Reverse Dependencies of PyEVTK

The following projects have a declared dependency on PyEVTK:

• antmocdata — A package for ANT-MOC data manipulation.
• coexist — Learning simulation parameters from experimental data, from the micro to the macro, from the laptop to the cluster.
• coilpy — Plotting and data processing tools for plasma and coil
• compositionspace — APT analysis tools
• finam — FINAM is not a model.
• genepy3d — Python Library for 3D Quantitative Geometry in Computation Microscopy
• gstools — GSTools: A geostatistical toolbox.
• hyvr — A python package for simulating hydrogeological virtual realities
• idrlnet — IDRLnet
• jax-dips — Differentiable 3D interfacial PDE solvers written in JAX using the Neural Bootstrapping Method.
• lbmpy — Code Generation for Lattice Boltzmann Methods
• mckit-meshes — Python tools to work with MCNP meshtallies and weight meshes.
• mindelec-ascend — A mindelec framework for electromagnetic simulation
• mindscience-mindelec-ascend — A mindelec framework for electromagnetic simulation
• mtpy-v2 — Python toolkit for standard magnetotelluric data processing.
• open-darts — Delft Advanced Research Terra Simulator
• paddlesci — A library for scientific machine learning
• porespy — A set of tools for analyzing 3D images of porous materials
• pygeostat — Python interface for geostatistics
• pyMOR — Library for building model order reduction applications with Python
• pymytools — Tools used in my pystops project.
• pynoddy — Python wrappers for kinematic geological simulations with Noddy
• pysdm — Pythonic particle-based (super-droplet) warm-rain/aqueous-chemistry cloud microphysics package with box, parcel & 1D/2D prescribed-flow examples in Python, Julia and Matlab
• pystencils — Speeding up stencil computations on CPUs and GPUs
• remin — PINN solver implemented in Pytorch
• s3dxrd — Tools for intragranular strain estimation with s3dxrd data.
• seidart — seidarT is a 2 and 2.5d seismic and electromagnetic modeling suite.
• simsopt — Framework for optimizing stellarators
• sphcpy — Wrappers and tools for reading and plotting p.XX data from SPHC
• volumential — Volume potential computation powered by FMM.