//+------------------------------------------------------------------+ //| TimeframeScanner Dashboard EA.mq5 | //| Copyright 2025, Allan Munene Mutiiria. | //+------------------------------------------------------------------+ #property copyright "Copyright 2025, Allan Munene Mutiiria." #property link "https://t.me/Forex_Algo_Trader" #property version "1.00" // Define identifiers and properties for UI elements #define MAIN_PANEL "PANEL_MAIN" //--- Main panel rectangle identifier #define HEADER_PANEL "PANEL_HEADER" //--- Header panel rectangle identifier #define HEADER_PANEL_ICON "PANEL_HEADER_ICON" //--- Header icon label identifier #define HEADER_PANEL_TEXT "PANEL_HEADER_TEXT" //--- Header title label identifier #define CLOSE_BUTTON "BUTTON_CLOSE" //--- Close button identifier #define SYMBOL_RECTANGLE "SYMBOL_HEADER" //--- Symbol rectangle identifier #define SYMBOL_TEXT "SYMBOL_TEXT" //--- Symbol text label identifier #define TIMEFRAME_RECTANGLE "TIMEFRAME_" //--- Timeframe rectangle prefix #define TIMEFRAME_TEXT "TIMEFRAME_TEXT_" //--- Timeframe text label prefix #define HEADER_RECTANGLE "HEADER_" //--- Header rectangle prefix #define HEADER_TEXT "HEADER_TEXT_" //--- Header text label prefix #define RSI_RECTANGLE "RSI_" //--- RSI rectangle prefix #define RSI_TEXT "RSI_TEXT_" //--- RSI text label prefix #define STOCH_RECTANGLE "STOCH_" //--- Stochastic rectangle prefix #define STOCH_TEXT "STOCH_TEXT_" //--- Stochastic text label prefix #define CCI_RECTANGLE "CCI_" //--- CCI rectangle prefix #define CCI_TEXT "CCI_TEXT_" //--- CCI text label prefix #define ADX_RECTANGLE "ADX_" //--- ADX rectangle prefix #define ADX_TEXT "ADX_TEXT_" //--- ADX text label prefix #define AO_RECTANGLE "AO_" //--- AO rectangle prefix #define AO_TEXT "AO_TEXT_" //--- AO text label prefix #define BUY_RECTANGLE "BUY_" //--- Buy rectangle prefix #define BUY_TEXT "BUY_TEXT_" //--- Buy text label prefix #define SELL_RECTANGLE "SELL_" //--- Sell rectangle prefix #define SELL_TEXT "SELL_TEXT_" //--- Sell text label prefix #define WIDTH_TIMEFRAME 90 //--- Width of timeframe and symbol rectangles #define WIDTH_INDICATOR 70 //--- Width of indicator rectangles #define WIDTH_SIGNAL 90 //--- Width of BUY/SELL signal rectangles #define HEIGHT_RECTANGLE 25 //--- Height of all rectangles #define COLOR_WHITE clrWhite //--- White color for text and backgrounds #define COLOR_BLACK clrBlack //--- Black color for borders and text #define COLOR_LIGHT_GRAY C'230,230,230' //--- Light gray color for signal backgrounds #define COLOR_DARK_GRAY C'105,105,105' //--- Dark gray color for indicator backgrounds bool panel_is_visible = true; //--- Flag to control panel visibility // Define the timeframes to be used ENUM_TIMEFRAMES timeframes_array[] = {PERIOD_M1, PERIOD_M5, PERIOD_M15, PERIOD_M20, PERIOD_M30, PERIOD_H1, PERIOD_H2, PERIOD_H3, PERIOD_H4, PERIOD_H8, PERIOD_H12, PERIOD_D1, PERIOD_W1}; //--- Array of timeframes for scanning // Global variables for indicator values double rsi_values[]; //--- Array to store RSI values double stochastic_values[]; //--- Array to store Stochastic signal line values double cci_values[]; //--- Array to store CCI values double adx_values[]; //--- Array to store ADX values double ao_values[]; //--- Array to store AO values //+------------------------------------------------------------------+ //| Truncate timeframe enum to display string | //+------------------------------------------------------------------+ string truncate_timeframe_name(int timeframe_index) //--- Function to format timeframe name { string timeframe_string = StringSubstr(EnumToString(timeframes_array[timeframe_index]), 7); //--- Extract timeframe name return timeframe_string; //--- Return formatted name } //+------------------------------------------------------------------+ //| Calculate signal strength for buy/sell | //+------------------------------------------------------------------+ string calculate_signal_strength(double rsi, double stochastic, double cci, double adx, double ao, bool is_buy) //--- Function to compute signal strength { int signal_strength = 0; //--- Initialize signal strength counter if(is_buy && rsi < 40) signal_strength++; //--- Increment for buy if RSI is oversold else if(!is_buy && rsi > 60) signal_strength++; //--- Increment for sell if RSI is overbought if(is_buy && stochastic < 40) signal_strength++; //--- Increment for buy if Stochastic is oversold else if(!is_buy && stochastic > 60) signal_strength++; //--- Increment for sell if Stochastic is overbought if(is_buy && cci < -70) signal_strength++; //--- Increment for buy if CCI is oversold else if(!is_buy && cci > 70) signal_strength++; //--- Increment for sell if CCI is overbought if(adx > 40) signal_strength++; //--- Increment if ADX indicates strong trend if(is_buy && ao > 0) signal_strength++; //--- Increment for buy if AO is positive else if(!is_buy && ao < 0) signal_strength++; //--- Increment for sell if AO is negative if(signal_strength >= 3) return is_buy ? "Strong Buy" : "Strong Sell"; //--- Return strong signal if 3+ conditions met if(signal_strength >= 2) return is_buy ? "Buy" : "Sell"; //--- Return regular signal if 2 conditions met return "Neutral"; //--- Return neutral if insufficient conditions } //+------------------------------------------------------------------+ //| Create a rectangle for the UI | //+------------------------------------------------------------------+ bool create_rectangle(string object_name, int x_distance, int y_distance, int x_size, int y_size, color background_color, color border_color = COLOR_BLACK) //--- Function to create a rectangle { ResetLastError(); //--- Reset error code if(!ObjectCreate(0, object_name, OBJ_RECTANGLE_LABEL, 0, 0, 0)) { //--- Create rectangle object Print(__FUNCTION__, ": failed to create Rectangle: ERR Code: ", GetLastError()); //--- Log creation failure return(false); //--- Return failure } ObjectSetInteger(0, object_name, OBJPROP_XDISTANCE, x_distance); //--- Set x position ObjectSetInteger(0, object_name, OBJPROP_YDISTANCE, y_distance); //--- Set y position ObjectSetInteger(0, object_name, OBJPROP_XSIZE, x_size); //--- Set width ObjectSetInteger(0, object_name, OBJPROP_YSIZE, y_size); //--- Set height ObjectSetInteger(0, object_name, OBJPROP_CORNER, CORNER_RIGHT_UPPER); //--- Set corner to top-right ObjectSetInteger(0, object_name, OBJPROP_BGCOLOR, background_color); //--- Set background color ObjectSetInteger(0, object_name, OBJPROP_BORDER_COLOR, border_color); //--- Set border color ObjectSetInteger(0, object_name, OBJPROP_BORDER_TYPE, BORDER_FLAT); //--- Set flat border style ObjectSetInteger(0, object_name, OBJPROP_BACK, false); //--- Set to foreground ChartRedraw(0); //--- Redraw chart return(true); //--- Return success } //+------------------------------------------------------------------+ //| Create a text label for the UI | //+------------------------------------------------------------------+ bool create_label(string object_name, string text, int x_distance, int y_distance, int font_size = 12, color text_color = COLOR_BLACK, string font = "Arial Rounded MT Bold") //--- Function to create a label { ResetLastError(); //--- Reset error code if(!ObjectCreate(0, object_name, OBJ_LABEL, 0, 0, 0)) { //--- Create label object Print(__FUNCTION__, ": failed to create Label: ERR Code: ", GetLastError()); //--- Log creation failure return(false); //--- Return failure } ObjectSetInteger(0, object_name, OBJPROP_XDISTANCE, x_distance); //--- Set x position ObjectSetInteger(0, object_name, OBJPROP_YDISTANCE, y_distance); //--- Set y position ObjectSetInteger(0, object_name, OBJPROP_CORNER, CORNER_RIGHT_UPPER); //--- Set corner to top-right ObjectSetString(0, object_name, OBJPROP_TEXT, text); //--- Set label text ObjectSetString(0, object_name, OBJPROP_FONT, font); //--- Set font ObjectSetInteger(0, object_name, OBJPROP_FONTSIZE, font_size); //--- Set font size ObjectSetInteger(0, object_name, OBJPROP_COLOR, text_color); //--- Set text color ObjectSetInteger(0, object_name, OBJPROP_ANCHOR, ANCHOR_CENTER); //--- Center text ChartRedraw(0); //--- Redraw chart return(true); //--- Return success } //+------------------------------------------------------------------+ //| Expert initialization function | //+------------------------------------------------------------------+ int OnInit() //--- Initialize EA { create_rectangle(MAIN_PANEL, 632, 40, 617, 374, C'30,30,30', BORDER_FLAT); //--- Create main panel background create_rectangle(HEADER_PANEL, 632, 40, 617, 27, C'60,60,60', BORDER_FLAT); //--- Create header panel background create_label(HEADER_PANEL_ICON, CharToString(91), 620, 54, 18, clrAqua, "Wingdings"); //--- Create header icon create_label(HEADER_PANEL_TEXT, "TimeframeScanner", 527, 52, 13, COLOR_WHITE); //--- Create header title create_label(CLOSE_BUTTON, CharToString('r'), 32, 54, 18, clrYellow, "Webdings"); //--- Create close button // Create header rectangle and label create_rectangle(SYMBOL_RECTANGLE, 630, 75, WIDTH_TIMEFRAME, HEIGHT_RECTANGLE, clrGray); //--- Create symbol rectangle create_label(SYMBOL_TEXT, _Symbol, 585, 85, 11, COLOR_WHITE); //--- Create symbol label // Create summary and indicator headers (rectangles and labels) string header_names[] = {"BUY", "SELL", "RSI", "STOCH", "CCI", "ADX", "AO"}; //--- Define header titles for(int header_index = 0; header_index < ArraySize(header_names); header_index++) { //--- Loop through headers int x_offset = (630 - WIDTH_TIMEFRAME) - (header_index < 2 ? header_index * WIDTH_SIGNAL : 2 * WIDTH_SIGNAL + (header_index - 2) * WIDTH_INDICATOR) + (1 + header_index); //--- Calculate x position int width = (header_index < 2 ? WIDTH_SIGNAL : WIDTH_INDICATOR); //--- Set width based on header type create_rectangle(HEADER_RECTANGLE + IntegerToString(header_index), x_offset, 75, width, HEIGHT_RECTANGLE, clrGray); //--- Create header rectangle create_label(HEADER_TEXT + IntegerToString(header_index), header_names[header_index], x_offset - width/2, 85, 11, COLOR_WHITE); //--- Create header label } // Create timeframe rectangles and labels, and summary/indicator cells for(int timeframe_index = 0; timeframe_index < ArraySize(timeframes_array); timeframe_index++) { //--- Loop through timeframes // Highlight current timeframe color timeframe_background = (timeframes_array[timeframe_index] == _Period) ? clrLimeGreen : clrGray; //--- Set background color for current timeframe color timeframe_text_color = (timeframes_array[timeframe_index] == _Period) ? COLOR_BLACK : COLOR_WHITE; //--- Set text color for current timeframe create_rectangle(TIMEFRAME_RECTANGLE + IntegerToString(timeframe_index), 630, (75 + HEIGHT_RECTANGLE) + timeframe_index * HEIGHT_RECTANGLE - (1 + timeframe_index), WIDTH_TIMEFRAME, HEIGHT_RECTANGLE, timeframe_background); //--- Create timeframe rectangle create_label(TIMEFRAME_TEXT + IntegerToString(timeframe_index), truncate_timeframe_name(timeframe_index), 585, (85 + HEIGHT_RECTANGLE) + timeframe_index * HEIGHT_RECTANGLE - (1 + timeframe_index), 11, timeframe_text_color); //--- Create timeframe label // Create summary and indicator cells for(int header_index = 0; header_index < ArraySize(header_names); header_index++) { //--- Loop through headers for cells string cell_rectangle_name, cell_text_name; //--- Declare cell name and label variables color cell_background = (header_index < 2) ? COLOR_LIGHT_GRAY : COLOR_BLACK; //--- Set cell background color switch(header_index) { //--- Select cell type case 0: cell_rectangle_name = BUY_RECTANGLE + IntegerToString(timeframe_index); cell_text_name = BUY_TEXT + IntegerToString(timeframe_index); break; //--- Buy cell case 1: cell_rectangle_name = SELL_RECTANGLE + IntegerToString(timeframe_index); cell_text_name = SELL_TEXT + IntegerToString(timeframe_index); break; //--- Sell cell case 2: cell_rectangle_name = RSI_RECTANGLE + IntegerToString(timeframe_index); cell_text_name = RSI_TEXT + IntegerToString(timeframe_index); break; //--- RSI cell case 3: cell_rectangle_name = STOCH_RECTANGLE + IntegerToString(timeframe_index); cell_text_name = STOCH_TEXT + IntegerToString(timeframe_index); break; //--- Stochastic cell case 4: cell_rectangle_name = CCI_RECTANGLE + IntegerToString(timeframe_index); cell_text_name = CCI_TEXT + IntegerToString(timeframe_index); break; //--- CCI cell case 5: cell_rectangle_name = ADX_RECTANGLE + IntegerToString(timeframe_index); cell_text_name = ADX_TEXT + IntegerToString(timeframe_index); break; //--- ADX cell case 6: cell_rectangle_name = AO_RECTANGLE + IntegerToString(timeframe_index); cell_text_name = AO_TEXT + IntegerToString(timeframe_index); break; //--- AO cell } int x_offset = (630 - WIDTH_TIMEFRAME) - (header_index < 2 ? header_index * WIDTH_SIGNAL : 2 * WIDTH_SIGNAL + (header_index - 2) * WIDTH_INDICATOR) + (1 + header_index); //--- Calculate x position int width = (header_index < 2 ? WIDTH_SIGNAL : WIDTH_INDICATOR); //--- Set width based on cell type create_rectangle(cell_rectangle_name, x_offset, (75 + HEIGHT_RECTANGLE) + timeframe_index * HEIGHT_RECTANGLE - (1 + timeframe_index), width, HEIGHT_RECTANGLE, cell_background); //--- Create cell rectangle create_label(cell_text_name, "-/-", x_offset - width/2, (85 + HEIGHT_RECTANGLE) + timeframe_index * HEIGHT_RECTANGLE - (1 + timeframe_index), 10, COLOR_WHITE); //--- Create cell label } } // Initialize indicator arrays ArraySetAsSeries(rsi_values, true); //--- Set RSI array as timeseries ArraySetAsSeries(stochastic_values, true); //--- Set Stochastic array as timeseries ArraySetAsSeries(cci_values, true); //--- Set CCI array as timeseries ArraySetAsSeries(adx_values, true); //--- Set ADX array as timeseries ArraySetAsSeries(ao_values, true); //--- Set AO array as timeseries return(INIT_SUCCEEDED); //--- Return initialization success } //+------------------------------------------------------------------+ //| Update indicator values | //+------------------------------------------------------------------+ void updateIndicators() //--- Update dashboard indicators { for(int timeframe_index = 0; timeframe_index < ArraySize(timeframes_array); timeframe_index++) { //--- Loop through timeframes // Initialize indicator handles int rsi_indicator_handle = iRSI(_Symbol, timeframes_array[timeframe_index], 14, PRICE_CLOSE); //--- Create RSI handle int stochastic_indicator_handle = iStochastic(_Symbol, timeframes_array[timeframe_index], 14, 3, 3, MODE_SMA, STO_LOWHIGH); //--- Create Stochastic handle int cci_indicator_handle = iCCI(_Symbol, timeframes_array[timeframe_index], 20, PRICE_TYPICAL); //--- Create CCI handle int adx_indicator_handle = iADX(_Symbol, timeframes_array[timeframe_index], 14); //--- Create ADX handle int ao_indicator_handle = iAO(_Symbol, timeframes_array[timeframe_index]); //--- Create AO handle // Check for valid handles if(rsi_indicator_handle == INVALID_HANDLE || stochastic_indicator_handle == INVALID_HANDLE || cci_indicator_handle == INVALID_HANDLE || adx_indicator_handle == INVALID_HANDLE || ao_indicator_handle == INVALID_HANDLE) { //--- Check if any handle is invalid Print("Failed to create indicator handle for timeframe ", truncate_timeframe_name(timeframe_index)); //--- Log failure continue; //--- Skip to next timeframe } // Copy indicator values if(CopyBuffer(rsi_indicator_handle, 0, 0, 1, rsi_values) <= 0 || //--- Copy RSI value CopyBuffer(stochastic_indicator_handle, 1, 0, 1, stochastic_values) <= 0 || //--- Copy Stochastic signal line value CopyBuffer(cci_indicator_handle, 0, 0, 1, cci_values) <= 0 || //--- Copy CCI value CopyBuffer(adx_indicator_handle, 0, 0, 1, adx_values) <= 0 || //--- Copy ADX value CopyBuffer(ao_indicator_handle, 0, 0, 1, ao_values) <= 0) { //--- Copy AO value Print("Failed to copy buffer for timeframe ", truncate_timeframe_name(timeframe_index)); //--- Log copy failure continue; //--- Skip to next timeframe } // Update RSI color rsi_text_color = (rsi_values[0] < 30) ? clrBlue : (rsi_values[0] > 70) ? clrRed : COLOR_WHITE; //--- Set RSI text color update_label(RSI_TEXT + IntegerToString(timeframe_index), DoubleToString(rsi_values[0], 2), rsi_text_color); //--- Update RSI label // Update Stochastic (Signal Line only) color stochastic_text_color = (stochastic_values[0] < 20) ? clrBlue : (stochastic_values[0] > 80) ? clrRed : COLOR_WHITE; //--- Set Stochastic text color update_label(STOCH_TEXT + IntegerToString(timeframe_index), DoubleToString(stochastic_values[0], 2), stochastic_text_color); //--- Update Stochastic label // Update CCI color cci_text_color = (cci_values[0] < -100) ? clrBlue : (cci_values[0] > 100) ? clrRed : COLOR_WHITE; //--- Set CCI text color update_label(CCI_TEXT + IntegerToString(timeframe_index), DoubleToString(cci_values[0], 2), cci_text_color); //--- Update CCI label // Update ADX color adx_text_color = (adx_values[0] > 25) ? clrBlue : COLOR_WHITE; //--- Set ADX text color update_label(ADX_TEXT + IntegerToString(timeframe_index), DoubleToString(adx_values[0], 2), adx_text_color); //--- Update ADX label // Update AO color ao_text_color = (ao_values[0] > 0) ? clrGreen : (ao_values[0] < 0) ? clrRed : COLOR_WHITE; //--- Set AO text color update_label(AO_TEXT + IntegerToString(timeframe_index), DoubleToString(ao_values[0], 2), ao_text_color); //--- Update AO label // Update Buy/Sell signals string buy_signal = calculate_signal_strength(rsi_values[0], stochastic_values[0], cci_values[0], adx_values[0], ao_values[0], true); //--- Calculate buy signal string sell_signal = calculate_signal_strength(rsi_values[0], stochastic_values[0], cci_values[0], adx_values[0], ao_values[0], false); //--- Calculate sell signal color buy_text_color = (buy_signal == "Strong Buy") ? COLOR_WHITE : COLOR_WHITE; //--- Set buy text color color buy_background = (buy_signal == "Strong Buy") ? clrGreen : (buy_signal == "Buy") ? clrSeaGreen : COLOR_DARK_GRAY; //--- Set buy background color update_rectangle(BUY_RECTANGLE + IntegerToString(timeframe_index), buy_background); //--- Update buy rectangle update_label(BUY_TEXT + IntegerToString(timeframe_index), buy_signal, buy_text_color); //--- Update buy label color sell_text_color = (sell_signal == "Strong Sell") ? COLOR_WHITE : COLOR_WHITE; //--- Set sell text color color sell_background = (sell_signal == "Strong Sell") ? clrRed : (sell_signal == "Sell") ? clrSalmon : COLOR_DARK_GRAY; //--- Set sell background color update_rectangle(SELL_RECTANGLE + IntegerToString(timeframe_index), sell_background); //--- Update sell rectangle update_label(SELL_TEXT + IntegerToString(timeframe_index), sell_signal, sell_text_color); //--- Update sell label // Release indicator handles IndicatorRelease(rsi_indicator_handle); //--- Release RSI handle IndicatorRelease(stochastic_indicator_handle); //--- Release Stochastic handle IndicatorRelease(cci_indicator_handle); //--- Release CCI handle IndicatorRelease(adx_indicator_handle); //--- Release ADX handle IndicatorRelease(ao_indicator_handle); //--- Release AO handle } } //+------------------------------------------------------------------+ //| Expert deinitialization function | //+------------------------------------------------------------------+ void OnDeinit(const int reason) //--- Deinitialize EA { ObjectDelete(0, MAIN_PANEL); //--- Delete main panel ObjectDelete(0, HEADER_PANEL); //--- Delete header panel ObjectDelete(0, HEADER_PANEL_ICON); //--- Delete header icon ObjectDelete(0, HEADER_PANEL_TEXT); //--- Delete header title ObjectDelete(0, CLOSE_BUTTON); //--- Delete close button ObjectsDeleteAll(0, SYMBOL_RECTANGLE); //--- Delete all symbol rectangles ObjectsDeleteAll(0, SYMBOL_TEXT); //--- Delete all symbol labels ObjectsDeleteAll(0, TIMEFRAME_RECTANGLE); //--- Delete all timeframe rectangles ObjectsDeleteAll(0, TIMEFRAME_TEXT); //--- Delete all timeframe labels ObjectsDeleteAll(0, HEADER_RECTANGLE); //--- Delete all header rectangles ObjectsDeleteAll(0, HEADER_TEXT); //--- Delete all header labels ObjectsDeleteAll(0, RSI_RECTANGLE); //--- Delete all RSI rectangles ObjectsDeleteAll(0, RSI_TEXT); //--- Delete all RSI labels ObjectsDeleteAll(0, STOCH_RECTANGLE); //--- Delete all Stochastic rectangles ObjectsDeleteAll(0, STOCH_TEXT); //--- Delete all Stochastic labels ObjectsDeleteAll(0, CCI_RECTANGLE); //--- Delete all CCI rectangles ObjectsDeleteAll(0, CCI_TEXT); //--- Delete all CCI labels ObjectsDeleteAll(0, ADX_RECTANGLE); //--- Delete all ADX rectangles ObjectsDeleteAll(0, ADX_TEXT); //--- Delete all ADX labels ObjectsDeleteAll(0, AO_RECTANGLE); //--- Delete all AO rectangles ObjectsDeleteAll(0, AO_TEXT); //--- Delete all AO labels ObjectsDeleteAll(0, BUY_RECTANGLE); //--- Delete all buy rectangles ObjectsDeleteAll(0, BUY_TEXT); //--- Delete all buy labels ObjectsDeleteAll(0, SELL_RECTANGLE); //--- Delete all sell rectangles ObjectsDeleteAll(0, SELL_TEXT); //--- Delete all sell labels ChartRedraw(0); //--- Redraw chart } //+------------------------------------------------------------------+ //| Expert tick function | //+------------------------------------------------------------------+ void OnTick() //--- Handle tick events { if (panel_is_visible) { //--- Check if panel is visible updateIndicators(); //--- Update indicators } } //+------------------------------------------------------------------+ //| Expert chart event handler | //+------------------------------------------------------------------+ void OnChartEvent(const int event_id, //--- Event ID const long& long_param, //--- Long parameter const double& double_param, //--- Double parameter const string& string_param) //--- String parameter { if (event_id == CHARTEVENT_OBJECT_CLICK) { //--- Check for object click event if (string_param == CLOSE_BUTTON) { //--- Check if close button clicked Print("Closing the panel now"); //--- Log panel closure PlaySound("alert.wav"); //--- Play alert sound panel_is_visible = false; //--- Hide panel ObjectDelete(0, MAIN_PANEL); //--- Delete main panel ObjectDelete(0, HEADER_PANEL); //--- Delete header panel ObjectDelete(0, HEADER_PANEL_ICON); //--- Delete header icon ObjectDelete(0, HEADER_PANEL_TEXT); //--- Delete header title ObjectDelete(0, CLOSE_BUTTON); //--- Delete close button ObjectsDeleteAll(0, SYMBOL_RECTANGLE); //--- Delete all symbol rectangles ObjectsDeleteAll(0, SYMBOL_TEXT); //--- Delete all symbol labels ObjectsDeleteAll(0, TIMEFRAME_RECTANGLE); //--- Delete all timeframe rectangles ObjectsDeleteAll(0, TIMEFRAME_TEXT); //--- Delete all timeframe labels ObjectsDeleteAll(0, HEADER_RECTANGLE); //--- Delete all header rectangles ObjectsDeleteAll(0, HEADER_TEXT); //--- Delete all header labels ObjectsDeleteAll(0, RSI_RECTANGLE); //--- Delete all RSI rectangles ObjectsDeleteAll(0, RSI_TEXT); //--- Delete all RSI labels ObjectsDeleteAll(0, STOCH_RECTANGLE); //--- Delete all Stochastic rectangles ObjectsDeleteAll(0, STOCH_TEXT); //--- Delete all Stochastic labels ObjectsDeleteAll(0, CCI_RECTANGLE); //--- Delete all CCI rectangles ObjectsDeleteAll(0, CCI_TEXT); //--- Delete all CCI labels ObjectsDeleteAll(0, ADX_RECTANGLE); //--- Delete all ADX rectangles ObjectsDeleteAll(0, ADX_TEXT); //--- Delete all ADX labels ObjectsDeleteAll(0, AO_RECTANGLE); //--- Delete all AO rectangles ObjectsDeleteAll(0, AO_TEXT); //--- Delete all AO labels ObjectsDeleteAll(0, BUY_RECTANGLE); //--- Delete all buy rectangles ObjectsDeleteAll(0, BUY_TEXT); //--- Delete all buy labels ObjectsDeleteAll(0, SELL_RECTANGLE); //--- Delete all sell rectangles ObjectsDeleteAll(0, SELL_TEXT); //--- Delete all sell labels ChartRedraw(0); //--- Redraw chart } } } //+------------------------------------------------------------------+ //| Update rectangle background color | //+------------------------------------------------------------------+ bool update_rectangle(string object_name, color background_color) //--- Function to update rectangle color { int found = ObjectFind(0, object_name); //--- Find rectangle object if(found < 0) { //--- Check if object not found ResetLastError(); //--- Reset error code Print("UNABLE TO FIND THE RECTANGLE: ", object_name, ". ERR Code: ", GetLastError()); //--- Log error return(false); //--- Return failure } ObjectSetInteger(0, object_name, OBJPROP_BGCOLOR, background_color); //--- Set background color ChartRedraw(0); //--- Redraw chart return(true); //--- Return success } //+------------------------------------------------------------------+ //| Update label text and color | //+------------------------------------------------------------------+ bool update_label(string object_name, string text, color text_color) //--- Function to update label { int found = ObjectFind(0, object_name); //--- Find label object if(found < 0) { //--- Check if object not found ResetLastError(); //--- Reset error code Print("UNABLE TO FIND THE LABEL: ", object_name, ". ERR Code: ", GetLastError()); //--- Log error return(false); //--- Return failure } ObjectSetString(0, object_name, OBJPROP_TEXT, text); //--- Set label text ObjectSetInteger(0, object_name, OBJPROP_COLOR, text_color); //--- Set text color ChartRedraw(0); //--- Redraw chart return(true); //--- Return success }