public static void Main(string[] args)
{
Randomizer rnd = new Randomizer();
FunctionsClass fc = new FunctionsClass();
fc.Func06();
}
protected override void OnBarUpdate()
{
#region Start first order
if (CurrentBars[0] < BarsRequiredToTrade)
{
return;
}
//First position
if (Position.MarketPosition == MarketPosition.Flat && string.IsNullOrEmpty(_status))
{
if (CrossAbove(SMA(Slow), SMA(Fast), 1) && FisherTransform(100)[0] > 2 && RelativeVigorIndex(100)[0] > 0.01)
{
StartOrder = EnterLong(1, "StartOrder");
SetProfitTarget("StartOrder", CalculationMode.Pips, 35, true);
}
}
#endregion
if (Position.MarketPosition != MarketPosition.Flat)
{
//Bezubqtok
if (StartOrder != null && _status.Equals("StartOrder") && FunctionsClass.Bezubqtok(Position, Close, TickSize))
{
SetStopLoss("StartOrder", CalculationMode.Price, StartOrder.AverageFillPrice + 1 * TickSize, true);
//_status = "Collection";
}
#region Recover
if (StartOrder != null && _status.Equals("StartOrder") && Low[0] < StartOrder.AverageFillPrice - 38 * TickSize)
{
_status = "Recover";
Cover1 = EnterLong(1, "Recover1");
}
#endregion
//#region CollectionOrder
//if (CollectOrder == null && _status.Equals("Collection") && Position.AveragePrice + 20 *TickSize < High[0])
//{
// CollectOrder = EnterLongLimit(0, true,2, High[0] - 8 * TickSize, "CollectionOrder");
// SetProfitTarget("CollectionOrder", CalculationMode.Price, CollectOrder.LimitPrice + 12*TickSize, true);
// //SetProfitTarget("StartOrder", CalculationMode.Price, CollectOrder.LimitPrice + 12 * TickSize, true);
// //SetStopLoss("CollectionOrder", CalculationMode.Pips, 9, true);
//}
////Podtjagivay Collection Order
//if (CollectOrder != null && CollectOrder.OrderState == OrderState.Working && High[0] > CollectOrder.LimitPrice + 8 * TickSize)
// ChangeOrder(CollectOrder, 2, High[0] - 8 * TickSize, 0);
// Draw.Dot(this, @"MyCustomStrategy" + CurrentBars[0].ToString(), false, 0, StartOrder.AverageFillPrice + 1 * TickSize, Brushes.Red);
//
//#endregion
}
//else if(_status.Equals("Collection") && CollectionMIT != null && High[0] > CollectionMIT.LimitPrice + 9*TickSize)
//{
// //Draw.Dot(this, @"MyCustomStrategy" + CurrentBars[0].ToString(), false, 0, Close[0], Brushes.Blue);
// if(CollectionMIT.OrderState == OrderState.Working)
// ChangeOrder(CollectionMIT, 1, High[0] - 8 * TickSize, 0);
// else if(ProfitTarget.OrderState == OrderState.Filled && Position.Quantity == 1)
// CollectionMIT = EnterLongLimit(0, true, 1, High[1] - 9 * TickSize, "CollectionMIT");
//}
// Draw.Dot(this, @"MyCustomStrategy" + CurrentBars[0].ToString(), false, 0, StartOrder.AverageFillPrice + 1 * TickSize, Brushes.Red);
//if(_status.Equals("Collection") && CollectionMIT != null && CollectionMIT.OrderState == OrderState.Working && High[0] -10*TickSize > CollectionMIT.LimitPrice)
//{
// Draw.Dot(this, @"MyCustomStrategy" + CurrentBars[0].ToString(), false, 0, Close[0], Brushes.Blue);
// ChangeOrder(CollectionMIT, 1, High[0] - 9 * TickSize,0);
//}
//if( LimitCollectionOrder != null && LimitCollectionOrder.OrderState == OrderState.Working && _status.Equals("LimitCollectionOrder") && High[0] - 8*TickSize > Position.AveragePrice)
//{
// Draw.Dot(this, @"MyCustomStrategy" + CurrentBars[0].ToString(), false, 0, Close[0], Brushes.Blue);
// EnterLong();
//}
//if (_status.Equals("CollectionWaiting") && LimitCollectionOrder != null && High[0] - 8 * TickSize > LimitCollectionOrder.LimitPrice)
//{
// Logs.SuperLogs("SUPER");
// //ChangeOrder(LimitCollectionOrder, 1, High[0] - 8 * TickSize, 0);
//}
}
[TestMethod()] public void AddTwoTest()
{
FunctionsClass f = new FunctionsClass(); Assert.AreEqual(9, f.AddTwo(4, 5)); Assert.AreEqual(-1, f.AddTwo(4, -5));
}
public void GetValueTest()
{
FunctionsClass f = new FunctionsClass();
f.Increase(10); f.Reset(); f.Increase(10); f.Increase(10); Assert.AreEqual(20, f.GetValue());
}
public void SumRangeTest()
{
FunctionsClass f = new FunctionsClass();
int[] vals = { 1, 2, 3, 4 }; Assert.AreEqual(6, f.SumRange(vals, 1, 3));
}
[TestMethod()] public void AvgThreeTest()
{
FunctionsClass f = new FunctionsClass(); Assert.AreEqual(5, f.AvgThree(4, 5, 6)); Assert.AreEqual(3, f.AvgThree(-1, 5, 5));
}
[TestMethod()] public void MinTwoTest()
{
FunctionsClass f = new FunctionsClass(); Assert.AreEqual(4, f.MinTwo(4, 5)); Assert.AreEqual(-5, f.MinTwo(4, -5));
}
