Function reference • mcstate

All functions
`adaptive_proposal_control()`	Adaptive proposal control
`array_bind()`	Bind arrays
`array_drop()`	Drop specific array dimensions
`array_flatten()`	Flatten array dimensions
`array_reshape()`	Rehape an array dimension
`if2()` `if2_sample()`	Run iterated filtering (IF2 algorithm)
`if2_control()`	Control for IF2
`if2_parameter()`	Describe single IF2 parameter
`if2_parameters`	if2_parameters
`multistage_epoch()`	Multistage filter epoch
`multistage_parameters()`	Multistage filter parameters
`particle_deterministic`	Deterministic particle likelihood
`particle_deterministic_state`	Deterministic particle state
`particle_filter`	Particle filter
`particle_filter_data()`	Prepare data for use with particle filter
`particle_filter_initial()`	Create restart initial state
`particle_filter_state`	Particle filter state
`pmcmc()`	Run a pmcmc sampler
`pmcmc_chains_prepare()` `pmcmc_chains_run()` `pmcmc_chains_collect()` `pmcmc_chains_cleanup()`	pMCMC with manual chain scheduling
`pmcmc_combine()`	Combine pmcmc samples
`pmcmc_control()`	Control for the pmcmc
`pmcmc_parameter()`	Describe single pmcmc parameter
`pmcmc_parameters`	pmcmc_parameters
`pmcmc_parameters_nested`	pmcmc_parameters_nested
`pmcmc_predict()`	Run predictions from PMCMC
`pmcmc_thin()` `pmcmc_sample()`	Thin a pmcmc chain
`pmcmc_varied_parameter()`	Describe varying pmcmc parameter
`smc2()`	Run SMC^2
`smc2_control()`	Control for SMC2
`smc2_parameter()`	Describe single pmcmc parameter
`smc2_parameters`	smc2_parameters

Reference