Pre-Market Volatility

function run()
{
	BarPeriod = 60;
	set(TICKS|LOGFILE);		

	int TakeProfit1 = 15;
	int TakeProfit2 = 20;
	int TakeProfit3 = 25;
	int StopLoss1 = 35;
	int StopLoss2 = 30;
	int StopLoss3 = 25;
			
		if (hour() >= 8 && hour() < 9){

			if (price() >= (priceOpen() + 15)){
				
				TakeProfit = TakeProfit1;
				Stop = StopLoss1;				
				enterShort();
			}

			if (price() <= (priceOpen() - 15)){
			
				TakeProfit = TakeProfit1;
				Stop = StopLoss1;
				enterLong();			

			if (price() >= (priceOpen() + 20)){
			
				TakeProfit = TakeProfit2;
				Stop = StopLoss2;				
				enterShort();
			}

			if (price() <= (priceOpen() - 20)){
			
				TakeProfit = TakeProfit2;
				Stop = StopLoss2;
				enterLong();
			}

			if (price() >= (priceOpen() + 25)){
			
				TakeProfit = TakeProfit3;
				Stop = StopLoss3;				
				enterShort();
			}

			if (price() <= (priceOpen() - 25)){
			
				TakeProfit = TakeProfit3;
				Stop = StopLoss3;
				enterLong();
			}
		}
	} 
}

var Price = priceClose();
TakeProfit = Price;
Stop = Price + 50*PIP;
enterShort(1,-15*PIP);
enterShort(1,-20*PIP);
enterShort(1,-25*PIP);

function run()
{
	BarPeriod = 60;
	set(TICKS|LOGFILE);		
	var Price = priceClose();
	TakeProfit = Price;

	Stop = Price + 50*PIP;

		if (hour() >= 8 && hour() < 9){
			enterShort(1,-15*PIP);
			enterShort(1,-20*PIP);
			enterShort(1,-25*PIP);
			enterLong(1,-15*PIP);
			enterLong(1,-20*PIP);
			enterLong(1,-25*PIP);
		}
}

if (TradeIsShort){
	Stop = Price + 50*PIP;
}
else if (TradeIsLong){
	Stop = Price - 50*PIP;
}

TakeProfit = Price;

Stop = Price + 50*PIP;

hour (int offset): int
Closing UTC hour of the given bar, 0..23. hour(0) gives the current hour and can be used to apply different trade tactics in the New York, European, or Asia-Pacific session.

hour(0) is the same as hour(). It's the closing time of the current bar, and also the current time at the moment when the script is executed. The start time of the current bar would be hour(1).

if (lhour(CET,0) == 8 or 9)

if (NumOpenLong >0) {exitShort();}

int CancelOtherTrades = 0;

int MyTMF()
{
  if(TradeIsPending and CancelOtherTrades == 1)
    return 1;
  if(TradeIsOpen) {
    CancelOtherTrades = 1;
    ThisTrade->manage = 0; // terminate the TMF
  }
  return 0;
}


function run()
{
	NumWFOCycles = 3; 
	Spread = 1;
	BarPeriod = 60;
	set(TICKS|LOGFILE);		
	var Price = priceClose();


		if (hour() >= 8 && hour() < 9 && MyTMF() == 0){
		
			Stop = Price + 51*PIP;
			TakeProfit = Price + 1;
			printf("Price = %.f",Price);
			enterShort(2,-15*PIP);
			enterShort(1,-20*PIP);
			enterShort(1,-25*PIP);
		
			Stop = Price - 50*PIP;
			TakeProfit = Price;
			enterLong(2,-14*PIP);
			enterLong(1,-19*PIP);
			enterLong(1,-24*PIP);
		}
}

Trade management functions run at every tick, which implies some restrictions. Indicators that create data series can not be called in a TMF; other indicators can be called. The current candle is incomplete, so its range and height is smaller than the other candles; and the last full candle has the index 1, not 0. The price functions can be called, but make no much sense for the current bar because the open, high, or low prices are in relation to the bar boundary. Use TradePriceOpen or TradePriceClose for evaluating the current price of the asset.