private void SetStopLossAndProfitTarget(SideTrade sideTrade, string orderSignalName, double targetPercent)
{
//----Bearish----|---Bullish---
//----3----------|----------0--
//-----\---1-----|-----2---/---
//------\-/-\----|----/-\-/----
//-------2---\---|---/---1-----
//------------0--|--3----------
MatrixPoints lastMastrix = DowTheoryIndicator1.LastMatrix;
Point pointZero = lastMastrix.PointsList[0];
Point pointOne = lastMastrix.PointsList[1];
Point pointTwo = lastMastrix.PointsList[2];
switch (sideTrade)
{
case SideTrade.Long:
Draw.Line(this, "Stop loss line from: " + orderSignalName + " " + pointOne.Index,
ConvertBarIndexToBarsAgo(this, pointTwo.BarIndex), pointOne.Price,
ConvertBarIndexToBarsAgo(this, pointZero.BarIndex), pointOne.Price, Brushes.Green);
// Definir um ponto para o stop
SetStopLoss(orderSignalName, CalculationMode.Price, pointOne.Price, false);
double longTargetPrice = MirrorFibonacciCalc(pointOne, pointTwo, targetPercent, SideTrade.Long);
Draw.Line(this, "Profit target line from: " + orderSignalName + " " + pointOne.Index,
ConvertBarIndexToBarsAgo(this, pointTwo.BarIndex), longTargetPrice,
ConvertBarIndexToBarsAgo(this, pointZero.BarIndex), longTargetPrice, Brushes.Green);
SetProfitTarget(orderSignalName, CalculationMode.Price, longTargetPrice, false);
break;
case SideTrade.Short:
Draw.Line(this, "Stop loss line from: " + orderSignalName + " " + pointOne.Index,
ConvertBarIndexToBarsAgo(this, pointTwo.BarIndex), pointOne.Price,
ConvertBarIndexToBarsAgo(this, pointZero.BarIndex), pointOne.Price, Brushes.Red);
// Definir um ponto para o stop
SetStopLoss(orderSignalName, CalculationMode.Price, pointOne.Price, false);
double shortTargetPrice = MirrorFibonacciCalc(pointOne, pointTwo, targetPercent, SideTrade.Short);
Draw.Line(this, "Profit target line from: " + orderSignalName + " " + pointOne.Index,
ConvertBarIndexToBarsAgo(this, pointTwo.BarIndex), shortTargetPrice,
ConvertBarIndexToBarsAgo(this, pointZero.BarIndex), shortTargetPrice, Brushes.Red);
SetProfitTarget(orderSignalName, CalculationMode.Price, shortTargetPrice);
break;
}
}
protected bool IsNewMatrixTheSameTheLastOne(List <Point> newPointsList)
{
if (matrixPointsList.Count <= 0)
{
return(false);
}
MatrixPoints lastMatrix = matrixPointsList[matrixPointsList.Count - 1];
// Test all points except the last one
for (int i = 0; i <= newPointsList.Count - 2; i++)
{
if (lastMatrix.PointsList[i].Index != newPointsList[i].Index)
{
return(false);
}
}
return(true);
}
public static void DrawPivot(NinjaScriptBase owner, DrawingProperties drawingProperties, MatrixPoints matrixPoints)
{
switch (matrixPoints.TrendSideSignal)
{
case MatrixPoints.WhichTrendSideSignal.Bullish:
DrawWrapper.DrawPathLine(owner, drawingProperties,
matrixPoints.PointsList[3].Index,
matrixPoints.PointsList[3].BarIndex,
matrixPoints.PointsList[3].Price,
matrixPoints.PointsList[2].BarIndex,
matrixPoints.PointsList[2].Price,
System.Windows.Media.Brushes.Green);
DrawWrapper.DrawPathLine(owner, drawingProperties,
matrixPoints.PointsList[2].Index,
matrixPoints.PointsList[2].BarIndex,
matrixPoints.PointsList[2].Price,
matrixPoints.PointsList[1].BarIndex,
matrixPoints.PointsList[1].Price,
System.Windows.Media.Brushes.Green);
DrawWrapper.DrawPathLine(owner, drawingProperties,
matrixPoints.PointsList[1].Index,
matrixPoints.PointsList[1].BarIndex,
matrixPoints.PointsList[1].Price,
matrixPoints.PointsList[0].BarIndex,
matrixPoints.PointsList[0].Price,
System.Windows.Media.Brushes.Green);
break;
case MatrixPoints.WhichTrendSideSignal.Bearish:
DrawWrapper.DrawPathLine(owner, drawingProperties,
matrixPoints.PointsList[3].Index,
matrixPoints.PointsList[3].BarIndex,
matrixPoints.PointsList[3].Price,
matrixPoints.PointsList[2].BarIndex,
matrixPoints.PointsList[2].Price,
System.Windows.Media.Brushes.Red);
DrawWrapper.DrawPathLine(owner, drawingProperties,
matrixPoints.PointsList[2].Index,
matrixPoints.PointsList[2].BarIndex,
matrixPoints.PointsList[2].Price,
matrixPoints.PointsList[1].BarIndex,
matrixPoints.PointsList[1].Price,
System.Windows.Media.Brushes.Red);
DrawWrapper.DrawPathLine(owner, drawingProperties,
matrixPoints.PointsList[1].Index,
matrixPoints.PointsList[1].BarIndex,
matrixPoints.PointsList[1].Price,
matrixPoints.PointsList[0].BarIndex,
matrixPoints.PointsList[0].Price,
System.Windows.Media.Brushes.Red);
break;
}
}
