SolverCompiler (bristlecone)

SolverCompiler Module

Namespace: Bristlecone
Assembly: Bristlecone.dll
Parent Module: Solver

Functions and values

Function or value	Description
`compile logTo dataTimeToModelTime modelEquations engineTimeMode stepType observedStates observedMeasuresT0 hiddenStatesT0 hiddenStatesT0Initialisers environment interpolationModeFor` Full Usage: `compile logTo dataTimeToModelTime modelEquations engineTimeMode stepType observedStates observedMeasuresT0 hiddenStatesT0 hiddenStatesT0Initialisers environment interpolationModeFor` Parameters: logTo : `LogEvent -> unit` dataTimeToModelTime : `ResolutionToModelUnits<'date, 'timespan, 'modelTimeUnit>` modelEquations : `ModelForm<'modelTimeUnit>` engineTimeMode : `TimeMode` stepType : `StepType<'date>` observedStates : `TimeFrame<float<MeasureProduct<state, MeasureOne>>, 'date, 'timeunit, 'timespan>` observedMeasuresT0 : `CodedMap<TypedTensor<Scalar, MeasureProduct<state, MeasureOne>>>` hiddenStatesT0 : `CodedMap<TypedTensor<Scalar, MeasureProduct<state, MeasureOne>>>` hiddenStatesT0Initialisers : `CodedMap<Initialiser<MeasureProduct<state, MeasureOne>>>` environment : `TimeFrame<float<MeasureProduct<environment, MeasureOne>>, 'date, 'timeunit, 'timespan> option` interpolationModeFor : `ShortCode -> InterpolationMode` Returns: `ConfiguredSolver`	Compile a configured solver, automatically selecting the correct runner. t0 (conditioned or otherwise) is obtained automatically from the dynamic series. logTo : `LogEvent -> unit` dataTimeToModelTime : `ResolutionToModelUnits<'date, 'timespan, 'modelTimeUnit>` modelEquations : `ModelForm<'modelTimeUnit>` engineTimeMode : `TimeMode` stepType : `StepType<'date>` observedStates : `TimeFrame<float<MeasureProduct<state, MeasureOne>>, 'date, 'timeunit, 'timespan>` observedMeasuresT0 : `CodedMap<TypedTensor<Scalar, MeasureProduct<state, MeasureOne>>>` hiddenStatesT0 : `CodedMap<TypedTensor<Scalar, MeasureProduct<state, MeasureOne>>>` hiddenStatesT0Initialisers : `CodedMap<Initialiser<MeasureProduct<state, MeasureOne>>>` environment : `TimeFrame<float<MeasureProduct<environment, MeasureOne>>, 'date, 'timeunit, 'timespan> option` interpolationModeFor : `ShortCode -> InterpolationMode` Returns: `ConfiguredSolver`
`enforceExactAlignment envIndex solverTimeline` Full Usage: `enforceExactAlignment envIndex solverTimeline` Parameters: envIndex : `CodedMap<TimeIndex<float<MeasureProduct<environment, MeasureOne>>, 'date, 'timeunit, 'timespan, 'modelTimeUnit>>` solverTimeline : `TimeIndex<float<MeasureProduct<environment, MeasureOne>>, 'date, 'timeunit, 'timespan, 'modelTimeUnit>[]`	Mandate that environmental data falls exactly on the solver's timesteps. Only required when no interpolation is specified. envIndex : `CodedMap<TimeIndex<float<MeasureProduct<environment, MeasureOne>>, 'date, 'timeunit, 'timespan, 'modelTimeUnit>>` solverTimeline : `TimeIndex<float<MeasureProduct<environment, MeasureOne>>, 'date, 'timeunit, 'timespan, 'modelTimeUnit>[]`