blackjax#
Subpackages#
blackjax.adaptationblackjax.mcmcblackjax.mcmc.diffusionsblackjax.mcmc.elliptical_sliceblackjax.mcmc.ghmcblackjax.mcmc.hmcblackjax.mcmc.integratorsblackjax.mcmc.malablackjax.mcmc.marginal_latent_gaussianblackjax.mcmc.metricsblackjax.mcmc.nutsblackjax.mcmc.periodic_orbitalblackjax.mcmc.proposalblackjax.mcmc.random_walkblackjax.mcmc.terminationblackjax.mcmc.trajectory
blackjax.sgmcmcblackjax.smcblackjax.vi
Submodules#
Package Contents#
Classes#
|
Implements the (basic) user interface for the Elliptical Slice sampling kernel. |
|
Implements the (basic) user interface for the Generalized HMC kernel. |
|
Implements the (basic) user interface for the HMC kernel. |
|
Implements the (basic) user interface for the MALA kernel. |
|
Implements the marginal sampler for latent Gaussian model of [TP18]. |
|
Implements the (basic) user interface for the nuts kernel. |
|
Implements the (basic) user interface for the Periodic orbital MCMC kernel. |
|
Implements the user interface for the Additive Step RMH |
|
Implements the (basic) user interface for the independent RMH. |
|
Implements the user interface for the RMH. |
|
Implements the (basic) user interface for the Contour SGLD kernel. |
|
Implements the (basic) user interface for the SGHMC kernel. |
|
Implements the (basic) user interface for the SGLD kernel. |
|
Implements the (basic) user interface for the SGNHT kernel. |
|
Implements the (basic) user interface for the Adaptive Tempered SMC kernel. |
|
Implements the (basic) user interface for the Adaptive Tempered SMC kernel. |
|
High-level implementation of Mean-Field Variational Inference. |
|
Implements the (basic) user interface for the pathfinder kernel. |
|
Implements the (basic) user interface for the svgd algorithm. |
Functions#
|
Adapt the parameters of the Generalized HMC algorithm. |
|
Adapt the value of the inverse mass matrix and step size parameters of |
|
Adapt the value of the inverse mass matrix and step size parameters of |
|
Compute estimate of the effective sample size (ess). |
|
Gelman and Rubin (1992)'s potential scale reduction for computing multiple MCMC chain convergence. |