Backtest accuracy

#include <profile.c>

vars Open, High, Low, Close, BarHeight; 

var SignalEntry, SignalStop, SignalTakeprofit, Contract;

bool signal;

static var Time = 0;

function tick()
{
	if(signal && !(TradeIsOpen))
	{
		enterLong((int)Contract,SignalEntry,SignalStop,SignalTakeprofit);
		signal = false;
	}
}

function run() 
{
	set(PLOTNOW); 
		
	if(is(INITRUN))
	{
		set(LOGFILE);
		set(TICKS); // comment out when enter trade in run function
		Time = timer();
		
		StartDate = 20200101;
		EndDate = 20201231;
		
		StartMarket = 1330;
		EndMarket = 2000;
		setf(BarMode, BR_LEISURE);
		
		signal = false;
		
		PlotScale = 8;
		
		LookBack = 100;
		
		ColorUp = 0x00BC0A;
		ColorDn = 0xDE0505;
		
		Slippage = 0;
		Spread = 0;
		PIP = 25./1;
		PIPCost = 50./1;
		
		BarPeriod = 1; //use 1min bars to test, get around 7000 signals in a year
		
		asset("MNQ_2020_1sec");
	}
	
	Open = series(priceOpen());
	High = series(priceHigh());
	Low = series(priceLow());
	Close = series(priceClose());
	
	if (LongSignal)
	{	
		plot("Bull k", (Low[0] - ATR10[0]*0.5), DOT|MAIN, BLUE);
		SignalEntry = High[0]; // enter the trade on level of signal High
		SignalStop = Low[0]; // stop on Low of the signal bar, ST is -1R
		SignalTakeprofit = High[0] + BarHeight[0]; // add the signal bar height to the signal bar, TP is +1R
		Contract = 10000/((SignalEntry - SignalStop)*2); // calculate enough contracts to get the best accuracy 
		signal = true; // used when backtest with tick function
		//enterLong((int)Contract,SignalEntry,SignalStop,SignalTakeprofit); // comment out when enter trade in tick function
	}

	if (is(EXITRUN)) 
	{
		printf("\nTime needed: >>> %.3f sec <<<",(timer()-Time)/1000); // print time needed to complete the test
	}
}