Solver (bristlecone) | bristlecone

bristlecone

Solver Module

Namespace: Bristlecone
Assembly: Bristlecone.dll

Helper functions for the creation of `Solver` functions, which apply time-series models to time-series data (when using Bristlecone time-series types).

Types and nested modules

Type/Module	Description
Conditioning	Conditioning of time-series data, which allows for maximum use of observed time-series data.
Discrete
Solver<'a>
StepType	If environmental forcing data is supplied, the output series may be configured to be either external (i.e. on observation timeline) or internal (e.g. on environmental data timeline).

Functions and values

Function or value	Description
`fixedResolutionSolver fRes stepType dynamicSeries environment engine t0` Full Usage: `fixedResolutionSolver fRes stepType dynamicSeries environment engine t0` Parameters: fRes : `FixedTemporalResolution` stepType : `StepType` dynamicSeries : `TimeFrame<float>` environment : `TimeFrame<float> option` engine : `EstimationEngine<float, float>` t0 : `CodedMap<float>` Returns: `CodedMap<ODE> -> Map<ShortCode, float[]>`	fRes : `FixedTemporalResolution` stepType : `StepType` dynamicSeries : `TimeFrame<float>` environment : `TimeFrame<float> option` engine : `EstimationEngine<float, float>` t0 : `CodedMap<float>` Returns: `CodedMap<ODE> -> Map<ShortCode, float[]>`
`fixedStep logTo timeHandling tStart tEnd initialState forcings` Full Usage: `fixedStep logTo timeHandling tStart tEnd initialState forcings` Parameters: logTo : `WriteOut` timeHandling : `TimeMode<'a, float>` tStart : `float` tEnd : `float` initialState : `CodedMap<'a>` forcings : `CodedMap<TimeIndex<'a>>` Returns: `CodedMap<ODE> -> Map<ShortCode, 'a[]>`	Step the solver using high resolution, and output at low resolution. External steps are of a fixed width. logTo : `WriteOut` timeHandling : `TimeMode<'a, float>` tStart : `float` tEnd : `float` initialState : `CodedMap<'a>` forcings : `CodedMap<TimeIndex<'a>>` Returns: `CodedMap<ODE> -> Map<ShortCode, 'a[]>`
`solver stepType dynamicSeries environment engine t0` Full Usage: `solver stepType dynamicSeries environment engine t0` Parameters: stepType : `StepType` dynamicSeries : `TimeFrame<float>` environment : `TimeFrame<float> option` engine : `EstimationEngine<float, float>` t0 : `CodedMap<float>` Returns: `Solver<float>`	Create a solver that applies time-series models to time-series data. Takes a `TimeFrame` of dynamic time-series stepType : `StepType` dynamicSeries : `TimeFrame<float>` environment : `TimeFrame<float> option` engine : `EstimationEngine<float, float>` t0 : `CodedMap<float>` Returns: `Solver<float>`
`variableExternalStep logTo timeHandling timeSteps initialPoint` Full Usage: `variableExternalStep logTo timeHandling timeSteps initialPoint` Parameters: logTo : `WriteOut` timeHandling : `TimeMode<float, float>` timeSteps : `float seq` initialPoint : `CodedMap<float>` Returns: `CodedMap<ODE> -> Map<ShortCode, float[]>`	Step the solver using the high resolution, and output at low resolution. External steps can be variable in size. Each time jump is integrated individually. logTo : `WriteOut` timeHandling : `TimeMode<float, float>` timeSteps : `float seq` initialPoint : `CodedMap<float>` Returns: `CodedMap<ODE> -> Map<ShortCode, float[]>`