Reverse Dependencies of corner

The following projects have a declared dependency on corner:

• abate — A package to fit exoplanet atmosphere lightcurves, especially for JWST data
• amical — no summary
• an-example-package — Functions for technical justification
• ANU-inversion-course — ANU Inversion Course Package
• 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
• astrosn — Supernova analysis library by @emirkmo
• autofit — Classy Probabilistic Programming
• backtracks — Python package to fit relative astrometry with background star motion tracks.
• baredSC — baredSC: Bayesian Approach to Retreive Expression Distribution of Single Cell
• bayesdawn — a bayesian data augmentation algorithm
• bayesvalidrox — An open-source, object-oriented Python package for surrogate-assisted Bayesain Validation of computational models.
• 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
• blip-alpha — A bayesian pipeline for detecting stochastic backgrounds with LISA.
• blip-gw — A bayesian pipeline for detecting stochastic backgrounds with LISA.
• burstfit — Spectro-temporal modeling of FRBs
• bxa — Bayesian X-ray spectral analysis
• CADET-Process — A Framework for Modelling and Optimizing Advanced Chromatographic Processes
• CADETMatch — CADETMatch is a parameter estimation and error modeling library for CADET
• catalax — A JAX-based framework for (neural) ODE modelling in biocatalysis.
• citlalicue — Create stellar light curves!
• clophfit — Cli for fitting macromolecule pH titration or binding assays data e.g. fluorescence spectra.
• cpnest — CPNest: Parallel nested sampling
• 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
• dingo-gw — Deep inference for gravitational-wave observations
• eht-dmc — Python code to perform radio interferometric imaging and modeling within a Bayesian framework in both total intensity and polarization.
• elisa — Eclipsing Binary Modeling Software
• emgfit — Fitting of time-of-flight mass spectra with Hyper-EMG models
• espei — Fitting thermodynamic models with pycalphad.
• exoctk — Observation reduction and planning tools for exoplanet science
• ExoPix — ExoPix: Applying PSF Subtraction with pyKLIP to JWST
• exoplanet — Fast and scalable MCMC for all your exoplanet needs
• exowirc — Image data reduction and calibration tool for the WIRC instrument
• figaro — FIGARO: Fast Inference for GW Astronomy, Research & Observations
• FitTransit — Fitting transits of exoplanets
• flowMC — Normalizing flow exhanced sampler in jax
• Formosa — ForMoSA: Forward Modeling Tool for Spectral Analysis
• fortesfit — Flexible SED fitting for astrophysics
• fulmar-astro — Follow-Up Lightcurves Multitool Assisting Radial velocities
• funfolding — Having fun with unfolding.
• GAPlanetS — The GAPlanetS Data Reduction Pipeline
• gigalens — Fast strong gravitational lens modeling
• gns — Geometric nested sampling algorithm, as described in https://arxiv.org/abs/1905.09110.
• gptransits — Fit planetary transits and stellar signals at the same time with the help of gaussian processes
• harlow — Adaptive surrogate modelling
• HOGBEN — Holistic Optimization for Generating Better Experimental Neutrons - a package for optimzing neutron experiments using the Fisher information
• hydromass — Hydrostatic mass calculator
• impedancefitter — Library for fitting impedance data to equivalent circuit models.
• ipanema3 — Fitting Tool for High Energy Physics
• jaims — Library for jax based affine-invariant MCMC sampling
• jammer — Library for jax based affine-invariant MCMC sampling
• jaxoplanet — Probabilistic models for exoplanet inference in JAX
• jetset — A framework for self-consistent modeling and fitting of astrophysical relativistic jets SEDs
• jimGW — Gravitatioanl wave data analysis tool in Jax
• kesacco — Keen Event Simulation and Analysis for CTA Cluster Observations: python code to simulate and analyse galaxy cluster data with CTA
• kima — A data analysis framework for exoplanet detection
• kinisi — Efficient estimation of diffusion processes from molecular dynamics.
• la-forge — Python package for conveniently plotting results from pulsar timing array bayesian analyses.
• lightcurve-fitting — Tools to fit analytical models to multiband light curves of astronomical transients
• likelihood — A package that performs the maximum likelihood algorithm.
• lisacattools — A small example package for using LISA catalogs
• lmfit — Least-Squares Minimization with Bounds and Constraints
• lotus-nlte — Determine atmospheric stellar parameters in non-LTE
• lyscripts — Package containing scripts used in lynference pipelines
• M2-TJ — Functions for technical justification
• mcfine — Muli-component, hyperfine fitting tool
• memocell — Bayesian inference of stochastic cellular processes with and without memory in Python.
• modelflows — Conditional normalizing flows for emulating grids of stellar models
• naima — Derivation of non-thermal particle distributions through MCMC spectral fitting
• nbi — Neural Bayesian Inference
• nemesis-daxfeliz — Python modules and scripts used for NEMESIS project.
• nessai — Nessai: Nested Sampling with Artificial Intelligence
• NPTFit — A Python package for Non-Poissonian Template Fitting
• nrel-bird — Bio Reactor Design (BiRD): a toolbox to simulate and analyze different designs of bioreactors in OpenFOAM
• nustarpipeline — nustar-pipeline
• OCFit — Fitting O-C diagrams
• oimodeler — Optical interferometry modelling tool
• openscm-calibration — no summary
• OptimalBragg — Package for the design and optimization of dielectric coatings
• orbitize — orbitize! Turns imaging data into orbits
• orbits — Orbit fitting with PyMC3 and exoplanet
• parallel-bilby — Running bilby on GW data with MPI
• pastas — Pastas is an open-source Python framework for the analysis of groundwater time series.
• pbjam — A package for peakbagging solar-like oscillators
• permittivitycalc — Scripts to calculate and plot the complex permittivity from S-parameter data
• pesummary — Python package to produce summary pages for Parameter estimation codes
• platon — A package to compute transmission spectra and retrieve atmospheric parameters from transmission spectra
• ps-eor — Foreground modeling/removal and Power Spectra generation
• psfmachine — Tool to perform fast PSF photometry of primary and background targets from Kepler/K2 Target Pixel Files
• py-replay-bg — ReplayBG is a digital twin-based methodology to assess new strategies for type 1 diabetes management.
• PyBADS — Bayesian Adaptive Direct Search in Python.
• pycheops — CHEOPS light curve analysis software