Profiles (bristlecone)

Profiles Module

Namespace: Bristlecone.Optimisation
Assembly: Bristlecone.dll
Parent Module: EndConditions

Functions and values

Function or value	Description
`combineEndConditions conditions results iter` Full Usage: `combineEndConditions conditions results iter` Parameters: conditions : `EndCondition list` results : `Solution list` iter : `int<MeasureProduct<iteration, MeasureOne>>` Returns: `OptimStopReason`	Combine multiple EndConditions into one, returning the first non-Continue reason. conditions : `EndCondition list` results : `Solution list` iter : `int<MeasureProduct<iteration, MeasureOne>>` Returns: `OptimStopReason`
`mcmc maxIter log results iter` Full Usage: `mcmc maxIter log results iter` Parameters: maxIter : `int<MeasureProduct<iteration, MeasureOne>>` log : `LogEvent -> unit` results : `Solution list` iter : `int<MeasureProduct<iteration, MeasureOne>>` Returns: `OptimStopReason`	Composite end condition that only ends when exploration is not stuck and the squared jump distance is stationary. Always ends when max iterations is reached. maxIter : `int<MeasureProduct<iteration, MeasureOne>>` log : `LogEvent -> unit` results : `Solution list` iter : `int<MeasureProduct<iteration, MeasureOne>>` Returns: `OptimStopReason`
`mcmcTuningStep maxIter log results iter` Full Usage: `mcmcTuningStep maxIter log results iter` Parameters: maxIter : `int<MeasureProduct<iteration, MeasureOne>>` log : `LogEvent -> unit` results : `Solution list` iter : `int<MeasureProduct<iteration, MeasureOne>>` Returns: `OptimStopReason`	When tuning, stop when the chain is well mixed. maxIter : `int<MeasureProduct<iteration, MeasureOne>>` log : `LogEvent -> unit` results : `Solution list` iter : `int<MeasureProduct<iteration, MeasureOne>>` Returns: `OptimStopReason`
`simulatedAnneal tol` Full Usage: `simulatedAnneal tol` Parameters: tol : `'a` Returns: `EndCondition`	Composite end conditions well-suited to simulated annealing. tol : `'a` Returns: `EndCondition`