Reverse Dependencies of lmfit
The following projects have a declared dependency on lmfit:
- icesat2waves — Tools to analyze wave tracks using icesat2 data
- identifiability — Parameter identifiability analysis in Python
- ImageD11 — ImageD11
- impedancefitter — Library for fitting impedance data to equivalent circuit models.
- instamatic — Python program for automated electron diffraction data collection
- ivfit — Interactive, visual, fitting toolkit
- jupyter-Pandas-GUI — Pandas expression composers using Jupyter widgets.
- KiMoPack — A comprehensive package for the analysis of kinetic data.
- KiMoPack-noqt — A comprehensive package for the analysis of kinetic data.
- klassez — A collection of functions for NMR data handling.
- kMap — Display, modify and analyse ARPES experiments and DFT simulations.
- ktaga-lab — Drivers for the experimental setup and tools for data acquisition and analysis.
- labcodes — Simple routines for superconducting quantum circuits.
- labeva — ETs Laboratory Evaluation Suit
- labtool-ex2 — Lab-Tool - A Python based lab-data visualization tool
- langmuir-trough — Controls and collects data from Gutow Lab Langmuir Trough.
- leosatpy — LEOSatpy is a highly-automated end-to-end pipeline for the reduction, calibration, and analysis of Low Earth Orbit Satellite observations from various telescopes.
- lightcurves — A package to analyze variability in light curves/ time series
- lime-stable — Line measuring algorithm for astronomical spectra
- LineDetect — A pipeline for detecting spectral lines in spectra
- LiquidDiffract — Liquid structure/total X-ray scattering analysis
- lmfit — Least-Squares Minimization with Bounds and Constraints
- lmfit-varpro — A variable projection implementation for Python/lmfit.
- locan — Analysis software for single-molecule localization microscopy
- maddaq — A collection of python scripts to access maddaq data.
- magCalEM — A program to calibrate the pixel size of cryoEM data
- MarkovAnalyzer — Automate Markov Process Characterization
- mcetl — A small-scale Extract-Transform-Load framework focused on materials characterization.
- mcfine — Muli-component, hyperfine fitting tool
- mcorr — Inferring recombination rates from correlation profiles
- memtorch — A Simulation Framework for Memristive Deep Learning Systems
- memtorch-cpu — A Simulation Framework for Memristive Deep Learning Systems
- metran — Python package to perform timeseries analysis of multiple hydrological time series using a dynamic factor model.
- micromechanics — Investigation of nanoindentation and SEM data
- modelfree-protein15n — Model free analysis of protein backbone amide 15N spin relaxation rates.
- monashspa — Library of useful data analysis tools for Monash University Physics & Astronomy students
- mosaic-nist — A Modular Single-Molecule Analysis Interface.
- mossba — Fit mossbauer
- mpes — Distributed data processing routines for multidimensional photoemission spectroscopy (MPES)
- mrbles — MRBLEs decoding and analysis package
- mrsimulator — A python toolbox for simulating fast real-time solid-state NMR spectra.
- nanite — Loading, fitting, and rating AFM force-distance data
- nanite-model-sneddon-spher — Sneddon model for AFM analysis in nanite
- neutronpy — NeutronPy is a collection of commonly used tools aimed at facilitating the analysis of neutron scattering data. NeutronPy is built primarily using the numpy and scipy python libraries, with a translation of ResLib 3.4c (MatLab) routines for Instrument resolution calculations.
- NeXpy — A Python GUI to analyze NeXus data
- nicks-plot-utils — A example Python package
- nomad-camels — CAMELS is a configurable measurement software, targeted towards the requirements of experimental solid-state physics.
- nPDyn — Python package for analysis of neutron backscattering data
- nPYc — National Phenome Centre toolbox
- nrefocus — numerical focusing (refocusing, autofocusing) of complex wave fields
- numina — Astronomy data reduction library
- nustarpipeline — nustar-pipeline
- nxs-analysis-tools — Reduce and transform nexus format (.nxs) scattering data.
- ogls — Omnivariant generalized least-square regression
- omnifit — Omnifit - astronomical ice spectroscopy fitting
- opdesign — A python package for optimal-design of any experiment
- Orange-Spectroscopy — Extends Orange to handle spectral and hyperspectral analysis.
- OrgAlkCalc — This is the cleaned up organic-alkalinity-sausage-machine, now known more sensibly as OrgAlkCalc
- outreachspeedoflight-tspspi — Simple frontend to illustrate our speed of light measurements for Wiener Forschungsfest
- pastas — Pastas is an open-source Python framework for the analysis of groundwater time series.
- PDC-Utils — Utilities to manage power duration curves
- pdrtpy — PhotoDissociation Region Toolbox (PDRT), astrophysics analysis tools
- PeakFit — PeakFit allow for lineshape fitting in pseudo-3D NMR spectra.
- peakipy — Deconvolute overlapping NMR peaks
- permittivitycalc — Scripts to calculate and plot the complex permittivity from S-parameter data
- pesfit — Multiband lineshape fitting routines for photoemission spectroscopy
- petal-qc — A collection of scripts for Petal CORE QC.
- phantasy — Physics high-level applications and toolkit for accelerator system
- phlab — Phonon contirbution in RIXS
- picassosr — no summary
- piicrgmms — A data analysis package for PI-ICR Mass Spectrometry
- piscola — Type Ia Supernova Light-curve fitting code
- plottr — A tool for live plotting and processing data
- polartools — Python package to read and process data from the APS Polar beamline
- probconcept — no summary
- pyActigraphy — Analysis package for actigraphy data
- pyAMARES — pyAMARES, an Open-Source Python Library for Fitting Magnetic Resonance Spectroscopy Data
- pybbfmr — no summary
- PyBindingCurve — Protein ligand binding simulation in Python
- pybroom — Make tidy DataFrames from messy fit/model results.
- pycheops — CHEOPS light curve analysis software
- pyCHX — pyCHX - CHX XPCS Data Analysis Package
- pyclamp — Time series recordings analysis in Python with UI similar to pCLAMP.
- pycorrfit — Scientific tool for fitting correlation curves on a logarithmic plot.
- pycraters — A Python framework designed to automate the most common tasks associated with the extraction and upscaling of statistics of single-impact crater functions to inform coefficients of continuum equations describing surface morphology evolution.
- pyDataFitting — package for specialized regression
- pyElli — Python implementation of Berremans 4x4 matrix method
- pyemir — no summary
- PyEnzyme — Handling of EnzymeML files
- PyEnzymeKinetics — no summary
- pyEvalData — Python module to evaluate experimental data
- pyfmrheo — A python package to perform analysis of Force Microscopy data.
- pygxusthjw — the python libraries of gxusthjw.
- pyihm — Indirect Hard Modelling, in Python
- pyimpspec — A package for parsing, validating, analyzing, and simulating impedance spectra.
- pyIsoFit — Package for The Fitting of Adsorption Isotherms and Prediction of Multi-component Isotherms
- pymixfit-tspspi — Mixture fitting
- pynams — python for water in nominally anhydrous minerals
- pyndamics3 — Python Numerical Dynamics Simulator
- pynemaiqpet — Analysis of PET NEMA IQ phantom scans