Oslo (bristlecone) | bristlecone

bristlecone

Oslo Module

Namespace: Bristlecone.Integration
Assembly: Bristlecone.dll

Oslo is an integration library provided by Microsoft Research Cambridge.

Nested modules

Modules	Description
Options

Functions and values

Function or value	Description
`integrate options log tInitial tEnd tStep initialConditions modelMap` Full Usage: `integrate options log tInitial tEnd tStep initialConditions modelMap` Parameters: options : `Options` log : `LogEvent -> unit` tInitial : `float` tEnd : `float` tStep : `float` initialConditions : `Map<'a, float>` modelMap : `Map<'a, TimeIndex<float>>` Returns: `Map<'a, (float -> float -> Map<'a, float> -> float)> -> Map<'a, float[]>`	options : `Options` log : `LogEvent -> unit` tInitial : `float` tEnd : `float` tStep : `float` initialConditions : `Map<'a, float>` modelMap : `Map<'a, TimeIndex<float>>` Returns: `Map<'a, (float -> float -> Map<'a, float> -> float)> -> Map<'a, float[]>`
`integrate' options tInitial tEnd tStep initialVector rp` Full Usage: `integrate' options tInitial tEnd tStep initialVector rp` Parameters: options : `Options` tInitial : `float` tEnd : `float` tStep : `float` initialVector : `float[]` rp : `double -> float[] -> float[]` Returns: `float[][]`	options : `Options` tInitial : `float` tEnd : `float` tStep : `float` initialVector : `float[]` rp : `double -> float[] -> float[]` Returns: `float[][]`
`integrateWithErrorHandling options log tInitial tEnd tStep initialConditions externalEnvironment modelMap` Full Usage: `integrateWithErrorHandling options log tInitial tEnd tStep initialConditions externalEnvironment modelMap` Parameters: options : `Options` log : `LogEvent -> unit` tInitial : `float` tEnd : `float` tStep : `float` initialConditions : `Map<'a, float>` externalEnvironment : `Map<'a, TimeIndex<float>>` modelMap : `Map<'a, (float -> float -> Map<'a, float> -> float)>` Returns: `Map<'a, float[]>`	On integration errors, assigns the maximum float value to every data point. options : `Options` log : `LogEvent -> unit` tInitial : `float` tEnd : `float` tStep : `float` initialConditions : `Map<'a, float>` externalEnvironment : `Map<'a, TimeIndex<float>>` modelMap : `Map<'a, (float -> float -> Map<'a, float> -> float)>` Returns: `Map<'a, float[]>`