Array (FSharp.Finance.Personal) | FSharp.Finance.Personal

FSharp.Finance.Personal

Array Module

Namespace: FSharp.Finance.Personal
Assembly: FSharp.Finance.Personal.dll
Parent Module: Calculation

functions for working with arrays

Functions and values

Function or value	Description
`solveBisection generator iterationLimit initialGuess targetTolerance toleranceSteps` Full Usage: `solveBisection generator iterationLimit initialGuess targetTolerance toleranceSteps` Parameters: generator : `decimal -> decimal * decimal` iterationLimit : `uint` initialGuess : `decimal` targetTolerance : `TargetTolerance` toleranceSteps : `ToleranceSteps` Returns: `Solution`	iteratively solves for a given input using a generator function until the output hits zero or within a set tolerance, optionally relaxing the tolerance until a solution is found note: the generator function should return a tuple of the result and a relevant value (as the result is converging on zero it is not a very relevant value) generator : `decimal -> decimal * decimal` iterationLimit : `uint` initialGuess : `decimal` targetTolerance : `TargetTolerance` toleranceSteps : `ToleranceSteps` Returns: `Solution`
`solveNewtonRaphson f iterationLimit initialGuess tolerance` Full Usage: `solveNewtonRaphson f iterationLimit initialGuess tolerance` Parameters: f : `decimal -> decimal` iterationLimit : `uint` initialGuess : `decimal` tolerance : `decimal` Returns: `Solution`	use the Newton-Raphson method to find the solution (particularly suitable for calculating the APR) f : `decimal -> decimal` iterationLimit : `uint` initialGuess : `decimal` tolerance : `decimal` Returns: `Solution`
`toStringOrNa a` Full Usage: `toStringOrNa a` Parameters: a : `'a[]` Returns: `string`	concatenates the members of an array into a delimited string or "n/a" if the array is empty or null a : `'a[]` Returns: `string`