Root Analizer - indicatore per MetaTrader 4

Questo analizzatore si basa sulle regole di Fibonacci.

Per la misurazione, abbiamo scelto la conversione prezzo-binario.

Ogni aumento di prezzo viene convertito in 1 e ogni diminuzione di prezzo in 0. Tutti questi dati vengono raccolti in file di testo e array per l'elaborazione.

Elaborazione. Utilizzando delle formule, eseguiamo diverse fasi di elaborazione sul codice ricevuto per misurare due forze: Buffalo e Bear.

Queste forze vengono pubblicate in file di output come

EURUSD1.8Long&Short-Signals.txt

EURUSDImporShopSignals.txt

ImporWORDPRESS_1_7_D.txt

E altri file .bin che servono come supporto per il conteggio. Utilizziamo i dati di output per aprire posizioni sul mercato utilizzando il nostro strumento Root Utility Diamond. Ricerca e Sviluppo. Invitiamo tutti gli sviluppatori di codice a partecipare liberamente allo sviluppo e alla ricerca utilizzando le nostre ultime versioni.

//+------------------------------------------------------------------+
//|       Binary Miner                                               |
//+------------------------------------------------------------------+
void Bars_Z(double iBid)// Собрал я с Ирой с красочьных полей зерно и дали по горсти каждый дочери Крестине
  {
   int Cqt=0;
   Counter++;
   Cqt=(int)NormalizeDouble((iBid-Str_Pr_Bar)/Point,0);
   int qt_C=0;
   if(Cqt>1)//paso 1 arriba
     {
      for(int qt=0; qt<Cqt-1; qt++)
        {
         if(Array_Errors==true)
           {
            Print(" Index Array ",qt," 28507 ");


           }
         qt_C=Counter+qt;
         body[qt_C,0]=3;
         body[qt_C,1]=1;
         body [qt_C,2]=2;
         body [qt_C,3]=Str_Pr_Bar+(qt+1)*Point;
         //body [qt_C,4]=TimeCurrent();//Записываю время тика.
         //bintoarr[IFb1,IFb2]=1;//запись в строку параметров бинарного вычисления
         //bintoarrBID[IFb1,IFb2]=Bid;
         //body [qt_C,7]=iTime(Symbol(),PERIOD_CURRENT,0);
         //---
         // body [qt_C,4]=Open[0];
         // body [qt_C,5]=High[0];
         // body [qt_C,6]=Low[0];
         // body [qt_C,7]=111;//TEST
         //    FileWrite(Handle,body[qt_C,0],body[qt_C,1],body[qt_C,2],body[qt_C,3],body[qt_C,4],body[qt_C,5],body[qt_C,6],body[qt_C,7]);
         Counter1++;
        }
      Counter=qt_C+1;
     }
   if(Cqt<-1)
     {
      for(int qt=0; qt<MathAbs(Cqt)-1; qt++)
        {
         if(Array_Errors==true)
           {
            Print(" Index Array ",qt," 28535 ");


           }
         qt_C=Counter+qt;
         body [qt_C,0]=3;
         body [qt_C,1]=0;
         body [qt_C,2]=3;
         body [qt_C,3]=Str_Pr_Bar-(qt+1)*Point;
         //body [qt_C,4]=TimeCurrent();//Записываю время тика.
         // bintoarr[IFb1,IFb2]=0;
         // bintoarrBID[IFb1,IFb2]=Bid;
         //body [qt_C,7]=iTime(Symbol(),PERIOD_CURRENT,0);
         //---
         // body [qt_C,4]=Open[0];
         // body [qt_C,5]=High[0];
         // body [qt_C,6]=Low[0];
         //FileWrite(Handle,body[qt_C,0],body[qt_C,1],body[qt_C,2],body[qt_C,3],body[qt_C,4],body[qt_C,5],body[qt_C,6],body[qt_C,7]);
         Counter0++;
        }
      Counter=qt_C+1;
     }
   if(Str_Pr_Bar<=iBid)
     {
      body [Counter,1]=1;
      body [Counter,2]=1;
      //body [Counter,4]=TimeCurrent();//Записываю время тика.
      //bintoarr[IFb1,IFb2]=1;
      //bintoarrBID[IFb1,IFb2]=Bid;
      Counter1_1++;
     }
   else
     {
      body [Counter,1]=0;
      body [Counter,2]=0;
      //body [Counter,4]=TimeCurrent();//Записываю время тика.
      //bintoarr[IFb1,IFb2]=0;//пишу тик в бинарной интерпретации
      //bintoarrBID[IFb1,IFb2]=Bid;//пишу цену для тика
      Counter0_1++;
     }
   body [Counter,0]=iBid;
   body [Counter,3]=111;
//body [Counter,4]=TimeCurrent();//Записываю время тика.p
// body [Counter,4]=Open[0];
// body [Counter,5]=High[0];
// body [Counter,6]=Low[0];
//body[Counter,7]=iTime(Symbol(),PERIOD_CURRENT,0);
//FileWrite(Handle,body[Counter,0],body[Counter,1],body[Counter,2],body[Counter,3],body[Counter,4],body[Counter,5],body[Counter,6],body[Counter,7]);
   Str_Pr_Bar=iBid;
   Counter_Summa1 = Counter1+Counter1_1;
   Counter_Summa0 = Counter0+Counter0_1;
  }
//+------------------------------------------------------------------+
//|      END  Binary Miner                                           |
//+------------------------------------------------------------------+