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DoEasy. Dienstfunktionen (Teil 2): Das Muster der „Inside-Bar“

DoEasy. Dienstfunktionen (Teil 2): Das Muster der „Inside-Bar“

MetaTrader 5Beispiele | 10 September 2024, 09:55
106 0
Artyom Trishkin
Artyom Trishkin

Inhalt


Konzept

Wir entwickeln weiterhin Muster, die auf Zeitreihendaten basieren. Im ersten Artikel der Musterserie haben wir ein Toolkit für die Suche und Anzeige verschiedener Muster erstellt und eine Funktionalität für die Suche nach dem Muster „Pin-Bar“ aus den Price Action-Formationen entwickelt. In diesem Artikel werden wir die Funktionalität für die Suche nach verschiedenen Mustern in Preischarts weiterentwickeln und verfeinern und die Suche nach den Mustern „Inside-Bar“ der Price Action erstellen.

Wenn das „Pin-Bar“-Muster eine Formation aus einem Balken ist und nach den Proportionen eines Balkens gesucht wird, dann ist die „Inside-Bar“ eine Formation aus zwei Balken, die aus zwei Balken besteht - dem Mutter-Balken (dem Balken links) und dem definierenden Balken (Balken rechts):


Bei der Suche nach solchen Formationen reicht es nicht aus, nur die Proportionen eines Balkens zu vergleichen. Hier müssen wir zwei benachbarte Balken vergleichen. Außerdem können solche Formationen in einer Reihe laufen, und dann wird der Mutterbalken für alle ineinander verschachtelten Formationen einer sein, und zwar der ganz linke, während es viele definierende Balken geben wird - jeder rechte Balken jeder verschachtelten Formation. Der Balken ganz rechts ist der letzte der bestimmenden Balken der gesamten verschachtelten Formation. Um nach solchen Strukturen zu suchen, werden wir eine universelle Funktionalität implementieren und eine weitere Eigenschaft zu den Mustereigenschaften hinzufügen - die Öffnungszeit des Mutterbalkens. Anhand der Differenz zwischen den Eröffnungszeiten der Mutter- und der Definitionsbalken lässt sich die Anzahl der Balken bestimmen, die in der gesamten verschachtelten Formation enthalten sind. Dies ist nützlich, um Beschreibung des Musters auf dem Chart zu zeichnen. Mit anderen Worten, zusätzlich zu der Tatsache, dass jedes Muster mit einem einfachen Punkt auf dem Chart markiert werden kann, werden wir es ermöglichen, das Muster visuell anzuzeigen, indem wir einen Rahmen um die in der Formation enthaltenen Balken zeichnen. Dementsprechend werden wir die Möglichkeit schaffen, zwischen verschiedenen Methoden zur Darstellung von Mustern im Chart zu wählen.

Außerdem werden uns die heute geschaffenen Funktionen bei der Erstellung anderer Mustertypen helfen.


Verbesserung der Bibliotheksklassen

Bevor wir mit der Implementierung von Codes für das nächste Muster beginnen, sollten wir die vorgefertigten Dateien und Bibliotheksklassen fertigstellen.

Wir fügen in \MQL5\Include\DoEasy\Defines.mqh den Objekttyp „Bitmap“ zur Liste der Bibliotheksobjekttypen hinzu:

//+------------------------------------------------------------------+
//| List of library object types                                     |
//+------------------------------------------------------------------+
enum ENUM_OBJECT_DE_TYPE
  {
//--- Graphics
   OBJECT_DE_TYPE_GBASE =  COLLECTION_ID_LIST_END+1,              // "Base object of all library graphical objects" object type
   OBJECT_DE_TYPE_GELEMENT,                                       // "Graphical element" object type
   OBJECT_DE_TYPE_GFORM,                                          // Form object type
   OBJECT_DE_TYPE_GFORM_CONTROL,                                  // "Form for managing pivot points of graphical object" object type
   OBJECT_DE_TYPE_GSHADOW,                                        // Shadow object type
   OBJECT_DE_TYPE_GGLARE,                                         // Glare object type
   OBJECT_DE_TYPE_GBITMAP,                                        // Bitmap object type
   //--- WinForms
   OBJECT_DE_TYPE_GWF_BASE,                                       // WinForms Base object type (base abstract WinForms object)
   OBJECT_DE_TYPE_GWF_CONTAINER,                                  // WinForms container object type
   OBJECT_DE_TYPE_GWF_COMMON,                                     // WinForms standard control object type
   OBJECT_DE_TYPE_GWF_HELPER,                                     // WinForms auxiliary control object type
//--- Animation
//--- ...
//---...
 

Objekte vom Typ OBJ_BITMAP ermöglichen es, eine bmp-Ressource anzuhängen und verschiedene Primitive darauf zu zeichnen. Ein solches Objekt ist an die Balkenzeit und den Preis gebunden. Wir werden sie verwenden, um die Balken des Musters mit einem Rahmen zu umreißen.

Zusätzlich zu der Tatsache, dass Musterobjekte die Zeiten der Balken speichern, auf denen sie gebildet werden, werden wir auch die Arten von Mustern, die darauf gefunden wurden, dem Bibliotheksbalkenobjekt hinzufügen. Da es sich bei den Mustertypen um Bitflags handelt, können viele verschiedene Arten von Mustern in einer Variablen gespeichert werden. Aus dem Wert dieser Variablen können wir dann immer den Typ und dementsprechend den Namen aller auf dem Balken gefundenen Muster extrahieren.

Das ist praktisch, wenn man nach einem Muster sucht, mit dem man von einem Nutzerprogramm aus arbeiten will: Man holt sich ein Balkenobjekt, prüft die Arten von Mustern, die darauf gefunden werden, und arbeitet mit denen, deren Flags in die Variable geschrieben werden.

Wir fügen eine weitere Eigenschaft zu den Ganzzahl-Eigenschaften des Balkenobjekts hinzu und erhöhen die Anzahl der Ganzzahl-Eigenschaften des Balkenobjekts von 13 auf 14:

//+------------------------------------------------------------------+
//| Bar integer properties                                           |
//+------------------------------------------------------------------+
enum ENUM_BAR_PROP_INTEGER
  {
   BAR_PROP_TIME = 0,                                       // Bar period start time
   BAR_PROP_TYPE,                                           // Bar type (from the ENUM_BAR_BODY_TYPE enumeration)
   BAR_PROP_PERIOD,                                         // Bar period (timeframe)
   BAR_PROP_SPREAD,                                         // Bar spread
   BAR_PROP_VOLUME_TICK,                                    // Bar tick volume
   BAR_PROP_VOLUME_REAL,                                    // Bar exchange volume
   BAR_PROP_TIME_DAY_OF_YEAR,                               // Bar day serial number in a year
   BAR_PROP_TIME_YEAR,                                      // A year the bar belongs to
   BAR_PROP_TIME_MONTH,                                     // A month the bar belongs to
   BAR_PROP_TIME_DAY_OF_WEEK,                               // Bar week day
   BAR_PROP_TIME_DAY,                                       // Bar day of month (number)
   BAR_PROP_TIME_HOUR,                                      // Bar hour
   BAR_PROP_TIME_MINUTE,                                    // Bar minute
   BAR_PROP_PATTERNS_TYPE,                                  // Pattern types on the bar (pattern flags from the ENUM_PATTERN_TYPE enumeration)
  }; 
#define BAR_PROP_INTEGER_TOTAL (14)                         // Total number of integer bar properties

Wenn wir mit Listen von Zeitreihen nach Mustern suchen und ein Muster in einem Balken finden, fügen wir den Typ des gefundenen Musters zu eben dieser Variablen im Balkenobjekt hinzu. Basierend auf den Ergebnissen der Suche nach verschiedenen Arten von Mustern können in dieser Variablen in einem Balken die Flags der verschiedenen gefundenen Mustertypen aufgezeichnet werden.

Füge wir das Sortieren nach Mustertyp der Balken zur Liste der möglichen Sortierkriterien für Balkenobjekte:

//+------------------------------------------------------------------+
//| Possible bar sorting criteria                                    |
//+------------------------------------------------------------------+
#define FIRST_BAR_DBL_PROP          (BAR_PROP_INTEGER_TOTAL-BAR_PROP_INTEGER_SKIP)
#define FIRST_BAR_STR_PROP          (BAR_PROP_INTEGER_TOTAL-BAR_PROP_INTEGER_SKIP+BAR_PROP_DOUBLE_TOTAL-BAR_PROP_DOUBLE_SKIP)
enum ENUM_SORT_BAR_MODE
  {
//--- Sort by integer properties
   SORT_BY_BAR_TIME = 0,                                    // Sort by bar period start time
   SORT_BY_BAR_TYPE,                                        // Sort by bar type (from the ENUM_BAR_BODY_TYPE enumeration)
   SORT_BY_BAR_PERIOD,                                      // Sort by bar period (timeframe)
   SORT_BY_BAR_SPREAD,                                      // Sort by bar spread
   SORT_BY_BAR_VOLUME_TICK,                                 // Sort by bar tick volume
   SORT_BY_BAR_VOLUME_REAL,                                 // Sort by bar exchange volume
   SORT_BY_BAR_TIME_DAY_OF_YEAR,                            // Sort by bar day number in a year
   SORT_BY_BAR_TIME_YEAR,                                   // Sort by a year the bar belongs to
   SORT_BY_BAR_TIME_MONTH,                                  // Sort by a month the bar belongs to
   SORT_BY_BAR_TIME_DAY_OF_WEEK,                            // Sort by a bar week day
   SORT_BY_BAR_TIME_DAY,                                    // Sort by a bar day
   SORT_BY_BAR_TIME_HOUR,                                   // Sort by a bar hour
   SORT_BY_BAR_TIME_MINUTE,                                 // Sort by a bar minute
   SORT_BY_BAR_PATTERN_TYPE,                                // Sort by pattern types on the bar (pattern flags from the ENUM_PATTERN_TYPE enumeration)
//--- Sort by real properties
   SORT_BY_BAR_OPEN = FIRST_BAR_DBL_PROP,                   // Sort by bar open price
   SORT_BY_BAR_HIGH,                                        // Sort by the highest price for the bar period
   SORT_BY_BAR_LOW,                                         // Sort by the lowest price for the bar period
   SORT_BY_BAR_CLOSE,                                       // Sort by a bar close price
   SORT_BY_BAR_CANDLE_SIZE,                                 // Sort by a candle price
   SORT_BY_BAR_CANDLE_SIZE_BODY,                            // Sort by a candle body size
   SORT_BY_BAR_CANDLE_BODY_TOP,                             // Sort by a candle body top
   SORT_BY_BAR_CANDLE_BODY_BOTTOM,                          // Sort by a candle body bottom
   SORT_BY_BAR_CANDLE_SIZE_SHADOW_UP,                       // Sort by candle upper wick size
   SORT_BY_BAR_CANDLE_SIZE_SHADOW_DOWN,                     // Sort by candle lower wick size
//--- Sort by string properties
   SORT_BY_BAR_SYMBOL = FIRST_BAR_STR_PROP,                 // Sort by a bar symbol
  };


Zuvor war für das Harami-Muster in der Liste der Mustertypen der Wert 0 angegeben. Das ist nicht ganz richtig. Es ist besser, wenn Null das Fehlen von Mustern auf dem Balken anzeigt.
Wir sollten dies beheben und eine Makrosubstitution hinzufügen, die die Gesamtzahl der in der Bibliothek verfügbaren Suchmuster angibt:

//+------------------------------------------------------------------+
//| Pattern type                                                     |
//+------------------------------------------------------------------+
enum ENUM_PATTERN_TYPE
  {
//--- Candle formations
   PATTERN_TYPE_NONE                =  0x0,                 // None
   PATTERN_TYPE_HARAMI              =  0x1,                 // Harami
   PATTERN_TYPE_HARAMI_CROSS        =  0x2,                 // Harami Cross
   PATTERN_TYPE_TWEEZER             =  0x4,                 // Tweezer
   PATTERN_TYPE_PIERCING_LINE       =  0x8,                 // Piercing Line
   PATTERN_TYPE_DARK_CLOUD_COVER    =  0x10,                // Dark Cloud Cover
   PATTERN_TYPE_THREE_WHITE_SOLDIERS=  0x20,                // Three White Soldiers
   PATTERN_TYPE_THREE_BLACK_CROWS   =  0x40,                // Three Black Crows
   PATTERN_TYPE_SHOOTING_STAR       =  0x80,                // Shooting Star
   PATTERN_TYPE_HAMMER              =  0x100,               // Hammer
   PATTERN_TYPE_INVERTED_HAMMER     =  0x200,               // Inverted Hammer
   PATTERN_TYPE_HANGING_MAN         =  0x400,               // Hanging Man
   PATTERN_TYPE_DOJI                =  0x800,               // Doji
   PATTERN_TYPE_DRAGONFLY_DOJI      =  0x1000,              // Dragonfly Doji
   PATTERN_TYPE_GRAVESTONE_DOJI     =  0x2000,              // Gravestone Doji
   PATTERN_TYPE_MORNING_STAR        =  0x4000,              // Morning Star
   PATTERN_TYPE_MORNING_DOJI_STAR   =  0x8000,              // Morning Doji Star
   PATTERN_TYPE_EVENING_STAR        =  0x10000,             // Evening Star
   PATTERN_TYPE_EVENING_DOJI_STAR   =  0x20000,             // Evening Doji Star
   PATTERN_TYPE_THREE_STARS         =  0x40000,             // Three Stars
   PATTERN_TYPE_ABANDONED_BABY      =  0x80000,             // Abandoned Baby
//--- Price Action
   PATTERN_TYPE_PIVOT_POINT_REVERSAL=  0x100000,            // Price Action Reversal Pattern
   PATTERN_TYPE_OUTSIDE_BAR         =  0x200000,            // Price Action Outside Bar
   PATTERN_TYPE_INSIDE_BAR          =  0x400000,            // Price Action Inside Bar
   PATTERN_TYPE_PIN_BAR             =  0x800000,            // Price Action Pin Bar
   PATTERN_TYPE_RAILS               =  0x1000000,           // Price Action Rails
  };
#define PATTERNS_TOTAL              (26)                    // Total number of patterns (including the missing one)


Fügen wir der Liste der ganzzahligen Mustereigenschaften eine neue Eigenschaft hinzu, die die Zeit des Mutterbalkens speichert, und erhöhen Sie die Anzahl der ganzzahligen Mustereigenschaften von 9 auf 10:

//+------------------------------------------------------------------+
//| Pattern integer properties                                       |
//+------------------------------------------------------------------+
enum ENUM_PATTERN_PROP_INTEGER
  {
   PATTERN_PROP_CODE = 0,                                   // Unique pattern code (time + type + status + direction + timeframe + symbol)
   PATTERN_PROP_CTRL_OBJ_ID,                                // Pattern control object ID
   PATTERN_PROP_ID,                                         // Pattern ID
   PATTERN_PROP_TIME,                                       // Pattern defining bar time
   PATTERN_PROP_MOTHERBAR_TIME,                             // Pattern mother bar time
   PATTERN_PROP_STATUS,                                     // Pattern status (from the ENUM_PATTERN_STATUS enumeration)
   PATTERN_PROP_TYPE,                                       // Pattern type (from the ENUM_PATTERN_TYPE enumeration)
   PATTERN_PROP_DIRECTION,                                  // Pattern type by direction (from the ENUM_PATTERN_TYPE_DIRECTION enumeration)
   PATTERN_PROP_PERIOD,                                     // Pattern period (timeframe)
   PATTERN_PROP_CANDLES,                                    // Number of candles that make up the pattern
  }; 
#define PATTERN_PROP_INTEGER_TOTAL (10)                     // Total number of integer pattern properties


Hinzufügen der Sortierung nach einer neuen Eigenschaft zur Liste der möglichen Mustersortierkriterien:

//+------------------------------------------------------------------+
//| Possible pattern sorting criteria                                |
//+------------------------------------------------------------------+
#define FIRST_PATTERN_DBL_PROP      (PATTERN_PROP_INTEGER_TOTAL-PATTERN_PROP_INTEGER_SKIP)
#define FIRST_PATTERN_STR_PROP      (PATTERN_PROP_INTEGER_TOTAL-PATTERN_PROP_INTEGER_SKIP+PATTERN_PROP_DOUBLE_TOTAL-PATTERN_PROP_DOUBLE_SKIP)
enum ENUM_SORT_PATTERN_MODE
  {
//--- Sort by integer properties
   SORT_BY_PATTERN_CODE = 0,                                // Sort by unique pattern code (time + type + status + direction + timeframe)
   SORT_BY_PATTERN_CTRL_OBJ_ID,                             // Sort by pattern control object ID
   SORT_BY_PATTERN_ID,                                      // Sort by pattern ID
   SORT_BY_PATTERN_TIME,                                    // Sort by pattern defining bar time
   SORT_BY_PATTERN_MOTHERBAR_TIME,                          // Sort by pattern mother bar time
   SORT_BY_PATTERN_STATUS,                                  // Sort by pattern status (from the ENUM_PATTERN_STATUS enumeration)
   SORT_BY_PATTERN_TYPE,                                    // Sort by pattern type (from the ENUM_PATTERN_TYPE enumeration)
   SORT_BY_PATTERN_DIRECTION,                               // Sort by pattern type based on direction (from the ENUM_PATTERN_TYPE_DIRECTION enumeration)
   SORT_BY_PATTERN_PERIOD,                                  // Sort by pattern period (timeframe)
   SORT_BY_PATTERN_CANDLES,                                 // Sort by the number of candles that make up the pattern
   
//--- Sort by real properties
   SORT_BY_PATTERN_BAR_PRICE_OPEN = FIRST_PATTERN_DBL_PROP, // Sort by pattern defining bar Open price
   SORT_BY_PATTERN_BAR_PRICE_HIGH,                          // Sort by pattern defining bar High price
   SORT_BY_PATTERN_BAR_PRICE_LOW,                           // Sort by pattern defining bar Low price
   SORT_BY_PATTERN_BAR_PRICE_CLOSE,                         // Sort by pattern defining bar Close price
   SORT_BY_PATTERN_RATIO_BODY_TO_CANDLE_SIZE,               // Sort by percentage ratio of the candle body to the full size of the candle
   SORT_BY_PATTERN_RATIO_UPPER_SHADOW_TO_CANDLE_SIZE,       // Sort by percentage ratio of the upper shadow size to the candle size
   SORT_BY_PATTERN_RATIO_LOWER_SHADOW_TO_CANDLE_SIZE,       // Sort by percentage ratio of the lower shadow size to the candle size
   SORT_BY_PATTERN_RATIO_BODY_TO_CANDLE_SIZE_CRITERION,           // Sort by defined criterion of the ratio of the candle body to the full candle size in %
   SORT_BY_PATTERN_RATIO_LARGER_SHADOW_TO_CANDLE_SIZE_CRITERION,  // Sort by  defined criterion of the ratio of the maximum shadow to the candle size in %
   SORT_BY_PATTERN_RATIO_SMALLER_SHADOW_TO_CANDLE_SIZE_CRITERION, // Sort by  defined criterion of the ratio of the minimum shadow to the candle size in %
   
//--- Sort by string properties
   SORT_BY_PATTERN_SYMBOL = FIRST_BAR_STR_PROP,             // Sort by a pattern symbol
   SORT_BY_PATTERN_NAME,                                    // Sort by pattern name
  };


Hinzufügen eines neuen Typs (Bitmap-Objekt) zur Liste der grafischen Elementtypen:

//+------------------------------------------------------------------+
//| The list of graphical element types                              |
//+------------------------------------------------------------------+
enum ENUM_GRAPH_ELEMENT_TYPE
  {
   GRAPH_ELEMENT_TYPE_STANDARD,                       // Standard graphical object
   GRAPH_ELEMENT_TYPE_STANDARD_EXTENDED,              // Extended standard graphical object
   GRAPH_ELEMENT_TYPE_SHADOW_OBJ,                     // Shadow object
   GRAPH_ELEMENT_TYPE_ELEMENT,                        // Element
   GRAPH_ELEMENT_TYPE_BITMAP,                         // Bitmap
   GRAPH_ELEMENT_TYPE_FORM,                           // Form
   GRAPH_ELEMENT_TYPE_WINDOW,                         // Window
   //--- WinForms
   GRAPH_ELEMENT_TYPE_WF_UNDERLAY,                    // Panel object underlay
   GRAPH_ELEMENT_TYPE_WF_BASE,                        // Windows Forms Base
   //--- 'Container' object types are to be set below
   GRAPH_ELEMENT_TYPE_WF_CONTAINER,                   // Windows Forms container base object
   GRAPH_ELEMENT_TYPE_WF_PANEL,                       // Windows Forms Panel
   GRAPH_ELEMENT_TYPE_WF_GROUPBOX,                    // Windows Forms GroupBox
   GRAPH_ELEMENT_TYPE_WF_TAB_CONTROL,                 // Windows Forms TabControl
   GRAPH_ELEMENT_TYPE_WF_SPLIT_CONTAINER,             // Windows Forms SplitContainer
   //--- 'Standard control' object types are to be set below
   GRAPH_ELEMENT_TYPE_WF_COMMON_BASE,                 // Windows Forms base standard control
   GRAPH_ELEMENT_TYPE_WF_LABEL,                       // Windows Forms Label
   GRAPH_ELEMENT_TYPE_WF_BUTTON,                      // Windows Forms Button
   GRAPH_ELEMENT_TYPE_WF_CHECKBOX,                    // Windows Forms CheckBox
   GRAPH_ELEMENT_TYPE_WF_RADIOBUTTON,                 // Windows Forms RadioButton
   GRAPH_ELEMENT_TYPE_WF_ELEMENTS_LIST_BOX,           // Base list object of Windows Forms elements
   GRAPH_ELEMENT_TYPE_WF_LIST_BOX,                    // Windows Forms ListBox
   GRAPH_ELEMENT_TYPE_WF_CHECKED_LIST_BOX,            // Windows Forms CheckedListBox
   GRAPH_ELEMENT_TYPE_WF_BUTTON_LIST_BOX,             // Windows Forms ButtonListBox
   GRAPH_ELEMENT_TYPE_WF_TOOLTIP,                     // Windows Forms ToolTip
   GRAPH_ELEMENT_TYPE_WF_PROGRESS_BAR,                // Windows Forms ProgressBar
   //--- Auxiliary elements of WinForms objects
   GRAPH_ELEMENT_TYPE_WF_LIST_BOX_ITEM,               // Windows Forms ListBoxItem
   GRAPH_ELEMENT_TYPE_WF_TAB_HEADER,                  // Windows Forms TabHeader
   GRAPH_ELEMENT_TYPE_WF_TAB_FIELD,                   // Windows Forms TabField
   GRAPH_ELEMENT_TYPE_WF_SPLIT_CONTAINER_PANEL,       // Windows Forms SplitContainerPanel
   GRAPH_ELEMENT_TYPE_WF_ARROW_BUTTON,                // Windows Forms ArrowButton
   GRAPH_ELEMENT_TYPE_WF_ARROW_BUTTON_UP,             // Windows Forms UpArrowButton
   GRAPH_ELEMENT_TYPE_WF_ARROW_BUTTON_DOWN,           // Windows Forms DownArrowButton
   GRAPH_ELEMENT_TYPE_WF_ARROW_BUTTON_LEFT,           // Windows Forms LeftArrowButton
   GRAPH_ELEMENT_TYPE_WF_ARROW_BUTTON_RIGHT,          // Windows Forms RightArrowButton
   GRAPH_ELEMENT_TYPE_WF_ARROW_BUTTONS_UD_BOX,        // Windows Forms UpDownArrowButtonsBox
   GRAPH_ELEMENT_TYPE_WF_ARROW_BUTTONS_LR_BOX,        // Windows Forms LeftRightArrowButtonsBox
   GRAPH_ELEMENT_TYPE_WF_SPLITTER,                    // Windows Forms Splitter
   GRAPH_ELEMENT_TYPE_WF_HINT_BASE,                   // Windows Forms HintBase
   GRAPH_ELEMENT_TYPE_WF_HINT_MOVE_LEFT,              // Windows Forms HintMoveLeft
   GRAPH_ELEMENT_TYPE_WF_HINT_MOVE_RIGHT,             // Windows Forms HintMoveRight
   GRAPH_ELEMENT_TYPE_WF_HINT_MOVE_UP,                // Windows Forms HintMoveUp
   GRAPH_ELEMENT_TYPE_WF_HINT_MOVE_DOWN,              // Windows Forms HintMoveDown
   GRAPH_ELEMENT_TYPE_WF_BAR_PROGRESS_BAR,            // Windows Forms BarProgressBar
   GRAPH_ELEMENT_TYPE_WF_GLARE_OBJ,                   // Glare object
   GRAPH_ELEMENT_TYPE_WF_SCROLL_BAR_THUMB,            // Windows Forms ScrollBarThumb
   GRAPH_ELEMENT_TYPE_WF_SCROLL_BAR,                  // Windows Forms ScrollBar
   GRAPH_ELEMENT_TYPE_WF_SCROLL_BAR_HORISONTAL,       // Windows Forms ScrollBarHorisontal
   GRAPH_ELEMENT_TYPE_WF_SCROLL_BAR_VERTICAL,         // Windows Forms ScrollBarVertical
  };

Hierbei handelt es sich um eine neue Art von grafischen Objekten für die Bibliothek, die an Preis/Zeit-Koordinaten gebunden sind und auf denen Sie auf dieselbe Weise zeichnen können wie auf den GUI-Elementen der Bibliothek. Aus diesem Grund wurde sie in diese Liste aufgenommen. Wahrscheinlich werden wir sie neben der Darstellung von Musterbalken im Preischart auch für andere Zwecke der Bibliothek verwenden.


Fügen wir in der Bibliotheksdatei \MQL5\Include\DoEasy\Data.mqh die Indizes für neue Bibliotheksmeldungen hinzu:

//+------------------------------------------------------------------+
//| List of the library's text message indices                       |
//+------------------------------------------------------------------+
enum ENUM_MESSAGES_LIB
  {
   MSG_LIB_PARAMS_LIST_BEG=ERR_USER_ERROR_FIRST,      // Beginning of the parameter list
   MSG_LIB_PARAMS_LIST_END,                           // End of the parameter list
   MSG_LIB_PROP_NOT_SUPPORTED,                        // Property not supported
   MSG_LIB_PROP_NOT_SUPPORTED_MQL4,                   // Property not supported in MQL4
   MSG_LIB_PROP_NOT_SUPPORTED_MT5_LESS_2155,          // Property not supported in MetaTrader 5 versions lower than 2155
   MSG_LIB_PROP_NOT_SUPPORTED_MT5_LESS_3245,          // Property not supported in MetaTrader 5 versions lower than 3245
   MSG_LIB_PROP_NOT_SUPPORTED_MT5_LESS_3260,          // Property not supported in MetaTrader 5 versions lower than 3260
   MSG_LIB_PROP_NOT_SUPPORTED_POSITION,               // Property not supported for position
   MSG_LIB_PROP_NOT_SUPPORTED_PENDING,                // Property not supported for pending order
   MSG_LIB_PROP_NOT_SUPPORTED_MARKET,                 // Property not supported for market order
   MSG_LIB_PROP_NOT_SUPPORTED_MARKET_HIST,            // Property not supported for historical market order
   MSG_LIB_PROP_NOT_SET,                              // Value not set
   MSG_LIB_PROP_EMPTY,                                // Not set
   MSG_LIB_PROP_NOT_FOUND,                            // Not found
   MSG_LIB_PROP_AUTO,                                 // Generated by the terminal
   MSG_LIB_PROP_AS_IN_ORDER,                          // According to the order expiration mode

...

   MSG_LIB_TEXT_BAR_RATIO_BODY_TO_CANDLE_SIZE,        // Ratio of the candle body to the full size of the candle
   MSG_LIB_TEXT_BAR_RATIO_UPPER_SHADOW_TO_CANDLE_SIZE,// Ratio of the upper shadow size to the candle size
   MSG_LIB_TEXT_BAR_RATIO_LOWER_SHADOW_TO_CANDLE_SIZE,// Ratio of the lower shadow size to the candle size
   MSG_LIB_TEXT_BAR_PATTERNS_TYPE,                    // Types of patterns on the bar
  
//--- CTimeSeries

...

//--- CPattern
   MSG_LIB_TEXT_PATTERN_CODE,                         // Code
   MSG_LIB_TEXT_PATTERN_TIME,                         // Defining bar time
   MSG_LIB_TEXT_PATTERN_MOTHERBAR_TIME,               // "Mother" bar time
   MSG_LIB_TEXT_PATTERN_ID,                           // Pattern ID
   MSG_LIB_TEXT_PATTERN_CTRL_OBJ_ID,                  // Pattern control object ID

...

   MSG_GRAPH_ELEMENT_TYPE_STANDARD_EXTENDED,          // Extended standard graphical object
   MSG_GRAPH_ELEMENT_TYPE_ELEMENT,                    // Element
   MSG_GRAPH_ELEMENT_TYPE_BITMAP,                     // Bitmap
   MSG_GRAPH_ELEMENT_TYPE_SHADOW_OBJ,                 // Shadow object
   MSG_GRAPH_ELEMENT_TYPE_FORM,                       // Form

...

//--- String properties of graphical elements
   MSG_CANV_ELEMENT_PROP_NAME_OBJ,                    // Graphical element object name
   MSG_CANV_ELEMENT_PROP_NAME_RES,                    // Graphical resource name
   MSG_CANV_ELEMENT_PROP_TEXT,                        // Graphical element text
   MSG_CANV_ELEMENT_PROP_DESCRIPTION,                 // Graphical element description
   MSG_CANV_ELEMENT_PROP_TOOLTIP_TITLE,               // Element tooltip title
   MSG_CANV_ELEMENT_PROP_TOOLTIP_TEXT,                // Element tooltip text
   
//--- CGCnvBitmap
   MSG_ERR_FAILED_SET_BITMAP_OBJ_TIME,                // Failed to set the time value to the Bitmap object
   MSG_ERR_FAILED_SET_BITMAP_OBJ_PRICE,               // Failed to set the price value for the Bitmap object 
  };

und die Textnachrichten, die den neu hinzugefügten Indizes entsprechen:

string messages_library[][TOTAL_LANG]=
  {
   {"Начало списка параметров","The beginning of the parameter list"},
   {"Конец списка параметров","End of parameter list"},
   {"Свойство не поддерживается","Property not supported"},
   {"Свойство не поддерживается в MQL4","Property not supported in MQL4"},
   {"Свойство не поддерживается в MetaTrader5 версии ниже 2155","The property is not supported in MetaTrader5, build lower than 2155"},
   {"Свойство не поддерживается в MetaTrader5 версии ниже 3245","The property is not supported in MetaTrader5, build lower than 3245"},
   {"Свойство не поддерживается в MetaTrader5 версии ниже 3260","The property is not supported in MetaTrader5, build lower than 3260"},
   {"Свойство не поддерживается у позиции","Property not supported for position"},
   {"Свойство не поддерживается у отложенного ордера","The property is not supported for a pending order"},
   {"Свойство не поддерживается у маркет-ордера","The property is not supported for a market-order"},
   {"Свойство не поддерживается у исторического маркет-ордера","The property is not supported for a history market-order"},
   {"Значение не задано","Value not set"},
   {"Отсутствует","Not set"},
   {"Не найдено","Not found"},
   {"Формируется терминалом","Formed by the terminal"},
   {"В соответствии с режимом истечения ордера","In accordance with the order expiration mode"},

...

   {"Отношение тела свечи к полному размеру свечи","Ratio of candle body to full candle size"},
   {"Отношение размера верхней тени к размеру свечи","Ratio of the upper shadow size to the candle size"},
   {"Отношение размера нижней тени к размеру свечи","Ratio of the lower shadow size to the candle size"},
   {"Типы паттернов на баре","Types of patterns on the bar"},
   
//--- CTimeSeries

...

//--- CPattern
   {"Код","Code"},
   {"Время определяющего бара","Time of the defining bar"},
   {"Время \"материнского\" бара","Time open of the mother bar"},
   {"Идентификатор паттерна","Pattern ID"},
   {"Идентификатор объекта управления паттерном","Pattern Control object ID"},

...

   {"Расширенный стандартный графический объект","Extended standard graphic object"},
   {"Элемент","Element"},
   {"Рисунок","Bitmap"},
   {"Объект тени","Shadow object"},
   {"Форма","Form"},

...

//--- String properties of graphical elements
   {"Имя объекта-графического элемента","The name of the graphic element object"},
   {"Имя графического ресурса","Image resource name"},
   {"Текст графического элемента","Text of the graphic element"},
   {"Описание графического элемента","Description of the graphic element"},
   {"Заголовок подсказки элемента","Element tooltip header"},
   {"Текст подсказки элемента","Element tooltip title"},
   
//--- CGCnvBitmap
   {"Не удалось установить значение времени Bitmap-объекту","Failed to set time value to Bitmap object"},
   {"Не удалось установить значение цены Bitmap-объекту","Failed to set price value to Bitmap object"},
  };


Oft ist es notwendig, die Gültigkeit der an Funktionen und Methoden übergebenen Symbol- und Periodenwerte zu überprüfen. Um Codewiederholungen zu vermeiden, implementieren wir die Funktionen, die den korrekten Symbolnamen und die Chartperiode zurückgeben, in \MQL5\Include\DoEasy\Services\DELib.mqh:

//+------------------------------------------------------------------+
//| Service functions                                                |
//+------------------------------------------------------------------+
//+------------------------------------------------------------------+
//| Correct and return a symbol name                                 |
//+------------------------------------------------------------------+
string CorrectSymbol(const string symbol) 
  {
   return(symbol==NULL || symbol=="" ? ::Symbol() : symbol);
  }
//+------------------------------------------------------------------+
//| Correct and return a timeframe name                              |
//+------------------------------------------------------------------+
ENUM_TIMEFRAMES CorrectTimeframe(const ENUM_TIMEFRAMES timeframe)
  {
   return(timeframe==PERIOD_CURRENT ? ::Period() : timeframe);
  }

Wenn NULL, ein leerer String, 0 oder PERIOD_CURRENT als Chart-Periode übergeben werden, geben die Funktionen das aktuelle Symbol oder den aktuellen Zeitrahmen zurück. In allen anderen Fällen geben sie die an die Funktion übergebenen Werte zurück. So werden wir nach und nach alle Codes in der Bibliothek, in denen ähnliche Prüfungen auf die Gültigkeit der an die Methoden übergebenen Werte durchgeführt werden, durch diese Funktionen ersetzen.

Wir werden hier auch die Funktionen hinzufügen, die Musterbeschreibungen zurückgeben:

//+------------------------------------------------------------------+
//| Return pattern type description                                  |
//+------------------------------------------------------------------+
string PatternTypeDescription(const ENUM_PATTERN_TYPE type)
  {
   switch(type)
     {
      case PATTERN_TYPE_HARAMI               :  return CMessage::Text(MSG_LIB_TEXT_PATTERN_TYPE_HARAMI);
      case PATTERN_TYPE_HARAMI_CROSS         :  return CMessage::Text(MSG_LIB_TEXT_PATTERN_TYPE_HARAMI_CROSS);
      case PATTERN_TYPE_TWEEZER              :  return CMessage::Text(MSG_LIB_TEXT_PATTERN_TYPE_TWEEZER);
      case PATTERN_TYPE_PIERCING_LINE        :  return CMessage::Text(MSG_LIB_TEXT_PATTERN_TYPE_PIERCING_LINE);
      case PATTERN_TYPE_DARK_CLOUD_COVER     :  return CMessage::Text(MSG_LIB_TEXT_PATTERN_TYPE_DARK_CLOUD_COVER);
      case PATTERN_TYPE_THREE_WHITE_SOLDIERS :  return CMessage::Text(MSG_LIB_TEXT_PATTERN_TYPE_THREE_WHITE_SOLDIERS);
      case PATTERN_TYPE_THREE_BLACK_CROWS    :  return CMessage::Text(MSG_LIB_TEXT_PATTERN_TYPE_THREE_BLACK_CROWS);
      case PATTERN_TYPE_SHOOTING_STAR        :  return CMessage::Text(MSG_LIB_TEXT_PATTERN_TYPE_SHOOTING_STAR);
      case PATTERN_TYPE_HAMMER               :  return CMessage::Text(MSG_LIB_TEXT_PATTERN_TYPE_HAMMER);
      case PATTERN_TYPE_INVERTED_HAMMER      :  return CMessage::Text(MSG_LIB_TEXT_PATTERN_TYPE_INVERTED_HAMMER);
      case PATTERN_TYPE_HANGING_MAN          :  return CMessage::Text(MSG_LIB_TEXT_PATTERN_TYPE_HANGING_MAN);
      case PATTERN_TYPE_DOJI                 :  return CMessage::Text(MSG_LIB_TEXT_PATTERN_TYPE_DOJI);
      case PATTERN_TYPE_DRAGONFLY_DOJI       :  return CMessage::Text(MSG_LIB_TEXT_PATTERN_TYPE_DRAGONFLY_DOJI);
      case PATTERN_TYPE_GRAVESTONE_DOJI      :  return CMessage::Text(MSG_LIB_TEXT_PATTERN_TYPE_GRAVESTONE_DOJI);
      case PATTERN_TYPE_MORNING_STAR         :  return CMessage::Text(MSG_LIB_TEXT_PATTERN_TYPE_MORNING_STAR);
      case PATTERN_TYPE_MORNING_DOJI_STAR    :  return CMessage::Text(MSG_LIB_TEXT_PATTERN_TYPE_MORNING_DOJI_STAR);
      case PATTERN_TYPE_EVENING_STAR         :  return CMessage::Text(MSG_LIB_TEXT_PATTERN_TYPE_EVENING_STAR);
      case PATTERN_TYPE_EVENING_DOJI_STAR    :  return CMessage::Text(MSG_LIB_TEXT_PATTERN_TYPE_EVENING_DOJI_STAR);
      case PATTERN_TYPE_THREE_STARS          :  return CMessage::Text(MSG_LIB_TEXT_PATTERN_TYPE_THREE_STARS);
      case PATTERN_TYPE_ABANDONED_BABY       :  return CMessage::Text(MSG_LIB_TEXT_PATTERN_TYPE_ABANDONED_BABY);
      case PATTERN_TYPE_PIVOT_POINT_REVERSAL :  return CMessage::Text(MSG_LIB_TEXT_PATTERN_TYPE_PIVOT_POINT_REVERSAL);
      case PATTERN_TYPE_OUTSIDE_BAR          :  return CMessage::Text(MSG_LIB_TEXT_PATTERN_TYPE_OUTSIDE_BAR);
      case PATTERN_TYPE_INSIDE_BAR           :  return CMessage::Text(MSG_LIB_TEXT_PATTERN_TYPE_INSIDE_BAR);
      case PATTERN_TYPE_PIN_BAR              :  return CMessage::Text(MSG_LIB_TEXT_PATTERN_TYPE_PIN_BAR);
      case PATTERN_TYPE_RAILS                :  return CMessage::Text(MSG_LIB_TEXT_PATTERN_TYPE_RAILS);
      default                                :  return CMessage::Text(MSG_LIB_TEXT_FRAME_STYLE_NONE);
     }
  }

Je nach dem an die Funktion übergebenen Mustertyp wird die entsprechende Textbeschreibung zurückgegeben.


Die Funktion, die die Anzahl und die Liste der Muster in einer ulong-Variablen zurückgibt:

//+------------------------------------------------------------------+
//| Return the number and list of patterns in the ulong variable     |
//+------------------------------------------------------------------+
int ListPatternsInVar(const ulong var,ulong &array[])
  {
   int size=0;
   ulong x=1;
//--- In the loop from 1 to the number of patterns PATTERNS_TOTAL-1
   for(int i=1;i<PATTERNS_TOTAL;i++)
     {
      //--- set the value of the pattern flag to be checked from the ENUM_PATTERN_TYPE enumeration by the loop index
      x=(i>1 ? x*2 : 1);
      ENUM_PATTERN_TYPE type=(ENUM_PATTERN_TYPE)x;
      //--- If the value passed to the function contains the pattern flag with x value,
      bool res=(var & type)==type;
      if(res)
        {
         //--- increase the size of the pattern array
         size++;
         ArrayResize(array,size,PATTERNS_TOTAL-1);
         //--- write the pattern type to the array
         array[size-1]=type;
        }
     }
//--- Return the number of pattern types stored in the variable
   return size;
  }

Die Funktion erhält die Variable, die die Musterflags enthält, und ein Array, in das die aus dieser Variable extrahierten Mustertypen geschrieben werden. Da jedes Flag doppelt so groß ist wie das vorherige, ist es einfach, den Wert des Flags in einer Schleife aus dem Wert des Schleifenindexes zu bilden und dann nach dem Vorhandensein eines solchen Flags im Variablenwert zu suchen. Wenn ein solches Flag in eine Variable geschrieben wird, wird der Mustertyp in ein Array geschrieben, das zuvor um 1 erhöht wurde, um einen neuen Mustertyp hineinzuschreiben. Am Ende der Schleife nach Mustertypen werden alle Muster, die in Form von Flags in die Variable geschrieben werden, in das Array eingetragen, das dann im Programm verwendet werden kann.


Die Funktion, die eine Beschreibung der Mustertypen in einer ulong-Variablen an das Journal sendet:

//+------------------------------------------------------------------------+
//| Send a description of pattern types in a ulong variable to the journal |
//+------------------------------------------------------------------------+
void PatternsInVarDescriptionPrint(const ulong var,const bool dash=false)
  {
   ulong array[];
//--- Get the number of patterns in the value passed to the function
   int total=ListPatternsInVar(var,array);
//--- In the loop by the array of patterns, obtain a description of the next pattern and print it
   for(int i=0;i<total;i++)
      Print((dash ? " - " : ""),PatternTypeDescription((ENUM_PATTERN_TYPE)array[i]));
  }

Die Methodenlogik wird in den Codekommentaren beschrieben.


Die Funktion, die eine Beschreibung der Mustertypen in einer ulong-Variablen zurückgibt:

//+------------------------------------------------------------------+
//| Return a description of pattern types in a ulong variable        |
//+------------------------------------------------------------------+
string PatternsInVarDescription(const ulong var,const bool dash=false)
  {
   ulong array[];
//--- Get the number of patterns in the value passed to the function
   int total=ListPatternsInVar(var,array);
   string txt="";
//--- In the loop by the array of patterns, obtain a description of the next pattern and add it to the text variable
   for(int i=0;i<total;i++)
      txt+=((dash ? " - " : "")+PatternTypeDescription((ENUM_PATTERN_TYPE)array[i]))+(i<total-1 ? "\n" : "");
//--- Return the obtained text
   return txt;
  }

Alle diese Funktionen sind von jeder Stelle des Programms aus zugänglich und ermöglichen dem Nutzer einen einfachen Zugriff auf die Listen der auf einem Balken erkannten Muster. Die Eigenschaft der Balken hat jetzt eine Variable, die die Flags der gefundenen Muster speichert. Anhand des Wertes dieser Eigenschaft und unter Verwendung der Funktionen können wir immer alle Arten von Mustern auf dem Balken extrahieren und im Programm verarbeiten. Genau das werden wir im Test-EA tun.


Die Objektklasse für grafische Elemente in der Datei \MQL5\Include\DoEasy\Objects\Graph\GCnvElement.mqh dient als Grundlage für die Erstellung komplexerer GUI-Elemente, aber es gibt einige Variablen in dieser Klasse, auf die von abgeleiteten Klassen nicht zugegriffen werden kann. Verschieben wir diese Variablen und Methoden aus dem privaten Bereich in den geschützten Bereich:

//+------------------------------------------------------------------+
//| Class of the graphical element object                            |
//+------------------------------------------------------------------+
class CGCnvElement : public CGBaseObj
  {
protected:
   CGCnvElement     *m_element_main;                           // Pointer to the initial parent element within all the groups of bound objects
   CGCnvElement     *m_element_base;                           // Pointer to the parent element within related objects of the current group
   CCanvas           m_canvas;                                 // CCanvas class object
   CPause            m_pause;                                  // Pause class object
   bool              m_shadow;                                 // Shadow presence
   color             m_chart_color_bg;                         // Chart background color
   uint              m_duplicate_res[];                        // Array for storing resource data copy
   color             m_array_colors_bg[];                      // Array of element background colors
   color             m_array_colors_bg_dwn[];                  // Array of control background colors when clicking on the control
   color             m_array_colors_bg_ovr[];                  // Array of control background colors when hovering the mouse over the control
   bool              m_gradient_v;                             // Vertical gradient filling flag
   bool              m_gradient_c;                             // Cyclic gradient filling flag
   int               m_init_relative_x;                        // Initial relative X coordinate
   int               m_init_relative_y;                        // Initial relative Y coordinate
   color             m_array_colors_bg_init[];                 // Array of element background colors (initial color)
   int               m_shift_coord_x;                          // Offset of the X coordinate relative to the base object
   int               m_shift_coord_y;                          // Offset of the Y coordinate relative to the base object

//--- Create (1) the object structure and (2) the object from the structure

...

   long              m_long_prop[CANV_ELEMENT_PROP_INTEGER_TOTAL];   // Integer properties
   double            m_double_prop[CANV_ELEMENT_PROP_DOUBLE_TOTAL];  // Real properties
   string            m_string_prop[CANV_ELEMENT_PROP_STRING_TOTAL];  // String properties

   ENUM_FRAME_ANCHOR m_text_anchor;                            // Current text alignment
   int               m_text_x;                                 // Text last X coordinate
   int               m_text_y;                                 // Text last Y coordinate

protected:   
//--- Initialize property values
   void              Initialize(const ENUM_GRAPH_ELEMENT_TYPE element_type,
                                const int element_id,const int element_num,
                                const int x,const int y,const int w,const int h,
                                const string descript,const bool movable,const bool activity);
                                
private:   
//--- Return the index of the array the order's (1) double and (2) string properties are located at


Wir schreiben im Abschnitt der Methoden für die Arbeit mit dem Text zwei Methoden für den Zugriff auf die Einstellung der privaten Klasseneigenschaften:

//+------------------------------------------------------------------+
//| Methods of working with text                                     |
//+------------------------------------------------------------------+
//--- Set the last text coordinate (1) X, (2) Y
   void              SetTextLastX(const int x)                    { this.m_text_x=x;                                                   }
   void              SetTextLastY(const int y)                    { this.m_text_y=y;                                                   }
//--- Return (1) alignment type (anchor method), the last (2) X and (3) Y text coordinate

Die Methoden sind im Konstruktor von abgeleiteten Klassen nützlich, da die Platzierung dieser Variablen in einem geschützten Bereich der Klasse noch größere Änderungen an anderen Klassen nach sich zieht. Für den Moment werden wir uns mit diesen Methoden begnügen, ohne die Variablen umzubenennen.

Bisher haben wir Objekte verwendet, die auf dem Objekt OBJ_BITMAP_LABEL - „Graphical label“ basieren:


Die Position des Ankerpunkts relativ zum Etikett kann aus der Aufzählung ENUM_ANCHOR_POINT ausgewählt werden. Die Koordinaten der Ankerpunkte werden in Pixel angegeben.

Sie können auch die Verankerungsecke der Bitmap aus der Aufzählung ENUM_BASE_CORNER auswählen.

Diese Objekte haben Bildschirmkoordinaten in Pixeln und eignen sich für die Erstellung grafischer Steuerelemente.

Wenn wir aber ein solches Objekt an Preis/Zeit-Koordinaten binden und gleichzeitig genau die gleichen Möglichkeiten zum Zeichnen innerhalb des Objekts wie auf der Leinwand nutzen wollen, dann kommt das grafische Objekt OBJ_BITMAP zur Hilfe:


Dies ist genau das gleiche grafische Objekt, das entweder eine Rasterbilddatei oder eine dynamisch erstellte Ressource als Bild verwenden kann, in dem das Rendering stattfindet.

Die Methoden der Klasse CCanvas ermöglichen die Erstellung eines Bitmap-Objekts. Daher müssen wir lediglich eine Zeichnungsobjektklasse erstellen, die auf der Klasse der grafischen Elemente basiert und nur geringfügige Änderungen aufweist.


Klasse der Bitmap-Grafikelemente

Wir erstellen im Bibliotheksverzeichnis \MQL5\Include\DoEasy\Objects\Graph\ eine neue Datei GCnvBitmap.mqh der Klasse CGCnvBitmap.
Die Klasse sollte von der grafischen Elementklasse abgeleitet sein, deren Datei in die Datei der erstellten Klasse aufgenommen werden sollte:

//+------------------------------------------------------------------+
//|                                                   GCnvBitmap.mqh |
//|                                  Copyright 2024, MetaQuotes Ltd. |
//|                                             https://www.mql5.com |
//+------------------------------------------------------------------+
#property copyright "Copyright 2024, MetaQuotes Ltd."
#property link      "https://www.mql5.com"
#property version   "1.00"
#property strict    // Necessary for mql4
//+------------------------------------------------------------------+
//| Include files                                                    |
//+------------------------------------------------------------------+
#include "GCnvElement.mqh"
//+------------------------------------------------------------------+
//| Class of the graphical element object                            |
//+------------------------------------------------------------------+
class CGCnvBitmap : public CGCnvElement
  {
  }


Im Körper der Klasse brauchen wir nur einige private Variablen und Methoden, um mit ihnen zu arbeiten, eine virtuelle Methode, um ein Objekt zu erzeugen, sowie Konstruktoren mit einem Destruktor. Alles andere ist bereits in der übergeordneten Klasse implementiert:

//+------------------------------------------------------------------+
//| Class of the graphical element object                            |
//+------------------------------------------------------------------+
class CGCnvBitmap : public CGCnvElement
  {
private:
   datetime          m_time;              // Time coordinate
   double            m_price;             // Price ccoordinate
protected:
//--- Protected constructor
                     CGCnvBitmap(const ENUM_GRAPH_ELEMENT_TYPE element_type,
                                 CGCnvElement *main_obj,CGCnvElement *base_obj,
                                 const long     chart_id,
                                 const int      wnd_num,
                                 const string   descript,
                                 const datetime time,
                                 const double   price,
                                 const int      w,
                                 const int      h);
public:
//--- Create Bitmap
   virtual bool      Create(const long chart_id, 
                            const int wnd_num,
                            const int x,
                            const int y,
                            const int w,
                            const int h,
                            const bool redraw=false);

//--- Parametric constructor
                     CGCnvBitmap(const ENUM_GRAPH_ELEMENT_TYPE element_type,
                                 CGCnvElement  *main_obj,CGCnvElement *base_obj,
                                 const int      element_id,
                                 const int      element_num,
                                 const long     chart_id,
                                 const int      wnd_num,
                                 const string   descript,
                                 const datetime time,
                                 const double   price,
                                 const int      w,
                                 const int      h,
                                 const color    colour,
                                 const uchar    opacity,
                                 const bool     movable=false,
                                 const bool     activity=true,
                                 const bool     redraw=false);
//--- Default constructor
                     CGCnvBitmap()
                        {
                         this.m_shadow=false;
                         this.m_chart_color_bg=(color)::ChartGetInteger(::ChartID(),CHART_COLOR_BACKGROUND);
                         this.m_type=OBJECT_DE_TYPE_GBITMAP;
                         this.m_element_main=NULL;
                         this.m_element_base=NULL;
                         this.m_shift_coord_x=0;
                         this.m_shift_coord_y=0;
                        }
//--- Destructor
                    ~CGCnvBitmap()
                        { this.m_canvas.Destroy();             }
     
//+------------------------------------------------------------------+
//| Methods of simplified access to object properties                |
//+------------------------------------------------------------------+
//--- Set the (1) time and (2) price coordinate or (3) both
   bool              SetTime(const datetime time);
   bool              SetPrice(const double price);
   bool              SetTimePrice(const datetime time,const double price);
   
//--- Return (1) time and (2) price coordinate
   datetime          Time(void)  const { return this.m_time;   }
   double            Price(void) const { return this.m_price;  }

  };


Alle Konstruktoren sind eine Kopie der Konstruktoren der übergeordneten Klasse und verwenden bei der Initialisierung den Standardkonstruktor der übergeordneten Klasse:

//+------------------------------------------------------------------+
//| Parametric constructor                                           |
//+------------------------------------------------------------------+
CGCnvBitmap::CGCnvBitmap(const ENUM_GRAPH_ELEMENT_TYPE element_type,
                         CGCnvElement *main_obj,CGCnvElement *base_obj,
                         const int      element_id,
                         const int      element_num,
                         const long     chart_id,
                         const int      wnd_num,
                         const string   descript,
                         const datetime time,
                         const double   price,
                         const int      w,
                         const int      h,
                         const color    colour,
                         const uchar    opacity,
                         const bool     movable=false,
                         const bool     activity=true,
                         const bool     redraw=false)
  {
   this.SetTypeElement(element_type);
   this.m_type=OBJECT_DE_TYPE_GBITMAP; 
   this.m_element_main=main_obj;
   this.m_element_base=base_obj;
   this.m_chart_color_bg=(color)::ChartGetInteger((chart_id==NULL ? ::ChartID() : chart_id),CHART_COLOR_BACKGROUND);
   this.m_name=this.CreateNameGraphElement(element_type);
   this.m_chart_id=(chart_id==NULL || chart_id==0 ? ::ChartID() : chart_id);
   this.m_subwindow=wnd_num;
   this.SetFont(DEF_FONT,DEF_FONT_SIZE);
   this.SetTextAnchor(0);
   this.SetTextLastX(0);
   this.SetTextLastY(0);
   this.SetBackgroundColor(colour,true);
   this.SetOpacity(opacity);
   this.m_shift_coord_x=0;
   this.m_shift_coord_y=0;
   if(::ArrayResize(this.m_array_colors_bg,1)==1)
      this.m_array_colors_bg[0]=this.BackgroundColor();
   if(::ArrayResize(this.m_array_colors_bg_dwn,1)==1)
      this.m_array_colors_bg_dwn[0]=this.BackgroundColor();
   if(::ArrayResize(this.m_array_colors_bg_ovr,1)==1)
      this.m_array_colors_bg_ovr[0]=this.BackgroundColor();
   if(this.Create(chart_id,wnd_num,0,0,w,h,redraw))
     {
      this.Initialize(element_type,element_id,element_num,0,0,w,h,descript,movable,activity);
      this.SetVisibleFlag(false,false);
      this.SetTimePrice(time,price);
     }
   else
     {
      ::Print(DFUN,CMessage::Text(MSG_LIB_SYS_FAILED_CREATE_ELM_OBJ),"\"",this.TypeElementDescription(element_type),"\" ",this.NameObj());
     }
  }
//+------------------------------------------------------------------+
//| Protected constructor                                            |
//+------------------------------------------------------------------+
CGCnvBitmap::CGCnvBitmap(const ENUM_GRAPH_ELEMENT_TYPE element_type,
                         CGCnvElement *main_obj,CGCnvElement *base_obj,
                         const long     chart_id,
                         const int      wnd_num,
                         const string   descript,
                         const datetime time,
                         const double   price,
                         const int      w,
                         const int      h)
  {
   this.m_type=OBJECT_DE_TYPE_GBITMAP; 
   this.m_element_main=main_obj;
   this.m_element_base=base_obj;
   this.m_chart_color_bg=(color)::ChartGetInteger((chart_id==NULL ? ::ChartID() : chart_id),CHART_COLOR_BACKGROUND);
   this.m_name=this.CreateNameGraphElement(element_type);
   this.m_chart_id=(chart_id==NULL || chart_id==0 ? ::ChartID() : chart_id);
   this.m_subwindow=wnd_num;
   this.m_type_element=element_type;
   this.SetFont(DEF_FONT,DEF_FONT_SIZE);
   this.SetTextAnchor(0);
   this.SetTextLastX(0);
   this.SetTextLastY(0);
   this.SetBackgroundColor(CLR_CANV_NULL,true);
   this.SetOpacity(0);
   this.m_shift_coord_x=0;
   this.m_shift_coord_y=0;
   this.m_shadow=false;
   if(::ArrayResize(this.m_array_colors_bg,1)==1)
      this.m_array_colors_bg[0]=this.BackgroundColor();
   if(::ArrayResize(this.m_array_colors_bg_dwn,1)==1)
      this.m_array_colors_bg_dwn[0]=this.BackgroundColor();
   if(::ArrayResize(this.m_array_colors_bg_ovr,1)==1)
      this.m_array_colors_bg_ovr[0]=this.BackgroundColor();
   if(this.Create(chart_id,wnd_num,0,0,w,h,false))
     {
      this.Initialize(element_type,0,0,0,0,w,h,descript,false,false);
      this.SetVisibleFlag(false,false);
      this.SetTimePrice(time,price);
     }
   else
     {
      ::Print(DFUN,CMessage::Text(MSG_LIB_SYS_FAILED_CREATE_ELM_OBJ),"\"",this.TypeElementDescription(element_type),"\" ",this.NameObj());
     }
  }

Hier verwenden wir den Standardkonstruktor der übergeordneten Klasse, da in ihm alle Objektparameter gesetzt werden und das Objekt erstellt wird. Um die Parameter in diesem Konstruktor nicht neu zu definieren und um ein Objekt eines neuen Typs nicht zu löschen und neu zu erstellen, machen wir das alles gleich hier, in diesen Konstruktoren, unter Verwendung des Standardkonstruktors des übergeordneten Objekts.


Die virtuelle Methode zur Erstellung eines grafischen Bitmap-Objekts:

//+------------------------------------------------------------------+
//| Create the graphical bitmap object                               |
//+------------------------------------------------------------------+
bool CGCnvBitmap::Create(const long chart_id,     // Chart ID
                         const int wnd_num,       // Chart subwindow
                         const int x,             // X coordinate
                         const int y,             // Y coordinate
                         const int w,             // Width
                         const int h,             // Height
                         const bool redraw=false) // Flag indicating the need to redraw
                         
  {
   ::ResetLastError();
   if(this.m_canvas.CreateBitmap((chart_id==NULL ? ::ChartID() : chart_id),wnd_num,this.m_name,x,y,w,h,COLOR_FORMAT_ARGB_NORMALIZE))
     {
      this.Erase(CLR_CANV_NULL);
      this.m_canvas.Update(redraw);
      this.m_shift_y=(int)::ChartGetInteger((chart_id==NULL ? ::ChartID() : chart_id),CHART_WINDOW_YDISTANCE,wnd_num);
      return true;
     }
   int err=::GetLastError();
   int code=(err==0 ? (w<1 ? MSG_CANV_ELEMENT_ERR_FAILED_SET_WIDTH : h<1 ? MSG_CANV_ELEMENT_ERR_FAILED_SET_HEIGHT : ERR_OBJECT_ERROR) : err);
   string subj=(w<1 ? "Width="+(string)w+". " : h<1 ? "Height="+(string)h+". " : "");
   CMessage::ToLog(DFUN_ERR_LINE+subj,code,true);
   return false;
  }

Im Gegensatz zur gleichen Methode der Elternklasse wird hier die Methode verwendet, um die Methode CreateBitmap() der Klasse CCanvas anstelle der Methode CreateBitmapLabel() zu erstellen. Dies ist der einzige Unterschied zwischen dieser Methode und der Methode der übergeordneten Klasse.


Die Methoden zum Festlegen von Preis- und Zeitkoordinaten für ein Bitmap-Objekt:

//+------------------------------------------------------------------+
//| Set the time coordinate                                          |
//+------------------------------------------------------------------+
bool CGCnvBitmap::SetTime(const datetime time)
  {
   string name=this.NameObj();
   if(name==NULL || name=="")
      return false;
   ::ResetLastError();
   if(!::ObjectSetInteger(this.ChartID(),name,OBJPROP_TIME,time))
     {
      ::PrintFormat("%s%s. %s %s",DFUN,CMessage::Text(MSG_ERR_FAILED_SET_BITMAP_OBJ_TIME),CMessage::Text(MSG_LIB_SYS_ERROR),::GetLastError());
      return false;
     }
   this.m_time=time;
   return true;
  }
//+------------------------------------------------------------------+
//| Set the price coordinate                                         |
//+------------------------------------------------------------------+
bool CGCnvBitmap::SetPrice(const double price)
  {
   string name=this.NameObj();
   if(name==NULL || name=="")
      return false;
   ::ResetLastError();
   if(!::ObjectSetDouble(this.ChartID(),name,OBJPROP_PRICE,price))
     {
      ::PrintFormat("%s%s. %s %s",DFUN,CMessage::Text(MSG_ERR_FAILED_SET_BITMAP_OBJ_PRICE),CMessage::Text(MSG_LIB_SYS_ERROR),::GetLastError());
      return false;
     }
   this.m_price=price;
   return true;
  }
//+------------------------------------------------------------------+
//| Set both coordinates                                             |
//+------------------------------------------------------------------+
bool CGCnvBitmap::SetTimePrice(const datetime time,const double price)
  {
   if(!this.SetTime(time))
      return false;
   return this.SetPrice(price);
  }
//+------------------------------------------------------------------+

Kurz gesagt: Wenn es nicht möglich war, eine Eigenschaft in einem grafischen Objekt zu setzen, zeigen wir eine entsprechende Meldung im Journal an und geben false zurück.
Wenn eine Eigenschaft erfolgreich auf ein Objekt gesetzt wird, wird ein neuer Wert in die Klassenvariable geschrieben und true zurückgegeben.


Wir deklarieren in der Verwaltungsklasse für grafische Elemente in der Datei \MQL5\Include\DoEasy\Objects\Graph\GraphElmControl.mqh die Methode zur Erstellung eines Bitmap-Objekts:

//+------------------------------------------------------------------+
//| Class for managing graphical elements                            |
//+------------------------------------------------------------------+
class CGraphElmControl : public CObject
  {
private:
   int               m_type;                          // Object type
   int               m_type_node;                     // Type of the object the graphics is constructed for
//--- Set general parameters for standard graphical objects
   void              SetCommonParamsStdGraphObj(const long chart_id,const string name);
public:
//--- Return itself
   CGraphElmControl *GetObject(void)                  { return &this;               }
//--- Set a type of the object the graphics is constructed for
   void              SetTypeNode(const int type_node) { this.m_type_node=type_node; }
   
//--- Create a form object
   CForm            *CreateForm(const int form_id,const long chart_id,const int wnd,const string name,const int x,const int y,const int w,const int h);
   CForm            *CreateForm(const int form_id,const int wnd,const string name,const int x,const int y,const int w,const int h);
   CForm            *CreateForm(const int form_id,const string name,const int x,const int y,const int w,const int h);

//--- Create Bitmap object
   CGCnvBitmap      *CreateBitmap(const int obj_id,const long chart_id,const int wnd,const string name,const datetime time,const double price,const int w,const int h,const color clr);
   
//--- Creates the trend line standard graphical object


Nun schreiben wir die Implementierung außerhalb des Hauptteils der Klasse:

//+------------------------------------------------------------------+
//| Create Bitmap object                                             |
//+------------------------------------------------------------------+
CGCnvBitmap *CGraphElmControl::CreateBitmap(const int obj_id,const long chart_id,const int wnd,const string name,const datetime time,const double price,const int w,const int h,const color clr)
  {
   CGCnvBitmap *obj=new CGCnvBitmap(GRAPH_ELEMENT_TYPE_BITMAP,NULL,NULL,obj_id,0,chart_id,wnd,name,time,price,w,h,clr,200);
   return obj;
  }

Die Methode erstellt ein neues Objekt der Klasse CDCnvBitmap mit den übergebenen Parametern und einer Deckkraft von 200 und gibt den Zeiger auf das erstellte Objekt zurück.


Wir schreiben nun in die Basisobjektklasse der CBaseObj-Bibliothek, d. h. in die Datei \MQL5\Include\DoEasy\Objects\BaseObj.mqh, die Methoden zur Erstellung eines Bitmap-Objekts:

//+------------------------------------------------------------------+
//| Methods for handling graphical elements                          |
//+------------------------------------------------------------------+
//--- Create a form object on a specified chart in a specified subwindow
   CForm            *CreateForm(const int form_id,const long chart_id,const int wnd,const string name,const int x,const int y,const int w,const int h)
                       { return this.m_graph_elm.CreateForm(form_id,chart_id,wnd,name,x,y,w,h);                }
//--- Create a form object on the current chart in a specified subwindow
   CForm            *CreateForm(const int form_id,const int wnd,const string name,const int x,const int y,const int w,const int h)
                       { return this.m_graph_elm.CreateForm(form_id,wnd,name,x,y,w,h);                         }
//--- Create the form object on the current chart in the main window
   CForm            *CreateForm(const int form_id,const string name,const int x,const int y,const int w,const int h)
                       { return this.m_graph_elm.CreateForm(form_id,name,x,y,w,h);                             }
   
//--- Create a bitmap object on a specified chart in a specified subwindow
   CGCnvBitmap      *CreateBitmap(const int obj_id,const long chart_id,const int wnd,const string name,const datetime time,const double price,const int w,const int h,const color clr)
                       { return this.m_graph_elm.CreateBitmap(obj_id,chart_id,wnd,name,time,price,w,h,clr);   }
//--- Create a bitmap object on the current chart in a specified subwindow
   CGCnvBitmap      *CreateBitmap(const int obj_id,const int wnd,const string name,const datetime time,const double price,const int w,const int h,const color clr)
                       { return this.m_graph_elm.CreateBitmap(obj_id,::ChartID(),wnd,name,time,price,w,h,clr);}
//--- Create the bitmap object on the current chart in the main window
   CGCnvBitmap      *CreateBitmap(const int obj_id,const string name,const datetime time,const double price,const int w,const int h,const color clr)
                       { return this.m_graph_elm.CreateBitmap(obj_id,::ChartID(),0,name,time,price,w,h,clr);  }
   
//--- Create a standard graphical trend line object in the specified subwindow of the specified chart

Drei Methoden zum Erstellen eines Zeichnungsobjekts (1) auf dem angegebenen Chart im angegebenen Unterfenster, (2) auf dem aktuellen Chart im angegebenen Unterfenster und (3) auf dem aktuellen Chart im Hauptfenster. Die Methoden geben einfach das Ergebnis des Aufrufs der Methode zur Erstellung eines Bitmap-Objekts der Klasse CGraphElmControl mit den oben angegebenen Parametern zurück.

Jetzt können wir ein Zeichenobjekt aus einem beliebigen Bibliotheksobjekt erstellen, um etwas visuell zu gestalten. Übrigens konnten wir früher schon einige grafische Primitive und GUI-Elemente aus beliebigen Bibliotheksobjekten erstellen. Jetzt wurde der Liste ein Bitmap-Objekt hinzugefügt.

Die Klasse des grafischen Formularobjekts wird von der Klasse des grafischen Elements geerbt. Dementsprechend ist die grafische Elementdatei mit der Formularobjektklassendatei verbunden. Da wir nun eine weitere Klasse haben, die von dem grafischen Element geerbt wurde - die Bitmap-Objektklasse -, werden wir, um alle diese Klassen optimal miteinander zu verbinden, die Bitmap-Objektklassendatei mit der Formularobjektklassendatei verbinden. Da diese Klasse von dem grafischen Element abgeleitet ist, sind beide Klassen in der Formularobjektklasse verfügbar.

Die Formularobjektklassendatei \MQL5\Include\DoEasy\Objects\Graph\Form.mqh erhält die Bitmap-Objektklassendatei anstelle der grafischen Elementdatei:

//+------------------------------------------------------------------+
//|                                                         Form.mqh |
//|                                  Copyright 2022, MetaQuotes Ltd. |
//|                             https://mql5.com/en/users/artmedia70 |
//+------------------------------------------------------------------+
#property copyright "Copyright 2022, MetaQuotes Ltd."
#property link      "https://mql5.com/en/users/artmedia70"
#property version   "1.00"
#property strict    // Necessary for mql4
//+------------------------------------------------------------------+
//| Include files                                                    |
//+------------------------------------------------------------------+
#include "GCnvBitmap.mqh"
#include "ShadowObj.mqh"
#include "Animations\Animations.mqh"
#include "..\..\Services\MouseState.mqh"
//+------------------------------------------------------------------+
//| Form object class                                                |
//+------------------------------------------------------------------+
class CForm : public CGCnvElement
  {

Jetzt sind sowohl das Elementobjekt als auch das Bitmap-Objekt im Formularobjekt verfügbar. Dementsprechend werden in anderen Dateien, in denen das Element-Objekt benötigt wird, beide Objekte verfügbar sein.


Tragen wir die gefundenen Objekte in das Balkenobjekt ein.
Dazu schreiben wir in den öffentlichen Abschnitt der Datei der Balken-Objektklasse \MQL5\Include\DoEasy\Objects\Series\Bar.mqh die Methode, die einen neuen Mustertyp zur Balken-Eigenschaft hinzufügt:

//--- Return itself
   CBar             *GetObject(void)                                    { return &this;}
//--- Set (1) bar symbol, timeframe and time, (2) bar object parameters
   void              SetSymbolPeriod(const string symbol,const ENUM_TIMEFRAMES timeframe,const datetime time);
   void              SetProperties(const MqlRates &rates);
//--- Add the pattern type on bar
   void              AddPattern(const ENUM_PATTERN_TYPE pattern_type)   { this.m_long_prop[BAR_PROP_PATTERNS_TYPE] |=pattern_type;           }

//--- Compare CBar objects by all possible properties (for sorting the lists by a specified bar object property)
   virtual int       Compare(const CObject *node,const int mode=0) const;
//--- Compare CBar objects by all properties (to search for equal bar objects)
   bool              IsEqual(CBar* compared_bar) const;
//--- Constructors
                     CBar(){ this.m_type=OBJECT_DE_TYPE_SERIES_BAR; }
                     CBar(const string symbol,const ENUM_TIMEFRAMES timeframe,const datetime time,const string source);
                     CBar(const string symbol,const ENUM_TIMEFRAMES timeframe,const MqlRates &rates);

Die Methode empfängt den Mustertyp, und sein Wert (Bitmaske) wird zum Wert der Eigenschaft BAR_PROP_PATTERNS_TYPE hinzugefügt. Mit dem logischen Operator „oder“ können wir einer Variablen verschiedene Typen hinzufügen, ohne den Variablenwert zu überschreiben. So können mehrere verschiedene Arten von Mustern in einer Variablen gespeichert werden.


Im Abschnitt Beschreibungen der Balken-Eigenschaften, deklarieren wir die Methode, die eine Liste von Mustern im übergebenen Array zurückgibt und die Methode, die eine Liste von Mustern auf einem Balken an das Journal ausgibt:

//+------------------------------------------------------------------+
//| Descriptions of bar object properties                            |
//+------------------------------------------------------------------+
//--- Get description of a bar's (1) integer, (2) real and (3) string properties
   string            GetPropertyDescription(ENUM_BAR_PROP_INTEGER property);
   string            GetPropertyDescription(ENUM_BAR_PROP_DOUBLE property);
   string            GetPropertyDescription(ENUM_BAR_PROP_STRING property);

//--- Return the bar type description
   string            BodyTypeDescription(void)  const;
//--- Display the description of the object properties in the journal (full_prop=true - all properties, false - supported ones only - implemented in descendant classes)
   virtual void      Print(const bool full_prop=false,const bool dash=false);
//--- Display a short description of the object in the journal
   virtual void      PrintShort(const bool dash=false,const bool symbol=false);
//--- Return the (1) short name, (2) description of bar object parameters and (3) a list of patterns in the passed array
   virtual string    Header(void);
   string            ParameterDescription(void);
   int               GetPatternsList(ulong &array[]);
//--- Display a list of patterns on the bar in the journal
   void              PatternTypeDescriptionPrint(const bool dash=false);
//---
  };


Wir setzen in der Methode, die die Parameter des Balkenobjekts festlegt, den Mustertyp des Balkens als nicht vorhanden fest (der Variablenwert ist Null):

//+------------------------------------------------------------------+
//| Set bar object parameters                                        |
//+------------------------------------------------------------------+
void CBar::SetProperties(const MqlRates &rates)
  {
   this.SetProperty(BAR_PROP_SPREAD,rates.spread);
   this.SetProperty(BAR_PROP_VOLUME_TICK,rates.tick_volume);
   this.SetProperty(BAR_PROP_VOLUME_REAL,rates.real_volume);
   this.SetProperty(BAR_PROP_TIME,rates.time);
   this.SetProperty(BAR_PROP_TIME_YEAR,this.TimeYear());
   this.SetProperty(BAR_PROP_TIME_MONTH,this.TimeMonth());
   this.SetProperty(BAR_PROP_TIME_DAY_OF_YEAR,this.TimeDayOfYear());
   this.SetProperty(BAR_PROP_TIME_DAY_OF_WEEK,this.TimeDayOfWeek());
   this.SetProperty(BAR_PROP_TIME_DAY,this.TimeDay());
   this.SetProperty(BAR_PROP_TIME_HOUR,this.TimeHour());
   this.SetProperty(BAR_PROP_TIME_MINUTE,this.TimeMinute());
//---
   this.SetProperty(BAR_PROP_OPEN,rates.open);
   this.SetProperty(BAR_PROP_HIGH,rates.high);
   this.SetProperty(BAR_PROP_LOW,rates.low);
   this.SetProperty(BAR_PROP_CLOSE,rates.close);
   this.SetProperty(BAR_PROP_CANDLE_SIZE,this.CandleSize());
   this.SetProperty(BAR_PROP_CANDLE_SIZE_BODY,this.BodySize());
   this.SetProperty(BAR_PROP_CANDLE_BODY_TOP,this.BodyHigh());
   this.SetProperty(BAR_PROP_CANDLE_BODY_BOTTOM,this.BodyLow());
   this.SetProperty(BAR_PROP_CANDLE_SIZE_SHADOW_UP,this.ShadowUpSize());
   this.SetProperty(BAR_PROP_CANDLE_SIZE_SHADOW_DOWN,this.ShadowDownSize());
//---
   this.SetProperty(BAR_PROP_RATIO_BODY_TO_CANDLE_SIZE,this.CandleRatioBodyToCandleSize());
   this.SetProperty(BAR_PROP_RATIO_UPPER_SHADOW_TO_CANDLE_SIZE,this.CandleRatioUpperShadowToCandleSize());
   this.SetProperty(BAR_PROP_RATIO_LOWER_SHADOW_TO_CANDLE_SIZE,this.CandleRatioLowerShadowToCandleSize());
   this.SetProperty(BAR_PROP_PATTERNS_TYPE,0);
   this.SetProperty(BAR_PROP_TYPE,this.BodyType());
//--- Set the object type to the object of the graphical object management class
   this.m_graph_elm.SetTypeNode(this.m_type);
  }


Außerhalb des Klassenkörpers schreiben wir die Methode, die eine Liste der Muster im übergebenen Array zurückgibt:

//+------------------------------------------------------------------+
//| Return the list of patterns in the passed array                  |
//+------------------------------------------------------------------+
int CBar::GetPatternsList(ulong &array[])
  {
   return ListPatternsInVar(this.GetProperty(BAR_PROP_PATTERNS_TYPE),array);
  }

Das Array wird an die Methode übergeben und das Ergebnis der Ausführung der oben implementierten Funktion ListPatternsInVar() wird zurückgegeben. In diesem Fall wird die Liste aller Muster auf dem Balken in das Array gestellt, das durch den Link an die Methode übergeben wird.


Die Methode zur Anzeige die Beschreibung der Muster eines Balkens im Journal:

//+------------------------------------------------------------------+
//| Display the description of patterns on the bar in the journal    |
//+------------------------------------------------------------------+
void CBar::PatternTypeDescriptionPrint(const bool dash=false)
  {
   ulong patt=this.GetProperty(BAR_PROP_PATTERNS_TYPE);
   ::Print(CMessage::Text(MSG_LIB_TEXT_BAR_PATTERNS_TYPE),": ",(patt>0 ? "" : CMessage::Text(MSG_LIB_PROP_EMPTY)));
   if(patt>0)
      ::Print(PatternsInVarDescription(patt,dash));
  }

Zuvor haben wir die Funktion PatternsInVarDescription() geschrieben, die eine Zeichenkette mit Beschreibungen aller Muster zurückgibt, deren Flags in der Variablen enthalten sind. Hier senden wir den Wert der Variablen, die die Balken-Eigenschaft BAR_PROP_PATTERNS_TYPE speichert, an diese Funktion und drucken die von der Funktion erhaltene Zeichenkette in das Journal.


Wir fügen in der Methode, die die Beschreibung der Eigenschaft Balken integer zurückgibt, die Rückgabe der Beschreibung des Eigenschaftswerts BAR_PROP_PATTERNS_TYPE hinzu:

//+------------------------------------------------------------------+
//| Return the description of the bar integer property               |
//+------------------------------------------------------------------+
string CBar::GetPropertyDescription(ENUM_BAR_PROP_INTEGER property)
  {
   return
     (
      property==BAR_PROP_TIME                ?  CMessage::Text(MSG_LIB_TEXT_BAR_TIME)+
         (!this.SupportProperty(property)    ?  ": "+CMessage::Text(MSG_LIB_PROP_NOT_SUPPORTED) :
          ": "+::TimeToString(this.GetProperty(property),TIME_DATE|TIME_MINUTES|TIME_SECONDS)
         )  :
      property==BAR_PROP_TYPE                ?  CMessage::Text(MSG_ORD_TYPE)+
         (!this.SupportProperty(property)    ?  ": "+CMessage::Text(MSG_LIB_PROP_NOT_SUPPORTED) :
          ": "+this.BodyTypeDescription()
         )  :
      property==BAR_PROP_PERIOD              ?  CMessage::Text(MSG_LIB_TEXT_BAR_PERIOD)+
         (!this.SupportProperty(property)    ?  ": "+CMessage::Text(MSG_LIB_PROP_NOT_SUPPORTED) :
          ": "+this.m_period_description
         )  :
      property==BAR_PROP_SPREAD              ?  CMessage::Text(MSG_LIB_TEXT_BAR_SPREAD)+
         (!this.SupportProperty(property)    ?  ": "+CMessage::Text(MSG_LIB_PROP_NOT_SUPPORTED) :
          ": "+(string)this.GetProperty(property)
         )  :
      property==BAR_PROP_VOLUME_TICK         ?  CMessage::Text(MSG_LIB_TEXT_BAR_VOLUME_TICK)+
         (!this.SupportProperty(property)    ?  ": "+CMessage::Text(MSG_LIB_PROP_NOT_SUPPORTED) :
          ": "+(string)this.GetProperty(property)
         )  :
      property==BAR_PROP_VOLUME_REAL         ?  CMessage::Text(MSG_LIB_TEXT_BAR_VOLUME_REAL)+
         (!this.SupportProperty(property)    ?  ": "+CMessage::Text(MSG_LIB_PROP_NOT_SUPPORTED) :
          ": "+(string)this.GetProperty(property)
         )  :
      property==BAR_PROP_TIME_YEAR           ?  CMessage::Text(MSG_LIB_TEXT_BAR_TIME_YEAR)+
         (!this.SupportProperty(property)    ?  ": "+CMessage::Text(MSG_LIB_PROP_NOT_SUPPORTED) :
          ": "+(string)this.Year()
         )  :
      property==BAR_PROP_TIME_MONTH          ?  CMessage::Text(MSG_LIB_TEXT_BAR_TIME_MONTH)+
         (!this.SupportProperty(property)    ?  ": "+CMessage::Text(MSG_LIB_PROP_NOT_SUPPORTED) :
          ": "+MonthDescription((int)this.Month())
         )  :
      property==BAR_PROP_TIME_DAY_OF_YEAR    ?  CMessage::Text(MSG_LIB_TEXT_BAR_TIME_DAY_OF_YEAR)+
         (!this.SupportProperty(property)    ?  ": "+CMessage::Text(MSG_LIB_PROP_NOT_SUPPORTED) :
          ": "+::IntegerToString(this.DayOfYear(),3,'0')
         )  :
      property==BAR_PROP_TIME_DAY_OF_WEEK    ?  CMessage::Text(MSG_LIB_TEXT_BAR_TIME_DAY_OF_WEEK)+
         (!this.SupportProperty(property)    ?  ": "+CMessage::Text(MSG_LIB_PROP_NOT_SUPPORTED) :
          ": "+DayOfWeekDescription((ENUM_DAY_OF_WEEK)this.DayOfWeek())
         )  :
      property==BAR_PROP_TIME_DAY            ?  CMessage::Text(MSG_LIB_TEXT_BAR_TIME_DAY)+
         (!this.SupportProperty(property)    ?  ": "+CMessage::Text(MSG_LIB_PROP_NOT_SUPPORTED) :
          ": "+::IntegerToString(this.Day(),2,'0')
         )  :
      property==BAR_PROP_TIME_HOUR           ?  CMessage::Text(MSG_LIB_TEXT_BAR_TIME_HOUR)+
         (!this.SupportProperty(property)    ?  ": "+CMessage::Text(MSG_LIB_PROP_NOT_SUPPORTED) :
          ": "+::IntegerToString(this.Hour(),2,'0')
         )  :
      property==BAR_PROP_TIME_MINUTE         ?  CMessage::Text(MSG_LIB_TEXT_BAR_TIME_MINUTE)+
         (!this.SupportProperty(property)    ?  ": "+CMessage::Text(MSG_LIB_PROP_NOT_SUPPORTED) :
          ": "+::IntegerToString(this.Minute(),2,'0')
         )  :
      property==BAR_PROP_PATTERNS_TYPE       ?  CMessage::Text(MSG_LIB_TEXT_BAR_PATTERNS_TYPE)+
         (!this.SupportProperty(property)    ?  ": "+CMessage::Text(MSG_LIB_PROP_NOT_SUPPORTED) :
          ": "+(this.GetProperty(property)==0 ? CMessage::Text(MSG_LIB_PROP_NOT_FOUND) : "\n"+PatternsInVarDescription(this.GetProperty(property),true))
         )  :
      ""
     );
  }


Lassen Sie uns Verbesserungen an der Datei \MQL5\Include\DoEasy\Objects\Series\Patterns\Pattern.mqh vornehmen.

Da wir den Zeiger auf das Balkenobjekt, auf dem das Muster gefunden wurde, auf das Musterobjekt setzen werden, müssen wir die Klassendatei des Balkenobjekts in die Klassendatei des Musterobjekts aufnehmen. Das Muster hat eine Basis und einen „Mutterbalken“. Für den Basisbalken verwenden wir den Zeiger auf das Balkenobjekt (den Balken, auf dem das Muster gefunden wurde). Im Falle des „Mutter“-Balkens erstellen wir die MqlRates-Struktur, in der die Balkendaten gespeichert werden sollen. Auf diese Weise haben wir immer alle Daten über die Balken, die von dem Muster „abgedeckt“ werden. Wenn es sich übrigens um ein Muster aus einem Balken handelt, sind der Mutter- und der Basisbalken derselbe Balken. Wir werden das Muster mit Hilfe des Bitmap-Objekts „umreißen“, dessen Klasse hier erstellt wurde. Wir deklarieren den Zeiger auf das Klassenobjekt im geschützten Abschnitt der abstrakten Musterobjektklasse. Um die erforderliche Größe des Musters für die Balken des Musters berechnen zu können, müssen wir die Abmessungen und Parameter des Charts kennen. Wir deklarieren die Variablen zum Speichern der Chartparameter, die zur Berechnung der Größe des Bitmap-Objekts erforderlich sind.

//+------------------------------------------------------------------+
//| Include files                                                    |
//+------------------------------------------------------------------+
#include "..\..\BaseObj.mqh"
#include "..\Bar.mqh"
//+------------------------------------------------------------------+
//| Abstract pattern class                                           |
//+------------------------------------------------------------------+
class CPattern : public CBaseObj
  {
private:
   CBar             *m_bar_pattern;                               // Pointer to the bar the pattern is formed on
   MqlRates          m_mother_bar_prop;                           // "Mother" bar parameters
   long              m_long_prop[PATTERN_PROP_INTEGER_TOTAL];     // Integer properties
   double            m_double_prop[PATTERN_PROP_DOUBLE_TOTAL];    // Real properties
   string            m_string_prop[PATTERN_PROP_STRING_TOTAL];    // String properties
   
//--- Return the index of the array the pattern (1) double and (2) string properties are located at
   int               IndexProp(ENUM_PATTERN_PROP_DOUBLE property) const { return(int)property-PATTERN_PROP_INTEGER_TOTAL;                          }
   int               IndexProp(ENUM_PATTERN_PROP_STRING property) const { return(int)property-PATTERN_PROP_INTEGER_TOTAL-PATTERN_PROP_DOUBLE_TOTAL;}

protected:
   CForm            *m_form;                                      // Pointer to form object
   CGCnvBitmap      *m_bitmap;                                    // Pointer to the bitmap object
   int               m_digits;                                    // Symbol's digits value
   ulong             m_symbol_code;                               // Symbol as a number (sum of name symbol codes)
   string            m_name_graph_obj;                            // Name of the graphical object displaying the pattern
   double            m_price;                                     // Price level the graphical object is placed at
   color             m_color_bullish;                             // Color of a graphical object set to the bullish pattern icon
   color             m_color_bearish;                             // Color of a graphical object set to the bearish pattern icon
   color             m_color_bidirect;                            // Color of a graphical object set to the bidirectional pattern icon
   color             m_color;                                     // Graphical object color
   color             m_color_panel_bullish;                       // Bullish pattern panel color
   color             m_color_panel_bearish;                       // Bearish pattern panel color
   color             m_color_panel_bidirect;                      // Bidirectional pattern panel color
   int               m_bars_formation;                            // Number of bars in the formation (nested pattern)
   bool              m_draw_dots;                                 // Draw on the chart with dots
   int               m_chart_scale;                               // Chart scale
   int               m_chart_height_px;                           // Height of the chart in pixels
   double            m_chart_price_max;                           // Chart maximum
   double            m_chart_price_min;                           // Chart minimum
   
public:


Wir fügen im öffentlichen Abschnitt der Klasse die Methoden zum Setzen und Zurückgeben neuer Eigenschaften und Zeiger hinzu:

public:
//--- Set pattern (1) integer, (2) real and (3) string properties
   void              SetProperty(ENUM_PATTERN_PROP_INTEGER property,long value) { this.m_long_prop[property]=value;                    }
   void              SetProperty(ENUM_PATTERN_PROP_DOUBLE property,double value){ this.m_double_prop[this.IndexProp(property)]=value;  }
   void              SetProperty(ENUM_PATTERN_PROP_STRING property,string value){ this.m_string_prop[this.IndexProp(property)]=value;  }
//--- Return (1) integer, (2) real and (3) string pattern properties from the property array
   long              GetProperty(ENUM_PATTERN_PROP_INTEGER property) const { return this.m_long_prop[property];                        }
   double            GetProperty(ENUM_PATTERN_PROP_DOUBLE property)  const { return this.m_double_prop[this.IndexProp(property)];      }
   string            GetProperty(ENUM_PATTERN_PROP_STRING property)  const { return this.m_string_prop[this.IndexProp(property)];      }

//--- Return the flag of the pattern supporting the specified property
   virtual bool      SupportProperty(ENUM_PATTERN_PROP_INTEGER property)   { return true;       }
   virtual bool      SupportProperty(ENUM_PATTERN_PROP_DOUBLE property)    { return true;       }
   virtual bool      SupportProperty(ENUM_PATTERN_PROP_STRING property)    { return true;       }
//--- Return itself
   CPattern         *GetObject(void)                                       { return &this;      }
   CForm            *GetForm(void)                                         { return this.m_form;}
   
//--- Compare CPattern objects by all possible properties (for sorting the lists by a specified pattern object property)
   virtual int       Compare(const CObject *node,const int mode=0) const;
//--- Compare CPattern objects with each other by all properties (to search equal pattern objects)
   bool              IsEqual(CPattern* compared_obj) const;
//--- Constructors
                     CPattern(){ this.m_type=OBJECT_DE_TYPE_SERIES_PATTERN; }
protected:
//--- Protected parametric constructor
                     CPattern(const ENUM_PATTERN_STATUS status,
                              const ENUM_PATTERN_TYPE type,
                              const uint id,
                              const ENUM_PATTERN_DIRECTION direction,
                              const string symbol,
                              const ENUM_TIMEFRAMES timeframe,MqlRates &rates);
public:                     
//--- Destructor
                    ~CPattern(void);
                    
//+------------------------------------------------------------------+ 
//| Methods of a simplified access to the pattern object properties  |
//+------------------------------------------------------------------+
//--- Return (1) type, (2) direction, (3) period, (4) status,
//--- (5) code, (6) pattern defining bar time,
//--- (7) number of candles forming the pattern
   ENUM_PATTERN_TYPE TypePattern(void)                               const { return (ENUM_PATTERN_TYPE)this.GetProperty(PATTERN_PROP_TYPE);           }
   ENUM_PATTERN_DIRECTION Direction(void)                            const { return (ENUM_PATTERN_DIRECTION)this.GetProperty(PATTERN_PROP_DIRECTION); }
   ENUM_TIMEFRAMES   Timeframe(void)                                 const { return (ENUM_TIMEFRAMES)this.GetProperty(PATTERN_PROP_PERIOD);           }
   ENUM_PATTERN_STATUS Status(void)                                  const { return (ENUM_PATTERN_STATUS)this.GetProperty(PATTERN_PROP_STATUS);       }
   ulong             Code(void)                                      const { return this.GetProperty(PATTERN_PROP_CODE);                              }
   uint              ID(void)                                        const { return (uint)this.GetProperty(PATTERN_PROP_ID);                          }
   ulong             ControlObjectID(void)                           const { return this.GetProperty(PATTERN_PROP_CTRL_OBJ_ID);                       }
   datetime          Time(void)                                      const { return (datetime)this.GetProperty(PATTERN_PROP_TIME);                    }
   uint              Candles(void)                                   const { return (uint)this.GetProperty(PATTERN_PROP_CANDLES);                     }
//--- Return pattern defining bar prices
   double            BarPriceOpen(void)                              const { return this.GetProperty(PATTERN_PROP_BAR_PRICE_OPEN);                    }
   double            BarPriceHigh(void)                              const { return this.GetProperty(PATTERN_PROP_BAR_PRICE_HIGH);                    }
   double            BarPriceLow(void)                               const { return this.GetProperty(PATTERN_PROP_BAR_PRICE_LOW);                     }
   double            BarPriceClose(void)                             const { return this.GetProperty(PATTERN_PROP_BAR_PRICE_CLOSE);                   }
//--- Return pattern (1) symbol and (2) name
   string            Symbol(void)                                    const { return this.GetProperty(PATTERN_PROP_SYMBOL);                            }
   string            Name(void)                                      const { return this.GetProperty(PATTERN_PROP_NAME);                              }
   
//--- Set the pointer to the (1) pattern bar, (2) "mother" bar data
   void              SetPatternBar(CBar *bar)                              { this.m_bar_pattern=bar;                                                  }
   void              SetMotherBarData(MqlRates &data);
//--- Set the (1) "mother" bar OHLC and (2) the number of bars in nested formations
   void              SetMotherBarOpen(const double open)                   { this.m_mother_bar_prop.open=open;                                        }
   void              SetMotherBarHigh(const double high)                   { this.m_mother_bar_prop.high=high;                                        }
   void              SetMotherBarLow(const double low)                     { this.m_mother_bar_prop.low=low;                                          }
   void              SetMotherBarClose(const double close)                 { this.m_mother_bar_prop.close=close;                                      }
   void              SetBarsInNestedFormations(const int bars)             { this.m_bars_formation=bars;                                              }
   
//--- Return the pointer to the (1) pattern bar, (2) time, (3 - 6) "mother" bar OHLC and (7) the number of bars in nested formations
   CBar             *PatternBar(void)                                const { return this.m_bar_pattern;                                               }
   datetime          MotherBarTime(void)                             const { return (datetime)this.GetProperty(PATTERN_PROP_MOTHERBAR_TIME);          }
   double            MotherBarOpen(void)                             const { return this.m_mother_bar_prop.open;                                      }
   double            MotherBarHigh(void)                             const { return this.m_mother_bar_prop.high;                                      }
   double            MotherBarLow(void)                              const { return this.m_mother_bar_prop.low;                                       }
   double            MotherBarClose(void)                            const { return this.m_mother_bar_prop.close;                                     }
   int               BarsInNestedFormations(void)                    const { return this.m_bars_formation;                                            }
   
//+------------------------------------------------------------------+
//| Descriptions of pattern object properties                        |
//+------------------------------------------------------------------+
//--- Get description of pattern (1) integer, (2) real and (3) string property
   string            GetPropertyDescription(ENUM_PATTERN_PROP_INTEGER property);
   string            GetPropertyDescription(ENUM_PATTERN_PROP_DOUBLE property);
   string            GetPropertyDescription(ENUM_PATTERN_PROP_STRING property);

//--- Return description of the pattern (1) status, (2) type and (3) direction
   virtual string    StatusDescription(void) const { return NULL; }
   virtual string    TypeDescription(void)   const { return NULL; }
   string            DirectDescription(void) const;
//--- Display the description of the object properties in the journal (full_prop=true - all properties, false - supported ones only - implemented in descendant classes)
   virtual void      Print(const bool full_prop=false,const bool dash=false);
//--- Display a short description of the object in the journal
   virtual void      PrintShort(const bool dash=false,const bool symbol=false);
//--- Return a short name of a pattern object
   virtual string    Header(void);
//+------------------------------------------------------------------+
//| Handle graphical display                                         |
//+------------------------------------------------------------------+
protected:
//--- Set graphical object display colors for the (1) bullish, (2) bearish and (3) bidirectional pattern
   void              SetColorBullish(const color clr)       { this.m_color_bullish=clr;         }
   void              SetColorBearish(const color clr)       { this.m_color_bearish=clr;         }
   void              SetColorBiDirect(const color clr)      { this.m_color_bidirect=clr;        }
//--- Create the (1) info panel and (2) Bitmap object
   bool              CreateInfoPanel(void);
   virtual bool      CreateBitmap(void);
//--- Create the info panel appearance
   virtual void      CreateInfoPanelView(void){}
//--- Calculate the bitmap object (1) width and (2) height
   int               GetBitmapWidth(void);
   int               GetBitmapHeight(void);
   
public:
//--- Remove a graphical object
   bool              DeleteGraphObj(bool redraw=false);
//--- Set graphical object display colors and pattern display color
   void              SetColors(const color color_bullish,const color color_bearish,const color color_bidirect,const bool redraw=false);
//--- Set the flag for drawing pattern labels as dots
   void              SetDrawAsDots(const bool flag)         { this.m_draw_dots=flag;            }
   
//--- Set the background color for the (1) bullish, (2) bearish and (3) bidirectional pattern panel
   void              SetColorPanelBullish(const color clr)  { this.m_color_panel_bullish=clr;   }
   void              SetColorPanelBearish(const color clr)  { this.m_color_panel_bearish=clr;   }
   void              SetColorPanelBiDirect(const color clr) { this.m_color_panel_bidirect=clr;  }
//--- Set the background color for the (1) bullish, (2) bearish and (3) bidirectional pattern panel by setting the values of the RGB color components
   void              SetColorPanelBullish(const uchar R,const uchar G,const uchar B);
   void              SetColorPanelBearish(const uchar R,const uchar G,const uchar B);
   void              SetColorPanelBiDirect(const uchar R,const uchar G,const uchar B);

//--- Draw the pattern icon on the chart
   virtual void      Draw(const bool redraw);
//--- (1) Display, (2) hide the pattern icon on the chart
   void              Show(const bool redraw=false);
   void              Hide(const bool redraw=false);
//--- (1) Display and (2) hide the info panel on the chart
   void              ShowInfoPanel(const int x,const int y,const bool redraw=true);
   void              HideInfoPanel(void);
   
//--- Change the bitmap object (1) width, (2) height and (3) size
   bool              BitmapSetWidth(const int width);
   bool              BitmapSetHeight(const int height);
   bool              BitmapResize(const int w,const int h);
   
//--- Set the (1) chart scale, (2) chart height in pixels, (3) chart maximum and (3) minimum
   void              SetChartScale(const int scale)            { this.m_chart_scale=scale;      }
   void              SetChartHeightInPixels(const int height)  { this.m_chart_height_px=height; }
   void              SetChartPriceMax(const double price)      { this.m_chart_price_max=price;  }
   void              SetChartPriceMin(const double price)      { this.m_chart_price_min=price;  }
//--- Return the (1) chart scale, (2) chart height in pixels, (3) chart maximum and (3) minimum
   int               ChartScale(void)                    const { return this.m_chart_scale;     }
   int               ChartHeightInPixels(void)           const { return this.m_chart_height_px; }
   double            ChartPriceMax(void)                 const { return this.m_chart_price_max; }
   double            ChartPriceMin(void)                 const { return this.m_chart_price_min; }
   
  };


Im Konstruktor der abstrakten Musterklasse ersetzen wir die Farbe der bidirektionalen Musterbeschriftung und setzen die Standardwerte für den Zeiger auf das Bildobjekt (NULL), für das Flag zum Zeichnen mit Punkten (true) und für die Anzahl der verschachtelten Formationen gleich 1 (keine verschachtelten Muster):

//+------------------------------------------------------------------+
//| Constructor                                                      |
//+------------------------------------------------------------------+
CPattern::CPattern(const ENUM_PATTERN_STATUS status,const ENUM_PATTERN_TYPE type,const uint id,const ENUM_PATTERN_DIRECTION direction,const string symbol,const ENUM_TIMEFRAMES timeframe,MqlRates &rates)
  {
//--- Set pattern object properties
   this.m_digits=(int)::SymbolInfoInteger(symbol,SYMBOL_DIGITS);
   this.m_type=OBJECT_DE_TYPE_SERIES_PATTERN; 
   this.SetProperty(PATTERN_PROP_STATUS,status);
   this.SetProperty(PATTERN_PROP_TYPE,type);
   this.SetProperty(PATTERN_PROP_ID,id);
   this.SetProperty(PATTERN_PROP_DIRECTION,direction);
   this.SetProperty(PATTERN_PROP_PERIOD,timeframe);
   this.SetProperty(PATTERN_PROP_TIME,rates.time);
   this.SetProperty(PATTERN_PROP_BAR_PRICE_OPEN,rates.open);
   this.SetProperty(PATTERN_PROP_BAR_PRICE_HIGH,rates.high);
   this.SetProperty(PATTERN_PROP_BAR_PRICE_LOW,rates.low);
   this.SetProperty(PATTERN_PROP_BAR_PRICE_CLOSE,rates.close);
   this.SetProperty(PATTERN_PROP_SYMBOL,symbol);
//--- Create symbol code
   this.m_symbol_code=0;
   for(int i=0;i<(int)symbol.Length();i++)
      this.m_symbol_code+=symbol.GetChar(i);
//--- Pattern code = defining bar time + type + status + pattern direction + timeframe + symbol code
   ulong code=(ulong)rates.time+type+status+direction+timeframe+this.m_symbol_code;
   this.SetProperty(PATTERN_PROP_CODE,code);
//--- Set pattern graphical objects parameters (chart labels)
   this.m_name_graph_obj=::StringFormat("%s_p%lu",this.m_name_program,code);
   this.m_color_bullish=clrBlue;
   this.m_color_bearish=clrRed;
   this.m_color_bidirect=clrMediumSeaGreen;
   if(this.Direction()==PATTERN_DIRECTION_BULLISH)
     {
      this.m_color=this.m_color_bullish;
      this.m_price=rates.low;
     }
   else if(this.Direction()==PATTERN_DIRECTION_BEARISH)
     {
      this.m_color=this.m_color_bearish;
      this.m_price=rates.high;
     }
   else
     {
      this.m_color=this.m_color_bidirect;
      this.m_price=(rates.open+rates.close)/2;
     }
//--- Set base colors of the pattern information panels
   this.m_color_panel_bullish=clrLightGray;
   this.m_color_panel_bearish=clrLightGray;
   this.m_color_panel_bidirect=clrLightGray;
   this.m_form=NULL;
   this.m_bitmap=NULL;
   this.m_draw_dots=true;
   this.m_bars_formation=1;
  }


Im Destruktor der Klasse entfernen wir das Bitmap-Objekt:

//+------------------------------------------------------------------+
//| Destructor                                                       |
//+------------------------------------------------------------------+
CPattern::~CPattern(void)
  {
//--- Delete the form object and pattern label on the chart
   if(this.m_form!=NULL)
      delete this.m_form;
   if(this.m_bitmap!=NULL)
      delete this.m_bitmap;
   this.DeleteGraphObj();
  }


Wir fügen in der Methode, die eine Beschreibung der Integer-Muster-Eigenschaft zurückgibt, die Anzeige der Öffnungszeit des Mutterbalkens hinzu:

//+------------------------------------------------------------------+
//| Return the description of the pattern integer property           |
//+------------------------------------------------------------------+
string CPattern::GetPropertyDescription(ENUM_PATTERN_PROP_INTEGER property)
  {
   return
     (
      property==PATTERN_PROP_CODE            ?  CMessage::Text(MSG_LIB_TEXT_PATTERN_CODE)+
         (!this.SupportProperty(property)    ?  ": "+CMessage::Text(MSG_LIB_PROP_NOT_SUPPORTED) :
          ": "+(string)this.GetProperty(property)
         )  :
      property==PATTERN_PROP_TIME            ?  CMessage::Text(MSG_LIB_TEXT_PATTERN_TIME)+
         (!this.SupportProperty(property)    ?  ": "+CMessage::Text(MSG_LIB_PROP_NOT_SUPPORTED) :
          ": "+::TimeToString(this.GetProperty(property),TIME_DATE|TIME_MINUTES)
         )  :
      property==PATTERN_PROP_MOTHERBAR_TIME  ?  CMessage::Text(MSG_LIB_TEXT_PATTERN_MOTHERBAR_TIME)+
         (!this.SupportProperty(property)    ?  ": "+CMessage::Text(MSG_LIB_PROP_NOT_SUPPORTED) :
          ": "+::TimeToString(this.GetProperty(property),TIME_DATE|TIME_MINUTES)
         )  :
      property==PATTERN_PROP_STATUS          ?  CMessage::Text(MSG_ORD_STATUS)+
         (!this.SupportProperty(property)    ?  ": "+CMessage::Text(MSG_LIB_PROP_NOT_SUPPORTED) :
          ": "+this.StatusDescription()
         )  :
      property==PATTERN_PROP_TYPE            ?  CMessage::Text(MSG_ORD_TYPE)+
         (!this.SupportProperty(property)    ?  ": "+CMessage::Text(MSG_LIB_PROP_NOT_SUPPORTED) :
          ": "+this.TypeDescription()
         )  :
      property==PATTERN_PROP_ID              ?  CMessage::Text(MSG_LIB_TEXT_PATTERN_ID)+
         (!this.SupportProperty(property)    ?  ": "+CMessage::Text(MSG_LIB_PROP_NOT_SUPPORTED) :
          ": "+(string)this.GetProperty(property)
         )  :
      property==PATTERN_PROP_CTRL_OBJ_ID     ?  CMessage::Text(MSG_LIB_TEXT_PATTERN_CTRL_OBJ_ID)+
         (!this.SupportProperty(property)    ?  ": "+CMessage::Text(MSG_LIB_PROP_NOT_SUPPORTED) :
          ": "+(string)this.GetProperty(property)
         )  :
      property==PATTERN_PROP_DIRECTION       ?  CMessage::Text(MSG_LIB_TEXT_PATTERN_DIRECTION)+
         (!this.SupportProperty(property)    ?  ": "+CMessage::Text(MSG_LIB_PROP_NOT_SUPPORTED) :
          ": "+this.DirectDescription()
         )  :
      property==PATTERN_PROP_PERIOD          ?  CMessage::Text(MSG_LIB_TEXT_BAR_PERIOD)+
         (!this.SupportProperty(property)    ?  ": "+CMessage::Text(MSG_LIB_PROP_NOT_SUPPORTED) :
          ": "+TimeframeDescription((ENUM_TIMEFRAMES)this.GetProperty(property))
         )  :
      property==PATTERN_PROP_CANDLES         ?  CMessage::Text(MSG_LIB_TEXT_PATTERN_CANDLES)+
         (!this.SupportProperty(property)    ?  ": "+CMessage::Text(MSG_LIB_PROP_NOT_SUPPORTED) :
          ": "+(string)this.GetProperty(property)
         )  :
      ""
     );
  }


Implementierung der Methode, die die Daten des „Mutter“-Balkens festlegt:

//+------------------------------------------------------------------+
//| Set the "mother" bar data                                        |
//+------------------------------------------------------------------+
void CPattern::SetMotherBarData(MqlRates &data)
  {
   this.m_mother_bar_prop.open=data.open;
   this.m_mother_bar_prop.high=data.high;
   this.m_mother_bar_prop.low=data.low;
   this.m_mother_bar_prop.close=data.close;
   this.m_mother_bar_prop.time=data.time;
   this.SetProperty(PATTERN_PROP_MOTHERBAR_TIME,data.time);
  }

Die Methode empfängt die Balkenstruktur, und die erforderlichen Strukturfelder werden auf die entsprechenden Strukturfelder der Struktur der Mitgliedsvariablen der Klasse m_mother_bar_prop gesetzt. Zusätzlich wird die Zeit aus der übergebenen Balkenstruktur in die Zeit-Eigenschaft des Mutterbalkens geschrieben - dieser Wert ist in den Objekteigenschaften vorhanden und sollte korrekt ausgefüllt werden.

Die Methode, die das Info-Panel auf dem Chart anzeigt , erhält die Eingabe, ohne dass das Chart neu gezeichnet werden muss. Das Chart wird neu gezeichnet, wenn der Variablenwert auf true gesetzt wird:

//+------------------------------------------------------------------+
//| Display the info panel on the chart                              |
//+------------------------------------------------------------------+
void CPattern::ShowInfoPanel(const int x,const int y,const bool redraw=true)
  {
//--- If there is no panel object yet, create it
   if(this.m_form==NULL)
      if(!this.CreateInfoPanel())
         return;
//--- Get the chart width and height
   int chart_w=(int)::ChartGetInteger(this.m_chart_id,CHART_WIDTH_IN_PIXELS);
   int chart_h=(int)::ChartGetInteger(this.m_chart_id,CHART_HEIGHT_IN_PIXELS);
//--- Calculate the X and Y coordinates of the panel so that it does not go beyond the chart
   int cx=(x+this.m_form.Width() >chart_w-1 ? chart_w-1-this.m_form.Width()  : x);
   int cy=(y+this.m_form.Height()>chart_h-1 ? chart_h-1-this.m_form.Height() : y);
//--- Set the calculated coordinates and display the panel
   if(this.m_form.SetCoordX(cx) && this.m_form.SetCoordY(cy))
      this.m_form.Show();
   if(redraw)
      ::ChartRedraw(this.m_chart_id);
  }

Dies wurde so gemacht, dass das Panel mit der Beschreibung des Musters ohne Verzögerung erscheint, nachdem der Mauszeiger über den Balken mit dem Muster bewegt wurde. Wenn es mehrere Muster auf diesem Balken gibt, sollte der Wert dieser Variable für alle Infotafeln, wenn sie auf dem Chart angezeigt werden, auf false gesetzt werden, außer für die letzte, die auf true gesetzt wird. In diesem Fall wird das Chart erst dann neu gezeichnet, wenn das letzte Feld (und nicht jedes einzelne) angezeigt wird.

Da Muster auf zwei Arten im Chart angezeigt werden können - als Punkte und als Bitmap-Objekte - sollten wir die Methode zur Anzeige des Mustersymbols im Chart fertigstellen:

//+------------------------------------------------------------------+
//| Display the pattern icon on the chart                            |
//+------------------------------------------------------------------+
void CPattern::Show(const bool redraw=false)
  {
   if(this.m_draw_dots)
     {
      ::ObjectSetInteger(this.m_chart_id,this.m_name_graph_obj,OBJPROP_TIMEFRAMES,OBJ_ALL_PERIODS);
      return;
     }
   if(this.m_bitmap!=NULL)
      this.m_bitmap.Show();
   if(redraw)
      ::ChartRedraw(this.m_chart_id);
  }

Wenn wir Punkte verwenden, schalten wir die Sichtbarkeit des grafischen Objekts wie zuvor ein. Wenn wir das Bitmap-Objekt verwenden, rufen wir dessen Methode Show() auf, falls vorhanden. Wir aktualisieren daher das Chart, wenn das Redraw-Flag gesetzt ist.

Auch verfeinern wir die Methode zum Ausblenden des Mustersymbols im Chart:

//+------------------------------------------------------------------+
//| Hide the pattern icon on the chart                               |
//+------------------------------------------------------------------+
void CPattern::Hide(const bool redraw=false)
  {
   if(this.m_draw_dots)
     {
      ::ObjectSetInteger(this.m_chart_id,this.m_name_graph_obj,OBJPROP_TIMEFRAMES,OBJ_NO_PERIODS);
      return;
     }
   if(this.m_bitmap!=NULL)
      this.m_bitmap.Hide();
   if(redraw)
      ::ChartRedraw(this.m_chart_id);
  }


Die Methode, mit der die Breite des Bitmap-Objekts berechnet wird:

//+------------------------------------------------------------------+
//| Calculate the bitmap object width                                |
//+------------------------------------------------------------------+
int CPattern::GetBitmapWidth(void)
  {
//--- Calculate the width of the chart candles in pixels
   int px=int(1<<this.m_chart_scale);
//--- Calculate the number of bars that make up the pattern
   int num_bars=::Bars(this.Symbol(),this.Timeframe(),this.MotherBarTime(),this.Time());
   if(num_bars==0)
      num_bars=(int)this.Candles();
//--- Calculate and return the width of the bitmap object
   return (px*num_bars*2)-px+1;
  }

Je nach Maßstab des Charts berechnen wir die Breite der Kerzen in Pixeln. Dann wird die Breite des Musters in Balken ermittelt, und aus diesen beiden Werten wird die erforderliche Breite des Musterobjekts berechnet und zurückgegeben.


Die Methode zur Berechnung der Höhe des Zeichnungsobjekts:

//+------------------------------------------------------------------+
//| Calculate the bitmap object height                               |
//+------------------------------------------------------------------+
int CPattern::GetBitmapHeight(void)
  {
//--- Calculate the chart price range and pattern price range
   double chart_price_range=this.m_chart_price_max-this.m_chart_price_min;
   double patt_price_range=this.MotherBarHigh()-this.MotherBarLow();
//--- Using the calculated price ranges, calculate and return the height of the bitmap object
   return (int)ceil(patt_price_range*this.m_chart_height_px/chart_price_range)+8;
  }

Hier erhalten wir die Kursspanne des Charts vom Höchst- bis zum Tiefstkurs auf dem Chart und die Kursspanne von Hoch und Tief des Mutterbalkens des Musters. Dann berechnen wir das Verhältnis eines Bereichs zu einem anderen in Pixeln und geben die resultierende Höhe des Bitmap-Objekts zurück, indem Sie 8 Pixel dazu addieren - vier oben und vier unten.

Im Konstruktor des Musters „Pin-Bar“ legen wir die Anzahl der verschachtelten Muster gleich dem Wert der Musterbalken (1) fest:

//+------------------------------------------------------------------+
//| Constructor                                                      |
//+------------------------------------------------------------------+
CPatternPinBar::CPatternPinBar(const uint id,const string symbol,const ENUM_TIMEFRAMES timeframe,MqlRates &rates,const ENUM_PATTERN_DIRECTION direct) : 
   CPattern(PATTERN_STATUS_PA,PATTERN_TYPE_PIN_BAR,id,direct,symbol,timeframe,rates)
  {
   this.SetProperty(PATTERN_PROP_NAME,"Pin Bar");
   this.SetProperty(PATTERN_PROP_CANDLES,1);
   this.m_bars_formation=(int)this.GetProperty(PATTERN_PROP_CANDLES);
  }


Erstellen wir nun die Klasse für das neue Preisaktionsmuster „Inside-Bar“.

Die Klasse des Musters „Inside-Bar“

De neue Musterklasse „Inside-Bar“ erstellen wir in derselben Datei, in der auch die Klassen des abstrakten Musters und des Musters „Pin-Bar“ gespeichert sind. Im Wesentlichen müssen wir nur einige virtuelle Methoden und Eigenschaftswerte des Musters schreiben (überschreiben). Die Klasse sollte von der abstrakten Musterobjektklasse abgeleitet sein:

//+------------------------------------------------------------------+
//| "Inside Bar" pattern class                                       |
//+------------------------------------------------------------------+
class CPatternInsideBar : public CPattern
  {
protected:
//--- Create the (1) image object, the appearance of the (2) info panel and (3) the bitmap object
   virtual bool      CreateBitmap(void);
   virtual void      CreateInfoPanelView(void);
   void              CreateBitmapView(void);
public:
//--- Return the flag of the pattern supporting the specified property
   virtual bool      SupportProperty(ENUM_PATTERN_PROP_INTEGER property)   { return true; }
   virtual bool      SupportProperty(ENUM_PATTERN_PROP_DOUBLE property)    { return true; }
   virtual bool      SupportProperty(ENUM_PATTERN_PROP_STRING property)    { return true; }
   
//--- Return description of the pattern (1) status and (2) type
   virtual string    StatusDescription(void) const { return CMessage::Text(MSG_LIB_TEXT_PATTERN_STATUS_PA);       }
   virtual string    TypeDescription(void)   const { return CMessage::Text(MSG_LIB_TEXT_PATTERN_TYPE_INSIDE_BAR); }

//--- Draw the pattern icon on the chart
   virtual void      Draw(const bool redraw);

//--- Constructor
                     CPatternInsideBar(const uint id,const string symbol,const ENUM_TIMEFRAMES timeframe,MqlRates &rates,const ENUM_PATTERN_DIRECTION direct);
  };


Im Klassenkonstruktor legen wir den Musternamen, die Anzahl der Musterbalken gleich zwei sowie die Anzahl der Balken der verschachtelten Formationen gleich 2 fest - keine verschachtelten Formationen:

//+------------------------------------------------------------------+
//| Constructor                                                      |
//+------------------------------------------------------------------+
CPatternInsideBar::CPatternInsideBar(const uint id,const string symbol,const ENUM_TIMEFRAMES timeframe,MqlRates &rates,const ENUM_PATTERN_DIRECTION direct) : 
   CPattern(PATTERN_STATUS_PA,PATTERN_TYPE_INSIDE_BAR,id,direct,symbol,timeframe,rates)
  {
   this.SetProperty(PATTERN_PROP_NAME,"Inside Bar");
   this.SetProperty(PATTERN_PROP_CANDLES,2);
   this.m_bars_formation=(int)this.GetProperty(PATTERN_PROP_CANDLES);
  }


Die virtuelle Methode, die das Aussehen der Infotafel bestimmt:

//+------------------------------------------------------------------+
//| Create the info panel appearance                                 |
//+------------------------------------------------------------------+
void CPatternInsideBar::CreateInfoPanelView(void)
  {
//--- If the form object is not created, leave
   if(this.m_form==NULL)
      return;
//--- Declare the array for the initial and final colors of the gradient fill
   color clr[2]={this.m_form.ChangeColorLightness(this.m_color_panel_bidirect,-5),this.m_form.ChangeColorLightness(this.m_color_panel_bidirect,15)};
   
//--- Set the background and form frame colors
   this.m_form.SetBackgroundColor(this.m_color_panel_bidirect,true);
   this.m_form.SetBorderColor(clrGray,true);
//--- Create strings to describe the pattern, its parameters and search criteria
   string name=::StringFormat("Inside Bar (%lu bars)",int(this.Time()-this.MotherBarTime())/::PeriodSeconds(this.Timeframe())+1);
   string param=this.DirectDescription();//::StringFormat("%s (%.2f/%.2f/%.2f)",this.DirectDescription(),this.GetProperty(PATTERN_PROP_RATIO_BODY_TO_CANDLE_SIZE_CRITERION),this.GetProperty(PATTERN_PROP_RATIO_LARGER_SHADOW_TO_CANDLE_SIZE_CRITERION),this.GetProperty(PATTERN_PROP_RATIO_SMALLER_SHADOW_TO_CANDLE_SIZE_CRITERION));
//--- Set the coordinates of the panel and calculate its width and height depending on the size of the texts placed on the panel
   int x=3;
   int y=20;
   int w=4+(::fmax(20+this.m_form.TextWidth(name),::fmax(x+this.m_form.TextWidth(param),x+this.m_form.TextWidth(::TimeToString(this.Time())))));
   int h=2+(20+this.m_form.TextHeight(this.DirectDescription())+this.m_form.TextHeight(::TimeToString(this.Time())));
//--- Set the width and height of the panel according to the calculated values
   this.m_form.SetWidth(w);
   this.m_form.SetHeight(h);
//--- Depending on the chart size and coordinates, we calculate the coordinates of the panel so that it does not go beyond the chart
   int chart_w=(int)::ChartGetInteger(this.m_chart_id,CHART_WIDTH_IN_PIXELS);
   int chart_h=(int)::ChartGetInteger(this.m_chart_id,CHART_HEIGHT_IN_PIXELS);
   int cx=(this.m_form.RightEdge() >chart_w-1 ? chart_w-1-this.m_form.Width()  : this.m_form.CoordX());
   int cy=(this.m_form.BottomEdge()>chart_h-1 ? chart_h-1-this.m_form.Height() : this.m_form.CoordY());
   this.m_form.SetCoordX(cx);
   this.m_form.SetCoordY(cy);
//--- Fill the background with a gradient color
   this.m_form.Erase(clr,200,true,false);
//--- Draw the panel frame, an icon with (i), draw the header text with the proportions of a candle and separate the header with a horizontal line
   this.m_form.DrawFrameSimple(0,0,this.m_form.Width(),this.m_form.Height(),1,1,1,1,this.m_form.BorderColor(),200);
   this.m_form.DrawIconInfo(1,1,200);
   this.m_form.Text(20,3,name,clrBlack,200);
   this.m_form.DrawLine(1,18,this.m_form.Width()-1,18,clrDarkGray,250);
//--- Under the horizontal line, enter the pattern description with its search criteria and the date of the pattern-defining bar
   y=20;
   this.m_form.Text(x,y,param,clrBlack,200);
   y+=this.m_form.TextHeight(::TimeToString(this.Time()));
   this.m_form.Text(x,y,::TimeToString(this.Time()),clrBlack,200);
//--- Update the panel while redrawing the chart
   this.m_form.Update(true);
  }

Für jeden Mustertyp werden wir eigene virtuelle Methoden erstellen, um das Erscheinungsbild des Info-Panels zu gestalten, denn jedes Muster hat seine eigenen wichtigen Parameter, die auf dem Panel angezeigt werden können, um das Muster visuell zu beschreiben.


Die Methode, die das Mustersymbol auf dem Chart zeichnet:

//+------------------------------------------------------------------+
//| Draw the pattern icon on the chart                               |
//+------------------------------------------------------------------+
void CPatternInsideBar::Draw(const bool redraw)
  {
//--- If the flag for drawing with dots is set, call the parent class method and leave
   if(this.m_draw_dots)
     {
      CPattern::Draw(redraw);
      return;
     }
//--- If the bitmap object has not yet been created, create it
   if(this.m_bitmap==NULL)
     {
      if(!this.CreateBitmap())
         return;
     }
//--- display
   this.Show(redraw);
  }

Die Logik der Methode ist in den Kommentaren beschrieben. Die Methode der übergeordneten Klasse erstellt und zeichnet Musterbeschriftungen (Punkte) auf dem Chart. Wenn also das Flag zum Zeichnen von Punkten gesetzt ist, werden sie mit der Methode der Elternklasse gezeichnet.
Andernfalls wird das Bitmap-Objekt erstellt und im Chart angezeigt.


Die Methode, die das Bitmap-Objekt erstellt:

//+------------------------------------------------------------------+
//| Create the bitmap object                                         |
//+------------------------------------------------------------------+
bool CPatternInsideBar::CreateBitmap(void)
  {
//--- If the bitmap object has already been created earlier, return 'true'
   if(this.m_bitmap!=NULL)
      return true;
//--- Calculate the object coordinates and dimensions
   datetime time=this.MotherBarTime();
   double   price=(this.MotherBarHigh()+this.MotherBarLow())/2;
   int      w=this.GetBitmapWidth();
   int      h=this.GetBitmapHeight();
//--- Create the Bitmap object
   this.m_bitmap=this.CreateBitmap(this.ID(),this.GetChartID(),0,this.Name(),time,price,w,h,this.m_color_bidirect);
   if(this.m_bitmap==NULL)
      return false;
//--- Set the object origin to its center and remove the tooltip
   ::ObjectSetInteger(this.GetChartID(),this.m_bitmap.NameObj(),OBJPROP_ANCHOR,ANCHOR_CENTER);
   ::ObjectSetString(this.GetChartID(),this.m_bitmap.NameObj(),OBJPROP_TOOLTIP,"\n");
//--- Draw the bitmap object appearance
   this.CreateBitmapView();
   return true;
  }


Die Methode zur Erstellung das Aussehen des Bitmap-Objekts:

//+------------------------------------------------------------------+
//| Create the bitmap object appearance                              |
//+------------------------------------------------------------------+
void CPatternInsideBar::CreateBitmapView(void)
  {
   this.m_bitmap.Erase(CLR_CANV_NULL,0);
   int x=this.m_bitmap.Width()/2-int(1<<this.m_chart_scale)/2;
   this.m_bitmap.DrawRectangleFill(x,0,this.m_bitmap.Width()-1,this.m_bitmap.Height()-1,this.m_color_bidirect,80);
   this.m_bitmap.DrawRectangle(x,0,this.m_bitmap.Width()-1,this.m_bitmap.Height()-1,clrGray);
   this.m_bitmap.Update(false);
  }

Hier füllen wir den Hintergrund (canvas) mit einer transparenten Farbe und berechnen die anfängliche X-Koordinate des Rechtecks, das die Musterbalken umgibt. Dann füllen wir den rechteckigen Bereich, beginnend an der berechneten X-Koordinate, mit der für das bidirektionale Muster eingestellten Farbe und einer Deckkraft von 80, und umranden den gefüllten Bereich mit dem grauen Rechteck. Anschließend aktualisieren wir die Ressource, ohne das Chart neu zu zeichnen.


Jedes gesuchte Muster mit seinen Parametern wird durch das Objekt der Musterverwaltungsklasse kontrolliert und behandelt. Ein solches Objekt wird einmal erstellt, wenn die Erlaubnis erteilt wird, nach einem Muster mit dem angegebenen Typ und den angegebenen Mustersuchparametern zu suchen. In derselben Klasse müssen wir die Eigenschaften des Chartfensters auslesen - damit wir sie nur einmal beim Erstellen eines Steuerobjekts auslesen und dann die ausgelesenen Chartparameter in die erstellten Musterobjekte schreiben können. Charteigenschaften werden benötigt, um sicherzustellen, dass die Informationsfelder jedes einzelnen Musters nicht über den Rand des Charts hinausragen, wenn sie angezeigt werden. Wenn wir die Chartparameter jedes Mal auslesen, wenn wir ein neues Musterobjekt erstellen, wird das sehr ressourcenaufwändig - schließlich gibt es viele Muster in einer Zeitreihe. Außerdem, warum jedes Mal die gleichen Parameter lesen, wenn sie einmal gelesen und dann in jedem erstellten Muster verwendet werden können? Wir benötigen auch Chartparameter, wenn wir Bitmap-Objekte erstellen, die die Musterbalken umreißen. Auch hier ist es nicht optimal, jedes Mal dieselbe Größe in der Tabelle abzulesen. Daher werden wir sie nur lesen, wenn wir ein Mustersteuerungsobjekt erstellen. Allerdings gibt es hier eine Nuance: Wenn die Größe der Chart geändert wird, bleiben alle zuvor gelesenen Daten gleich, wie sie bereits empfangen wurden. Sie müssen erneut aus der Tabelle abgefragt und in den Eigenschaften der einzelnen Muster erfasst werden. Wir werden dies in den folgenden Artikeln tun.

Die Objektklasse der Mustersteuerung befindet sich in \MQL5\Include\DoEasy\Objects\Series\SeriesDE.mqh. Wir werden die notwendigen Änderungen daran vornehmen:

//+------------------------------------------------------------------+
//| Abstract pattern control class                                   |
//+------------------------------------------------------------------+
class CPatternControl : public CBaseObjExt
  {
private:
   ENUM_TIMEFRAMES   m_timeframe;                                                // Pattern timeseries chart period
   string            m_symbol;                                                   // Pattern timeseries symbol
   double            m_point;                                                    // Symbol Point
   bool              m_used;                                                     // Pattern use flag
   bool              m_drawing;                                                  // Flag for drawing the pattern icon on the chart
   bool              m_draw_dots;                                                // Flag for drawing the pattern icon on the chart with dots
//--- Handled pattern
   ENUM_PATTERN_TYPE m_type_pattern;                                             // Pattern type
protected:
//--- Candle proportions
   double            m_ratio_body_to_candle_size;                                // Percentage ratio of the candle body to the full size of the candle
   double            m_ratio_larger_shadow_to_candle_size;                       // Percentage ratio of the size of the larger shadow to the size of the candle
   double            m_ratio_smaller_shadow_to_candle_size;                      // Percentage ratio of the size of the smaller shadow to the size of the candle
   ulong             m_object_id;                                                // Unique object code based on pattern search criteria
//--- List views
   CArrayObj        *m_list_series;                                              // Pointer to the timeseries list
   CArrayObj        *m_list_all_patterns;                                        // Pointer to the list of all patterns
   CPattern          m_pattern_instance;                                         // Pattern object for searching by property
   ulong             m_symbol_code;                                              // Chart symbol name as a number
   int               m_chart_scale;                                              // Chart scale
   int               m_chart_height_px;                                          // Height of the chart in pixels
   double            m_chart_price_max;                                          // Chart maximum
   double            m_chart_price_min;                                          // Chart minimum

//--- (1) Search for a pattern, return direction (or -1 if no pattern is found),
//--- (2) create a pattern with a specified direction,
//--- (3) create and return a unique pattern code,
//--- (4) return the list of patterns managed by the object
   virtual ENUM_PATTERN_DIRECTION FindPattern(const datetime series_bar_time,const uint min_body_size,MqlRates &mother_bar_data) const
                                    { return WRONG_VALUE;   }
   virtual CPattern *CreatePattern(const ENUM_PATTERN_DIRECTION direction,const uint id,CBar *bar){ return NULL;                       }
   virtual ulong     GetPatternCode(const ENUM_PATTERN_DIRECTION direction,const datetime time) const { return 0;                      }
   virtual CArrayObj*GetListPatterns(void)                                       { return NULL;                                        }

//--- Create object ID based on pattern search criteria
   virtual ulong     CreateObjectID(void)                                        { return 0;                                           }

//--- Write bar data to the structure
   void              SetBarData(CBar *bar,MqlRates &rates) const
                       {
                        if(bar==NULL)
                           return;
                        rates.open=bar.Open();
                        rates.high=bar.High();
                        rates.low=bar.Low();
                        rates.close=bar.Close();
                        rates.time=bar.Time();
                       }

public:
//--- Returns (1) itself, (2) pattern usage flag
   CPatternControl  *GetObject(void)                                             { return &this;                                       }
//--- (1) Set and (2) return the pattern usage flag
   void              SetUsed(const bool flag)                                    { this.m_used=flag;                                   }
   bool              IsUsed(void)                                          const { return this.m_used;                                 }
//--- (1) Set and (2) return the pattern drawing flag
   void              SetDrawing(const bool flag)                                 { this.m_drawing=flag;                                }
   bool              IsDrawing(void)                                       const { return this.m_drawing;                              }
//--- (1) Set and (2) return the flag for drawing pattern icons as dots
   void              SetDrawingAsDots(const bool flag,const bool redraw);
   bool              IsDrawingAsDots(void)                                 const { return this.m_draw_dots;                            }

//--- Set the necessary percentage ratio of the candle body to the full size of the candle,
//--- size of the (2) upper and (3) lower shadow to the candle size
   void              SetRatioBodyToCandleSizeValue(const double value)           { this.m_ratio_body_to_candle_size=value;             }
   void              SetRatioLargerShadowToCandleSizeValue(const double value)   { this.m_ratio_larger_shadow_to_candle_size=value;    }
   void              SetRatioSmallerShadowToCandleSizeValue(const double value)  { this.m_ratio_smaller_shadow_to_candle_size=value;   }
//--- Return the percentage ratio (1) of the candle body to the full size of the candle,
//--- size of the (2) upper and (3) lower shadow to the candle size
   double            RatioBodyToCandleSizeValue(void)                      const { return this.m_ratio_body_to_candle_size;            }
   double            RatioLargerShadowToCandleSizeValue(void)              const { return this.m_ratio_larger_shadow_to_candle_size;   }
   double            RatioSmallerShadowToCandleSizeValue(void)             const { return this.m_ratio_smaller_shadow_to_candle_size;  }

//--- Return object ID based on pattern search criteria
   virtual ulong     ObjectID(void)                                        const { return this.m_object_id;                            }

//--- Return pattern (1) type, (2) timeframe, (3) symbol, (4) symbol Point, (5) symbol code
   ENUM_PATTERN_TYPE TypePattern(void)                                     const { return this.m_type_pattern;                         }
   ENUM_TIMEFRAMES   Timeframe(void)                                       const { return this.m_timeframe;                            }
   string            Symbol(void)                                          const { return this.m_symbol;                               }
   double            Point(void)                                           const { return this.m_point;                                }
   ulong             SymbolCode(void)                                      const { return this.m_symbol_code;                          }
   
//--- Set the (1) chart scale, (2) chart height in pixels, (3) chart maximum and (3) minimum
   void              SetChartScale(const int scale)                              { this.m_chart_scale=scale;                           }
   void              SetChartHeightInPixels(const int height)                    { this.m_chart_height_px=height;                      }
   void              SetChartPriceMax(const double price)                        { this.m_chart_price_max=price;                       }
   void              SetChartPriceMin(const double price)                        { this.m_chart_price_min=price;                       }
//--- Return the (1) chart scale, (2) chart height in pixels, (3) chart maximum and (3) minimum
   int               ChartScale(void)                                      const { return this.m_chart_scale;                          }
   int               ChartHeightInPixels(void)                             const { return this.m_chart_height_px;                      }
   double            ChartPriceMax(void)                                   const { return this.m_chart_price_max;                      }
   double            ChartPriceMin(void)                                   const { return this.m_chart_price_min;                      }

//--- Compare CPatternControl objects by all possible properties
   virtual int       Compare(const CObject *node,const int mode=0) const;

//--- Search for patterns and add found ones to the list of all patterns
   virtual int       CreateAndRefreshPatternList(const uint min_body_size);
//--- Display patterns on the chart
   void              DrawPatterns(const bool redraw=false);
   
//--- Protected parametric constructor
protected:
                     CPatternControl(const string symbol,const ENUM_TIMEFRAMES timeframe,const ENUM_PATTERN_STATUS status,const ENUM_PATTERN_TYPE type,CArrayObj *list_series,CArrayObj *list_patterns);
  };

Die meisten Methoden müssen nicht vorgestellt werden - ihr Zweck ist in den Kommentaren beschrieben, und die Methoden setzen oder geben nur die entsprechenden Parameter des Klassenobjekts zurück. Wir übergeben nun der Mustersuchmethode eine Verknüpfung zur MqlRates-Struktur, in die wir die Daten des Mutterbalkens einfügen werden. Um diese Daten zu setzen, wird die Methode SetBarData() geschrieben, die den Zeiger auf ein Balkenobjekt und eine Verknüpfung zu einer Variablen vom Typ MqlRates erhält. Die variablen Felder enthalten die entsprechenden Eigenschaften des Balkenobjekts. Die Methode CreateAndRefreshPatternList() erhält die Mindestgröße des Kerzenkörpers. Anschließend werde ich die Einstellung dieses Wertes in das Mustersteuerungsobjekt aufnehmen. Der Wert wird an die Mustersuch- und Aktualisierungsmethode übergeben. Es geht darum, bei der Suche nach Mustern die Balken zu überspringen, deren Größe kleiner als dieser Wert ist. Für den Moment werden wir dort eine Null eingeben, wodurch dieser Filter deaktiviert wird.


Im Klassenkonstruktor berechnen wir die Chartdaten und schreiben sie in die neuen Klassenvariablen:

//+------------------------------------------------------------------+
//| CPatternControl::Protected parametric constructor                |
//+------------------------------------------------------------------+
CPatternControl::CPatternControl(const string symbol,const ENUM_TIMEFRAMES timeframe,const ENUM_PATTERN_STATUS status,const ENUM_PATTERN_TYPE type,CArrayObj *list_series,CArrayObj *list_patterns) :
  m_ratio_body_to_candle_size(30),m_ratio_larger_shadow_to_candle_size(60),m_ratio_smaller_shadow_to_candle_size(30),m_used(true),m_drawing(true)
  {
   this.m_type=OBJECT_DE_TYPE_SERIES_PATTERN_CONTROL;
   this.m_type_pattern=type;
   this.m_symbol=(symbol==NULL || symbol=="" ? ::Symbol() : symbol);
   this.m_timeframe=(timeframe==PERIOD_CURRENT ? ::Period() : timeframe);
   this.m_point=::SymbolInfoDouble(this.m_symbol,SYMBOL_POINT);
   this.m_object_id=0;
   this.m_list_series=list_series;
   this.m_list_all_patterns=list_patterns;
   for(int i=0;i<(int)this.m_symbol.Length();i++)
      this.m_symbol_code+=this.m_symbol.GetChar(i);
   this.m_chart_scale=(int)::ChartGetInteger(this.m_chart_id,CHART_SCALE);
   this.m_chart_height_px=(int)::ChartGetInteger(this.m_chart_id,CHART_HEIGHT_IN_PIXELS);
   this.m_chart_price_max=::ChartGetDouble(this.m_chart_id,CHART_PRICE_MAX);
   this.m_chart_price_min=::ChartGetDouble(this.m_chart_id,CHART_PRICE_MIN);
  }


Die notwendigen Verbesserungen nehmen wir an der Methode vor, die nach Mustern sucht und die gefundenen Muster zur Liste aller Muster hinzufügt:

//+------------------------------------------------------------------+
//| CPatternControl::Search for patterns and add                     |
//| found ones to the list of all patterns                           |
//+------------------------------------------------------------------+
int CPatternControl::CreateAndRefreshPatternList(const uint min_body_size)
  {
//--- If not used, leave
   if(!this.m_used)
      return 0;
//--- Reset the timeseries event flag and clear the list of all timeseries pattern events
   this.m_is_event=false;
   this.m_list_events.Clear();
//--- Get the opening date of the last (current) bar
   datetime time_open=0;
   if(!::SeriesInfoInteger(this.Symbol(),this.Timeframe(),SERIES_LASTBAR_DATE,time_open))
      return 0;
//--- Get a list of all bars in the timeseries except the current one
   CArrayObj *list=CSelect::ByBarProperty(this.m_list_series,BAR_PROP_TIME,time_open,LESS);
   if(list==NULL || list.Total()==0)
      return 0;
//--- "Mother" bar data structure
   MqlRates pattern_mother_bar_data={};
//--- Sort the resulting list by bar opening time
   list.Sort(SORT_BY_BAR_TIME);
//--- In a loop from the latest bar,
   for(int i=list.Total()-1;i>=0;i--)
     {
      //--- get the next bar object from the list
      CBar *bar=list.At(i);
      if(bar==NULL)
         continue;
      //--- look for a pattern relative to the received bar
      ENUM_PATTERN_DIRECTION direction=this.FindPattern(bar.Time(),min_body_size,pattern_mother_bar_data);
      //--- If there is no pattern, go to the next bar
      if(direction==WRONG_VALUE)
         continue;
         
      //--- Pattern found on the current bar of the loop
      //--- unique pattern code = candle opening time + type + status + pattern direction + timeframe + timeseries symbol
      ulong code=this.GetPatternCode(direction,bar.Time());
      //--- Set the pattern code to the sample
      this.m_pattern_instance.SetProperty(PATTERN_PROP_CODE,code);
      //--- Sort the list of all patterns by the unique pattern code
      this.m_list_all_patterns.Sort(SORT_BY_PATTERN_CODE);
      //--- search for a pattern in the list using a unique code
      int index=this.m_list_all_patterns.Search(&this.m_pattern_instance);
      //--- If there is no pattern equal to the sample in the list of all patterns
      if(index==WRONG_VALUE)
        {
         //--- Create the pattern object
         CPattern *pattern=this.CreatePattern(direction,this.m_list_all_patterns.Total(),bar);
         if(pattern==NULL)
            continue;
         //--- Sort the list of all patterns by time and insert the pattern into the list by its time
         this.m_list_all_patterns.Sort(SORT_BY_PATTERN_TIME);
         if(!this.m_list_all_patterns.InsertSort(pattern))
           {
            delete pattern;
            continue;
           }
         //--- Add the pattern to the list of bar object patterns
         bar.AddPattern(pattern.TypePattern());
         //--- Add the pointer to the bar the pattern object is found on, together with the mother bar data
         pattern.SetPatternBar(bar);
         pattern.SetMotherBarData(pattern_mother_bar_data);
         //--- set the chart data to the pattern object
         pattern.SetChartHeightInPixels(this.m_chart_height_px);
         pattern.SetChartScale(this.m_chart_scale);
         pattern.SetChartPriceMax(this.m_chart_price_max);
         pattern.SetChartPriceMin(this.m_chart_price_min);
         //--- If the drawing flag is set, draw the pattern label on the chart
         if(this.m_drawing)
            pattern.Draw(false);
        }
     }
//--- Sort the list of all patterns by time and return the total number of patterns in the list
   this.m_list_all_patterns.Sort(SORT_BY_PATTERN_TIME);
   return m_list_all_patterns.Total();
  }

Nun erhält die Methode die Mindestgröße des Balkenkörpers des gewünschten Musters. Wir übergeben der Mustersuchmethode die Größe und den Verweis auf die Struktur des Hauptbalkens, der die Balkenparameter enthalten soll. Wenn das Muster gefunden wird, wird der Typ des gefundenen Musters in das Balkenobjekt geschrieben, in dem das Muster gefunden wurde. Gleichzeitig erhält das auf dem Balken befindliche Musterobjekt den Zeiger auf den Balken, die Daten des Mutterbalkens und die Daten des Charts.


Die Methode, die das Flag für das Zeichnen von Mustersymbolen als Punkte setzt:

//+------------------------------------------------------------------+
//| Set the flag for drawing pattern icons as dots                   |
//+------------------------------------------------------------------+
void CPatternControl::SetDrawingAsDots(const bool flag,const bool redraw)
  {
   this.m_draw_dots=flag;
//--- Get a list of patterns controlled by the control object
   CArrayObj *list=this.GetListPatterns();
   if(list==NULL || list.Total()==0)
      return;
//--- In a loop by the list of patterns,
   for(int i=list.Total()-1;i>=0;i--)
     {
      //--- get the next pattern object
      CPattern *obj=list.At(i);
      if(obj==NULL)
         continue;
      //--- Set the flag value. If 'false', remove the pattern dot object
      obj.SetDrawAsDots(flag);
      if(!flag)
         obj.DeleteGraphObj();
      //--- Display the pattern label on the chart if the flag is 'true'
      else
         obj.Draw(false);
     }
//--- At the end of the cycle, redraw the chart if the flag is set
   if(redraw)
      ::ChartRedraw(this.m_chart_id);
  }

Die Methodenlogik wurde in den Codekommentaren ausführlich beschrieben. Hier erhalten wir die Liste der Muster, die von diesem Kontrollobjekt verwaltet werden. In jedem Musterobjekt geben wir das Flag für das Zeichnen mit Punkten an. Wenn das Flag zurückgesetzt ist, müssen wir den zuvor gezeichneten Punkt löschen, und wenn das Flag gesetzt ist, sollten wir ihn zeichnen. Am Ende der Bearbeitung der Schleife aller Muster in der Liste und wenn ein Redrawing-Flag an die Methode übergeben wird, wird das Chart neu gezeichnet.


Als Nächstes müssen wir die Klasse des Musters „Pin-Bar“ ändern. Wir integrieren die Variable MqlRates in die Mustersuchmethode, um die Daten für den Mutterbalken festzulegen:

//+------------------------------------------------------------------+
//| Pin Bar pattern control class                                    |
//+------------------------------------------------------------------+
class CPatternControlPinBar : public CPatternControl
  {
protected:
//--- (1) Search for a pattern, return direction (or -1),
//--- (2) create a pattern with a specified direction,
//--- (3) create and return a unique pattern code
//--- (4) return the list of patterns managed by the object
   virtual ENUM_PATTERN_DIRECTION FindPattern(const datetime series_bar_time,const uint min_body_size,MqlRates &mother_bar_data) const;
   virtual CPattern *CreatePattern(const ENUM_PATTERN_DIRECTION direction,const uint id,CBar *bar);
   virtual ulong     GetPatternCode(const ENUM_PATTERN_DIRECTION direction,const datetime time) const
                       {
                        //--- unique pattern code = candle opening time + type + status + pattern direction + timeframe + timeseries symbol
                        return(time+PATTERN_TYPE_PIN_BAR+PATTERN_STATUS_PA+direction+this.Timeframe()+this.m_symbol_code);
                       }
   virtual CArrayObj*GetListPatterns(void);
//--- Create object ID based on pattern search criteria
   virtual ulong     CreateObjectID(void);

public:
//--- Parametric constructor
                     CPatternControlPinBar(const string symbol,const ENUM_TIMEFRAMES timeframe,
                                           CArrayObj *list_series,CArrayObj *list_patterns,
                                           const double ratio_body_to_candle_size,
                                           const double ratio_larger_shadow_to_candle_size,
                                           const double ratio_smaller_shadow_to_candle_size) :
                        CPatternControl(symbol,timeframe,PATTERN_STATUS_PA,PATTERN_TYPE_PIN_BAR,list_series,list_patterns)
                       {
                        this.m_ratio_body_to_candle_size=ratio_body_to_candle_size;
                        this.m_ratio_larger_shadow_to_candle_size=ratio_larger_shadow_to_candle_size;
                        this.m_ratio_smaller_shadow_to_candle_size=ratio_smaller_shadow_to_candle_size;
                        this.m_object_id=this.CreateObjectID();
                       }
  };


In der Methode, die das Muster mit der angegebenen Richtung erstellt, fügen wir der Variablen MqlRates schreibende Balkendaten hinzu:

//+---------------------------------------------------------------------+
//| CPatternControlPinBar::Create a pattern with a specified direction  |
//+---------------------------------------------------------------------+
CPattern *CPatternControlPinBar::CreatePattern(const ENUM_PATTERN_DIRECTION direction,const uint id,CBar *bar)
  {
//--- If invalid indicator is passed to the bar object, return NULL
   if(bar==NULL)
      return NULL;
//--- Fill the MqlRates structure with bar data
   MqlRates rates={0};
   this.SetBarData(bar,rates);
//--- Create a new Pin Bar pattern
   CPatternPinBar *obj=new CPatternPinBar(id,this.Symbol(),this.Timeframe(),rates,direction);
   if(obj==NULL)
      return NULL;
//--- set the proportions of the candle the pattern was found on to the properties of the created pattern object
   obj.SetProperty(PATTERN_PROP_RATIO_BODY_TO_CANDLE_SIZE,bar.RatioBodyToCandleSize());
   obj.SetProperty(PATTERN_PROP_RATIO_LOWER_SHADOW_TO_CANDLE_SIZE,bar.RatioLowerShadowToCandleSize());
   obj.SetProperty(PATTERN_PROP_RATIO_UPPER_SHADOW_TO_CANDLE_SIZE,bar.RatioUpperShadowToCandleSize());
//--- set the search criteria of the candle the pattern was found on to the properties of the created pattern object
   obj.SetProperty(PATTERN_PROP_RATIO_BODY_TO_CANDLE_SIZE_CRITERION,this.RatioBodyToCandleSizeValue());
   obj.SetProperty(PATTERN_PROP_RATIO_LARGER_SHADOW_TO_CANDLE_SIZE_CRITERION,this.RatioLargerShadowToCandleSizeValue());
   obj.SetProperty(PATTERN_PROP_RATIO_SMALLER_SHADOW_TO_CANDLE_SIZE_CRITERION,this.RatioSmallerShadowToCandleSizeValue());
//--- Set the control object ID to the pattern object
   obj.SetProperty(PATTERN_PROP_CTRL_OBJ_ID,this.ObjectID());
//--- Return the pointer to a created object
   return obj;
  }

Zuvor haben wir hier die Daten Element für Element eingegeben. Jetzt wird diese elementweise Eingabe in der Methode SetBarData() durchgeführt, die die gleiche ist, aber der Methodencode ist kürzer.


In der Methode, die nach dem Muster sucht, fügen wir die Eingabedaten zu dem Balkendaten-Mutterbalken hinzu, in dem das Muster gefunden wurde:

//+------------------------------------------------------------------+
//| CPatternControlPinBar::Search for the pattern                    |
//+------------------------------------------------------------------+
ENUM_PATTERN_DIRECTION CPatternControlPinBar::FindPattern(const datetime series_bar_time,const uint min_body_size,MqlRates &mother_bar_data) const
  {
//--- Get data for one bar by time
   CArrayObj *list=CSelect::ByBarProperty(this.m_list_series,BAR_PROP_TIME,series_bar_time,EQUAL);
//--- If the list is empty, return -1
   if(list==NULL || list.Total()==0)
      return WRONG_VALUE;
//--- he size of the candle body should be less than or equal to RatioBodyToCandleSizeValue() (default 30%) of the entire candle size,
//--- in this case, the body size should not be less than min_body_size
   list=CSelect::ByBarProperty(list,BAR_PROP_RATIO_BODY_TO_CANDLE_SIZE,this.RatioBodyToCandleSizeValue(),EQUAL_OR_LESS);
   list=CSelect::ByBarProperty(list,BAR_PROP_RATIO_BODY_TO_CANDLE_SIZE,min_body_size,EQUAL_OR_MORE);
//--- If the list is empty - there are no patterns, return -1
   if(list==NULL || list.Total()==0)
      return WRONG_VALUE;
      
//--- Define the bullish pattern
//--- The lower shadow should be equal to or greater than RatioLargerShadowToCandleSizeValue() (default 60%) of the entire candle size
   CArrayObj *list_bullish=CSelect::ByBarProperty(list,BAR_PROP_RATIO_LOWER_SHADOW_TO_CANDLE_SIZE,this.RatioLargerShadowToCandleSizeValue(),EQUAL_OR_MORE);
//--- The upper shadow should be less than or equal to RatioSmallerShadowToCandleSizeValue() (default 30%) of the entire candle size
   list_bullish=CSelect::ByBarProperty(list_bullish,BAR_PROP_RATIO_UPPER_SHADOW_TO_CANDLE_SIZE,this.RatioSmallerShadowToCandleSizeValue(),EQUAL_OR_LESS);
//--- If a pattern is found on the bar
   if(list_bullish!=NULL && list_bullish.Total()>0)
     {
      CBar *bar=list.At(list_bullish.Total()-1);
      if(bar!=NULL)
        {
         this.SetBarData(bar,mother_bar_data);
         return PATTERN_DIRECTION_BULLISH;
        }
     }

//--- Define the bearish pattern
//--- The upper shadow should be equal to or greater than RatioLargerShadowToCandleSizeValue() (default 60%) of the entire candle size
   CArrayObj *list_bearish=CSelect::ByBarProperty(list,BAR_PROP_RATIO_UPPER_SHADOW_TO_CANDLE_SIZE,this.RatioLargerShadowToCandleSizeValue(),EQUAL_OR_MORE);
//--- The lower shadow should be less than or equal to RatioSmallerShadowToCandleSizeValue() (default 30%) of the entire candle size
   list_bearish=CSelect::ByBarProperty(list_bearish,BAR_PROP_RATIO_LOWER_SHADOW_TO_CANDLE_SIZE,this.RatioSmallerShadowToCandleSizeValue(),EQUAL_OR_LESS);
//--- If a pattern is found on the bar
   if(list_bearish!=NULL && list_bearish.Total()>0)
     {
      CBar *bar=list.At(list_bearish.Total()-1);
      if(bar!=NULL)
        {
         this.SetBarData(bar,mother_bar_data);
         return PATTERN_DIRECTION_BEARISH;
        }
     }
//--- No patterns found - return -1
   return WRONG_VALUE;
  }

Da es sich beim „Pin-Bar“ um eine Formation aus einem Balken handelt, ist der Mutterbalken auch der Basisbalken, auf dem das Muster gefunden wurde.


Erstellen wir die Klasse zur Verwaltung des Musters „Inside-Bar“. Die Struktur dieses Musters ist streng definiert und hat keine weiteren Parameter, außer dass sich der Basisbalken (rechts) vollständig innerhalb des Mutterbalkens (links) befinden muss. Es gibt keine weiteren Parameter. Daher ist jedes „Inside-Bar“-Muster das einzige Muster in einer Zeitreihe, im Gegensatz zum „Pin-Bar“-Muster, bei dem wir die Parameter für die Suche festlegen können, und es kann mehrere „Pin-Bar“-Muster mit unterschiedlichen Parametern in einer Zeitreihe geben. Für jedes dieser Muster wird ein eigenes Kontrollobjekt erstellt. In Anbetracht der obigen Ausführungen wird für das Muster „Inside-Bar“ immer nur ein Kontrollobjekt für jede Zeitreihe erstellt.

Tragen wir die neue Klasse zur Verwaltung des Musters „Inside-Bar“ in derselben Datei nach der Kontrollklasse für das Muster „Pin-Bar“ ein:

//+------------------------------------------------------------------+
//| Inside Bar pattern control class                                 |
//+------------------------------------------------------------------+
class CPatternControlInsideBar : public CPatternControl
  {
private:
//--- Check and return the presence of a pattern on two adjacent bars
   bool              CheckInsideBar(const CBar *bar1,const CBar *bar0) const
                       {
                        //--- If empty bar objects are passed, return 'false'
                        if(bar0==NULL || bar1==NULL)
                           return false;
                        //--- Return the fact that the bar on the right is completely within the dimensions of the bar on the left
                        return(bar0.High()<bar1.High() && bar0.Low()>bar1.Low());
                       }
   bool              FindMotherBar(CArrayObj *list,MqlRates &rates) const
                       {
                        bool res=false;
                        if(list==NULL)
                           return false;
                        //--- In a loop through the list, starting from the bar to the left of the base one
                        for(int i=list.Total()-2;i>0;i--)
                          {
                           //--- Get the pointers to two consecutive bars 
                           CBar *bar0=list.At(i);
                           CBar *bar1=list.At(i-1);
                           if(bar0==NULL || bar1==NULL)
                              return false;
                           //--- If the obtained bars represent a pattern 
                           if(CheckInsideBar(bar1,bar0))
                             {
                              //--- set mother bar data to the MqlRates variable and set 'res' to 'true'
                              this.SetBarData(bar1,rates);
                              res=true;
                             }
                           //--- If there is no pattern, interrupt the loop
                           else
                              break;
                          }
                        //--- return the result
                        return res;
                       }
protected:
//--- (1) Search for a pattern, return direction (or -1),
//--- (2) create a pattern with a specified direction,
//--- (3) create and return a unique pattern code
//--- (4) return the list of patterns managed by the object
   virtual ENUM_PATTERN_DIRECTION FindPattern(const datetime series_bar_time,const uint min_body_size,MqlRates &mother_bar_data) const;
   virtual CPattern *CreatePattern(const ENUM_PATTERN_DIRECTION direction,const uint id,CBar *bar);
   virtual ulong     GetPatternCode(const ENUM_PATTERN_DIRECTION direction,const datetime time) const
                       {
                        //--- unique pattern code = candle opening time + type + status + pattern direction + timeframe + timeseries symbol
                        return(time+PATTERN_TYPE_INSIDE_BAR+PATTERN_STATUS_PA+PATTERN_DIRECTION_BOTH+this.Timeframe()+this.m_symbol_code);
                       }
   virtual CArrayObj*GetListPatterns(void);
//--- Create object ID based on pattern search criteria
   virtual ulong     CreateObjectID(void);

public:
//--- Parametric constructor
                     CPatternControlInsideBar(const string symbol,const ENUM_TIMEFRAMES timeframe,
                                              CArrayObj *list_series,CArrayObj *list_patterns) :
                        CPatternControl(symbol,timeframe,PATTERN_STATUS_PA,PATTERN_TYPE_INSIDE_BAR,list_series,list_patterns)
                       {
                        this.m_ratio_body_to_candle_size=0;
                        this.m_ratio_larger_shadow_to_candle_size=0;
                        this.m_ratio_smaller_shadow_to_candle_size=0;
                        this.m_object_id=this.CreateObjectID();
                       }
  };

Die Klasse ist praktisch eine Kopie der Klasse des Musters „Pin-Bar“, die im vorherigen Artikel über die Bibliotheksmuster beschrieben wurde. Im Klassenkonstruktor setzen wir alle Kriterien für die Mustersuche auf Null, da sie hier nicht verwendet werden. Die Objekt-ID ist immer Null, da dies das einzige Objekt in einer Zeitreihe ist:

//+------------------------------------------------------------------+
//| Create object ID based on pattern search criteria                |
//+------------------------------------------------------------------+
ulong CPatternControlInsideBar::CreateObjectID(void)
  {
   return 0;
  }


Die wichtigsten Methoden der Mustersuche sind der Vergleich zweier benachbarter Balken auf das Vorhandensein des Musters und die Suche nach dem Mutterbalken:

//--- Check and return the presence of a pattern on two adjacent bars
   bool              CheckInsideBar(const CBar *bar1,const CBar *bar0) const
                       {
                        //--- If empty bar objects are passed, return 'false'
                        if(bar0==NULL || bar1==NULL)
                           return false;
                        //--- Return the fact that the bar on the right is completely within the dimensions of the bar on the left
                        return(bar0.High()<bar1.High() && bar0.Low()>bar1.Low());
                       }
   bool              FindMotherBar(CArrayObj *list,MqlRates &rates) const
                       {
                        bool res=false;
                        if(list==NULL)
                           return false;
                        //--- In a loop through the list, starting from the bar to the left of the base one
                        for(int i=list.Total()-2;i>0;i--)
                          {
                           //--- Get the pointers to two consecutive bars 
                           CBar *bar0=list.At(i);
                           CBar *bar1=list.At(i-1);
                           if(bar0==NULL || bar1==NULL)
                              return false;
                           //--- If the obtained bars represent a pattern 
                           if(CheckInsideBar(bar1,bar0))
                             {
                              //--- set mother bar data to the MqlRates variable and set 'res' to 'true'
                              this.SetBarData(bar1,rates);
                              res=true;
                             }
                           //--- If there is no pattern, interrupt the loop
                           else
                              break;
                          }
                        //--- return the result
                        return res;
                       }

Die Mustersuchmethode vergleicht einfach die Größen zweier benachbarter Balken und gibt das Flag zurück, dass der rechte Balken vollständig innerhalb des linken liegt.

Bei der Suche nach dem Mutterbalken wird in einer Schleife durch die Liste der Balken nach Mustern gesucht, und wenn ein Muster gefunden wird, werden die Balkendaten in die Variable MqlRates geschrieben, und die Suche wird mit dem nächsten Balkenpaar fortgesetzt. Die Suche wird so lange fortgesetzt, bis bei jeder Iteration der Schleife Muster gefunden werden, und die Daten des Mutterbalkens werden in eine Variable aus jedem nachfolgenden Balken geschrieben. Auf diese Weise finden wir alle verschachtelten Muster und erhalten schließlich die Daten des Hauptbalkens aus dem ganz linken Balken der gesamten Sequenz.


Die Methode, die das Muster mit der angegebenen Richtung erstellt:

//+-----------------------------------------------------------------------+
//|CPatternControlInsideBar::Create a pattern with the specified direction|
//+-----------------------------------------------------------------------+
CPattern *CPatternControlInsideBar::CreatePattern(const ENUM_PATTERN_DIRECTION direction,const uint id,CBar *bar)
  {
//--- If invalid indicator is passed to the bar object, return NULL
   if(bar==NULL)
      return NULL;
//--- Fill the MqlRates structure with bar data
   MqlRates rates={0};
   this.SetBarData(bar,rates);
//--- Create a new Inside Bar pattern
   CPatternInsideBar *obj=new CPatternInsideBar(id,this.Symbol(),this.Timeframe(),rates,PATTERN_DIRECTION_BOTH);
   if(obj==NULL)
      return NULL;
//--- set the proportions of the candle the pattern was found on to the properties of the created pattern object
   obj.SetProperty(PATTERN_PROP_RATIO_BODY_TO_CANDLE_SIZE,bar.RatioBodyToCandleSize());
   obj.SetProperty(PATTERN_PROP_RATIO_LOWER_SHADOW_TO_CANDLE_SIZE,bar.RatioLowerShadowToCandleSize());
   obj.SetProperty(PATTERN_PROP_RATIO_UPPER_SHADOW_TO_CANDLE_SIZE,bar.RatioUpperShadowToCandleSize());
//--- set the search criteria of the candle the pattern was found on to the properties of the created pattern object
   obj.SetProperty(PATTERN_PROP_RATIO_BODY_TO_CANDLE_SIZE_CRITERION,this.RatioBodyToCandleSizeValue());
   obj.SetProperty(PATTERN_PROP_RATIO_LARGER_SHADOW_TO_CANDLE_SIZE_CRITERION,this.RatioLargerShadowToCandleSizeValue());
   obj.SetProperty(PATTERN_PROP_RATIO_SMALLER_SHADOW_TO_CANDLE_SIZE_CRITERION,this.RatioSmallerShadowToCandleSizeValue());
//--- Set the control object ID to the pattern object
   obj.SetProperty(PATTERN_PROP_CTRL_OBJ_ID,this.ObjectID());
//--- Return the pointer to a created object
   return obj;
  }

Die Methode erstellt einfach ein neues Objekt der Musterklasse „Inside-Bar“ und gibt das Ergebnis der Erstellung des neuen Objekts zurück. Alles unterhalb der Zeichenketten für die Erstellung eines neuen Objekts sind immer noch nutzlose Zuweisungen von Nullen an Objekteigenschaften, die bereits im Klassenkonstruktor zugewiesen werden. Aber im Moment ist das alles noch übrig. Später kann es notwendig sein, die Verwendung einiger Parameter zur Identifizierung des Musters hinzuzufügen. Wenn nicht, dann werde ich den zusätzlichen Code einfach entfernen.


Die Methode zur Suche nach dem Muster:

//+------------------------------------------------------------------+
//| CPatternControlInsideBar::Search for pattern                     |
//+------------------------------------------------------------------+
ENUM_PATTERN_DIRECTION CPatternControlInsideBar::FindPattern(const datetime series_bar_time,const uint min_body_size,MqlRates &mother_bar_data) const
  {
//--- Get bar data up to and including the specified time
   CArrayObj *list=CSelect::ByBarProperty(this.m_list_series,BAR_PROP_TIME,series_bar_time,EQUAL_OR_LESS);
//--- If the list is empty, return -1
   if(list==NULL || list.Total()==0)
      return WRONG_VALUE;
//--- Sort the list by bar opening time
   list.Sort(SORT_BY_BAR_TIME);
//--- Get the latest bar from the list (base bar)
   CBar *bar_patt=list.At(list.Total()-1);
   if(bar_patt==NULL)
      return WRONG_VALUE;
//--- In the loop from the next bar (mother),
   for(int i=list.Total()-2;i>=0;i--)
     {
      CBar *bar_prev=list.At(i);
      if(bar_prev==NULL)
         return WRONG_VALUE;
      //--- check that the resulting two bars are a pattern. If not, return -1
      if(!this.CheckInsideBar(bar_prev,bar_patt))
         return WRONG_VALUE;
      //--- If the pattern is found at the previous step, look for nested patterns.
      //--- The leftmost bar will be the mother bar for the entire chain of nested patterns
      //--- If the found pattern does not have nested ones, then its mother bar will be the current cycle bar (to the left of the base one)
      if(!this.FindMotherBar(list,mother_bar_data))
         SetBarData(bar_prev,mother_bar_data);
//--- Return the pattern direction (bidirectional)
      return PATTERN_DIRECTION_BOTH;
     }
//--- No patterns found - return -1
   return WRONG_VALUE;
  }

Die Logik der Methode ist in den Kommentaren beschrieben. Die Eröffnungszeit des aktuellen Balkens wird an die Methode übergeben. Holt die Liste aller Balken außer dem aktuellen Balken (wir suchen nicht nach Mustern auf dem Null-Balken). In der Schleife, die auf der resultierenden Liste der Balken basiert, werden alle zwei benachbarten Balken daraufhin überprüft, ob sie die Kriterien des Musters erfüllen. Wenn ihre Beziehung ein Muster ist, suchen wir nach verschachtelten Mustern, d. h. wir suchen in einer zusätzlichen Schleife nach benachbarten Mustern, bis sie gefunden werden. Auf diese Weise finden wir die gesamte Kette benachbarter Muster, und das am weitesten links liegende - sein linker Balken - wird der Mutterbalken für die gesamte Kette verschachtelter Muster sein. Dieser Balken, seine Zeit und die Preise werden in die Eigenschaften des gefundenen Musters geschrieben. Diese Daten geben uns die Möglichkeit, die gesamte Kette der verschachtelten Muster vollständig einzurahmen, wenn wir sie auf dem Chart anzeigen, der im Test-EA sichtbar sein wird.


Die Methode gibt eine Liste von Mustern zurück, die von dem Objekt verwaltet werden:

//+------------------------------------------------------------------+
//| Returns the list of patterns managed by the object               |
//+------------------------------------------------------------------+
CArrayObj *CPatternControlInsideBar::GetListPatterns(void)
  {
   CArrayObj *list=CSelect::ByPatternProperty(this.m_list_all_patterns,PATTERN_PROP_PERIOD,this.Timeframe(),EQUAL);
   list=CSelect::ByPatternProperty(list,PATTERN_PROP_SYMBOL,this.Symbol(),EQUAL);
   list=CSelect::ByPatternProperty(list,PATTERN_PROP_TYPE,PATTERN_TYPE_INSIDE_BAR,EQUAL);
   return CSelect::ByPatternProperty(list,PATTERN_PROP_CTRL_OBJ_ID,this.ObjectID(),EQUAL);
  }


Passen wir in der Klasse des Muster-Managements die Methode an, die das Objekt „Inner Bar“ des der Musterkontrolle zurückgibt:

//--- Return the Inside Bar pattern control object
   CPatternControl  *GetObjControlPatternInsideBar(void)
                       {
                        int total=this.m_list_controls.Total();
                        for(int i=0;i<total;i++)
                          {
                           CPatternControl *obj=this.m_list_controls.At(i);
                           if(obj==NULL)
                              continue;
                           //--- Check search conditions and return the result
                           if(obj.TypePattern()==PATTERN_TYPE_INSIDE_BAR)
                              return obj;
                          }
                        return NULL;
                       }

Zuvor gab die Methode NULL zurück, da die Klasse des von der Methode zurückgegebenen Objekts noch nicht erstellt worden war.


Passen wir die Methode an, die das Flag für die Verwendung des Musters „Inside-Bar“ setzt und ein Steuerelementobjekt erstellt, wenn es noch nicht vorhanden ist:

//--- Set the flag for using the Pattern Inside and create a control object if it does not already exist
   void              SetUsedPatternInsideBar(const bool flag)
                       {
                        //--- Get the pointer to the Inner Bar pattern control object 
                        CPatternControlInsideBar *obj=this.GetObjControlPatternInsideBar();
                        //--- If the pointer is received (the object exists), set the use flag 
                        if(obj!=NULL)
                           obj.SetUsed(flag);
                        //--- f there is no object and the flag is passed as 'true'
                        else if(flag)
                          {
                           //--- Create the new Inside Bar pattern control object
                           obj=new CPatternControlInsideBar(this.Symbol(),this.Timeframe(),this.m_list_series,this.m_list_all_patterns);
                           if(obj==NULL)
                              return;
                           //--- Add pointer to the created object to the list
                           if(!this.m_list_controls.Add(obj))
                             {
                              delete obj;
                              return;
                             }
                           //--- Set the usage flag and pattern parameters to the control object
                           obj.SetUsed(flag);
                           obj.SetRatioBodyToCandleSizeValue(0);
                           obj.SetRatioLargerShadowToCandleSizeValue(0);
                           obj.SetRatioSmallerShadowToCandleSizeValue(0);
                           obj.CreateAndRefreshPatternList(0);
                          }
                       }

Zuvor war die Methode aus dem oben genannten Grund leer. Die Logik der Methode ist im Code kommentiert und bedarf kaum einer zusätzlichen Erklärung.


Schreiben wir die Methoden zum Setzen des Flags für das Zeichnen des Musters mit Punkten:

//+------------------------------------------------------------------+
//| Methods for setting the flag of drawing the pattern using dots   |
//+------------------------------------------------------------------+
//--- Set the flag for drawing the Harami pattern with dots
   void              SetDrawingAsDotsPatternHarami(const bool flag,const bool redraw)
                       {
                        
                       }
//--- Set the flag for drawing the Harami Cross pattern with dots
   void              SetDrawingAsDotsPatternHaramiCross(const bool flag,const bool redraw)
                       {
                        
                       }
//--- Set the flag for drawing the Tweezer pattern with dots
   void              SetDrawingAsDotsPatternTweezer(const bool flag,const bool redraw)
                       {
                       
                       }
//--- Set the flag for drawing the Piercing Line pattern with dots
   void              SetDrawingAsDotsPatternPiercingLine(const bool flag,const bool redraw)
                       {
                       
                       }
//--- Set the flag for drawing the Cloud Cover pattern with dots
   void              SetDrawingAsDotsPatternDarkCloudCover(const bool flag,const bool redraw)
                       {
                       
                       }
//--- Set the flag for drawing the Three White Soldiers pattern with dots
   void              SetDrawingAsDotsPatternThreeWhiteSoldiers(const bool flag,const bool redraw)
                       {
                       
                       }
//--- Set the flag for drawing the Three Black Crows pattern with dots
   void              SetDrawingAsDotsPatternThreeBlackCrows(const bool flag,const bool redraw)
                       {
                       
                       }
//--- Set the flag for drawing the Shooting Star pattern with dots
   void              SetDrawingAsDotsPatternShootingStar(const bool flag,const bool redraw)
                       {
                       
                       }
//--- Set the flag for drawing the Hammer pattern with dots
   void              SetDrawingAsDotsPatternHammer(const bool flag,const bool redraw)
                       {
                       
                       }
//--- Set the flag for drawing the Inverted Hammer pattern with dots
   void              SetDrawingAsDotsPatternInvertedHammer(const bool flag,const bool redraw)
                       {
                       
                       }
//--- Set the flag for drawing the Hanging Man pattern with dots
   void              SetDrawingAsDotsPatternHangingMan(const bool flag,const bool redraw)
                       {
                       
                       }
//--- Set the flag for drawing the Doji pattern with dots
   void              SetDrawingAsDotsPatternDoji(const bool flag,const bool redraw)
                       {
                       
                       }
//--- Set the flag for drawing the Dragonfly Doji pattern with dots
   void              SetDrawingAsDotsPatternDragonflyDoji(const bool flag,const bool redraw)
                       {
                       
                       }
//--- Set the flag for drawing the Gravestone Doji pattern with dots
   void              SetDrawingAsDotsPatternGravestoneDoji(const bool flag,const bool redraw)
                       {
                       
                       }
//--- Set the flag for drawing the Morning Star pattern with dots
   void              SetDrawingAsDotsPatternMorningStar(const bool flag,const bool redraw)
                       {
                       
                       }
//--- Set the flag for drawing the Morning Doji Star pattern with dots
   void              SetDrawingAsDotsPatternMorningDojiStar(const bool flag,const bool redraw)
                       {
                       
                       }
//--- Set the flag for drawing the Evening Star pattern with dots
   void              SetDrawingAsDotsPatternEveningStar(const bool flag,const bool redraw)
                       {
                       
                       }
//--- Set the flag for drawing the Evening Doji Star pattern with dots
   void              SetDrawingAsDotsPatternEveningDojiStar(const bool flag,const bool redraw)
                       {
                       
                       }
//--- Set the flag for drawing the Three Stars pattern with dots
   void              SetDrawingAsDotsPatternThreeStars(const bool flag,const bool redraw)
                       {
                       
                       }
//--- Set the flag for drawing the Abandoned Baby pattern with dots
   void              SetDrawingAsDotsPatternAbandonedBaby(const bool flag,const bool redraw)
                       {
                       
                       }
//--- Set the flag for drawing the Pivot Point Reversal pattern with dots
//--- Price Action
   void              SetDrawingAsDotsPatternPivotPointReversal(const bool flag,const bool redraw)
                       {
                       
                       }
//--- Set the flag for drawing the Outside Bar pattern with dots
   void              SetDrawingAsDotsPatternOutsideBar(const bool flag,const bool redraw)
                       {
                       
                       }
//--- Set the flag for drawing the Inside Bar pattern with dots
   void              SetDrawingAsDotsPatternInsideBar(const bool flag,const bool redraw)
                       {
                        //--- Get the pointer to the Inner Bar pattern control object 
                        CPatternControlInsideBar *obj=this.GetObjControlPatternInsideBar();
                        //--- If the pointer is received (the object exists), set the drawing flag
                        if(obj!=NULL)
                           obj.SetDrawingAsDots(flag,redraw);
                       }
//--- Set the flag for drawing the Pin Bar pattern with dots
   void              SetDrawingAsDotsPatternPinBar(const bool flag,const bool redraw,  // Flag of drawing with dots and Pin Bar Price Action redraw flag
                                          const double ratio_body=30,                  // Percentage ratio of the candle body to the full size of the candle
                                          const double ratio_larger_shadow=60,         // Percentage ratio of the size of the larger shadow to the size of the candle
                                          const double ratio_smaller_shadow=30)        // Percentage ratio of the size of the smaller shadow to the size of the candle
                       {
                        //--- Get the pointer to the Pin Bar pattern control object with the specified parameters
                        CPatternControlPinBar *obj=this.GetObjControlPatternPinBar(ratio_body,ratio_larger_shadow,ratio_smaller_shadow);
                        //--- If the pointer is received (the object exists), set the use flag 
                        if(obj!=NULL)
                           obj.SetDrawingAsDots(flag,redraw);
                       }
//--- Set the flag for drawing the Rails pattern with dots
   void              SetDrawingAsDotsPatternRails(const bool flag,const bool redraw)
                       {
                       
                       }

Die Methoden sind nur für zwei Muster vollständig geschrieben. Für die übrigen Muster gibt es nur Vorlagen, die wir ausfüllen werden, wenn wir neue Klassen von Musterobjekten schreiben.


Wir schreiben Sie die Methoden der Rückgabe des Flags der Zeichnung mit Punkten:

//+------------------------------------------------------------------+
//| Methods of returning the flag of drawing with dots               |
//+------------------------------------------------------------------+
//--- Candle formations
//--- Return the flag for drawing the Harami pattern with dots
   bool              IsDrawingAsDotsPatternHarami(void)
                       {
                        CPatternControl *obj=GetObjControlPatternHarami();
                        return(obj!=NULL ? obj.IsDrawingAsDots() : false);
                       }
//--- Return the flag for drawing the Harami Cross pattern with dots
   bool              IsDrawingAsDotsPatternHaramiCross(void)
                       {
                        CPatternControl *obj=GetObjControlPatternHaramiCross();
                        return(obj!=NULL ? obj.IsDrawingAsDots() : false);
                       }
//--- Return the flag for drawing the Tweezer pattern with dots
   bool              IsDrawingAsDotsPatternTweezer(void)
                       {
                        CPatternControl *obj=GetObjControlPatternTweezer();
                        return(obj!=NULL ? obj.IsDrawingAsDots() : false);
                       }
//--- Return the flag for drawing the Piercing Line pattern with dots
   bool              IsDrawingAsDotsPatternPiercingLine(void)
                       {
                        CPatternControl *obj=GetObjControlPatternPiercingLine();
                        return(obj!=NULL ? obj.IsDrawingAsDots() : false);
                       }
//--- Return the flag for drawing the Cloud Cover pattern with dots
   bool              IsDrawingAsDotsPatternDarkCloudCover(void)
                       {
                        CPatternControl *obj=GetObjControlPatternDarkCloudCover();
                        return(obj!=NULL ? obj.IsDrawingAsDots() : false);
                       }
//--- Return the flag for drawing the Three White Soldiers pattern with dots
   bool              IsDrawingAsDotsPatternThreeWhiteSoldiers(void)
                       {
                        CPatternControl *obj=GetObjControlPatternThreeWhiteSoldiers();
                        return(obj!=NULL ? obj.IsDrawingAsDots() : false);
                       }
//--- Return the flag for drawing the Three Black Crows pattern with dots
   bool              IsDrawingAsDotsPatternThreeBlackCrows(void)
                       {
                        CPatternControl *obj=GetObjControlPatternThreeBlackCrows();
                        return(obj!=NULL ? obj.IsDrawingAsDots() : false);
                       }
//--- Return the flag for drawing the Shooting Star pattern with dots
   bool              IsDrawingAsDotsPatternShootingStar(void)
                       {
                        CPatternControl *obj=GetObjControlPatternShootingStar();
                        return(obj!=NULL ? obj.IsDrawingAsDots() : false);
                       }
//--- Return the flag for drawing the Hammer pattern with dots
   bool              IsDrawingAsDotsPatternHammer(void)
                       {
                        CPatternControl *obj=GetObjControlPatternHammer();
                        return(obj!=NULL ? obj.IsDrawingAsDots() : false);
                       }
//--- Return the flag for drawing the Inverted Hammer pattern with dots
   bool              IsDrawingAsDotsPatternInvertedHammer(void)
                       {
                        CPatternControl *obj=GetObjControlPatternInvertedHammer();
                        return(obj!=NULL ? obj.IsDrawingAsDots() : false);
                       }
//--- Return the flag for drawing the Hanging Man pattern with dots
   bool              IsDrawingAsDotsPatternHangingMan(void)
                       {
                        CPatternControl *obj=GetObjControlPatternHangingMan();
                        return(obj!=NULL ? obj.IsDrawingAsDots() : false);
                       }
//--- Return the flag for drawing the Doji pattern with dots
   bool              IsDrawingAsDotsPatternDoji(void)
                       {
                        CPatternControl *obj=GetObjControlPatternDoji();
                        return(obj!=NULL ? obj.IsDrawingAsDots() : false);
                       }
//--- Return the flag for drawing the Dragonfly Doji pattern with dots
   bool              IsDrawingAsDotsPatternDragonflyDoji(void)
                       {
                        CPatternControl *obj=GetObjControlPatternDragonflyDoji();
                        return(obj!=NULL ? obj.IsDrawingAsDots() : false);
                       }
//--- Return the flag for drawing the Gravestone Doji pattern with dots
   bool              IsDrawingAsDotsPatternGravestoneDoji(void)
                       {
                        CPatternControl *obj=GetObjControlPatternGravestoneDoji();
                        return(obj!=NULL ? obj.IsDrawingAsDots() : false);
                       }
//--- Return the flag for drawing the Morning Star pattern with dots
   bool              IsDrawingAsDotsPatternMorningStar(void)
                       {
                        CPatternControl *obj=GetObjControlPatternMorningStar();
                        return(obj!=NULL ? obj.IsDrawingAsDots() : false);
                       }
//--- Return the flag for drawing the Morning Doji Star pattern with dots
   bool              IsDrawingAsDotsPatternMorningDojiStar(void)
                       {
                        CPatternControl *obj=GetObjControlPatternMorningDojiStar();
                        return(obj!=NULL ? obj.IsDrawingAsDots() : false);
                       }
//--- Return the flag for drawing the Evening Star pattern with dots
   bool              IsDrawingAsDotsPatternEveningStar(void)
                       {
                        CPatternControl *obj=GetObjControlPatternEveningStar();
                        return(obj!=NULL ? obj.IsDrawingAsDots() : false);
                       }
//--- Return the flag for drawing the Evening Doji Star pattern with dots
   bool              IsDrawingAsDotsPatternEveningDojiStar(void)
                       {
                        CPatternControl *obj=GetObjControlPatternEveningDojiStar();
                        return(obj!=NULL ? obj.IsDrawingAsDots() : false);
                       }
//--- Return the flag for drawing the Three Stars pattern with dots
   bool              IsDrawingAsDotsPatternThreeStars(void)
                       {
                        CPatternControl *obj=GetObjControlPatternThreeStars();
                        return(obj!=NULL ? obj.IsDrawingAsDots() : false);
                       }
//--- Return the flag for drawing the Abandoned Baby pattern with dots
   bool              IsDrawingAsDotsPatternAbandonedBaby(void)
                       {
                        CPatternControl *obj=GetObjControlPatternAbandonedBaby();
                        return(obj!=NULL ? obj.IsDrawingAsDots() : false);
                       }
//--- Price Action
//--- Return the flag for drawing the Pivot Point Reversal pattern with dots
   bool              IsDrawingAsDotsPatternPivotPointReversal(void)
                       {
                        CPatternControl *obj=GetObjControlPatternPivotPointReversal();
                        return(obj!=NULL ? obj.IsDrawingAsDots() : false);
                       }
//--- Return the flag for drawing the Outside Bar pattern with dots
   bool              IsDrawingAsDotsPatternOutsideBar(void)
                       {
                        CPatternControl *obj=GetObjControlPatternOutsideBar();
                        return(obj!=NULL ? obj.IsDrawingAsDots() : false);
                       }
//--- Return the flag for drawing the Inside Bar pattern with dots
   bool              IsDrawingAsDotsPatternInsideBar(void)
                       {
                        CPatternControl *obj=GetObjControlPatternInsideBar();
                        return(obj!=NULL ? obj.IsDrawingAsDots() : false);
                       }
//--- Return the flag for drawing the Pin Bar pattern with dots
   bool              IsDrawingAsDotsPatternPinBar(const double ratio_body=30,             // Percentage ratio of the candle body to the full size of the candle
                                                  const double ratio_larger_shadow=60,    // Percentage ratio of the size of the larger shadow to the size of the candle
                                                  const double ratio_smaller_shadow=30)   // Percentage ratio of the size of the smaller shadow to the size of the candle
                       {
                        //--- Get the pattern control object based on its parameters
                        CPatternControl *obj=this.GetObjControlPatternPinBar(ratio_body,ratio_larger_shadow,ratio_smaller_shadow);
                        //--- Return the pattern use flag, or 'false' if the object is not found 
                        return(obj!=NULL ? obj.IsDrawingAsDots() : false);
                       }
//--- Return the flag for drawing the Rails pattern with dots
   bool              IsDrawingAsDotsPatternRails(void)
                       {
                        CPatternControl *obj=GetObjControlPatternRails();
                        return(obj!=NULL ? obj.IsDrawingAsDots() : false);
                       }

Die Eingänge sind für die Methode implementiert, die das „Pin-Bar“-Muster mit Punkten zeichnet, da alle Methoden für die Arbeit mit dem Muster sie haben. Die übrigen Methoden geben derzeit Flags für das Zeichnen mit Punkten ohne Parameter zurück. Wenn einige Muster Parameter erfordern, werden wir sie später in solche Methoden schreiben.


Nun müssen genau die gleichen Methoden für die Klasse der Zeitreihen geschrieben werden, die sich in der gleichen Datei befindet:

//--- Set the flag for using the Pattern Inside and create a control object if it does not already exist
   void              SetUsedPatternInsideBar(const bool flag)
                       {
                        if(this.m_patterns_control==NULL)
                           return;
                        this.m_patterns_control.SetUsedPatternInsideBar(flag);
                       }

...

//+------------------------------------------------------------------+
//| Methods for setting the flag of drawing the pattern using dots   |
//+------------------------------------------------------------------+
//--- Set the flag for drawing the Harami pattern with dots
   void              SetDrawingAsDotsPatternHarami(const bool flag,const bool redraw)
                       {
                        if(this.m_patterns_control==NULL)
                           return;
                        this.m_patterns_control.SetDrawingAsDotsPatternHarami(flag,redraw);
                       }
//--- Set the flag for drawing the Harami Cross pattern with dots
   void              SetDrawingAsDotsPatternHaramiCross(const bool flag,const bool redraw)
                       {
                        if(this.m_patterns_control==NULL)
                           return;
                        this.m_patterns_control.SetDrawingAsDotsPatternHaramiCross(flag,redraw);
                       }
//--- Set the flag for drawing the Tweezer pattern with dots
   void              SetDrawingAsDotsPatternTweezer(const bool flag,const bool redraw)
                       {
                        if(this.m_patterns_control==NULL)
                           return;
                        this.m_patterns_control.SetDrawingAsDotsPatternTweezer(flag,redraw);
                       }
//--- Set the flag for drawing the Piercing Line pattern with dots
   void              SetDrawingAsDotsPatternPiercingLine(const bool flag,const bool redraw)
                       {
                        if(this.m_patterns_control==NULL)
                           return;
                        this.m_patterns_control.SetDrawingAsDotsPatternPiercingLine(flag,redraw);
                       }
//--- Set the flag for drawing the Cloud Cover pattern with dots
   void              SetDrawingAsDotsPatternDarkCloudCover(const bool flag,const bool redraw)
                       {
                        if(this.m_patterns_control==NULL)
                           return;
                        this.m_patterns_control.SetDrawingAsDotsPatternDarkCloudCover(flag,redraw);
                       }
//--- Set the flag for drawing the Three White Soldiers pattern with dots
   void              SetDrawingAsDotsPatternThreeWhiteSoldiers(const bool flag,const bool redraw)
                       {
                        if(this.m_patterns_control==NULL)
                           return;
                        this.m_patterns_control.SetDrawingAsDotsPatternThreeWhiteSoldiers(flag,redraw);
                       }
//--- Set the flag for drawing the Three Black Crows pattern with dots
   void              SetDrawingAsDotsPatternThreeBlackCrows(const bool flag,const bool redraw)
                       {
                        if(this.m_patterns_control==NULL)
                           return;
                        this.m_patterns_control.SetDrawingAsDotsPatternThreeBlackCrows(flag,redraw);
                       }
//--- Set the flag for drawing the Shooting Star pattern with dots
   void              SetDrawingAsDotsPatternShootingStar(const bool flag,const bool redraw)
                       {
                        if(this.m_patterns_control==NULL)
                           return;
                        this.m_patterns_control.SetDrawingAsDotsPatternShootingStar(flag,redraw);
                       }
//--- Set the flag for drawing the Hammer pattern with dots
   void              SetDrawingAsDotsPatternHammer(const bool flag,const bool redraw)
                       {
                        if(this.m_patterns_control==NULL)
                           return;
                        this.m_patterns_control.SetDrawingAsDotsPatternHammer(flag,redraw);
                       }
//--- Set the flag for drawing the Inverted Hammer pattern with dots
   void              SetDrawingAsDotsPatternInvertedHammer(const bool flag,const bool redraw)
                       {
                        if(this.m_patterns_control==NULL)
                           return;
                        this.m_patterns_control.SetDrawingAsDotsPatternInvertedHammer(flag,redraw);
                       }
//--- Set the flag for drawing the Hanging Man pattern with dots
   void              SetDrawingAsDotsPatternHangingMan(const bool flag,const bool redraw)
                       {
                        if(this.m_patterns_control==NULL)
                           return;
                        this.m_patterns_control.SetDrawingAsDotsPatternHangingMan(flag,redraw);
                       }
//--- Set the flag for drawing the Doji pattern with dots
   void              SetDrawingAsDotsPatternDoji(const bool flag,const bool redraw)
                       {
                        if(this.m_patterns_control==NULL)
                           return;
                        this.m_patterns_control.SetDrawingAsDotsPatternDoji(flag,redraw);
                       }
//--- Set the flag for drawing the Dragonfly Doji pattern with dots
   void              SetDrawingAsDotsPatternDragonflyDoji(const bool flag,const bool redraw)
                       {
                        if(this.m_patterns_control==NULL)
                           return;
                        this.m_patterns_control.SetDrawingAsDotsPatternDragonflyDoji(flag,redraw);
                       }
//--- Set the flag for drawing the Gravestone Doji pattern with dots
   void              SetDrawingAsDotsPatternGravestoneDoji(const bool flag,const bool redraw)
                       {
                        if(this.m_patterns_control==NULL)
                           return;
                        this.m_patterns_control.SetDrawingAsDotsPatternGravestoneDoji(flag,redraw);
                       }
//--- Set the flag for drawing the Morning Star pattern with dots
   void              SetDrawingAsDotsPatternMorningStar(const bool flag,const bool redraw)
                       {
                        if(this.m_patterns_control==NULL)
                           return;
                        this.m_patterns_control.SetDrawingAsDotsPatternMorningStar(flag,redraw);
                       }
//--- Set the flag for drawing the Morning Doji Star pattern with dots
   void              SetDrawingAsDotsPatternMorningDojiStar(const bool flag,const bool redraw)
                       {
                        if(this.m_patterns_control==NULL)
                           return;
                        this.m_patterns_control.SetDrawingAsDotsPatternMorningDojiStar(flag,redraw);
                       }
//--- Set the flag for drawing the Evening Star pattern with dots
   void              SetDrawingAsDotsPatternEveningStar(const bool flag,const bool redraw)
                       {
                        if(this.m_patterns_control==NULL)
                           return;
                        this.m_patterns_control.SetDrawingAsDotsPatternEveningStar(flag,redraw);
                       }
//--- Set the flag for drawing the Evening Doji Star pattern with dots
   void              SetDrawingAsDotsPatternEveningDojiStar(const bool flag,const bool redraw)
                       {
                        if(this.m_patterns_control==NULL)
                           return;
                        this.m_patterns_control.SetDrawingAsDotsPatternEveningDojiStar(flag,redraw);
                       }
//--- Set the flag for drawing the Three Stars pattern with dots
   void              SetDrawingAsDotsPatternThreeStars(const bool flag,const bool redraw)
                       {
                        if(this.m_patterns_control==NULL)
                           return;
                        this.m_patterns_control.SetDrawingAsDotsPatternThreeStars(flag,redraw);
                       }
//--- Set the flag for drawing the Abandoned Baby pattern with dots
   void              SetDrawingAsDotsPatternAbandonedBaby(const bool flag,const bool redraw)
                       {
                        if(this.m_patterns_control==NULL)
                           return;
                        this.m_patterns_control.SetDrawingAsDotsPatternAbandonedBaby(flag,redraw);
                       }
//--- Set the flag for drawing the Pivot Point Reversal pattern with dots
//--- Price Action
   void              SetDrawingAsDotsPatternPivotPointReversal(const bool flag,const bool redraw)
                       {
                        if(this.m_patterns_control==NULL)
                           return;
                        this.m_patterns_control.SetDrawingAsDotsPatternPivotPointReversal(flag,redraw);
                       }
//--- Set the flag for drawing the Outside Bar pattern with dots
   void              SetDrawingAsDotsPatternOutsideBar(const bool flag,const bool redraw)
                       {
                        if(this.m_patterns_control==NULL)
                           return;
                        this.m_patterns_control.SetDrawingAsDotsPatternOutsideBar(flag,redraw);
                       }
//--- Set the flag for drawing the Inside Bar pattern with dots
   void              SetDrawingAsDotsPatternInsideBar(const bool flag,const bool redraw)
                       {
                        if(this.m_patterns_control==NULL)
                           return;
                        this.m_patterns_control.SetDrawingAsDotsPatternInsideBar(flag,redraw);
                       }
//--- Set the flag for drawing the Pin Bar pattern with dots
   void              SetDrawingAsDotsPatternPinBar(const bool flag,const bool redraw,     // Flag of drawing with dots and Pin Bar Price Action redraw flag
                                                   const double ratio_body=30,            // Percentage ratio of the candle body to the full size of the candle
                                                   const double ratio_larger_shadow=60,   // Percentage ratio of the size of the larger shadow to the size of the candle
                                                   const double ratio_smaller_shadow=30)  // Percentage ratio of the size of the smaller shadow to the size of the candle
                       {
                        if(this.m_patterns_control==NULL)
                           return;
                        this.m_patterns_control.SetDrawingAsDotsPatternPinBar(flag,redraw,ratio_body,ratio_larger_shadow,ratio_smaller_shadow);
                       }
//--- Set the flag for drawing the Rails pattern with dots
   void              SetDrawingAsDotsPatternRails(const bool flag,const bool redraw)
                       {
                        if(this.m_patterns_control==NULL)
                           return;
                        this.m_patterns_control.SetDrawingAsDotsPatternRails(flag,redraw);
                       }
                       
//+------------------------------------------------------------------+
//| Methods of returning the flag of drawing with dots               |
//+------------------------------------------------------------------+
//--- Candle formations
//--- Return the flag for drawing the Harami pattern with dots
   bool              IsDrawingAsDotsPatternHarami(void)
                       {
                        return(this.m_patterns_control!=NULL ? this.m_patterns_control.IsDrawingAsDotsPatternHarami() : false);
                       }
//--- Return the flag for drawing the Harami Cross pattern with dots
   bool              IsDrawingAsDotsPatternHaramiCross(void)
                       {
                        return(this.m_patterns_control!=NULL ? this.m_patterns_control.IsDrawingAsDotsPatternHaramiCross() : false);
                       }
//--- Return the flag for drawing the Tweezer pattern with dots
   bool              IsDrawingAsDotsPatternTweezer(void)
                       {
                        return(this.m_patterns_control!=NULL ? this.m_patterns_control.IsDrawingAsDotsPatternTweezer() : false);
                       }
//--- Return the flag for drawing the Piercing Line pattern with dots
   bool              IsDrawingAsDotsPatternPiercingLine(void)
                       {
                        return(this.m_patterns_control!=NULL ? this.m_patterns_control.IsDrawingAsDotsPatternPiercingLine() : false);
                       }
//--- Return the flag for drawing the Cloud Cover pattern with dots
   bool              IsDrawingAsDotsPatternDarkCloudCover(void)
                       {
                        return(this.m_patterns_control!=NULL ? this.m_patterns_control.IsDrawingAsDotsPatternDarkCloudCover() : false);
                       }
//--- Return the flag for drawing the Three White Soldiers pattern with dots
   bool              IsDrawingAsDotsPatternThreeWhiteSoldiers(void)
                       {
                        return(this.m_patterns_control!=NULL ? this.m_patterns_control.IsDrawingAsDotsPatternThreeWhiteSoldiers() : false);
                       }
//--- Return the flag for drawing the Three Black Crows pattern with dots
   bool              IsDrawingAsDotsPatternThreeBlackCrows(void)
                       {
                        return(this.m_patterns_control!=NULL ? this.m_patterns_control.IsDrawingAsDotsPatternThreeBlackCrows() : false);
                       }
//--- Return the flag for drawing the Shooting Star pattern with dots
   bool              IsDrawingAsDotsPatternShootingStar(void)
                       {
                        return(this.m_patterns_control!=NULL ? this.m_patterns_control.IsDrawingAsDotsPatternShootingStar() : false);
                       }
//--- Return the flag for drawing the Hammer pattern with dots
   bool              IsDrawingAsDotsPatternHammer(void)
                       {
                        return(this.m_patterns_control!=NULL ? this.m_patterns_control.IsDrawingAsDotsPatternHammer() : false);
                       }
//--- Return the flag for drawing the Inverted Hammer pattern with dots
   bool              IsDrawingAsDotsPatternInvertedHammer(void)
                       {
                        return(this.m_patterns_control!=NULL ? this.m_patterns_control.IsDrawingAsDotsPatternInvertedHammer() : false);
                       }
//--- Return the flag for drawing the Hanging Man pattern with dots
   bool              IsDrawingAsDotsPatternHangingMan(void)
                       {
                        return(this.m_patterns_control!=NULL ? this.m_patterns_control.IsDrawingAsDotsPatternHangingMan() : false);
                       }
//--- Return the flag for drawing the Doji pattern with dots
   bool              IsDrawingAsDotsPatternDoji(void)
                       {
                        return(this.m_patterns_control!=NULL ? this.m_patterns_control.IsDrawingAsDotsPatternDoji() : false);
                       }
//--- Return the flag for drawing the Dragonfly Doji pattern with dots
   bool              IsDrawingAsDotsPatternDragonflyDoji(void)
                       {
                        return(this.m_patterns_control!=NULL ? this.m_patterns_control.IsDrawingAsDotsPatternDragonflyDoji() : false);
                       }
//--- Return the flag for drawing the Gravestone Doji pattern with dots
   bool              IsDrawingAsDotsPatternGravestoneDoji(void)
                       {
                        return(this.m_patterns_control!=NULL ? this.m_patterns_control.IsDrawingAsDotsPatternGravestoneDoji() : false);
                       }
//--- Return the flag for drawing the Morning Star pattern with dots
   bool              IsDrawingAsDotsPatternMorningStar(void)
                       {
                        return(this.m_patterns_control!=NULL ? this.m_patterns_control.IsDrawingAsDotsPatternMorningStar() : false);
                       }
//--- Return the flag for drawing the Morning Doji Star pattern with dots
   bool              IsDrawingAsDotsPatternMorningDojiStar(void)
                       {
                        return(this.m_patterns_control!=NULL ? this.m_patterns_control.IsDrawingAsDotsPatternMorningDojiStar() : false);
                       }
//--- Return the flag for drawing the Evening Star pattern with dots
   bool              IsDrawingAsDotsPatternEveningStar(void)
                       {
                        return(this.m_patterns_control!=NULL ? this.m_patterns_control.IsDrawingAsDotsPatternEveningStar() : false);
                       }
//--- Return the flag for drawing the Evening Doji Star pattern with dots
   bool              IsDrawingAsDotsPatternEveningDojiStar(void)
                       {
                        return(this.m_patterns_control!=NULL ? this.m_patterns_control.IsDrawingAsDotsPatternEveningDojiStar() : false);
                       }
//--- Return the flag for drawing the Three Stars pattern with dots
   bool              IsDrawingAsDotsPatternThreeStars(void)
                       {
                        return(this.m_patterns_control!=NULL ? this.m_patterns_control.IsDrawingAsDotsPatternThreeStars() : false);
                       }
//--- Return the flag for drawing the Abandoned Baby pattern with dots
   bool              IsDrawingAsDotsPatternAbandonedBaby(void)
                       {
                        return(this.m_patterns_control!=NULL ? this.m_patterns_control.IsDrawingAsDotsPatternAbandonedBaby() : false);
                       }
//--- Price Action
//--- Return the flag for drawing the Pivot Point Reversal pattern with dots
   bool              IsDrawingAsDotsPatternPivotPointReversal(void)
                       {
                        return(this.m_patterns_control!=NULL ? this.m_patterns_control.IsDrawingAsDotsPatternPivotPointReversal() : false);
                       }
//--- Return the flag for drawing the Outside Bar pattern with dots
   bool              IsDrawingAsDotsPatternOutsideBar(void)
                       {
                        return(this.m_patterns_control!=NULL ? this.m_patterns_control.IsDrawingAsDotsPatternOutsideBar() : false);
                       }
//--- Return the flag for drawing the Inside Bar pattern with dots
   bool              IsDrawingAsDotsPatternInsideBar(void)
                       {
                        return(this.m_patterns_control!=NULL ? this.m_patterns_control.IsDrawingAsDotsPatternInsideBar() : false);
                       }
//--- Return the flag for drawing the Pin Bar pattern with dots
   bool              IsDrawingAsDotsPatternPinBar(const double ratio_body=30,             // Percentage ratio of the candle body to the full size of the candle
                                                  const double ratio_larger_shadow=60,    // Percentage ratio of the size of the larger shadow to the size of the candle
                                                  const double ratio_smaller_shadow=30)   // Percentage ratio of the size of the smaller shadow to the size of the candle
                       {
                        return(this.m_patterns_control!=NULL ? this.m_patterns_control.IsDrawingAsDotsPatternPinBar(ratio_body,ratio_larger_shadow,ratio_smaller_shadow) : false);
                       }
//--- Return the flag for drawing the Rails pattern with dots
   bool              IsDrawingAsDotsPatternRails(void)
                       {
                        return(this.m_patterns_control!=NULL ? this.m_patterns_control.IsDrawingAsDotsPatternRails() : false);
                       }


Die gleichen Methoden müssen in die Datei \MQL5\Include\DoEasy\Objects\Series\TimeSeriesDE.mqh der Klasse der Zeitreihen des Symbol geschrieben werden:

Wir deklarieren die folgenden Methoden im öffentlichen Bereich:

//+------------------------------------------------------------------+
//| Methods for setting the flag of drawing the pattern using dots   |
//+------------------------------------------------------------------+
//--- Set the flag for using the Harami pattern and create a control object if it does not already exist
   void              SetDrawingAsDotsPatternHarami(const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw);
//--- Set the flag for using the Harami Cross pattern and create a control object if it does not already exist
   void              SetDrawingAsDotsPatternHaramiCross(const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw);
//--- Set the flag for using the Tweezer pattern and create a control object if it does not already exist
   void              SetDrawingAsDotsPatternTweezer(const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw);
//--- Set the flag for using the Piercing Line pattern and create a control object if it does not already exist
   void              SetDrawingAsDotsPatternPiercingLine(const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw);
//--- Set the flag for using the Cloud Cover pattern and create a control object if it does not already exist
   void              SetDrawingAsDotsPatternDarkCloudCover(const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw);
//--- Set the flag for using the Three White Soldiers pattern and create a control object if it does not already exist
   void              SetDrawingAsDotsPatternThreeWhiteSoldiers(const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw);
//--- Set the flag for using the Three Black Crows pattern and create a control object if it does not already exist
   void              SetDrawingAsDotsPatternThreeBlackCrows(const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw);
//--- Set the flag for using the Shooting Star pattern and create a control object if it does not already exist
   void              SetDrawingAsDotsPatternShootingStar(const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw);
//--- Set the flag for using the Hammer pattern and create a control object if it does not already exist
   void              SetDrawingAsDotsPatternHammer(const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw);
//--- Set the flag for using the Inverted Hammer pattern and create a control object if it does not already exist
   void              SetDrawingAsDotsPatternInvertedHammer(const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw);
//--- Set the flag for using the Hanging Man pattern and create a control object if it does not already exist
   void              SetDrawingAsDotsPatternHangingMan(const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw);
//--- Set the flag for using the Doji pattern and create a control object if it does not already exist
   void              SetDrawingAsDotsPatternDoji(const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw);
//--- Set the flag for using the Dragonfly Doji pattern and create a control object if it does not already exist
   void              SetDrawingAsDotsPatternDragonflyDoji(const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw);
//--- Set the flag for using the Doji Gravestone pattern and create a control object if it does not already exist
   void              SetDrawingAsDotsPatternGravestoneDoji(const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw);
//--- Set the flag for using the Morning Star pattern and create a control object if it does not already exist
   void              SetDrawingAsDotsPatternMorningStar(const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw);
//--- Set the flag for using the Morning Doji Star pattern and create a control object if it does not already exist
   void              SetDrawingAsDotsPatternMorningDojiStar(const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw);
//--- Set the flag for using the Evening Star pattern and create a control object if it does not already exist
   void              SetDrawingAsDotsPatternEveningStar(const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw);
//--- Set the flag for using the Evening Doji Star pattern and create a control object if it does not already exist
   void              SetDrawingAsDotsPatternEveningDojiStar(const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw);
//--- Set the flag for using the Three Stars pattern and create a control object if it does not already exist
   void              SetDrawingAsDotsPatternThreeStars(const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw);
//--- Set the flag for using the Abandoned Baby pattern and create a control object if it does not already exist
   void              SetDrawingAsDotsPatternAbandonedBaby(const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw);
//--- Set the flag for using the Pivot Point Reversal pattern and create a control object if it does not already exist
//--- Price Action
   void              SetDrawingAsDotsPatternPivotPointReversal(const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw);
//--- Set the flag for using the Pattern Outside and create a control object if it does not already exist
   void              SetDrawingAsDotsPatternOutsideBar(const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw);
//--- Set the flag for using the Pattern Inside and create a control object if it does not already exist
   void              SetDrawingAsDotsPatternInsideBar(const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw);
//--- Set the flag for using the Pin Bar pattern and create a control object if it does not already exist
   void              SetDrawingAsDotsPatternPinBar(const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw,  // Flag of drawing with dots and Pin Bar Price Action redraw flag
                                          const double ratio_body=30,                  // Percentage ratio of the candle body to the full size of the candle
                                          const double ratio_larger_shadow=60,         // Percentage ratio of the size of the larger shadow to the size of the candle
                                          const double ratio_smaller_shadow=30);       // Percentage ratio of the size of the smaller shadow to the size of the candle
//--- Set the flag for using the Rails pattern and create a control object if it does not already exist
   void              SetDrawingAsDotsPatternRails(const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw);
                       
//+------------------------------------------------------------------+
//| Methods of returning the flag of drawing with dots               |
//+------------------------------------------------------------------+
//--- Candle formations
//--- Return the flag of using the Harami pattern
   bool              IsDrawingAsDotsPatternHarami(const ENUM_TIMEFRAMES timeframe);
//--- Return the flag of using the Harami Cross pattern
   bool              IsDrawingAsDotsPatternHaramiCross(const ENUM_TIMEFRAMES timeframe);
//--- Return the flag of using the Tweezer pattern
   bool              IsDrawingAsDotsPatternTweezer(const ENUM_TIMEFRAMES timeframe);
//--- Return the flag of using the Piercing Line pattern
   bool              IsDrawingAsDotsPatternPiercingLine(const ENUM_TIMEFRAMES timeframe);
//--- Return the flag of using the Cloud Cover pattern
   bool              IsDrawingAsDotsPatternDarkCloudCover(const ENUM_TIMEFRAMES timeframe);
//--- Return the flag of using the Three White Soldiers pattern
   bool              IsDrawingAsDotsPatternThreeWhiteSoldiers(const ENUM_TIMEFRAMES timeframe);
//--- Return the flag of using the Three Black Crows pattern
   bool              IsDrawingAsDotsPatternThreeBlackCrows(const ENUM_TIMEFRAMES timeframe);
//--- Return the flag of using the Shooting Star pattern
   bool              IsDrawingAsDotsPatternShootingStar(const ENUM_TIMEFRAMES timeframe);
//--- Return the flag of using the Hammer pattern
   bool              IsDrawingAsDotsPatternHammer(const ENUM_TIMEFRAMES timeframe);
//--- Return the flag of using the Inverted Hammer pattern
   bool              IsDrawingAsDotsPatternInvertedHammer(const ENUM_TIMEFRAMES timeframe);
//--- Return the flag of using the Hanging Man pattern
   bool              IsDrawingAsDotsPatternHangingMan(const ENUM_TIMEFRAMES timeframe);
//--- Return the flag of using the Doji pattern
   bool              IsDrawingAsDotsPatternDoji(const ENUM_TIMEFRAMES timeframe);
//--- Return the flag of using the Dragonfly Doji pattern
   bool              IsDrawingAsDotsPatternDragonflyDoji(const ENUM_TIMEFRAMES timeframe);
//--- Return the flag of using the Gravestone Doji pattern
   bool              IsDrawingAsDotsPatternGravestoneDoji(const ENUM_TIMEFRAMES timeframe);
//--- Return the flag of using the Morning Star pattern
   bool              IsDrawingAsDotsPatternMorningStar(const ENUM_TIMEFRAMES timeframe);
//--- Return the flag of using the Morning Doji Star pattern
   bool              IsDrawingAsDotsPatternMorningDojiStar(const ENUM_TIMEFRAMES timeframe);
//--- Return the flag of using the Evening Star pattern
   bool              IsDrawingAsDotsPatternEveningStar(const ENUM_TIMEFRAMES timeframe);
//--- Return the flag of using the Evening Doji Star pattern
   bool              IsDrawingAsDotsPatternEveningDojiStar(const ENUM_TIMEFRAMES timeframe);
//--- Return the flag of using the Three Stars pattern
   bool              IsDrawingAsDotsPatternThreeStars(const ENUM_TIMEFRAMES timeframe);
//--- Return the flag of using the Abandoned Baby pattern
   bool              IsDrawingAsDotsPatternAbandonedBaby(const ENUM_TIMEFRAMES timeframe);
//--- Price Action
//--- Return the flag of using the Pivot Point Reversal pattern
   bool              IsDrawingAsDotsPatternPivotPointReversal(const ENUM_TIMEFRAMES timeframe);
//--- Return the flag of using the Pattern Outside
   bool              IsDrawingAsDotsPatternOutsideBar(const ENUM_TIMEFRAMES timeframe);
//--- Return the flag of using the Inside Bar pattern
   bool              IsDrawingAsDotsPatternInsideBar(const ENUM_TIMEFRAMES timeframe);
//--- Return the flag of using the Pin Bar pattern
   bool              IsDrawingAsDotsPatternPinBar(const ENUM_TIMEFRAMES timeframe,double ratio_body=30,    // Percentage ratio of the candle body to the full size of the candle
                                         const double ratio_larger_shadow=60,    // Percentage ratio of the size of the larger shadow to the size of the candle
                                         const double ratio_smaller_shadow=30);  // Percentage ratio of the size of the smaller shadow to the size of the candle
//--- Return the flag of using the Rails pattern
   bool              IsDrawingAsDotsPatternRails(const ENUM_TIMEFRAMES timeframe);
   
//+------------------------------------------------------------------+
//| Methods for drawing patterns on a chart                          |
//+------------------------------------------------------------------+


Die deklarierten Methoden implementieren wir außerhalb des Hauptteils der Klasse:

//+------------------------------------------------------------------+
//| Methods for setting the flag of drawing the pattern using dots   |
//+------------------------------------------------------------------+
//--- Set the flag for drawing the Harami pattern with dots
void CTimeSeriesDE::SetDrawingAsDotsPatternHarami(const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw)
  {
   CSeriesDE *series=this.GetSeries(timeframe);
   if(series!=NULL)
      series.SetDrawingAsDotsPatternHarami(flag,redraw);
  }
//--- Set the flag for drawing the Harami Cross pattern with dots
void CTimeSeriesDE::SetDrawingAsDotsPatternHaramiCross(const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw)
  {
   CSeriesDE *series=this.GetSeries(timeframe);
   if(series!=NULL)
      series.SetDrawingAsDotsPatternHaramiCross(flag,redraw);
  }
//--- Set the flag for drawing the Tweezer pattern with dots
void CTimeSeriesDE::SetDrawingAsDotsPatternTweezer(const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw)
  {
   CSeriesDE *series=this.GetSeries(timeframe);
   if(series!=NULL)
      series.SetDrawingAsDotsPatternTweezer(flag,redraw);
  }
//--- Set the flag for drawing the Piercing Line pattern with dots
void CTimeSeriesDE::SetDrawingAsDotsPatternPiercingLine(const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw)
  {
   CSeriesDE *series=this.GetSeries(timeframe);
   if(series!=NULL)
      series.SetDrawingAsDotsPatternPiercingLine(flag,redraw);
  }
//--- Set the flag for drawing the Cloud Cover pattern with dots
void CTimeSeriesDE::SetDrawingAsDotsPatternDarkCloudCover(const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw)
  {
   CSeriesDE *series=this.GetSeries(timeframe);
   if(series!=NULL)
      series.SetDrawingAsDotsPatternDarkCloudCover(flag,redraw);
  }
//--- Set the flag for drawing the Three White Soldiers pattern with dots
void CTimeSeriesDE::SetDrawingAsDotsPatternThreeWhiteSoldiers(const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw)
  {
   CSeriesDE *series=this.GetSeries(timeframe);
   if(series!=NULL)
      series.SetDrawingAsDotsPatternThreeWhiteSoldiers(flag,redraw);
  }
//--- Set the flag for drawing the Three Black Crows pattern with dots
void CTimeSeriesDE::SetDrawingAsDotsPatternThreeBlackCrows(const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw)
  {
   CSeriesDE *series=this.GetSeries(timeframe);
   if(series!=NULL)
      series.SetDrawingAsDotsPatternThreeBlackCrows(flag,redraw);
  }
//--- Set the flag for drawing the Shooting Star pattern with dots
void CTimeSeriesDE::SetDrawingAsDotsPatternShootingStar(const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw)
  {
   CSeriesDE *series=this.GetSeries(timeframe);
   if(series!=NULL)
      series.SetDrawingAsDotsPatternShootingStar(flag,redraw);
  }
//--- Set the flag for drawing the Hammer pattern with dots
void CTimeSeriesDE::SetDrawingAsDotsPatternHammer(const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw)
  {
   CSeriesDE *series=this.GetSeries(timeframe);
   if(series!=NULL)
      series.SetDrawingAsDotsPatternHammer(flag,redraw);
  }
//--- Set the flag for drawing the Inverted Hammer pattern with dots
void CTimeSeriesDE::SetDrawingAsDotsPatternInvertedHammer(const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw)
  {
   CSeriesDE *series=this.GetSeries(timeframe);
   if(series!=NULL)
      series.SetDrawingAsDotsPatternInvertedHammer(flag,redraw);
  }
//--- Set the flag for drawing the Hanging Man pattern with dots
void CTimeSeriesDE::SetDrawingAsDotsPatternHangingMan(const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw)
  {
   CSeriesDE *series=this.GetSeries(timeframe);
   if(series!=NULL)
      series.SetDrawingAsDotsPatternHangingMan(flag,redraw);
  }
//--- Set the flag for drawing the Doji pattern with dots
void CTimeSeriesDE::SetDrawingAsDotsPatternDoji(const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw)
  {
   CSeriesDE *series=this.GetSeries(timeframe);
   if(series!=NULL)
      series.SetDrawingAsDotsPatternDoji(flag,redraw);
  }
//--- Set the flag for drawing the Dragonfly Doji pattern with dots
void CTimeSeriesDE::SetDrawingAsDotsPatternDragonflyDoji(const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw)
  {
   CSeriesDE *series=this.GetSeries(timeframe);
   if(series!=NULL)
      series.SetDrawingAsDotsPatternDragonflyDoji(flag,redraw);
  }
//--- Set the flag for drawing the Gravestone Doji pattern with dots
void CTimeSeriesDE::SetDrawingAsDotsPatternGravestoneDoji(const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw)
  {
   CSeriesDE *series=this.GetSeries(timeframe);
   if(series!=NULL)
      series.SetDrawingAsDotsPatternGravestoneDoji(flag,redraw);
  }
//--- Set the flag for drawing the Morning Star pattern with dots
void CTimeSeriesDE::SetDrawingAsDotsPatternMorningStar(const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw)
  {
   CSeriesDE *series=this.GetSeries(timeframe);
   if(series!=NULL)
      series.SetDrawingAsDotsPatternMorningStar(flag,redraw);
  }
//--- Set the flag for drawing the Morning Doji Star pattern with dots
void CTimeSeriesDE::SetDrawingAsDotsPatternMorningDojiStar(const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw)
  {
   CSeriesDE *series=this.GetSeries(timeframe);
   if(series!=NULL)
      series.SetDrawingAsDotsPatternMorningDojiStar(flag,redraw);
  }
//--- Set the flag for drawing the Evening Star pattern with dots
void CTimeSeriesDE::SetDrawingAsDotsPatternEveningStar(const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw)
  {
   CSeriesDE *series=this.GetSeries(timeframe);
   if(series!=NULL)
      series.SetDrawingAsDotsPatternEveningStar(flag,redraw);
  }
//--- Set the flag for drawing the Evening Doji Star pattern with dots
void CTimeSeriesDE::SetDrawingAsDotsPatternEveningDojiStar(const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw)
  {
   CSeriesDE *series=this.GetSeries(timeframe);
   if(series!=NULL)
      series.SetDrawingAsDotsPatternEveningDojiStar(flag,redraw);
  }
//--- Set the flag for drawing the Three Stars pattern with dots
void CTimeSeriesDE::SetDrawingAsDotsPatternThreeStars(const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw)
  {
   CSeriesDE *series=this.GetSeries(timeframe);
   if(series!=NULL)
      series.SetDrawingAsDotsPatternThreeStars(flag,redraw);
  }
//--- Set the flag for drawing the Abandoned Baby pattern with dots
void CTimeSeriesDE::SetDrawingAsDotsPatternAbandonedBaby(const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw)
  {
   CSeriesDE *series=this.GetSeries(timeframe);
   if(series!=NULL)
      series.SetDrawingAsDotsPatternAbandonedBaby(flag,redraw);
  }
//--- Set the flag for drawing the Pivot Point Reversal pattern with dots
//--- Price Action
void CTimeSeriesDE::SetDrawingAsDotsPatternPivotPointReversal(const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw)
  {
   CSeriesDE *series=this.GetSeries(timeframe);
   if(series!=NULL)
      series.SetDrawingAsDotsPatternPivotPointReversal(flag,redraw);
  }
//--- Set the flag for drawing the Outside Bar pattern with dots
void CTimeSeriesDE::SetDrawingAsDotsPatternOutsideBar(const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw)
  {
   CSeriesDE *series=this.GetSeries(timeframe);
   if(series!=NULL)
      series.SetDrawingAsDotsPatternOutsideBar(flag,redraw);
  }
//--- Set the flag for drawing the Inside Bar pattern with dots
void CTimeSeriesDE::SetDrawingAsDotsPatternInsideBar(const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw)
  {
   CSeriesDE *series=this.GetSeries(timeframe);
   if(series!=NULL)
      series.SetDrawingAsDotsPatternInsideBar(flag,redraw);
  }
//--- Set the flag for drawing the Pin Bar pattern with dots
void CTimeSeriesDE::SetDrawingAsDotsPatternPinBar(const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw,  // Flag of drawing with dots and Pin Bar Price Action redraw flag
                                                  const double ratio_body=30,                  // Percentage ratio of the candle body to the full size of the candle
                                                  const double ratio_larger_shadow=60,         // Percentage ratio of the size of the larger shadow to the size of the candle
                                                  const double ratio_smaller_shadow=30)        // Percentage ratio of the size of the smaller shadow to the size of the candle
  {
   CSeriesDE *series=this.GetSeries(timeframe);
   if(series!=NULL)
      series.SetDrawingAsDotsPatternPinBar(flag,redraw,ratio_body,ratio_larger_shadow,ratio_smaller_shadow);
  }
//--- Set the flag for drawing the Rails pattern with dots
void CTimeSeriesDE::SetDrawingAsDotsPatternRails(const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw)
  {
   CSeriesDE *series=this.GetSeries(timeframe);
   if(series!=NULL)
      series.SetDrawingAsDotsPatternRails(flag,redraw);
  }
  
//+------------------------------------------------------------------+
//| Methods of returning the flag of drawing with dots               |
//+------------------------------------------------------------------+
//--- Candle formations
//--- Return the flag for drawing the Harami pattern with dots
bool CTimeSeriesDE::IsDrawingAsDotsPatternHarami(const ENUM_TIMEFRAMES timeframe)
  {
   CSeriesDE *series=this.GetSeries(timeframe);
   return(series!=NULL ? series.IsDrawingAsDotsPatternHarami() : false);
  }
//--- Return the flag for drawing the Harami Cross pattern with dots
bool CTimeSeriesDE::IsDrawingAsDotsPatternHaramiCross(const ENUM_TIMEFRAMES timeframe)
  {
   CSeriesDE *series=this.GetSeries(timeframe);
   return(series!=NULL ? series.IsDrawingAsDotsPatternHaramiCross() : false);
  }
//--- Return the flag for drawing the Tweezer pattern with dots
bool CTimeSeriesDE::IsDrawingAsDotsPatternTweezer(const ENUM_TIMEFRAMES timeframe)
  {
   CSeriesDE *series=this.GetSeries(timeframe);
   return(series!=NULL ? series.IsDrawingAsDotsPatternTweezer() : false);
  }
//--- Return the flag for drawing the Piercing Line pattern with dots
bool CTimeSeriesDE::IsDrawingAsDotsPatternPiercingLine(const ENUM_TIMEFRAMES timeframe)
  {
   CSeriesDE *series=this.GetSeries(timeframe);
   return(series!=NULL ? series.IsDrawingAsDotsPatternPiercingLine() : false);
  }
//--- Return the flag for drawing the Cloud Cover pattern with dots
bool CTimeSeriesDE::IsDrawingAsDotsPatternDarkCloudCover(const ENUM_TIMEFRAMES timeframe)
  {
   CSeriesDE *series=this.GetSeries(timeframe);
   return(series!=NULL ? series.IsDrawingAsDotsPatternDarkCloudCover() : false);
  }
//--- Return the flag for drawing the Three White Soldiers pattern with dots
bool CTimeSeriesDE::IsDrawingAsDotsPatternThreeWhiteSoldiers(const ENUM_TIMEFRAMES timeframe)
  {
   CSeriesDE *series=this.GetSeries(timeframe);
   return(series!=NULL ? series.IsDrawingAsDotsPatternThreeWhiteSoldiers() : false);
  }
//--- Return the flag for drawing the Three Black Crows pattern with dots
bool CTimeSeriesDE::IsDrawingAsDotsPatternThreeBlackCrows(const ENUM_TIMEFRAMES timeframe)
  {
   CSeriesDE *series=this.GetSeries(timeframe);
   return(series!=NULL ? series.IsDrawingAsDotsPatternThreeBlackCrows() : false);
  }
//--- Return the flag for drawing the Shooting Star pattern with dots
bool CTimeSeriesDE::IsDrawingAsDotsPatternShootingStar(const ENUM_TIMEFRAMES timeframe)
  {
   CSeriesDE *series=this.GetSeries(timeframe);
   return(series!=NULL ? series.IsDrawingAsDotsPatternShootingStar() : false);
  }
//--- Return the flag for drawing the Hammer pattern with dots
bool CTimeSeriesDE::IsDrawingAsDotsPatternHammer(const ENUM_TIMEFRAMES timeframe)
  {
   CSeriesDE *series=this.GetSeries(timeframe);
   return(series!=NULL ? series.IsDrawingAsDotsPatternHammer() : false);
  }
//--- Return the flag for drawing the Inverted Hammer pattern with dots
bool CTimeSeriesDE::IsDrawingAsDotsPatternInvertedHammer(const ENUM_TIMEFRAMES timeframe)
  {
   CSeriesDE *series=this.GetSeries(timeframe);
   return(series!=NULL ? series.IsDrawingAsDotsPatternInvertedHammer() : false);
  }
//--- Return the flag for drawing the Hanging Man pattern with dots
bool CTimeSeriesDE::IsDrawingAsDotsPatternHangingMan(const ENUM_TIMEFRAMES timeframe)
  {
   CSeriesDE *series=this.GetSeries(timeframe);
   return(series!=NULL ? series.IsDrawingAsDotsPatternHangingMan() : false);
  }
//--- Return the flag for drawing the Doji pattern with dots
bool CTimeSeriesDE::IsDrawingAsDotsPatternDoji(const ENUM_TIMEFRAMES timeframe)
  {
   CSeriesDE *series=this.GetSeries(timeframe);
   return(series!=NULL ? series.IsDrawingAsDotsPatternDoji() : false);
  }
//--- Return the flag for drawing the Dragonfly Doji pattern with dots
bool CTimeSeriesDE::IsDrawingAsDotsPatternDragonflyDoji(const ENUM_TIMEFRAMES timeframe)
  {
   CSeriesDE *series=this.GetSeries(timeframe);
   return(series!=NULL ? series.IsDrawingAsDotsPatternDragonflyDoji() : false);
  }
//--- Return the flag for drawing the Gravestone Doji pattern with dots
bool CTimeSeriesDE::IsDrawingAsDotsPatternGravestoneDoji(const ENUM_TIMEFRAMES timeframe)
  {
   CSeriesDE *series=this.GetSeries(timeframe);
   return(series!=NULL ? series.IsDrawingAsDotsPatternGravestoneDoji() : false);
  }
//--- Return the flag for drawing the Morning Star pattern with dots
bool CTimeSeriesDE::IsDrawingAsDotsPatternMorningStar(const ENUM_TIMEFRAMES timeframe)
  {
   CSeriesDE *series=this.GetSeries(timeframe);
   return(series!=NULL ? series.IsDrawingAsDotsPatternMorningStar() : false);
  }
//--- Return the flag for drawing the Morning Doji Star pattern with dots
bool CTimeSeriesDE::IsDrawingAsDotsPatternMorningDojiStar(const ENUM_TIMEFRAMES timeframe)
  {
   CSeriesDE *series=this.GetSeries(timeframe);
   return(series!=NULL ? series.IsDrawingAsDotsPatternMorningDojiStar() : false);
  }
//--- Return the flag for drawing the Evening Star pattern with dots
bool CTimeSeriesDE::IsDrawingAsDotsPatternEveningStar(const ENUM_TIMEFRAMES timeframe)
  {
   CSeriesDE *series=this.GetSeries(timeframe);
   return(series!=NULL ? series.IsDrawingAsDotsPatternEveningStar() : false);
  }
//--- Return the flag for drawing the Evening Doji Star pattern with dots
bool CTimeSeriesDE::IsDrawingAsDotsPatternEveningDojiStar(const ENUM_TIMEFRAMES timeframe)
  {
   CSeriesDE *series=this.GetSeries(timeframe);
   return(series!=NULL ? series.IsDrawingAsDotsPatternEveningDojiStar() : false);
  }
//--- Return the flag for drawing the Three Stars pattern with dots
bool CTimeSeriesDE::IsDrawingAsDotsPatternThreeStars(const ENUM_TIMEFRAMES timeframe)
  {
   CSeriesDE *series=this.GetSeries(timeframe);
   return(series!=NULL ? series.IsDrawingAsDotsPatternThreeStars() : false);
  }
//--- Return the flag for drawing the Abandoned Baby pattern with dots
bool CTimeSeriesDE::IsDrawingAsDotsPatternAbandonedBaby(const ENUM_TIMEFRAMES timeframe)
  {
   CSeriesDE *series=this.GetSeries(timeframe);
   return(series!=NULL ? series.IsDrawingAsDotsPatternAbandonedBaby() : false);
  }
//--- Price Action
//--- Return the flag for drawing the Pivot Point Reversal pattern with dots
bool CTimeSeriesDE::IsDrawingAsDotsPatternPivotPointReversal(const ENUM_TIMEFRAMES timeframe)
  {
   CSeriesDE *series=this.GetSeries(timeframe);
   return(series!=NULL ? series.IsDrawingAsDotsPatternPivotPointReversal() : false);
  }
//--- Return the flag for drawing the Outside Bar pattern with dots
bool CTimeSeriesDE::IsDrawingAsDotsPatternOutsideBar(const ENUM_TIMEFRAMES timeframe)
  {
   CSeriesDE *series=this.GetSeries(timeframe);
   return(series!=NULL ? series.IsDrawingAsDotsPatternOutsideBar() : false);
  }
//--- Return the flag for drawing the Inside Bar pattern with dots
bool CTimeSeriesDE::IsDrawingAsDotsPatternInsideBar(const ENUM_TIMEFRAMES timeframe)
  {
   CSeriesDE *series=this.GetSeries(timeframe);
   return(series!=NULL ? series.IsDrawingAsDotsPatternInsideBar() : false);
  }
//--- Return the flag for drawing the Pin Bar pattern with dots
bool CTimeSeriesDE::IsDrawingAsDotsPatternPinBar(const ENUM_TIMEFRAMES timeframe,const double ratio_body=30,   // Percentage ratio of the candle body to the full size of the candle
                                                 const double ratio_larger_shadow=60,                          // Percentage ratio of the size of the larger shadow to the size of the candle
                                                 const double ratio_smaller_shadow=30)                         // Percentage ratio of the size of the smaller shadow to the size of the candle
  {
   CSeriesDE *series=this.GetSeries(timeframe);
   return(series!=NULL ? series.IsDrawingAsDotsPatternPinBar(ratio_body,ratio_larger_shadow,ratio_smaller_shadow) : false);
  }
//--- Return the flag for drawing the Rails pattern with dots
bool CTimeSeriesDE::IsDrawingAsDotsPatternRails(const ENUM_TIMEFRAMES timeframe)
  {
   CSeriesDE *series=this.GetSeries(timeframe);
   return(series!=NULL ? series.IsDrawingAsDotsPatternRails() : false);
  }


In den folgenden Artikeln werden wir Chartparameter verfolgen, um Charteigenschaften in Zeitreihenobjekten zurückzusetzen, die zum Zeichnen von Mustersymbolen verwendet werden. Alle Eigenschaften aller im Terminal geöffneten Charte sind in der Chartsammlung der Bibliothek enthalten. Damit wir von der Zeitreihensammlung aller Symbole aus Zugriff auf die Daten dieser Sammlung haben, müssen wir den Zeiger auf die Chartsammlung an die Zeitreihensammlung übergeben.
Zu diesem Zweck verbinden wir die Datei der Chartsammlung mit der Datei \MQL5\Include\DoEasy\Collections\TimeSeriesCollection.mqh. Außerdem deklarieren wir den Zeiger auf die Chartsammlung im privaten Abschnitt:

//+------------------------------------------------------------------+
//| Include files                                                    |
//+------------------------------------------------------------------+
#include "ListObj.mqh"
#include "..\Objects\Series\TimeSeriesDE.mqh"
#include "..\Objects\Symbols\Symbol.mqh"
#include "ChartObjCollection.mqh"
//+------------------------------------------------------------------+
//| Symbol timeseries collection                                     |
//+------------------------------------------------------------------+
class CTimeSeriesCollection : public CBaseObjExt
  {
private:
   CListObj                m_list;                    // List of applied symbol timeseries
   CListObj                m_list_all_patterns;       // List of all patterns of all used symbol timeseries
   CChartObjCollection    *m_charts;                  // Pointer to the chart collection
   
//--- Return the timeseries index by symbol name
   int                     IndexTimeSeries(const string symbol);
public:


Deklarieren wir die neuen Methoden im öffentlichen Teil der Klasse, und zwar in den Methoden zur Behandlung der Zeitreihenmuster:

//+------------------------------------------------------------------+
//| Methods for setting the flag of drawing the pattern using dots   |
//+------------------------------------------------------------------+
//--- Set the flag for using the Harami pattern and create a control object if it does not already exist
   void                    SetDrawingAsDotsPatternHarami(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw);
//--- Set the flag for using the Harami Cross pattern and create a control object if it does not already exist
   void                    SetDrawingAsDotsPatternHaramiCross(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw);
//--- Set the flag for using the Tweezer pattern and create a control object if it does not already exist
   void                    SetDrawingAsDotsPatternTweezer(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw);
//--- Set the flag for using the Piercing Line pattern and create a control object if it does not already exist
   void                    SetDrawingAsDotsPatternPiercingLine(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw);
//--- Set the flag for using the Cloud Cover pattern and create a control object if it does not already exist
   void                    SetDrawingAsDotsPatternDarkCloudCover(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw);
//--- Set the flag for using the Three White Soldiers pattern and create a control object if it does not already exist
   void                    SetDrawingAsDotsPatternThreeWhiteSoldiers(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw);
//--- Set the flag for using the Three Black Crows pattern and create a control object if it does not already exist
   void                    SetDrawingAsDotsPatternThreeBlackCrows(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw);
//--- Set the flag for using the Shooting Star pattern and create a control object if it does not already exist
   void                    SetDrawingAsDotsPatternShootingStar(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw);
//--- Set the flag for using the Hammer pattern and create a control object if it does not already exist
   void                    SetDrawingAsDotsPatternHammer(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw);
//--- Set the flag for using the Inverted Hammer pattern and create a control object if it does not already exist
   void                    SetDrawingAsDotsPatternInvertedHammer(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw);
//--- Set the flag for using the Hanging Man pattern and create a control object if it does not already exist
   void                    SetDrawingAsDotsPatternHangingMan(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw);
//--- Set the flag for using the Doji pattern and create a control object if it does not already exist
   void                    SetDrawingAsDotsPatternDoji(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw);
//--- Set the flag for using the Dragonfly Doji pattern and create a control object if it does not already exist
   void                    SetDrawingAsDotsPatternDragonflyDoji(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw);
//--- Set the flag for using the Doji Gravestone pattern and create a control object if it does not already exist
   void                    SetDrawingAsDotsPatternGravestoneDoji(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw);
//--- Set the flag for using the Morning Star pattern and create a control object if it does not already exist
   void                    SetDrawingAsDotsPatternMorningStar(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw);
//--- Set the flag for using the Morning Doji Star pattern and create a control object if it does not already exist
   void                    SetDrawingAsDotsPatternMorningDojiStar(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw);
//--- Set the flag for using the Evening Star pattern and create a control object if it does not already exist
   void                    SetDrawingAsDotsPatternEveningStar(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw);
//--- Set the flag for using the Evening Doji Star pattern and create a control object if it does not already exist
   void                    SetDrawingAsDotsPatternEveningDojiStar(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw);
//--- Set the flag for using the Three Stars pattern and create a control object if it does not already exist
   void                    SetDrawingAsDotsPatternThreeStars(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw);
//--- Set the flag for using the Abandoned Baby pattern and create a control object if it does not already exist
   void                    SetDrawingAsDotsPatternAbandonedBaby(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw);
//--- Set the flag for using the Pivot Point Reversal pattern and create a control object if it does not already exist
//--- Price Action
   void                    SetDrawingAsDotsPatternPivotPointReversal(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw);
//--- Set the flag for using the Pattern Outside and create a control object if it does not already exist
   void                    SetDrawingAsDotsPatternOutsideBar(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw);
//--- Set the flag for using the Pattern Inside and create a control object if it does not already exist
   void                    SetDrawingAsDotsPatternInsideBar(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw);
//--- Set the flag for using the Pin Bar pattern and create a control object if it does not already exist
   void                    SetDrawingAsDotsPatternPinBar(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw, // Flag of drawing with dots and Pin Bar Price Action redraw flag
                                                         const double ratio_body=30,                                                            // Percentage ratio of the candle body to the full size of the candle
                                                         const double ratio_larger_shadow=60,                                                   // Percentage ratio of the size of the larger shadow to the size of the candle
                                                         const double ratio_smaller_shadow=30);                                                 // Percentage ratio of the size of the smaller shadow to the size of the candle
//--- Set the flag for using the Rails pattern and create a control object if it does not already exist
   void                    SetDrawingAsDotsPatternRails(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw);
                       
//+------------------------------------------------------------------+
//| Methods of returning the flag of drawing with dots               |
//+------------------------------------------------------------------+
//--- Candle formations
//--- Return the flag of using the Harami pattern
   bool                    IsDrawingAsDotsPatternHarami(const string symbol,const ENUM_TIMEFRAMES timeframe);
//--- Return the flag of using the Harami Cross pattern
   bool                    IsDrawingAsDotsPatternHaramiCross(const string symbol,const ENUM_TIMEFRAMES timeframe);
//--- Return the flag of using the Tweezer pattern
   bool                    IsDrawingAsDotsPatternTweezer(const string symbol,const ENUM_TIMEFRAMES timeframe);
//--- Return the flag of using the Piercing Line pattern
   bool                    IsDrawingAsDotsPatternPiercingLine(const string symbol,const ENUM_TIMEFRAMES timeframe);
//--- Return the flag of using the Cloud Cover pattern
   bool                    IsDrawingAsDotsPatternDarkCloudCover(const string symbol,const ENUM_TIMEFRAMES timeframe);
//--- Return the flag of using the Three White Soldiers pattern
   bool                    IsDrawingAsDotsPatternThreeWhiteSoldiers(const string symbol,const ENUM_TIMEFRAMES timeframe);
//--- Return the flag of using the Three Black Crows pattern
   bool                    IsDrawingAsDotsPatternThreeBlackCrows(const string symbol,const ENUM_TIMEFRAMES timeframe);
//--- Return the flag of using the Shooting Star pattern
   bool                    IsDrawingAsDotsPatternShootingStar(const string symbol,const ENUM_TIMEFRAMES timeframe);
//--- Return the flag of using the Hammer pattern
   bool                    IsDrawingAsDotsPatternHammer(const string symbol,const ENUM_TIMEFRAMES timeframe);
//--- Return the flag of using the Inverted Hammer pattern
   bool                    IsDrawingAsDotsPatternInvertedHammer(const string symbol,const ENUM_TIMEFRAMES timeframe);
//--- Return the flag of using the Hanging Man pattern
   bool                    IsDrawingAsDotsPatternHangingMan(const string symbol,const ENUM_TIMEFRAMES timeframe);
//--- Return the flag of using the Doji pattern
   bool                    IsDrawingAsDotsPatternDoji(const string symbol,const ENUM_TIMEFRAMES timeframe);
//--- Return the flag of using the Dragonfly Doji pattern
   bool                    IsDrawingAsDotsPatternDragonflyDoji(const string symbol,const ENUM_TIMEFRAMES timeframe);
//--- Return the flag of using the Gravestone Doji pattern
   bool                    IsDrawingAsDotsPatternGravestoneDoji(const string symbol,const ENUM_TIMEFRAMES timeframe);
//--- Return the flag of using the Morning Star pattern
   bool                    IsDrawingAsDotsPatternMorningStar(const string symbol,const ENUM_TIMEFRAMES timeframe);
//--- Return the flag of using the Morning Doji Star pattern
   bool                    IsDrawingAsDotsPatternMorningDojiStar(const string symbol,const ENUM_TIMEFRAMES timeframe);
//--- Return the flag of using the Evening Star pattern
   bool                    IsDrawingAsDotsPatternEveningStar(const string symbol,const ENUM_TIMEFRAMES timeframe);
//--- Return the flag of using the Evening Doji Star pattern
   bool                    IsDrawingAsDotsPatternEveningDojiStar(const string symbol,const ENUM_TIMEFRAMES timeframe);
//--- Return the flag of using the Three Stars pattern
   bool                    IsDrawingAsDotsPatternThreeStars(const string symbol,const ENUM_TIMEFRAMES timeframe);
//--- Return the flag of using the Abandoned Baby pattern
   bool                    IsDrawingAsDotsPatternAbandonedBaby(const string symbol,const ENUM_TIMEFRAMES timeframe);
//--- Price Action
//--- Return the flag of using the Pivot Point Reversal pattern
   bool                    IsDrawingAsDotsPatternPivotPointReversal(const string symbol,const ENUM_TIMEFRAMES timeframe);
//--- Return the flag of using the Pattern Outside
   bool                    IsDrawingAsDotsPatternOutsideBar(const string symbol,const ENUM_TIMEFRAMES timeframe);
//--- Return the flag of using the Inside Bar pattern
   bool                    IsDrawingAsDotsPatternInsideBar(const string symbol,const ENUM_TIMEFRAMES timeframe);
//--- Return the flag of using the Pin Bar pattern
   bool                    IsDrawingAsDotsPatternPinBar(const string symbol,const ENUM_TIMEFRAMES timeframe,double ratio_body=30,   // Percentage ratio of the candle body to the full size of the candle
                                                        const double ratio_larger_shadow=60,                                        // Percentage ratio of the size of the larger shadow to the size of the candle
                                                        const double ratio_smaller_shadow=30);                                      // Percentage ratio of the size of the smaller shadow to the size of the candle
//--- Return the flag of using the Rails pattern
   bool                    IsDrawingAsDotsPatternRails(const string symbol,const ENUM_TIMEFRAMES timeframe);


Am Ende des Klassenkörpers implementieren wir die Initialisierungsmethode, in der der Zeiger, der an die Methode übergeben wird, dem Zeiger auf die oben deklarierte Chartsammlung zugewiesen wird:

//--- Draw Rails pattern labels on the chart
   void                    DrawPatternRails(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool redraw=false);
                                                
//--- Initialization
   void                    OnInit(CChartObjCollection *charts) { this.m_charts=charts; }
   
//--- Constructor
                           CTimeSeriesCollection(void);
  };


Wir implementieren deklarierte Methoden außerhalb des Klassenkörpers, um Zeitreihenmuster zu behandeln:

//+------------------------------------------------------------------+
//| Methods for setting the flag of drawing the pattern using dots   |
//+------------------------------------------------------------------+
//+------------------------------------------------------------------+
//| Set the flag for drawing the Harami pattern with dots            |
//+------------------------------------------------------------------+
void CTimeSeriesCollection::SetDrawingAsDotsPatternHarami(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw)
  {
   CTimeSeriesDE *timeseries=this.GetTimeseries(symbol);
   if(timeseries!=NULL)
      timeseries.SetDrawingAsDotsPatternHarami(timeframe,flag,redraw);
  }
//+------------------------------------------------------------------+
//| Set the flag for drawing the Harami Cross pattern with dots      |
//+------------------------------------------------------------------+
void CTimeSeriesCollection::SetDrawingAsDotsPatternHaramiCross(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw)
  {
   CTimeSeriesDE *timeseries=this.GetTimeseries(symbol);
   if(timeseries!=NULL)
      timeseries.SetDrawingAsDotsPatternHaramiCross(timeframe,flag,redraw);
  }
//+------------------------------------------------------------------+
//| Set the flag for drawing the Tweezer pattern with dots           |
//+------------------------------------------------------------------+
void CTimeSeriesCollection::SetDrawingAsDotsPatternTweezer(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw)
  {
   CTimeSeriesDE *timeseries=this.GetTimeseries(symbol);
   if(timeseries!=NULL)
      timeseries.SetDrawingAsDotsPatternTweezer(timeframe,flag,redraw);
  }
//+------------------------------------------------------------------+
//| Set the flag for drawing the Piercing Line pattern with dots     |
//+------------------------------------------------------------------+
void CTimeSeriesCollection::SetDrawingAsDotsPatternPiercingLine(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw)
  {
   CTimeSeriesDE *timeseries=this.GetTimeseries(symbol);
   if(timeseries!=NULL)
      timeseries.SetDrawingAsDotsPatternPiercingLine(timeframe,flag,redraw);
  }
//+----------------------------------------------------------------------+
//|Set the flag for drawing the Cloud Cover pattern with dots            |
//+----------------------------------------------------------------------+
void CTimeSeriesCollection::SetDrawingAsDotsPatternDarkCloudCover(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw)
  {
   CTimeSeriesDE *timeseries=this.GetTimeseries(symbol);
   if(timeseries!=NULL)
      timeseries.SetDrawingAsDotsPatternDarkCloudCover(timeframe,flag,redraw);
  }
//+--------------------------------------------------------------------+
//| Set the flag for drawing the Three White Soldiers pattern with dots|
//+--------------------------------------------------------------------+
void CTimeSeriesCollection::SetDrawingAsDotsPatternThreeWhiteSoldiers(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw)
  {
   CTimeSeriesDE *timeseries=this.GetTimeseries(symbol);
   if(timeseries!=NULL)
      timeseries.SetDrawingAsDotsPatternThreeWhiteSoldiers(timeframe,flag,redraw);
  }
//+------------------------------------------------------------------+
//| Set the flag for drawing the Three Black Crows pattern with dots |
//+------------------------------------------------------------------+
void CTimeSeriesCollection::SetDrawingAsDotsPatternThreeBlackCrows(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw)
  {
   CTimeSeriesDE *timeseries=this.GetTimeseries(symbol);
   if(timeseries!=NULL)
      timeseries.SetDrawingAsDotsPatternThreeBlackCrows(timeframe,flag,redraw);
  }
//+------------------------------------------------------------------+
//| Set the flag for drawing the Shooting Star pattern with dots     |
//+------------------------------------------------------------------+
void CTimeSeriesCollection::SetDrawingAsDotsPatternShootingStar(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw)
  {
   CTimeSeriesDE *timeseries=this.GetTimeseries(symbol);
   if(timeseries!=NULL)
      timeseries.SetDrawingAsDotsPatternShootingStar(timeframe,flag,redraw);
  }
//+------------------------------------------------------------------+
//| Set the flag for drawing the Hammer pattern with dots            |
//+------------------------------------------------------------------+
void CTimeSeriesCollection::SetDrawingAsDotsPatternHammer(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw)
  {
   CTimeSeriesDE *timeseries=this.GetTimeseries(symbol);
   if(timeseries!=NULL)
      timeseries.SetDrawingAsDotsPatternHammer(timeframe,flag,redraw);
  }
//+------------------------------------------------------------------+
//| Set the flag for drawing the Inverted Hammer pattern with dots   |
//+------------------------------------------------------------------+
void CTimeSeriesCollection::SetDrawingAsDotsPatternInvertedHammer(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw)
  {
   CTimeSeriesDE *timeseries=this.GetTimeseries(symbol);
   if(timeseries!=NULL)
      timeseries.SetDrawingAsDotsPatternInvertedHammer(timeframe,flag,redraw);
  }
//+------------------------------------------------------------------+
//| Set the flag for drawing the Hanging Man pattern with dots       |
//+------------------------------------------------------------------+
void CTimeSeriesCollection::SetDrawingAsDotsPatternHangingMan(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw)
  {
   CTimeSeriesDE *timeseries=this.GetTimeseries(symbol);
   if(timeseries!=NULL)
      timeseries.SetDrawingAsDotsPatternHangingMan(timeframe,flag,redraw);
  }
//+------------------------------------------------------------------+
//| Set the flag for drawing the Doji pattern with dots              |
//+------------------------------------------------------------------+
void CTimeSeriesCollection::SetDrawingAsDotsPatternDoji(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw)
  {
   CTimeSeriesDE *timeseries=this.GetTimeseries(symbol);
   if(timeseries!=NULL)
      timeseries.SetDrawingAsDotsPatternDoji(timeframe,flag,redraw);
  }
//+------------------------------------------------------------------+
//| Set the flag for drawing the Dragonfly Doji pattern with dots    |
//+------------------------------------------------------------------+
void CTimeSeriesCollection::SetDrawingAsDotsPatternDragonflyDoji(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw)
  {
   CTimeSeriesDE *timeseries=this.GetTimeseries(symbol);
   if(timeseries!=NULL)
      timeseries.SetDrawingAsDotsPatternDragonflyDoji(timeframe,flag,redraw);
  }
//+------------------------------------------------------------------+
//| Set the flag for drawing the Gravestone Doji pattern with dots   |
//+------------------------------------------------------------------+
void CTimeSeriesCollection::SetDrawingAsDotsPatternGravestoneDoji(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw)
  {
   CTimeSeriesDE *timeseries=this.GetTimeseries(symbol);
   if(timeseries!=NULL)
      timeseries.SetDrawingAsDotsPatternGravestoneDoji(timeframe,flag,redraw);
  }
//+------------------------------------------------------------------+
//| Set the flag for drawing the Morning Star pattern with dots      |
//+------------------------------------------------------------------+
void CTimeSeriesCollection::SetDrawingAsDotsPatternMorningStar(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw)
  {
   CTimeSeriesDE *timeseries=this.GetTimeseries(symbol);
   if(timeseries!=NULL)
      timeseries.SetDrawingAsDotsPatternMorningStar(timeframe,flag,redraw);
  }
//+-------------------------------------------------------------------+
//|Set the flag for drawing the Morning Doji Star pattern with dots   |
//+-------------------------------------------------------------------+
void CTimeSeriesCollection::SetDrawingAsDotsPatternMorningDojiStar(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw)
  {
   CTimeSeriesDE *timeseries=this.GetTimeseries(symbol);
   if(timeseries!=NULL)
      timeseries.SetDrawingAsDotsPatternMorningDojiStar(timeframe,flag,redraw);
  }
//+------------------------------------------------------------------+
//| Set the flag for drawing the Evening Star pattern with dots      |
//+------------------------------------------------------------------+
void CTimeSeriesCollection::SetDrawingAsDotsPatternEveningStar(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw)
  {
   CTimeSeriesDE *timeseries=this.GetTimeseries(symbol);
   if(timeseries!=NULL)
      timeseries.SetDrawingAsDotsPatternEveningStar(timeframe,flag,redraw);
  }
//+-------------------------------------------------------------------+
//|Set the flag for drawing the Evening Doji Star pattern with dots   |
//+-------------------------------------------------------------------+
void CTimeSeriesCollection::SetDrawingAsDotsPatternEveningDojiStar(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw)
  {
   CTimeSeriesDE *timeseries=this.GetTimeseries(symbol);
   if(timeseries!=NULL)
      timeseries.SetDrawingAsDotsPatternEveningDojiStar(timeframe,flag,redraw);
  }
//+------------------------------------------------------------------+
//| Set the flag for drawing the Three Stars pattern with dots       |
//+------------------------------------------------------------------+
void CTimeSeriesCollection::SetDrawingAsDotsPatternThreeStars(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw)
  {
   CTimeSeriesDE *timeseries=this.GetTimeseries(symbol);
   if(timeseries!=NULL)
      timeseries.SetDrawingAsDotsPatternThreeStars(timeframe,flag,redraw);
  }
//+------------------------------------------------------------------+
//| Set the flag for drawing the Abandoned Baby pattern with dots    |
//+------------------------------------------------------------------+
void CTimeSeriesCollection::SetDrawingAsDotsPatternAbandonedBaby(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw)
  {
   CTimeSeriesDE *timeseries=this.GetTimeseries(symbol);
   if(timeseries!=NULL)
      timeseries.SetDrawingAsDotsPatternAbandonedBaby(timeframe,flag,redraw);
  }
//--- Price Action
//+------------------------------------------------------------------+
//|Set the flag for drawing the Pivot Point Reversal pattern with dots|
//+------------------------------------------------------------------+
void CTimeSeriesCollection::SetDrawingAsDotsPatternPivotPointReversal(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw)
  {
   CTimeSeriesDE *timeseries=this.GetTimeseries(symbol);
   if(timeseries!=NULL)
      timeseries.SetDrawingAsDotsPatternPivotPointReversal(timeframe,flag,redraw);
  }
//+----------------------------------------------------------------------+
//|Set the flag for drawing the Outside Bar pattern with dots            |
//+----------------------------------------------------------------------+
void CTimeSeriesCollection::SetDrawingAsDotsPatternOutsideBar(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw)
  {
   CTimeSeriesDE *timeseries=this.GetTimeseries(symbol);
   if(timeseries!=NULL)
      timeseries.SetDrawingAsDotsPatternOutsideBar(timeframe,flag,redraw);
  }
//+------------------------------------------------------------------+
//| Set the flag for drawing the Inside Bar pattern with dots        |
//+------------------------------------------------------------------+
void CTimeSeriesCollection::SetDrawingAsDotsPatternInsideBar(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw)
  {
   CTimeSeriesDE *timeseries=this.GetTimeseries(symbol);
   if(timeseries!=NULL)
      timeseries.SetDrawingAsDotsPatternInsideBar(timeframe,flag,redraw);
  }
//+------------------------------------------------------------------+
//| Set the flag for drawing the Pin Bar pattern with dots           |
//+------------------------------------------------------------------+
void CTimeSeriesCollection::SetDrawingAsDotsPatternPinBar(const string symbol,const ENUM_TIMEFRAMES timeframe,
                                                          const bool flag,const bool redraw,                   // Flag of drawing with dots and Pin Bar Price Action redraw flag
                                                          const double ratio_body=30,                          // Percentage ratio of the candle body to the full size of the candle
                                                          const double ratio_larger_shadow=60,                 // Percentage ratio of the size of the larger shadow to the size of the candle
                                                          const double ratio_smaller_shadow=30)                // Percentage ratio of the size of the smaller shadow to the size of the candle
  {
   CTimeSeriesDE *timeseries=this.GetTimeseries(symbol);
   if(timeseries!=NULL)
      timeseries.SetDrawingAsDotsPatternPinBar(timeframe,flag,redraw,ratio_body,ratio_larger_shadow,ratio_smaller_shadow);
  }
//+------------------------------------------------------------------+
//| Set the flag for drawing the Rails pattern with dots             |
//+------------------------------------------------------------------+
void CTimeSeriesCollection::SetDrawingAsDotsPatternRails(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw)
  {
   CTimeSeriesDE *timeseries=this.GetTimeseries(symbol);
   if(timeseries!=NULL)
      timeseries.SetDrawingAsDotsPatternRails(timeframe,flag,redraw);
  }
//+------------------------------------------------------------------+
//+------------------------------------------------------------------+
//| Methods of returning the flag of drawing with dots               |
//+------------------------------------------------------------------+
//--- Candle formations
//+------------------------------------------------------------------+
//| Return the flag for drawing the Harami pattern with dots         |
//+------------------------------------------------------------------+
bool CTimeSeriesCollection::IsDrawingAsDotsPatternHarami(const string symbol,const ENUM_TIMEFRAMES timeframe)
  {
   CTimeSeriesDE *timeseries=this.GetTimeseries(symbol);
   return(timeseries!=NULL ? timeseries.IsDrawingAsDotsPatternHarami(timeframe) : false);
  }
//+------------------------------------------------------------------+
//| Return the flag for drawing the Harami Cross pattern with dots   |
//+------------------------------------------------------------------+
bool CTimeSeriesCollection::IsDrawingAsDotsPatternHaramiCross(const string symbol,const ENUM_TIMEFRAMES timeframe)
  {
   CTimeSeriesDE *timeseries=this.GetTimeseries(symbol);
   return(timeseries!=NULL ? timeseries.IsDrawingAsDotsPatternHaramiCross(timeframe) : false);
  }
//+------------------------------------------------------------------+
//| Return the flag for drawing the Tweezer pattern with dots        |
//+------------------------------------------------------------------+
bool CTimeSeriesCollection::IsDrawingAsDotsPatternTweezer(const string symbol,const ENUM_TIMEFRAMES timeframe)
  {
   CTimeSeriesDE *timeseries=this.GetTimeseries(symbol);
   return(timeseries!=NULL ? timeseries.IsDrawingAsDotsPatternTweezer(timeframe) : false);
  }
//+------------------------------------------------------------------+
//| Return the flag for drawing the Piercing Line pattern with dots  |
//+------------------------------------------------------------------+
bool CTimeSeriesCollection::IsDrawingAsDotsPatternPiercingLine(const string symbol,const ENUM_TIMEFRAMES timeframe)
  {
   CTimeSeriesDE *timeseries=this.GetTimeseries(symbol);
   return(timeseries!=NULL ? timeseries.IsDrawingAsDotsPatternPiercingLine(timeframe) : false);
  }
//+-------------------------------------------------------------------+
//|Return the flag for drawing the Cloud Cover pattern with dots      |
//+-------------------------------------------------------------------+
bool CTimeSeriesCollection::IsDrawingAsDotsPatternDarkCloudCover(const string symbol,const ENUM_TIMEFRAMES timeframe)
  {
   CTimeSeriesDE *timeseries=this.GetTimeseries(symbol);
   return(timeseries!=NULL ? timeseries.IsDrawingAsDotsPatternDarkCloudCover(timeframe) : false);
  }
//+-----------------------------------------------------------------------+
//| Return the flag for drawing the Three White Soldiers pattern with dots|
//+-----------------------------------------------------------------------+
bool CTimeSeriesCollection::IsDrawingAsDotsPatternThreeWhiteSoldiers(const string symbol,const ENUM_TIMEFRAMES timeframe)
  {
   CTimeSeriesDE *timeseries=this.GetTimeseries(symbol);
   return(timeseries!=NULL ? timeseries.IsDrawingAsDotsPatternThreeWhiteSoldiers(timeframe) : false);
  }
//+--------------------------------------------------------------------+
//| Return the flag for drawing the Three Black Crows pattern with dots|
//+--------------------------------------------------------------------+
bool CTimeSeriesCollection::IsDrawingAsDotsPatternThreeBlackCrows(const string symbol,const ENUM_TIMEFRAMES timeframe)
  {
   CTimeSeriesDE *timeseries=this.GetTimeseries(symbol);
   return(timeseries!=NULL ? timeseries.IsDrawingAsDotsPatternThreeBlackCrows(timeframe) : false);
  }
//+------------------------------------------------------------------+
//| Return the flag for drawing the Shooting Star pattern with dots  |
//+------------------------------------------------------------------+
bool CTimeSeriesCollection::IsDrawingAsDotsPatternShootingStar(const string symbol,const ENUM_TIMEFRAMES timeframe)
  {
   CTimeSeriesDE *timeseries=this.GetTimeseries(symbol);
   return(timeseries!=NULL ? timeseries.IsDrawingAsDotsPatternShootingStar(timeframe) : false);
  }
//+------------------------------------------------------------------+
//| Return the flag for drawing the Hammer pattern with dots         |
//+------------------------------------------------------------------+
bool CTimeSeriesCollection::IsDrawingAsDotsPatternHammer(const string symbol,const ENUM_TIMEFRAMES timeframe)
  {
   CTimeSeriesDE *timeseries=this.GetTimeseries(symbol);
   return(timeseries!=NULL ? timeseries.IsDrawingAsDotsPatternHammer(timeframe) : false);
  }
//+------------------------------------------------------------------+
//| Return the flag for drawing the Inverted Hammer pattern with dots|
//+------------------------------------------------------------------+
bool CTimeSeriesCollection::IsDrawingAsDotsPatternInvertedHammer(const string symbol,const ENUM_TIMEFRAMES timeframe)
  {
   CTimeSeriesDE *timeseries=this.GetTimeseries(symbol);
   return(timeseries!=NULL ? timeseries.IsDrawingAsDotsPatternInvertedHammer(timeframe) : false);
  }
//+------------------------------------------------------------------+
//| Return the flag for drawing the Hanging Man pattern with dots    |
//+------------------------------------------------------------------+
bool CTimeSeriesCollection::IsDrawingAsDotsPatternHangingMan(const string symbol,const ENUM_TIMEFRAMES timeframe)
  {
   CTimeSeriesDE *timeseries=this.GetTimeseries(symbol);
   return(timeseries!=NULL ? timeseries.IsDrawingAsDotsPatternHangingMan(timeframe) : false);
  }
//+------------------------------------------------------------------+
//| Return the flag for drawing the Doji pattern with dots           |
//+------------------------------------------------------------------+
bool CTimeSeriesCollection::IsDrawingAsDotsPatternDoji(const string symbol,const ENUM_TIMEFRAMES timeframe)
  {
   CTimeSeriesDE *timeseries=this.GetTimeseries(symbol);
   return(timeseries!=NULL ? timeseries.IsDrawingAsDotsPatternDoji(timeframe) : false);
  }
//+------------------------------------------------------------------+
//| Return the flag for drawing the Dragonfly Doji pattern with dots |
//+------------------------------------------------------------------+
bool CTimeSeriesCollection::IsDrawingAsDotsPatternDragonflyDoji(const string symbol,const ENUM_TIMEFRAMES timeframe)
  {
   CTimeSeriesDE *timeseries=this.GetTimeseries(symbol);
   return(timeseries!=NULL ? timeseries.IsDrawingAsDotsPatternDragonflyDoji(timeframe) : false);
  }
//+------------------------------------------------------------------+
//| Return the flag for drawing the Gravestone Doji pattern with dots|
//+------------------------------------------------------------------+
bool CTimeSeriesCollection::IsDrawingAsDotsPatternGravestoneDoji(const string symbol,const ENUM_TIMEFRAMES timeframe)
  {
   CTimeSeriesDE *timeseries=this.GetTimeseries(symbol);
   return(timeseries!=NULL ? timeseries.IsDrawingAsDotsPatternGravestoneDoji(timeframe) : false);
  }
//+------------------------------------------------------------------+
//| Return the flag for drawing the Morning Star pattern with dots   |
//+------------------------------------------------------------------+
bool CTimeSeriesCollection::IsDrawingAsDotsPatternMorningStar(const string symbol,const ENUM_TIMEFRAMES timeframe)
  {
   CTimeSeriesDE *timeseries=this.GetTimeseries(symbol);
   return(timeseries!=NULL ? timeseries.IsDrawingAsDotsPatternMorningStar(timeframe) : false);
  }
//+---------------------------------------------------------------------+
//| Return the flag for drawing the Morning Doji Star pattern with dots |
//+---------------------------------------------------------------------+
bool CTimeSeriesCollection::IsDrawingAsDotsPatternMorningDojiStar(const string symbol,const ENUM_TIMEFRAMES timeframe)
  {
   CTimeSeriesDE *timeseries=this.GetTimeseries(symbol);
   return(timeseries!=NULL ? timeseries.IsDrawingAsDotsPatternMorningDojiStar(timeframe) : false);
  }
//+------------------------------------------------------------------+
//| Return the flag for drawing the Evening Star pattern with dots   |
//+------------------------------------------------------------------+
bool CTimeSeriesCollection::IsDrawingAsDotsPatternEveningStar(const string symbol,const ENUM_TIMEFRAMES timeframe)
  {
   CTimeSeriesDE *timeseries=this.GetTimeseries(symbol);
   return(timeseries!=NULL ? timeseries.IsDrawingAsDotsPatternEveningStar(timeframe) : false);
  }
//+---------------------------------------------------------------------+
//| Return the flag for drawing the Evening Doji Star pattern with dots |
//+---------------------------------------------------------------------+
bool CTimeSeriesCollection::IsDrawingAsDotsPatternEveningDojiStar(const string symbol,const ENUM_TIMEFRAMES timeframe)
  {
   CTimeSeriesDE *timeseries=this.GetTimeseries(symbol);
   return(timeseries!=NULL ? timeseries.IsDrawingAsDotsPatternEveningDojiStar(timeframe) : false);
  }
//+------------------------------------------------------------------+
//| Return the flag for drawing the Three Stars pattern with dots    |
//+------------------------------------------------------------------+
bool CTimeSeriesCollection::IsDrawingAsDotsPatternThreeStars(const string symbol,const ENUM_TIMEFRAMES timeframe)
  {
   CTimeSeriesDE *timeseries=this.GetTimeseries(symbol);
   return(timeseries!=NULL ? timeseries.IsDrawingAsDotsPatternThreeStars(timeframe) : false);
  }
//+------------------------------------------------------------------+
//| Return the flag for drawing the Abandoned Baby pattern with dots |
//+------------------------------------------------------------------+
bool CTimeSeriesCollection::IsDrawingAsDotsPatternAbandonedBaby(const string symbol,const ENUM_TIMEFRAMES timeframe)
  {
   CTimeSeriesDE *timeseries=this.GetTimeseries(symbol);
   return(timeseries!=NULL ? timeseries.IsDrawingAsDotsPatternAbandonedBaby(timeframe) : false);
  }
//--- Price Action
//+-------------------------------------------------------------------------+
//| Return the flag for drawing the Pivot Point Reversal pattern with dots  |
//+-------------------------------------------------------------------------+
bool CTimeSeriesCollection::IsDrawingAsDotsPatternPivotPointReversal(const string symbol,const ENUM_TIMEFRAMES timeframe)
  {
   CTimeSeriesDE *timeseries=this.GetTimeseries(symbol);
   return(timeseries!=NULL ? timeseries.IsDrawingAsDotsPatternPivotPointReversal(timeframe) : false);
  }
//+-------------------------------------------------------------------+
//|Return the flag for drawing the Outside Bar pattern with dots      |
//+-------------------------------------------------------------------+
bool CTimeSeriesCollection::IsDrawingAsDotsPatternOutsideBar(const string symbol,const ENUM_TIMEFRAMES timeframe)
  {
   CTimeSeriesDE *timeseries=this.GetTimeseries(symbol);
   return(timeseries!=NULL ? timeseries.IsDrawingAsDotsPatternOutsideBar(timeframe) : false);
  }
//+------------------------------------------------------------------+
//| Return the flag for drawing the Inside Bar pattern with dots     |
//+------------------------------------------------------------------+
bool CTimeSeriesCollection::IsDrawingAsDotsPatternInsideBar(const string symbol,const ENUM_TIMEFRAMES timeframe)
  {
   CTimeSeriesDE *timeseries=this.GetTimeseries(symbol);
   return(timeseries!=NULL ? timeseries.IsDrawingAsDotsPatternInsideBar(timeframe) : false);
  }
//+------------------------------------------------------------------+
//| Return the flag for drawing the Pin Bar pattern with dots        |
//+------------------------------------------------------------------+
bool CTimeSeriesCollection::IsDrawingAsDotsPatternPinBar(const string symbol,const ENUM_TIMEFRAMES timeframe,
                                                         const double ratio_body=30,                        // Percentage ratio of the candle body to the full size of the candle
                                                         const double ratio_larger_shadow=60,               // Percentage ratio of the size of the larger shadow to the size of the candle
                                                         const double ratio_smaller_shadow=30)              // Percentage ratio of the size of the smaller shadow to the size of the candle
  {
   CTimeSeriesDE *timeseries=this.GetTimeseries(symbol);
   return(timeseries!=NULL ? timeseries.IsDrawingAsDotsPatternPinBar(timeframe,ratio_body,ratio_larger_shadow,ratio_smaller_shadow) : false);
  }
//+------------------------------------------------------------------+
//| Return the flag for drawing the Rails pattern with dots          |
//+------------------------------------------------------------------+
bool CTimeSeriesCollection::IsDrawingAsDotsPatternRails(const string symbol,const ENUM_TIMEFRAMES timeframe)
  {
   CTimeSeriesDE *timeseries=this.GetTimeseries(symbol);
   return(timeseries!=NULL ? timeseries.IsDrawingAsDotsPatternRails(timeframe) : false);
  }

Ich habe ähnliche Methoden in einem früheren Artikel entwickelt, wo sie ausführlicher beschrieben wurden. Im Grunde ist alles ganz einfach: Wir holen uns den Zeiger auf das gewünschte Symbol Zeitreihe und geben das Ergebnis der gleichnamigen Methode auf die erhaltene Zeitreihe zurück. Dort wiederum wird der Zeiger auf die gewünschte Zeitreihe des Chartzeitraums auf genau die gleiche Weise erhalten. Die erforderliche Kontrollmethode wird vom Zeitreihenmuster-Kontrollobjekt aufgerufen, dessen Zeiger von der Methode zurückgegeben wird, die wiederum von der erwähnten Zeitreihe aufgerufen wird - die Kette funktioniert, bis das gewünschte Ergebnis erreicht ist. Das Design ist verschachtelt und unpraktisch in Bezug auf die Menge an identischen Codes. Später werde ich versuchen, ihn zu verkürzen, indem ich den Zugriff auf die erforderlichen Objekte anders gestalte.

Das Gleiche muss mit der Hauptklasse der CEngine-Bibliothek in \MT5\MQL5\Include\DoEasy\Engine.mqh gemacht werden.

Wir ersetzen in allen Methoden zur Behandlung von Mustern die gleichen oder ähnliche Zeichenketten von Eingaben

CArrayObj *list=this.GetListPatterns(symbol,timeframe);

mit den folgenden:

CArrayObj *list=this.GetListPatterns(CorrectSymbol(symbol),CorrectTimeframe(timeframe));

Hier haben wir die in den Methodenparametern übergebenen Werte für das Symbol und die Chartperiode durch die zu Beginn des Artikels implementierten Funktionen zur Anpassung dieser Parameter ersetzt.


Implementieren wir in dem Abschnitt, der sich mit den Methoden zur Behandlung von Mustern befasst, neue Methoden zur Behandlung von Musterzeichnungsflags als Punkt:

//--- Set the flag for using the Rails pattern and create a control object if it does not already exist
   void                 SeriesSetUsedPatternRails(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag)
                          {
                           this.m_time_series.SetUsedPatternRails(CorrectSymbol(symbol),CorrectTimeframe(timeframe),flag);
                          }

//--- Set the flag for drawing the Harami pattern with dots
   void                 SeriesSetDrawingAsDotsPatternHarami(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw=false)
                          {
                           this.m_time_series.SetDrawingAsDotsPatternHarami(CorrectSymbol(symbol),CorrectTimeframe(timeframe),flag,redraw);
                          }
//--- Set the flag for drawing the Harami Cross pattern with dots
   void                 SeriesSetDrawingAsDotsPatternHaramiCross(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw=false)
                          {
                           this.m_time_series.SetDrawingAsDotsPatternHaramiCross(CorrectSymbol(symbol),CorrectTimeframe(timeframe),flag,redraw);
                          }
//--- Set the flag for drawing the Tweezer pattern with dots
   void                 SeriesSetDrawingAsDotsPatternTweezer(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw=false)
                          {
                           this.m_time_series.SetDrawingAsDotsPatternTweezer(CorrectSymbol(symbol),CorrectTimeframe(timeframe),flag,redraw);
                          }
//--- Set the flag for drawing the Piercing Line pattern with dots
   void                 SeriesSetDrawingAsDotsPatternPiercingLine(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw=false)
                          {
                           this.m_time_series.SetDrawingAsDotsPatternPiercingLine(CorrectSymbol(symbol),CorrectTimeframe(timeframe),flag,redraw);
                          }
//--- Set the flag for drawing the Cloud Cover pattern with dots
   void                 SeriesSetDrawingAsDotsPatternDarkCloudCover(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw=false)
                          {
                           this.m_time_series.SetDrawingAsDotsPatternDarkCloudCover(CorrectSymbol(symbol),CorrectTimeframe(timeframe),flag,redraw);
                          }
//--- Set the flag for drawing the Three White Soldiers pattern with dots
   void                 SeriesSetDrawingAsDotsPatternThreeWhiteSoldiers(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw=false)
                          {
                           this.m_time_series.SetDrawingAsDotsPatternThreeWhiteSoldiers(CorrectSymbol(symbol),CorrectTimeframe(timeframe),flag,redraw);
                          }
//--- Set the flag for drawing the Three Black Crows pattern with dots
   void                 SeriesSetDrawingAsDotsPatternThreeBlackCrows(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw=false)
                          {
                           this.m_time_series.SetDrawingAsDotsPatternThreeBlackCrows(CorrectSymbol(symbol),CorrectTimeframe(timeframe),flag,redraw);
                          }
//--- Set the flag for drawing the Shooting Star pattern with dots
   void                 SeriesSetDrawingAsDotsPatternShootingStar(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw=false)
                          {
                           this.m_time_series.SetDrawingAsDotsPatternShootingStar(CorrectSymbol(symbol),CorrectTimeframe(timeframe),flag,redraw);
                          }
//--- Set the flag for drawing the Hammer pattern with dots
   void                 SeriesSetDrawingAsDotsPatternHammer(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw=false)
                          {
                           this.m_time_series.SetDrawingAsDotsPatternHammer(CorrectSymbol(symbol),CorrectTimeframe(timeframe),flag,redraw);
                          }
//--- Set the flag for drawing the Inverted Hammer pattern with dots
   void                 SeriesSetDrawingAsDotsPatternInvertedHammer(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw=false)
                          {
                           this.m_time_series.SetDrawingAsDotsPatternInvertedHammer(CorrectSymbol(symbol),CorrectTimeframe(timeframe),flag,redraw);
                          }
//--- Set the flag for drawing the Hanging Man pattern with dots
   void                 SeriesSetDrawingAsDotsPatternHangingMan(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw=false)
                          {
                           this.m_time_series.SetDrawingAsDotsPatternHangingMan(CorrectSymbol(symbol),CorrectTimeframe(timeframe),flag,redraw);
                          }
//--- Set the flag for drawing the Doji pattern with dots
   void                 SeriesSetDrawingAsDotsPatternDoji(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw=false)
                          {
                           this.m_time_series.SetDrawingAsDotsPatternDoji(CorrectSymbol(symbol),CorrectTimeframe(timeframe),flag,redraw);
                          }
//--- Set the flag for drawing the Dragonfly Doji pattern with dots
   void                 SeriesSetDrawingAsDotsPatternDragonflyDoji(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw=false)
                          {
                           this.m_time_series.SetDrawingAsDotsPatternDragonflyDoji(CorrectSymbol(symbol),CorrectTimeframe(timeframe),flag,redraw);
                          }
//--- Set the flag for drawing the Gravestone Doji pattern with dots
   void                 SeriesSetDrawingAsDotsPatternGravestoneDoji(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw=false)
                          {
                           this.m_time_series.SetDrawingAsDotsPatternGravestoneDoji(CorrectSymbol(symbol),CorrectTimeframe(timeframe),flag,redraw);
                          }
//--- Set the flag for drawing the Morning Star pattern with dots
   void                 SeriesSetDrawingAsDotsPatternMorningStar(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw=false)
                          {
                           this.m_time_series.SetDrawingAsDotsPatternMorningStar(CorrectSymbol(symbol),CorrectTimeframe(timeframe),flag,redraw);
                          }
//--- Set the flag for drawing the Morning Doji Star pattern with dots
   void                 SeriesSetDrawingAsDotsPatternMorningDojiStar(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw=false)
                          {
                           this.m_time_series.SetDrawingAsDotsPatternMorningDojiStar(CorrectSymbol(symbol),CorrectTimeframe(timeframe),flag,redraw);
                          }
//--- Set the flag for drawing the Evening Star pattern with dots
   void                 SeriesSetDrawingAsDotsPatternEveningStar(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw=false)
                          {
                           this.m_time_series.SetDrawingAsDotsPatternEveningStar(CorrectSymbol(symbol),CorrectTimeframe(timeframe),flag,redraw);
                          }
//--- Set the flag for drawing the Evening Doji Star pattern with dots
   void                 SeriesSetDrawingAsDotsPatternEveningDojiStar(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw=false)
                          {
                           this.m_time_series.SetDrawingAsDotsPatternEveningDojiStar(CorrectSymbol(symbol),CorrectTimeframe(timeframe),flag,redraw);
                          }
//--- Set the flag for drawing the Three Stars pattern with dots
   void                 SeriesSetDrawingAsDotsPatternThreeStars(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw=false)
                          {
                           this.m_time_series.SetDrawingAsDotsPatternThreeStars(CorrectSymbol(symbol),CorrectTimeframe(timeframe),flag,redraw);
                          }
//--- Set the flag for drawing the Abandoned Baby pattern with dots
   void                 SeriesSetDrawingAsDotsPatternAbandonedBaby(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw=false)
                          {
                           this.m_time_series.SetDrawingAsDotsPatternAbandonedBaby(CorrectSymbol(symbol),CorrectTimeframe(timeframe),flag,redraw);
                          }
//--- Set the flag for drawing the Pivot Point Reversal pattern with dots
//--- Price Action
   void                 SeriesSetDrawingAsDotsPatternPivotPointReversal(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw=false)
                          {
                           this.m_time_series.SetDrawingAsDotsPatternPivotPointReversal(CorrectSymbol(symbol),CorrectTimeframe(timeframe),flag,redraw);
                          }
//--- Set the flag for drawing the Outside Bar pattern with dots
   void                 SeriesSetDrawingAsDotsPatternOutsideBar(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw=false)
                          {
                           this.m_time_series.SetDrawingAsDotsPatternOutsideBar(CorrectSymbol(symbol),CorrectTimeframe(timeframe),flag,redraw);
                          }
//--- Set the flag for drawing the Inside Bar pattern with dots
   void                 SeriesSetDrawingAsDotsPatternInsideBar(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw=false)
                          {
                           this.m_time_series.SetDrawingAsDotsPatternInsideBar(CorrectSymbol(symbol),CorrectTimeframe(timeframe),flag,redraw);
                          }
//--- Set the flag for drawing the Pin Bar pattern with dots
   void                 SeriesSetDrawingAsDotsPatternPinBar(const string symbol,const ENUM_TIMEFRAMES timeframe,
                                                            const bool flag,const bool redraw=false,  // Flag of drawing with dots and Pin Bar Price Action redraw flag
                                                            const double ratio_body=30,               // Percentage ratio of the candle body to the full size of the candle
                                                            const double ratio_larger_shadow=60,      // Percentage ratio of the size of the larger shadow to the size of the candle
                                                            const double ratio_smaller_shadow=30)     // Percentage ratio of the size of the smaller shadow to the size of the candle
                          {
                           this.m_time_series.SetDrawingAsDotsPatternPinBar(CorrectSymbol(symbol),CorrectTimeframe(timeframe),flag,redraw,ratio_body,ratio_larger_shadow,ratio_smaller_shadow);
                          }
//--- Set the flag for drawing the Rails pattern with dots
   void                 SeriesSetDrawingAsDotsPatternRails(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool flag,const bool redraw=false)
                          {
                           this.m_time_series.SetDrawingAsDotsPatternRails(CorrectSymbol(symbol),CorrectTimeframe(timeframe),flag,redraw);
                          }

//--- Draw Harami pattern labels on the chart
   void                 SeriesDrawPatternHarami(const string symbol,const ENUM_TIMEFRAMES timeframe,const bool redraw=false)
                          {
                           this.m_time_series.DrawPatternHarami(CorrectSymbol(symbol),CorrectTimeframe(timeframe),redraw);
                          }

Die Methoden rufen die entsprechenden Methoden der oben implementierten Zeitreihensammlungsklasse auf.


Im selben Abschnitt implementieren wir die Methode, mit der wir die Infotafeln aller Muster ausblenden, außer denen, die sich zur angegebenen Balkenzeit befinden:

//--- Hides info panels of all patterns except the specified one
   void                 SeriesPatternHideAllInfoPanelsExceptOne(const ulong pattern_code,const bool redraw=false)
                          {
                           CArrayObj *list=CSelect::ByPatternProperty(this.GetListAllPatterns(),PATTERN_PROP_CODE,pattern_code,NO_EQUAL);
                           if(list==NULL)
                              return;
                           for(int i=list.Total()-1;i>=0;i--)
                             {
                              CPattern *obj=list.At(i);
                              if(obj!=NULL)
                                 obj.HideInfoPanel();
                             }
                           if(redraw)
                              ::ChartRedraw();
                          }
//--- Hide info panels of all patterns except those at the specified time of the bar
   void                 SeriesPatternHideAllInfoPanelsExceptBarTime(const datetime bar_time,const bool redraw=false)
                          {
                           CArrayObj *list=CSelect::ByPatternProperty(this.GetListAllPatterns(),PATTERN_PROP_TIME,bar_time,NO_EQUAL);
                           if(list==NULL)
                              return;
                           for(int i=list.Total()-1;i>=0;i--)
                             {
                              CPattern *obj=list.At(i);
                              if(obj!=NULL)
                                 obj.HideInfoPanel();
                             }
                           if(redraw)
                              ::ChartRedraw();
                          }

Hier erhalten wir aus der Liste aller Muster eine Liste derjenigen Muster, die nicht auf dem Balken mit der angegebenen Eröffnungszeit liegen. In der Schleife holen wir uns dann den Zeiger auf das nächste Musterobjekt aus der resultierenden Liste und blenden sein Informationsfeld aus. Am Ende des Zyklus wird das Chart neu gezeichnet, wenn das Redraw-Flag gesetzt ist.


Fügen wir die Übergabe des Zeigers auf die Chartsammlung in die Methode ein, die die Zeiger auf alle erforderlichen Sammlungen an die Handelsklasse und die Sammelklasse übergibt:

//--- Play a sound by its description
   bool                 PlaySoundByDescription(const string sound_description);

//--- Pass the pointers to all the necessary collections to the trading class and the indicator buffer collection class
   void                 CollectionOnInit(void)
                          {
                           this.m_trading.OnInit(this.GetAccountCurrent(),this.m_symbols.GetObject(),this.m_market.GetObject(),this.m_history.GetObject(),this.m_events.GetObject());
                           this.m_buffers.OnInit(this.m_time_series.GetObject(),this.m_indicators.GetObject());
                           this.m_time_series.OnInit(this.GetChartObjCollection());
                          }
//--- Set the spread multiplier for symbol trading objects in the symbol collection
   void                 SetSpreadMultiplier(const uint value=1,const string symbol=NULL)  { this.m_trading.SetSpreadMultiplier(value,symbol);   }


Erstellen wir in der Ereignisbehandlung der DoEasy-Bibliothek ein Leerzeichen für die Behandlung von Chartsammlungsereignissen:

//--- Handling market watch window events
   else if(idx>MARKET_WATCH_EVENT_NO_EVENT && idx<SYMBOL_EVENTS_NEXT_CODE)
     {
      //--- Market Watch window event
      string descr=this.GetMWEventDescription((ENUM_MW_EVENT)idx);
      string name=(idx==MARKET_WATCH_EVENT_SYMBOL_SORT ? "" : ": "+sparam);
      Print(TimeMSCtoString(lparam)," ",descr,name);
     }

//--- Handle chart events
   else if(idx>CHART_OBJ_EVENT_NO_EVENT && idx<CHART_OBJ_EVENTS_NEXT_CODE)
     {
      
     }
     
//--- Handling timeseries events
   else if(idx>SERIES_EVENTS_NO_EVENT && idx<SERIES_EVENTS_NEXT_CODE)
     {

Anschließend werde ich hier Handler für die Größenänderung des Charts und die Übergabe neuer Werte an die Zeitreihensammlung und von dort an die Musterobjekte hinzufügen.

Jetzt ist alles bereit für die Prüfung der Ergebnisse.



Test

Um den Test durchzuführen, verwenden wir den EA aus dem vorherigen Artikel und speichern ihn im neu erstellten Ordner \MQL5\Experts\TestDoEasy\Part135\ als TestDoEasy135.mq5.

Fügen wir die Variable, die das Flag für das Zeichnen von Mustern mit Punkten setzt, zur Liste der Eingaben hinzu:

//--- input variables
input    ushort            InpMagic             =  123;  // Magic number
input    double            InpLots              =  0.1;  // Lots
input    uint              InpStopLoss          =  150;  // StopLoss in points
input    uint              InpTakeProfit        =  150;  // TakeProfit in points
input    uint              InpDistance          =  50;   // Pending orders distance (points)
input    uint              InpDistanceSL        =  50;   // StopLimit orders distance (points)
input    uint              InpDistancePReq      =  50;   // Distance for Pending Request's activate (points)
input    uint              InpBarsDelayPReq     =  5;    // Bars delay for Pending Request's activate (current timeframe)
input    uint              InpSlippage          =  5;    // Slippage in points
input    uint              InpSpreadMultiplier  =  1;    // Spread multiplier for adjusting stop-orders by StopLevel
input    uchar             InpTotalAttempts     =  5;    // Number of trading attempts
sinput   double            InpWithdrawal        =  10;   // Withdrawal funds (in tester)

sinput   uint              InpButtShiftX        =  0;    // Buttons X shift 
sinput   uint              InpButtShiftY        =  10;   // Buttons Y shift 

input    uint              InpTrailingStop      =  50;   // Trailing Stop (points)
input    uint              InpTrailingStep      =  20;   // Trailing Step (points)
input    uint              InpTrailingStart     =  0;    // Trailing Start (points)
input    uint              InpStopLossModify    =  20;   // StopLoss for modification (points)
input    uint              InpTakeProfitModify  =  60;   // TakeProfit for modification (points)

sinput   ENUM_SYMBOLS_MODE InpModeUsedSymbols   =  SYMBOLS_MODE_CURRENT;            // Mode of used symbols list
sinput   string            InpUsedSymbols       =  "EURUSD,AUDUSD,EURAUD,EURCAD,EURGBP,EURJPY,EURUSD,GBPUSD,NZDUSD,USDCAD,USDJPY";  // List of used symbols (comma - separator)
sinput   ENUM_TIMEFRAMES_MODE InpModeUsedTFs    =  TIMEFRAMES_MODE_CURRENT;         // Mode of used timeframes list
sinput   string            InpUsedTFs           =  "M1,M5,M15,M30,H1,H4,D1,W1,MN1"; // List of used timeframes (comma - separator)

sinput   double            InpPinBarRatioBody   =  30.0;                            // Pin Bar Ratio Body to Candle size
sinput   double            InpPinBarRatioLarger =  60.0;                            // Pin Bar Ratio Larger shadow to Candle size
sinput   double            InpPinBarRatioSmaller=  30.0;                            // Pin Bar Ratio Smaller shadow to Candle size
sinput   bool              InpDrawPatternsAsDots=  true;                            // Draw Patterns as dots

sinput   ENUM_INPUT_YES_NO InpUseBook           =  INPUT_NO;                        // Use Depth of Market
sinput   ENUM_INPUT_YES_NO InpUseMqlSignals     =  INPUT_NO;                        // Use signal service
sinput   ENUM_INPUT_YES_NO InpUseCharts         =  INPUT_NO;                        // Use Charts control
sinput   ENUM_INPUT_YES_NO InpUseSounds         =  INPUT_YES;                       // Use sounds

//--- global variables

Wenn true, werden alle gefundenen Muster als Punkte auf dem Chart gezeichnet. Wenn false, werden die „Inside-Bar“-Muster mit Bitmap-Objekten gezeichnet - die Musterbalken werden mit farbigen Rechtecken umrandet.


In OnInit() des EA konfigurieren wir die Suche und Anzeige von Mustern:

//--- Clear the list of all patterns
   engine.GetListAllPatterns().Clear();
//--- Set the flag of using the Pin Bar pattern with the parameters specified in the settings
   engine.SeriesSetUsedPatternPinBar(NULL,PERIOD_CURRENT,true,InpPinBarRatioBody,InpPinBarRatioLarger,InpPinBarRatioSmaller);
//--- Set the flag of using the Inside Bar pattern
   engine.SeriesSetUsedPatternInsideBar(NULL,PERIOD_CURRENT,true);
//--- Set the flag for drawing the Inside Bar as dots from the inputs
   engine.SeriesSetDrawingAsDotsPatternInsideBar(NULL,PERIOD_CURRENT,InpDrawPatternsAsDots);
   
//--- Display the Pin Bar pattern icons with the parameters, specified in the settings, on the chart
   engine.SeriesDrawPatternPinBar(NULL,PERIOD_CURRENT,InpPinBarRatioBody,InpPinBarRatioLarger,InpPinBarRatioSmaller);
//--- Display the Inside Bar pattern icons on the chart
   engine.SeriesDrawPatternInsideBar(NULL,PERIOD_CURRENT,true);
//---
   return(INIT_SUCCEEDED);
  }


Wir implementieren in OnChartEvent() des EA den Code-Block zur Anzeige der Muster-Infopanels:

//--- Check ChartXYToTimePrice()
   if(id==CHARTEVENT_MOUSE_MOVE)
     {
      //--- Get the chart object of the current (main) program chart
      CChartObj *chart=engine.ChartGetMainChart();
      if(chart==NULL)
         return;
      //--- Get the index of a subwindow the cursor is located at
      int wnd_num=chart.XYToTimePrice(lparam,dparam);
      if(wnd_num==WRONG_VALUE)
         return;
      //--- Get the calculated cursor location time and price
      datetime time=chart.TimeFromXY();
      double price=chart.PriceFromXY();
      //--- Get the window object of the chart the cursor is located in by the subwindow index
      CChartWnd *wnd=chart.GetWindowByNum(wnd_num);
      if(wnd==NULL)
         return;
      //--- If X and Y coordinates are calculated by time and price (make a reverse conversion),
      if(wnd.TimePriceToXY(time,price))
        {
         //--- in the comment, show the time, price and index of the window that are calculated by X and Y cursor coordinates,
         //--- as well as the cursor X and Y coordinates converted back from the time and price
         //Comment
         //  (
         //   DFUN,"time: ",TimeToString(time),", price: ",DoubleToString(price,Digits()),
         //   ", win num: ",(string)wnd_num,": x: ",(string)wnd.XFromTimePrice(),
         //   ", y: ",(string)wnd.YFromTimePrice()," (",(string)wnd.YFromTimePriceRelative(),")"
         //  );
         
         //--- Get the bar open time on the chart using the cursor time
         datetime bar_time=GetStartTimeOfBarFast(PERIOD_CURRENT,time);
         //--- Get the pointer to the bar whose opening time was obtained 
         CBar *bar=engine.SeriesGetBar(Symbol(),PERIOD_CURRENT,bar_time);
         if(bar!=NULL && price>=bar.Low() && price<=bar.High())
           {
            //--- From the bar object, get the list of patterns found in it into the 'array'
            ulong array[]={};
            int total=bar.GetPatternsList(array);
            //--- If patterns are found on the bar,
            if(total>0)
              {
               //--- display descriptions of all patterns found on the bar in the journal
               bar.PatternTypeDescriptionPrint(true);
               //--- In the loop based on the number of patterns found on the bar,
               for(int i=0;i<(int)array.Size();i++)
                 {
                  //--- get the type of the next pattern from the 'array', as well as the pointer to it
                  ENUM_PATTERN_TYPE type=(ENUM_PATTERN_TYPE)array[i];
                  CPattern *pattern=engine.GetPattern(Symbol(),PERIOD_CURRENT,bar_time,type);
                  
                  //--- Print a short description of the pattern in the journal
                  if(pattern==NULL)
                     continue;
                  pattern.PrintShort(true);
                  //pattern.Print(false,true);
                  //--- Get the chart coordinates where you want to display the information panel
                  int x=wnd.XFromTimePrice();
                  int y=wnd.YFromTimePrice();
                  //--- Hide all panels except those belonging to patterns found on the bar under the cursor
                  engine.SeriesPatternHideAllInfoPanelsExceptBarTime(bar_time);
                  //--- calculate the Y coordinate of the information panel from the loop index
                  static int shift=0;
                  int cy=y+shift*i;
                  //--- Display the information panel on the chart
                  pattern.ShowInfoPanel(x,cy);
                  CForm *form=pattern.GetForm();
                  //--- If the pointer to the panel is received, calculate the size of the Y coordinate offset (panel height + 1)
                  if(form!=NULL)
                     shift=form.Height()+1;
                 }
              }
           }
        }
     }

Die Logik des Codes ist in den Kommentaren beschrieben. Wir müssen die Öffnungszeit des Balkens ermitteln, über dem sich der Mauszeiger befindet. Auf der Grundlage der Öffnungszeit erhalten wir das Balkenobjekt, aus dem wir die Liste der erkannten Muster „herausziehen“.
Dann zeigen wir einfach die Infotafeln der einzelnen gefundenen Muster auf dem Bildschirm an.

Kompilieren Sie den EA und starten Sie ihn auf einem Chart:


Wie wir sehen können, funktioniert alles wie vorgesehen. Das Zeichnen von Mustern als Bilder kann zu Verzögerungen führen. Wir werden uns später damit befassen.

Wir sehen das verschachtelte Muster ungefähr in der Mitte des Bildschirms. Wenn Sie den Mauszeiger bewegen und das Informationsfenster erscheint, wird die Gesamtzahl der in der Musterkette enthaltenen Balken angezeigt.

Auf der rechten Seite des Bildschirms werden zwei Muster auf einem Balken gebildet - „Pin-Bar“ und „Inside-Bar“. Die Infotafeln der beiden Muster werden übereinander angezeigt.


Was kommt als Nächstes?

Im nächsten Artikel werde ich mit der Entwicklung von Zeitreihenmustern fortfahren.

Alle erstellten Dateien sind dem Artikel beigefügt und können zum Selbststudium und für Tests heruntergeladen werden.


Zurück zum Inhalt

Übersetzt aus dem Russischen von MetaQuotes Ltd.
Originalartikel: https://www.mql5.com/ru/articles/14479

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MQL5.zip (9582.12 KB)
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