private void DecisionFunction()
{
CCIv = CCI.Value();
TCCIv = TCCI.Value();
CCISlope.Value(out CCIDelta, out CCISpeed);
// preprocessing
FindTrend();
DetectZLR();
switch (Framework.Account.InTrade())
{
case 0:
{
if (Framework.Account.InTrade() == 0)
{
if (EntryCriteriaLong())
{
Framework.Account.EnterTrade(1);
Framework.Account.SetTrailingStop(0.0008);
}
}
if (Framework.Account.InTrade() == 0)
{
if (EntryCriteriaShort())
{
Framework.Account.EnterTrade(1);
Framework.Account.SetTrailingStop(0.0008);
}
}
break;
}
case 1:
{
if (ExitCriteriaLong())
{
Framework.Account.ExitTrade();
}
break;
}
case -1:
{
if (ExitCriteriaShort())
{
Framework.Account.ExitTrade();
}
break;
}
}
double logInTrade = Framework.Account.InTrade();
double logMargin = Framework.Account.GetAccount().C;
//Framework.WriteGraphLine("InTrade,Margin,C,CCI,CCIDelta,CCISpeed,TCCI,TypeOfTrade,Direction,BelowFifty,ZLR");
Framework.WriteGraphLine(logInTrade + "," + logMargin + "," + Candle.C + "," + CCIv + "," + CCIDelta + "," + CCISpeed + "," + TCCIv + "," + TradeTypeText + "," + DirectionText + "," + BelowFiftyText + "," + ZLRText);
}
public override void ReceiveCandle(sCandle pCandle, int pPeriod, string pCBTitle)
{
if ((pPeriod == Minutes) && (pCBTitle == "cbx"))
{
Candle = pCandle;
CCI.ReceiveTick(pCandle.O, pCandle.H, pCandle.L, pCandle.C);
TCCI.ReceiveTick(pCandle.O, pCandle.H, pCandle.L, pCandle.C);
// need to put primed values into this indicators
// not primed right now to decrease down time
CCIH.Add(CCI.Value());
TCCIH.Add(CCI.Value());
CCISlope.ReceiveTick(CCI.Value());
if (CCI.isPrimed() && TCCI.isPrimed())
{
DecisionFunction();
}
}
}
