Reverse Dependencies of mayavi

The following projects have a declared dependency on mayavi:

• abinitostudio — A studio for first-principles calculations.
• anipose — Framework for scalable DeepLabCut based analysis including 3D tracking
• astro-synthesizer — Generate astronomical synthetic observations from the command-line
• BDSpaceVis — Mayavi based visualisation tools for BDSpace package
• blockdiagram — Module for creating block diagrams and other three-dimensional displays from stratigraphic models
• brainview — Visualize morphometry neuroimaging data on 3D brain meshes.
• building3d — Towards 3D building physics modeling
• ela — A Python package for exploratory lithology analysis
• ElasticityProject — A collection of classes and routines to help the treatment and presentation of single and polycrystal elastic properties
• empyre — Electron Microscopy Python Reconstruction
• enable — low-level drawing and interaction
• femio — FEM I/O Tool
• fractaldna — FractalDNA is a Python package built to generate DNA geometries for simulations
• gias3.mapclientpluginutilities — Common modules for GIAS3
• gias3.visualisation — Visualisation modules for GIAS3
• gps-helper — GPS helper module
• ifermi — Fermi surface plotting tool from DFT output
• img-pipe — Image processing pipeline for localization and identification of electrodes for electrocorticography
• LoadsKernel — The Loads Kernel Software allows for the calculation of quasi-steady and dynamic maneuver loads,
• magellanmapper — 3D atlas analysis and annotation
• mlabtex — mlabtex: A renderer for latex code in mayavi.
• mne-kit-gui — A module for KIT MEG coregistration.
• netneurotools — A toolbox for network neuroscience
• netneurotools-scipyfix — Commonly used tools in the Network Neuroscience Lab
• ogs5py — ogs5py: a python API for OpenGeoSys5
• orbitsim — 3D orbit simulation visualisation tool
• PanelAero — An Implementation of the Vortex Lattice and the Doublet Lattice Method.
• PCA2 — Point Cloud Alignment with PCA
• pyFCST — python library developed for use with OpenFCST
• pyforestscan — UAV image analysis for forest ecology
• pygdmUI — A python full-field electrodynamical solver, based on the Green dyadic method (volume integral technique in frequency domain).
• pymech — A Python suite of routines for Nek5000 and Simson.
• pyposeidon-viz — no summary
• pysurfer — PySurfer: cortical surface visualization using Python.
• qmsolve — A module for solving and visualizing the Schrödinger equation
• Roots — Grows artificial axon arbors based on morphometrics extracted from full axon reconstructions.
• sas-cvpy — SAS Computer Vision Interface
• scikit-vector-fields — A package to perform vector field computations
• simsopt — Framework for optimizing stellarators
• smart-arabidopsis-traits — Extract geometric traits from top-view images of plants.
• spiffy — Space Interferometer Python Framework
• stratigraph — A Python module for stratigraphic visualization and analysis
• supersolids — Simulate and animate supersolids.
• tietoolbox — Basic ESRI ArcMap/ArcGis Pro TIE Toolbox to perform Trace Information Extraction (TIE) Analysis.
• tvtk-visualiser — A lightweight wrapper over tvtk for visualization without using mayavi.
• untie — Trace Information Extraction (TIE) library
• vathos — Vathos Python API.
• wythoff-construct — Constructs and visualizes hyperdimensional polytopes created using Wythoff construction
• xbout — Collect data from BOUT++ runs in python using xarray
• xemc3 — Collect data from EMC3 runs in python using xarray
• yby-list — yanbingyang personal packages
• zonarPy — Read and process Zooglider Zonar data