static PivotPoints CalculatePivotPoints(decimal dcOpeningPrice, decimal dcHighPrice, decimal dcLowPrice, decimal dcClosingPrice)
{
PivotPoints objPivotPoints = new PivotPoints();
try
{
objPivotPoints.OpeningPrice = dcOpeningPrice;
objPivotPoints.HighPrice = dcHighPrice;
objPivotPoints.LowPrice = dcLowPrice;
objPivotPoints.ClosingPrice = dcClosingPrice;
decimal dcAveragePrice = ((objPivotPoints.HighPrice + objPivotPoints.LowPrice + objPivotPoints.ClosingPrice) / 3);
objPivotPoints.ClassicResistance1 = ((2 * dcAveragePrice) - objPivotPoints.LowPrice);
objPivotPoints.ClassicSupport1 = ((2 * dcAveragePrice) - objPivotPoints.HighPrice);
objPivotPoints.ClassicResistance2 = dcAveragePrice + (objPivotPoints.HighPrice - objPivotPoints.LowPrice);
objPivotPoints.ClassicSupport2 = dcAveragePrice - (objPivotPoints.HighPrice - objPivotPoints.LowPrice);
objPivotPoints.ClassicResistance3 = objPivotPoints.HighPrice + 2 * (dcAveragePrice - objPivotPoints.LowPrice);
objPivotPoints.ClassicSupport3 = objPivotPoints.LowPrice - 2 * (objPivotPoints.HighPrice - dcAveragePrice);
objPivotPoints.ClassicPivotPoint = dcAveragePrice;
objPivotPoints.WoodiePivotPoint = (objPivotPoints.HighPrice + objPivotPoints.LowPrice + (2 * objPivotPoints.ClosingPrice)) / 4;
objPivotPoints.WoodieResistance1 = (2 * objPivotPoints.WoodiePivotPoint) - objPivotPoints.LowPrice;
objPivotPoints.WoodieSupport1 = (2 * objPivotPoints.WoodiePivotPoint) - objPivotPoints.HighPrice;
objPivotPoints.WoodieResistance2 = objPivotPoints.WoodiePivotPoint + (objPivotPoints.HighPrice - objPivotPoints.LowPrice);
objPivotPoints.WoodieSupport2 = objPivotPoints.WoodiePivotPoint - (objPivotPoints.HighPrice - objPivotPoints.LowPrice);
objPivotPoints.CamarillaResistance1 = objPivotPoints.ClosingPrice + ((objPivotPoints.HighPrice - objPivotPoints.LowPrice) * Convert.ToDecimal(1.0833));
objPivotPoints.CamarillaSupport1 = objPivotPoints.ClosingPrice - ((objPivotPoints.HighPrice - objPivotPoints.LowPrice) * Convert.ToDecimal(1.0833));
objPivotPoints.CamarillaResistance2 = objPivotPoints.ClosingPrice + ((objPivotPoints.HighPrice - objPivotPoints.LowPrice) * Convert.ToDecimal(1.1666));
objPivotPoints.CamarillaSupport2 = objPivotPoints.ClosingPrice - ((objPivotPoints.HighPrice - objPivotPoints.LowPrice) * Convert.ToDecimal(1.1666));
objPivotPoints.CamarillaResistance3 = objPivotPoints.ClosingPrice + ((objPivotPoints.HighPrice - objPivotPoints.LowPrice) * Convert.ToDecimal(1.2500));
objPivotPoints.CamarillaSupport3 = objPivotPoints.ClosingPrice - ((objPivotPoints.HighPrice - objPivotPoints.LowPrice) * Convert.ToDecimal(1.2500));
objPivotPoints.CamarillaResistance4 = objPivotPoints.ClosingPrice + ((objPivotPoints.HighPrice - objPivotPoints.LowPrice) * Convert.ToDecimal(1.5000));
objPivotPoints.CamarillaSupport4 = objPivotPoints.ClosingPrice - ((objPivotPoints.HighPrice - objPivotPoints.LowPrice) * Convert.ToDecimal(1.5000));
decimal dcDeMarkFactor = 0;
if (objPivotPoints.ClosingPrice < objPivotPoints.OpeningPrice)
{
dcDeMarkFactor = (objPivotPoints.HighPrice + (objPivotPoints.LowPrice * 2) + objPivotPoints.ClosingPrice);
}
else if (objPivotPoints.ClosingPrice > objPivotPoints.OpeningPrice)
{
dcDeMarkFactor = ((objPivotPoints.HighPrice * 2) + objPivotPoints.LowPrice + objPivotPoints.ClosingPrice);
}
else if (objPivotPoints.ClosingPrice == objPivotPoints.OpeningPrice)
{
dcDeMarkFactor = (objPivotPoints.HighPrice + objPivotPoints.LowPrice + (objPivotPoints.ClosingPrice * 2));
}
objPivotPoints.DeMarkResistance = (dcDeMarkFactor / 2) - objPivotPoints.LowPrice;
objPivotPoints.DeMarkSupport = (dcDeMarkFactor / 2) - objPivotPoints.HighPrice;
}
catch (Exception ex)
{
Console.WriteLine("error occurred while calculating pivot points:" + ex.Message);
}
return(objPivotPoints);
}
static void Main(string[] args)
{
decimal dcOpeningPrice = 0;
decimal dcHighPrice = 0;
decimal dcLowPrice = 0;
decimal dcClosingPrice = 0;
Console.WriteLine("Please Enter Opening Price:");
if (!(decimal.TryParse(Console.ReadLine(), out dcOpeningPrice)))
{
Console.WriteLine("Invalid Opening Price; please try again!");
}
Console.WriteLine("Please Enter High Price:");
if (!(decimal.TryParse(Console.ReadLine(), out dcHighPrice)))
{
Console.WriteLine("Invalid High Price; please try again!");
}
Console.WriteLine("Please Enter Low Price:");
if (!(decimal.TryParse(Console.ReadLine(), out dcLowPrice)))
{
Console.WriteLine("Invalid Low Price; please try again!");
}
Console.WriteLine("Please Enter Closing Price:");
if (!(decimal.TryParse(Console.ReadLine(), out dcClosingPrice)))
{
Console.WriteLine("Invalid Closing Price; please try again!");
}
Console.WriteLine("\n#########################################################################");
Console.WriteLine("\nCalculated Pivot Points are:");
PivotPoints objPivotPoints = CalculatePivotPoints(dcOpeningPrice, dcHighPrice, dcLowPrice, dcClosingPrice);
string sPropertyName = string.Empty;
object objPropertyValue = null;
foreach (PropertyDescriptor descriptor in TypeDescriptor.GetProperties(objPivotPoints))
{
sPropertyName = descriptor.Name;
objPropertyValue = descriptor.GetValue(objPivotPoints);
Console.WriteLine("{0}: {1}", sPropertyName, Math.Round(Convert.ToDecimal(objPropertyValue), 2));
}
Console.WriteLine("\n#########################################################################");
Console.WriteLine("\nCalculated Fibonacci Retracements are:");
FibonacciRetracements objFibonacciRetracements = CalculateFibonacciRetracements(dcHighPrice, dcLowPrice);
foreach (PropertyDescriptor descriptor in TypeDescriptor.GetProperties(objPivotPoints))
{
sPropertyName = descriptor.Name;
objPropertyValue = descriptor.GetValue(objPivotPoints);
Console.WriteLine("{0}: {1}", sPropertyName, Math.Round(Convert.ToDecimal(objPropertyValue), 2));
}
Console.WriteLine("\n#########################################################################");
Console.ReadKey();
}
