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AddNonLinearExponentialSum Method
See Also 
dotnetCHARTING Namespace > ForecastEngine.Options Class : AddNonLinearExponentialSum Method


expCoeff
An array where the k-th term is the coefficient of the whole k-th exponential term within the sum.
coefficient
An array where the k-th term is the coefficient of the variable within the k-th exponential term within the sum (i.e. coefficient as shown above).
constant
An array where the k-th term is the constant shift of the exponential function of the k-th term within the sum (i.e. the constant term as shown above).
exponent
An array where the k-th term is the exponent of the exponential term within the k-th element of the sum (i.e. n as shown above).
Adds a sum of exponential functions to be used as non-linear basis elements.

Syntax

Visual Basic (Declaration)  
Public Shared Sub AddNonLinearExponentialSum( _
   ByVal expCoeff() As Double, _
   ByVal coefficient() As Double, _
   ByVal constant() As Double, _
   ByVal exponent() As Double _
) 
Visual Basic (Usage) Copy Code
Dim expCoeff() As Double
Dim coefficient() As Double
Dim constant() As Double
Dim exponent() As Double
 
ForecastEngine.Options.AddNonLinearExponentialSum(expCoeff, coefficient, constant, exponent)
C#  
public static void AddNonLinearExponentialSum( 
   double[] expCoeff,
   double[] coefficient,
   double[] constant,
   double[] exponent
)

Parameters

expCoeff
An array where the k-th term is the coefficient of the whole k-th exponential term within the sum.
coefficient
An array where the k-th term is the coefficient of the variable within the k-th exponential term within the sum (i.e. coefficient as shown above).
constant
An array where the k-th term is the constant shift of the exponential function of the k-th term within the sum (i.e. the constant term as shown above).
exponent
An array where the k-th term is the exponent of the exponential term within the k-th element of the sum (i.e. n as shown above).

Remarks

Where each of the elements of the sum given will take the following form:

expCoeff * expn (coefficient * x + constant))

See Also