Sampler

Namespace: Angara
Parent Module: Filzbach

An immutable state of Filzbach MCMC sampler.

Constructors

Constructor	Description
`new(copy)` Signature: copy:Sampler -> Sampler	CompiledName: `.ctor`

Instance members

Instance member	Description
`IsAccepted` Signature: bool	CompiledName: `get_IsAccepted`
`Iteration` Signature: int	CompiledName: `get_Iteration`
`LogLikelihood` Signature: float	CompiledName: `get_LogLikelihood`
`LogPrior` Signature: float	CompiledName: `get_LogPrior`
`Parameters` Signature: Parameters	CompiledName: `get_Parameters`
`Probe(isBurnIn, logl)` Signature: (isBurnIn:bool * logl:(Parameters -> float)) -> Sampler	Advance one iteration of either burn-in or sampling
`SamplingWidths` Signature: float []	CompiledName: `get_SamplingWidths`

Static members

Static member	Description
`continuemcmc(...)` Signature: (sampler:Sampler * logl:(Parameters -> float) * burnCount:int * sampleCount:int * thinning:int option) -> SamplerResult	Continuation of sampling procedure after incomplete burn-in. It does `burnCount` additional burn-in iterations followed by collecting `sampleCount` samples from posterior. Total number of iterations is `burnCount + thinning * sampleCount`.
`Create(pp, rng, logl)` Signature: (pp:Parameters * rng:MT19937 * logl:(Parameters -> float)) -> Sampler
`print(arg1)` Signature: SamplerResult -> unit	Prints summary of results from `runmcmc` or `continuemcmc`.
`runmcmc(...)` Signature: (pp:Parameters * logl:(Parameters -> float) * burnCount:int * sampleCount:int * thinning:int option * rng:MT19937 option) -> SamplerResult	Complete sampling procedure that does `burnCount` burn-in iterations followed by collecting `sampleCount` samples from posterior. Total number of iterations is `burnCount + thinning * sampleCount`.

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