도움이 필요한 배열이 범위를 벗어났습니다.

Tretyakov Rostyslav 2020.12.14 08:58 #141

시각화가 포함된 MetaQuotas

2020.12.14 10:55:49.261 AUDUSD,H1: 61687 tick events (61686 bars, 124333 bar states) processed in 0:00:38.188 (total time 0:00:38.203)
2020.12.14 10:55:49.261 2020.12.11 23:59:59  Array2 AUDUSD,H1: < < Объект Min_D удалён > >
2020.12.14 10:55:49.261 2020.12.11 23:59:59  Array2 AUDUSD,H1: < < Объект Min_D_label удалён > >
2020.12.14 10:55:49.261 2020.12.11 23:59:59  Array2 AUDUSD,H1:  i = 2/ Min_D_Level = 0.74038/ Low_D1_Level0.74233/ Разница0.00195
2020.12.14 10:55:49.261 2020.12.11 23:00:00  Array2 AUDUSD,H1:  i = 2/ Min_D_Level = 0.74038/ Low_D1_Level0.74233/ Разница0.00195

시각화 기능이 있는 Alpari

2020.12.14 10:56:13.369 AUDUSD,H1: 129781 tick events (129780 bars, 260520 bar states) processed in 0:01:16.688 (total time 0:01:16.719)
2020.12.14 10:56:13.369 2020.12.11 23:59:59  Array2 AUDUSD,H1: < < Объект Min_D удалён > >
2020.12.14 10:56:13.369 2020.12.11 23:59:59  Array2 AUDUSD,H1: < < Объект Min_D_label удалён > >
2020.12.14 10:56:13.369 2020.12.11 23:59:59  Array2 AUDUSD,H1:  i = 2/ Min_D_Level = 0.74039/ Low_D1_Level0.74234/ Разница0.00195
2020.12.14 10:56:13.369 2020.12.11 23:00:00  Array2 AUDUSD,H1:  i = 2/ Min_D_Level = 0.74039/ Low_D1_Level0.74234/ Разница0.00195

Tretyakov Rostyslav 2020.12.14 09:57 #142

Dark Kchlyzov :

다음은 디버깅할 함수입니다. Post#43

그것이 작동하는 방식입니다)))

 //+------------------------------------------------------------------+
//|                                                   Test_Level.mq4 |
//|                        Copyright 2020, MetaQuotes Software Corp. |
//|                                             https://www.mql5.com |
//+------------------------------------------------------------------+
#property copyright "Copyright 2020, MetaQuotes Software Corp."
#property link        "https://www.mql5.com"
#property version    "1.00"
#property strict
double    Bar_data_D1 [][ 6 ]; // Копирует в массив данные баров указанного графика и возвращает количество скопированных баров D1
double    Bar_data_W1 [][ 6 ]; // Копирует в массив данные баров указанного графика и возвращает количество скопированных баров W1
double    Bar_data_MN [][ 6 ];
double    High_D1_Level;     // Возвращает значение максимальной цены бара D1
double    Low_D1_Level;       // Возвращает значение минимальной цены бара  D1
double    High_W1_Level;     // Возвращает значение максимальной цены бара W1
double    Low_W1_Level ;     // Возвращает значение минимальной цены бара  W1
double    High_MN1_Level;     // Возвращает значение максимальной цены бара MN1
double    Low_MN1_Level;     // Возвращает значение минимальной цены бара  MN1
double    Max_D_Level;       // ближайшей максимальный D уровень
double    Min_D_Level ;       // ближайшей минимальный  D уровень
double    Max_W_Level ;       // ближайшей максимальный W уровень
double    Min_W_Level ;       // ближайшей минимальный  W уровень
double    Max_MN_Level ;     // ближайшей максимальный MN уровень
double    Min_MN_Level ;     // ближайшей минимальный  MN уровень

int       Max_D_Num ;         // ближайшей максимальный день (номер бара)  
int       Min_D_Num ;         // ближайшей минимальный  день (номер бара)
int       Max_D_Volume ;     // ближайшей максимальный день (Объём)  
int       Min_D_Volume ;     // ближайшей минимальный  день (Объём)
datetime Max_D_Time;         // 
datetime Min_D_Time;         //
datetime Time_Day;
//+------------------------------------------------------------------+
//| Expert initialization function                                   |
//+------------------------------------------------------------------+
int OnInit ()
  {
   Level();
   return ( INIT_SUCCEEDED );
  }
//+------------------------------------------------------------------+
//| Expert deinitialization function                                 |
//+------------------------------------------------------------------+
void OnDeinit ( const int reason)
  {
   ObjectsDeleteAll ( 0 , "Arr_" ); Print ( "<< Все объекты удалены >>" );
  }
//+------------------------------------------------------------------+
//| Expert tick function                                             |
//+------------------------------------------------------------------+
void OnTick ()
  {
  On_Timer();
  }
//+------------------------------------------------------------------+
//|                        Функция Level v 1.0
//+------------------------------------------------------------------+
void Level()
{
 ArrayCopyRates(Bar_data_D1, _Symbol , PERIOD_D1 ); // Копирует в массив данные баров указанного графика и возвращает количество скопированных баров
 ArrayCopyRates(Bar_data_W1, _Symbol , PERIOD_W1 ); // Копирует в массив данные баров указанного графика и возвращает количество скопированных баров
 ArrayCopyRates(Bar_data_MN, _Symbol , PERIOD_MN1 ); // Копирует в массив данные баров указанного графика и возвращает количество скопированных баров
 
 High_D1_Level  = iHigh ( _Symbol , PERIOD_D1 , 1 );   // Возвращает значение максимальной цены бара D1
 Low_D1_Level   = iLow ( _Symbol , PERIOD_D1 , 1 );   // Возвращает значение минимальной цены бара  D1
 High_W1_Level  = iHigh ( _Symbol , PERIOD_W1 , 1 );   // Возвращает значение максимальной цены бара W1
 Low_W1_Level   = iLow ( _Symbol , PERIOD_W1 , 1 );   // Возвращает значение минимальной цены бара  W1 
 High_MN1_Level = iHigh ( _Symbol , PERIOD_MN1 , 1 );   // Возвращает значение максимальной цены бара MN1
 Low_MN1_Level  = iLow ( _Symbol , PERIOD_MN1 , 1 );   // Возвращает значение минимальной цены бара  MN1
 
//--- Max_D_Level
 for ( int i = 1 ; i< ArrayRange (Bar_data_D1, 0 ) ;i++)
    {
     if (Bar_data_D1 [i][ 3 ] != Bar_data_D1 [i+ 1 ][ 3 ])
       {
         if (Bar_data_D1 [i][ 3 ] > High_D1_Level)  
          {
           Max_D_Level = Bar_data_D1 [i][ 3 ];
           Print ( " i = " ,i, "/Max_D Разница" , DoubleToString (Max_D_Level-High_D1_Level, Digits ));
           break ;
          }
       }
     if (Bar_data_D1 [i][ 3 ] == Bar_data_D1 [i+ 1 ][ 3 ])
       {
        Max_D_Level = High_D1_Level;
         Print ( " i = " ,i, "/Max_D Разница" , DoubleToString (Max_D_Level-High_D1_Level, Digits ));
         break ;
       }
    } 
    
//--- Min_D_Leve  
 for ( int i = 1 ; i< ArrayRange (Bar_data_D1, 0 ) ;i++)
    {
     if (Bar_data_D1 [i][ 2 ] != Bar_data_D1 [i+ 1 ][ 2 ])
       {
         if ( Bar_data_D1 [i][ 2 ] < Low_D1_Level)
          {
           Min_D_Level = Bar_data_D1 [i][ 2 ];
           Print ( " i = " ,i, "/Min_D Разница" , DoubleToString (Low_D1_Level-Min_D_Level, Digits ));
           break ;
          }
       }   
     if (Bar_data_D1 [i][ 2 ] == Bar_data_D1 [i+ 1 ][ 2 ])
       {
        Min_D_Level = Low_D1_Level;
         Print ( " i = " ,i, "/Min_D Разница" , DoubleToString (Low_D1_Level-Min_D_Level, Digits ));
         break ;
       }
    } 
    
    
//--- Max_W_Level
 for ( int i = 1 ; i< ArrayRange (Bar_data_D1, 0 ) ;i++)
    {
     //Print(" i = ",i);
     if (Bar_data_W1 [i][ 3 ] != Bar_data_W1 [i+ 1 ][ 3 ])
       {
         if (Bar_data_W1 [i][ 3 ] > High_W1_Level)    
          {
           Max_W_Level = Bar_data_W1 [i][ 3 ];
           Print ( " i = " ,i, "/Max_W Разница" , DoubleToString (Max_W_Level-High_W1_Level, Digits ));
           break ;
          }
       }  
     if (Bar_data_W1 [i][ 3 ] == Bar_data_W1 [i+ 1 ][ 3 ])
       {
        Max_W_Level = High_W1_Level;
         Print ( " i = " ,i, "/Max_W Разница" , DoubleToString (Max_W_Level-High_W1_Level, Digits ));
         break ;
       }
    } 
    
//--- Min_W_Level 
 for ( int i = 1 ; i< ArrayRange (Bar_data_D1, 0 ) ;i++)
    {
     // Print(" i = ",i);
     if (Bar_data_W1 [i][ 2 ] != Bar_data_W1 [i+ 1 ][ 2 ])
       {
         if (Bar_data_W1 [i][ 2 ] < Low_W1_Level)
          {
           Min_W_Level = Bar_data_W1 [i][ 2 ];
           Print ( " i = " ,i, "/Min_W Разница" , DoubleToString (Low_W1_Level-Min_W_Level, Digits ));
           break ;
          }
       }  
     if (Bar_data_W1 [i][ 2 ] == Bar_data_W1 [i+ 1 ][ 2 ])
       {
        Min_W_Level = Low_W1_Level;
         Print ( " i = " ,i, "/Min_W Разница" , DoubleToString (Low_W1_Level-Min_W_Level, Digits ));
         break ;
       }
    } 

 //+-----------------------High_D1_Level-----------------------------+  
 if ( ObjectFind ( "Arr_High_D1" )!=High_D1_Level) 
   {
     ObjectDelete ( "Arr_High_D1" );
     if ( ObjectFind ( "Arr_High_D1" )!= 0 )
      {
       ObjectCreate ( "Arr_High_D1" , OBJ_HLINE , 0 , Time[ 0 ],High_D1_Level);
       ObjectSet( "Arr_High_D1" , OBJPROP_COLOR , clrMaroon );
       ObjectSet( "Arr_High_D1" , OBJPROP_WIDTH , 1 );
      }
   } 
 if ( ObjectFind ( "Arr_High_D1_label" )!=High_D1_Level)
   {
     ObjectDelete ( "Arr_High_D1_label" ); 
     if ( ObjectFind ( "Arr_High_D1_label" ) != 0 )
      {
       ObjectCreate ( "Arr_High_D1_label" , OBJ_TEXT , 0 , Time[ 13 ], High_D1_Level);
       ObjectSetText( "Arr_High_D1_label" , "High_D1: " + DoubleToStr(High_D1_Level, _Digits ), 8 , "Verdana" , Brown);
      }
   } 
 //+-------------------------Low_D1_Level----------------------------+ 
 if ( ObjectFind ( "Arr_Low_D1" )!=Low_D1_Level) 
   {
     ObjectDelete ( "Arr_Low_D1" );
     if ( ObjectFind ( "Arr_Low_D1" )!= 0 )
      {
       ObjectCreate ( "Arr_Low_D1" , OBJ_HLINE , 0 , Time[ 0 ],Low_D1_Level);
       ObjectSet( "Arr_Low_D1" , OBJPROP_COLOR , clrMaroon );
       ObjectSet( "Arr_Low_D1" , OBJPROP_WIDTH , 1 );
      }
   } 
   
 if ( ObjectFind ( "Arr_Low_D1_label" )!=Low_D1_Level)
   {
     ObjectDelete ( "Arr_Low_D1_label" ); 
     if ( ObjectFind ( "Arr_Low_D1_label" ) != 0 )
      {
       ObjectCreate ( "Arr_Low_D1_label" , OBJ_TEXT , 0 , Time[ 13 ], Low_D1_Level);
       ObjectSetText( "Arr_Low_D1_label" , "Low_D1: " + DoubleToStr(Low_D1_Level, _Digits ), 8 , "Verdana" , Brown);
      }
   } 
   
     //+-----------------------Max_D_Level-----------------------------+  
 if ( ObjectFind ( "Arr_Lax_D" )!=Max_D_Level) 
   {
     ObjectDelete ( "Arr_Lax_D" );
     if ( ObjectFind ( "Arr_Lax_D" )!= 0 )
      {
       ObjectCreate ( "Arr_Lax_D" , OBJ_HLINE , 0 , Time[ 0 ],Max_D_Level);
       ObjectSet( "Arr_Lax_D" , OBJPROP_COLOR , clrMaroon );
       ObjectSet( "Arr_Lax_D" , OBJPROP_WIDTH , 1 );
      }
   } 
 if ( ObjectFind ( "Arr_Lax_D_label" )!=Max_D_Level)
   {
     ObjectDelete ( "Arr_Lax_D_label" ); 
     if ( ObjectFind ( "Arr_Lax_D_label" ) != 0 )
      {
       ObjectCreate ( "Arr_Lax_D_label" , OBJ_TEXT , 0 , Time[ 30 ], Max_D_Level);
       ObjectSetText( "Arr_Lax_D_label" , "Max_D: " + DoubleToStr(Max_D_Level, _Digits ), 8 , "Verdana" , Brown);
      }
   } 
 //+-------------------------Min_D_Level----------------------------+ 
 if ( ObjectFind ( "Arr_Lin_D" )!= Min_D_Level) 
   {
     ObjectDelete ( "Arr_Lin_D" );
     if ( ObjectFind ( "Arr_Lin_D" )!= 0 )
      {
       ObjectCreate ( "Arr_Lin_D" , OBJ_HLINE , 0 , Time[ 0 ],Min_D_Level);
       ObjectSet( "Arr_Lin_D" , OBJPROP_COLOR , clrMaroon );
       ObjectSet( "Arr_Lin_D" , OBJPROP_WIDTH , 1 );
      }
   } 
   
 if ( ObjectFind ( "Arr_Lin_D_label" )!=Min_D_Level)
   {
     ObjectDelete ( "Arr_Lin_D_label" ); 
     if ( ObjectFind ( "Arr_Lin_D_label" ) != 0 )
      {
       ObjectCreate ( "Arr_Lin_D_label" , OBJ_TEXT , 0 , Time[ 30 ], Min_D_Level);
       ObjectSetText( "Arr_Lin_D_label" , "Min_D: " + DoubleToStr(Min_D_Level, _Digits ), 8 , "Verdana" , Brown);
      }
   }  
 //+-----------------------High_W1_Level-----------------------------+         
 if ( ObjectFind ( "Arr_High_W1" )!=High_W1_Level) 
   {
     ObjectDelete ( "Arr_High_W1" );
     if ( ObjectFind ( "Arr_High_W1" )!= 0 )
      {
       ObjectCreate ( "Arr_High_W1" , OBJ_HLINE , 0 , Time[ 0 ],High_W1_Level);
       ObjectSet( "Arr_High_W1" , OBJPROP_COLOR , clrMaroon );
       ObjectSet( "Arr_High_W1" , OBJPROP_WIDTH , 1 );
      }
   } 
 if ( ObjectFind ( "Arr_High_W1_label" )!=High_W1_Level)
   {
     ObjectDelete ( "Arr_High_W1_label" ); 
     if ( ObjectFind ( "Arr_High_W1_label" ) != 0 )
      {
       ObjectCreate ( "Arr_High_W1_label" , OBJ_TEXT , 0 , Time[ 47 ], High_W1_Level);
       ObjectSetText( "Arr_High_W1_label" , "High_W1: " + DoubleToStr(High_W1_Level, _Digits ), 8 , "Verdana" , Brown);
      }
   } 
 //+-------------------------Low_W1_Level----------------------------+       
 if ( ObjectFind ( "Arr_Low_W1" )!=Low_W1_Level) 
   {
     ObjectDelete ( "Arr_Low_W1" );
     if ( ObjectFind ( "Arr_Low_W1" )!= 0 )
      {
       ObjectCreate ( "Arr_Low_W1" , OBJ_HLINE , 0 , Time[ 0 ],Low_W1_Level);
       ObjectSet( "Arr_Low_W1" , OBJPROP_COLOR , clrMaroon );
       ObjectSet( "Arr_Low_W1" , OBJPROP_WIDTH , 1 );
      }
   } 
   
 if ( ObjectFind ( "Arr_Low_W1_label" )!=Low_W1_Level)
   {
     ObjectDelete ( "Arr_Low_W1_label" ); 
     if ( ObjectFind ( "Arr_Low_W1_label" ) != 0 )
      {
       ObjectCreate ( "Arr_Low_W1_label" , OBJ_TEXT , 0 , Time[ 47 ], Low_W1_Level);
       ObjectSetText( "Arr_Low_W1_label" , "Low_W1: " + DoubleToStr(Low_W1_Level, _Digits ), 8 , "Verdana" , Brown);
      }
   }  
   
   
 //+-----------------------Max_W_Level-----------------------------+         
 if ( ObjectFind ( "Arr_Lax_W" )!=Max_W_Level) 
   {
     ObjectDelete ( "Arr_Lax_W" );
     if ( ObjectFind ( "Arr_Lax_W" )!= 0 )
      {
       ObjectCreate ( "Arr_Lax_W" , OBJ_HLINE , 0 , Time[ 0 ],Max_W_Level);
       ObjectSet( "Arr_Lax_W" , OBJPROP_COLOR , clrMaroon );
       ObjectSet( "Arr_Lax_W" , OBJPROP_WIDTH , 1 );
      }
   } 
 if ( ObjectFind ( "Arr_Lax_W_label" )!= Max_W_Level)
   {
     ObjectDelete ( "Arr_Lax_W_label" ); 
     if ( ObjectFind ( "Arr_Lax_W_label" ) != 0 )
      {
       ObjectCreate ( "Arr_Lax_W_label" , OBJ_TEXT , 0 , Time[ 64 ], Max_W_Level);
       ObjectSetText( "Arr_Lax_W_label" , "Max_W: " + DoubleToStr(Max_W_Level, _Digits ), 8 , "Verdana" , Brown);
      }
   } 
 //+-------------------------Min_W_Level----------------------------+       
 if ( ObjectFind ( "Arr_Lin_W" )!=Min_W_Level) 
   {
     ObjectDelete ( "Arr_Lin_W" );
     if ( ObjectFind ( "Arr_Lin_W" )!= 0 )
      {
       ObjectCreate ( "Arr_Lin_W" , OBJ_HLINE , 0 , Time[ 0 ],Min_W_Level);
       ObjectSet( "Arr_Lin_W" , OBJPROP_COLOR , clrMaroon );
       ObjectSet( "Arr_Lin_W" , OBJPROP_WIDTH , 1 );
      }
   } 
   
 if ( ObjectFind ( "Arr_Lin_W_label" )!= Min_W_Level)
   {
     ObjectDelete ( "Arr_Lin_W_label" ); 
     if ( ObjectFind ( "Arr_Lin_W_label" ) != 0 )
      {
       ObjectCreate ( "Arr_Lin_W_label" , OBJ_TEXT , 0 , Time[ 64 ], Min_W_Level);
       ObjectSetText( "Arr_Lin_W_label" , "Min_W: " + DoubleToStr(Min_W_Level, _Digits ), 8 , "Verdana" , Brown);
      }
   }
 //+-----------------------High_MN1_Level-----------------------------+         
 if ( ObjectFind ( "Arr_High_MN1" )!=High_MN1_Level) 
   {
     ObjectDelete ( "Arr_High_MN1" );
     if ( ObjectFind ( "Arr_High_MN1" )!= 0 )
      {
       ObjectCreate ( "Arr_High_MN1" , OBJ_HLINE , 0 , Time[ 0 ],High_MN1_Level);
       ObjectSet( "Arr_High_MN1" , OBJPROP_COLOR , clrMaroon );
       ObjectSet( "Arr_High_MN1" , OBJPROP_WIDTH , 1 );
      }
   } 
 if ( ObjectFind ( "Arr_High_MN1_label" )!=High_MN1_Level)
   {
     ObjectDelete ( "Arr_High_MN1_label" ); 
     if ( ObjectFind ( "Arr_High_MN1_label" ) != 0 )
      {
       ObjectCreate ( "Arr_High_MN1_label" , OBJ_TEXT , 0 , Time[ 81 ], High_MN1_Level);
       ObjectSetText( "Arr_High_MN1_label" , "High_MN1: " + DoubleToStr(High_MN1_Level, _Digits ), 8 , "Verdana" , Brown);
      }
   } 
 //+-------------------------Low_MN1_Level----------------------------+       
 if ( ObjectFind ( "Arr_Low_MN1" )!=Low_MN1_Level) 
   {
     ObjectDelete ( "Arr_Low_MN1" );
     if ( ObjectFind ( "Arr_Low_MN1" )!= 0 )
      {
       ObjectCreate ( "Arr_Low_MN1" , OBJ_HLINE , 0 , Time[ 0 ],Low_MN1_Level);
       ObjectSet( "Arr_Low_MN1" , OBJPROP_COLOR , clrMaroon );
       ObjectSet( "Arr_Low_MN1" , OBJPROP_WIDTH , 1 );
      }
   } 
   
 if ( ObjectFind ( "Arr_Low_MN1_label" )!=Low_MN1_Level)
   {
     ObjectDelete ( "Arr_Low_MN1_label" ); 
     if ( ObjectFind ( "Arr_Low_MN1_label" ) != 0 )
      {
       ObjectCreate ( "Arr_Low_MN1_label" , OBJ_TEXT , 0 , Time[ 81 ], Low_MN1_Level);
       ObjectSetText( "Arr_Low_MN1_label" , "Low_MN1: " + DoubleToStr(Low_MN1_Level, _Digits ), 8 , "Verdana" , Brown);
      }
   }       
}
//+-------------------------------------------------------------------------+   
//                         функция Timer                    
//+-------------------------------------------------------------------------+
void On_Timer()
{

     
 if (Day()!= Time_Day)
   {
    Level();
    Time_Day = Day();
   }
}

Aleksei Stepanenko 2020.12.14 10:53 #143

MakarFX :

그것이 작동하는 방식입니다)))

코드에 오류가 있습니다.

 for ( int i = 1 ; i< ArrayRange (Bar_data_D1 , 0 ) ;i++)
    {
     //Print(" i = ",i);
     if ( Bar_data_W1 [i][ 3 ] != Bar_data_W1 [i+ 1 ][ 3 ])
       {
         if ( Bar_data_W1 [i][ 3 ] > High_W1_Level)    
          {
           Max_W_Level = Bar_data_W1 [i][ 3 ];
           Print ( " i = " ,i, "/Max_W Разница" , DoubleToString (Max_W_Level-High_W1_Level, Digits ));
           break ;
          }
       }  
     if ( Bar_data_W1 [i] [ 3 ] == Bar_data_W1 [i + 1 ][ 3 ])
       {
        Max_W_Level = High_W1_Level;
         Print ( " i = " ,i, "/Max_W Разница" , DoubleToString (Max_W_Level-High_W1_Level, Digits ));
         break ;
       }
    }

한 배열을 반복하고 다른 배열의 요소에 액세스합니다. Bar_data_W1보다 Bar_data_D1에 더 많은 요소가 있고 이러한 요소에 액세스 하면 배열이 범위를 벗어납니다 .

Aleksei Stepanenko 2020.12.14 11:01 #144

Dark Kchlyzov :

제 경우에는 테스트 날짜로부터 2개월 뒤로 스크롤할 수 있는 것으로 나타났습니다.

테스터는 1002개의 일일 막대를 봅니다.

테스터는 테스트 간격의 시작 날짜 이전에 1000개의 양초를 추가합니다. 이전 기록은 고려되지 않습니다. 테스트 간격을 크게 할 필요가 있습니다. 2000년부터 가지고 있습니다.

Tretyakov Rostyslav 2020.12.14 11:04 #145

Aleksei Stepanenko :

코드에 오류가 있습니다.

한 배열을 반복하고 다른 배열의 요소에 액세스합니다. Bar_data_D1에 Bar_data_W1보다 더 많은 요소가 있으면 배열이 범위를 벗어납니다 .

수정

 //--- Max_W_Level
 for ( int i = 1 ; i< ArrayRange (Bar_data_W1, 0 ) ;i++)
    {
     if (Bar_data_W1 [i][ 3 ] != Bar_data_W1 [i+ 1 ][ 3 ])
       {
         if (Bar_data_W1 [i][ 3 ] > High_W1_Level)    
          {
           Max_W_Level = Bar_data_W1 [i][ 3 ];
           Print ( " i = " ,i, "/Max_W Разница" , DoubleToString (Max_W_Level-High_W1_Level, Digits ));
           break ;
          }
       }  
     if (Bar_data_W1 [i][ 3 ] == Bar_data_W1 [i+ 1 ][ 3 ])
       {
        Max_W_Level = High_W1_Level;
         Print ( " i = " ,i, "/Max_W Разница" , DoubleToString (Max_W_Level-High_W1_Level, Digits ));
         break ;
       }
    } 
    
//--- Min_W_Level 
 for ( int i = 1 ; i< ArrayRange (Bar_data_W1, 0 ) ;i++)
    {
     if (Bar_data_W1 [i][ 2 ] != Bar_data_W1 [i+ 1 ][ 2 ])
       {
         if (Bar_data_W1 [i][ 2 ] < Low_W1_Level)
          {
           Min_W_Level = Bar_data_W1 [i][ 2 ];
           Print ( " i = " ,i, "/Min_W Разница" , DoubleToString (Low_W1_Level-Min_W_Level, Digits ));
           break ;
          }
       }  
     if (Bar_data_W1 [i][ 2 ] == Bar_data_W1 [i+ 1 ][ 2 ])
       {
        Min_W_Level = Low_W1_Level;
         Print ( " i = " ,i, "/Min_W Разница" , DoubleToString (Low_W1_Level-Min_W_Level, Digits ));
         break ;
       }
    }

오류 없이 작동

 2020.12 . 14 13 : 02 : 09.812 AUDUSD,H1: 5902 tick events ( 5901 bars, 12803 bar states) processed in 0 : 00 : 00.125 (total time 0 : 00 : 00.125 )
2020.12 . 14 13 : 02 : 09.812 2020.12 . 11 23 : 59 : 59   Array3 AUDUSD,H1: << Все объекты удалены >>
2020.12 . 14 13 : 02 : 09.812 2020.12 . 11 00 : 00 : 00   Array3 AUDUSD,H1:  i = 2 /Min_W Разница 0.00738
2020.12 . 14 13 : 02 : 09.812 2020.12 . 11 00 : 00 : 00   Array3 AUDUSD,H1:  i = 3 /Max_W Разница 0.00000
2020.12 . 14 13 : 02 : 09.812 2020.12 . 11 00 : 00 : 00   Array3 AUDUSD,H1:  i = 2 /Min_D Разница 0.00195
2020.12 . 14 13 : 02 : 09.812 2020.12 . 11 00 : 00 : 00   Array3 AUDUSD,H1:  i = 264 /Max_D Разница 0.00000

Dark Kchlyzov 2020.12.15 03:57 #146

Aleksei Stepanenko :

코드에 오류가 있습니다.

한 배열을 반복하고 다른 배열의 요소에 액세스합니다. Bar_data_W1보다 Bar_data_D1에 더 많은 요소가 있고 이러한 요소에 액세스 하면 배열이 범위를 벗어납니다 .

이것은 실수가 아니라 주의가 아니라 앉아서 문제가 무엇인지 의아해 하다가 그냥 지우고 베끼고 나서 누군가가 와서 문제가 무엇인지 말하는 것입니다(읽는 척 하지 않음). 코드를 가져와서 버리면 결과 자체가 됩니다.

Dark Kchlyzov 2020.12.15 04:02 #147

MakarFX :

터미널 오류

위의 게시물에서 코드를 복사하고 테스트를 실행했습니다.

여기 로그가 있습니다

터미널을 제거하고 다시 설치하시겠습니까?

아마도 철로? 아니면 소련?

Valeriy Yastremskiy 2020.12.15 04:09 #148

Dark Kchlyzov :

이것은 실수가 아니라 주의가 아니라 앉아서 문제가 무엇인지 의아해 하다가 그냥 지우고 베끼고 나서 누군가가 와서 문제가 무엇인지 말하는 것입니다(읽는 척 하지 않음). 코드를 가져 와서 버리면 결과 자체가 됩니다.

이전 버전을 악의로 두지 마십시오.

그리고 코드에서는 이웃한 값을 비교하는데 그게 사실이고 원본 도면과 작업에 해당하는 건가요?

 if (Bar_data_W1 [i][ 3 ] == Bar_data_W1 [i+ 1 ][ 3 ])

이것은 모든 동일한 값이 아닌 동일한 인접 값, 더 간단한 작업을 검색하는 것입니다. 이마에서 복사본(동일한 값)에 대한 검색 은 배열의 각 요소를 모두와 비교하여 수행됩니다. 이것은 비용이 많이 들고 더 혼란스럽지만 더 저렴한 솔루션이 있습니다.

마음에 들지는 않지만 코드를 크게 변경하지 않고 이러한 비교 전에 찾고 있는 값으로 배열을 정렬하면 코드가 더 정확해집니다.

Документация по MQL5: Основы языка / Переменные

www.mql5.com

Переменные - Основы языка - Справочник MQL5 - Справочник по языку алгоритмического/автоматического трейдинга для MetaTrader 5

Valeriy Yastremskiy 2020.12.15 04:10 #149

Dark Kchlyzov :

터미널을 제거하고 다시 설치하시겠습니까?

아마도 철? 아니면 소련?

동일한 조건(동일한 데이터 제공자)에서 동일한 기간에 다른 행동?

Dark Kchlyzov 2020.12.15 04:50 #150

MakarFX :

당신의 중개인은 누구입니까?

어떤 터미널을 사용하고 있습니까?

MT4 개발자 중에 터미널이 있는 사람이 있습니까? 벗다.

도움이 필요한 배열이 범위를 벗어났습니다. - 페이지 15