Reverse Dependencies of lmfit

The following projects have a declared dependency on lmfit:

• AegeanTools — The Aegean source finding program, and associated tools.
• APAV — A Python library for Atom Probe Tomography analysis
• arpes — Modular data analysis code for angle resolved photoemission spectroscopy (ARPES)
• astro-gleam — Galaxy Line Emission and Absorption Modeling
• astroslam — A forward model using SVR to estimate stellar parameters from spectra.
• astrosn — Supernova analysis library by @emirkmo
• atus — no summary
• automutualinformation — Auto Mutual Information (Sequential Mutual Information) for temporal data.
• bcdi — BCDI: tools for pre(post)-processing Bragg and forward coherent X-ray diffraction imaging data
• bec-dap — BEC service for data processing
• bec-lib — BEC library
• bec-server — BEC server
• becquerel — Tools for radiation spectral analysis.
• beep — beep is a python package supporting Battery Estimation and Early Prediction of battery cycle life.
• bioscrape — Biological Stochastic Simulation of Single Cell Reactions and Parameter Estimation
• bluebonnet — Scaling solutions for production analysis from unconventional oil and gas wells
• bluesky — Experiment specification & orchestration.
• CaliPytion — Data model and standard curve functionalities for calibration data
• catalax — A JAX-based framework for (neural) ODE modelling in biocatalysis.
• celldetective — description
• cellpy — Extract and manipulate data from battery data testers.
• chemex — An analysis program for chemical exchange detected by NMR
• chipipexample — A simple example of a Python package
• clophfit — Cli for fitting macromolecule pH titration or binding assays data e.g. fluorescence spectra.
• co2mpas — The Type-Approving vehicle simulator predicting NEDC CO2 emissions from WLTP
• co2mpas-dice — no summary
• co2mpas-driver — A lightweight microsimulation free-flow acceleration model(MFC) or co2mpas_driver is a model that is able to capture the vehicle acceleration dynamics accurately and consistently
• confitti — Fit conic sections (ellipse, parabola, hyperbola) to a set of 2d points
• continuous-peak-fit — Fits azimuth/time dependency of peaks with Fourier Series descriptions
• controlSBML — Control analysis of SBML models
• correlated-ts-ci — Estimate confidence intervals in means of correlated time series with a small number of effective samples (like molecular dynamics simulations). If your time series is long enough that the standard error levels off completely as a function of block length, then this method is overkill and simply using a block bootstrap sampling with a sufficiently large block length is probably sufficient.
• covid-seird — A small package that implements the SEIRD Epidemiological Model on COVID-19 data.
• cryoCAT — Contextual Analysis Tools for CryoET
• curveball — Predicting competition results from growth curves
• D47crunch — Standardization and analytical error propagation of Δ47 and Δ48 clumped-isotope measurements
• darkgreybox — DarkGreyBox: An Open-Source Data-Driven Python Building Thermal Model Inspired By Genetic Algorithms and Machine Learning
• data-analysis-tools — Tools to read and analyse data files and Qudi data files.
• ddeq — Algorithms for data-driven detection and quantification of hot spot emissions in satellite observations.
• ddmtools — A Python library for doing differential dynamic microscopy on polydisperse samples
• demerge — DESHIMA merge code for observed datasets
• deshima-sensitivity — Sensitivity calculator for DESHIMA-type spectrometers
• DiadFit — DiadFit
• DiffCapAnalyzer — A package for the quantitative analysis of differential capacity data!
• dioptas — GUI program for reduction and exploration of 2D X-ray diffraction data
• dlsopticscore — A collection of functions and methods for calculations and analysis related to X-ray optical design.
• dylab — An internal toolbox package used for analyzation data of an ultracold atom experiment.
• easyScienceCore — Generic logic for easyScience libraries
• EIS-Fitting-Yang — CNLS fitting for EIS spectra
• emgfit — Fitting of time-of-flight mass spectra with Hyper-EMG models
• emsigma — spectral interpretation using gaussian mixtures and autoencoder
• eNMRpy — nmrglue-based package for the import and analysis of electrophoretic NMR-data
• EnzymePynetics — Parameter estimation for enzyme kinetics.
• epicsapps — PyEpics Applications
• epistasis — A Python API for estimating statistical high-order epistasis in genotype-phenotype maps.
• erlab — Python package for ARPES data analysis and visualization.
• espm — Electron SPectro-Microscopy Python Library
• etabackend — Extensible Timetag Analyzer
• ewstools — Python package to compute early warning signals (EWS)
• ExMechEva — Evaluation of experimental mechanics data
• exoctk — Observation reduction and planning tools for exoplanet science
• EXOTIC — EXOTIC: EXOplanet Transit Interpretation Code
• extrack — SPT kinetic modelling and states annotation of tracks
• fastddm — A Python/C++ library for the analysis of Differential Dynamic Microscopy experiments
• fba-quant — FBA Quant
• femagtools — Python API for FEMAG
• fepydas — felix' python data analysis suite
• fetchsep — Identify SEP elevations above background in a time series (idsep) and analyze events individually (opsep)
• finnpy — Toolbox for the analysis of electrophysiological data
• fipt — A python module to analyze fast impedance tortuosity measurements.
• fitpy — Framework for fitting models to (spectroscopic) data.
• fitspy — Fitspy: a generic tool to fit spectra in python
• fitterpp — Fitter parameters for an SBML model
• flaremodel — A simple one zone code that can do many different flavours of flares
• flimage — library for manipulating fluorescence microscopy series data
• flowchem — Flowchem is a python library to control a variety of instruments commonly found in chemistry labs.
• fluo — Fluorescence in time domain toolkit.
• forest-benchmarking — QCVV and Benchmarking
• fraggler — Fragment Analysis package in python!
• fredtools — FRED tools is a collection of python functions for image manipulation and analysis. See more on https://github.com/jasqs/FREDtools.
• ftirfit — Fitting FTIR data.
• fuefit — *fuefit* fits engine-maps on physical parameters
• functions26 — Supporting functions for Fu lab 26 room
• g80sxm — Analyse and create figures for Nanonis SPM data
• gaussidan — no summary
• geobipy — Markov chain Monte Carlo inversion
• georges — Georges' accelerator physics library - Core
• glasspy — Python module for scientists working with glass materials
• glassure — API and GUI for analysis of X-ray total scattering data
• glotaran — The Glotaran fitting engine.
• GMMClusteringAlgorithms — OBSOLETE. This package is no longer maintained because it has been replaced by the package piicrgmms.
• gs-quant — Goldman Sachs Quant
• gxps — XPS analysis
• gxusthjw — the python libraries of gxusthjw.
• h5analysis — Library to analyse, plot, and export data stored in HDF5 files.
• hxrsnd — Python controls suite for HXRSnD
• hydrating — fitting hydrological stage discharge rating curves
• hypermat — Hyperelastic formulations using an algorithmic differentiation with hyper-dual numbers in Python
• icepy4d — 4D Image-based Continuos monitoring of glaciers Evolution with low-cost stereo-cameras and Deep Learning photogrammetry.
• icesat2waves — Tools to analyze wave tracks using icesat2 data
• identifiability — Parameter identifiability analysis in Python