GoldLevelBreakoutEnhanced

#property strict
#property version   "1.80"

enum ENUM_GLB_ENTRY_QUALITY
{
   GLB_EXTREME_ONLY = 0,
   GLB_BODY_CONFIRM = 1,
   GLB_CLOSE_LOCATION = 2,
   GLB_FULL_REJECTION = 3
};

enum ENUM_GLB_ENTRY_LOGIC
{
   GLB_PULLBACK_EXTREME = 0,
   GLB_TREND_BREAKOUT   = 1,
   GLB_BOTH_EXTREMES    = 2
};

enum ENUM_GLB_ENTRY_EXECUTION
{
   GLB_ENTER_IMMEDIATE   = 0,
   GLB_ENTER_ON_RECLAIM  = 1,
   GLB_ENTER_LEVEL_TOUCH = 2
};

input double Lots               = 0.03;
input double LotMultiplier      = 1.0;
input int    MinBarsBetween     = 2;
input int    MinDistancePoints  = 51;
input int    TrailingPoints     = 90;
input int    TrailingArmPoints  = 110;
input int    TrailLockPercent   = 75;
input int    MinTrailStepPoints = 5;
input int    Dist               = 33;
input int    STPeriod           = 11;
input double STMultiplier       = 9.0;
input int    STBars             = 20;
input int    Slippage           = 3000;
input int    Magic              = 778001;
input bool   PanelShow          = true;
input int    PanelX             = 20;
input int    PanelY             = 20;
input bool   ForecastShow       = true;
input int    ForecastRefreshSec = 300;
input bool   TimeFilter         = false;
input int    StartHour          = 9;
input int    EndHour            = 18;
input bool   AdaptiveSession    = true;
input int    CoreStartHour      = 7;
input int    CoreEndHour        = 18;
input int    ExtendedHoursADX   = 35;
input bool   WeekendProtection  = true;
input int    FridayCloseHour    = 22;
input bool   SafetyGuard        = true;
input double MaxBasketLoss      = 20.0;
input int    SafetyCooldownBars = 20;
input int    HardStopCooldownBars = 2;

input string HardStopControls = "Hard stop-loss controls";
input double HardStopLossUSDPerPosition = 9.0;
input double TakeProfitUSDPerPosition  = 0.0;

input string EnhancedQualityControls = "Enhanced quality controls";
input int    MacroEMAPeriod            = 20;
input ENUM_GLB_ENTRY_LOGIC EntryLogic  = GLB_PULLBACK_EXTREME;
input ENUM_GLB_ENTRY_EXECUTION EntryExecution = GLB_ENTER_IMMEDIATE;
input int    ReclaimPercent            = 50;
input int    ReclaimValidityBars       = 3;
input int    ReclaimBufferPoints       = 0;
input ENUM_GLB_ENTRY_QUALITY EntryQuality = GLB_EXTREME_ONLY;
input int    RejectionClosePercent     = 60;
input int    MaxSignalRangeATRPercent  = 0;
input int    MaxSpreadPoints           = 20;
input bool   RecoveryRequiresMacro     = true;
input bool   EnableRecovery            = true;
input bool   RecoveryRequiresRejection = false;
input int    RecoveryConfirmAfterSafetyBars = 288;
input double RecoveryBasketProfitUSD   = 5.0;

double g_tickSize       = 0.0;
double g_tickValue      = 0.0;
double g_minLot         = 0.0;
double g_maxLot         = 0.0;
double g_lotStep        = 0.0;
int    g_stopLevel      = 0;
double g_brokerMinStop  = 0.0;

int    g_cFridayCloseHour;
int    g_cCoreStartHour;
int    g_cCoreEndHour;
int    g_cSTPeriod;
int    g_cSTBars;
double g_cSTMultiplier;
int    g_cDist;
int    g_cTrailLockPct;
int    g_cMinTrailStep;
int    g_cTrailingArm;
int    g_cSafetyCooldown;
int    g_cHardStopCooldown;
int    g_cMinDist;
int    g_cMinBars;
double g_cLotMult;
int    g_cReclaimPct;
int    g_cReclaimBuf;
int    g_cReclaimValidity;
int    g_cRejectionClose;

int      g_signalTf = 0;
datetime g_lastBarTime = 0;
datetime g_lastForecastRefresh = 0;
datetime g_lastSafetyExit = 0;
datetime g_lastHardStopExit = 0;
double   g_buyLevel = 0.0;
double   g_sellLevel = 0.0;
double   g_stLine = 0.0;
int      g_bias = 0;
int      g_prevBias = 0;
bool     g_touchArmed = true;
int      g_armedDirection = 0;
double   g_armedTrigger = 0.0;
datetime g_armedAt = 0;
string   PFX = "GLB_CR_";

struct DealStats
{
   int trades;
   int wins;
   int losses;
   double net;
   double grossProfit;
   double grossLoss;
   double profitFactor;
   double winRate;
   double avgTrade;
   double bestTrade;
   double worstTrade;
   double maxDrawdown;
};

int      g_cachedHistoryTotal = -1;
DealStats g_cachedStats;
bool     g_statsReady = false;

double   g_histVals[36];
int      g_histCount = 0;

bool     g_adxResult = false;
int      g_adxDay    = -1;

void CacheSymbolProperties(void);
void NormalizeInputs(void);
void RefreshCachedStats(void);
bool CheckSessionADX(void);
void CloseAllManaged(void);

int OnInit()
{
      // код доступен только после оплаты
   }

void OnDeinit(const int reason)
{
   EventKillTimer();
   DeleteObjects();
}

void CacheSymbolProperties(void)
{
   g_tickSize  = MarketInfo(Symbol(), MODE_TICKSIZE);
   g_tickValue = MarketInfo(Symbol(), MODE_TICKVALUE);
   g_minLot    = MarketInfo(Symbol(), MODE_MINLOT);
   g_maxLot    = MarketInfo(Symbol(), MODE_MAXLOT);
   g_lotStep   = MarketInfo(Symbol(), MODE_LOTSTEP);
   g_stopLevel = (int)MarketInfo(Symbol(), MODE_STOPLEVEL);

   if(g_tickSize <= 0.0) g_tickSize  = Point;
   if(g_minLot   <= 0.0) g_minLot    = 0.01;
   if(g_lotStep  <= 0.0) g_lotStep   = g_minLot;

   g_brokerMinStop = (g_stopLevel + 2) * Point;
}

void NormalizeInputs(void)
{
   g_cFridayCloseHour  = MathMax(0, MathMin(23, FridayCloseHour));
   g_cCoreStartHour    = MathMax(0, MathMin(23, CoreStartHour));
   g_cCoreEndHour      = MathMax(0, MathMin(23, CoreEndHour));
   g_cSTPeriod         = MathMax(2, STPeriod);
   g_cSTBars           = MathMax(2, STBars);
   g_cSTMultiplier     = MathMax(0.10, STMultiplier);
   g_cDist             = MathMax(0, Dist);
   g_cTrailLockPct     = MathMax(0, MathMin(100, TrailLockPercent));
   g_cMinTrailStep     = MathMax(1, MinTrailStepPoints);
   g_cTrailingArm      = (TrailingArmPoints > 0 ? TrailingArmPoints : TrailingPoints);
   g_cSafetyCooldown   = MathMax(1, SafetyCooldownBars);
   g_cHardStopCooldown = MathMax(0, HardStopCooldownBars);
   g_cMinDist          = MathMax(1, MinDistancePoints);
   g_cMinBars          = MathMax(0, MinBarsBetween);
   g_cLotMult          = MathMax(0.01, LotMultiplier);
   g_cReclaimPct       = MathMax(0, MathMin(100, ReclaimPercent));
   g_cReclaimBuf       = MathMax(0, ReclaimBufferPoints);
   g_cReclaimValidity  = MathMax(1, ReclaimValidityBars);
   g_cRejectionClose   = MathMax(50, MathMin(95, RejectionClosePercent));
}

void OnTick()
{
      // код доступен только после оплаты
   }

void OnTimer()
{
   if(!PanelShow && !ForecastShow) return;

   RefreshCachedStats();
   UpdatePanel();
}

void RefreshCachedStats(void)
{
   int total = OrdersHistoryTotal();
   if(total == g_cachedHistoryTotal) return;
   g_cachedHistoryTotal = total;
   CalculateStats(g_cachedStats);
   g_statsReady = true;

   g_histCount = 0;
   ArrayInitialize(g_histVals, 0.0);
   for(int i = total - 1; i >= 0 && g_histCount < 36; i--)
   {
      if(!OrderSelect(i, SELECT_BY_POS, MODE_HISTORY)) continue;
      if(OrderSymbol() != Symbol() || OrderMagicNumber() != Magic) continue;
      if(OrderType() != OP_BUY && OrderType() != OP_SELL) continue;
      g_histVals[g_histCount] = OrderProfit() + OrderCommission() + OrderSwap();
      g_histCount++;
   }
}

bool CheckSessionADX(void)
{
   if(ExtendedHoursADX <= 0) return(true);

   datetime now = TimeCurrent();
   MqlDateTime dt;
   TimeToStruct(now, dt);
   int today = dt.day_of_year;

   if(today != g_adxDay)
   {
      g_adxDay = today;
      double adx = iADX(Symbol(), PERIOD_D1, 14, PRICE_CLOSE, MODE_MAIN, 1);
      g_adxResult = (adx > 0.0 && adx >= ExtendedHoursADX);
   }

   return(g_adxResult);
}

bool IsTradingTime()
{
   int dow = TimeDayOfWeek(TimeCurrent());
   int hr  = TimeHour(TimeCurrent());

   if(WeekendProtection)
   {
      if(dow == 0 || dow == 6) return(false);
      if(dow == 5 && hr >= g_cFridayCloseHour)
         return(false);
   }

   if(AdaptiveSession)
   {
      int cs = g_cCoreStartHour;
      int ce = g_cCoreEndHour;
      bool inCore = (cs == ce ? true :
                       cs < ce ? (hr >= cs && hr < ce) :
                                 (hr >= cs || hr < ce));
      if(inCore) return(true);
      return(CheckSessionADX());
   }

   if(!TimeFilter) return(true);
   if(StartHour == EndHour) return(true);
   if(StartHour < EndHour)
      return(hr >= StartHour && hr < EndHour);
   return(hr >= StartHour || hr < EndHour);
}

bool ManageWeekendProtection()
{
   if(!WeekendProtection) return(false);

   int dow    = TimeDayOfWeek(TimeCurrent());
   int cutoff = g_cFridayCloseHour;
   if(dow != 5 || TimeHour(TimeCurrent()) < cutoff) return(false);

   bool attempted = false;
   for(int i = OrdersTotal() - 1; i >= 0; i--)
   {
      if(!OrderSelect(i, SELECT_BY_POS, MODE_TRADES)) continue;
      if(!IsManagedOrder()) continue;
      attempted = true;
      CloseSelectedOrder();
   }

   if(attempted)
      ResetArmedState();

   return(attempted);
}

void RefreshLevels(bool force)
{
   int minBars = MathMax(g_cSTBars, g_cSTPeriod) + 20;
   if(iBars(Symbol(), g_signalTf) < minBars) return;

   double st = 0.0;
   int trend = 0;
   if(!CalculateSuperTrend(st, trend)) return;

   g_prevBias = g_bias;
   g_bias     = MacroDirection();
   g_stLine   = st;

   int lookback = g_cSTBars;
   double pad   = g_cDist * Point;

   int lowShift  = iLowest(Symbol(), g_signalTf, MODE_LOW, lookback, 1);
   int highShift = iHighest(Symbol(), g_signalTf, MODE_HIGH, lookback, 1);

   g_buyLevel  = (lowShift >= 1 ?
                  NormalizeDouble(iLow(Symbol(), g_signalTf, lowShift) - pad, Digits) : 0.0);
   g_sellLevel = (highShift >= 1 ?
                  NormalizeDouble(iHigh(Symbol(), g_signalTf, highShift) + pad, Digits) : 0.0);

   if(g_prevBias != 0 && g_bias != g_prevBias)
      g_touchArmed = true;

   if(force || TimeCurrent() - g_lastForecastRefresh >= ForecastRefreshSec)
   {
      g_lastForecastRefresh = TimeCurrent();
      DrawForecastLevel();
   }
}

int MacroDirection()
{
   double ema = iMA(Symbol(), PERIOD_D1, MathMax(2, MacroEMAPeriod), 0, MODE_EMA, PRICE_CLOSE, 1);
   double cls = iClose(Symbol(), PERIOD_D1, 1);
   if(ema <= 0.0 || cls <= 0.0) return(1);
   return(cls >= ema ? 1 : -1);
}

bool CalculateSuperTrend(double &line, int &trend)
{
   int need = MathMax(80, MathMax(g_cSTBars + g_cSTPeriod + 20, g_cSTPeriod * 4));
   int got  = iBars(Symbol(), g_signalTf);
   if(got < MathMax(g_cSTBars, g_cSTPeriod) + 5) return(false);
   need = MathMin(need, got - 1);

   double upper[], lower[], st[];
   ArrayResize(upper, need);
   ArrayResize(lower, need);
   ArrayResize(st, need);

   int oldest = need - 1;

   double h   = iHigh(Symbol(), g_signalTf, oldest);
   double l   = iLow(Symbol(), g_signalTf, oldest);
   double c   = iClose(Symbol(), g_signalTf, oldest);
   double atr = iATR(Symbol(), g_signalTf, g_cSTPeriod, oldest);

   double hl2 = (h + l) * 0.5;
   double a0  = MathMax(atr, Point);
   upper[oldest] = hl2 + g_cSTMultiplier * a0;
   lower[oldest] = hl2 - g_cSTMultiplier * a0;
   st[oldest]    = (c >= hl2 ? lower[oldest] : upper[oldest]);

   for(int i = oldest - 1; i >= 1; i--)
   {
      int p = i + 1;
      h   = iHigh(Symbol(), g_signalTf, i);
      l   = iLow(Symbol(), g_signalTf, i);
      c   = iClose(Symbol(), g_signalTf, i);
      double pc = iClose(Symbol(), g_signalTf, p);
      double av = MathMax(iATR(Symbol(), g_signalTf, g_cSTPeriod, i), Point);

      double mid        = (h + l) * 0.5;
      double basicUpper = mid + g_cSTMultiplier * av;
      double basicLower = mid - g_cSTMultiplier * av;

      upper[i] = (basicUpper < upper[p] || pc > upper[p]) ? basicUpper : upper[p];
      lower[i] = (basicLower > lower[p] || pc < lower[p]) ? basicLower : lower[p];

      bool prevWasUpper = (MathAbs(st[p] - upper[p]) <= MathAbs(st[p] - lower[p]));
      st[i] = (prevWasUpper ?
               (c <= upper[i] ? upper[i] : lower[i]) :
               (c >= lower[i] ? lower[i] : upper[i]));
   }

   bool onLower = (MathAbs(st[1] - lower[1]) <= MathAbs(st[1] - upper[1]));
   trend = onLower ? 1 : -1;
   line  = NormalizeDouble(st[1], Digits);
   return(line > 0.0);
}

bool SignalQualityPass(int direction, bool forceRejection)
{
   if(!forceRejection && EntryQuality == GLB_EXTREME_ONLY &&
      MaxSignalRangeATRPercent <= 0)
      return(true);

   double o = iOpen(Symbol(), g_signalTf, 1);
   double h = iHigh(Symbol(), g_signalTf, 1);
   double l = iLow(Symbol(), g_signalTf, 1);
   double c = iClose(Symbol(), g_signalTf, 1);

   double range = h - l;
   if(range <= Point) return(false);

   if(MaxSignalRangeATRPercent > 0)
   {
      double atr = iATR(Symbol(), g_signalTf, g_cSTPeriod, 1);
      if(atr <= Point) return(false);
      if(range * 100.0 > atr * MaxSignalRangeATRPercent)
         return(false);
   }

   bool body         = (direction > 0 ? c > o : c < o);
   double closeLoc   = 100.0 * (c - l) / range;
   int threshold     = g_cRejectionClose;
   bool location     = (direction > 0 ?
                        closeLoc >= threshold :
                        closeLoc <= 100 - threshold);

   if(forceRejection) return(body && location);
   if(EntryQuality == GLB_BODY_CONFIRM) return(body);
   if(EntryQuality == GLB_CLOSE_LOCATION) return(location);
   if(EntryQuality == GLB_FULL_REJECTION) return(body && location);
   return(true);
}

void ProcessEntries(bool newBar)
{
   int buys, sells;
   double lastBuy, lastSell;
   datetime lastBuyTime, lastSellTime;
   GetOpenState(buys, sells, lastBuy, lastSell, lastBuyTime, lastSellTime);

   if(buys > 0 && sells > 0) return;

   if(MaxSpreadPoints > 0)
   {
      double spread = (Ask - Bid) / Point;
      if(spread > MaxSpreadPoints) return;
   }

   if(g_lastSafetyExit > 0 &&
      BarsSince(g_lastSafetyExit) < g_cSafetyCooldown)
      return;

   if(g_lastHardStopExit > 0 &&
      BarsSince(g_lastHardStopExit) < g_cHardStopCooldown)
      return;

   if(buys == 0 && sells == 0)
   {
      if(EntryExecution == GLB_ENTER_LEVEL_TOUCH)
      {
         if(newBar)
         {
            if(g_bias >= 0 && g_buyLevel > 0.0 && Ask > g_buyLevel)
               g_touchArmed = true;
            else if(g_bias < 0 && g_sellLevel > 0.0 && Bid < g_sellLevel)
               g_touchArmed = true;
         }

         if(g_touchArmed)
         {
            if(g_bias >= 0 && g_buyLevel > 0.0 && Ask <= g_buyLevel)
            {
               g_touchArmed = false;
               OpenMarket(OP_BUY, Lots, "Gold level touch buy");
            }
            else if(g_bias < 0 && g_sellLevel > 0.0 && Bid >= g_sellLevel)
            {
               g_touchArmed = false;
               OpenMarket(OP_SELL, Lots, "Gold level touch sell");
            }
         }
         return;
      }

      if(EntryExecution == GLB_ENTER_ON_RECLAIM && g_armedDirection != 0)
      {
         bool expired     = BarsSince(g_armedAt) > g_cReclaimValidity;
         bool invalidBias = (g_armedDirection > 0 ? g_bias < 0 : g_bias > 0);

         if(expired || invalidBias)
            ResetArmedState();
         else
         {
            bool crossed = (g_armedDirection > 0 ?
                           Ask >= g_armedTrigger :
                           Bid <= g_armedTrigger);
            if(crossed)
            {
               int dir = g_armedDirection;
               ResetArmedState();
               OpenMarket(dir > 0 ? OP_BUY : OP_SELL, Lots,
                          dir > 0 ? "Gold reclaim buy" : "Gold reclaim sell");
               return;
            }
         }
      }

      if(!newBar) return;

      int lookback   = g_cSTBars;
      double signalLow  = iLow(Symbol(), g_signalTf, 1);
      double signalHigh = iHigh(Symbol(), g_signalTf, 1);

      int lowShift  = iLowest(Symbol(), g_signalTf, MODE_LOW, lookback, 2);
      int highShift = iHighest(Symbol(), g_signalTf, MODE_HIGH, lookback, 2);

      double olderLow  = (lowShift >= 2 ? iLow(Symbol(), g_signalTf, lowShift) : 0.0);
      double olderHigh = (highShift >= 2 ? iHigh(Symbol(), g_signalTf, highShift) : 0.0);

      if(g_bias >= 0)
      {
         bool pullback = (signalLow > 0 && olderLow > 0 && signalLow <= olderLow);
         bool breakout = (signalHigh > 0 && olderHigh > 0 && signalHigh >= olderHigh);
         bool triggered = (EntryLogic == GLB_PULLBACK_EXTREME ? pullback :
                           EntryLogic == GLB_TREND_BREAKOUT ? breakout :
                           pullback || breakout);

         if(triggered && SignalQualityPass(1, false))
         {
            if(EntryExecution == GLB_ENTER_IMMEDIATE)
               OpenMarket(OP_BUY, Lots, "Gold level buy");
            else if(EntryExecution == GLB_ENTER_ON_RECLAIM)
               ArmReclaim(1, signalLow, signalHigh);
         }
      }
      else
      {
         bool breakout = (signalLow > 0 && olderLow > 0 && signalLow <= olderLow);
         bool pullback = (signalHigh > 0 && olderHigh > 0 && signalHigh >= olderHigh);
         bool triggered = (EntryLogic == GLB_PULLBACK_EXTREME ? pullback :
                           EntryLogic == GLB_TREND_BREAKOUT ? breakout :
                           pullback || breakout);

         if(triggered && SignalQualityPass(-1, false))
         {
            if(EntryExecution == GLB_ENTER_IMMEDIATE)
               OpenMarket(OP_SELL, Lots, "Gold level sell");
            else if(EntryExecution == GLB_ENTER_ON_RECLAIM)
               ArmReclaim(-1, signalLow, signalHigh);
         }
      }
      return;
   }

   if(!newBar || !EnableRecovery) return;

   if(buys == 1)
   {
      if(RecoveryRequiresMacro && g_bias < 0) return;

      bool confirm = RecoveryRequiresRejection ||
         (RecoveryConfirmAfterSafetyBars > 0 && g_lastSafetyExit > 0 &&
          BarsSince(g_lastSafetyExit) < RecoveryConfirmAfterSafetyBars);

      if(confirm && !SignalQualityPass(1, true)) return;

      if(BarsSince(lastBuyTime) >= g_cMinBars &&
         Ask <= lastBuy - g_cMinDist * Point)
      {
         double v = Lots * MathPow(g_cLotMult, buys);
         OpenMarket(OP_BUY, v, "GLB buy layer");
      }
   }
   else if(sells == 1)
   {
      if(RecoveryRequiresMacro && g_bias > 0) return;

      bool confirm = RecoveryRequiresRejection ||
         (RecoveryConfir

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