Reverse Dependencies of pyfftw

The following projects have a declared dependency on pyfftw:

• abTEM — no summary
• alpha-transform — Adaptive alpha shearlet transform for manifold-valued data
• amset — AMSET is a tool to calculate carrier transport properties from ab initio calculation data
• artis-tomo — Scientific Methods for tomography
• baseband-tasks — A package for radio baseband data reduction and analysis
• bayesdawn — a bayesian data augmentation algorithm
• bilby — A user-friendly Bayesian inference library
• biosemi-realtime — This python package allows real-time averaging in the time- and frequency-domain with SNR estimations.
• BioTEMPy — TEMPy: a Python Library for Assessment of 3D Electron Microscopy Density Fits
• cgsense2023 — Conjugate Gradient SENSE (CG-SENSE) MRI Reconstruction
• ColorTransferLib — This library provides color and tyle transfer algorithms which were published in scientific papers. Additionall a set of IQA metrics are available.
• craft-reconstruct — An Iterative Reconstruction Algorithm for Faraday Tomography.
• crystal-toolkit — no summary
• DDFacet — Facet-based radio astronomy continuum imager
• DeepSR — A Toolkit for Super Resolution with Deep Learning Algorithms
• dftpy — Python3 packages for Density Functional Theory
• dlg-lowpass-components — Awesome dlg_lowpass_components created by pritchardn
• drdmannturb — Mann turbulence modelling
• edftpy — Density Embedding Scheme with Python
• EMalign — EM align
• empyre — Electron Microscopy Python Reconstruction
• equolver — Development Status :: 4 - Beta
• fat-llama-fftw — fat_llama_fftw is a Python package for upscaling audio files to FLAC or WAV formats using advanced audio processing techniques. It utilizes cpu-accelerated calculations to enhance audio quality by upsampling and adding missing frequencies through FFT (Fast Fourier Transform), resulting in richer and more detailed audio.
• fluiddyn — Framework for studying fluid dynamics.
• fluidfft — Efficient and easy Fast Fourier Transform (FFT) for Python.
• fluidimage — Fluid image processing with Python.
• fluidsim — Framework for studying fluid dynamics with simulations.
• gadgetron — Python interface for Gadgetron
• GAKTpore — A stereological analysis tool for porous materials
• ghostipy — Signal processing and spectral analysis toolbox
• greedypy — Fast deformable registration in python
• hfoGUI — hfoGUI - a data visualization GUI for TINT data.
• holoaverage — Reconstruction and averaging of off-axis electron holograms as obtained by transmission electron microscopes.
• httomolibgpu — Commonly used tomography data processing methods at DLS.
• ifermi — Fermi surface plotting tool from DFT output
• kltpicker2 — KLT Picker: Particle picking using data-driven optimal templates
• kuramoto-util — package for Kuramoto model simulations
• LightPipes — LightPipes for Python optical toolbox
• LomPy — Local Multiscale Analysis of Marked Point Processes
• mdapy — A simple, fast and cross-platform python library to handle the data generated from molecular dynamics simulations.
• michael960-lib — base library for other packages by michael
• mintpy — Miami INsar Time-series software in PYthon
• mmfutils — Small set of utilities: containers and interfaces.
• mmspy — A Python package for querying and analysing data from the NASA Magnetospheric Multiscale (MMS) mission.
• needlefinder — Find occurrences of a needle image in a haystack image using multiprocessing and template matching.
• nrefocus — numerical focusing (refocusing, autofocusing) of complex wave fields
• nxs-analysis-tools — Reduce and transform nexus format (.nxs) scattering data.
• odl — Operator Discretization Library
• odtbrain — Algorithms for diffraction tomography
• omdenalore — AI for Good library
• optcom — Optical System Simulator
• oscsipm — Instruments to make photocounting statistics from histograms and raw oscillograms
• otk — Optics Tool Kit
• peegy — Tools to pipeline bulk analyses of EEG and other modalities.
• pfc-util — package for PFC (phase field crystal) simulations
• planfftw — Julia-inspired function planners around pyfftw
• powerbox — Create arbitrary boxes with isotropic power spectra
• properimage — Proper Astronomic Image Analysis
• ps-eor — Foreground modeling/removal and Power Spectra generation
• py-extrema — Find extrema and their mergers in N dimensional fields.
• pychi — Simulation package for the propagation of optical pulses in nonlinear media
• pycola3 — A Python/Cython N-body code, implementing the Comoving Lagrangian Acceleration (COLA) method in the temporal and spatial domains.
• pyeisen — PyEisen
• pylops — Python library implementing linear operators to allow solving large-scale optimization problems
• pyoperators — Operators and solvers for high-performance computing.
• PyPROPER3 — An optical wavefront propagation utility
• pypwdft — pypwdft
• pyqmri — Model-based parameter quantification using OpenCL and Python
• pysco-nbody — A Python library to run N-body simulations with modified gravity
• pysimulators — Tools to build an instrument model.
• pytalises — TALISES (This Ain't a LInear Schrödinger Equation Solver) is an easy-to-use Python implementation of the Split-Step Fourier Method, for numeric calculation of a wave function's time-propagation under the Schrödinger equation.
• pyvsnr — VSNR (Variational Stationary Noise Remover) algorithm in python
• pyzfn — micromagnetic post processing library
• qpretrieve — library for phase retrieval from holograms
• resistics — Robust magnetotelluric processing package
• rfpipe — Radio interferometric transient search pipeline for realfast
• rotsim2d — Simulate 2D rovibrational spectra of gas-phase molecular samples
• rSTSF — Fast, accurate and explainable time series classification through randomization
• sarkas — Sarkas - A Fast pure-python Molecular Dynamics suite for plasmas
• scarplet — A Python package for topographic template matching
• scikit-map — scikit-learn applied to mapping and spatial prediction
• SimLight — A tool helps your optical simulation.
• slippy — A python package for tribologists
• soothingsounds — Generate a variety of white/brown/pink noises good for relaxation
• spatialstats — Statistical routines to analyze the spatial structure of 2D and 3D spatial fields and particle distributions.
• sporco — Sparse Optimisation Research Code: A Python package for sparse coding and dictionary learning
• tmplmatching — Fast multitemplate matching with support for different sizes using numexpr / cupy / fftw / scipy / multiprocessing
• torusgrid — periodic fields with definite dimensions equipped with FFT operations
• toupy — Tomographic Utilities for Python
• tsml — A development sandbox for time series machine learning algorithms.
• turbustat — Statistics of Turbulence
• udft — Unitary discrete Fourier Transform (and related)
• ufss — Package for simulating nonlinear optical spectra
• ultrafastultrafast — Package for simulating nonlinear optical spectra
• velocileptors — Code for cosmological perturbation theory
• vsdfft — Collection of Discrete/Fast Fourier Transform VapourSynth functions
• wannierberri — Advanced tool for Wannier interpolation
• wfbase — Easy way to compute from first-principles various properties depending on the electronic structure of periodic solids.
• zeroset — Useful collection of features.
• zorroautomator — Zorro Automator - dose-fractionated image registrator