Reverse Dependencies of emcee

The following projects have a declared dependency on emcee:

• 21CMMC — An extensible MCMC framework for 21cmFAST
• abacusutils — Python and C/C++ code to read halo catalogs and other Abacus N-body data products
• ACID-code — Returns line profiles from input spectra by fitting the stellar continuum and performing LSD
• amical — no summary
• an-example-package — Functions for technical justification
• apollinaire — Module for helio- and asteroseismic data analysis
• appletree — A high-Performance Program simuLatEs and fiTs REsponse of xEnon.
• approxposterior — Gaussian Process Approximation to Posterior Distributions
• Ascopy — A python package of Yuan et al.’s copula method.
• astro-eddy — Tools to recover expectionally precise rotation curves from spatially resolved spectra.
• astrobase — Python modules and scripts useful for variable star work in astronomy.
• astroemperor — PTMCMC sampler for exoplanet search
• astroPIPS — Processes photometric data for variable stars
• astroslam — A forward model using SVR to estimate stellar parameters from spectra.
• astrosn — Supernova analysis library by @emirkmo
• autoemcee — Run affine-invariant sampler in automated fashion until convergence.
• autofit — Classy Probabilistic Programming
• autoPyTorch — Auto-PyTorch searches neural architectures using smac
• balrogo — Bayesian Astrometric Likelihood Recovery of Galactic Objects
• bask — A fully Bayesian implementation of sequential model-based optimization
• bayesvalidrox — An open-source, object-oriented Python package for surrogate-assisted Bayesain Validation of computational models.
• bayesvp — Bayesian MCMC Voigt Profile Fitting
• beansp — Bayesian Estimation of Accreting Neutron Stars parameters
• bilby — A user-friendly Bayesian inference library
• bioscrape — Biological Stochastic Simulation of Single Cell Reactions and Parameter Estimation
• blendz — Bayesian photometric redshifts of blended sources.
• bs-python-utils — my Python utilities
• burstfit — Spectro-temporal modeling of FRBs
• CADETMatch — CADETMatch is a parameter estimation and error modeling library for CADET
• celerite2 — Fast and scalable Gaussian Processes in 1D
• chemex — An analysis program for chemical exchange detected by NMR
• cheope — CHEOPE: studying transiting exoplanets
• citlalicue — Create stellar light curves!
• clophfit — Cli for fitting macromolecule pH titration or binding assays data e.g. fluorescence spectra.
• cofi — Common Framework for Inference
• confitti — Fit conic sections (ellipse, parabola, hyperbola) to a set of 2d points
• dddm — Direct Detection of Dark Matter: Probing the complementarity of several targets for dark matter detection
• deft-hep — dEFT is a tool for performing fits of EFT coefficients to HEP data in seconds
• demcmc — Differential Emission Measure calculations using Monte Carlo methods.
• dime-sampler — DIME MCMC sampling for python
• dinf — discriminator-based inference for population genetics
• eensight — A library for measurement and verification of energy efficiency projects.
• elisa — Eclipsing Binary Modeling Software
• emcwrap — Tools for Bayesian inference using Ensemble MCMC
• emgfit — Fitting of time-of-flight mass spectra with Hyper-EMG models
• emukit — Toolkit for decision making under uncertainty.
• enterprise-extensions — Extensions, model shortcuts, and utilities for the enterprise PTA analysis framework.
• epistasis — A Python API for estimating statistical high-order epistasis in genotype-phenotype maps.
• espei — Fitting thermodynamic models with pycalphad.
• eulerpi — The eulerian parameter inference (eulerpi) returns a parameter distribution, which is consistent with the observed data by solving the inverse problem directly. In the case of a one-to-one mapping, this is the true underlying distribution.
• ExoPix — ExoPix: Applying PSF Subtraction with pyKLIP to JWST
• exoplanet — Fast and scalable MCMC for all your exoplanet needs
• extrabol — Estimate SN bolometric light curves
• eztao — A toolkit for Active Galactic Nuclei (AGN) time-series analysis.
• FitTransit — Fitting transits of exoplanets
• fortesfit — Flexible SED fitting for astrophysics
• funfolding — Having fun with unfolding.
• galapy-fit — GalaPy - Spectral modelling tool for galaxies in Python
• GAPlanetS — The GAPlanetS Data Reduction Pipeline
• gaussbock — Fast parallel-iterative cosmological parameter estimation with Bayesian nonparametrics
• gEconpy — A package for solving, estimating, and analyzing DSGE models
• gistPipeline — The GIST Framework: A multi-purpose tool for the analysis and visualisation of (integral-field) spectroscopic data
• gptransits — Fit planetary transits and stellar signals at the same time with the help of gaussian processes
• gstools — GSTools: A geostatistical toolbox.
• heron-model — Heron is a machine learning package for Python
• hmf — A halo mass function calculator
• HOGBEN — Holistic Optimization for Generating Better Experimental Neutrons - a package for optimzing neutron experiments using the Fisher information
• hyperfit — Properly fit data with x and y errors
• icesat2waves — Tools to analyze wave tracks using icesat2 data
• icetemp — Code to solve the one-dimensional englacial temperature evolution model (both inversion and forward sensitivity simulations) presented in the article Geothermal heat flux is the dominant source of uncertainty in englacial-temperature-based dating of ice-rise formation by Montelli and Kingslake in The Cryosphere.
• impedancefitter — Library for fitting impedance data to equivalent circuit models.
• ipanema3 — Fitting Tool for High Energy Physics
• iragnsep — Fits of IR SEDs including AGN contribution.
• jaims — Library for jax based affine-invariant MCMC sampling
• jammer — Library for jax based affine-invariant MCMC sampling
• jetset — A framework for self-consistent modeling and fitting of astrophysical relativistic jets SEDs
• juliet — juliet: a versatile modelling tool for transiting exoplanets, radial-velocity systems or both
• kesacco — Keen Event Simulation and Analysis for CTA Cluster Observations: python code to simulate and analyse galaxy cluster data with CTA
• kiauhoku — Utilities for interacting and interpolating stellar evolution models
• laff — GRB lightcurve flare and continuum fitter.
• layg — Learn-as-you-go emulator with error estimation
• lenstools — Toolkit for Weak Gravitational Lensing analysis
• lightcurve-fitting — Tools to fit analytical models to multiband light curves of astronomical transients
• lightcurver — A thorough structure for precise photometry and deconvolution of time series of wide field images.
• lite-bo — Efficient and generalized blackbox optimization (BBO) system
• lmfit — Least-Squares Minimization with Bounds and Constraints
• lymph-model — Package for statistical modelling of lymphatic metastatic spread.
• lyscripts — Package containing scripts used in lynference pipelines
• M2-TJ — Functions for technical justification
• mcfine — Muli-component, hyperfine fitting tool
• model21cm — Infer parameters of a 21cm cosmology model.
• mosfit — Modular software for fitting semi-analytical model predictions to observed astronomical transient data.
• muldoon — A package for sifting meteorological data to look for and analyze vortex encounters
• multilayerpy — Build, run and optimise kinetic multi-layer models of aerosols and films
• naima — Derivation of non-thermal particle distributions through MCMC spectral fitting
• nustarpipeline — nustar-pipeline
• OCFit — Fitting O-C diagrams
• oimodeler — Optical interferometry modelling tool
• openbox — Efficient and generalized blackbox optimization (BBO) system
• OptimalBragg — Package for the design and optimization of dielectric coatings