Reverse Dependencies of vtk

The following projects have a declared dependency on vtk:

• 3D-MCMP-MRT-LBM — A 3D multicomponent multiphase lattice Boltzmann solver with a Multi-Relaxation-Time collision scheme and a sparse storage structure
• abinitostudio — A studio for first-principles calculations.
• abm-shape-collection — Collection of tasks for analyzing cell shapes.
• aicsimageprocessing — A generalized scientific image processing module from the Allen Institute for Cell Science.
• aicsshparam — Spherical harmonics parametrization for 3D starlike shapes
• air-sans — A trame application for analysis, inspection, and reduction of multi-detector data produced by the Small-Angle Neutron Scattering (SANS) instruments.
• ansys-dynamicreporting-core — Python interface to Ansys Dynamic Reporting
• ansys-geometry-core — A python wrapper for Ansys Geometry service
• ansys-mapdl-core — A Python wrapper for Ansys MAPDL.
• ansys-mapdl-reader — Pythonic interface to files generated by MAPDL
• ansys-math-core — A Python wrapper for PyAnsys Math libraries.
• ansys-sound-core — A Python wrapper for Ansys DPF Sound.
• archaea-simulation — Wrapper definitions for simulation tools.
• asd-gui — The UppASD GUI
• AstroVascPy — Simulating blood flow in vasculature
• b3p — Command line tools for preprocessing of wind turbine blade models
• BasicToolsFrozen — Tools for finite element computations - fork for pymicro
• bcdi — BCDI: tools for pre(post)-processing Bragg and forward coherent X-ray diffraction imaging data
• bheEASyMesh — Tool for creating FE-meshes for bhe simulations
• birdbrain — Tools for using the songbird brain atlas
• blockbuilder — Block building application
• Bonsu — Bonsu - The Interactive Phase Retrieval Suite
• bquadpy — Numerical integration, quadrature for various domains
• brainglobe-template-builder — Build unbiased anatomical templates from individual images
• brainview — Visualize morphometry neuroimaging data on 3D brain meshes.
• cad-to-dagmc — Converts CAD files to a DAGMC h5m file
• calcam — Spatial calibration tools for science & engineering camera systems.
• cardio — A simple web-based viewer for 4D ('cine') medical imaging data.
• castep2fs — CASTEP utility for calculating Fermi surfaces and related properties.
• cbig-network-correspondence — A toolbox for exploring network correspondence across atlases
• chunky3d — A 3D array-like NumPy-based data structure for large sparsely-populated volumes
• ciclope — Computed Tomography to Finite Elements
• cloud-volume — A serverless client for reading and writing Neuroglancer Precomputed volumes both locally and on cloud services.
• cosipymodel — Coupled snowpack and ice surface energy and mass balance model in Python.
• crashs — CRASHS: Cortical Reconstruction for Automated Segmentation of Hippocampal Subfields (ASHS)
• cyto-dl — Collection of representation learning models, techniques, callbacks, utils, used to create latent variable models of cell shape, morphology and intracellular organization.
• d3dslic3r — DED SLICER
• damask — DAMASK processing tools
• dandeliion-client — Client for accessing Dandeliion services
• dash-vtk — React based declarative usage of vtk.js for Dash
• deformetrica — Software for the statistical analysis of 2D and 3D shape data.
• dicom2stl — A script to extract an iso-surface from a DICOM series to produce an STL mesh.
• discretisedfield — Python package for the analysis and visualisation of finite-difference fields.
• discretize — Discretization tools for finite volume and inverse problems
• disptools — Generate displacement fields with known volume changes
• dive-mri — The Diffusion Visualization Explorer (DiVE) Tool
• dolfin-mech — no summary
• dolfin-warp — no summary
• dsbundle — Streamline your data science setup with dsbundle in one effortless install.
• dtumathtools — A plotting package for the Mathematics 1 course at the Technical University of Denmark
• easy-mitk — An easy-to-use Medical Imaging ToolKit
• ElasticityProject — A collection of classes and routines to help the treatment and presentation of single and polycrystal elastic properties
• enaml — Declarative DSL for building rich user interfaces in Python
• epygram — EPyGrAM : Enhanced Python for Graphics and Analysis of Meteorological fields
• ergodicity — A Python library for ergodicity economics and time-average analysis.
• ESINet — Solves the M/EEG inverse problem using artificial neural networks with Python 3 and the MNE library.
• fealpy — FEALPy: Finite Element Analysis Library in Python
• feapack — A finite element analysis package for solids using Python.
• febid — FEBID process simulator
• femagtools — Python API for FEMAG
• femio — FEM I/O Tool
• FLApy — Forest Light availability heterogeneity Analysis in Python
• flopy — FloPy is a Python package to create, run, and post-process MODFLOW-based models
• fluvial-particle — Lagrangian particle-tracking for fluvial environments.
• fractaldna — FractalDNA is a Python package built to generate DNA geometries for simulations
• frd2vtu — converter from calculix frd to vtu
• fury — FURY - Free Unified Rendering in pYthon. A free and open-source software library for Scientific Visualization and 3D animations
• gadopt — A computational platform for inverse geodynamics
• genepy3d — Python Library for 3D Quantitative Geometry in Computation Microscopy
• GeodeApp-Viewer — GeopeApp-Viewer is the viewer microservice of the GeodeApp
• georges-core — Georges' accelerator physics library - Core
• gias3.mesh — Common modules for GIAS3
• glenoidplanefitting — implements a plane fitting algorithm to read a vtk polydata file and outputs fitted plane
• gospl — A Python interface to perform Global Landscape Evolution Model
• gvec-to-python — Parse GVEC output in Python
• h5cross — Helper tools to handle H5 files
• h5utils — Utilities to work with HDF5 files. Notably includes h5tovts, which converts HDF5 files to structured VTK files for visualization with VTK-aware programs.
• harmonica — Forward modeling, inversion, and processing gravity and magnetic data
• harvester-curator — A package for harvesting, curating and uploading metadata.
• heartFEM — Optimization of patient specific heart model with myocardium FEM and cardiovascular network Windkessel.
• hf-deepali — Image, point set, and surface registration library for PyTorch.
• honeybee-vtk — Honeybee extension for translating HBJSON to VTK
• IFEM-to-VT — Convert between different mesh data formats
• ifermi — Fermi surface plotting tool from DFT output
• ifoam — Python Interface to OpenFOAM Case (Configured Using YAML)
• ifree — i love freedom, free my hand.
• image-analysis — Python-based software for XRD data analysis.
• image-analysis-util — Scientific image exploration software for multidimensional datasets.
• imppy3d — IMPPY3D: A library for processing 3D image stacks
• imsconvert — For converting IMS structures to XML
• ipygany — Scientific Visualization in Jupyter
• itk-vtkglue — This module contains classes that bridge and ITK and VTK image processing and visualization pipeline.
• jdvv — Jupyter Dash Viewer for VTK
• JHVIT — Code to perform seismic hypocenter location on tetrahedral meshes
• jupedsim — JuPedSim is an open source pedestrian dynamics simulator
• krak — KraK Python Library
• ladybug-vtk — Provides methods for translating ladybug-geometry objects to VTK PolyData.
• lbaf — Analysis framework for exploring, testing, and comparing load balancing strategies
• lightquakevisualizer — A collection of scripts to visualize SeisSol output using pyvista
• lithikos — A package supporting analysis of stone tools.