Velocity Grids, Eulerian Cell Projections etc.
• krak — KraK Python Library
• lagrangebench — LagrangeBench: A Lagrangian Fluid Mechanics Benchmarking Suite
• leafmap — A Python package for geospatial analysis and interactive mapping in a Jupyter environment.
• lightquakevisualizer — A collection of scripts to visualize SeisSol output using pyvista
• LoopStructural — 3D geological modelling
• loopstructuralvisualisation — 3D geological modelling
• lwsspy.meshslice — Slicer for 3D Meshes.
• magnumnp — magnum.np finite-difference package for the solution of micromagnetic problems
• magpylib — Free Python3 package to compute magnetic fields.
• mapdl-archive — Pythonic interface to MAPDL archive files.
• matengine — A library for material discovery
• materialsml — A Machine Learning package for materials informatics
• MechElastic — A Python library to calculate elastic properties of materials.
• mechviz — MechViz -- Python-based toolkit for the analysis and visualization of mechanical properties of materials
• mesh-kit — no summary
• MeshEditor — A package for editing and landmarking meshes
• meshpro — Mesh tools for professionals
• metalpy — Essential tools and libraries for SimPEG and related workflows.
• microgen — Microstructure generation and meshing
• miningpy — python tools for mining engineering
• mne-bids-pipeline — A full-flegded processing pipeline for your MEG and EEG data
• mne-connectivity — mne-connectivity: A module for connectivity data analysis with MNE.
• mne-gui-addons — MNE-Python GUI addons.
• mne-kit-gui — A module for KIT MEG coregistration.
• mne-vision — MNE Vision is a GUI for MNE
• MPSPlots — A matplotlib wrapper for defered plots and plotting styles.
• mskt — vtk helper tools/functions for musculoskeletal analyses
• multical — Flexible multi-camera multi-board camera calibration library and application.
• MultiMM — A tool for chromatin modeling from nucleosomes to chromosomal territories.
• nannos — Fourier Modal Method for multilayer metamaterials
• nanomesh — Creates 3d meshes from microscopy experimental data
• napari-sc3D-viewer — A plugin to visualize 3D single cell omics
• nastranio — no summary
• navinibs — Software for neuronavigated non-invasive brain stimulation
• neuralmag — NeuralMag is a micromagnetic GPU code implementing the nodal FD discretization
• NeuROM-Py — NeuROM, a NN-PGD architecture based on the HiDeNN Framework (Finite Element Neural Network Interpolation)
• neurovista — Python package for plotting neural morpholgies with PyVista.
• nextnanopy — Useful tools to interface the nextnano software (https://www.nextnano.com/)
• nheri-simcenter — NHERI SimCenter Python Dependencies
• ntrfc — Numerical Test Rig for Cascades. A workflows-library for CFD analysis of cascade-flows
• nvidia-modulus — A deep learning framework for AI-driven multi-physics systems
• nx3d — A 3D plotting library for networkx
• obpcreator — Generation of open beam path files based on different strategies
• odb-plotter — Python3 API for Abaqus .odb Files and related Command Line Visualization Tool. Focused on Additive Manufacturing Thermal Transfer
• ofegplots — OpenFOAM postprocessing using pyvista and matplotlib
• ogstools — A collection of Python tools aimed at evolving into a modeling toolchain around OpenGeoSys.
• omfvista — 3D visualization for the Open Mining Format (omf)
• openfdem — Wheel file of openfdem modules 4.1
• OpenMEASURE — Python package for soft sensing applications
• OpenSimula — Component-based time simulation environment in Python
• opstool — openseespy toolbox
• pallet-sim — Pallet simulation library developed at THWS
• pan3d — Utility package for processing and visualizing 3D datasets
• panel — A high level app and dashboarding solution for Python.
• phasefieldx — PhaseFieldX: An Open-Source Framework for Advanced Phase-Field Simulations
• phenotastic — 3D plant phenotyping.
• phlower — This is a Python package which helps you handle GNN especially for physics problems.
• pistl — Python library to generate STL format files for common shapes and geometries.
• 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
• postopus — Postopus (the POST-processing of OctoPUS data) is an environment, written in python, that can help with the analysis of data that was computed using the Octopus package.
• proteusPy — proteusPy - Protein Structure Analysis and Modeling Tools
• protis — Plane Wave Expansion method for photonic crystals
• provis — Protein Visualization Library in Python
• psipy — Tools for working with PSI MHD models.
• PteraSoftware — This is an open-source, unsteady aerodynamics solver for analyzing flapping-wing flight.
• PVGeo — Geoscientific visualization tools for PyVista
• py-caelus — Caelus Python Library
• PyACVD — Uniformly remeshes surface meshes
• pyaedt — High-level Python API for Ansys Electronics Desktop Framework
• pyansys-tools-report — PyAnsys Tools Report package.
• PyAWD — A Pytorch dataset for Acoustic Wave Propagation
• pybaqus — no summary
• pyCamSet — Object oriented cameras for computer vision
• pycathy — pyCATHY is a Python package to create, run, and post-process CATHY forward and inverse models.