Overview

Enterprise Edition Only Feature.

The Volatility Chaikins indicator measures the difference between High and Low prices, and is used to indicate tops or bottoms of the market. This formula was developed by Marc Chaikin.

Note
We recommend that you read Using Financial Formulas before proceeding any further. Using Financial Formulas provides a detailed explanation on how to use formulas, and also explains the various options available to you when applying a formula.

Figure 1: The Volatility Chaikins in the lower chart area, and the High, Low and Close prices in the upper chart area as a stock chart.

Applying Volatility Chaikins

All financial formulas are calculated using the FormulaFinancialmethod, which accepts the following types of arguments: a formula name; input value(s); output value(s), and parameter(s) that are specific to the type of formula being applied.

Also, before applying the FormulaFinancial method, make sure that all data points have their XValue property set, and that their series' XValueIndexedproperty has been set to false.

The following table indicates what sort of FormulaFinancial method arguments to use when calculating a Volatility Chaikins, and also supplies a description of what these parameters mean:

Parameter	Value/Description	Example
Formula Name:	VolatilityChaikins	FormulaFinancial(FinancialFormula.VolatilityChaikins,"15,15", _ "Series1:Y,Series1:Y2","Series3:Y")
Input Values:	Value #1: Value which represents the High price. By default this is the first Y value in the stock chart. Value #2: Value which represents the Low price. By default this is the second Y value in the stock chart.	FormulaFinancial(FinancialFormula.VolatilityChaikins,"15,15", _ "Series1:Y,Series1:Y2","Series3:Y")
Output Value: (optional)	The Volatility Chaikins indicator. If not specified output is stored in the first input value.	FormulaFinancial(FinancialFormula.VolatilityChaikins,"15,15", _ "Series1:Y,Series1:Y2","Series3:Y")
Parameters: (optional)	Parameter #1: Period used to determine how many days should be shifted between Exponential Moving averages. (Default value is 10). Parameter #2: Moving Average Period, used to calculate the Exponential Moving Average of high - low price difference. (Default value is 10).	FormulaFinancial(FinancialFormula.VolatilityChaikins,"15,15", _ "Series1:Y,Series1:Y2","Series3:Y")

A line chart is a good choice when displaying a Volatility Chaikins series.

Financial Interpretation: If the volatility (the difference between High and Low prices) is high it could indicate a market top (high market activity). If the volatility is low it could indicate a market bottom (low market activity).

Calculation: Volatility Chaikins is calculated using the following formulas:

Example

This example demonstrates how to calculate Volatility Chaikins.

Visual Basic Copy Code

Visual Basic	Copy Code
`Imports Dundas.Charting.WebControl ... With Chart1.DataManipulator ' Calculates Volatility Chaikins. Input Values are high, Low. .FormulaFinancial(FinancialFormula.VolatilityChaikins,"15,15","Series1:Y,Series1:Y2","Series3:Y") End With`

Imports Dundas.Charting.WebControl
   ...
   
With Chart1.DataManipulator
' Calculates Volatility Chaikins. Input Values are high, Low.
.FormulaFinancial(FinancialFormula.VolatilityChaikins,"15,15","Series1:Y,Series1:Y2","Series3:Y")
End With

C# Copy Code

C#	Copy Code
`using Dundas.Charting.WebControl; ... // Calculates Volatility Chaikins. Input Values are High, Low. Chart1.DataManipulator.FormulaFinancial(FinancialFormula.VolatilityChaikins,"15,15", "Series1:Y,Series1:Y2","Series3:Y");`

using Dundas.Charting.WebControl;
  ...
  
// Calculates Volatility Chaikins. Input Values are High, Low.
Chart1.DataManipulator.FormulaFinancial(FinancialFormula.VolatilityChaikins,"15,15",
"Series1:Y,Series1:Y2","Series3:Y");

Dundas Chart for ASP.NET
Volatility Chaikins Formula
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