EA_SMC_Mql5/Include/SMC_DataStructures.mqh

<EFBFBD><EFBFBD>//+------------------------------------------------------------------+
//|                                         SMC_DataStructures.mqh   |
//|      Central definitions for all shared data structure classes.  |
//+------------------------------------------------------------------+
#ifndef SMCDATASTRUCTURES_MQH
#define SMCDATASTRUCTURES_MQH

#include <Object.mqh>
#include <CEnumSharing.mqh>
// --- Raw Material: Fair Value Gap ---
class S_FairValueGap : public CObject {
public:
    datetime time;
    double   top;
    double   bottom;
    bool     is_valid;
    string   direction;

    S_FairValueGap(datetime p_time, double p_top, double p_bottom, string p_dir) {
        time=p_time; top=p_top; bottom=p_bottom; direction=p_dir; is_valid=true;
    }
};

// --- Raw Material: Order Block ---
class S_OrderBlock : public CObject {
public:
    datetime time;
    double   top;
    double   bottom;
    bool     is_valid;
    string   direction;

    S_OrderBlock(datetime p_time, double p_top, double p_bottom, string p_dir) {
        time=p_time; top=p_top; bottom=p_bottom; direction=p_dir; is_valid=true;
    }
};

// --- Final Product: A complete tradeable setup ---
// --- UPGRADED with State Management ---
class S_OrderBlockInfo : public CObject {
public:
    // --- Core Setup Data ---
    double top, bottom; string ob_type; datetime start_time; string object_name;
    bool has_fvg; double fvg_top; double fvg_bottom; datetime fvg_start_time;
    
    // --- Storyline Point Memory ---
    datetime p1_time; double p1_price;
    datetime p2_time; double p2_price;
    datetime retest_time; double retest_price;
    datetime confirmation_time; double confirmation_price;

    // --- NEW: Advanced State Management ---
    ENUM_ZONE_STATE state;              // *20181-B (!2A5H is_valid)
    int             mitigation_count;   // 13'#1I5H#22@I2!2 "A0" B
    
    // --- Constructor (#1#8C+!H) ---
    S_OrderBlockInfo(double p_top, double p_bottom, string p_type, datetime p_time,
                     bool p_has_fvg, double p_fvg_top, double p_fvg_bottom, datetime p_fvg_start_time,
                     datetime p_p1_time, double p_p1_price, datetime p_p2_time, double p_p2_price) {
        
        // Core Data
        top=p_top; bottom=p_bottom; ob_type=p_type; start_time=p_time; object_name="OB_"+p_type+"_"+(string)p_time;
        has_fvg=p_has_fvg; fvg_top=p_fvg_top; fvg_bottom=p_fvg_bottom; fvg_start_time=p_fvg_start_time;
        
        // Storyline
        p1_time = p_p1_time; p1_price = p_p1_price; p2_time = p_p2_time; p2_price = p_p2_price;
        retest_time = 0; retest_price = 0; confirmation_time = 0; confirmation_price = 0;
        
        // Initialize new state variables
        state = STATE_FRESH;
        mitigation_count = 0;
    }
};

// --- The definitive SwingPoint Class ---
class SwingPoint : public CObject {
public:
    int               bar_index;
    datetime          time;
    double            price;
    ENUM_SWING_TYPE   type;     // SWING_HIGH or SWING_LOW
    ENUM_SWING_STATUS status;   // UNCONFIRMED, MINOR, MAJOR, INDUCEMENT
    int               linked_major_index;
    int               taken_out_by;
    datetime          bos_confirmation_time;
    int               bos_confirmed_at;
    int               mitigation_count;    
    SwingPoint() {
        bar_index = -1; price = 0.0; time = 0;
        type = SWING_TYPE_NONE;
        status = STATUS_UNCONFIRMED;
        linked_major_index = -1; taken_out_by = -1; bos_confirmation_time = 0; bos_confirmed_at = -1;
    }
    
    SwingPoint(const SwingPoint &other) {
        bar_index = other.bar_index; price = other.price; time = other.time;
        type = other.type; status = other.status;
        linked_major_index = other.linked_major_index; taken_out_by = other.taken_out_by; bos_confirmation_time = other.bos_confirmation_time;
        bos_confirmed_at = other.bos_confirmed_at;
        mitigation_count = 0;
    }
};

// --- The definitive CSignalZone Class ---
class CSignalZone : public CObject {
public:
    long             zone_id;
    string           object_name;
    double           top, bottom;
    datetime         time;
    ENUM_ZONE_TYPE   zone_type;
    ENUM_DIRECTION   direction;
    ENUM_ZONE_STATE  state;
    int              trades_taken_count;
    int              mitigation_count;
    SwingPoint* origin_swing_ptr;
    bool             is_significant;
    bool             has_displacement; 
    bool             has_structure_confirmation; 
    datetime         trigger_level_time;

    CSignalZone(long magic_number) {
        zone_id = (magic_number == 0) ? 0 : TimeCurrent() + (long)MathRand();
        object_name = "EASMC_" + (string)magic_number + "_Zone_" + (string)zone_id;
        state = STATE_FRESH;
        mitigation_count = 0;
        origin_swing_ptr = NULL;
        is_significant = false;
        trigger_level_time = 0;
        trades_taken_count = 0;
        has_displacement = false;         // +++ ADD
        has_structure_confirmation = false; // +++ ADD        
    }
};

class CDataContext
{
public:
    MqlRates rates[];
    double   atr_buffer[];
    double   rsi_buffer[];
    double     volume_buffer[];   
    double   sto_main_buffer[]; 
    double   sto_signal_buffer[];    
    int      bars_to_load;

    CDataContext(int size) {
        bars_to_load = size;
        ArrayResize(rates, size);
        ArrayResize(atr_buffer, size);
        ArrayResize(rsi_buffer, size);
        ArrayResize(volume_buffer, size);
        ArrayResize(sto_main_buffer, size); 
        ArrayResize(sto_signal_buffer, size);     
    }
};

class CTradedLevel : public CObject {
public:
    datetime level_time;
    int      trade_count;
    CTradedLevel(datetime p_time) { level_time = p_time; trade_count = 1; }
};

class CManagedTrade : public CObject {
public:
    ulong    ticket;
    datetime entry_time;
    double   target_sl_price;
    double   target_tp_price;
    datetime trigger_level_time;
    bool     is_sl_tp_set;
    bool     is_partial_tp_taken;
    bool     is_structural_exit_trade;

    CManagedTrade(ulong t, double sl, double tp, datetime trigger_time, bool is_structural) {
        ticket = t;
        entry_time = TimeCurrent();
        target_sl_price = sl;
        target_tp_price = tp;
        trigger_level_time = trigger_time;
        is_sl_tp_set = false;
        is_partial_tp_taken = false;
        is_structural_exit_trade = is_structural;
    }
};

#endif // SMCDATASTRUCTURES_MQH