SniperGold_ML/MQL5/Indicators/AlgoForge/AF_Engine3_Display.mq5

//+------------------------------------------------------------------+
//| AF_Engine3_Display.mq5                                           |
//| Project : Algo Forge (refactor total)                            |
//+------------------------------------------------------------------+
//| ATRIBUSI SUMBER (WAJIB - jangan dihapus):                        |
//|                                                                  |
//|   Proyek ini adalah REFAKTOR TOTAL dengan arsitektur baru        |
//|   (3 engine + ML hibrida), terinspirasi dari indikator:          |
//|                                                                  |
//|     SniperGold SMC Pro+                                          |
//|     https://www.mql5.com/en/code/75466                           |
//|     Copyright (c) Waseem Shahrukh                                |
//|                                                                  |
//|   Bukan salinan langsung; seluruh implementasi ditulis ulang      |
//|   dengan arsitektur 3-engine. Atribusi sumber WAJIB dicantumkan  |
//|   di header setiap file, README, dan publikasi "Algo Forge".     |
//|                                                                  |
//| ENGINE 3 (display) - HANYA membaca output Engine 1 & 2:          |
//|   * Engine 1 (AFEngine1MTF): bar MTF tertutup (closed-bar lock). |
//|   * Engine 2 (AFEngine2Signals/AFAggOut/AFDisplayData): struktur,|
//|     zona, sinyal, bias - TIDAK ada perhitungan analisis di sini. |
//|   Semua komputasi display dilakukan AF_BuildDisplayData (layer   |
//|   Engine 2, AF_Engine2_Display.mqh).                             |
//+------------------------------------------------------------------+
#property copyright "Algo Forge - refactor SniperGold SMC Pro+ (Waseem Shahrukh, https://www.mql5.com/en/code/75466)"
#property version   "1.00"
#property strict
#property description "Algo Forge Engine 3 (Display): struktur, zona (OB/FVG), sinyal & dashboard - hanya membaca output Engine 1 & 2. Sumber inspirasi: SniperGold SMC Pro+ (c) Waseem Shahrukh."
#property indicator_chart_window
#property indicator_buffers 0
#property indicator_plots   0

#include <AlgoForge\AF_Engine3_Render.mqh>

//------------------------------------------------------------------
// INPUTS
//------------------------------------------------------------------
input group "===== GENERAL ====="
input int           InpMaxBars = 600;                 // Kapasitas cache per slot
input ENUM_TIMEFRAMES InpDispTF = PERIOD_CURRENT;     // TF display struktur/zona (CURRENT = chart)

// TF agen (Engine 2) HARDCODED - lihat AF_E2_TF_S1..S4 di AF_Defines.mqh:
//   S1=Narrative(H4)  S2=Context(M30)  S3=Entry(M15)  S4=PriceAction(M3)
// (tidak ada input manual lagi)

input group "===== DISPLAY ====="
input bool  InpShowStructure    = true;               // Tampilkan struktur (BOS/CHoCH)
input bool  InpShowSwingPoints  = true;               // Tampilkan HH/HL/LH/LL
input bool  InpShowOB           = true;               // Tampilkan Order Block
input int   InpOBCount          = 5;                  // Jumlah OB
input bool  InpShowFVG          = true;               // Tampilkan FVG
input int   InpFVGCount         = 6;                  // Jumlah FVG
input bool  InpShowPD           = true;               // Tampilkan Premium/Discount
input bool  InpShowLevels       = true;               // Tampilkan PDH/PDL/PWH/PWL
input bool  InpShowSignals      = true;               // Tampilkan sinyal + Entry/SL/TP
input bool  InpShowDashboard    = true;               // Tampilkan dashboard

input group "===== VISUAL ====="
input int    InpFontSize        = 9;                  // Font size
input string InpFontName        = "Segoe UI";         // Font
input bool   InpPanelTransparent= true;               // Panel transparan

input group "===== COLORS ====="
input color  InpBull            = C'8,153,129';
input color  InpBear            = C'242,54,69';
input color  InpIntBullOBLine   = C'91,156,246';
input color  InpIntBearOBLine   = C'247,124,128';
input color  InpFillIntBullOB   = C'9,15,28';
input color  InpFillIntBearOB   = C'28,13,15';
input color  InpBullFVGLine     = C'0,255,104';
input color  InpBearFVGLine     = C'255,0,8';
input color  InpFillBullFVG     = C'7,26,16';
input color  InpFillBearFVG     = C'27,8,10';
input color  InpMTFCol          = C'33,87,243';
input color  InpPremiumLine     = C'242,54,69';
input color  InpEquilLine       = C'178,181,190';
input color  InpDiscountLine    = C'8,153,129';
input color  InpFillPremium     = C'27,10,12';
input color  InpFillEquil       = C'20,21,24';
input color  InpFillDiscount    = C'7,24,16';
input color  InpPanelBG         = C'12,16,22';
input color  InpPanelBorder     = C'40,50,62';
input color  InpTextCol         = clrGainsboro;
input color  InpAccent          = C'33,87,243';

//------------------------------------------------------------------
// STATE
//------------------------------------------------------------------
AFEngine1MTF     g_e1;
AFEngine2Signals g_eng2;
AFDisplayData    g_dd;
AFSignalOut      g_n, g_c, g_e, g_p;
AFAggOut         g_agg;
AFRenderCfg      g_cfg;

int      g_sN, g_sC, g_sE, g_sP, g_sDisp, g_sD1, g_sW1;
datetime g_lastDispBar;

//+------------------------------------------------------------------+
int OnInit()
{
   string nm=AF_PROJECT_NAME+" Engine3";
   IndicatorSetString(INDICATOR_SHORTNAME,nm);
   IndicatorSetInteger(INDICATOR_DIGITS,_Digits);

   // konfigurasi render dari input
   AFR_DefaultCfg(g_cfg);
   g_cfg.showStructure   = InpShowStructure;
   g_cfg.showSwingPoints = InpShowSwingPoints;
   g_cfg.showOB          = InpShowOB;
   g_cfg.obCount         = MathMax(1,InpOBCount);
   g_cfg.showFVG         = InpShowFVG;
   g_cfg.fvgCount        = MathMax(1,InpFVGCount);
   g_cfg.showPD          = InpShowPD;
   g_cfg.showLevels      = InpShowLevels;
   g_cfg.showSignals     = InpShowSignals;
   g_cfg.showDashboard   = InpShowDashboard;
   g_cfg.fontSize        = InpFontSize;
   g_cfg.fontName        = InpFontName;
   g_cfg.panelTransparent= InpPanelTransparent;
   g_cfg.bull=InpBull;  g_cfg.bear=InpBear;
   g_cfg.obLineBull=InpIntBullOBLine;  g_cfg.obLineBear=InpIntBearOBLine;
   g_cfg.obFillBull=InpFillIntBullOB;  g_cfg.obFillBear=InpFillIntBearOB;
   g_cfg.fvgLineBull=InpBullFVGLine;   g_cfg.fvgLineBear=InpBearFVGLine;
   g_cfg.fvgFillBull=InpFillBullFVG;   g_cfg.fvgFillBear=InpFillBearFVG;
   g_cfg.mtfLevel=InpMTFCol;
   g_cfg.premiumLine=InpPremiumLine;   g_cfg.premiumFill=InpFillPremium;
   g_cfg.equilLine=InpEquilLine;       g_cfg.equilFill=InpFillEquil;
   g_cfg.discountLine=InpDiscountLine; g_cfg.discountFill=InpFillDiscount;
   g_cfg.panelBG=InpPanelBG;           g_cfg.panelBorder=InpPanelBorder;
   g_cfg.textCol=InpTextCol;           g_cfg.accent=InpAccent;

   // Engine 1: slot agen + display + D1/W1 (level MTF)
   // TF agen hardcoded (AF_E2_TF_S1..S4 = H4/M30/M15/M3)
   g_sN   = g_e1.Register(AF_E2_TF_S1,InpMaxBars);
   g_sC   = g_e1.Register(AF_E2_TF_S2,InpMaxBars);
   g_sE   = g_e1.Register(AF_E2_TF_S3,InpMaxBars);
   g_sP   = g_e1.Register(AF_E2_TF_S4,InpMaxBars);
   ENUM_TIMEFRAMES dispTf=(InpDispTF==PERIOD_CURRENT)? (ENUM_TIMEFRAMES)_Period : InpDispTF;
   g_sDisp= g_e1.Register(dispTf,InpMaxBars);
   g_sD1  = g_e1.Register(PERIOD_D1,AF_E3_LEVELS_D1_BARS);
   g_sW1  = g_e1.Register(PERIOD_W1,AF_E3_LEVELS_W1_BARS);
   if(g_sN<0 || g_sC<0 || g_sE<0 || g_sP<0 || g_sDisp<0)
   {
      PrintFormat("%s OnInit: registrasi slot gagal (N=%d C=%d E=%d P=%d D=%d)",
                  AF_E3_PFX,g_sN,g_sC,g_sE,g_sP,g_sDisp);
      return INIT_FAILED;
   }

   AFR_Clear(g_cfg);
   g_lastDispBar=0;
   return INIT_SUCCEEDED;
}

//+------------------------------------------------------------------+
void OnDeinit(const int reason)
{
   AFR_Clear(g_cfg);
   ChartRedraw();
}

//+------------------------------------------------------------------+
//| Engine 3: hanya menggambar saat bar tertutup baru pada TF display|
//| (non-repaint). Semua data dari Engine 1 & 2.                     |
//+------------------------------------------------------------------+
int OnCalculate(const int rates_total,const int prev_calculated,
                const datetime &time[],const double &open[],const double &high[],
                const double &low[],const double &close[],const long &tick_volume[],
                const long &volume[],const int &spread[])
{
   g_e1.Refresh();

   // butuh slot display siap (bar tertutup terbaru)
   if(!g_e1.IsReady(g_sDisp)) return rates_total;
   datetime tDisp=g_e1.Time(g_sDisp,0);
   if(tDisp==g_lastDispBar) return rates_total;   // bar sama -> tidak redraw
   g_lastDispBar=tDisp;

   // semua slot agen harus siap
   if(!g_e1.IsReady(g_sN) || !g_e1.IsReady(g_sC) ||
      !g_e1.IsReady(g_sE) || !g_e1.IsReady(g_sP))
      return rates_total;

   // Engine 2: 4 agen + agregator
   g_eng2.Compute(g_e1,g_sN,g_sC,g_sE,g_sP,g_n,g_c,g_e,g_p,g_agg);

   // Engine 2: bangun data display (komputasi display ada di Engine 2)
   AF_BuildDisplayData(g_e1,g_sN,g_sC,g_sE,g_sP,g_sDisp,g_sD1,g_sW1,
                       g_cfg.obCount,g_cfg.fvgCount,
                       g_n,g_c,g_e,g_p,g_dd);

   // Engine 3: gambar ulang (render murni)
   AFR_Clear(g_cfg);
   AFR_DrawAll(g_cfg,g_e1,g_sDisp,g_dd,g_n,g_c,g_e,g_p,g_agg);
   ChartRedraw();

   return rates_total;
}
//+------------------------------------------------------------------+