Public Overloads Shared Function ExtremeValueDSignal( _
   ByVal sc As SeriesCollection, _
   ByVal extremeLow As Double, _
   ByVal extremeHigh As Double, _
   ByVal noOfPeriods As Integer, _
   ByVal method As Integer, _
   ByVal lengthOfMA As Integer _
) As SeriesCollection

Visual Basic (Usage)	Copy Code
Dim sc As SeriesCollection Dim extremeLow As Double Dim extremeHigh As Double Dim noOfPeriods As Integer Dim method As Integer Dim lengthOfMA As Integer Dim value As SeriesCollection   value = FinancialEngine.ExtremeValueDSignal(sc, extremeLow, extremeHigh, noOfPeriods, method, lengthOfMA)

public static SeriesCollection ExtremeValueDSignal( 
   SeriesCollection sc,
   double extremeLow,
   double extremeHigh,
   int noOfPeriods,
   int method,
   int lengthOfMA
)

Parameters

sc

A collection of series objects. For example, to evaluate this indicator for two series you will need to pass a series collection containing this two series.

extremeLow

This is the level at which the Stochastic is believed to indicate an oversold level. The Stochastic always lies between 0 and 100, and a suggested extreme low value to take is 20.

extremeHigh

This is the level at which the Stochastic is believed to indicate an over brought level. The Stochastic always lies between 0 and 100, and a suggested extreme high value is 80.

noOfPeriods

An integer which represents the number of periods used over which the closing price is compared.

method

Determines the methods used for the evaluation of the moving average in accordance with the following key:

1. 1 = Simple moving average
2. 2 = Geometric moving average
3. 3 = Linearly weighted moving average
4. 4 = Exponentially Weighted Moving average within smoothing fact set to be 0.5.

For further details concerning the definition of these moving averages please see the accompanying PDF documentation or the API documentation for SimpleMovingAverage.

lengthOfMA

The number of periods over which the moving average is considered.

Return Value

Methodology

Buy when the Oscillator the Stochastic %D falls below a specific level (e.g. 20) and then rises above that level. Sell when the Oscillator rises above a specific level (e.g. 80) and then falls below that level. This approach is the preferred method of the Stochastics original creator George Lane.

Reference