BlessingLite-gamma

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更新日期:2022-03-01分类标签: 语言:中文平台:没限制

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BlessingLite-gamma

//+———————————————————————+
//| BlessingLite 3 v3.9.6.34 gamma |
//| January 23, 2020 |
//| |
//| In no event will authors be liable for any damages whatsoever. |
//| Use at your own risk. |
//| |
//| This EA is dedicated to Mike McKeough, a member of the Blessing |
//| Development Group, who passed away on Saturday, 31st July 2010. |
//| His contributions to the development of this EA have helped make |
//| it what it is today, and we will miss his enthusiasm, dedication |
//| and desire to make this the best EA possible. |
//| Rest In Peace. |
//+———————————————————————+
// This work has been entered into the public domain by its authors …
// Copyrights have been rescinded.
// this Lite version is based on the version v3.9.6.13 beta from www.forexfactory.com
// it is the approach of a strict complex version to enable multipair trading
// hedge function disabled and code cleared from it

#property version “396.34”
#property strict

#include <stdlib.mqh>
#include <stderror.mqh>
#include <WinUser32.mqh>
#include <ChartObjects\ChartObjectsTxtControls.mqh>

#define A 1 //All (Basket of all pairs)
#define B 2 //Basket
#define T 4 //Ticket
#define P 5 //Pending

enum portChgs
{
no_change = 0, // No changes
increase = 1, // Increase only
any = -1, // Increase / decrease
};

enum entType
{
disable = 0, // Disabled
enable = 1, // Enabled
reverse = 2 // Reverse
};

enum tFrame
{
current = 0, // Current
m1 = 1, // M1
m5 = 2, // M5
m15 = 3, // M15
m30 = 4, // M30
h1 = 5, // H1
h4 = 6, // H4
d1 = 7, // Daily
w1 = 8, // Weekly
mn1 = 9 // Monthly
};

//+—————————————————————–+
//| External Parameters Set |
//+—————————————————————–+

input string Version_3_9_6_34_gamma = “EA Settings:”;
input string TradeComment = “BlessingLite 3.9.6.34 gamma”;
input string Notes = “”;
input int EANumber = 1681348112; // EA Magic Number
input bool UseDefaultPairs = true; // Use the default 28 pairs
input string OwnPairs = “”; // Comma separated own pair list

input bool Debug = false;

input bool EmergencyCloseAll = false; // *** CLOSE ALL NOW ***

input string s1 = “”; //.
input bool ShutDown = false; // *** NO NEW TRADES ***
input string s2 = “”; //.

input string LabelAcc = “”; // == ACCOUNT SETTINGS ==
input double StopTradePercent = 10; // Percentage of balance lost before trading stops

//+——————————————————————+
//| |
//+——————————————————————+
input bool NanoAccount = false; // Small Lot Account (0.01)
input double PortionPC = 100; // Percentage of account you want to trade (on this pair) –>divided by Numer of Pairs?
input portChgs PortionChange = increase; // Permitted Portion change with open basket
// If basket open: 0=no Portion change;1=allow portion to increase; -1=allow increase and decrease
input double MaxDDPercent = 90; // Percent of portion for max drawdown level.
input double MaxSpread = 10; // Maximum allowed spread while placing trades
input bool UseHolidayShutdown = false; // Enable holiday shut-downs
input string Holidays = “18/12-01/01”; // Comma-separated holiday list (format: [day]/[mth]-[day]/[mth])
input bool PlaySounds = false; // Audible alerts
input string AlertSound = “Alert.wav”; // Alert sound

input string eopb = “”; // — Opt. with ‘Open prices only’ —
// input string eopb0 = “Filters out ticks”; //.
input bool EnableOncePerBar = true;
input bool UseMinMarginPercent = false;
input double MinMarginPercent = 1500;
input string eopb1 = “”; //.

input bool B3Traditional = true; // Stop/Limits for entry if true, Buys/Sells if false

input bool UseAnyEntry = false; // true = ANY entry can be used to open orders, false = ALL entries used to open orders
// input entType MAEntry = 1; // MA Entry
// input entType CCIEntry = 0; // CCI Entry
// input entType BollingerEntry = 0; // Bollinger Entry
// input entType StochEntry = 0; // Stochastic Entry
// input entType MACDEntry = 0; // MACD Entry
// 0=disable 1=enable 2=reverse

input string LabelLS = “”; // ———– LOT SIZE ———–
input bool UseMM = false; // UseMM (Money Management)
input double LAF = 0.5; // Adjusts MM base lot for large accounts
input double Lot = 0.01; // Starting lots if Money Management is off
input double Multiplier = 3.0; // Multiplier on each level

input string LabelGS = “”; // —— GRID SETTINGS ——
input bool AutoCal = false; // Auto calculation of TakeProfit and Grid size;
input tFrame ATRTF = 0; // TimeFrame for ATR calculation
input int ATRPeriods = 5; // Number of periods for the ATR calculation
input double GAF = 1.1; // Widens/Squishes Grid in increments/decrements of .1
input int EntryDelay = 1200; // Time Grid in seconds, avoid opening lots of levels in fast market
input double EntryOffset = 0; // In pips, used in conjunction with logic to offset first trade entry
input bool UseSmartGrid = false; // True = use RSI/MA calculation for next grid order

input string LabelTS = “”; // ===== TRADING =====
input int MaxTrades = 15; // Maximum number of trades to place (stops placing orders when reaches MaxTrades)
input int BreakEvenTrade = 5; // Close All level, when reaches this level, doesn’t wait for TP to be hit
input double BEPlusPips = -5; // Pips added to Break Even Point before BE closure
input bool UseCloseOldest = false; // True = will close the oldest open trade after CloseTradesLevel is reached
input int CloseTradesLevel = 5; // will start closing oldest open trade at this level
input bool ForceCloseOldest = true; // Will close the oldest trade whether it has potential profit or not
input int MaxCloseTrades = 4; // Maximum number of oldest trades to close
input double CloseTPPips = 10; // After Oldest Trades have closed, Forces Take Profit to BE +/- xx Pips
input double ForceTPPips = 0; // Force Take Profit to BE +/- xx Pips
input double MinTPPips = 0; // Ensure Take Profit is at least BE +/- xx Pips

input string LabelES = “”; // ———– EXITS ———–
input bool MaximizeProfit = true; // Turns on TP move and Profit Trailing Stop Feature
input double ProfitSet = 50; // Profit trailing stop: Lock in profit at set percent of Total Profit Potential
input double MoveTP = 2; // Moves TP this amount in pips
input int TotalMoves = 2; // Number of times you want TP to move before stopping movement
input bool UseStopLoss = false; // Use Stop Loss and/or Trailing Stop Loss
input double SLPips = 30; // Pips for fixed StopLoss from BE, 0=off
input double TSLPips = 10; // Pips for trailing stop loss from BE + TSLPips: +ve = fixed trail; -ve = reducing trail; 0=off
input double TSLPipsMin = 3; // Minimum trailing stop pips if using reducing TS
input bool UsePowerOutSL = false; // Transmits a SL in case of internet loss
input double POSLPips = 600; // Power Out Stop Loss in pips
input bool UseFIFO = false; // Close trades in FIFO order

input string LabelEE = “”; // ——— EARLY EXITS ———
input bool UseEarlyExit = false; // Reduces ProfitTarget by a percentage over time and number of levels open
input double EEStartHours = 3; // Number of Hours to wait before EE over time starts
input bool EEFirstTrade = true; // true = StartHours from FIRST trade: false = StartHours from LAST trade
input double EEHoursPC = 0.5; // Percentage reduction per hour (0 = OFF)
input int EEStartLevel = 5; // Number of Open Trades before EE over levels starts
input double EELevelPC = 10; // Percentage reduction at each level (0 = OFF)
input bool EEAllowLoss = false; // true = Will allow the basket to close at a loss : false = Minimum profit is Break Even

input string LabelAdv = “”; //.
input string LabelGrid = “”; // ——— GRID SIZE ———
input string SetCountArray = “3,2,2,2”; // Specifies number of open trades in each block (separated by a comma)
input string GridSetArray = “55,100,115,160”; // Specifies number of pips away to issue limit order (separated by a comma)
input string TP_SetArray = “10,15,15,15”; // Take profit for each block (separated by a comma)

// input entType 0=disable 1=enable 2=reverse
input string LabelEST0 = “”; // .
input string LabelEST = “”; // == ENTRY PARAMETERS ==
input string LabelMA = “”; // ————- MA ————-
input entType MAEntry = 0; // MA Entry
input int MAPeriod = 100; // Period of MA (H4 = 100, H1 = 400)
input double MADistance = 10; // Distance from MA to be treated as Ranging Market

input string LabelCCI = “”; // ————- CCI ————-
input entType CCIEntry = 0; // CCI Entry
input int CCIPeriod = 14; // Period for CCI calculation

input string LabelBBS = “”; // —– BOLLINGER BANDS —–
input entType BollingerEntry = 1; // Bollinger Entry
input int BollPeriod = 20; // Period for Bollinger
input double BollDistance = -1; // Up/Down spread
input double BollDeviation = 3.0; // Standard deviation multiplier for channel

input string LabelSto = “”; // ——— STOCHASTIC ——–
input entType StochEntry = 0; // Stochastic Entry
input int BuySellStochZone = 20; // Determines Overbought and Oversold Zones
input int KPeriod = 10; // Stochastic KPeriod
input int DPeriod = 2; // Stochastic DPeriod
input int Slowing = 2; // Stochastic Slowing

input string LabelMACD = “”; // ———— MACD ————
input entType MACDEntry = 0; // MACD Entry
input tFrame MACD_TF = 0; // Time frame for MACD calculation
// 0:Chart, 1:M1, 2:M5, 3:M15, 4:M30, 5:H1, 6:H4, 7:D1, 8:W1, 9:MN1
input int FastPeriod = 12; // MACD EMA Fast Period
input int SlowPeriod = 26; // MACD EMA Slow Period
input int SignalPeriod = 9; // MACD EMA Signal Period
input ENUM_APPLIED_PRICE MACDPrice = PRICE_CLOSE; // MACD Applied Price
// 0=close, 1=open, 2=high, 3=low, 4=HL/2, 5=HLC/3 6=HLCC/4

input string LabelSG = “”; // ——— SMART GRID ———
input tFrame RSI_TF = 3; // Timeframe for RSI calculation (should be lower than chart TF)
input int RSI_Period = 14; // Period for RSI calculation
input ENUM_APPLIED_PRICE RSI_Price = PRICE_CLOSE; // RSI Applied Price
// 0=close, 1=open, 2=high, 3=low, 4=HL/2, 5=HLC/3 6=HLCC/4
input int RSI_MA_Period = 10; // Period for MA of RSI calculation
input ENUM_MA_METHOD RSI_MA_Method = MODE_SMA; // RSI MA Method
//0=Simple averaging, 1=Exponential averaging, 2=Smoothed averaging 3=Linear-weighted averaging

input string LabelOS0 = “”; //.
input string LabelOS = “”; // ———— OTHER ———–
input bool RecoupClosedLoss = true; // true = Recoup any CloseOldest losses: false = Use original profit target.
input int Level = 7; // Largest Assumed Basket size. Lower number = higher start lots
int slip = 99;
input bool SaveStats = false; // true = will save equity statistics
input int StatsPeriod = 3600; // seconds between stats entries – off by default
input bool StatsInitialise = true; // true for backtest – false for forward/live to ACCUMULATE equity traces

input string LabelUE = “”; // ———— EMAIL ————
input bool UseEmail = false;
input string LabelEDD = “At what DD% would you like Email warnings (Max: 49, Disable: 0)?”; //.
input double EmailDD1 = 20;
input double EmailDD2 = 30;
input double EmailDD3 = 40;

input string LabelEH = “Hours before DD timer resets”; //.
input double EmailHours = 24; // Minimum number of hours between emails

string LabelDisplay = “”; // ———— DISPLAY ———–
// input string LabelDisplay = “Used to Adjust Overlay”; //.
bool displayOverlay = true; // Enable display
bool displayLogo = true; // Display copyright and icon
string displayFont = “Courier Bold”; //Display font
int displayFontSize = 9; // Changes size of display characters
int displaySpacing = 14; // Changes space between lines
// color displayColor = DeepSkyBlue; // default color of display characters
color displayColorProfit = Green; // default color of profit display characters
color displayColorLoss = Red; // default color of loss display characters
color displayColorFGnd = White; // default color of ForeGround Text display characters

string DefaultPairs[] = {“AUDCAD”,”AUDCHF”,”AUDJPY”,”AUDNZD”,”AUDUSD”,”CADCHF”,”CADJPY”,”CHFJPY”,”EURAUD”,”EURCAD”,”EURCHF”,”EURGBP”,”EURJPY”,”EURNZD”,”EURUSD”,”GBPAUD”,”GBPCAD”,”GBPCHF”,”GBPJPY”,”GBPNZD”,”GBPUSD”,”NZDCAD”,”NZDCHF”,”NZDJPY”,”NZDUSD”,”USDCAD”,”USDCHF”,”USDJPY”};
string TradePairs[];

//+—————————————————————–+
//| Internal Parameters Set |
//+—————————————————————–+
// int POSLCount; //not used!!
int Magic;
int AccountType;

double StopTradeBalance;
bool Testing, Visual;
bool AllowTrading;
bool EmergencyWarning;
int Error;

int ca; //close all type

int Set1Level, Set2Level, Set3Level, Set4Level;
int EmailCount;
string sTF;
datetime EmailSent;

int GridArray[, 2];

string CS, UAE;
int HolShutDown;
// datetime HolArray[, 4];
int HolArray[, 4];
datetime HolFirst, HolLast, NextStats;
int Digit[, 2], TF[10] = { 0, 1, 5, 15, 30, 60, 240, 1440, 10080, 43200 };
double InitialAB; // Initial Account Balance –> global variable?
double Email[3];
double StatLowEquity, StatHighEquity;
datetime EETime;
int EECount, FileHandle;
bool FileClosed, FirstRun, dLabels;
string FileName, ID, StatFile;

bool checkResult;

string suffix=””;
string prefix=””;

// This is the struct that is used by any of the pairs-to-trade
struct pairinf
{
int CbB; // Count buy
int CbS; // Count sell
int CpBL; // Count buy limit
int CpSL; // Count sell limit
int CpBS; // Count buy stop
int CpSS; // Count sell stop
double LbB; // Count buy lots
double LbS; // Count sell lots
// double LbT =0; // total lots out
double OPpBL; // Buy limit open price
double OPpSL; // Sell limit open price
double SLbB; // stop losses are set to zero if POSL off
double SLbS; // stop losses are set to zero if POSL off
double BCb, BCa; // Broker costs (swap + commission)
double ProfitPot; // The Potential Profit of a basket of Trades
double PipValue, PipVal2, ASK, BID;
double OrderLot;
double OPbL; // last open price
datetime OTbL; // last open time
datetime OTbO;
double g2, tp2, Entry, RSI_MA, OPbO;
int Ticket, IndEntry, TbO;
double Pb, PaC, PbPips, PbTarget, DrawDownPC, BEb, BEa;
bool TradesOpen, BuyMe, SellMe, Success, SetPOSL;
string IndicatorUsed;
double EEpc, OPbN, nLots;
double bSL, TPa, TPbMP;
int Trend;
string ATrend;
double cci_01, cci_02, cci_03, cci_04;
double cci_11, cci_12, cci_13, cci_14;
double StopLevel;
datetime OTbF;
int CaL, CbC, TbF;
double bTS, TPb, LbF, PbC, ClosedPips;
int CbT, CpT; // Count basket Total,Count pending Total
double PbMax, PbMin, PortionBalance, MaxDD, MaxDDPer;
int LotDecimal, MinMult, LotMult;
double Lots[];
double RSI[];
double TargetPips;
double SLbL; // Stop Loss basket Last
double SLb; // Stop Loss
int Moves;
bool PendLot;
datetime OncePerBarTime;
double Pip;
double MoveTP_;
double EntryOffset_;
double MADistance_;
double BollDistance_;
double POSLPips_;
double CloseTPPips_;
double ForceTPPips_;
double MinTPPips_;
double BEPlusPips_;
double SLPips_;
double TSLPips_;
double TSLPipsMin_;
double Lot_;
double MinLotSize, LotStep;
double GridTP;

double BCaL, BEbL;
};
pairinf pairinfo[];

//+—————————————————————–+
//| Input Parameters Requiring Modifications To Entered Values |
//+—————————————————————–+
// –> still open to see whether some of them have to be moved into the pairs struct

int EANumber_;
double StopTradePercent_;
double ProfitSet_;
double EEHoursPC_;
double EELevelPC_;
double PortionPC_;
bool Debug_; //okay

//which Entry Indicators to be used:
entType MAEntry_;
entType CCIEntry_;
entType BollingerEntry_;
entType StochEntry_;
entType MACDEntry_;

int MaxCloseTrades_;
double Multiplier_;
string SetCountArray_;
string GridSetArray_;
string TP_SetArray_;
bool EmergencyCloseAll_;
bool ShutDown_;

double LbT = 0; // total lots out
double previous_stop_trade_amount;
double stop_trade_amount;

//+—————————————————————–+
//| expert initialization function |
//+—————————————————————–+
int OnInit()
{
EANumber_ = EANumber;
StopTradePercent_ = StopTradePercent;
ProfitSet_ = ProfitSet;
EEHoursPC_ = EEHoursPC;
EELevelPC_ = EELevelPC;
PortionPC_ = PortionPC;
Debug_ = Debug;
MAEntry_ = MAEntry;
CCIEntry_ = CCIEntry;
BollingerEntry_ = BollingerEntry;
StochEntry_ = StochEntry;
MACDEntry_ = MACDEntry;
MaxCloseTrades_ = MaxCloseTrades;
Multiplier_ = Multiplier;
SetCountArray_ = SetCountArray;
GridSetArray_ = GridSetArray;
TP_SetArray_ = TP_SetArray;
EmergencyCloseAll_ = EmergencyCloseAll;
ShutDown_ = ShutDown;

getPrefixSuffix(prefix,suffix);
if(UseDefaultPairs == true)
ArrayCopy(TradePairs,DefaultPairs);
else
StringSplit(OwnPairs,’,’,TradePairs);

if(ArraySize(TradePairs) <= 0)
{
Print(“No pairs to trade”);
return(INIT_FAILED);
}

ArrayResize(pairinfo,ArraySize(TradePairs));

ChartSetInteger(0, CHART_SHOW_GRID, false);
CS = “Waiting for next tick .”; // To display comments while testing, simply use CS = …. and
Comment(CS); // it will be displayed by the line at the end of the start() block.
CS = “”;
Testing = IsTesting();
Visual = IsVisualMode();
AllowTrading = true;
FirstRun = true;
if(EANumber_ < 1)
EANumber_ = 1;

if(Testing)
EANumber_ = 0;

Magic = 1681348112;
FileName = “B3_” + (string) Magic + “.dat”;

if(Debug_)
{
Print(“Magic Number: “, DTS(Magic, 0));
Print(“FileName: “, FileName);
for (int Index=0;Index<ArraySize(TradePairs);Index++){
Print(“Pip: “,DoubleToStr(MarketInfo(TradePairs[Index]+suffix,MODE_POINT),8));
Print(“Digits: “,DTS(MarketInfo(TradePairs[Index]+suffix,MODE_DIGITS),8));
}
}

if(NanoAccount)
AccountType = 10;
else
AccountType = 1;

int temp;

for (int Index=0;Index<ArraySize(TradePairs);Index++){
pairinfo[Index].Pip = MarketInfo(TradePairs[Index]+suffix,MODE_POINT);
temp = (int) MarketInfo(TradePairs[Index]+suffix,MODE_DIGITS);
if(temp % 2 == 1)pairinfo[Index].Pip *= 10;
pairinfo[Index].MoveTP_ = ND(MoveTP * pairinfo[Index].Pip, temp);
pairinfo[Index].EntryOffset_ = ND(EntryOffset * pairinfo[Index].Pip, temp);
pairinfo[Index].MADistance_ = ND(MADistance * pairinfo[Index].Pip, temp);
pairinfo[Index].BollDistance_ = ND(BollDistance * pairinfo[Index].Pip, temp);
pairinfo[Index].POSLPips_ = ND(POSLPips * pairinfo[Index].Pip, temp);
pairinfo[Index].CloseTPPips_ = ND(CloseTPPips * pairinfo[Index].Pip, temp);
pairinfo[Index].ForceTPPips_ = ND(ForceTPPips * pairinfo[Index].Pip, temp);
pairinfo[Index].MinTPPips_ = ND(MinTPPips * pairinfo[Index].Pip, temp);
pairinfo[Index].BEPlusPips_ = ND(BEPlusPips * pairinfo[Index].Pip, temp);
pairinfo[Index].SLPips_ = ND(SLPips * pairinfo[Index].Pip, temp);
pairinfo[Index].TSLPips_ = ND(TSLPips * pairinfo[Index].Pip, temp);
pairinfo[Index].TSLPipsMin_ = ND(TSLPipsMin * pairinfo[Index].Pip, temp);
pairinfo[Index].BCaL = 0;
pairinfo[Index].BEbL = 0;
}

StopTradePercent_ /= 100;
ProfitSet_ /= 100;
EEHoursPC_ /= 100;
EELevelPC_ /= 100;
PortionPC_ /= 100;

InitialAB = AccountBalance();
StopTradeBalance = InitialAB * (1 – StopTradePercent_);

if(Testing)
ID = “B3Test.”;
else
ID = DTS(Magic, 0) + “.”;

HideTestIndicators(true);

double MinLot=0;
for (int Index=0;Index<ArraySize(TradePairs);Index++){
pairinfo[Index].Lot_ = Lot;
pairinfo[Index].MinLotSize = MarketInfo(TradePairs[Index]+suffix, MODE_MINLOT);
if(pairinfo[Index].MinLotSize > pairinfo[Index].Lot_)
{
Print(“Lot is less than minimum lot size permitted for this account”);
AllowTrading = false;
}
pairinfo[Index].LotStep = MarketInfo(TradePairs[Index]+suffix, MODE_LOTSTEP);
MinLot = MathMin(pairinfo[Index].MinLotSize, pairinfo[Index].LotStep);
if (MinLot ==0)
{
Print(“No MarketInfo for”+TradePairs[Index]+suffix);
AllowTrading = false;
}
else pairinfo[Index].LotMult = (int) ND(MathMax(pairinfo[Index].Lot_, pairinfo[Index].MinLotSize) / MinLot, 0);
pairinfo[Index].MinMult = pairinfo[Index].LotMult;
pairinfo[Index].Lot_ = MinLot;

pairinfo[Index].OncePerBarTime = 0;

if(MinLot < 0.01)
pairinfo[Index].LotDecimal = 3;
else
if(MinLot < 0.1)
pairinfo[Index].LotDecimal = 2;
else
if(MinLot < 1)
pairinfo[Index].LotDecimal = 1;
else
pairinfo[Index].LotDecimal = 0;}

//what is happening here? Do we need this part?
FileHandle = FileOpen(FileName, FILE_BIN | FILE_READ);

if(FileHandle != -1)
{
pairinfo[0].TbF = FileReadInteger(FileHandle, LONG_VALUE);
FileClose(FileHandle);
Error = GetLastError();

if(OrderSelect(pairinfo[0].TbF, SELECT_BY_TICKET))
{
for (int Index=0;Index<ArraySize(TradePairs);Index++){
pairinfo[Index].OTbF = OrderOpenTime();
pairinfo[Index].LbF = OrderLots();
MinLot = MathMin(pairinfo[Index].MinLotSize, pairinfo[Index].LotStep);
if (MinLot ==0)
{
Print(“No MarketInfo for”+TradePairs[Index]+suffix);
AllowTrading = false;
}
else pairinfo[Index].LotMult = (int) MathMax(1, pairinfo[Index].LbF / MinLot);
pairinfo[Index].PbC = FindClosedPL(B, pairinfo[Index].OTbF,pairinfo[Index].CbC);
pairinfo[Index].TradesOpen = true;
if(Debug_)
Print(FileName, ” File Read: “, pairinfo[0].TbF, ” Lots: “, DTS(pairinfo[Index].LbF, pairinfo[Index].LotDecimal));}
}
else
{
FileDelete(FileName);
for (int Index=0;Index<ArraySize(TradePairs);Index++){
pairinfo[Index].TbF = 0;
pairinfo[Index].OTbF = 0;
pairinfo[Index].LbF = 0;
GlobalVariableSet(ID + “LotMult”, pairinfo[Index].LotMult);
}
Error = GetLastError();

if(Error == ERR_NO_ERROR)
{
if(Debug_)
Print(FileName, ” File Deleted”);
}
else
Print(“Error “, Error, ” (“, ErrorDescription(Error), “) deleting file “, FileName);
}
}

EmergencyWarning = EmergencyCloseAll_;

if(IsOptimization())
Debug_ = false;

if(UseAnyEntry)
UAE = “||”;
else
UAE = “&&”;

if(MAEntry_ < 0 || MAEntry_ > 2)
MAEntry_ = 0;

if(CCIEntry_ < 0 || CCIEntry_ > 2)
CCIEntry_ = 0;

if(BollingerEntry_ < 0 || BollingerEntry_ > 2)
BollingerEntry_ = 0;

if(StochEntry_ < 0 || StochEntry_ > 2)
StochEntry_ = 0;

if(MACDEntry_ < 0 || MACDEntry_ > 2)
MACDEntry_ = 0;

if(MaxCloseTrades_ == 0)
MaxCloseTrades_ = MaxTrades;

ArrayResize(Digit, 6);
for(int Index = 0; Index < ArrayRange(Digit, 0); Index++)
{
if(Index > 0)
Digit[Index, 0] = (int) MathPow(10, Index);

Digit[Index, 1] = Index;

if(Debug_)
Print(“Digit: “, Index, ” [“, Digit[Index, 0], “, “, Digit[Index, 1], “]”);
}

dLabels = false;

//+—————————————————————–+
//| Set Lot and RSI Array for each pair |
//+—————————————————————–+

for (int Index2=0; Index2 <ArraySize(TradePairs); Index2++){
ArrayResize(pairinfo[Index2].Lots, MaxTrades);
ArrayResize(pairinfo[Index2].RSI, (RSI_Period+RSI_MA_Period));
for (int Index = 0; Index < MaxTrades; Index++) {
if (Index == 0 || Multiplier_ < 1)
pairinfo[Index2].Lots[Index] = pairinfo[Index2].Lot_;
else
pairinfo[Index2].Lots[Index] = ND(MathMax(pairinfo[Index2].Lots[Index – 1] * Multiplier_, pairinfo[Index2].Lots[Index – 1] + pairinfo[Index2].LotStep), pairinfo[Index2].LotDecimal);

if (Debug_)
Print(“Lot Size for level “, DTS(Index + 1, 0), ” : “, DTS(pairinfo[Index2].Lots[Index] * MathMax(pairinfo[Index2].LotMult, 1), pairinfo[Index2].LotDecimal));
}
}

if(Multiplier_ < 1)
Multiplier_ = 1;

//+—————————————————————–+
//| Set Grid and TP array –> needs to be modified for multipairs?? |
//+—————————————————————–+
int GridSet = 0, GridTemp, GridTP, GridIndex = 0, GridLevel = 0, GridError = 0;

if(!AutoCal)
{
ArrayResize(GridArray, MaxTrades);
while(GridIndex < MaxTrades)
{
if(StringFind(SetCountArray_, “,”) == -1 && GridIndex == 0)
{
GridError = 1;
break;
}
else
GridSet = StrToInteger(StringSubstr(SetCountArray_, 0, StringFind(SetCountArray_, “,”)));

if(GridSet > 0)
{
SetCountArray_ = StringSubstr(SetCountArray_, StringFind(SetCountArray_, “,”) + 1);
GridTemp = StrToInteger(StringSubstr(GridSetArray_, 0, StringFind(GridSetArray_, “,”)));
GridSetArray_ = StringSubstr(GridSetArray_, StringFind(GridSetArray_, “,”) + 1);
GridTP = StrToInteger(StringSubstr(TP_SetArray_, 0, StringFind(TP_SetArray_, “,”)));
TP_SetArray_ = StringSubstr(TP_SetArray_, StringFind(TP_SetArray_, “,”) + 1);
}
else
GridSet = MaxTrades;

if(GridTemp == 0 || GridTP == 0)
{
GridError = 2;
break;
}

for(GridLevel = GridIndex; GridLevel <= MathMin(GridIndex + GridSet – 1, MaxTrades – 1); GridLevel++)
{
GridArray[GridLevel, 0] = GridTemp;
GridArray[GridLevel, 1] = GridTP;

if(Debug_)
Print(“GridArray “, (GridLevel + 1), “: [“, GridArray[GridLevel, 0], “, “, GridArray[GridLevel, 1], “]”);
}

GridIndex = GridLevel;
}

if(GridError > 0 || GridArray[0, 0] == 0 || GridArray[0, 1] == 0)
{
if(GridError == 1)
Print(“Grid Array Error. Each value should be separated by a comma.”);
else
Print(“Grid Array Error. Check that there is one more ‘Grid’ and ‘TP’ entry than there are ‘Set’ numbers – separated by commas.”);

AllowTrading = false;
}
}
else //if Autocal
{
while(GridIndex < 4)
{
GridSet = StrToInteger(StringSubstr(SetCountArray_, 0, StringFind(SetCountArray_, “,”)));
SetCountArray_ = StringSubstr(SetCountArray_, StringFind(SetCountArray_, DTS(GridSet, 0)) + 2);

if(GridIndex == 0 && GridSet < 1)
{
GridError = 1;
break;
}

if(GridSet > 0)
GridLevel += GridSet;
else
if(GridLevel < MaxTrades)
GridLevel = MaxTrades;
else
GridLevel = MaxTrades + 1;

if(GridIndex == 0)
Set1Level = GridLevel;
else
if(GridIndex == 1 && GridLevel <= MaxTrades)
Set2Level = GridLevel;
else
if(GridIndex == 2 && GridLevel <= MaxTrades)
Set3Level = GridLevel;
else
if(GridIndex == 3 && GridLevel <= MaxTrades)
Set4Level = GridLevel;

GridIndex++;
}

if(GridError == 1 || Set1Level == 0)
{
Print(“Error setting up Grid Levels. Check that the SetCountArray contains valid numbers separated by commas.”);
AllowTrading = false;
}
}

// here we should copy the above grid into the pairinfo[].grid

//+—————————————————————–+
//| Set holidays array |
//+—————————————————————–+
if(UseHolidayShutdown)
{
int HolTemp = 0, NumHols, NumBS = 0, HolCounter = 0;
string HolTempStr;

// holidays are separated by commas
// 18/12-01/01
if(StringFind(Holidays, “,”, 0) == -1) // no comma if just one holiday
{
NumHols = 1;
}
else
{
NumHols = 1;
while(HolTemp != -1)
{
HolTemp = StringFind(Holidays, “,”, HolTemp + 1);
if(HolTemp != -1)
NumHols++;
}
}
HolTemp = 0;
while(HolTemp != -1)
{
HolTemp = StringFind(Holidays, “/”, HolTemp + 1);
if(HolTemp != -1)
NumBS++;
}

if(NumBS != NumHols * 2)
{
Print(“Holidays Error, number of back-slashes (“, NumBS, “) should be equal to 2* number of Holidays (“,
NumHols, “, and separators should be commas.”);
AllowTrading = false;
}
else
{
HolTemp = 0;
ArrayResize(HolArray, NumHols);
while(HolTemp != -1)
{
if(HolTemp == 0)
HolTempStr = StringTrimLeft(StringTrimRight(StringSubstr(Holidays, 0, StringFind(Holidays, “,”, HolTemp))));
else
HolTempStr = StringTrimLeft(StringTrimRight(StringSubstr(Holidays, HolTemp + 1,
StringFind(Holidays, “,”, HolTemp + 1) – StringFind(Holidays, “,”, HolTemp) – 1)));

HolTemp = StringFind(Holidays, “,”, HolTemp + 1);
HolArray[HolCounter, 0] = StrToInteger(StringSubstr(StringSubstr(HolTempStr, 0, StringFind(HolTempStr, “-“, 0)),
StringFind(StringSubstr(HolTempStr, 0, StringFind(HolTempStr, “-“, 0)), “/”) + 1));
HolArray[HolCounter, 1] = StrToInteger(StringSubstr(StringSubstr(HolTempStr, 0, StringFind(HolTempStr, “-“, 0)), 0,
StringFind(StringSubstr(HolTempStr, 0, StringFind(HolTempStr, “-“, 0)), “/”)));
HolArray[HolCounter, 2] = StrToInteger(StringSubstr(StringSubstr(HolTempStr, StringFind(HolTempStr, “-“, 0) + 1),
StringFind(StringSubstr(HolTempStr, StringFind(HolTempStr, “-“, 0) + 1), “/”) + 1));
HolArray[HolCounter, 3] = StrToInteger(StringSubstr(StringSubstr(HolTempStr, StringFind(HolTempStr, “-“, 0) + 1), 0,
StringFind(StringSubstr(HolTempStr, StringFind(HolTempStr, “-“, 0) + 1), “/”)));
HolCounter++;
}
}

for(HolTemp = 0; HolTemp < HolCounter; HolTemp++)
{
datetime Start1, Start2;
int Temp0, Temp1, Temp2, Temp3;
for(int Item1 = HolTemp + 1; Item1 < HolCounter; Item1++)
{
Start1 = (datetime) HolArray[HolTemp, 0] * 100 + HolArray[HolTemp, 1];
Start2 = (datetime) HolArray[Item1, 0] * 100 + HolArray[Item1, 1];
if(Start1 > Start2)
{
Temp0 = HolArray[Item1, 0];
Temp1 = HolArray[Item1, 1];
Temp2 = HolArray[Item1, 2];
Temp3 = HolArray[Item1, 3];
HolArray[Item1, 0] = HolArray[HolTemp, 0];
HolArray[Item1, 1] = HolArray[HolTemp, 1];
HolArray[Item1, 2] = HolArray[HolTemp, 2];
HolArray[Item1, 3] = HolArray[HolTemp, 3];
HolArray[HolTemp, 0] = Temp0;
HolArray[HolTemp, 1] = Temp1;
HolArray[HolTemp, 2] = Temp2;
HolArray[HolTemp, 3] = Temp3;
}
}
}

if(Debug_)
{
for(HolTemp = 0; HolTemp < HolCounter; HolTemp++)
Print(“Holidays – From: “, HolArray[HolTemp, 1], “/”, HolArray[HolTemp, 0], ” – “,
HolArray[HolTemp, 3], “/”, HolArray[HolTemp, 2]);
}
}
//+—————————————————————–+
//| Set email parameters |
//+—————————————————————–+
if(UseEmail)
{
if(Period() == 43200)
sTF = “MN1”;
else
if(Period() == 10800)
sTF = “W1”;
else
if(Period() == 1440)
sTF = “D1”;
else
if(Period() == 240)
sTF = “H4”;
else
if(Period() == 60)
sTF = “H1”;
else
if(Period() == 30)
sTF = “M30”;
else
if(Period() == 15)
sTF = “M15”;
else
if(Period() == 5)
sTF = “M5”;
else
if(Period() == 1)
sTF = “M1”;

Email[0] = MathMax(MathMin(EmailDD1, MaxDDPercent – 1), 0) / 100;
Email[1] = MathMax(MathMin(EmailDD2, MaxDDPercent – 1), 0) / 100;
Email[2] = MathMax(MathMin(EmailDD3, MaxDDPercent – 1), 0) / 100;
ArraySort(Email, WHOLE_ARRAY, 0, MODE_ASCEND);

for(int z = 0; z <= 2; z++)
{
for(int Index = 0; Index <= 2; Index++)
{
if(Email[Index] == 0)
{
Email[Index] = Email[Index + 1];
Email[Index + 1] = 0;
}
}

if(Debug_)
Print(“Email [“, (z + 1), “] : “, Email[z]);
}
}
//+—————————————————————–+
//| Set SmartGrid parameters |
//+—————————————————————–+
if(UseSmartGrid)
{
for (int Index=0;Index<ArraySize(TradePairs);Index++){
ArrayResize(pairinfo[Index].RSI, RSI_Period + RSI_MA_Period);
ArraySetAsSeries(pairinfo[Index].RSI, true);
}
}
//+—————————————————————+
//| Initialize Statistics |
//+—————————————————————+
if(SaveStats)
{
StatFile = “B3” + Symbol() + “_” + (string) Period() + “_” + (string) EANumber_ + “.csv”;
NextStats = TimeCurrent();
Stats(StatsInitialise, false, AccountBalance() * PortionPC_, 0);
}

return (0);
}

//+—————————————————————–+
//| expert deinitialization function |
//+—————————————————————–+
void OnDeinit(const int reason)
{
switch(reason)
{
case REASON_REMOVE:
case REASON_CHARTCLOSE:
case REASON_CHARTCHANGE:
//close all pending orders
for (int Index=0;Index<ArraySize(TradePairs);Index++){
if(pairinfo[Index].CpT > 0)
{
while(pairinfo[Index].CpT > 0)
pairinfo[Index].CpT -= ExitTrades(P, displayColorLoss, “Blessing Removed”,0,ca,TradePairs[Index]+suffix);
}
}
GlobalVariablesDeleteAll(ID);
case REASON_RECOMPILE:
case REASON_PARAMETERS:
case REASON_ACCOUNT:;

Comment(“Reason:”+IntegerToString(reason));

}

return;
}

//+—————————————————————–+
//| expert start function |
//+—————————————————————–+
void OnTick()
{
int retValue = DoStart();
}

int DoStart()

{ if (Debug_) printf(“!!!!!!!!!!!!!!!!!!!start!!!!!!!!!!!!”);

 

//+—————————————————————–+
//| Check Holiday Shutdown |
//+—————————————————————–+

if(UseHolidayShutdown)
{
if(HolShutDown > 0 && TimeCurrent() >= HolLast && HolLast > 0)
{
Print(“Trading has resumed after the “, TimeToStr(HolFirst, TIME_DATE), ” – “, TimeToStr(HolLast, TIME_DATE), ” holidays.”);
HolShutDown = 0;

if(PlaySounds)
PlaySound(AlertSound);
}

if(HolShutDown == 3)
{

return (0);
}
else
if((HolShutDown == 0 && TimeCurrent() >= HolLast) || HolFirst == 0)
{
for(int Index = 0; Index < ArraySize(HolArray); Index++)
{
// HolFirst = StrToTime((string) Year() + “.” + (string) HolArray[Index, 0] + “.” + (string) HolArray[Index, 1]);
string tts = (string) Year() + “.” + (string) HolArray[Index, 0] + “.” + (string) HolArray[Index, 1];
Print(“tts: ” + tts + ” *******************************************************”);
HolFirst = StrToTime(tts);

HolLast = StrToTime((string) Year() + “.” + (string) HolArray[Index, 2] + “.” + (string) HolArray[Index, 3] + ” 23:59:59″);

if(TimeCurrent() < HolFirst)
{
if(HolFirst > HolLast)
HolLast = StrToTime(DTS(Year() + 1, 0) + “.” + (string) HolArray[Index, 2] + “.” + (string) HolArray[Index, 3] + ” 23:59:59″);

break;
}

if(TimeCurrent() < HolLast)
{
if(HolFirst > HolLast)
HolFirst = StrToTime(DTS(Year() – 1, 0) + “.” + (string) HolArray[Index, 0] + “.” + (string) HolArray[Index, 1]);

break;
}

if(TimeCurrent() > HolFirst && HolFirst > HolLast)
{
HolLast = StrToTime(DTS(Year() + 1, 0) + “.” + (string) HolArray[Index, 2] + “.” + (string) HolArray[Index, 3] + ” 23:59:59″);

if(TimeCurrent() < HolLast)
break;
}
}

if(TimeCurrent() >= HolFirst && TimeCurrent() <= HolLast)
{
// Comment(“”); // xxx
HolShutDown = 1;
}
}
else
if(HolShutDown == 0 && TimeCurrent() >= HolFirst && TimeCurrent() < HolLast)
HolShutDown = 1;
}
//start of the big loop for each pair-to-trade

for(int i=0;i<ArraySize(TradePairs);i++){

if (Debug_) printf(“TradePair:”+IntegerToString(i)+TradePairs[i]+suffix);
if (Debug_) Print(“MinLotSize: “, DTS(pairinfo[i].MinLotSize, 2), ” LotStep: “, DTS(pairinfo[i].LotStep, 2), ” MinLot: “, DTS(MathMin(pairinfo[i].MinLotSize, pairinfo[i].LotStep), 2), ” StartLot: “, DTS(pairinfo[i].Lot_, 2), ” LotMult: “, DTS(pairinfo[i].LotMult, 0), ” Lot Decimal: “, DTS(pairinfo[i].LotDecimal, 0));

pairinfo[i].CbB =0; // Count buy
pairinfo[i].CbS =0; // Count sell
pairinfo[i].CpBL =0; // Count buy limit
pairinfo[i].CpSL =0; // Count sell limit
pairinfo[i].CpBS =0; // Count buy stop
pairinfo[i].CpSS =0; // Count sell stop
pairinfo[i].LbB =0; // Count buy lots
pairinfo[i].LbS =0; // Count sell lots
pairinfo[i].OPpBL =0; // Buy limit open price
pairinfo[i].OPpSL =0; // Sell limit open price
pairinfo[i].SLbB =0; // stop losses are set to zero if POSL off
pairinfo[i].SLbS =0; // stop losses are set to zero if POSL off
pairinfo[i].ProfitPot =0; // The Potential Profit of a basket of Trades
pairinfo[i].BCb =0;
pairinfo[i].BCa =0; // Broker costs (swap + commission)
pairinfo[i].OPbL = 0;
pairinfo[i].OTbL = 0; // last open time
pairinfo[i].OTbO = 0;
pairinfo[i].RSI_MA = 0;
pairinfo[i].OPbO = 0;
pairinfo[i].Ticket = 0;
pairinfo[i].IndEntry = 0;
pairinfo[i].TbO = 0;
pairinfo[i].Pb = 0;
pairinfo[i].PaC = 0;
pairinfo[i].PbPips = 0;
pairinfo[i].PbTarget = 0;
pairinfo[i].DrawDownPC = 0;
pairinfo[i].BEb = 0;
pairinfo[i].BEa = 0;
pairinfo[i].BuyMe = false;
pairinfo[i].SellMe = false;
pairinfo[i].EEpc = 0;
pairinfo[i].OPbN = 0;
pairinfo[i].nLots = 0;
pairinfo[i].bSL = 0;
pairinfo[i].TPa = 0;
pairinfo[i].TPbMP = 0;
pairinfo[i].Trend = 0;
pairinfo[i].cci_01 = 0;
pairinfo[i].cci_02 = 0;
pairinfo[i].cci_03 = 0;
pairinfo[i].cci_04 = 0;
pairinfo[i].cci_11 = 0;
pairinfo[i].cci_12 = 0;
pairinfo[i].cci_13 = 0;
pairinfo[i].cci_14 = 0;

//+—————————————————————–+
//| Count Open Orders, Lots and Totals –>does it work in multipair?|
//+—————————————————————–+
if (MarketInfo(TradePairs[i]+suffix, MODE_TICKSIZE) !=0) pairinfo[i].PipVal2 = MarketInfo(TradePairs[i]+suffix, MODE_TICKVALUE) / MarketInfo(TradePairs[i]+suffix, MODE_TICKSIZE);
else printf(“No MarketInfo for “+TradePairs[i]+suffix+DoubleToStr(MarketInfo(TradePairs[i]+suffix,MODE_TICKSIZE)));
pairinfo[i].PipValue = pairinfo[i].PipVal2 * pairinfo[i].Pip;
pairinfo[i].StopLevel = MarketInfo(TradePairs[i]+suffix, MODE_STOPLEVEL) * Point;
pairinfo[i].ASK = ND(MarketInfo(TradePairs[i]+suffix, MODE_ASK), (int) MarketInfo(TradePairs[i]+suffix, MODE_DIGITS));
pairinfo[i].BID = ND(MarketInfo(TradePairs[i]+suffix, MODE_BID), (int) MarketInfo(TradePairs[i]+suffix, MODE_DIGITS));

if(pairinfo[i].ASK == 0 || pairinfo[i].BID == 0)
return (0);

for(int Order = 0; Order < OrdersTotal(); Order++)
{
if(!OrderSelect(Order, SELECT_BY_POS, MODE_TRADES))
continue;

int Type = OrderType();

if(OrderMagicNumber() != Magic || OrderSymbol() != TradePairs[i]+suffix)
continue;

if(OrderTakeProfit() > 0)
ModifyOrder(OrderOpenPrice(), OrderStopLoss(),0,i);

if(Type <= OP_SELL)
{
pairinfo[i].Pb += OrderProfit();
pairinfo[i].BCb += OrderSwap() + OrderCommission();
pairinfo[i].BEb += OrderLots() * OrderOpenPrice();

if(OrderOpenTime() >= pairinfo[i].OTbL)
{
pairinfo[i].OTbL = OrderOpenTime();
pairinfo[i].OPbL = OrderOpenPrice();
}

if(OrderOpenTime() < pairinfo[i].OTbF || pairinfo[i].TbF == 0)
{
pairinfo[i].OTbF = OrderOpenTime();
pairinfo[i].TbF = OrderTicket();
pairinfo[i].LbF = OrderLots();
}

if(OrderOpenTime() < pairinfo[i].OTbO || pairinfo[i].OTbO == 0)
{
pairinfo[i].OTbO = OrderOpenTime();
pairinfo[i].TbO = OrderTicket();
pairinfo[i].OPbO = OrderOpenPrice();
}

if(UsePowerOutSL && ((pairinfo[i].POSLPips_ > 0 && OrderStopLoss() == 0) || (pairinfo[i].POSLPips_ == 0 && OrderStopLoss() > 0)))
pairinfo[i].SetPOSL = true;

if(Type == OP_BUY)
{
pairinfo[i].CbB++;
pairinfo[i].LbB += OrderLots();
continue;
}
else
{
pairinfo[i].CbS++;
pairinfo[i].LbS += OrderLots();
continue;
}
}
else
{
if(Type == OP_BUYLIMIT)
{
pairinfo[i].CpBL++;
pairinfo[i].OPpBL = OrderOpenPrice();
continue;
}
else
if(Type == OP_SELLLIMIT)
{
pairinfo[i].CpSL++;
pairinfo[i].OPpSL = OrderOpenPrice();
continue;
}
else
if(Type == OP_BUYSTOP)
pairinfo[i].CpBS++;
else
pairinfo[i].CpSS++;
}
}

pairinfo[i].CbT = pairinfo[i].CbB + pairinfo[i].CbS;
LbT = pairinfo[i].LbB + pairinfo[i].LbS;
pairinfo[i].Pb = ND(pairinfo[i].Pb + pairinfo[i].BCb, 2);
pairinfo[i].CpT = pairinfo[i].CpBL + pairinfo[i].CpSL + pairinfo[i].CpBS + pairinfo[i].CpSS;
pairinfo[i].BCa = pairinfo[i].BCb;

//+—————————————————————–+
//| Calculate Min/Max Profit and Break Even Points |
//+—————————————————————–+
if(LbT > 0)
{
pairinfo[i].BEb = ND(pairinfo[i].BEb / LbT, Digits);

if(pairinfo[i].BCa < 0)
pairinfo[i].BEb -= ND(pairinfo[i].BCa / pairinfo[i].PipVal2 / (pairinfo[i].LbB – pairinfo[i].LbS), Digits);

if(pairinfo[i].Pb > pairinfo[i].PbMax || pairinfo[i].PbMax == 0)
pairinfo[i].PbMax = pairinfo[i].Pb;

if(pairinfo[i].Pb < pairinfo[i].PbMin || pairinfo[i].PbMin == 0)
pairinfo[i].PbMin = pairinfo[i].Pb;

if(!pairinfo[i].TradesOpen)
{
FileHandle = FileOpen(FileName, FILE_BIN | FILE_WRITE);

if(FileHandle > -1)
{
FileWriteInteger(FileHandle, pairinfo[i].TbF);
FileClose(FileHandle);
pairinfo[i].TradesOpen = true;

if(Debug_)
Print(FileName, ” File Written: “, pairinfo[i].TbF);
}
}
}
else
if(pairinfo[i].TradesOpen)
{
pairinfo[i].TPb = 0;
pairinfo[i].PbMax = 0;
pairinfo[i].PbMin = 0;
pairinfo[i].OTbF = 0; //wirklich Index???? oder alle Index?
pairinfo[i].TbF = 0;
pairinfo[i].LbF = 0;
pairinfo[i].PbC = 0;
pairinfo[i].PaC = 0;
pairinfo[i].ClosedPips = 0;
pairinfo[i].CbC = 0;
pairinfo[i].CaL = 0;
pairinfo[i].bTS = 0;

EmailCount = 0;
EmailSent = 0;
FileHandle = FileOpen(FileName, FILE_BIN | FILE_READ);

if(FileHandle > -1)
{
FileClose(FileHandle);
Error = GetLastError();
FileDelete(FileName);
Error = GetLastError();

if(Error == ERR_NO_ERROR)
{
if(Debug_)
Print(FileName + ” File Deleted”);

pairinfo[i].TradesOpen = false;
}
else
Print(“Error “, Error, ” {“, ErrorDescription(Error), “) deleting file “, FileName);
}
else
pairinfo[i].TradesOpen = false;
}

//+—————————————————————–+
//| Check if trading is allowed |
//+—————————————————————–+
if(pairinfo[i].CbT == 0 && ShutDown_)
{
if(pairinfo[i].CpT > 0)
{
ExitTrades(P, displayColorLoss, “Blessing is shutting down”,0,ca,””);
return (0);
}

if(AllowTrading)
{
Print(“Blessing has shut down. Set ShutDown = ‘false’ to resume trading”);

if(PlaySounds)
PlaySound(AlertSound);

AllowTrading = false;
}

if(UseEmail && EmailCount < 4 && !Testing)
{
SendMail(“Blessing EA”, “Blessing has shut down on ” + TradePairs[i]+suffix + ” ” + sTF + “. To resume trading, change ShutDown to false.”);
Error = GetLastError();

if(Error > 0)
Print(“Error “, Error, ” (“, ErrorDescription(Error), “) sending email”);
else
EmailCount = 4;
}
}

//+—————————————————————–+
//| Calculate Drawdown and Equity Protection |
//+—————————————————————–+
double NewPortionBalance = ND(AccountBalance() * PortionPC_, 2);

if(pairinfo[i].CbT == 0 || PortionChange < 0 || (PortionChange > 0 && NewPortionBalance > pairinfo[i].PortionBalance))
pairinfo[i].PortionBalance = NewPortionBalance;

if(OncePerBar(pairinfo[i].OncePerBarTime)&& (pairinfo[i].PortionBalance !=0))
{
if(pairinfo[i].Pb < 0)
pairinfo[i].DrawDownPC = -(pairinfo[i].Pb) / pairinfo[i].PortionBalance; // opb
if(!FirstRun && pairinfo[i].DrawDownPC >= MaxDDPercent / 100)
{
ExitTrades(A, displayColorLoss, “Equity StopLoss Reached”,0,ca,””);
if(PlaySounds)
PlaySound(AlertSound);
return (0);
}

if(-(pairinfo[i].Pb) > pairinfo[i].MaxDD)
pairinfo[i].MaxDD = -(pairinfo[i].Pb);

pairinfo[i].MaxDDPer = MathMax(pairinfo[i].MaxDDPer, pairinfo[i].DrawDownPC * 100);

if(SaveStats)
Stats(false, TimeCurrent() < NextStats, pairinfo[i].PortionBalance, pairinfo[i].Pb);

//+—————————————————————–+
//| Calculate Stop Trade Percent |
//+—————————————————————–+
double StepAB = InitialAB * (1 + StopTradePercent_);
double StepSTB = AccountBalance() * (1 – StopTradePercent_);
double NextISTB = StepAB * (1 – StopTradePercent_);

if(StepSTB > NextISTB)
{
InitialAB = StepAB;
StopTradeBalance = StepSTB;
}
// Stop Trade Amount:
double InitialAccountMultiPortion = StopTradeBalance * PortionPC_;
stop_trade_amount = InitialAccountMultiPortion;

if(pairinfo[i].PortionBalance < InitialAccountMultiPortion)
{
if(pairinfo[i].CbT == 0)
{
AllowTrading = false;

if(PlaySounds)
PlaySound(AlertSound);

Print(“Portion Balance dropped below stop-trading percentage”);
MessageBox(“Reset required – account balance dropped below stop-trading percentage on ” + DTS(AccountNumber(), 0) + ” ” + TradePairs[i]+suffix + ” ” + (string) Period(), “Blessing 3: Warning”, 48);
return (0);
}
else
if(!ShutDown_ && !RecoupClosedLoss)
{
ShutDown_ = true;

if(PlaySounds)
PlaySound(AlertSound);

Print(“Portion Balance dropped below stop-trading percentage”);

return (0);
}
}
//+—————————————————————–+
//| Calculation of Trend Direction |
//+—————————————————————–+
double ima_0 = iMA(TradePairs[i]+suffix, 0, MAPeriod, 0, MODE_EMA, PRICE_CLOSE, 0);

if(pairinfo[i].BID > ima_0 + pairinfo[i].MADistance_)
pairinfo[i].Trend = 0;
else
if(pairinfo[i].ASK < ima_0 – pairinfo[i].MADistance_)
pairinfo[i].Trend = 1;
else
pairinfo[i].Trend = 2;

//+—————————————————————–+
//| Basket/ClosedTrades Profit Management |
//+—————————————————————–+
double Pa = pairinfo[i].Pb;
pairinfo[i].PaC = pairinfo[i].PbC;

if(LbT > 0)
{
if(pairinfo[i].PbC > 0 || (pairinfo[i].PbC < 0 && RecoupClosedLoss))
{
Pa += pairinfo[i].PbC;
pairinfo[i].BEb -= ND(pairinfo[i].PbC / pairinfo[i].PipVal2 / (pairinfo[i].LbB – pairinfo[i].LbS), Digits);
}
}

//+—————————————————————–+
//| Close oldest open trade after CloseTradesLevel reached |
//+—————————————————————–+
if(UseCloseOldest && pairinfo[i].CbT >= CloseTradesLevel && pairinfo[i].CbC < MaxCloseTrades_)
{
if(!FirstRun && pairinfo[i].TPb > 0 && (ForceCloseOldest || (pairinfo[i].CbB > 0 && pairinfo[i].OPbO > pairinfo[i].TPb) || (pairinfo[i].CbS > 0 && pairinfo[i].OPbO < pairinfo[i].TPb)))
{
int Index = ExitTrades(T, DarkViolet, “Close Oldest Trade”, pairinfo[i].TbO, ca,TradePairs[i]);

if(Index == 1)
{
if(OrderSelect(pairinfo[i].TbO, SELECT_BY_TICKET)) // yoh check return
{
pairinfo[i].PbC += OrderProfit() + OrderSwap() + OrderCommission();
ca = 0;
pairinfo[i].CbC++;
}
else
Print(“OrderSelect error “, GetLastError()); // yoh

return (0);
}
}
}

//+—————————————————————–+
//| ATR for Auto Grid Calculation and Grid Set Block |
//+—————————————————————–+
// double GridTP;

if(AutoCal)
{
double GridATR = iATR(TradePairs[i]+suffix, TF[ATRTF], ATRPeriods, 0) / pairinfo[i].Pip;

if((pairinfo[i].CbT + pairinfo[i].CbC > Set4Level) && Set4Level > 0)
{
pairinfo[i].g2 = GridATR * 12; //GS*2*2*2*1.5
pairinfo[i].tp2 = GridATR * 18; //GS*2*2*2*1.5*1.5
}
else
if((pairinfo[i].CbT + pairinfo[i].CbC > Set3Level) && Set3Level > 0)
{
pairinfo[i].g2 = GridATR * 8; //GS*2*2*2
pairinfo[i].tp2 = GridATR * 12; //GS*2*2*2*1.5
}
else
if((pairinfo[i].CbT + pairinfo[i].CbC > Set2Level) && Set2Level > 0)
{
pairinfo[i].g2 = GridATR * 4; //GS*2*2
pairinfo[i].tp2 = GridATR * 8; //GS*2*2*2
}
else
if((pairinfo[i].CbT + pairinfo[i].CbC > Set1Level) && Set1Level > 0)
{
pairinfo[i].g2 = GridATR * 2; //GS*2
pairinfo[i].tp2 = GridATR * 4; //GS*2*2
}
else
{
pairinfo[i].g2 = GridATR;
pairinfo[i].tp2 = GridATR * 2;
}

pairinfo[i].GridTP = GridATR * 2;
}
else
{
int Index = (int) MathMax(MathMin(pairinfo[i].CbT + pairinfo[i].CbC, MaxTrades) – 1, 0);
pairinfo[i].g2 = GridArray[Index, 0];
pairinfo[i].tp2 = GridArray[Index, 1];
pairinfo[i].GridTP = GridArray[0, 1];
}

pairinfo[i].g2 = ND(MathMax(pairinfo[i].g2 * GAF * pairinfo[i].Pip, pairinfo[i].Pip), Digits);
pairinfo[i].tp2 = ND(pairinfo[i].tp2 * GAF * pairinfo[i].Pip, Digits);
pairinfo[i].GridTP = ND(pairinfo[i].GridTP * GAF * pairinfo[i].Pip, Digits);

//+—————————————————————–+
//| Money Management and Lot size coding |
//+—————————————————————–+
if(UseMM)
{
if(pairinfo[i].CbT > 0) // Count basket
{
if(GlobalVariableCheck(ID + “LotMult”))
pairinfo[i].LotMult = (int) GlobalVariableGet(ID + “LotMult”);

if(pairinfo[i].LbF != LotSize(pairinfo[i].Lots[0] * pairinfo[i].LotMult,i,pairinfo[i].LotDecimal,pairinfo[i].MinLotSize))
{
pairinfo[i].LotMult = (int)(pairinfo[i].LbF / pairinfo[i].Lots[0]);
GlobalVariableSet(ID + “LotMult”, pairinfo[i].LotMult);
Print(“LotMult reset to ” + DTS(pairinfo[i].LotMult, 0));
}
}
else
if(pairinfo[i].CbT == 0)
{
double Contracts, Factor, Lotsize;
Contracts = pairinfo[i].PortionBalance / 10000; // MarketInfo(TradePairs[i]+suffix, MODE_LOTSIZE); ??

if(Multiplier_ <= 1)
Factor = Level;
else
Factor = (MathPow(Multiplier_, Level) – Multiplier_) / (Multiplier_ – 1);

Lotsize = LAF * AccountType * Contracts / (1 + Factor);
pairinfo[i].LotMult = (int) MathMax(MathFloor(Lotsize / pairinfo[i].Lot_), pairinfo[i].MinMult);
GlobalVariableSet(ID + “LotMult”, pairinfo[i].LotMult);
}
}
else
if(pairinfo[i].CbT == 0)
pairinfo[i].LotMult = pairinfo[i].MinMult;

//+—————————————————————–+
//| Calculate Take Profit |
//+—————————————————————–+
// static double BCaL, BEbL;
pairinfo[i].nLots = pairinfo[i].LbB – pairinfo[i].LbS;

if(pairinfo[i].CbT > 0 && (pairinfo[i].TPb == 0 || pairinfo[i].CbT != pairinfo[i].CaL || pairinfo[i].BEbL != pairinfo[i].BEb || pairinfo[i].BCa != pairinfo[i].BCaL || FirstRun))
{
string sCalcTP = TradePairs[i]+”Set New TP: BE: ” + DTS(pairinfo[i].BEb, Digits);
double NewTP = 0, BasePips=0; //set BasePips to Zero, don’t know if this will have an impact
pairinfo[i].CaL = pairinfo[i].CbT;
pairinfo[i].BCaL = pairinfo[i].BCa;
pairinfo[i].BEbL = pairinfo[i].BEb;
if(pairinfo[i].nLots == 0)
{
pairinfo[i].nLots = 1;
} // divide by zero error fix … r.f.
BasePips = ND(pairinfo[i].Lot_ * pairinfo[i].LotMult * pairinfo[i].GridTP * (pairinfo[i].CbT + pairinfo[i].CbC) / pairinfo[i].nLots, Digits);

if(pairinfo[i].CbB > 0)
{
if(pairinfo[i].ForceTPPips_ > 0)
{
NewTP = pairinfo[i].BEb + pairinfo[i].ForceTPPips_;
sCalcTP = sCalcTP + ” +Force TP (” + DTS(pairinfo[i].ForceTPPips_, Digits) + “) “;
}
else
if(pairinfo[i].CbC > 0 && pairinfo[i].CloseTPPips_ > 0)
{
NewTP = pairinfo[i].BEb + pairinfo[i].CloseTPPips_;
sCalcTP = sCalcTP + ” +Close TP (” + DTS(pairinfo[i].CloseTPPips_, Digits) + “) “;
}
else
if(pairinfo[i].BEb + BasePips > pairinfo[i].OPbL + pairinfo[i].tp2)
{
NewTP = pairinfo[i].BEb + BasePips;
sCalcTP = sCalcTP + ” +Base TP: (” + DTS(BasePips, Digits) + “) “;
}
else
{
NewTP = pairinfo[i].OPbL + pairinfo[i].tp2;
sCalcTP = sCalcTP + ” +Grid TP: (” + DTS(pairinfo[i].tp2, Digits) + “) “;
}

if(pairinfo[i].MinTPPips_ > 0)
{
NewTP = MathMax(NewTP, pairinfo[i].BEb + pairinfo[i].MinTPPips_);
sCalcTP = sCalcTP + ” >Minimum TP: “;
}

NewTP += pairinfo[i].MoveTP_ * pairinfo[i].Moves;

if(BreakEvenTrade > 0 && pairinfo[i].CbT + pairinfo[i].CbC >= BreakEvenTrade)
{
NewTP = pairinfo[i].BEb + pairinfo[i].BEPlusPips_;
sCalcTP = sCalcTP + ” >BreakEven: (” + DTS(pairinfo[i].BEPlusPips_, Digits) + “) “;
}

sCalcTP = (sCalcTP + “Buy: TakeProfit: “);
}
else
if(pairinfo[i].CbS > 0)
{
if(pairinfo[i].ForceTPPips_ > 0)
{
NewTP = pairinfo[i].BEb – pairinfo[i].ForceTPPips_;
sCalcTP = sCalcTP + ” -Force TP (” + DTS(pairinfo[i].ForceTPPips_, Digits) + “) “;
}
else
if(pairinfo[i].CbC > 0 && pairinfo[i].CloseTPPips_ > 0)
{
NewTP = pairinfo[i].BEb – pairinfo[i].CloseTPPips_;
sCalcTP = sCalcTP + ” -Close TP (” + DTS(pairinfo[i].CloseTPPips_, Digits) + “) “;
}
else
if(pairinfo[i].BEb + BasePips < pairinfo[i].OPbL – pairinfo[i].tp2)
{
NewTP = pairinfo[i].BEb + BasePips;
sCalcTP = sCalcTP + ” -Base TP: (” + DTS(BasePips, Digits) + “) “;
}
else
{
NewTP = pairinfo[i].OPbL – pairinfo[i].tp2;
sCalcTP = sCalcTP + ” -Grid TP: (” + DTS(pairinfo[i].tp2, Digits) + “) “;
}

if(pairinfo[i].MinTPPips_ > 0)
{
NewTP = MathMin(NewTP, pairinfo[i].BEb – pairinfo[i].MinTPPips_);
sCalcTP = sCalcTP + ” >Minimum TP: “;
}

NewTP -= pairinfo[i].MoveTP_ * pairinfo[i].Moves;

if(BreakEvenTrade > 0 && pairinfo[i].CbT + pairinfo[i].CbC >= BreakEvenTrade)
{
NewTP = pairinfo[i].BEb – pairinfo[i].BEPlusPips_;
sCalcTP = sCalcTP + ” >BreakEven: (” + DTS(pairinfo[i].BEPlusPips_, Digits) + “) “;
}

sCalcTP = (sCalcTP + “Sell: TakeProfit: “);
}

if(pairinfo[i].TPb != NewTP)
{
pairinfo[i].TPb = NewTP;

if(pairinfo[i].nLots > 0)
pairinfo[i].TargetPips = ND(pairinfo[i].TPb – pairinfo[i].BEb, Digits);
else
pairinfo[i].TargetPips = ND(pairinfo[i].BEb – pairinfo[i].TPb, Digits);

Print(sCalcTP + DTS(NewTP, Digits));

return (0);
}
}

pairinfo[i].PbTarget = pairinfo[i].TargetPips / pairinfo[i].Pip;
pairinfo[i].ProfitPot = ND(pairinfo[i].TargetPips * pairinfo[i].PipVal2 * MathAbs(pairinfo[i].nLots), 2);

if(pairinfo[i].CbB > 0)
pairinfo[i].PbPips = ND((pairinfo[i].BID – pairinfo[i].BEb) / pairinfo[i].Pip, 1);

if(pairinfo[i].CbS > 0)
pairinfo[i].PbPips = ND((pairinfo[i].BEb – pairinfo[i].ASK) / pairinfo[i].Pip, 1);

//+—————————————————————–+
//| Adjust BEb/TakeProfit |
//+—————————————————————–+

pairinfo[i].BEa = pairinfo[i].BEb;
pairinfo[i].TPa = pairinfo[i].TPb;

//+—————————————————————–+
//| Calculate Early Exit Percentage |
//+—————————————————————–+
double EEStartTime = 0, TPaF;

if(UseEarlyExit && pairinfo[i].CbT > 0)
{
datetime EEopt;

if(EEFirstTrade)
EEopt = pairinfo[i].OTbF;
else
EEopt = pairinfo[i].OTbL;

if(DayOfWeek() < TimeDayOfWeek(EEopt))
EEStartTime = 2 * 24 * 3600;

EEStartTime += EEopt + EEStartHours * 3600;

if(EEHoursPC_ > 0 && TimeCurrent() >= EEStartTime)
pairinfo[i].EEpc = EEHoursPC_ * (TimeCurrent() – EEStartTime) / 3600;

if(EELevelPC_ > 0 && (pairinfo[i].CbT + pairinfo[i].CbC) >= EEStartLevel)
pairinfo[i].EEpc += EELevelPC_ * (pairinfo[i].CbT + pairinfo[i].CbC – EEStartLevel + 1);

pairinfo[i].EEpc = 1 – pairinfo[i].EEpc;

if(!EEAllowLoss && pairinfo[i].EEpc < 0)
pairinfo[i].EEpc = 0;

pairinfo[i].PbTarget *= pairinfo[i].EEpc;
TPaF = ND((pairinfo[i].TPa – pairinfo[i].BEa) * pairinfo[i].EEpc + pairinfo[i].BEa, Digits);
}
else
{
TPaF = pairinfo[i].TPa;
EETime = 0;
EECount = 0;
}

//+—————————————————————–+
//| Maximize Profit with Moving TP and setting Trailing Profit Stop |
//+—————————————————————–+
if(MaximizeProfit)
{
if(pairinfo[i].CbT == 0)
{
pairinfo[i].SLbL = 0;
pairinfo[i].Moves = 0;
pairinfo[i].SLb = 0;
}

if(!FirstRun && pairinfo[i].CbT > 0)
{
if(pairinfo[i].Pb < 0 && pairinfo[i].SLb > 0)
pairinfo[i].SLb = 0;

if(pairinfo[i].SLb > 0 && ((pairinfo[i].nLots > 0 && pairinfo[i].BID < pairinfo[i].SLb) || (pairinfo[i].nLots < 0 && pairinfo[i].ASK > pairinfo[i].SLb)))
{
ExitTrades(B, displayColorProfit, “Profit Trailing Stop Reached (” + DTS(ProfitSet_ * 100, 2) + “%)”,0,ca,TradePairs[i]+suffix);

return (0);
}

if(pairinfo[i].PbTarget > 0)
{
pairinfo[i].TPbMP = ND(pairinfo[i].BEa + (pairinfo[i].TPa – pairinfo[i].BEa) * ProfitSet_, Digits);

if((pairinfo[i].nLots > 0 && pairinfo[i].BID > pairinfo[i].TPbMP) || (pairinfo[i].nLots < 0 && pairinfo[i].ASK < pairinfo[i].TPbMP))
pairinfo[i].SLb = pairinfo[i].TPbMP;
}

if(pairinfo[i].SLb > 0 && pairinfo[i].SLb != pairinfo[i].SLbL && pairinfo[i].MoveTP_ > 0 && TotalMoves > pairinfo[i].Moves)
{
pairinfo[i].TPb = 0;
pairinfo[i].Moves++;

if(Debug_)
Print(“MoveTP”);

pairinfo[i].SLbL = pairinfo[i].SLb;

if(PlaySounds)
PlaySound(AlertSound);

return (0);
}
}
}

if(!FirstRun && TPaF > 0)
{
if((pairinfo[i].nLots > 0 && pairinfo[i].BID >= TPaF) || (pairinfo[i].nLots < 0 && pairinfo[i].ASK <= TPaF))
{
ExitTrades(B, displayColorProfit, “Profit Target Reached @ ” + DTS(TPaF, Digits),0,ca,TradePairs[i]+suffix);

return (0);
}
}

if(!FirstRun && UseStopLoss)
{
if(pairinfo[i].SLPips_ > 0)
{
if(pairinfo[i].nLots > 0)
{
pairinfo[i].bSL = pairinfo[i].BEa – pairinfo[i].SLPips_;

if(pairinfo[i].BID <= pairinfo[i].bSL)
{
ExitTrades(B, displayColorProfit, “Stop Loss Reached”,0,ca,TradePairs[i]+suffix);

return (0);
}
}
else
if(pairinfo[i].nLots < 0)
{
pairinfo[i]. bSL = pairinfo[i].BEa + pairinfo[i].SLPips_;

if(pairinfo[i].ASK >= pairinfo[i].bSL)
{
ExitTrades(B, displayColorProfit, “Stop Loss Reached”,0,ca,TradePairs[i]+suffix);

return (0);
}
}
}

if(pairinfo[i].TSLPips_ != 0)
{
if(pairinfo[i].nLots > 0)
{
if(pairinfo[i].TSLPips_ > 0 && pairinfo[i].BID > pairinfo[i].BEa + pairinfo[i].TSLPips_)
pairinfo[i].bTS = MathMax(pairinfo[i].bTS, pairinfo[i].BID – pairinfo[i].TSLPips_);

if(pairinfo[i].TSLPips_ < 0 && pairinfo[i].BID > pairinfo[i].BEa – pairinfo[i].TSLPips_)
pairinfo[i].bTS = MathMax(pairinfo[i].bTS, pairinfo[i].BID – MathMax(pairinfo[i].TSLPipsMin_, -pairinfo[i].TSLPips_ * (1 – (pairinfo[i].BID – pairinfo[i].BEa + pairinfo[i].TSLPips_) / (-pairinfo[i].TSLPips_ * 2))));

if(pairinfo[i].bTS > 0 && pairinfo[i].BID <= pairinfo[i].bTS)
{
ExitTrades(B, displayColorProfit, “Trailing Stop Reached”,0,ca,TradePairs[i]+suffix);

return (0);
}
}
else
if(pairinfo[i].nLots < 0)
{
if(pairinfo[i].TSLPips_ > 0 && pairinfo[i].ASK < pairinfo[i].BEa – pairinfo[i].TSLPips_)
{
if(pairinfo[i].bTS > 0)
pairinfo[i].bTS = MathMin(pairinfo[i].bTS, pairinfo[i].ASK + pairinfo[i].TSLPips_);
else
pairinfo[i].bTS = pairinfo[i].ASK + pairinfo[i].TSLPips_;
}

if(pairinfo[i].TSLPips_ < 0 && pairinfo[i].ASK < pairinfo[i].BEa + pairinfo[i].TSLPips_)
pairinfo[i].bTS = MathMin(pairinfo[i].bTS, pairinfo[i].ASK + MathMax(pairinfo[i].TSLPipsMin_, -pairinfo[i].TSLPips_ * (1 – (pairinfo[i].BEa – pairinfo[i].ASK + pairinfo[i].TSLPips_) / (-pairinfo[i].TSLPips_ * 2))));

if(pairinfo[i].bTS > 0 && pairinfo[i].ASK >= pairinfo[i].bTS)
{
ExitTrades(B, displayColorProfit, “Trailing Stop Reached”,0,ca,TradePairs[i]+suffix);

return (0);
}
}
}
}

//+—————————————————————–+
//| Check for and Delete hanging pending orders |
//+—————————————————————–+
if(pairinfo[i].CbT == 0 && !pairinfo[i].PendLot)
{
pairinfo[i].PendLot = true;

for(int Order = OrdersTotal() – 1; Order >= 0; Order–)
{
if(!OrderSelect(Order, SELECT_BY_POS, MODE_TRADES))
continue;

if(OrderMagicNumber() != Magic || OrderType() <= OP_SELL)
continue;

if(OrderMagicNumber() != Magic || OrderSymbol() != TradePairs[i]+suffix)
continue;

if(ND(OrderLots(), pairinfo[i].LotDecimal) > ND(pairinfo[i].Lots[0] * pairinfo[i].LotMult, pairinfo[i].LotDecimal))
{
pairinfo[i].PendLot = false;

while(IsTradeContextBusy())
Sleep(100);

if(IsStopped())
return (-1);

pairinfo[i].Success = OrderDelete(OrderTicket());

if(pairinfo[i].Success)
{
pairinfo[i].PendLot = true;

if(Debug_)
Print(“Delete pending > Lot”);
}
}
}

return (0);
}
else
if((pairinfo[i].CbT > 0 || (pairinfo[i].CbT == 0 && pairinfo[i].CpT > 0 && !B3Traditional)) && pairinfo[i].PendLot)
{
pairinfo[i].PendLot = false;

for(int Order = OrdersTotal() – 1; Order >= 0; Order–)
{
if(!OrderSelect(Order, SELECT_BY_POS, MODE_TRADES))
continue;

if(OrderMagicNumber() != Magic || OrderType() <= OP_SELL)
continue;

if(OrderMagicNumber() != Magic || OrderSymbol() != TradePairs[i]+suffix)
continue;

if(ND(OrderLots(), pairinfo[i].LotDecimal) == ND(pairinfo[i].Lots[0] * pairinfo[i].LotMult, pairinfo[i].LotDecimal))
{
pairinfo[i].PendLot = true;

while(IsTradeContextBusy())
Sleep(100);

if(IsStopped())
return (-1);

pairinfo[i].Success = OrderDelete(OrderTicket());

if(pairinfo[i].Success)
{
pairinfo[i].PendLot = false;

if(Debug_)
Print(“Delete pending = Lot”);
}
}
}

return (0);
}

//+—————————————————————–+
//| Check ca, Breakeven Trades and Emergency Close All |
//+—————————————————————–+
switch(ca)
{
case B:
if(pairinfo[i].CbT == 0 && pairinfo[i].CpT == 0)
ca = 0;

break;
case A:
if(pairinfo[i].CbT == 0 && pairinfo[i].CpT == 0)
ca = 0;

break;
case P:
if(pairinfo[i].CpT == 0)
ca = 0;

break;
case T:
break;
default:
break;
}

if(ca > 0)
{
ExitTrades(ca, displayColorLoss, “Close All (” + DTS(ca, 0) + “)”,0,ca,TradePairs[i]+suffix);

return (0);
}
else
if(EmergencyCloseAll_)
{
ExitTrades(A, displayColorLoss, “Emergency Close-All-Trades”,0,ca,””);
EmergencyCloseAll_ = false;

return (0);
}
//This one has to be moved to the beginning, somehow out of the for-to-loop

//+—————————————————————–+
//| Check Holiday Shutdown |
//+—————————————————————–+
if(UseHolidayShutdown)
{
if(HolShutDown == 1 && pairinfo[i].CbT == 0)
{
Print(“Trading has been paused for holidays (“, TimeToStr(HolFirst, TIME_DATE), ” – “, TimeToStr(HolLast, TIME_DATE), “)”);

if(pairinfo[i].CpT > 0)
{
int Index = ExitTrades(P, displayColorLoss, “Holiday Shutdown”,0,ca,””);
if(Index == pairinfo[i].CpT)
ca = 0;
}

HolShutDown = 2;
}
else
if(HolShutDown == 1) {}

if(HolShutDown == 2)
{
if(PlaySounds)
PlaySound(AlertSound);

HolShutDown = 3;
}

if(HolShutDown == 3)
{
return (0);
}
}

//+—————————————————————–+
//| Power Out Stop Loss Protection |
//+—————————————————————–+
if(pairinfo[i].SetPOSL)
{
if(UsePowerOutSL && pairinfo[i].POSLPips_ > 0)
{
double POSL = MathMin(pairinfo[i].PortionBalance * (MaxDDPercent + 1) / 100 / pairinfo[i].PipVal2 / LbT, pairinfo[i].POSLPips_);
pairinfo[i].SLbB = ND(pairinfo[i].BEb – POSL, Digits);
pairinfo[i].SLbS = ND(pairinfo[i].BEb + POSL, Digits);
}
else
{
pairinfo[i].SLbB = 0;
pairinfo[i].SLbS = 0;
}

for(int Order = 0; Order < OrdersTotal(); Order++)
{
if(!OrderSelect(Order, SELECT_BY_POS, MODE_TRADES))
continue;

if(OrderMagicNumber() != Magic || OrderSymbol() != TradePairs[i]+suffix || OrderType() > OP_SELL)
continue;

if(OrderType() == OP_BUY && OrderStopLoss() != pairinfo[i].SLbB)
{
pairinfo[i].Success = ModifyOrder(OrderOpenPrice(), pairinfo[i].SLbB, Purple,i);

if(Debug_ && pairinfo[i].Success)
Print(“Order “, OrderTicket(), “: Sync POSL Buy”);
}
else
if(OrderType() == OP_SELL && OrderStopLoss() != pairinfo[i].SLbS)
{
pairinfo[i].Success = ModifyOrder(OrderOpenPrice(), pairinfo[i].SLbS, Purple,i);

if(Debug_ && pairinfo[i].Success)
Print(“Order “, OrderTicket(), “: Sync POSL Sell”);
}
}
}

//+—————————————————————–+ << This must be the first Entry check.
//| Moving Average Indicator for Order Entry | << Add your own Indicator Entry checks
//+—————————————————————–+ << after the Moving Average Entry.
if(MAEntry_ > 0 && pairinfo[i].CbT == 0 && pairinfo[i].CpT < 2)
{

if(pairinfo[i].BID > ima_0 + pairinfo[i].MADistance_ && (!B3Traditional || (B3Traditional && pairinfo[i].Trend != 2)))
{
if(MAEntry_ == 1)
{
if(UseAnyEntry || pairinfo[i].IndEntry == 0 || (!UseAnyEntry && pairinfo[i].IndEntry > 0 && pairinfo[i].BuyMe))
pairinfo[i].BuyMe = true;
else
pairinfo[i].BuyMe = false;
if(!UseAnyEntry && pairinfo[i].IndEntry > 0 && pairinfo[i].SellMe && (!B3Traditional || (B3Traditional && pairinfo[i].Trend != 2)))
pairinfo[i].SellMe = false;
}
else
if(MAEntry_ == 2)
{
if(UseAnyEntry || pairinfo[i].IndEntry == 0 || (!UseAnyEntry && pairinfo[i].IndEntry > 0 && pairinfo[i].SellMe))
pairinfo[i].SellMe = true;
else
pairinfo[i].SellMe = false;

if(!UseAnyEntry && pairinfo[i].IndEntry > 0 && pairinfo[i].BuyMe && (!B3Traditional || (B3Traditional && pairinfo[i].Trend != 2)))
pairinfo[i].BuyMe = false;
}
}
else
if(pairinfo[i].ASK < ima_0 – pairinfo[i].MADistance_ && (!B3Traditional || (B3Traditional && pairinfo[i].Trend != 2)))
{
if(MAEntry_ == 1)
{
if(UseAnyEntry || pairinfo[i].IndEntry == 0 || (!UseAnyEntry && pairinfo[i].IndEntry > 0 && pairinfo[i].SellMe))
pairinfo[i].SellMe = true;
else
pairinfo[i].SellMe = false;

if(!UseAnyEntry && pairinfo[i].IndEntry > 0 && pairinfo[i].BuyMe && (!B3Traditional || (B3Traditional && pairinfo[i].Trend != 2)))
pairinfo[i].BuyMe = false;
}
else
if(MAEntry_ == 2)
{
if(UseAnyEntry || pairinfo[i].IndEntry == 0 || (!UseAnyEntry && pairinfo[i].IndEntry > 0 && pairinfo[i].BuyMe))
pairinfo[i].BuyMe = true;
else
pairinfo[i].BuyMe = false;

if(!UseAnyEntry && pairinfo[i].IndEntry > 0 && pairinfo[i].SellMe && (!B3Traditional || (B3Traditional && pairinfo[i].Trend != 2)))
pairinfo[i].SellMe = false;
}
}
else
if(B3Traditional && pairinfo[i].Trend == 2)
{
if(UseAnyEntry || pairinfo[i].IndEntry == 0 || (!UseAnyEntry && pairinfo[i].IndEntry > 0 && pairinfo[i].BuyMe))
pairinfo[i].BuyMe = true;

if(UseAnyEntry || pairinfo[i].IndEntry == 0 || (!UseAnyEntry && pairinfo[i].IndEntry > 0 && pairinfo[i].SellMe))
pairinfo[i].SellMe = true;
}
else
{
pairinfo[i].BuyMe = false;
pairinfo[i].SellMe = false;
}

if(pairinfo[i].IndEntry > 0)
pairinfo[i].IndicatorUsed = pairinfo[i].IndicatorUsed + UAE;

pairinfo[i].IndEntry++;
pairinfo[i].IndicatorUsed = pairinfo[i].IndicatorUsed + ” MA “;
}

//+—————————————————————-+
//| CCI of 5M, 15M, 30M, 1H for Market Condition and Order Entry |
//+—————————————————————-+
if(CCIEntry_ > 0)
{
pairinfo[i].cci_01 = iCCI(TradePairs[i]+suffix, PERIOD_M5, CCIPeriod, PRICE_CLOSE, 0);
pairinfo[i].cci_02 = iCCI(TradePairs[i]+suffix, PERIOD_M15, CCIPeriod, PRICE_CLOSE, 0);
pairinfo[i].cci_03 = iCCI(TradePairs[i]+suffix, PERIOD_M30, CCIPeriod, PRICE_CLOSE, 0);
pairinfo[i].cci_04 = iCCI(TradePairs[i]+suffix, PERIOD_H1, CCIPeriod, PRICE_CLOSE, 0);
pairinfo[i].cci_11 = iCCI(TradePairs[i]+suffix, PERIOD_M5, CCIPeriod, PRICE_CLOSE, 1);
pairinfo[i].cci_12 = iCCI(TradePairs[i]+suffix, PERIOD_M15, CCIPeriod, PRICE_CLOSE, 1);
pairinfo[i].cci_13 = iCCI(TradePairs[i]+suffix, PERIOD_M30, CCIPeriod, PRICE_CLOSE, 1);
pairinfo[i].cci_14 = iCCI(TradePairs[i]+suffix, PERIOD_H1, CCIPeriod, PRICE_CLOSE, 1);
}

if(CCIEntry_ > 0 && pairinfo[i].CbT == 0 && pairinfo[i].CpT < 2)
{
if(pairinfo[i].cci_11 > 0 && pairinfo[i].cci_12 > 0 && pairinfo[i].cci_13 > 0 && pairinfo[i].cci_14 > 0 && pairinfo[i].cci_01 > 0 && pairinfo[i].cci_02 > 0 && pairinfo[i].cci_03 > 0 && pairinfo[i].cci_04 > 0)
{
pairinfo[i].Trend = 0;

if(CCIEntry_ == 1)
{
if(UseAnyEntry || pairinfo[i].IndEntry == 0 || (!UseAnyEntry && pairinfo[i].IndEntry > 0 && pairinfo[i].BuyMe))
pairinfo[i].BuyMe = true;
else
pairinfo[i].BuyMe = false;

if(!UseAnyEntry && pairinfo[i].IndEntry > 0 && pairinfo[i].SellMe && (!B3Traditional || (B3Traditional && pairinfo[i].Trend != 2)))
pairinfo[i].SellMe = false;
}
else
if(CCIEntry_ == 2)
{
if(UseAnyEntry || pairinfo[i].IndEntry == 0 || (!UseAnyEntry && pairinfo[i].IndEntry > 0 && pairinfo[i].SellMe))
pairinfo[i].SellMe = true;
else
pairinfo[i].SellMe = false;

if(!UseAnyEntry && pairinfo[i].IndEntry > 0 && pairinfo[i].BuyMe && (!B3Traditional || (B3Traditional && pairinfo[i].Trend != 2)))
pairinfo[i].BuyMe = false;
}
}
else
if(pairinfo[i].cci_11 < 0 && pairinfo[i].cci_12 < 0 && pairinfo[i].cci_13 < 0 && pairinfo[i].cci_14 < 0 && pairinfo[i].cci_01 < 0 && pairinfo[i].cci_02 < 0 && pairinfo[i].cci_03 < 0 && pairinfo[i].cci_04 < 0)
{
pairinfo[i].Trend = 1;

if(CCIEntry_ == 1)
{
if(UseAnyEntry || pairinfo[i].IndEntry == 0 || (!UseAnyEntry && pairinfo[i].IndEntry > 0 && pairinfo[i].SellMe))
pairinfo[i].SellMe = true;
else
pairinfo[i].SellMe = false;

if(!UseAnyEntry && pairinfo[i].IndEntry > 0 && pairinfo[i].BuyMe && (!B3Traditional || (B3Traditional && pairinfo[i].Trend != 2)))
pairinfo[i].BuyMe = false;
}
else
if(CCIEntry_ == 2)
{
if(UseAnyEntry || pairinfo[i].IndEntry == 0 || (!UseAnyEntry && pairinfo[i].IndEntry > 0 && pairinfo[i].BuyMe))
pairinfo[i].BuyMe = true;
else
pairinfo[i].BuyMe = false;

if(!UseAnyEntry && pairinfo[i].IndEntry > 0 && pairinfo[i].SellMe && (!B3Traditional || (B3Traditional && pairinfo[i].Trend != 2)))
pairinfo[i].SellMe = false;
}
}
else
if(!UseAnyEntry && pairinfo[i].IndEntry > 0)
{
pairinfo[i].BuyMe = false;
pairinfo[i].SellMe = false;
}

if(pairinfo[i].IndEntry > 0)
pairinfo[i].IndicatorUsed = pairinfo[i].IndicatorUsed + UAE;

pairinfo[i].IndEntry++;
pairinfo[i].IndicatorUsed = pairinfo[i].IndicatorUsed + ” CCI “;
}
if (Debug_) printf(“BuyMe”+TradePairs[i]+suffix+IntegerToString(pairinfo[i].BuyMe));
if (Debug_) printf(“SellMe”+TradePairs[i]+suffix+IntegerToString(pairinfo[i].SellMe));

//+—————————————————————-+
//| Bollinger Band Indicator for Order Entry |
//+—————————————————————-+
if(BollingerEntry_ > 0 && pairinfo[i].CbT == 0 && pairinfo[i].CpT < 2)
{
double ma = iMA(TradePairs[i]+suffix, 0, BollPeriod, 0, MODE_SMA, PRICE_OPEN, 0);
double stddev = iStdDev(TradePairs[i]+suffix, 0, BollPeriod, 0, MODE_SMA, PRICE_OPEN, 0);
double bup = ma + (BollDeviation * stddev);
double bdn = ma – (BollDeviation * stddev);
double bux = bup + pairinfo[i].BollDistance_;
double bdx = bdn – pairinfo[i].BollDistance_;

if(pairinfo[i].ASK < bdx)
{
if(BollingerEntry_ == 1)
{
if(UseAnyEntry || pairinfo[i].IndEntry == 0 || (!UseAnyEntry && pairinfo[i].IndEntry > 0 && pairinfo[i].BuyMe))
pairinfo[i].BuyMe = true;
else
pairinfo[i].BuyMe = false;

if(!UseAnyEntry && pairinfo[i].IndEntry > 0 && pairinfo[i].SellMe && (!B3Traditional || (B3Traditional && pairinfo[i].Trend != 2)))
pairinfo[i].SellMe = false;
}
else
if(BollingerEntry_ == 2)
{
if(UseAnyEntry || pairinfo[i].IndEntry == 0 || (!UseAnyEntry && pairinfo[i].IndEntry > 0 && pairinfo[i].SellMe))
pairinfo[i].SellMe = true;
else
pairinfo[i].SellMe = false;

if(!UseAnyEntry && pairinfo[i].IndEntry > 0 && pairinfo[i].BuyMe && (!B3Traditional || (B3Traditional && pairinfo[i].Trend != 2)))
pairinfo[i].BuyMe = false;
}
}
else
if(pairinfo[i].BID > bux)
{
if(BollingerEntry_ == 1)
{
if(UseAnyEntry || pairinfo[i].IndEntry == 0 || (!UseAnyEntry && pairinfo[i].IndEntry > 0 && pairinfo[i].SellMe))
pairinfo[i].SellMe = true;
else
pairinfo[i].SellMe = false;

if(!UseAnyEntry && pairinfo[i].IndEntry > 0 && pairinfo[i].BuyMe && (!B3Traditional || (B3Traditional && pairinfo[i].Trend != 2)))
pairinfo[i].BuyMe = false;
}
else
if(BollingerEntry_ == 2)
{
if(UseAnyEntry || pairinfo[i].IndEntry == 0 || (!UseAnyEntry && pairinfo[i].IndEntry > 0 && pairinfo[i].BuyMe))
pairinfo[i].BuyMe = true;
else
pairinfo[i].BuyMe = false;

if(!UseAnyEntry && pairinfo[i].IndEntry > 0 && pairinfo[i].SellMe && (!B3Traditional || (B3Traditional && pairinfo[i].Trend != 2)))
pairinfo[i].SellMe = false;
}
}
else
if(!UseAnyEntry && pairinfo[i].IndEntry > 0)
{
pairinfo[i].BuyMe = false;
pairinfo[i].SellMe = false;
}

if(pairinfo[i].IndEntry > 0)
pairinfo[i].IndicatorUsed = pairinfo[i].IndicatorUsed + UAE;

pairinfo[i].IndEntry++;
pairinfo[i].IndicatorUsed = pairinfo[i].IndicatorUsed + ” BBands “;
}
//+—————————————————————-+
//| Stochastic Indicator for Order Entry |
//+—————————————————————-+
if(StochEntry_ > 0 && pairinfo[i].CbT == 0 && pairinfo[i].CpT < 2)
{
int zoneBUY = BuySellStochZone;
int zoneSELL = 100 – BuySellStochZone;
double stoc_0 = iStochastic(TradePairs[i]+suffix, 0, KPeriod, DPeriod, Slowing, MODE_LWMA, 1, 0, 1);
double stoc_1 = iStochastic(TradePairs[i]+suffix, 0, KPeriod, DPeriod, Slowing, MODE_LWMA, 1, 1, 1);

if(stoc_0 < zoneBUY && stoc_1 < zoneBUY)
{
if(StochEntry_ == 1)
{
if(UseAnyEntry || pairinfo[i].IndEntry == 0 || (!UseAnyEntry && pairinfo[i].IndEntry > 0 && pairinfo[i].BuyMe))
pairinfo[i].BuyMe = true;
else
pairinfo[i].BuyMe = false;

if(!UseAnyEntry && pairinfo[i].IndEntry > 0 && pairinfo[i].SellMe && (!B3Traditional || (B3Traditional && pairinfo[i].Trend != 2)))
pairinfo[i].SellMe = false;
}
else
if(StochEntry_ == 2)
{
if(UseAnyEntry || pairinfo[i].IndEntry == 0 || (!UseAnyEntry && pairinfo[i].IndEntry > 0 && pairinfo[i].SellMe))
pairinfo[i].SellMe = true;
else
pairinfo[i].SellMe = false;

if(!UseAnyEntry && pairinfo[i].IndEntry > 0 && pairinfo[i].BuyMe && (!B3Traditional || (B3Traditional && pairinfo[i].Trend != 2)))
pairinfo[i].BuyMe = false;
}
}
else
if(stoc_0 > zoneSELL && stoc_1 > zoneSELL)
{
if(StochEntry_ == 1)
{
if(UseAnyEntry || pairinfo[i].IndEntry == 0 || (!UseAnyEntry && pairinfo[i].IndEntry > 0 && pairinfo[i].SellMe))
pairinfo[i].SellMe = true;
else
pairinfo[i].SellMe = false;

if(!UseAnyEntry && pairinfo[i].IndEntry > 0 && pairinfo[i].BuyMe && (!B3Traditional || (B3Traditional && pairinfo[i].Trend != 2)))
pairinfo[i].BuyMe = false;
}
else
if(StochEntry_ == 2)
{
if(UseAnyEntry || pairinfo[i].IndEntry == 0 || (!UseAnyEntry && pairinfo[i].IndEntry > 0 && pairinfo[i].BuyMe))
pairinfo[i].BuyMe = true;
else
pairinfo[i].BuyMe = false;

if(!UseAnyEntry && pairinfo[i].IndEntry > 0 && pairinfo[i].SellMe && (!B3Traditional || (B3Traditional && pairinfo[i].Trend != 2)))
pairinfo[i].SellMe = false;
}
}
else
if(!UseAnyEntry && pairinfo[i].IndEntry > 0)
{
pairinfo[i].BuyMe = false;
pairinfo[i].SellMe = false;
}

if(pairinfo[i].IndEntry > 0)
pairinfo[i].IndicatorUsed = pairinfo[i].IndicatorUsed + UAE;

pairinfo[i].IndEntry++;
pairinfo[i].IndicatorUsed = pairinfo[i].IndicatorUsed + ” Stoch “;
}
//+—————————————————————-+
//| MACD Indicator for Order Entry |
//+—————————————————————-+
if(MACDEntry_ > 0 && pairinfo[i].CbT == 0 && pairinfo[i].CpT < 2)
{
double MACDm = iMACD(TradePairs[i]+suffix, TF[MACD_TF], FastPeriod, SlowPeriod, SignalPeriod, MACDPrice, 0, 0);
double MACDs = iMACD(TradePairs[i]+suffix, TF[MACD_TF], FastPeriod, SlowPeriod, SignalPeriod, MACDPrice, 1, 0);

if(MACDm > MACDs)
{
if(MACDEntry_ == 1)
{
if(UseAnyEntry || pairinfo[i].IndEntry == 0 || (!UseAnyEntry && pairinfo[i].IndEntry > 0 && pairinfo[i].BuyMe))
pairinfo[i].BuyMe = true;
else
pairinfo[i].BuyMe = false;

if(!UseAnyEntry && pairinfo[i].IndEntry > 0 && pairinfo[i].SellMe && (!B3Traditional || (B3Traditional && pairinfo[i].Trend != 2)))
pairinfo[i].SellMe = false;
}
else
if(MACDEntry_ == 2)
{
if(UseAnyEntry || pairinfo[i].IndEntry == 0 || (!UseAnyEntry && pairinfo[i].IndEntry > 0 && pairinfo[i].SellMe))
pairinfo[i].SellMe = true;
else
pairinfo[i].SellMe = false;

if(!UseAnyEntry && pairinfo[i].IndEntry > 0 && pairinfo[i].BuyMe && (!B3Traditional || (B3Traditional && pairinfo[i].Trend != 2)))
pairinfo[i].BuyMe = false;
}
}
else
if(MACDm < MACDs)
{
if(MACDEntry_ == 1)
{
if(UseAnyEntry || pairinfo[i].IndEntry == 0 || (!UseAnyEntry && pairinfo[i].IndEntry > 0 && pairinfo[i].SellMe))
pairinfo[i].SellMe = true;
else
pairinfo[i].SellMe = false;

if(!UseAnyEntry && pairinfo[i].IndEntry > 0 && pairinfo[i].BuyMe && (!B3Traditional || (B3Traditional && pairinfo[i].Trend != 2)))
pairinfo[i].BuyMe = false;
}
else
if(MACDEntry_ == 2)
{
if(UseAnyEntry || pairinfo[i].IndEntry == 0 || (!UseAnyEntry && pairinfo[i].IndEntry > 0 && pairinfo[i].BuyMe))
pairinfo[i].BuyMe = true;
else
pairinfo[i].BuyMe = false;

if(!UseAnyEntry && pairinfo[i].IndEntry > 0 && pairinfo[i].SellMe && (!B3Traditional || (B3Traditional && pairinfo[i].Trend != 2)))
pairinfo[i].SellMe = false;
}
}
else
if(!UseAnyEntry && pairinfo[i].IndEntry > 0)
{
pairinfo[i].BuyMe = false;
pairinfo[i].SellMe = false;
}

if(pairinfo[i].IndEntry > 0)
pairinfo[i].IndicatorUsed = pairinfo[i].IndicatorUsed + UAE;

pairinfo[i].IndEntry++;
pairinfo[i].IndicatorUsed = pairinfo[i].IndicatorUsed + ” MACD “;
}
//+—————————————————————–+ << This must be the last Entry check before
//| UseAnyEntry Check | << the Trade Selection Logic. Add checks for
//+—————————————————————–+ << additional indicators before this block.
if((!UseAnyEntry && pairinfo[i].IndEntry > 1 && pairinfo[i].BuyMe && pairinfo[i].SellMe) || FirstRun)
{
pairinfo[i].BuyMe = false;
pairinfo[i].SellMe = false;
}

//+—————————————————————–+
//| Trade Selection Logic |
//+—————————————————————–+
pairinfo[i].OrderLot = LotSize(pairinfo[i].Lots[StrToInteger(DTS(MathMin(pairinfo[i].CbT + pairinfo[i].CbC, MaxTrades – 1), 0))] * pairinfo[i].LotMult,i,pairinfo[i].LotDecimal,pairinfo[i].MinLotSize);

if (Debug_) printf(“In Trade Selection:”+DoubleToStr(pairinfo[i].OrderLot));

if(pairinfo[i].CbT == 0 && pairinfo[i].CpT < 2 && !FirstRun)
{
if(B3Traditional)
{
if(pairinfo[i].BuyMe)
{
if(pairinfo[i].CpBS == 0 && pairinfo[i].CpSL == 0 && ((pairinfo[i].Trend != 2 || MAEntry_ == 0) || (pairinfo[i].Trend == 2 && MAEntry_ == 1)))
{
pairinfo[i].Entry = pairinfo[i].g2 – MathMod(pairinfo[i].ASK, pairinfo[i].g2) + pairinfo[i].EntryOffset_;

if(pairinfo[i].Entry > pairinfo[i].StopLevel)
{
pairinfo[i].Ticket = SendOrder(TradePairs[i]+suffix, OP_BUYSTOP, pairinfo[i].OrderLot, pairinfo[i].Entry, 0, Magic, CLR_NONE,i,pairinfo[i].Pip);

if(pairinfo[i].Ticket > 0)
{
if(Debug_)
Print(“Indicator Entry – (“, pairinfo[i].IndicatorUsed, “) BuyStop MC = “, pairinfo[i].Trend);

pairinfo[i].CpBS++;
}
}
}

if(pairinfo[i].CpBL == 0 && pairinfo[i].CpSS == 0 && ((pairinfo[i].Trend != 2 || MAEntry_ == 0) || (pairinfo[i].Trend == 2 && MAEntry_ == 2)))
{
pairinfo[i].Entry = MathMod(pairinfo[i].ASK, pairinfo[i].g2) + pairinfo[i].EntryOffset_;

if(pairinfo[i].Entry > pairinfo[i].StopLevel)
{
pairinfo[i].Ticket = SendOrder(TradePairs[i]+suffix, OP_BUYLIMIT, pairinfo[i].OrderLot, -pairinfo[i].Entry, 0, Magic, CLR_NONE,i,pairinfo[i].Pip);

if(pairinfo[i].Ticket > 0)
{
if(Debug_)
Print(“Indicator Entry – (“, pairinfo[i].IndicatorUsed, “) BuyLimit MC = “, pairinfo[i].Trend);

pairinfo[i].CpBL++;
}
}
}
}

if(pairinfo[i].SellMe)
{
if(pairinfo[i].CpSL == 0 && pairinfo[i].CpBS == 0 && ((pairinfo[i].Trend != 2 || MAEntry_ == 0) || (pairinfo[i].Trend == 2 && MAEntry_ == 2)))
{
pairinfo[i].Entry = pairinfo[i].g2 – MathMod(pairinfo[i].BID, pairinfo[i].g2) + pairinfo[i].EntryOffset_;

if(pairinfo[i].Entry > pairinfo[i].StopLevel)
{
pairinfo[i].Ticket = SendOrder(TradePairs[i]+suffix, OP_SELLLIMIT, pairinfo[i].OrderLot, pairinfo[i].Entry, 0, Magic, CLR_NONE,i,pairinfo[i].Pip);

if(pairinfo[i].Ticket > 0 && Debug_)
Print(“Indicator Entry – (“, pairinfo[i].IndicatorUsed, “) SellLimit MC = “, pairinfo[i].Trend);
}
}

if(pairinfo[i].CpSS == 0 && pairinfo[i].CpBL == 0 && ((pairinfo[i].Trend != 2 || MAEntry_ == 0) || (pairinfo[i].Trend == 2 && MAEntry_ == 1)))
{
pairinfo[i].Entry = MathMod(pairinfo[i].BID, pairinfo[i].g2) + pairinfo[i].EntryOffset_;

if(pairinfo[i].Entry > pairinfo[i].StopLevel)
{
pairinfo[i].Ticket = SendOrder(TradePairs[i]+suffix, OP_SELLSTOP, pairinfo[i].OrderLot, -pairinfo[i].Entry, 0, Magic, CLR_NONE,i,pairinfo[i].Pip);

if(pairinfo[i].Ticket > 0 && Debug_)
Print(“Indicator Entry – (“, pairinfo[i].IndicatorUsed, “) SellStop MC = “, pairinfo[i].Trend);
}
}
}
}
else
{
if(pairinfo[i].BuyMe)
{
pairinfo[i].Ticket = SendOrder(TradePairs[i]+suffix, OP_BUY, pairinfo[i].OrderLot, 0, slip, Magic, Blue,i,pairinfo[i].Pip);

if(pairinfo[i].Ticket > 0 && Debug_)
Print(“Indicator Entry – (“, pairinfo[i].IndicatorUsed, “) Buy”);
}
else
if(pairinfo[i].SellMe)
{
pairinfo[i].Ticket = SendOrder(TradePairs[i]+suffix, OP_SELL, pairinfo[i].OrderLot, 0, slip, Magic, displayColorLoss,i,pairinfo[i].Pip);

if(pairinfo[i].Ticket > 0 && Debug_)
Print(“Indicator Entry – (“, pairinfo[i].IndicatorUsed, “) Sell”);
}
}

if(pairinfo[i].Ticket > 0)
return (0);
}
else
if(TimeCurrent() – EntryDelay > pairinfo[i].OTbL && pairinfo[i].CbT + pairinfo[i].CbC < MaxTrades && !FirstRun)
{
if(UseSmartGrid)
{
if(pairinfo[i].RSI[1] != iRSI(TradePairs[i]+suffix, TF[RSI_TF], RSI_Period, RSI_Price, 1))
{
for(int Index = 0; Index < RSI_Period + RSI_MA_Period; Index++)
pairinfo[i].RSI[Index] = iRSI(TradePairs[i]+suffix, TF[RSI_TF], RSI_Period, RSI_Price, Index);
}
else
pairinfo[i].RSI[0] = iRSI(TradePairs[i]+suffix, TF[RSI_TF], RSI_Period, RSI_Price, 0);

pairinfo[i].RSI_MA = iMAOnArray(pairinfo[i].RSI, 0, RSI_MA_Period, 0, RSI_MA_Method, 0);
}

if(pairinfo[i].CbB > 0)
{
if(pairinfo[i].OPbL > pairinfo[i].ASK)
pairinfo[i].Entry = pairinfo[i].OPbL – (MathRound((pairinfo[i].OPbL – pairinfo[i].ASK) / pairinfo[i].g2) + 1) * pairinfo[i].g2;
else
pairinfo[i].Entry = pairinfo[i].OPbL – pairinfo[i].g2;

if(UseSmartGrid)
{
if(pairinfo[i].ASK < pairinfo[i].OPbL – pairinfo[i].g2)
{
if(pairinfo[i].RSI[0] > pairinfo[i].RSI_MA)
{
pairinfo[i].Ticket = SendOrder(TradePairs[i]+suffix, OP_BUY, pairinfo[i].OrderLot, 0, slip, Magic, Blue,i,pairinfo[i].Pip);

if(pairinfo[i].Ticket > 0 && Debug_)
Print(“SmartGrid Buy RSI: “, pairinfo[i].RSI[0], ” > MA: “, pairinfo[i].RSI_MA);
}

pairinfo[i].OPbN = 0;
}
else
pairinfo[i].OPbN = pairinfo[i].OPbL – pairinfo[i].g2;
}
else
if(pairinfo[i].CpBL == 0)
{
if(pairinfo[i].ASK – pairinfo[i].Entry <= pairinfo[i].StopLevel)
pairinfo[i].Entry = pairinfo[i].OPbL – (MathFloor((pairinfo[i].OPbL – pairinfo[i].ASK + pairinfo[i].StopLevel) / pairinfo[i].g2) + 1) * pairinfo[i].g2;

pairinfo[i].Ticket = SendOrder(TradePairs[i]+suffix, OP_BUYLIMIT, pairinfo[i].OrderLot, pairinfo[i].Entry – pairinfo[i].ASK, 0, Magic, SkyBlue,i,pairinfo[i].Pip);

if(pairinfo[i].Ticket > 0 && Debug_)
Print(“BuyLimit grid”);
}
else
if(pairinfo[i].CpBL == 1 && pairinfo[i].Entry – pairinfo[i].OPpBL > pairinfo[i].g2 / 2 && pairinfo[i].ASK – pairinfo[i].Entry > pairinfo[i].StopLevel)
{
for(int Order = OrdersTotal() – 1; Order >= 0; Order–)
{
if(!OrderSelect(Order, SELECT_BY_POS, MODE_TRADES))
continue;

if(OrderMagicNumber() != Magic || OrderSymbol() != TradePairs[i]+suffix || OrderType() != OP_BUYLIMIT)
continue;

pairinfo[i].Success = ModifyOrder(pairinfo[i].Entry, 0, SkyBlue,i);

if(pairinfo[i].Success && Debug_)
Print(“Mod BuyLimit Entry”);
}
}
}
else
if(pairinfo[i].CbS > 0)
{
if(pairinfo[i].BID > pairinfo[i].OPbL)
pairinfo[i].Entry = pairinfo[i].OPbL + (MathRound((-pairinfo[i].OPbL + pairinfo[i].BID) / pairinfo[i].g2) + 1) * pairinfo[i].g2;
else
pairinfo[i].Entry = pairinfo[i].OPbL + pairinfo[i].g2;

if(UseSmartGrid)
{
if(pairinfo[i].BID > pairinfo[i].OPbL + pairinfo[i].g2)
{
if(pairinfo[i].RSI[0] < pairinfo[i].RSI_MA)
{
pairinfo[i].Ticket = SendOrder(TradePairs[i]+suffix, OP_SELL, pairinfo[i].OrderLot, 0, slip, Magic, displayColorLoss,i,pairinfo[i].Pip);

if(pairinfo[i].Ticket > 0 && Debug_)
Print(“SmartGrid Sell RSI: “, pairinfo[i].RSI[0], ” < MA: “, pairinfo[i].RSI_MA);
}

pairinfo[i].OPbN = 0;
}
else
pairinfo[i].OPbN = pairinfo[i].OPbL + pairinfo[i].g2;
}
else
if(pairinfo[i].CpSL == 0)
{
if(pairinfo[i].Entry – pairinfo[i].BID <= pairinfo[i].StopLevel)
pairinfo[i].Entry = pairinfo[i].OPbL + (MathFloor((-pairinfo[i].OPbL + pairinfo[i].BID + pairinfo[i].StopLevel) / pairinfo[i].g2) + 1) * pairinfo[i].g2;

pairinfo[i].Ticket = SendOrder(TradePairs[i]+suffix, OP_SELLLIMIT, pairinfo[i].OrderLot, pairinfo[i].Entry – pairinfo[i].BID, 0, Magic, Coral,i,pairinfo[i].Pip);

if(pairinfo[i].Ticket > 0 && Debug_)
Print(“SellLimit grid”);
}
else
if(pairinfo[i].CpSL == 1 && pairinfo[i].OPpSL – pairinfo[i].Entry > pairinfo[i].g2 / 2 && pairinfo[i].Entry – pairinfo[i].BID > pairinfo[i].StopLevel)
{
for(int Order = OrdersTotal() – 1; Order >= 0; Order–)
{
if(!OrderSelect(Order, SELECT_BY_POS, MODE_TRADES))
continue;

if(OrderMagicNumber() != Magic || OrderSymbol() != TradePairs[i]+suffix || OrderType() != OP_SELLLIMIT)
continue;

pairinfo[i].Success = ModifyOrder(pairinfo[i].Entry, 0, Coral);

if(pairinfo[i].Success && Debug_)
Print(“Mod SellLimit Entry”);
}
}
}

if(pairinfo[i].Ticket > 0)
return (0);
}
//+—————————————————————–+
//| Check DD% and send Email |
//+—————————————————————–+
if((UseEmail || PlaySounds) && !Testing)
{
if(EmailCount < 2 && Email[EmailCount] > 0 && pairinfo[i].DrawDownPC > Email[EmailCount])
{
GetLastError();

if(UseEmail)
{
SendMail(“Drawdown warning”, “Drawdown has exceeded ” + DTS(Email[EmailCount] * 100, 2) + “% on ” + TradePairs[i]+suffix + ” ” + sTF);
Error = GetLastError();

if(Error > 0)
Print(“Email DD: “, DTS(pairinfo[i].DrawDownPC * 100, 2), ” Error: “, Error, ” (“, ErrorDescription(Error), “)”);
else
if(Debug_)
Print(“DrawDown Email sent for “, TradePairs[i]+suffix, ” “, sTF, ” DD: “, DTS(pairinfo[i].DrawDownPC * 100, 2));
EmailSent = TimeCurrent();
EmailCount++;
}

if(PlaySounds)
PlaySound(AlertSound);
}
else
if(EmailCount > 0 && EmailCount < 3 && pairinfo[i].DrawDownPC < Email[EmailCount] && TimeCurrent() > EmailSent + EmailHours * 3600)
EmailCount–;
}
}
//+—————————————————————–+
//| Display Overlay Code |
//+—————————————————————–+
string dMess = “”;

if((Testing && Visual) || !Testing)
{
if(Debug_ || !Debug_)
{
string dSpace;

for(int Index = 0; Index <= 175; Index++)
dSpace = dSpace + ” “;

dMess = “\n\n”+ dSpace + “Ticket Magic Type Lots OpenPrice Costs Profit Potential”;

for(int Order = 0; Order < OrdersTotal(); Order++)
{
if(!OrderSelect(Order, SELECT_BY_POS, MODE_TRADES))
continue;

if(OrderMagicNumber() != Magic)
continue;

dMess = (dMess + “\n” + dSpace + ” ” + (string) OrderTicket() + ” ” + DTS(OrderMagicNumber(), 0) + ” ” + (string) OrderType());
dMess = (dMess + ” ” + DTS(OrderLots(), pairinfo[i].LotDecimal) + ” ” + DTS(OrderOpenPrice(), Digits));
dMess = (dMess + ” ” + DTS(OrderSwap() + OrderCommission(), 2));
dMess = (dMess + ” ” + DTS(OrderProfit() + OrderSwap() + OrderCommission(), 2));

if(OrderMagicNumber() != Magic)
continue;
else
if(OrderType() == OP_BUY)
dMess = (dMess + ” ” + DTS(OrderLots() * (pairinfo[i].TPb – OrderOpenPrice()) * pairinfo[i].PipVal2 + OrderSwap() + OrderCommission(), 2));
else
if(OrderType() == OP_SELL)
dMess = (dMess + ” ” + DTS(OrderLots() * (OrderOpenPrice() – pairinfo[i].TPb) * pairinfo[i].PipVal2 + OrderSwap() + OrderCommission(), 2));
}

if(!dLabels)
{
dLabels = true;
}
}
}

// WindowRedraw();
FirstRun = false;
Comment(CS, dMess);
}
return (0);
}

//+—————————————————————–+
//| Check Lot Size Function |
//+—————————————————————–+
double LotSize(double NewLot, int count, int localLotDecimal, double localMinLotSize)
{
NewLot = ND(NewLot, localLotDecimal);
NewLot = MathMin(NewLot, MarketInfo(TradePairs[count]+suffix, MODE_MAXLOT));
localMinLotSize = MarketInfo(TradePairs[count]+suffix, MODE_MINLOT);
NewLot = MathMax(NewLot, localMinLotSize);

return (NewLot);
}

//+——————————————————————+
//| |
//+——————————————————————+
double margin_maxlots(string pairs)
{
return (AccountFreeMargin() / MarketInfo(pairs, MODE_MARGINREQUIRED));
}

//+——————————————————————+
//| |
//+——————————————————————+
double portion_maxlots(double PortionBalance, string pairs)
{
return (PortionBalance / MarketInfo(pairs, MODE_MARGINREQUIRED));
}

//+—————————————————————–+
//| Open Order Function |
//+—————————————————————–+
int SendOrder(string OSymbol, int OCmd, double OLot, double OPrice, int OSlip, int OMagic, color OColor = CLR_NONE, int count=0, double localPip=0)
{
if(FirstRun)
return (-1);

int Ticket = 0;
int Tries = 0;
int OType = (int) MathMod(OCmd, 2);
double OrderPrice;

// check margin against MinMarginPercent
if(UseMinMarginPercent && AccountMargin() > 0)
{
// double ml = ND(AccountEquity() / AccountMargin() * 100, 2);
double ml = ND(AccountInfoDouble(ACCOUNT_MARGIN_LEVEL), 2);
Print(“Account Margin Level: ” + DTS(ml,2));
if(ml < MinMarginPercent)
{
Print(“Margin percent ” + (string) ml + “% too low to open new trade”);
return -1;
}
}

// Sanity check lots vs. portion and margin … r.f.
if(OLot > (portion_maxlots(pairinfo[count].PortionBalance, OSymbol) – LbT)) // Request lots vs Portion – Current lots out
{
Print(“Insufficient Portion free “, OSymbol, ” Type: “, OType, ” Lots: “, DTS(OLot, 2),
” Free margin: “, DTS(AccountFreeMargin(), 2), ” Margin Maxlots: “, DTS(margin_maxlots(OSymbol), 2), ” Portion Maxlots: “, DTS(pairinfo[count].PortionBalance, 2), ” Current Lots: “, DTS(LbT, 2));
return (-1);

// OLot = portion_maxlots(pairinfo[count].PortionBalance, OSymbol) – LbT – MinLotSize;
// Print(“Reducing order to: “, DTS(OLot, 2));
}

if(AccountFreeMarginCheck(OSymbol, OType, OLot) <= 0 || GetLastError() == ERR_NOT_ENOUGH_MONEY)
{
Print(“Not enough margin “, OSymbol, ” Type: “, OType, ” Lots: “, DTS(OLot, 2),
” Free margin: “, DTS(AccountFreeMargin(), 2), ” Margin Maxlots: “, DTS(margin_maxlots(OSymbol), 2), ” Portion Maxlots: “, DTS(portion_maxlots(pairinfo[count].PortionBalance, OSymbol), 2), ” Current Lots: “, DTS(LbT, 2));

return (-1);
}

if(MaxSpread > 0 && MarketInfo(OSymbol, MODE_SPREAD) * Point / localPip > MaxSpread)
return (-1);

while(Tries < 5)
{
Tries++;

while(IsTradeContextBusy())
Sleep(100);

if(IsStopped())
return (-1);
else
if(OType == 0)
OrderPrice = ND(MarketInfo(OSymbol, MODE_ASK) + OPrice, (int) MarketInfo(OSymbol, MODE_DIGITS));
else
OrderPrice = ND(MarketInfo(OSymbol, MODE_BID) + OPrice, (int) MarketInfo(OSymbol, MODE_DIGITS));

if (Debug_) printf(“im Order, OLot=”+DoubleToStr(OLot,8));

Ticket = OrderSend(OSymbol, OCmd, OLot, OrderPrice, OSlip, 0, 0, TradeComment, OMagic, 0, OColor);

if(Ticket < 0)
{
Error = GetLastError();

if(Error != 0)
Print(“Error “, Error, “(“, ErrorDescription(Error), “) opening order – “,
” Symbol: “, OSymbol, ” TradeOP: “, OCmd, ” OType: “, OType,
” Ask: “, DTS(MarketInfo(OSymbol, MODE_ASK), Digits),
” Bid: “, DTS(MarketInfo(OSymbol, MODE_BID), Digits), ” OPrice: “, DTS(OPrice, Digits), ” Price: “, DTS(OrderPrice, Digits), ” Lots: “, DTS(OLot, 2));

switch(Error)
{
case ERR_TRADE_DISABLED:
AllowTrading = false;
Print(“Broker has disallowed EAs on this account”);
Tries = 5;
break;
case ERR_OFF_QUOTES:
case ERR_INVALID_PRICE:
Sleep(5000);
case ERR_PRICE_CHANGED:
case ERR_REQUOTE:
RefreshRates();
case ERR_SERVER_BUSY:
case ERR_NO_CONNECTION:
case ERR_BROKER_BUSY:
case ERR_TRADE_CONTEXT_BUSY:
Tries++;
break;
Tries = 5;
break;
default:
Tries = 5;
}
}
else
{
if(PlaySounds)
PlaySound(AlertSound);

break;
}
}

return (Ticket);
}

//+—————————————————————–+
//| Modify Order Function |
//+—————————————————————–+
bool ModifyOrder(double OrderOP, double OrderSL, color Color = CLR_NONE, int count=0)
{
bool Success = false;
int Tries = 0;

while(Tries < 5 && !Success)
{
Tries++;

while(IsTradeContextBusy())
Sleep(100);

if(IsStopped())
return (false); //(-1)

Success = OrderModify(OrderTicket(), OrderOP, OrderSL, 0, 0, Color);

if(!Success)
{
Error = GetLastError();

if(Error > 1)
{
Print(“Error “, Error, ” (“, ErrorDescription(Error), “) modifying order “, OrderTicket(), ” Ask: “, Ask,
” Bid: “, Bid, ” OrderPrice: “, OrderOP, ” StopLevel: “, pairinfo[count].StopLevel, ” SL: “, OrderSL, ” OSL: “, OrderStopLoss());

switch(Error)
{
case ERR_TRADE_MODIFY_DENIED:
Sleep(10000);
case ERR_OFF_QUOTES:
case ERR_INVALID_PRICE:
Sleep(5000);
case ERR_PRICE_CHANGED:
case ERR_REQUOTE:
RefreshRates();
case ERR_SERVER_BUSY:
case ERR_NO_CONNECTION:
case ERR_BROKER_BUSY:
case ERR_TRADE_CONTEXT_BUSY:
case ERR_TRADE_TIMEOUT:
Tries++;
break;
default:
Tries = 5;
break;
}
}
else
Success = true;
}
else
break;
}

return (Success);
}

//+————————————————————————-+
//| Exit Trade Function – Type: All Basket Ticket Pending |
//+————————————————————————-+
int ExitTrades(int Type, color Color, string Reason, int OTicket, int &localca, string localTradePairs=””)
{

if(Debug_)Comment(“Reason; “+Reason);
if(Debug_)Print(“Reason; “+Reason);
static int OTicketNo; //why static?
bool Success;
int Tries = 0, Closed = 0, CloseCount = 0;
int CloseTrades[, 2];
double OPrice;
string s;
localca=0;
localca = Type;

if(Type == T)
{
if(OTicket == 0)
OTicket = OTicketNo;
else
OTicketNo = OTicket;
}

//Here the orders to be closed are selected and written into array CloseTrades
for(int Order = OrdersTotal() – 1; Order >= 0; Order–)
{
if(!OrderSelect(Order, SELECT_BY_POS, MODE_TRADES))
continue;

// if(OrderMagicNumber() != Magic || OrderSymbol() != localTradePairs) {
// Print(“nothing found”);
// continue;
// }
// else Print(“Magic number for the Trade”, OrderMagicNumber(),OrderSymbol());

if(Debug_)Comment(“OrderSymbol; “+OrderSymbol());
if(Debug_)Print(“OrderSymbol; “+OrderSymbol());
if(Debug_)Comment(“OrderMagicNumber(); “+IntegerToString(OrderMagicNumber()));
if(Debug_)Print(“OrderMagicNumber() “+IntegerToString(OrderMagicNumber()));

if (Type == B)
{
if (OrderMagicNumber() != Magic) continue;
if (localTradePairs != OrderSymbol()) continue;
}
else
if(Type == A)
{
if (OrderMagicNumber() != Magic) continue;
if (localTradePairs != “”) continue;
}
else
if(Type == T && OrderTicket() != OTicket) continue;
else
if(Type == P)
{
if (OrderMagicNumber() != Magic) continue;
//nächste Abfrage auf Logik überprüfen, scheint nicht zu stimmen, ist ja schon spät
if (localTradePairs != OrderSymbol() && localTradePairs != “”) continue;
}

 

ArrayResize(CloseTrades, CloseCount + 1);
CloseTrades[CloseCount, 0] = (int) OrderOpenTime();
CloseTrades[CloseCount, 1] = OrderTicket();
CloseCount++;
}

//Here the selected Orders are finally closed/deleted, using array CloseTrades
if(CloseCount > 0)
{
if(!UseFIFO)
ArraySort(CloseTrades, WHOLE_ARRAY, 0, MODE_DESCEND);
else
if(CloseCount != ArraySort(CloseTrades))
Print(“Error sorting CloseTrades Array”);

for(int Order = 0; Order < CloseCount; Order++)
{
if(!OrderSelect(CloseTrades[Order, 1], SELECT_BY_TICKET))
continue;

while(IsTradeContextBusy())
Sleep(100);

if(IsStopped())
return (-1);
else
if(OrderType() > OP_SELL)
Success = OrderDelete(OrderTicket(), Color);
else
{
if(OrderType() == OP_BUY)
OPrice = ND(MarketInfo(localTradePairs, MODE_BID), (int) MarketInfo(OrderSymbol(), MODE_DIGITS));
else
OPrice = ND(MarketInfo(localTradePairs, MODE_ASK), (int) MarketInfo(OrderSymbol(), MODE_DIGITS));

Success = OrderClose(OrderTicket(), OrderLots(), OPrice, slip, Color);
}

if(Success)
Closed++;
else
{
Error = GetLastError();
Print(“Error “, Error, ” (“, ErrorDescription(Error), “) closing order “, OrderTicket());

switch(Error)
{
case ERR_NO_ERROR:
case ERR_NO_RESULT:
Success = true;
break;
case ERR_OFF_QUOTES:
case ERR_INVALID_PRICE:
Sleep(5000);
case ERR_PRICE_CHANGED:
case ERR_REQUOTE:
RefreshRates();
case ERR_SERVER_BUSY:
case ERR_NO_CONNECTION:
case ERR_BROKER_BUSY:
case ERR_TRADE_CONTEXT_BUSY:
Print(“Attempt “, (Tries + 1), ” of 5: Order “, OrderTicket(), ” failed to close. Error:”, ErrorDescription(Error));
Tries++;
break;
case ERR_TRADE_TIMEOUT:
default:
Print(“Attempt “, (Tries + 1), ” of 5: Order “, OrderTicket(), ” failed to close. Fatal Error:”, ErrorDescription(Error));
Tries = 5;
localca = 0;
break;
}
}
}

if(Closed == CloseCount || Closed == 0)
localca = 0;
}
else
localca = 0;

if(Closed > 0)
{
if(Closed != 1)
s = “s”;

Print(“Closed “, Closed, ” position”, s, ” because “, Reason);

if(PlaySounds)
PlaySound(AlertSound);
}

return (Closed);
}

//+—————————————————————–+
//| Find Hedge Profit |
//+—————————————————————–+
double FindClosedPL(int Type, datetime localOTbF, int localCbC)
{
double ClosedProfit = 0;

if(Type == B && UseCloseOldest)
localCbC = 0;

if(localOTbF > 0)
{
for(int Order = OrdersHistoryTotal() – 1; Order >= 0; Order–)
{
if(!OrderSelect(Order, SELECT_BY_POS, MODE_HISTORY))
continue;

if(OrderOpenTime() < localOTbF)
continue;

if(Type == B && OrderMagicNumber() == Magic && OrderType() <= OP_SELL)
{
ClosedProfit += OrderProfit() + OrderSwap() + OrderCommission();

if(UseCloseOldest)
localCbC++;
}
}
}

return (ClosedProfit);
}

//+——————————————————————+
//| Save Equity / Balance Statistics |
//+——————————————————————+
void Stats(bool NewFile, bool IsTick, double Balance, double DrawDown)
{
double Equity = Balance + DrawDown;
datetime TimeNow = TimeCurrent();

if(IsTick)
{
if(Equity < StatLowEquity)
StatLowEquity = Equity;

if(Equity > StatHighEquity)
StatHighEquity = Equity;
}
else
{
while(TimeNow >= NextStats)
NextStats += StatsPeriod;

int StatHandle;

if(NewFile)
{
StatHandle = FileOpen(StatFile, FILE_WRITE | FILE_CSV, ‘,’);
Print(“Stats ” + StatFile + ” ” + (string) StatHandle);
FileWrite(StatHandle, “Date”, “Time”, “Balance”, “Equity Low”, “Equity High”, TradeComment);
}
else
{
StatHandle = FileOpen(StatFile, FILE_READ | FILE_WRITE | FILE_CSV, ‘,’);
FileSeek(StatHandle, 0, SEEK_END);
}

if(StatLowEquity == 0)
{
StatLowEquity = Equity;
StatHighEquity = Equity;
}

FileWrite(StatHandle, TimeToStr(TimeNow, TIME_DATE), TimeToStr(TimeNow, TIME_SECONDS), DTS(Balance, 0), DTS(StatLowEquity, 0), DTS(StatHighEquity, 0));
FileClose(StatHandle);

StatLowEquity = Equity;
StatHighEquity = Equity;
}
}

//+—————————————————————–+
//| Magic Number Generator |
//+—————————————————————–+
int GenerateMagicNumber()
{
if(EANumber_ > 99)
return (EANumber_);

return (JenkinsHash((string) EANumber_ + “_” + Symbol() + “__” + (string) Period()));
}

//+——————————————————————+
//| |
//+——————————————————————+
int JenkinsHash(string Input)
{
int MagicNo = 0;

for(int Index = 0; Index < StringLen(Input); Index++)
{
MagicNo += StringGetChar(Input, Index);
MagicNo += (MagicNo << 10);
MagicNo ^= (MagicNo >> 6);
}

MagicNo += (MagicNo << 3);
MagicNo ^= (MagicNo >> 11);
MagicNo += (MagicNo << 15);

return (MathAbs(MagicNo));
}

//+—————————————————————–+
//| Normalize Double |
//+—————————————————————–+
double ND(double Value, int Precision)
{
return (NormalizeDouble(Value, Precision));
}

//+—————————————————————–+
//| Double To String |
//+—————————————————————–+
string DTS(double Value, int Precision)
{
return (DoubleToStr(Value, Precision));
}

//+—————————————————————–+
//| Integer To String |
//+—————————————————————–+
string ITS(int Value)
{
return (IntegerToString(Value));
}

//+—————————————————————–+
//| Once Per Bar function returns true once per bar |
//+—————————————————————–+
bool OncePerBar(datetime localOncePerBarTime)
{
if(!EnableOncePerBar || FirstRun)
return (true); // always return true if disabled

if(localOncePerBarTime != Time[0])
{
localOncePerBarTime = Time[0];
return (true); // true, our first time this bar
}
return (true);
}

//+—————————————————————–+
//| getPrefixSuffix function for brokers that use suffix (i.e. USDi)|
//+—————————————————————–+
#define sectorSize 1936
#define HFILE_ERROR -1
void getPrefixSuffix(string& oprefix, string& osuffix)
{
int fileHandle = FileOpenHistory(“symbols.raw”,FILE_BIN|FILE_READ|FILE_SHARE_READ|FILE_WRITE|FILE_SHARE_WRITE);
if (fileHandle == HFILE_ERROR) {
Print(“Open symbols.raw failed”);
return;
}

oprefix=””;
osuffix=””;
for(int i=0;; i++)
{
FileSeek(fileHandle, sectorSize*i, SEEK_SET);
if (FileIsEnding(fileHandle)) {
break;
}
string symbolName = FileReadString(fileHandle,12);
symbolName = StringSubstr(symbolName, 0);

int pos = StringFind(symbolName,”EURUSD”,0);
if (pos > -1)
{
if (pos>0)
oprefix = StringSubstr(symbolName,0,pos);
if ((pos+6)<StringLen(symbolName)) {
osuffix = StringSubstr(symbolName,(pos+6),0);
Print(“Dashboard detected suffix: “+suffix);
}
break;
}
}

if (fileHandle>-1)
FileClose(fileHandle);
}

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