Objective (bristlecone) | bristlecone

bristlecone

Objective Module

Namespace: Bristlecone
Assembly: Bristlecone.dll

Configures a single function that represents a model and its likelihood when fit to time-series data.

Functions and values

Function or value	Description
`Objective.create system integrate solveDiscrete observed point` Full Usage: `Objective.create system integrate solveDiscrete observed point` Parameters: system : `ModelSystem` integrate : `Map<ShortCode, (Time -> Response -> Environment -> float)> -> CodedMap<float[]>` solveDiscrete : `ShortCode -> MeasureEquation -> CodedMap<float[]> -> float[]` observed : `CodedMap<float[]>` point : `Point<float>` Returns: `float`	Computes measurement variables and appends to expected data system : `ModelSystem` integrate : `Map<ShortCode, (Time -> Response -> Environment -> float)> -> CodedMap<float[]>` solveDiscrete : `ShortCode -> MeasureEquation -> CodedMap<float[]> -> float[]` observed : `CodedMap<float[]>` point : `Point<float>` Returns: `float`
`Objective.measure system solveDiscrete expected` Full Usage: `Objective.measure system solveDiscrete expected` Parameters: system : `ModelSystem` solveDiscrete : `ShortCode -> MeasureEquation -> CodedMap<float[]> -> float[]` expected : `CodedMap<float[]>` Returns: `CodedMap<float[]>`	The system's `Measures` are computed from the product of the solver. system : `ModelSystem` solveDiscrete : `ShortCode -> MeasureEquation -> CodedMap<float[]> -> float[]` expected : `CodedMap<float[]>` Returns: `CodedMap<float[]>`
`Objective.pairObservationsToExpected observed expected` Full Usage: `Objective.pairObservationsToExpected observed expected` Parameters: observed : `CodedMap<float[]>` expected : `CodedMap<float[]>` Returns: `CodedMap<PredictedSeries>`	Pairs observed time series to predicted series for dynamic variables only. Environmental forcings and hidden variables are removed. observed : `CodedMap<float[]>` expected : `CodedMap<float[]>` Returns: `CodedMap<PredictedSeries>`
`Objective.parameteriseModel parameterPool point model` Full Usage: `Objective.parameteriseModel parameterPool point model` Parameters: parameterPool : `ParameterPool` point : `float[]` model : `ModelEquation` Returns: `Time -> Response -> Environment -> float`	parameterPool : `ParameterPool` point : `float[]` model : `ModelEquation` Returns: `Time -> Response -> Environment -> float`
`Objective.predict system integrate solveDiscrete p` Full Usage: `Objective.predict system integrate solveDiscrete p` Parameters: system : `ModelSystem` integrate : `Map<ShortCode, (Time -> Response -> Environment -> float)> -> CodedMap<float[]>` solveDiscrete : `ShortCode -> MeasureEquation -> CodedMap<float[]> -> float[]` p : `Point<float>` Returns: `CodedMap<float[]>`	system : `ModelSystem` integrate : `Map<ShortCode, (Time -> Response -> Environment -> float)> -> CodedMap<float[]>` solveDiscrete : `ShortCode -> MeasureEquation -> CodedMap<float[]> -> float[]` p : `Point<float>` Returns: `CodedMap<float[]>`