Reverse Dependencies of pymc

The following projects have a declared dependency on pymc:

• AIPyS — AI Powered Photoswitchable Screen
• AIPySdeAnalyzer — AI Powered Photoswitchable Screen analysis
• approxbayescomp — Approximate Bayesian Computation for actuaries
• asbe — Active Learning for treatment effect estimation
• autoimpute — Imputation Methods in Python
• autoMMM — no summary
• babbab — BAyesian Beta-Binomial AB testing (BABBAB), is an implementation
• bambi — BAyesian Model Building Interface in Python
• bart-survival — Survival analyses with Bayesian Additivie Regression Trees.
• bayes-toolbox — A package for performing Bayesian analyses.
• bayesbuilding — Bayesian approach for building energy modeling
• bayesian-models — A package for building common bayesian models in pymc
• bayeux-ml — Stitching together probabilistic models and inference.
• beat — 'Bayesian Earthquake Analysis Tool'
• bilby — A user-friendly Bayesian inference library
• bn-testing — A test bench to benchmark learn algorithms for graphical models
• btyd — Buy Till You Die and Customer Lifetime Value statistical models in Python.
• causalimpact — Python Package for causal inference using Bayesian structural time-series models
• causalimpactx — A clone of R version CausalImpact developed by Google
• CausalPy — Causal inference for quasi-experiments in Python
• celerite2 — Fast and scalable Gaussian Processes in 1D
• chainsail-helpers — Probability distribution interfaces, examples, and utilities for the Chainsail sampling service
• clophfit — Cli for fitting macromolecule pH titration or binding assays data e.g. fluorescence spectra.
• copepodTCR — COmbinatorial PEptide POoling for TCR specificity
• covid19-inference — Toolbox for inference and forecast of the spread of the Coronavirus.
• csle-system-identification — Scripts for system identification in CSLE
• cvxstoc — A domain-specific language for modeling stochastic convex optimization problems in Python.
• discontinuum — Estimate discontinuous timeseries from continuous covariates.
• dismod-mr — Integrative Meta-Regression Framework for Descriptive Epidemmiology
• dsu — no summary
• epigraphhub — Epigraphhub Python package
• estival — A set of calibration and probabilistic programming tools for use with summerepi2
• exoplanet — Fast and scalable MCMC for all your exoplanet needs
• exoplanet-core — The compiled backend for exoplanet
• gempy-legacy — An Open-source, Python-based 3-D structural geological modeling software.
• gumbi — Gaussian Process Model Building Interface
• hestia-earth-distribution — Hestia's Distribution library
• HLAfreq — Download and combine HLA frequency data from multiple studies
• hssm — Bayesian inference for hierarchical sequential sampling models.
• hydromass — Hydrostatic mass calculator
• icomo — This toolbox aims to simplify the construction of compartmental models and the inference of their parameters
• jeteloss — Data-driven extraction of jet energy loss distributions in heavy-ion collisions
• latent-calendar — Analyzing and modeling weekly calendar distributions using latent components
• levy-stable-jax — Implementation of the Lévy alpha-stable distributions for Jax.
• liesel — A probabilistic programming framework with a focus on semi-parametric regression
• loupiotes — Module for starspot modelling
• lucius-ltv — A simple multicohort LTV calculator for subscription based products
• merph — Bayesian methods for inferring mass eruption rate for column height (or vice versa) for volcanic eruptions
• mod16 — Python tools for MOD16 algorithm
• nutpie — Sample Stan or PyMC models
• oreum-core — Core tools for use on projects by Oreum Industries
• peak-performance — A Python toolbox to fit chromatography peaks with uncertainty.
• penaltyblog — Library from http://pena.lt/y/blog for scraping and modelling football (soccer) data
• pfolio — Portfolio Management Library, including analysis, analytics and optimization
• pybandits — Python Multi-Armed Bandit Library
• pybatman — Package for predicting peptide mutation effects on T cell receptor activation.
• pyei — no summary
• pyhgf — The generalized, nodalized HGF for predictive coding.
• pykrusch — A python package for visualizing Bayesian model structure.
• pylife — General Fatigue library
• pymc-bart — Bayesian Additive Regression Trees for Probabilistic programming with PyMC
• pymc-experimental — A home for new additions to PyMC, which may include unusual probability distribitions, advanced model fitting algorithms, or any code that may be inappropriate to include in the pymc repository, but may want to be made available to users.
• pymc-ext — PyMC Extras extracted from the
• pymc-marketing — Marketing Statistical Models in PyMC
• pynfold — pynFold: implementation of various solutions to unfoldngand the inverse problem
• pypesto — python-based Parameter EStimation TOolbox
• pyproffit — Python package for PROFFIT
• pyrbit — Utilities for parametric modeling of Recall based interaction techniques
• pytelpoint — Python utilities for analyzing telescope pointing and tracking via probabilistic methods
• pytrate — Bayesian sequence-titer regression.
• QHBayes — Bayesian methods for inferring mass eruption rate for column height (or vice versa) for volcanic eruptions
• ratingcurve — A library for fitting multi-segment stage-discharge rating curves.
• refnx — Neutron and X-ray Reflectometry Analysis
• regressproxy — Versatile proxy models for regression analysis
• sakkara — Tools for creating PyMC models
• secimtools — 'Metabolomics tools from the SECIM project',
• ship-plasmid — Finds regions with evidence of HGT between plasmids and groups plasmids according to evolutionary dynamics.
• spearmint — Refreshing hypothesis testing in python!
• specfit — Infer polynomial spectral models with covariancess
• specsy — Model fitting package for the chemical analysis of astronomical spectra
• sympytensor — Compile sympy expressions to pytensor graphs
• tumoroscope-pymc — 'Tumoroscope' model built with PyMC.
• vmod-geodesy — Versatile Modeling of Deformation