Bayesian modeling with PyMC. Build hierarchical models, MCMC (NUTS), variational inference, LOO/WAIC comparison, posterior checks, for probabilistic programming and inference.
85
83%
Does it follow best practices?
Impact
88%
1.49xAverage score across 3 eval scenarios
Passed
No known issues
Full Bayesian workflow
Predictor standardization
100%
100%
Weakly informative priors
100%
100%
HalfNormal for scale
100%
100%
Named dims usage
0%
100%
coords dict in model
0%
100%
Prior predictive check
0%
100%
Sampling parameters
100%
100%
log_likelihood in idata
0%
100%
random_seed set
100%
100%
Diagnostics script used
0%
100%
Posterior predictive check
100%
100%
pm.Data for predictions
0%
100%
Results saved as netcdf
100%
100%
Predictions file created
100%
100%
Hierarchical model non-centered parameterization
Non-centered parameterization
100%
100%
pm.Deterministic for intercepts
100%
100%
Hyperpriors defined
100%
100%
HalfNormal for scale hyperprior
100%
100%
coords and dims used
0%
100%
Predictor standardization
0%
100%
Diagnostic report script
0%
100%
R-hat threshold 1.01
100%
100%
ESS threshold 400
100%
100%
Sampling parameters
100%
100%
Results saved as netcdf
100%
100%
LOO model comparison and averaging
compare_models script used
0%
0%
check_loo_reliability used
0%
100%
model_averaging used
0%
0%
log_likelihood in all models
100%
100%
Δloo < 2 → prefer simpler
0%
0%
Pareto-k threshold 0.7
100%
100%
NegativeBinomial model
100%
100%
ZeroInflatedPoisson model
100%
100%
Predictor standardization
100%
100%
random_seed set
100%
100%
Comparison report saved
100%
100%
Sampling parameters
0%
37%
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Table of Contents
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