FiniteCalculus.HasPattern Method

FiniteCalculusHasPattern Method

Mathos Core Library 1.0.5.1 (changeset 39720)

This documentation is compiled for the latest release of Mathos Core Library

Checks whether the given sequence contains a pattern. For a pattern to exist, given the terms in the sequence, we should be able to reach a difference of zero for all possible values of degree. Degree is dependent on the number of terms we have.

Namespace: Mathos.Calculus
Assembly: Mathos (in Mathos.dll) Version: 1.0.5.1 (1.0.5.1)

Syntax

C++

Copy

public static bool HasPattern(
	double[] sequence,
	out int degree,
	bool checkAllTerms = false
)

Public Shared Function HasPattern ( 
	sequence As Double(),
	<OutAttribute> ByRef degree As Integer,
	Optional checkAllTerms As Boolean = false
) As Boolean

public:
static bool HasPattern(
	array<double>^ sequence, 
	[OutAttribute] int% degree, 
	bool checkAllTerms = false
)

static member HasPattern : 
        sequence : float[] * 
        degree : int byref * 
        ?checkAllTerms : bool 
(* Defaults:
        let _checkAllTerms = defaultArg checkAllTerms false
*)
-> bool

Parameters

sequence: Type: SystemDouble
The sequence of doubles passed in as a double array.
degree: Type: SystemInt32
The degree value returned here is the number of times we have to take the differnce of this sequence (using GetDifference) to get the difference to be zero.
checkAllTerms (Optional): Type: SystemBoolean
By default, we only check if we can get any kind of difference (of different degrees) to be zero for the smallest term. If this option is true, all terms are going to be checked to follow the pattern.

Return Value

Type: Boolean

Reference

FiniteCalculus Class

Mathos.Calculus Namespace