/* Format prices according to language */
/* @autor Martin Nachev (22.01.2014) */
/* @idea  Google.bg: javascript split string every 3 characters at right */

var EchelonVolume = 0;
var QuantiteEchelon = 0;

function createdCurve(leftScInit,ptq_){
  
    maxAndMin(leftScInit, ptq_);
    SymexChartGlobals.stepX = (SymexChartGlobals.chart_width * 0.95) / (ptq_ - leftScInit);
    
    if(SymexChartGlobals.type_curve == "J"){
      drawLine_jap( leftScInit, ptq_,SymexChartGlobals.period_type,SymexChartGlobals.period_qty,SymexChartGlobals.chart_height );  
    }else if(SymexChartGlobals.type_curve == "B"){
 	    drawLine_barchart( leftScInit, ptq_,SymexChartGlobals.period_type,SymexChartGlobals.period_qty,SymexChartGlobals.chart_height );
    }else if(SymexChartGlobals.type_curve == "H"){
      drawLine_Heikin( leftScInit, ptq_,SymexChartGlobals.period_type,SymexChartGlobals.period_qty,SymexChartGlobals.chart_height );  
    }/*else if(SymexChartGlobals.type_curve == "K"){
       drawLine_kagi( leftScInit, ptq_);  
    }*/else {
      drawLine( leftScInit, ptq_);  
    }
    
    if(SymexChartGlobals.ichi == 1){
     // drawLine_ichi( leftScInit, ptq_,SymexChartGlobals.period_type,SymexChartGlobals.period_qty,SymexChartGlobals.chart_height );    
    }
    
    if(SymexChartGlobals.display_SAR == 1){
      //drawLine_parabolic( leftScInit, ptq_,SymexChartGlobals.period_type,SymexChartGlobals.period_qty,SymexChartGlobals.chart_height ); 
    } 
    if(SymexChartGlobals.display_BOL == 1){
      drawLine_bollinger( leftScInit, ptq_,SymexChartGlobals.period_type,SymexChartGlobals.period_qty,SymexChartGlobals.chart_height );
    }
    
    if(SymexChartGlobals.display_STR == 1  ){
      // drawLine_superTrend( leftScInit, ptq_,SymexChartGlobals.period_type,SymexChartGlobals.period_qty,SymexChartGlobals.chart_height );
    }
    if(SymexChartGlobals.display_KAMA == 1){
       //drawLine_kama( leftScInit, ptq_,SymexChartGlobals.period_type,SymexChartGlobals.period_qty,SymexChartGlobals.chart_height );
    }
    if(SymexChartGlobals.points_qty_label < ptq_){
      labels_X( leftScInit,  SymexChartGlobals.points_qty_label );
    }else{
      labels_X( leftScInit,  ptq_);
    }
    if(SymexChartGlobals.pivot == 1){
 	    labels_pivot();
    }
    
    labels_Y( leftScInit, ptq_ );
    
    if( SymexChartGlobals.display_news == 1 ) {
      $.ajax({
        method: "GET",
        url: "cookie.php",
        data: { news: 1 }
      })
      createCookie("news",1,1)
      news( leftScInit, ptq_ );
	  }else{
      $.ajax({
        method: "GET",
        url: "cookie.php",
        data: { news: 0 }
      })
      createCookie("news",0,1)
    }
    if( SymexChartGlobals.display_signaux == 1 ) {
      signaux( leftScInit, ptq_ );
	  }
    if( SymexChartGlobals.display_events == 1 ) { 
     
       $.ajax({
        method: "GET",
        url: "cookie.php",
        data: { news: 1 }
      })
      createCookie("events",1,1)
       events( leftScInit, ptq_  );
	  }else{
      $.ajax({
        method: "GET",
        url: "cookie.php",
        data: { news: 0 }
      })
      createCookie("events",0,1)
    }
    for(var x=0,y=1;x<SymexChartGlobals.sub_chart.length ;x++,y++){
        drawMACD( leftScInit, ptq_,y,SymexChartGlobals.sub_chart[x]);
        if (SymexChartGlobals.sub_chart[x] == "CCI") {
    	    labels_CCI_Y( leftScInit, ptq_ ,y); 
        }else{
        	labels_MACD_Y( leftScInit, ptq_ ,y,SymexChartGlobals.sub_chart[x]);
        }
        labels_Other_X ( leftScInit, SymexChartGlobals.points_qty_label,y );
    }

}

function format_price( value, noDecimal )
{
	var dec           = 3;
	var value         = value.toFixed( dec ); // String
	var noDecimal     = typeof noDecimal == "boolean" ? noDecimal : false;

	var decSep        = SymexChartGlobals.language == "en" ? "." : ",";
	var thousSep      = SymexChartGlobals.language == "en" ? " " : ".";
	var v             = Math.abs(parseInt( value )) + ""; // String - main number part
	var firstGroupLen = v.length % 3; // only first group could be less than 3 digits
    if(value < 0) var signed = "-";else var signed = "";
	var f = v.substring( firstGroupLen ).match( new RegExp( ".{3}", "g" ) ) || []; // Array !!!
    	if ( firstGroupLen > 0 ) {
		f.unshift( v.substring( 0, firstGroupLen ) );
	} 
    if(Math.abs(value) > 1000)
	   var formatted = signed+f.join( thousSep );  
    else
       var formatted =  signed+Math.abs(f.join( "" ));
    if ( noDecimal == false ) {
      formatted += decSep + value.match( new RegExp( "[0-9]+$" ) )[0];
    } 

	return formatted;
}

function format_num( value, noDecimal )
{
    
	var dec           = 3;
	var value         = value.toFixed( dec ); // String
	var noDecimal     = typeof noDecimal == "boolean" ? noDecimal : false;

	var decSep        = SymexChartGlobals.language == "en" ? "." : ",";
	var thousSep      = SymexChartGlobals.language == "en" ? " " : ".";
	var v             = parseInt( value ) + ""; // String - main number part
	var firstGroupLen = v.length % 3; // only first group could be less than 3 digits

	var f = v.substring( firstGroupLen ).match( new RegExp( ".{3}", "g" ) ) || []; // Array !!!
 	if ( firstGroupLen > 0 ) {
		f.unshift( v.substring( 0, firstGroupLen ) );
 	}
   
	 var formatted =  f.join( thousSep );
	if ( noDecimal == false && eval(value.match( new RegExp( "[0-9]+$" ) )[0]) > "0" ) {
		 formatted += decSep + value.match( new RegExp( "[0-9]+$" ) )[0];
  }

	return formatted;
}

function format_num2( value, noDecimal )
{
    
	var dec           = 2;
	var value         = value.toFixed( dec ); // String
	var noDecimal     = typeof noDecimal == "boolean" ? noDecimal : false;

	var decSep        = SymexChartGlobals.language == "en" ? "." : ",";
	var thousSep      = SymexChartGlobals.language == "en" ? " " : ".";
	var v             = parseInt( value ) + ""; // String - main number part
	var firstGroupLen = v.length % 3; // only first group could be less than 3 digits

	var f = v.substring( firstGroupLen ).match( new RegExp( ".{3}", "g" ) ) || []; // Array !!!
 	if ( firstGroupLen > 0 ) {
		f.unshift( v.substring( 0, firstGroupLen ) );
 	}
   
	 var formatted =  f.join( thousSep );
	//if ( noDecimal == false && eval(value.match( new RegExp( "[0-9]+$" ) )[0]) > "0" ) {
		 formatted += decSep + value.match( new RegExp( "[0-9]+$" ) )[0];
  //}

	return formatted;
}
function format_calcul( value, noDecimal )
{
    
	var dec           = 0;
	var value         = value.toFixed( dec ); // String
	var noDecimal     = typeof noDecimal == "boolean" ? noDecimal : false;

	var decSep        = SymexChartGlobals.language == "en" ? "." : ".";
	var thousSep      = SymexChartGlobals.language == "en" ? "" : "";
	var v             = parseInt( value ) + ""; // String - main number part
	var firstGroupLen = v.length % 3; // only first group could be less than 3 digits

	var f = v.substring( firstGroupLen ).match( new RegExp( ".{3}", "g" ) ) || []; // Array !!!
 	if ( firstGroupLen > 0 ) {
		f.unshift( v.substring( 0, firstGroupLen ) );
 	}
   
  var formatted =  f.join( thousSep );
	if ( noDecimal == false && eval(value.match( new RegExp( "[0-9]+$" ) )[0]) > "0" ) {
		 formatted += decSep + value.match( new RegExp( "[0-9]+$" ) )[0];
  }

	return formatted;
}
/* Format volume according to given divider */
/* Example: 1 200 000 -> 1,2M */
/* @author Martin Nachev (30.09.2014) */
function format_volume( value, inMillions )
{
	var divider = 1;
	var suffix  = "";
	var dec     = 1;

	if ( typeof SymexChartSettings.settings[3] != "undefined" ) {
		divider = SymexChartSettings.settings[3].split( "," )[0];
		suffix  = SymexChartSettings.settings[3].split( "," )[1];
		dec     = 1;
	}

	var vol =  ( value / divider ).toFixed( dec ) + suffix;
    
    if(vol.split( "." )[1] == 0){
        return vol.split( "." )[0];
    }else{
        return vol;
    }
}


function getURLParam()
{
	var returnObject = {};
	var href = document.location.href;

	if ( href.indexOf("?") > -1 )
	{
		var param = href.substr(href.indexOf("?") + 1);
		var arrayParam = param.split("&");
		for ( var i = 0; i < arrayParam.length; i++ )
		{
			var value = arrayParam[i].split("=");
			returnObject[value[0]] = value[1];
		}
	}

	return returnObject;
}


function array_max( arr, x1, x2 )
{
	var max_ = null;
    var check;
	for( var i = parseInt(x1); i <= parseInt(x2); i++ ) {
	   check = parseFloat(arr[i]);
	  if ( check && ( max_ === null || check > max_ ) ) {
				max_ = check;
		}
	}
 
	return max_;
}


function array_max2(arr, x1, x2 )
{
     
	var max_ = null;
	var check = "";
	for( var i =parseInt(x1); i <= parseInt(x2); i++ ) {
    if(typeof(arr[i])!== "undefined"){
      check = parseFloat(arr[i]);
    }
	  if ( check && ( max_ === null || check > max_ ) ) {
			max_ = check;
		}
	}
 
	return max_;
}

function array_min( arr, x1, x2 )
{
	var min_ = null;
	var check;
	for( var i = parseInt(x1); i <= parseInt(x2); i++ ) {
		check = parseFloat(arr[i]);
		if ( check && ( min_ === null || check < min_ )  ) {
			min_ = check;
		}
	}
 
	return min_;
}

function search_date(date_found){
   var d_date_i = SymexChartGlobals.points_qty-1;
    for(var i = 0;i < SymexChartGlobals.points_qty_s;i++){
       
        if(date_found <= data_date[i]){
           d_date_i = i
           break;
        }
       
    }
     
   return d_date_i;
}

function Pixelto_old(name_chart,y_,max_Grid,min_Grid){  
  
    var position =  $(name_chart).position();
    var a = ((  position.top   -   (position.top + jQuery(name_chart).height()  )) / (max_Grid - min_Grid));
    var b =  position.top - a  * max_Grid;
    var eu_ =  (y_ - b)  / a;  
    return eu_; 
}  

function value_A_B(name_chart,max_M,min_M){
   
        var position =  $("#"+name_chart).position();
        SymexChartGlobals.a[name_chart]  = ((  position.top - (position.top + $("#"+name_chart).height()  )) / (max_M - min_M));
        SymexChartGlobals.b[name_chart] =  position.top -  SymexChartGlobals.a[name_chart]  * max_M;  
         
}

function Pixelto(name_chart,y_){  
  
    var eu_ =  (y_ - SymexChartGlobals.b[name_chart] )  / SymexChartGlobals.a[name_chart] ;  
    return eu_;
}

function PixeltoEuro(y_){
    var onePix_ =  (SymexChartGlobals.max_grid.replace(",",".") - SymexChartGlobals.min_grid.replace(",","."))  / (SymexChartGlobals.chart_height  );   
    var eu_ =  SymexChartGlobals.max_grid.replace(",",".") - ((y_-1 ) * onePix_);
    return eu_;
}

function EurotoPixel(eu_){  
    var onePix_ =  (SymexChartGlobals.max_grid.replace(",",".") - SymexChartGlobals.min_grid.replace(",","."))  / (SymexChartGlobals.chart_height  );
    var  y_  = (1/onePix_)*(SymexChartGlobals.max_grid.replace(",",".")-eu_);
    return y_;
}

function Pixel_X(x_){
   var X_ =  (( x_ / SymexChartGlobals.stepX ) + SymexChartGlobals.begin);
    
    return X_;
}

// Return first quote for given period for a ticker
function get_first_quote( arr, x1, x2 )
{
	for( var i = x1; i <= x2; i++ )
	{
		if ( typeof arr[i] != "undefined" ) {
			return arr[i];
		}
	}

	return null;
}


// Convert date format: Ymd => d/m/Y
function date_eu(d){
   if(typeof SymexChartSettings.lang_array['separateur'] == "undefined"){var separateur = '/';}else{var separateur = SymexChartSettings.lang_array['separateur'];} 
	var date_ = "";
  if(SymexChartGlobals.language == "en"){
   date_ = d.substr(4,2) + separateur + d.substr(6,2) + separateur + d.substr(0,4); 
  }else{
	 date_ = d.substr(6,2) + separateur + d.substr(4,2) + separateur + d.substr(0,4);
  }
	return date_;
}


function header_info( x1_, x2_ , date_send )
{
	if ( x2_ > SymexChartGlobals.points_qty ) {
		x2_ = SymexChartGlobals.points_qty;
	}

	if ( SymexChartGlobals.showLegend ) {
		var legend = "";

		for ( var i = 0; i < SymexChartGlobals.tickers_qty; i++ ) {
			legend += "<span style=\"color:" + SymexChartSettings.colors_[i] + "\">";
			legend += "&mdash;&nbsp;" + SymexChartGlobals.ticker_symbol[i] + "</span> ";
		}

		$( "#head-info" ).append( "<div>" + legend + "</div>" );
	}
  
	var period = "<div style=\"float:right\">";
	period += SymexChartSettings.lang_array[20] + date_eu( data_date[x1_] ) + " "; // From
   
    if(data_close_0.length <= (x2_)){
         period += SymexChartSettings.lang_array[21] + date_eu( data_date[(data_close_0.length -1)] ); // To 
       }else{
         period += SymexChartSettings.lang_array[21] + date_eu(data_date[(x2_)] ); // To 
       }
    
	period += "</div>";
	jQuery( "#period-info" ).html( period );
}


function drawLine( x1_, x2_ )
{
 
     x1_ = parseInt(x1_);
     x2_ = parseInt(x2_); 
	//OVERRIDE global
	SymexChartGlobals.begin = x1_;

	// Quantity of points to be draw for each ticker -> ***local var*** (we have global one!)
	var points_qty = x2_ - x1_;

	// Conteiner for canvas elements
	var canvas_ = new Array();
  var BOL = 0;
	// Add all canvas element in
	for(var i = 0; i < SymexChartGlobals.tickers_qty; i++ ){
		canvas_[i] = document.getElementById("price_" + i);
    canvas_[i].height = SymexChartGlobals.chart_height;
    canvas_[i].width = SymexChartGlobals.chart_width;
    if(SymexChartGlobals.tickers_qty > 1 && BOL == 0){
        if(SymexChartGlobals.tickers.split( ";" )[i].split( "," )[0] == "BOG"){
         BOL = 1;   
         var index_BOL = i;
        }else{
         BOL =0;
        }
    } 
  }
   
	// If canvas container is ready
	if (canvas_[0].getContext){

		var context_ = new Array(); // 2D plots container
		var coefStepY;
		var init_positionY;
		var stepY;
		var tmp_val;
		var init_quotes = new Array(); // Collect first quote for each ticker

		//get all 2D plots
   
		for(var i = 0; i < SymexChartGlobals.tickers_qty; i++ ){
			context_[i] = canvas_[i].getContext("2d");
      
		}
  
    for( var w = 0; w < SymexChartGlobals.tickers_qty; w++ ){
      init_quotes[w] = get_first_quote(eval("data_close_" + w), x1_, x2_);
    }
		// Set global max / min for each ticker


 
		// Recalculate max / min for good `Y` scale
 	   var values_scale_data = values_scale(SymexChartGlobals.max_[0], SymexChartGlobals.min_[0]);
		SymexChartGlobals.max_[0] = values_scale_data[0];
		SymexChartGlobals.min_[0] = values_scale_data[1];
		SymexChartSettings.settings[0] = values_scale_data[2]; 
    value_A_B("priceGraph",SymexChartGlobals.max_[0],SymexChartGlobals.min_[0]);
		// Distance between two points in "X" axis => Override global var
	

		// Distance between two points in "Y" axis (depends to main ticker)
	  coefStepY = (SymexChartGlobals.max_[0] - SymexChartGlobals.min_[0]) / SymexChartGlobals.chart_height;
    
		// Set init position => same for all tickers => depends to main ticker
		
 
		if ( SymexChartGlobals.mountain == 1 )
		{
			var lingrad = context_[0].createLinearGradient( 0, 0, SymexChartGlobals.chart_width, 0 );
			lingrad.addColorStop( 0, SymexChartSettings.colors_[21] );
			lingrad.addColorStop( 1, SymexChartSettings.colors_[22] );
		}
 
		//loop for each ticker
		for ( var i = 0; i < SymexChartGlobals.tickers_qty; i++ )
		{
		  init_positionY = (SymexChartGlobals.max_[0] - SymexChartGlobals.init_quotes[i]) / coefStepY;
			// Init drawing process
		  context_[i].beginPath();
			context_[i].moveTo( 1, init_positionY );

			// Loop for each quotation
			var iter = 0; var iter2 = 0; var iter3 = 0;//count steps
			for ( var i_ = x1_; i_ <= x2_; i_++ ) //+1 => because 0 point is set with moveTo
			{
			
				// If empty point (no data for current date)
			  if ( typeof eval( "data_close_" + i + "[i_]" ) == "undefined") {
				   // iter++;
				 	  //continue;
				}  
          
				if ( i > 0 && SymexChartGlobals.showVariation == 0 && SymexChartGlobals.tickers.split( ";" )[1].split( "," )[0] != "MMA" && SymexChartGlobals.tickers.split( ";" )[1].split( "," )[0] != "BOL" )
				{
				 
					var formula_convert;

					formula_convert  = "tmp_val" + " = ";
					formula_convert += "(data_close_" + i + "[i_] / ";
					formula_convert += init_quotes[i] + ") * ";
					formula_convert += init_quotes[0];
 
					eval(formula_convert);
          
       	}
				else {
				  
					tmp_val = eval( "data_close_" + i + "[i_]" );
        //  if(i==1)
         // alert(eval( "data_close_" + i + "[i_]" ))
				}
        
				// Calculate next "Y" axis position
				stepY =  (SymexChartGlobals.max_[0] - tmp_val)  / coefStepY;
            
				if (SymexChartGlobals.mountain == 2 && SymexChartGlobals.tickers_qty == 1)
				{
					// Bars
					/**
					* For the moment - we draw bars when none compare mode.
					* If we have to enable bars in compare mode:
					*   1. Recalculate open, high, low with formula for compare mode!
					*   2. In feeder file we have to server open, high, low when compare mode
					*/

					// Override line width defined in css/demo.php
					SymexChartSettings.linesW_[0] = 1;

					var stepY_open  = (SymexChartGlobals.max_[i] - eval("data_open_" + i + "[i_]"))  / coefStepY;
					var stepY_high  = (SymexChartGlobals.max_[i] - eval("data_high_" + i + "[i_]"))  / coefStepY;
					var stepY_low   = (SymexChartGlobals.max_[i] - eval("data_low_" + i + "[i_]"))  / coefStepY;
					var stepY_close = stepY;

					// Close horizontal line
					context_[i].moveTo( (SymexChartGlobals.stepX * (iter + 0)).toFixed(2), stepY_close.toFixed(2) );
					context_[i].lineTo( (SymexChartGlobals.stepX * (iter + 0)).toFixed(2), stepY_close.toFixed(2) );

					// High-low vertival line
				 	context_[i].moveTo( (SymexChartGlobals.stepX * (iter + 0)).toFixed(2), stepY_low.toFixed(2) );
				 	context_[i].lineTo( (SymexChartGlobals.stepX * (iter + 0)).toFixed(2), stepY_high.toFixed(2) );

					// Open horizontal line
					context_[i].moveTo( (SymexChartGlobals.stepX * (iter + 0)).toFixed(2), stepY_open.toFixed(2) );
					context_[i].lineTo( (SymexChartGlobals.stepX * (iter + 0)).toFixed(2), stepY_open.toFixed(2) );
               
				}
				else
				{
					// If line or mountain
                  
				    context_[i].lineTo( (SymexChartGlobals.stepX * (iter + 0)).toFixed(2), stepY.toFixed(2) );
          
				}
               
				//remember last dot coords of main ticker => for mountain
				if ( i == 0 ) { var last_dot_main = (SymexChartGlobals.stepX * (iter + 1)).toFixed(2); }
             
				iter++;
			}

			//finish drawing process for current ticker
			context_[i].strokeStyle = SymexChartSettings.colors_[i];
			context_[i].lineWidth = SymexChartSettings.linesW_[i];
	    context_[i].stroke();
         
		}

		/* Close mountain */
		/* Two variants: */
		/*     1. When negative values - mountain must be filled over and under `0` value */
		/*     2. When only positive values - standart mountain */
		if (SymexChartGlobals.mountain == 1)
		{   
			if (SymexChartGlobals.min_[0] < 0)
			{
				var zero_posY = (SymexChartGlobals.max_[0] - 0) / coefStepY;

				// Close figure (arc)
		    	context_[0].lineTo( last_dot_main, zero_posY );
				context_[0].lineTo( 0, zero_posY );
				context_[0].lineTo( 0, init_positionY );
			}
			else
			{
			 
				// Close figure (arc)
				context_[0].lineTo( last_dot_main, SymexChartGlobals.chart_height );
				context_[0].lineTo( 0, SymexChartGlobals.chart_height );
				context_[0].lineTo( 0, init_positionY );
			}

			// Fill mountain
		 	context_[0].fillStyle = lingrad;
			context_[0].fill();
		}

	} //if canvas */
           
} //end func

function drawLine_2()
{
	// Get canvas element
	var canvas_sum = document.getElementById("summary_0");
 
	// If canvas is ready
	if (canvas_sum.getContext){

		//get all 2D plots
		context_sum = canvas_sum.getContext("2d");

		var it_;
		var coefStepY;
		var init_positionY;
		var stepY;
     
		//local calculation for step "X" for all period (without zoom)
	 	var stepX_ = (SymexChartGlobals.chart_width*0.95) / SymexChartGlobals.points_qty;//(data_date.length);

		//OVERRIDE max / min for main ticker
		SymexChartGlobals.max_[0] = array_max( data_close_0, 0, data_date.length );
		SymexChartGlobals.min_[0] = array_min( data_close_0, 0, data_date.length );

		var ampl = SymexChartGlobals.max_[0] - SymexChartGlobals.min_[0];
 
		if ( ampl > (SymexChartGlobals.max_[0] / 20) )
		{
			SymexChartGlobals.max_[0] = (SymexChartGlobals.max_[0] + (Math.abs(SymexChartGlobals.max_[0]) * 0.05)).toFixed(2);
			SymexChartGlobals.min_[0] = (SymexChartGlobals.min_[0] - (Math.abs(SymexChartGlobals.min_[0]) * 0.05)).toFixed(2);
		}
		else
		{
			SymexChartGlobals.max_[0] = (SymexChartGlobals.max_[0] + ampl).toFixed(2);
			SymexChartGlobals.min_[0] = (SymexChartGlobals.min_[0] - ampl).toFixed(2);
		}


		// Start mountain
		var lingrad = context_sum.createLinearGradient( 0, 0, SymexChartGlobals.chart_width, 0 );
		lingrad.addColorStop( 0, SymexChartSettings.colors_[23] );
		lingrad.addColorStop( 1, SymexChartSettings.colors_[24] );

		//MAX / MIN => calculate in function above, which is called before this one!!!
		//distance between two points in "Y" axis
       
		coefStepY = (SymexChartGlobals.max_[0] - SymexChartGlobals.min_[0]) / SymexChartGlobals.chart_sum_height;
        
        if(coefStepY < 0.001){
           coefStepY *= 1;
        }
    if(SymexChartGlobals.type_curve == "K"){
      iter=1;
      var color = "black" ; // default color
      var ReferentClose = data_close_0[i_];
       for ( var i_ = 0; i_ <  SymexChartGlobals.points_qty; i_++ ){
             stepY =  (SymexChartGlobals.max_[0] - eval( "data_close_0[i_]"))  / coefStepY;
             stepY_next = (SymexChartGlobals.max_[0] - eval( "data_close_0[i_+1]"))  / coefStepY;
             context_sum.beginPath();  
      			 context_sum.moveTo((stepX_ * (iter-1)).toFixed(2), stepY.toFixed(2) ) ;
             context_sum.lineTo((stepX_ * (iter)).toFixed(2), stepY.toFixed(2) ) ;
             context_sum.lineTo((stepX_ * (iter)).toFixed(2), stepY_next.toFixed(2) ) ;
               
             context_sum.lineWidth = 1;
             context_sum.strokeStyle= color;
             context_sum.stroke();
             iter++;
      }
    }else{    
		//set init position => same for all tickers => depends to main ticker
		for( var u = 0; u < SymexChartGlobals.points_qty; u++ ){
			if ( data_close_0[0 + u] ){
				init_positionY = (SymexChartGlobals.max_[0] - data_close_0[0 + u]) / coefStepY;
				break;
			}
		}

		//init drawing process
		context_sum.beginPath();
		context_sum.moveTo( 1, init_positionY );

		//loop for each quotation
		var iter = 0; //count steps
		for ( var i_ = 1; i_ < data_date.length; i_++ )
		{
			// If empty point (no data for current date)
			if ( typeof data_close_0[i_] == "undefined" ) {
				iter++;
				continue;
			}

			// Calculate next "Y" axis position
             
			stepY =   (SymexChartGlobals.max_[0] - data_close_0[i_])  / coefStepY ;
             
			context_sum.lineTo( (stepX_ * (iter + 1)).toFixed(2), stepY.toFixed(2));
            //   
			// Remember last dot coords of main ticker => for mountain
			var last_dot_main = (stepX_ * (iter + 1)).toFixed(2);

			iter++;
		}
      
		//finish drawing process for current ticker
		context_sum.strokeStyle = SymexChartSettings.colors_[20];
		context_sum.lineWidth = SymexChartSettings.linesW_[20];
		context_sum.stroke();

		// Finish mountain
		if (SymexChartGlobals.min_[0] < 0)
		{
			var zero_posY = ( SymexChartGlobals.max_[0] - 0 ) / coefStepY;

			// Close figure (arc)
			context_sum.lineTo( last_dot_main, zero_posY );
			context_sum.lineTo( 0, zero_posY );
			context_sum.lineTo( 0, init_positionY );
		}
		else
		{
			// Close figure (arc)
			context_sum.lineTo( last_dot_main, SymexChartGlobals.chart_sum_height );
			context_sum.lineTo( 0, SymexChartGlobals.chart_sum_height );
			context_sum.lineTo( 0, init_positionY );
		}

		// Fill mountain
		context_sum.fillStyle = lingrad;
		context_sum.fill();
   }
	} // Ff canvas

} //end func

function drawMACD( x1_, x2_,y,name_){
  x1_ = parseInt(x1_);
  x2_ = parseInt(x2_);
  var name_array = "data['"+name_+"'][0]";
  if(data[name_].length > 1){
    var name_array2 = "data['"+name_+"'][1]"; 
  }else{
    var name_array2 = "";  
  }
  if(data[name_].length > 2){
    var name_array3 = "data['"+name_+"'][2]"; 
  }else{
    var name_array3 = "";  
  } 
  // Quantity of points to be draw for each ticker => override global
  var points_qty = x2_ - x1_;
  // Conteiner for canvas elements
  var canvas_ = new Array();
  canvas_[0] = document.getElementById("chart"+ y +"_0");
  canvas_[1] = document.getElementById("chart"+ y +"_1");
  if(data[name_].length > 2){
    canvas_[2] = document.getElementById("chart"+ y +"_2");
  }
  // If canvas container is ready
  if (canvas_[0].getContext){ 
    // 2D plots container
    var context_ = new Array(); 
    // Get 2D plot
    context_[0] = canvas_[0].getContext("2d");
    context_[1] = canvas_[1].getContext("2d");
    if(data[name_].length > 2){
      context_[2] = canvas_[2].getContext("2d");
    }
    // Set global max / min volumes
    var max_MACD1;
    var min_MACD1;
    var max_MACD2;
    var min_MACD2;
    var max_volume;
    var min_volume;
    var it_; // ?
    var coefStepY1;
    var coefStepY2;
    var coefStepY3;
    var stepY1;
    var stepY2;
    var init_positionY1;
    var init_positionY2;
    var init_positionY3;

    max_MACD1 = array_max2( eval(name_array), x1_, x2_ );
    min_MACD1 = array_min( eval(name_array), x1_, x2_ ); 

    if(name_ == "CCI"){
      max_M = Math.round(((max_MACD1 + 50)/100))*100;
      min_M = Math.round(((min_MACD1 - 50)/100))*100;
      var values_scale_data = values_scale(max_M, min_M);
      SymexChartGlobals.max_[0] = values_scale_data[0];
      SymexChartGlobals.min_[0] = values_scale_data[1];
      SymexChartSettings.settings[0] = values_scale_data[2];
    }else if(name_ == "STO" ||  name_ == "RSI" || name_ == "ARO"){
      max_M = 100;
      min_M = 0;
    }else if(name_ == "WIL"){
      max_M = 0;
      min_M = -100;
    }else if(name_array2 != ""){     
      max_MACD2 = array_max2( eval(name_array2), x1_, x2_ );
      min_MACD2 = array_min( eval(name_array2), x1_, x2_ );
      if(max_MACD2 == null){
        max_MACD2 = 0; min_MACD2 = 9999;
      }
      max_M = Math.max(max_MACD1,max_MACD2);
      min_M = Math.min(min_MACD1,min_MACD2);
    }else{
      max_M = max_MACD1;
      min_M = min_MACD1;
    }
    if(name_array3 != ""){     
      max_MACD3 = array_max2( eval(name_array3), x1_, x2_ );
      min_MACD3 = array_min( eval(name_array3), x1_, x2_ );
      if(max_MACD3 == null){
        max_MACD3 = 0; min_MACD2 = 9999;
      }
      max_M = Math.max(max_M,max_MACD3);
      min_M = Math.min(min_M,min_MACD3);
    }

    SymexChartGlobals.max_MACD = max_M;
    SymexChartGlobals.min_MACD = min_M;
    value_A_B("secondGraph"+y,max_M,min_M);  
    // Distance between two points in "X" axis => OVERRIDE GLOBAL
    //SymexChartGlobals.stepX = (SymexChartGlobals.chart_width_snd*0.95) / (points_qty - 1);

    // Distance between two points in "Y" axis
    coefStepY1 = (max_M-min_M) / SymexChartGlobals.chart_MACD_height;
    coefStepY2 = (max_M-min_M) / SymexChartGlobals.chart_MACD_height;
    coefStepY3 = (max_M-min_M) / SymexChartGlobals.chart_MACD_height;
    if(name_ == "VOL"){
      max_volume = array_max( eval(name_array), x1_, x2_ );
      min_volume = array_min( eval(name_array), x1_, x2_ );
      var values_scale_data = values_scale(max_volume, min_volume);
      max_volume = values_scale_data[0];
      min_volume = values_scale_data[1]; 
      SymexChartGlobals.max_volume = max_volume;
      SymexChartSettings.settings[0] = values_scale_data[2];    
      value_A_B("secondGraph"+y,max_volume,min_volume) 
      coefStepY_vol = (max_volume - min_volume) / SymexChartGlobals.chart_MACD_height;
      for( var u = 0; u < points_qty; u++ ){
        if ( name_array[x1_ + u] ){
          init_positionY = (max_volume - name_array+[x1_ + u]) / coefStepY_vol;
          break;
        }
      }
    }
    // Set init position
    for( var u = 0; u < points_qty; u++ ){
      if ( name_array[x1_ + u] ){
        init_positionY1 = ((max_M )  - name_array+[x1_ + u]) / coefStepY1;
        break;
        } 
    }
    if(name_array2 != ""){
      for( var u = 0; u < points_qty; u++ ){
        if ( name_array2[x1_ + u] ){
          init_positionY2 = ((max_M ) - name_array2[x1_ + u]) / coefStepY2;
          break;
        }
      }
    }
    if(name_array3 != ""){
      for( var u = 0; u < points_qty; u++ ){
        if ( name_array3[x1_ + u] ){
          init_positionY3 = ((max_M ) - name_array3[x1_ + u]) / coefStepY3;
          break;
        }
      }
    }
    // Set init position
    var iter = 0; //count steps
    var iter2 = 0;
    var iter3 = 0;
    var flag_init_point = false;
    // Loop for each quotation
    if(name_ != "VOL"){
      context_[0].beginPath();  
      context_[0].moveTo( 1, init_positionY1 );
    }
    for ( var i_ = x1_; i_ <=  x2_; i_++ ){
    // If empty point (no quotation for current date)
      if(name_ == "VOL"){ 
        context_[0].beginPath(); 
        stepY = (max_volume - eval(name_array + "[" + i_ + "]"))  / coefStepY_vol;    
        context_[0].moveTo( (SymexChartGlobals.stepX * (iter)).toFixed(2), stepY.toFixed(2) );
        context_[0].lineTo( (SymexChartGlobals.stepX * (iter)).toFixed(2), SymexChartGlobals.chart_MACD_height ); // 50 is volume height
        if(SymexChartGlobals.type_curve == "K"){
            context_[0].strokeStyle = "black" ; 
        }else{
          if(data_close_0[i_] > data_open_0[i_]){ 
            //finish drawing process for current ticker
            //ajouter les couleurs !!!!!!!!!!!!!!!!!!!!!!!!
            if(typeof SymexChartSettings.ColorVolumeUP == "undefined"){
              context_[0].strokeStyle = "green" ;
            }else{
              context_[0].strokeStyle = SymexChartSettings.ColorVolumeUP ;
            }
          }else if(data_close_0[i_] < data_open_0[i_]){
            if(typeof SymexChartSettings.ColorVolumeDown == "undefined"){
              context_[0].strokeStyle = "red" ;
            }else{
              context_[0].strokeStyle = SymexChartSettings.ColorVolumeDown ;
            }
           
          }else{
            if(typeof SymexChartSettings.ColorVolume_0 == "undefined"){
              context_[0].strokeStyle = "black" ;
            }else{
              context_[0].strokeStyle = SymexChartSettings.ColorVolume_0 ;
            }
            
          }
        }
        context_[0].lineWidth = SymexChartGlobals.stepX / 2;
        context_[0].stroke();
      }else{
        // Calculate next "Y" axis position
        stepY1 =  ( (max_M)  -  eval(name_array + "[" + i_ + "]"))   / coefStepY1;
        //	if (stepY1 > 49.9) stepY1 = 49.9; // Agains bug in IE browsers (50 is volume height)
        context_[0].lineTo( (SymexChartGlobals.stepX * (iter)).toFixed(2), stepY1.toFixed(2) );
      }
      iter++;
    } 

    context_[0].strokeStyle = SymexChartSettings.colors_[name_+"_0"];//SymexChartSettings.colors_[i];
    context_[0].lineWidth = SymexChartSettings.linesW_snd[0];
    context_[0].stroke(); 

    if(name_ == "CCI"){
      stepY100 =  ( max_M - 100) / coefStepY1; 
      stepYN100 = ( max_M + 100) / coefStepY1; 
      context_[1].beginPath(); 
      context_[1].moveTo( 0, stepY100 );
      context_[1].lineTo( SymexChartGlobals.chart_width, stepY100 ); 
      context_[1].strokeStyle = "#000000";
      context_[1].lineWidth = 1;
      context_[1].stroke();  
      
      context_[1].beginPath(); 
      context_[1].moveTo( 0, stepYN100 );
      context_[1].lineTo( SymexChartGlobals.chart_width, stepYN100 );    
      context_[1].strokeStyle = "#000000"
      context_[1].lineWidth = 1;
      context_[1].stroke();  
    }
    if(name_array2 != ""){            
      context_[1].beginPath(); 
      context_[1].moveTo( 1, init_positionY2 );
      for ( var i_ = x1_; i_ <= x2_; i_++ ){
        // If empty point (no quotation for current date)
        if ( typeof eval(name_array2 + "[" + i_ + "]") == "undefined" ) {
      		iter2++;
      		continue;
      	}    
        if(i_ > 14 || name_ != "DMI") {     
          // Calculate next "Y" axis position
          stepY2 =  (max_M - eval(name_array2 + "[" + i_ + "]"))  / coefStepY1;
          // if (stepY2 > 49.9) stepY2 = 49.9; // Agains bug in IE browsers (50 is volume height)
          context_[1].lineTo( (SymexChartGlobals.stepX * (iter2) ).toFixed(2), stepY2.toFixed(2) );
        }
        iter2++;
      }
      //finish drawing process for current ticker
      context_[1].strokeStyle = SymexChartSettings.colors_[name_+"_1"];//SymexChartSettings.colors_[i];
      // context_[1].strokeStyle = "#2A894F";//SymexChartSettings.colors_[i+1];
      context_[1].lineWidth = SymexChartSettings.linesW_snd[0];
      context_[1].stroke(); 
    }
    if(name_array3 != ""){ 
      context_[2].beginPath(); 
      context_[2].moveTo( 1, init_positionY3 );
      for ( var i_ = x1_; i_ <= x2_; i_++ )
      {
        // If empty point (no quotation for current date)
       if ( typeof eval(name_array3 + "[" + i_ + "]") == "undefined" ) {
      		iter3++;
      		continue;
      	}   
        if(i_ > 28 || name_ != "DMI") {  
          // Calculate next "Y" axis position
          stepY3 =  (max_M - eval(name_array3 + "[" + i_ + "]"))  / coefStepY1;
          // if (stepY2 > 49.9) stepY2 = 49.9; // Agains bug in IE browsers (50 is volume height)
          context_[2].lineTo( (SymexChartGlobals.stepX * (iter3) ).toFixed(2), stepY3.toFixed(2) );
        }
        iter3++;
      }
      //finish drawing process for current ticker
      context_[2].strokeStyle = SymexChartSettings.colors_[name_+"_2"];//SymexChartSettings.colors_[i];
      // context_[1].strokeStyle = "#2A894F";//SymexChartSettings.colors_[i+1];
      context_[2].lineWidth = SymexChartSettings.linesW_snd[0];
      context_[2].stroke(); 
    }
  } //if canvas */

} //end func

function values_scale(max_, min_){
  var amplitude = max_ - min_;
	var distance;
 
	if (amplitude <= 0.01) { distance = 0.002; }
	else if (amplitude <= 0.1) { distance = 0.01; }
	else if (amplitude <= 0.3) { distance = 0.02; }
	else if (amplitude <= 0.5) { distance = 0.05; }
	else if (amplitude <= 1) { distance = 0.1; }
	else if (amplitude <= 2) { distance = 0.25; }
	else if (amplitude <= 5) { distance = 0.5; }
	else if (amplitude <= 10) {	distance = 1;	}
	else if (amplitude <= 20) {	distance = 2;	}
  else if (amplitude <= 30) {	distance = 4; }
	else if (amplitude <= 50) {	distance = 10; }
	else if (amplitude <= 100) { distance = 20; }
	else if (amplitude <= 200) { distance = 40; }
	else if (amplitude <= 300) { distance = 60; }
	else if (amplitude <= 400) { distance = 80; }
	else if (amplitude <= 500) { distance = 100; }
	else if (amplitude <= 600) { distance = 120; }
	else if (amplitude <= 700) { distance = 140; }
	else if (amplitude <= 800) { distance = 160; }
	else if (amplitude <= 900) { distance = 180; }
	else if (amplitude <= 1000) { distance = 200; }
	else if (amplitude <= 1100) { distance = 220; }
	else if (amplitude <= 1200) { distance = 240; }
	else if (amplitude <= 1400) { distance = 280; }
	else if (amplitude <= 1600) { distance = 300; }
	else if (amplitude <= 1800) { distance = 350; }
	else if (amplitude <= 2000) { distance = 400; }
	else if (amplitude <= 2400) { distance = 450; }
	else if (amplitude <= 2800) { distance = 500; }
	else if (amplitude <= 3200) { distance = 600; }
	else if (amplitude <= 4000) { distance = 1000; }
	else if (amplitude <= 8000) { distance = 1500; }
	else if (amplitude <= 16000) { distance = 3000; }
	else if (amplitude <= 32000) { distance = 5000; }
	else if (amplitude <= 64000) { distance = 15000; }
	else if (amplitude <= 128000) { distance = 20000; }
	else if (amplitude <= 250000) { distance = 50000; }
	else if (amplitude <= 500000) { distance = 100000; }
	else if (amplitude <= 1000000) { distance = 200000; }
	else if (amplitude <= 5000000) { distance = 1000000; }
	else if (amplitude <= 10000000) { distance = 2000000; }
  else if (amplitude <= 30000000) { distance = 3000000; }
	else { distance = 10000000; }
	 
	var max_scale = Math.round(max_ / distance);
	var min_scale = Math.floor(min_ / distance);
	if ((max_scale * distance) <= max_) {
		max_scale = (max_scale + 1) * distance;
	}
	else {
		max_scale = max_scale * distance;
	}

	if ((min_scale * distance) > min_) { 
		min_scale = (min_scale - 1) * distance;
	}
	else {
		min_scale = min_scale * distance;
	}

	
	min_ = min_scale;
	max_ = max_scale;
	nhl = Math.round((max_scale - min_scale) / distance);
	if (nhl < 2) {
	  nhl = 2;
	}

	return [max_, min_, nhl, distance];
}

function drawLine_jap( x1_, x2_ , x3_, x4_, x5_ )
{
  x1_ = parseInt(x1_);
  x2_ = parseInt(x2_); 
	//OVERRIDE global
	SymexChartGlobals.begin = x1_;

	// Quantity of points to be draw for each ticker -> ***local var*** (we have global one!)
	var points_qty = x2_- x1_ ;
  var ecart_points =  parseInt(x5_) / x2_;
    
  // Conteiner for canvas elements
	var canvas_ = new Array();
  
	// Add all canvas element in
	for(var i = 0; i < SymexChartGlobals.tickers_qty; i++ ){
		canvas_[i] = document.getElementById("price_" + i);
    canvas_[i].height = SymexChartGlobals.chart_height;
    canvas_[i].width = SymexChartGlobals.chart_width;
  } 
 	// If canvas container is ready
	if (canvas_[0].getContext){

		var context_ = new Array(); // 2D plots container
		var coefStepY;
		var init_positionY;
		var stepY;
		var tmp_val;
		var init_quotes = new Array(); // Collect first quote for each ticker

		//get all 2D plots
		for(var i = 0; i < SymexChartGlobals.tickers_qty; i++ ){
			context_[i] = canvas_[i].getContext("2d");
		}
    // Set global max / min for each ticker
		for( var w = 0; w < SymexChartGlobals.tickers_qty; w++ )
		{
		   init_quotes[w] = get_first_quote(eval("data_close_" + w), x1_, x2_);
	  }
    // Recalculate max / min for good `Y` scale
	 	var values_scale_data = values_scale(SymexChartGlobals.max_[0], SymexChartGlobals.min_[0]);
		SymexChartGlobals.max_[0] = values_scale_data[0];
		SymexChartGlobals.min_[0] = values_scale_data[1];
		SymexChartSettings.settings[0] = values_scale_data[2]; 
    value_A_B("priceGraph",SymexChartGlobals.max_[0],SymexChartGlobals.min_[0]);
		// Distance between two points in "X" axis => Override global var
		//SymexChartGlobals.stepX = (SymexChartGlobals.chart_width - 1) / (points_qty-1);

		// Distance between two points in "Y" axis (depends to main ticker)
		coefStepY = (SymexChartGlobals.max_[0] - SymexChartGlobals.min_[0]) / SymexChartGlobals.chart_height;
   
		// Set init position => same for all tickers => depends to main ticker
		init_positionY = (SymexChartGlobals.max_[w] - init_quotes[w]) / coefStepY;

		if ( SymexChartGlobals.mountain == 1 )
		{
			var lingrad = context_[0].createLinearGradient( 0, 0, SymexChartGlobals.chart_width, 0 );
			lingrad.addColorStop( 0, SymexChartSettings.colors_[21] );
			lingrad.addColorStop( 1, SymexChartSettings.colors_[22] );
		}

		//loop for each ticker
		for ( var i = 0; i < SymexChartGlobals.tickers_qty; i++ )
		{
		  if(i > 0){
		    context_[i].beginPath();  
      }
			// Init drawing process
			context_[i].moveTo( 1, init_positionY );
  		// Loop for each quotation
  		var iter = 0;//count steps
  		for ( var i_ = x1_;i_<=  x2_; i_++ ) //+1 => because 0 point is set with moveTo
			{
        if ( typeof eval( "data_close_" + i + "[i_]" ) == "undefined" ) {
          iter++;
          continue;
        } 
        if ( i > 0 && SymexChartGlobals.showVariation == 0 && SymexChartGlobals.tickers.split( ";" )[1].split( "," )[0] != "MMA" && SymexChartGlobals.tickers.split( ";" )[1].split( "," )[0] != "BOG")
				{
					var formula_convert;

					formula_convert  = "tmp_val" + " = ";
					formula_convert += "(data_close_" + i + "[i_] / ";
					formula_convert += init_quotes[i] + ") * ";
					formula_convert += init_quotes[0];
 
					eval(formula_convert);
				}else{
				  tmp_val = eval( "data_close_" + i + "[i_]" );
				}
		    // Calculate next "Y" axis position
  	    stepY =  (SymexChartGlobals.max_[0] - tmp_val)  / coefStepY;
				// If line or mountain
         
        if(i == 0){
          var stepY_open  = (SymexChartGlobals.max_[0] - eval("data_open_" + i + "[i_]"))  / coefStepY;
					var stepY_high  = (SymexChartGlobals.max_[0] - eval("data_high_" + i + "[i_]"))  / coefStepY;
					var stepY_low   = (SymexChartGlobals.max_[0] - eval("data_low_" + i + "[i_]"))  / coefStepY;
					var stepY_close = stepY;
          if(eval( "data_close_" + i + "[i_]") > eval("data_open_" + i + "[i_]")){
            context_[i].beginPath();  
            context_[i].moveTo( (SymexChartGlobals.stepX * (iter)).toFixed(2), stepY_close.toFixed(2));
            context_[i].lineTo( (SymexChartGlobals.stepX * (iter)).toFixed(2), stepY_high.toFixed(2));
            context_[i].lineWidth = 1;
            context_[i].strokeStyle="black";
            context_[i].stroke();
            context_[i].beginPath(); 
            context_[i].moveTo( (SymexChartGlobals.stepX * (iter)).toFixed(2), stepY_open.toFixed(2));
            context_[i].lineTo( (SymexChartGlobals.stepX * (iter)).toFixed(2), stepY_low.toFixed(2) );
            context_[i].lineWidth = 1;
            context_[i].stroke();
            context_[i].beginPath(); 
            context_[i].fillStyle="green";
            context_[i].fillRect((SymexChartGlobals.stepX * (iter)).toFixed(2) - SymexChartGlobals.stepX / 4, stepY_close.toFixed(2),SymexChartGlobals.stepX / 2,stepY_open.toFixed(2)-stepY_close.toFixed(2)); 
            context_[i].fill(); 
            context_[i].stroke();   
          }else if(eval( "data_close_" + i + "[i_]") == eval("data_open_" + i + "[i_]")){
            context_[i].beginPath();  
            context_[i].moveTo( (SymexChartGlobals.stepX * (iter)).toFixed(2), stepY_close.toFixed(2));
            context_[i].lineTo( (SymexChartGlobals.stepX * (iter)).toFixed(2), stepY_high.toFixed(2) );
            context_[i].strokeStyle="black";
            context_[i].lineWidth = 1;
            context_[i].stroke();
            context_[i].beginPath(); 
            context_[i].moveTo( (SymexChartGlobals.stepX * (iter)).toFixed(2), stepY_open.toFixed(2));
            context_[i].lineTo( (SymexChartGlobals.stepX * (iter)).toFixed(2), stepY_low.toFixed(2) );
            context_[i].lineWidth = 1;
            context_[i].stroke(); 
            context_[i].beginPath(); 
            context_[i].fillStyle="black";
            context_[i].fillRect((SymexChartGlobals.stepX * (iter)).toFixed(2) - SymexChartGlobals.stepX / 4, stepY_open.toFixed(2),SymexChartGlobals.stepX / 2,2); 
            context_[i].fill(); 
            context_[i].stroke();  
          }else{
            context_[i].beginPath();
            context_[i].moveTo( (SymexChartGlobals.stepX * (iter)).toFixed(2), stepY_open.toFixed(2));
            context_[i].lineTo( (SymexChartGlobals.stepX * (iter)).toFixed(2), stepY_high.toFixed(2) );
            context_[i].lineWidth = 1;
            context_[i].strokeStyle="black";
            context_[i].stroke();
            context_[i].beginPath(); 
            context_[i].moveTo( (SymexChartGlobals.stepX * (iter)).toFixed(2), stepY_close.toFixed(2));
            context_[i].lineTo( (SymexChartGlobals.stepX * (iter)).toFixed(2), stepY_low.toFixed(2) );
            context_[i].stroke();
            context_[i].beginPath(); 
            context_[i].fillStyle="red";
            context_[i].fillRect((SymexChartGlobals.stepX * (iter)).toFixed(2) - SymexChartGlobals.stepX / 4, stepY_open.toFixed(2),SymexChartGlobals.stepX / 2,stepY_close.toFixed(2)-stepY_open.toFixed(2)); 
            context_[i].fill();
            context_[i].stroke();
          }
        }else{
           stepY =  (SymexChartGlobals.max_[0] - tmp_val)  / coefStepY;
          //stepY =   (SymexChartGlobals.max_[0] - eval("data_close_" + i +"[i_]"))  / coefStepY 
          context_[i].lineTo( (SymexChartGlobals.stepX * (iter)).toFixed(2), stepY.toFixed(2) );
        }
       	iter++;
      	//remember last dot coords of main ticker => for mountain
				if ( i == 0 ) { var last_dot_main = (SymexChartGlobals.stepX * (iter + 1)).toFixed(2); }
      
			}
       context_[i].strokeStyle = SymexChartSettings.colors_[i];
       context_[i].lineWidth = 1;
       context_[i].stroke();       
            //finish drawing process for current ticker
    }
  } //if canvas */

} //end func

function drawLine_Heikin( x1_, x2_ , x3_, x4_, x5_ ){
  x1_ = parseInt(x1_);
  x2_ = parseInt(x2_); 
	//OVERRIDE global
	SymexChartGlobals.begin = x1_;
	// Quantity of points to be draw for each ticker -> ***local var*** (we have global one!)
	var points_qty = x2_- x1_ ;
  var ecart_points =  parseInt(x5_) / x2_;
  // Conteiner for canvas elements
	var canvas_ = new Array();
  // Add all canvas element in
	for(var i = 0; i < SymexChartGlobals.tickers_qty; i++ ){
		canvas_[i] = document.getElementById("price_" + i);
    canvas_[i].height = SymexChartGlobals.chart_height;
    canvas_[i].width = SymexChartGlobals.chart_width;
  } 
  // If canvas container is ready
	if (canvas_[0].getContext){
		var context_ = new Array(); // 2D plots container
		var coefStepY;
		var init_positionY;
		var stepY;
		var tmp_val;
		var init_quotes = new Array(); // Collect first quote for each ticker
		//get all 2D plots
		for(var i = 0; i < SymexChartGlobals.tickers_qty; i++ ){
			context_[i] = canvas_[i].getContext("2d");
		}
  	// Set global max / min for each ticker
		for( var w = 0; w < SymexChartGlobals.tickers_qty; w++ )
		{
		   if(w == 0)
		     init_quotes[w] = get_first_quote(eval("data_close_HA_" + w), x1_, x2_);
       else
         init_quotes[w] = get_first_quote(eval("data_close_" + w), x1_, x2_);
	  }
    // Recalculate max / min for good `Y` scale
	 	var values_scale_data = values_scale(SymexChartGlobals.max_[0], SymexChartGlobals.min_[0]);
		SymexChartGlobals.max_[0] = values_scale_data[0];
		SymexChartGlobals.min_[0] = values_scale_data[1];
		SymexChartSettings.settings[0] = values_scale_data[2]; 
    value_A_B("priceGraph",SymexChartGlobals.max_[0],SymexChartGlobals.min_[0]);
		// Distance between two points in "X" axis => Override global var
	//	SymexChartGlobals.stepX = (SymexChartGlobals.chart_width - 1) / (points_qty-1);
		// Distance between two points in "Y" axis (depends to main ticker)
		coefStepY = (SymexChartGlobals.max_[0] - SymexChartGlobals.min_[0]) / SymexChartGlobals.chart_height;
		// Set init position => same for all tickers => depends to main ticker
		init_positionY = (SymexChartGlobals.max_[w] - init_quotes[w]) / coefStepY;
		if ( SymexChartGlobals.mountain == 1 )
		{
			var lingrad = context_[0].createLinearGradient( 0, 0, SymexChartGlobals.chart_width, 0 );
			lingrad.addColorStop( 0, SymexChartSettings.colors_[21] );
			lingrad.addColorStop( 1, SymexChartSettings.colors_[22] );
		}
		//loop for each ticker
		for(var i = 0; i < SymexChartGlobals.tickers_qty; i++ ){
      // Init drawing process
      context_[i].moveTo( 1, init_positionY );
      // Loop for each quotation
      var iter = 0;//count steps
      for ( var i_ = x1_;i_<=  x2_; i_++ ){ //+1 => because 0 point is set with moveTo
      // If empty point (no data for current date)
        if(i==0){
          if ( typeof eval( "data_close_HA_" + i + "[i_]" ) == "undefined" ) {
            iter++;
            continue;
          } 
        }else{
          if ( typeof eval( "data_close_" + i + "[i_]" ) == "undefined" ) {
            iter++;
            continue;
          }   
        }
        if(i == 0){
          var HA_close =  eval("data_close_HA_" + i + "[i_]")//(eval("data_open_" + i + "[i_]") + eval("data_high_" + i + "[i_]") + eval("data_low_" + i + "[i_]") +  eval("data_close_" + i + "[i_]"))/4;
          var HA_open =  eval("data_open_HA_" + i + "[i_]")//(eval("data_open_" + i + "[i_-1]") + eval("data_close_" + i + "[i_-1]"))/2;
          // If line or mountain
          var stepY_open  = (SymexChartGlobals.max_[0] - HA_open)/ coefStepY;//(SymexChartGlobals.max_[0] - eval("data_open_" + i + "[i_]"))  / coefStepY;
          var stepY_close = (SymexChartGlobals.max_[0] - HA_close)/ coefStepY; 
          var stepY_high  = (SymexChartGlobals.max_[0] - eval("data_high_HA_" + i + "[i_]"))  / coefStepY;
          var stepY_low   = (SymexChartGlobals.max_[0] - eval("data_low_HA_" + i + "[i_]")) / coefStepY;    
        
          if(HA_close > HA_open){
            context_[i].beginPath();  
            context_[i].moveTo( (SymexChartGlobals.stepX * (iter)).toFixed(2), stepY_close.toFixed(2));
            context_[i].lineTo( (SymexChartGlobals.stepX * (iter)).toFixed(2), stepY_high.toFixed(2));
            context_[i].lineWidth = 1;
            context_[i].strokeStyle="black";
            context_[i].stroke();
            context_[i].beginPath(); 
            context_[i].moveTo( (SymexChartGlobals.stepX * (iter)).toFixed(2), stepY_open.toFixed(2));
            context_[i].lineTo( (SymexChartGlobals.stepX * (iter)).toFixed(2), stepY_low.toFixed(2) );
            context_[i].lineWidth = 1;
            context_[i].stroke();
            context_[i].beginPath(); 
            context_[i].fillStyle="green";
            context_[i].fillRect((SymexChartGlobals.stepX * (iter)).toFixed(2)-2.5, stepY_open.toFixed(2),5,stepY_close.toFixed(2)-stepY_open.toFixed(2)); 
            context_[i].fill(); 
            context_[i].stroke();   
          }else if(HA_close == HA_open){
            context_[i].beginPath();  
            context_[i].moveTo( (SymexChartGlobals.stepX * (iter)).toFixed(2), stepY_close.toFixed(2));
            context_[i].lineTo( (SymexChartGlobals.stepX * (iter)).toFixed(2), stepY_high.toFixed(2) );
            context_[i].lineWidth = 1;
            context_[i].strokeStyle="black";
            context_[i].stroke();
            context_[i].beginPath(); 
            context_[i].moveTo( (SymexChartGlobals.stepX * (iter)).toFixed(2), stepY_open.toFixed(2));
            context_[i].lineTo( (SymexChartGlobals.stepX * (iter)).toFixed(2), stepY_low.toFixed(2) );
            context_[i].lineWidth = 1;
            context_[i].stroke(); 
            context_[i].beginPath(); 
            context_[i].fillStyle="black";
            context_[i].fillRect((SymexChartGlobals.stepX * (iter)).toFixed(2)-2.5, stepY_open.toFixed(2),5,2); 
            context_[i].fill(); 
            context_[i].stroke();  
          }else{
            context_[i].beginPath();
            context_[i].moveTo( (SymexChartGlobals.stepX * (iter)).toFixed(2), stepY_open.toFixed(2));
            context_[i].lineTo( (SymexChartGlobals.stepX * (iter)).toFixed(2), stepY_high.toFixed(2) );
            context_[i].lineWidth = 1;
            context_[i].strokeStyle="black";
            context_[i].stroke();
            context_[i].beginPath(); 
            context_[i].moveTo( (SymexChartGlobals.stepX * (iter)).toFixed(2), stepY_close.toFixed(2));
            context_[i].lineTo( (SymexChartGlobals.stepX * (iter)).toFixed(2), stepY_low.toFixed(2) );
            context_[i].stroke();
            context_[i].beginPath(); 
            context_[i].fillStyle="red";
            context_[i].fillRect((SymexChartGlobals.stepX * (iter)).toFixed(2)-2.5, stepY_open.toFixed(2),5,stepY_close.toFixed(2)-stepY_open.toFixed(2)); 
            context_[i].fill();
            context_[i].stroke();
          }
        }else{
          stepY =   (SymexChartGlobals.max_[0] - eval("data_close_" + i +"[i_]"))  / coefStepY 
          context_[i].lineTo( (SymexChartGlobals.stepX * (iter)).toFixed(2), stepY.toFixed(2) );
        }
         iter++;
       
        //remember last dot coords of main ticker => for mountain
        if ( i == 0 ) { var last_dot_main = (SymexChartGlobals.stepX * (iter + 1)).toFixed(2); }
       
      }
        context_[i].strokeStyle = SymexChartSettings.colors_[i];
        context_[i].lineWidth = 1;
        context_[i].stroke();
    }
  } //if canvas */
} //end func

function drawLine_ichi( x1_, x2_ , x3_, x4_, x5_ ){
  x1_ = parseInt(x1_);
  x2_ = parseInt(x2_);
  //OVERRIDE global
  SymexChartGlobals.begin = x1_;
  // Quantity of points to be draw for each ticker -> ***local var*** (we have global one!)
  var points_qty = x2_ - x1_;
  var ecart_points = x5_ / x2_;
  // Conteiner for canvas elements
  var canvas_ = new Array();
  // Add all canvas element in
  canvas_tenkan = document.getElementById("price_TENKAN");
  canvas_kijun = document.getElementById("price_KIJUN");
  canvas_chikou = document.getElementById("price_CHIKOU");
  canvas_senkouA = document.getElementById("price_SENKOUA");
  canvas_senkouB = document.getElementById("price_SENKOUB");
  canvas_senkouSPAN = document.getElementById("price_SENKOUSPAN");
  
  canvas_tenkan.height = SymexChartGlobals.chart_height;
  canvas_tenkan.width = SymexChartGlobals.chart_width;
  canvas_kijun.height = SymexChartGlobals.chart_height;
  canvas_kijun.width = SymexChartGlobals.chart_width;
  canvas_chikou.height = SymexChartGlobals.chart_height;
  canvas_chikou.width = SymexChartGlobals.chart_width;
  canvas_senkouA.height = SymexChartGlobals.chart_height;
  canvas_senkouA.width = SymexChartGlobals.chart_width;
  canvas_senkouB.height = SymexChartGlobals.chart_height;
  canvas_senkouB.width = SymexChartGlobals.chart_width;
  canvas_senkouSPAN.height = SymexChartGlobals.chart_height;
  canvas_senkouSPANwidth = SymexChartGlobals.chart_width;
  
   // If canvas container is ready
  if (canvas_tenkan.getContext){
    var context_ = new Array(); // 2D plots container
    var coefStepY;
    var init_positionY;
    var stepY;
    var tmp_val;
    var init_quotes = new Array(); // Collect first quote for each ticker
    context_TENKAN = canvas_tenkan.getContext("2d");
    context_KIJUN = canvas_kijun.getContext("2d");
    context_CHIKOU = canvas_chikou.getContext("2d");
    context_SENKOUA = canvas_senkouA.getContext("2d");
    context_SENKOUB = canvas_senkouB.getContext("2d"); 
    context_SENKOUSPAN = canvas_senkouSPAN.getContext("2d"); 
    // Set global max / min for each ticker
    init_quotes[0] = get_first_quote(eval("price_TENKAN"), x1_, x2_);  
    // Distance between two points in "X" axis => Override global var
    //SymexChartGlobals.stepX = (SymexChartGlobals.chart_width - 1) / (points_qty - 1);
    // Distance between two points in "Y" axis (depends to main ticker)
    coefStepY = (SymexChartGlobals.max_[0] - SymexChartGlobals.min_[0]) / SymexChartGlobals.chart_height;
    coefStepY_TENKAN = (SymexChartGlobals.max_TENKAN - SymexChartGlobals.min_TENKAN) / SymexChartGlobals.chart_height;
    coefStepY_max_SENKOUA = (SymexChartGlobals.max_SENKOUA - SymexChartGlobals.min_SENKOUA) / SymexChartGlobals.chart_height;
    coefStepY_max_SENKOUB = (SymexChartGlobals.max_SENKOUA - SymexChartGlobals.min_SENKOUA) / SymexChartGlobals.chart_height;
    // Set init position => same for all tickers => depends to main ticker
    init_positionY = (SymexChartGlobals.max_[0] - init_quotes[0]) / coefStepY;
    init_positionY_SENKOUA= (SymexChartGlobals.max_SENKOUA - init_quotes[0]) / coefStepY_max_SENKOUA;
    init_positionY_SENKOUB= (SymexChartGlobals.max_SENKOUB - init_quotes[0]) / coefStepY_max_SENKOUB;
    var lingrad = context_SENKOUSPAN.createLinearGradient( 1, 1, SymexChartGlobals.chart_width, 1 );
    lingrad.addColorStop( 0, "#ffe2ff" );
    lingrad.addColorStop( 1, "#ffe2ff" );
    // Init drawing process
    context_SENKOUSPAN.moveTo( 1, init_positionY );
    // Loop for each quotation
    var iter = 0; 
    for ( var i_ = x1_; i_ <=  x2_ ; i_++ ){ //+1 => because 0 point is set with moveTo
      // If empty point (no data for current date)
      if ( typeof eval( "data_tenkan_" + "[i_]" ) == "undefined" ) {
        iter++;
        continue;
      } 
      if ( i != 0 ){ 
        var stepY_TENKAN  = (SymexChartGlobals.max_[0] - eval("data_tenkan_" + "[i_]"))  / coefStepY;
        var stepY_KIJUN  = (SymexChartGlobals.max_[0] - eval("data_kijun_" + "[i_]"))  / coefStepY;  
        context_TENKAN.lineTo( (SymexChartGlobals.stepX * (iter + 0)).toFixed(2), stepY_TENKAN.toFixed(2) );
        context_KIJUN.lineTo( (SymexChartGlobals.stepX * (iter + 0)).toFixed(2), stepY_KIJUN.toFixed(2) ); 
      }
      iter++;	
    }
    context_TENKAN.strokeStyle = "#ff4ce0";
    context_TENKAN.lineWidth = SymexChartSettings.linesW_2;
    context_TENKAN.stroke();
    context_KIJUN.strokeStyle = "#119622";
    context_KIJUN.lineWidth = SymexChartSettings.linesW_2;
    context_KIJUN.stroke(); 
    var iter = 0; 
    for ( var i_ = x1_; i_ <=  x2_ -1 ; i_++ ){ //+1 => because 0 point is set with moveTo
      if ( i != 0 ){ 
        var stepY_CHIKOU  = (SymexChartGlobals.max_[0] - eval("data_chikou_" + "[i_]"))  / coefStepY; 
        var stepY_SENKOUA  = (SymexChartGlobals.max_[0] - eval("data_senkouA_"  + "[i_]"))  / coefStepY; 
        var stepY_SENKOUB  = (SymexChartGlobals.max_[0] - eval("data_senkouB_" + "[i_]"))  / coefStepY; 
        context_CHIKOU.lineTo( (SymexChartGlobals.stepX * (iter + 0)).toFixed(2), stepY_CHIKOU.toFixed(2) );
        context_SENKOUA.lineTo( (SymexChartGlobals.stepX * (iter + 0)).toFixed(2), stepY_SENKOUA.toFixed(2) );
        context_SENKOUB.lineTo( (SymexChartGlobals.stepX * (iter + 0)).toFixed(2), stepY_SENKOUB.toFixed(2) );
      }
      iter++;
    }
    var last_dot_main = (SymexChartGlobals.stepX * (iter + 1)).toFixed(2); 
    context_CHIKOU.strokeStyle = "#7296e2";
    context_CHIKOU.lineWidth = SymexChartSettings.linesW_2;
    context_CHIKOU.stroke(); 
    context_SENKOUA.strokeStyle = "#724ce0";
    context_SENKOUA.lineWidth = SymexChartSettings.linesW_2;
    context_SENKOUA.stroke(); 
    context_SENKOUB.strokeStyle = "#ec997a";
    context_SENKOUB.lineWidth = SymexChartSettings.linesW_2;
    context_SENKOUB.stroke(); 
    for ( var i_ = x1_; i_ <= (data_senkouA_.length); i_++ ){
      var stepY_SENKOUA  = (SymexChartGlobals.max_[0] - eval("data_senkouA_"  + "["+(i_)+"]"))  / coefStepY; 
      var stepY_SENKOUB  = (SymexChartGlobals.max_[0] - eval("data_senkouB_"  + "["+(i_)+"]"))  / coefStepY;
      context_SENKOUSPAN.beginPath();
      context_SENKOUSPAN.strokeStyle = "#ffe2ff";
      context_SENKOUSPAN.lineWidth = 0.5;
      context_SENKOUSPAN.moveTo( (SymexChartGlobals.stepX * (i_ - x1_ + 0)).toFixed(2),(SymexChartGlobals.max_[0] - eval("data_senkouA_"  + "["+(i_)+"]"))  / coefStepY );
      if(eval("data_senkouA_" + "["+(i_+1)+"]") == "null"){
        context_SENKOUSPAN.lineTo( (SymexChartGlobals.stepX * (i_ - x1_ + 5)).toFixed(2), (SymexChartGlobals.max_[0] - eval("data_senkouA_"  + "["+(i_+5)+"]"))  / coefStepY );
      }else{
        context_SENKOUSPAN.lineTo( (SymexChartGlobals.stepX * (i_ - x1_ + 1)).toFixed(2), (SymexChartGlobals.max_[0] - eval("data_senkouA_"  + "["+(i_+1)+"]"))  / coefStepY );
      }
      if(eval("data_senkouA_"  + "["+(i_+1)+"]") == "null"){
        context_SENKOUSPAN.lineTo( (SymexChartGlobals.stepX * (i_ - x1_ + 5)).toFixed(2), (SymexChartGlobals.max_[0] - eval("data_senkouB_"  + "["+(i_+5)+"]"))  / coefStepY ); 
      }else{
        context_SENKOUSPAN.lineTo( (SymexChartGlobals.stepX * (i_ - x1_ + 1)).toFixed(2), (SymexChartGlobals.max_[0] - eval("data_senkouB_"  + "["+(i_+1)+"]"))  / coefStepY ); 
      }
      context_SENKOUSPAN.lineTo( (SymexChartGlobals.stepX * (i_ - x1_ + 0)).toFixed(2), stepY_SENKOUB.toFixed(2) );  
      context_SENKOUSPAN.lineTo( (SymexChartGlobals.stepX * (i_ - x1_ + 0)).toFixed(2), stepY_SENKOUA.toFixed(2)); 
      context_SENKOUSPAN.globalAlpha = 0.5;
      context_SENKOUSPAN.fillStyle = lingrad;
      context_SENKOUSPAN.fill();
      context_SENKOUSPAN.stroke();    
      context_SENKOUSPAN.fillStyle = lingrad;
      context_SENKOUSPAN.fill();
    }
  } //if canvas */
} //end func

function drawLine_barchart( x1_, x2_, x3_, x4_, x5_ ){
  x1_ = parseInt(x1_);
  x2_ = parseInt(x2_);
  //OVERRIDE global
  SymexChartGlobals.begin = x1_;
  // Quantity of points to be draw for each ticker -> ***local var*** (we have global one!)
  var points_qty = x2_ - x1_;
  var ecart_points = x5_ / x2_;
  // Conteiner for canvas elements
  var canvas_ = new Array();
  // Add all canvas element in
  for(var i = 0; i < SymexChartGlobals.tickers_qty; i++ ){
    canvas_[i] = document.getElementById("price_" + i);
    canvas_[i].height = SymexChartGlobals.chart_height;
    canvas_[i].width = SymexChartGlobals.chart_width;
  }
  // If canvas container is ready
  if (canvas_[0].getContext){
    var context_ = new Array(); // 2D plots container
    var coefStepY;
    var init_positionY;
    var stepY;
    var tmp_val;
    var init_quotes = new Array(); // Collect first quote for each ticker
    //get all 2D plots
    for(var i = 0; i < SymexChartGlobals.tickers_qty; i++ ){
      context_[i] = canvas_[i].getContext("2d");
    }
    // Set global max / min for each ticker
    for( var w = 0; w < SymexChartGlobals.tickers_qty; w++ ){
      init_quotes[w] = get_first_quote(eval("data_close_" + w), x1_, x2_);
    }
    // Recalculate max / min for good `Y` scale
    var values_scale_data = values_scale(SymexChartGlobals.max_[0], SymexChartGlobals.min_[0]);
    SymexChartGlobals.max_[0] = values_scale_data[0];
    SymexChartGlobals.min_[0] = values_scale_data[1];
    SymexChartSettings.settings[0] = values_scale_data[2]; 
    value_A_B("priceGraph",SymexChartGlobals.max_[0],SymexChartGlobals.min_[0]);
    // Distance between two points in "X" axis => Override global var
    //SymexChartGlobals.stepX = (SymexChartGlobals.chart_width - 1) / (points_qty - 1);
    // Distance between two points in "Y" axis (depends to main ticker)
    coefStepY = (SymexChartGlobals.max_[0] - SymexChartGlobals.min_[0]) / SymexChartGlobals.chart_height;
    // Set init position => same for all tickers => depends to main ticker
    init_positionY = (SymexChartGlobals.max_[w] - init_quotes[w]) / coefStepY;
    //loop for each ticker
    for(var i = 0; i < (SymexChartGlobals.tickers_qty); i++){
      // Init drawing process
      context_[i].beginPath();
      context_[i].moveTo( 1, init_positionY );
      // Loop for each quotation
      var iter = 0; var iter2 = 0; var iter3 = 0; //count steps
      for ( var i_ = x1_; i_ <= x2_; i_++ ){ //+1 => because 0 point is set with moveTo
        // If empty point (no data for current date)
        if ( typeof eval( "data_close_" + i + "[i_]" ) == "undefined" ) {
          iter++;
          continue;
        }
        if(i > 0 && SymexChartGlobals.showVariation == 0 && SymexChartGlobals.tickers.split( ";" )[1].split( "," )[0] != "MMA" && SymexChartGlobals.tickers.split( ";" )[1].split( "," )[0] != "BOG"){
          var formula_convert;
          formula_convert  = "tmp_val" + " = ";
          formula_convert += "(data_close_" + i + "[i_] / ";
          formula_convert += init_quotes[i] + ") * ";
          formula_convert += init_quotes[0];
          eval(formula_convert);
        }else{
          tmp_val = eval( "data_close_" + i + "[i_]" );
        }
        // Calculate next "Y" axis position
        stepY =  (SymexChartGlobals.max_[0] - tmp_val)  / coefStepY;
        if(i==0){
          // If line or mountain
          var stepY_open  = (SymexChartGlobals.max_[i] - eval("data_open_" + i + "[i_]"))  / coefStepY;
          var stepY_high  = (SymexChartGlobals.max_[i] - eval("data_high_" + i + "[i_]"))  / coefStepY;
          var stepY_low   = (SymexChartGlobals.max_[i] - eval("data_low_" + i + "[i_]"))  / coefStepY;
          var stepY_close = stepY;
          context_[i].moveTo( (SymexChartGlobals.stepX * (iter)).toFixed(2), stepY_low.toFixed(2));
          context_[i].lineTo( (SymexChartGlobals.stepX * (iter)).toFixed(2), stepY_high.toFixed(2) );
          context_[i].moveTo( (SymexChartGlobals.stepX * (iter)-0).toFixed(2),stepY_open.toFixed(2));
          context_[i].lineTo( (SymexChartGlobals.stepX * (iter)-5).toFixed(2), stepY_open.toFixed(2)); 
          context_[i].moveTo( (SymexChartGlobals.stepX * (iter)).toFixed(2),stepY_close.toFixed(2));
          context_[i].lineTo( (SymexChartGlobals.stepX * (iter)+5).toFixed(2),stepY_close.toFixed(2)); 
        }else{
          context_[i].lineTo( (SymexChartGlobals.stepX * (iter)).toFixed(2), stepY.toFixed(2) );    
        }
        iter++;
      }
      //finish drawing process for current ticker
      context_[i].strokeStyle = SymexChartSettings.colors_[i];
      context_[i].lineWidth = 1;
      context_[i].stroke();
    }
  } //if canvas */
} //end func

function drawLine_bollinger( x1_, x2_, x3_, x4_, x5_ ){
  x1_ = parseInt(x1_);
  x2_ = parseInt(x2_);
  //OVERRIDE global
  SymexChartGlobals.begin = x1_;
  // Quantity of points to be draw for each ticker -> ***local var*** (we have global one!)
  var points_qty = x2_ - x1_;
  var ecart_points = x5_ / x2_;
  // Conteiner for canvas elements
  // Add all canvas element in
  var canvas_SUP = document.getElementById("price_SUP");
  var canvas_INF = document.getElementById("price_INF");
  var canvas_BOL = document.getElementById("price_BOL");
  var canvas_BOL_nua = document.getElementById("price_BOL_nua");
  
  canvas_SUP.height = SymexChartGlobals.chart_height;
  canvas_SUP.width = SymexChartGlobals.chart_width;
  canvas_INF.height = SymexChartGlobals.chart_height;
  canvas_INF.width = SymexChartGlobals.chart_width;
  canvas_BOL.height = SymexChartGlobals.chart_height;
  canvas_BOL.width = SymexChartGlobals.chart_width;
  canvas_BOL_nua.height = SymexChartGlobals.chart_height;
  canvas_BOL_nua.width = SymexChartGlobals.chart_width;
  // If canvas container is ready
  if (canvas_SUP.getContext){
    var context_ = new Array(); // 2D plots container
    var coefStepY;
    var init_positionY;
    var stepY;
    var tmp_val;
    var init_quotes = new Array(); // Collect first quote for each ticker
    //get all 2D plots    
    context_BOL = canvas_BOL.getContext("2d");    
    context_SUP = canvas_SUP.getContext("2d");
    context_INF = canvas_INF.getContext("2d"); 
    context_BOL_nua = canvas_BOL_nua.getContext("2d");   
    var lingrad = context_BOL.createLinearGradient( 1, 1, SymexChartGlobals.chart_width, 1 );
    lingrad.addColorStop( 0, "#F29A0E" );
    lingrad.addColorStop( 1, "#F29A0E" );
    // Set global max / min for each ticker    
    init_quotes[0] = get_first_quote(eval("data_close_BOL"), x1_, x2_);    
    // Distance between two points in "X" axis => Override global var
    //SymexChartGlobals.stepX = (SymexChartGlobals.chart_width - 1) / (points_qty - 1);    
    // Distance between two points in "Y" axis (depends to main ticker)
    coefStepY = (SymexChartGlobals.max_[0] - SymexChartGlobals.min_[0]) / SymexChartGlobals.chart_height;
    coefStepY_SUP = (SymexChartGlobals.max_SUP - SymexChartGlobals.min_SUP) / SymexChartGlobals.chart_height;
    coefStepY_INF = (SymexChartGlobals.max_INF - SymexChartGlobals.min_INF) / SymexChartGlobals.chart_height;
    // Set init position => same for all tickers => depends to main ticker
    init_positionY = (SymexChartGlobals.max_[0] - init_quotes[0]) / coefStepY;
   
     var iter = 0; //count steps
    context_BOL.beginPath(); 
    for(var i_ = x1_; i_ <= x2_; i_++ ){ //+1 => because 0 point is set with moveTo
      // Calculate next "Y" axis position
      stepY =  (SymexChartGlobals.max_[0] - eval( "data_close_BOL[i_]"))  / coefStepY;
      var stepY_SUP  = (SymexChartGlobals.max_[0] - eval("data_SUP_1" + "[i_]"))  / coefStepY;
      var stepY_INF  = (SymexChartGlobals.max_[0] - eval("data_INF_1"+ "[i_]"))  / coefStepY;  
      context_BOL.lineTo( (SymexChartGlobals.stepX * (iter)).toFixed(2), stepY.toFixed(2) );
      context_SUP.lineTo( (SymexChartGlobals.stepX * (iter)).toFixed(2), stepY_SUP.toFixed(2) );
      context_INF.lineTo( (SymexChartGlobals.stepX * (iter)).toFixed(2), stepY_INF.toFixed(2) );
      //remember last dot coords of main ticker => for mountain
     iter++;
    }
   
    context_BOL.strokeStyle = SymexChartSettings.colors_BOL;
    context_BOL.lineWidth = SymexChartSettings.linesW_2;
    context_BOL.stroke(); 
    context_SUP.strokeStyle = SymexChartSettings.colors_BOL;
    context_SUP.lineWidth = SymexChartSettings.linesW_2;
    context_SUP.stroke();
    context_INF.strokeStyle = SymexChartSettings.colors_BOL;
    context_INF.lineWidth = SymexChartSettings.linesW_2;
    context_INF.stroke(); 
    
    
    
     for(var i_ = x1_; i_ <= x2_; i_++ ){ 
      var stepY_SUP  = (SymexChartGlobals.max_[0] - eval("data_SUP_1"  + "["+(i_)+"]"))  / coefStepY; 
      var stepY_INF  = (SymexChartGlobals.max_[0] - eval("data_INF_1"  + "["+(i_)+"]"))  / coefStepY;
      context_BOL_nua.beginPath();
      context_BOL_nua.strokeStyle = "#F29A0E";
      context_BOL_nua.lineWidth = 0.1;
      context_BOL_nua.lineTo( (SymexChartGlobals.stepX * (i_ - x1_ + 1)).toFixed(2), (SymexChartGlobals.max_[0] - eval("data_INF_1"  + "["+(i_+1)+"]"))  / coefStepY );
      context_BOL_nua.lineTo( (SymexChartGlobals.stepX * (i_ - x1_ + 1)).toFixed(2), (SymexChartGlobals.max_[0] - eval("data_SUP_1"  + "["+(i_+1)+"]"))  / coefStepY ); 
      context_BOL_nua.lineTo( (SymexChartGlobals.stepX * (i_ - x1_ + 0)).toFixed(2), stepY_SUP.toFixed(2) );  
      context_BOL_nua.lineTo( (SymexChartGlobals.stepX * (i_ - x1_ + 0)).toFixed(2), stepY_INF.toFixed(2)); 
      context_BOL_nua.fillStyle = lingrad;
      context_BOL_nua.globalAlpha = 0.07;
      context_BOL_nua.fill();
       
      context_BOL_nua.stroke(); 
      
     
    }  
    
    
    
  } //if canvas */
}

function drawLine_parabolic( x1_, x2_, x3_, x4_, x5_ ){
  
 
  x1_ = parseInt(x1_);
  x2_ = parseInt(x2_);
  //OVERRIDE global
  SymexChartGlobals.begin = x1_;  
  // Quantity of points to be draw for each ticker -> ***local var*** (we have global one!)
  var points_qty = x2_ - x1_;  
  var ecart_points = x5_ / x2_;  
  // Conteiner for canvas elements
  // Add all canvas element in  
  var canvas_SAR = document.getElementById("price_SAR");
  canvas_SAR.height = SymexChartGlobals.chart_height; 
  canvas_SAR.width = SymexChartGlobals.chart_width;
  // If canvas container is ready
  if (canvas_SAR.getContext){  
    var context_ = new Array(); // 2D plots container
    var coefStepY;
    var init_positionY;
    var stepY;
    var tmp_val;
    var init_quotes = new Array(); // Collect first quote for each ticker
    //get all 2D plots    
    context_ = canvas_SAR.getContext("2d");
    value_A_B("price_SAR",SymexChartGlobals.max_[0],SymexChartGlobals.min_[0]);
    // Distance between two points in "X" axis => Override global var
    //SymexChartGlobals.stepX = (SymexChartGlobals.chart_width - 1) / (points_qty - 1);    
    // Distance between two points in "Y" axis (depends to main ticker)
    coefStepY = (SymexChartGlobals.max_[0] - SymexChartGlobals.min_[0]) / SymexChartGlobals.chart_height;
    init_quotes[0] = get_first_quote(eval(data['SAR'][0]), x1_, x2_);
    // Set init position => same for all tickers => depends to main ticker
    init_positionY = (SymexChartGlobals.max_[0] - init_quotes[0]) / coefStepY; 
    //loop for each ticker    
    // Init drawing process
    context_.beginPath();
    context_.moveTo( 1, init_positionY );    
    // Loop for each quotation
    var iter = 0; 
    var iter = 0; 
    for ( var i_ = x1_; i_ <= x2_; i_++ ){ //+1 => because 0 point is set with moveTo
      // If empty point (no data for current date)
      if ( typeof eval( data['SAR'][0][i_] ) == "undefined" ) {
        iter++;
        continue;
      }
      context_.beginPath();
      // If line or mountain
      var stepY_sar  = (SymexChartGlobals.max_[0] - eval(data['SAR'][0][i_]))  / coefStepY;
      if( data['SAR'][0][i_] > data_close_0[i_]){
        context_.fillStyle="red";
        context_.fillRect((SymexChartGlobals.stepX * (iter)).toFixed(2)-1.5,stepY_sar.toFixed(2), 3,3); 
        context_.fill();
      }else{       
        context_.fillStyle="green";
        context_.fillRect((SymexChartGlobals.stepX * (iter)).toFixed(2)-1.5,stepY_sar.toFixed(2), 3,3); 
        context_.fill();
      }
      context_.lineWidth = 1;
      context_.stroke();
      iter++;
    }
  } //if canvas */
} //end func 

function drawLine_superTrend( x1_, x2_, x3_, x4_, x5_ ){
  x1_ = parseInt(x1_);
  x2_ = parseInt(x2_);
  //OVERRIDE global
  SymexChartGlobals.begin = x1_;  
  // Quantity of points to be draw for each ticker -> ***local var*** (we have global one!)
  var points_qty = x2_ - x1_;  
  var ecart_points = x5_ / x2_;  
  // Conteiner for canvas elements  
  // Add all canvas element in
  var canvas_STR= document.getElementById("price_STR");  
  canvas_STR.height = SymexChartGlobals.chart_height;
  canvas_STR.width = SymexChartGlobals.chart_width;
  // If canvas container is ready
  if (canvas_STR.getContext){  
    var context_ = new Array(); // 2D plots container
    var coefStepY;
    var init_positionY;
    var stepY;
    var tmp_val;
    var init_quotes = new Array(); // Collect first quote for each ticker    
    //get all 2D plots   
    context_STR = canvas_STR.getContext("2d");    
    // Set global max / min for each ticker    
    init_quotes[0] = get_first_quote(eval(data['STR'][0]), x1_, x2_);    
    // Distance between two points in "X" axis => Override global var
    //SymexChartGlobals.stepX = (SymexChartGlobals.chart_width - 1) / (points_qty - 1);    
    // Distance between two points in "Y" axis (depends to main ticker)
    coefStepY = (SymexChartGlobals.max_[0] - SymexChartGlobals.min_[0]) / SymexChartGlobals.chart_height;
    // Set init position => same for all tickers => depends to main ticker
    init_positionY = (SymexChartGlobals.max_[0] - init_quotes[0]) / coefStepY;
    // Loop for each quotation
    var iter = 0; //count steps    
    for ( var i_ = x1_; i_ <= x2_; i_++ ){ //+1 => because 0 point is set with moveTo
      // Calculate next "Y" axis position
      var stepY_STR_prec  = (SymexChartGlobals.max_[0] - data['STR'][0][i_-1])  / coefStepY;
      var stepY_STR  = (SymexChartGlobals.max_[0] - data['STR'][0][i_])  / coefStepY;    
      //remember last dot coords of main ticker => for mountain
      if(data['STR'][0][i_] > eval("data_close_0[i_]")){
        context_STR.beginPath();
        context_STR.moveTo(( SymexChartGlobals.stepX * (iter-1)).toFixed(2), stepY_STR_prec );
        context_STR.lineTo( (SymexChartGlobals.stepX * (iter)).toFixed(2), stepY_STR.toFixed(2) );
        context_STR.strokeStyle = SymexChartSettings.colors_["STR_1"];
      }else{
        context_STR.beginPath();
        context_STR.moveTo(( SymexChartGlobals.stepX * (iter-1)).toFixed(2), stepY_STR_prec );
        context_STR.lineTo( (SymexChartGlobals.stepX * (iter)).toFixed(2), stepY_STR.toFixed(2) );
        context_STR.strokeStyle = SymexChartSettings.colors_["STR_0"];
      }
      context_STR.lineWidth = SymexChartSettings.linesW_2;
      context_STR.stroke();
      iter++;
    }
  } //if canvas */
}

function drawLine_kama( x1_, x2_, x3_, x4_, x5_ ){
  x1_ = parseInt(x1_);
  x2_ = parseInt(x2_);
  //OVERRIDE global
  SymexChartGlobals.begin = x1_;  
  // Quantity of points to be draw for each ticker -> ***local var*** (we have global one!)
  var points_qty = x2_ - x1_;  
  var ecart_points = x5_ / x2_;  
  // Add all canvas element in
  var canvas_KAMA= document.getElementById("price_KAMA"); 
  canvas_KAMA.height = SymexChartGlobals.chart_height;
  canvas_KAMA.width = SymexChartGlobals.chart_width; 
  // If canvas container is ready
  if (canvas_KAMA.getContext){  
    var context_ = new Array(); // 2D plots container
    var coefStepY;
    var init_positionY;
    var stepY;
    var tmp_val;
    var init_quotes = new Array(); // Collect first quote for each ticker
    //get all 2D plots    
    context_KAMA = canvas_KAMA.getContext("2d");    
    // Set global max / min for each ticker    
    init_quotes[0] = get_first_quote(eval(data['KAM'][0]), x1_, x2_);    
    // Distance between two points in "X" axis => Override global var
    //SymexChartGlobals.stepX = (SymexChartGlobals.chart_width - 1) / (points_qty - 1);    
    // Distance between two points in "Y" axis (depends to main ticker)
    coefStepY = (SymexChartGlobals.max_[0] - SymexChartGlobals.min_[0]) / SymexChartGlobals.chart_height;
    // Set init position => same for all tickers => depends to main ticker
    init_positionY = (SymexChartGlobals.max_[0] - init_quotes[0]) / coefStepY;
    // Loop for each quotation
    var iter = 0; //count steps    
    for ( var i_ = x1_; i_ <= x2_; i_++ ){ //+1 => because 0 point is set with moveTo
    // Calculate next "Y" axis position
      var stepY_STR_prec  = (SymexChartGlobals.max_[0] - data['KAM'][0][i_-1])  / coefStepY;
      var stepY_STR  = (SymexChartGlobals.max_[0] - data['KAM'][0][i_])  / coefStepY;    
      if(data['KAM'][0][i_] > eval("data_close_0[i_]")){
        context_KAMA.beginPath();
        context_KAMA.moveTo(( SymexChartGlobals.stepX * (iter-1)).toFixed(2), stepY_STR_prec );
        context_KAMA.lineTo( (SymexChartGlobals.stepX * (iter)).toFixed(2), stepY_STR.toFixed(2) );
        context_KAMA.strokeStyle = SymexChartSettings.colors_["STR_1"];
      }else{
        context_KAMA.beginPath();
        context_KAMA.moveTo(( SymexChartGlobals.stepX * (iter-1)).toFixed(2), stepY_STR_prec );
        context_KAMA.lineTo( (SymexChartGlobals.stepX * (iter)).toFixed(2), stepY_STR.toFixed(2) );
        context_KAMA.strokeStyle = SymexChartSettings.colors_["STR_0"];
      }
      context_KAMA.lineWidth = SymexChartSettings.linesW_2;
      context_KAMA.stroke();
      iter++;
    }
  } //if canvas */
}

function check_max_min_ichi(){
  SymexChartGlobals.max_[0] = Math.max(SymexChartGlobals.max_[0],SymexChartGlobals.max_TENKAN,SymexChartGlobals.max_KINJUN,SymexChartGlobals.max_CHIKOU,SymexChartGlobals.max_SENKOUA,SymexChartGlobals.max_SENKOUB);
  
  if(SymexChartGlobals.min_TENKAN < SymexChartGlobals.min_[0] && SymexChartGlobals.min_TENKAN > 0) {
    SymexChartGlobals.min_[0] = Math.min(SymexChartGlobals.min_[0],SymexChartGlobals.min_TENKAN);   	    
  }

  if(SymexChartGlobals.min_KINJUN < SymexChartGlobals.min_[0] && SymexChartGlobals.min_KINJUN > 0) {
    SymexChartGlobals.min_[0] = Math.min(SymexChartGlobals.min_[0],SymexChartGlobals.min_KINJUN);   
  }

  if(SymexChartGlobals.min_CHIKOU < SymexChartGlobals.min_[0] && SymexChartGlobals.min_CHIKOU > 0) {
    SymexChartGlobals.min_[0] = Math.min(SymexChartGlobals.min_[0],SymexChartGlobals.min_CHIKOU);  
  }

  if(SymexChartGlobals.min_SENKOUA < SymexChartGlobals.min_[0] && SymexChartGlobals.min_SENKOUA > 0) {
    SymexChartGlobals.min_[0] = Math.min(SymexChartGlobals.min_[0],SymexChartGlobals.min_SENKOUA);  
  }
  
  if(SymexChartGlobals.min_SENKOUB < SymexChartGlobals.min_[0] && SymexChartGlobals.min_SENKOUB > 0) {
    SymexChartGlobals.min_[0] = Math.min(SymexChartGlobals.min_[0],SymexChartGlobals.min_SENKOUB);  
  }
}

function precell_view(x,x_orig,y,x_cirle,y_cirle,touch,elm,ls_,points_qty_){
  if(SymexChartGlobals.paint_graph_active == 0){
    // Size of precission cell
    var precCellH = jQuery( "#precCell" ).height();
    var precCellW = jQuery( "#precCell" ).width();
    
    var tolerance = 5;
    var next = 0;
    
    if (SymexChartGlobals.begin == 0) next = 0;
    var curr_date = parseInt( x / SymexChartGlobals.stepX ) + parseInt(next)  + parseInt(SymexChartGlobals.begin)  ;
     
    if ( curr_date > points_qty_ ) curr_date = points_qty_ ;
    if ( x > ( SymexChartGlobals.chart_width / 2 ) )  x = parseInt(( SymexChartGlobals.stepX * (curr_date - SymexChartGlobals.begin)).toFixed(0)) - precCellW - 20;
    else x  = parseInt(( SymexChartGlobals.stepX * (curr_date - SymexChartGlobals.begin)).toFixed(0)) + 10;
    if ( y > ( SymexChartGlobals.chart_height / 2 ) ) y = y - precCellH - 80;
    else y += 40; 
    if(SymexChartGlobals.period_view == "MView" || SymexChartGlobals.period_view == "WView"){  
      x_orig = parseInt(( SymexChartGlobals.stepX * (curr_date - SymexChartGlobals.begin)).toFixed(0)) ; 
       
      if((x_orig + (x_orig - x)/2) < x){           
        x_orig  = parseInt(( SymexChartGlobals.stepX * (curr_date - SymexChartGlobals.begin)).toFixed(0)) ; 
      }else{  
        x_orig  = parseInt(( SymexChartGlobals.stepX * (curr_date - SymexChartGlobals.begin)).toFixed(0)) ;  
       
      }
    }else{ 
      if(SymexChartGlobals.type_curve == "J"){
        x_orig = parseInt(( (SymexChartGlobals.stepX) * (curr_date - SymexChartGlobals.begin)).toFixed(0) - next) ; 
   
      }else{
        
        x_orig = parseInt(( (SymexChartGlobals.stepX) * (curr_date - SymexChartGlobals.begin)).toFixed(0) - next) ; 
         //  $("#test").html(x_orig_prev+ " -- "+x_orig+ " -- " + x_orig_next)
      }
    }
    x_orig_prev = parseInt(( (SymexChartGlobals.stepX) * (curr_date - SymexChartGlobals.begin)).toFixed(0)  - next -20) ; 
    x_orig_next = parseInt(( (SymexChartGlobals.stepX) * (curr_date - SymexChartGlobals.begin)).toFixed(0) - next -(-20)) ; 
    y_cirle_w =  y_cirle;  
    x_cirle = x_orig ;
    // Only for Coteboursiere Mobile Version !!!
    if ( y < -15 ) y = -15; // -15px - precission cell over price graph's margin top space (period info)
    var y_max = SymexChartGlobals.chart_height + 20; // +20px - over labels X
    if ( y + precCellH > y_max ) y = y_max - precCellH;  
    // If no quotations on current day
    
    if ( typeof data_close_0[curr_date] == "undefined") {
      
      jQuery("#precCellPointerW_left").show();
      jQuery("#precCellPointerW_right").hide();
      if(x_cirle > (SymexChartGlobals.chart_width_snd/2)) jQuery("#precCellW").css("left",0);else jQuery("#precCellW").css("left",SymexChartGlobals.chart_width_snd-65);
 
      jQuery("#precCellPointerW_left").css("top", y_cirle_w);
      jQuery("#precCellPointerW_left").css("width", SymexChartGlobals.chart_width_snd);
      
      jQuery("#precCellW").css("top", (y_cirle_w) - (jQuery("#precCellW").height()/2)); 
      if(y_cirle_w >= 0 && y_cirle_w <=  (SymexChartGlobals.chart_height+SymexChartGlobals.chart_margin_top+SymexChartGlobals.chart_margin_top)){    
        jQuery("#precCellW").css("width","50px");
        jQuery("#precCell_txtW").css("text-align","right");
        
        jQuery("#precCell_txtW").html(format_num2(Pixelto("priceGraph",(y_cirle_w-SymexChartGlobals.chart_margin_top)))); 
      }else{    
        for(var a=0,b=1;a<SymexChartGlobals.sub_chart.length ;a++,b++){ 
          var nb_fix = false   ;
          var position =  $("#secondGraph"+b).position();
          max_ = array_max2( eval(data[SymexChartGlobals.sub_chart[a]][0]),ls_,points_qty_);
          min_ = array_min( eval(data[SymexChartGlobals.sub_chart[a]][0]),ls_,points_qty_); 
          if(SymexChartGlobals.sub_chart[a] == "CCI"){max_ = Math.round(((max_ + 50)/100))*100;min_ = Math.round(((min_ - 50)/100))*100;}
          if(SymexChartGlobals.sub_chart[a] == "STO" || SymexChartGlobals.sub_chart[a] == "ARO" || SymexChartGlobals.sub_chart[a] == "RSI"){max_ = 100;min_=0;}
          if(SymexChartGlobals.sub_chart[a] == "WIL"){max_ = 0;min_=-100;}
          if(SymexChartGlobals.sub_chart[a] == "MACD") nb_fix = false;
          if(SymexChartGlobals.sub_chart[a] == "CMF") nb_fix = false;
          if(SymexChartGlobals.sub_chart[a] == "VOL" || SymexChartGlobals.sub_chart[a] == "OBV" || SymexChartGlobals.sub_chart[a] == "ADL") nb_fix = true;
          SymexChartGlobals.max_W = max_ ; SymexChartGlobals.min_W = min_;
          if(y_cirle_w >= (position.top-tolerance) && y_cirle_w <=  (SymexChartGlobals.chart_MACD_height+position.top+tolerance)){
            if(y_cirle_w < (position.top)) y_cirle_w = position.top;
            if(y_cirle_w > (SymexChartGlobals.chart_MACD_height+position.top)) y_cirle_w = (SymexChartGlobals.chart_MACD_height+position.top);
            jQuery("#precCellW").css("width","65px");
            if((SymexChartGlobals.sub_chart[a] == "VOL" || SymexChartGlobals.sub_chart[a] == "ADL" || SymexChartGlobals.sub_chart[a] == "OBV") && (max_ > 1000000 || Math.abs(min_) > 1000000)){
              var value_cap_niv = format_volume ( (Pixelto("secondGraph"+b,(y_cirle_w)))/1000000 , false  )+ "M" ;
            }else if(SymexChartGlobals.sub_chart[a] == "VOL" || SymexChartGlobals.sub_chart[a] == "ADL" || SymexChartGlobals.sub_chart[a] == "OBV"){
              var value_cap_niv = format_price( (Pixelto("secondGraph"+b,(y_cirle_w ))), nb_fix  );
            }else{
              var value_cap_niv = format_price((Pixelto("secondGraph"+b,(y_cirle_w ))),nb_fix)
            }
            jQuery("#precCell_txtW").html(value_cap_niv); 
          }
        }
      }
    }else{
      var MA1_key = ""; var MA2_key = ""; var MA3_key = ""; var BOL_key = ""; var close_compa = "";
      for ( var i = 0; i < (SymexChartGlobals.tickers_qty); i++ ){
        // Init drawing process    
        if(SymexChartGlobals.tickers.split( ";" )[i].split( "," )[0] == "MMA"){
          if(MA1_key == "")   var MA1_key = i ;
          if(MA2_key == "" && i > MA1_key)   var MA2_key = i ;
          if(MA3_key == "" && i > MA1_key && i > MA2_key)   var MA3_key = i ;  
         
        }
       
         if(SymexChartGlobals.compa > 0 && i > 0 && SymexChartGlobals.tickers.split( ";" )[i].split( "," )[0] != "MMA") {
              close_compa +=  "<div><span>"+SymexChartGlobals.tickers.split( ";" )[i].split( "," )[0]+" : </span><span  class='class_price'>"+ eval("data_close_"+ i + "[curr_date]")+ "</span></div> ";
         } 
          
      }    
      /* ===== Manage news ===== */
      // If infobox pointer is over a triangle - imitate triangle"s mouseover event!
      var flagClear = true;    
      for ( var itn = parseInt( x_orig ); itn > parseInt( x_orig ) - 10; itn-- ){ // `-10` - width of triangle
        if ( $( ".left_" + itn ).length > 0 ) {
          $( ".left_" + itn ).trigger( "mouseover" );
          flagClear = false;
          break;
        }
      }
      if(flagClear){
        $("#news-info").html("&nbsp;");
      }    
      var varWord = typeof SymexChartSettings.lang_array[36] != "undefined" ? SymexChartSettings.lang_array[36] : "Performance : ";
      var text_precCell_date= "<div><span class='class_price'>" + date_eu( data_date[curr_date] )+"</span></div>";
      var text_precCell  = "<div>";
      text_precCell += "<span>" +SymexChartGlobals.showVariation > 0 ? varWord : SymexChartSettings.lang_array[31];
      if(SymexChartGlobals.type_curve == "H"){
        var close_pv = data_close_HA_0[curr_date] ;
        var open_pv = data_open_HA_0[curr_date];
        var high_pv = data_high_HA_0[curr_date];
        high_pv = format_price(high_pv);
        var low_pv = data_low_HA_0[curr_date];
        low_pv =  format_price(low_pv);
        close_pv = format_price(close_pv);
        open_pv = format_price(open_pv);
        var HA =  " (HA) : ";
      }else if(SymexChartGlobals.type_curve == "K"){
        text_precCell  = "<div>"+ SymexChartSettings.lang_array[30] + " : <span class='class_price'>"+ date_eu( data_date[curr_date] )+"</span>";
        text_precCell += "<span>" + SymexChartSettings.lang_array[51];
        var close_pv = format_price( data_close_0[curr_date]);
        var HA = " : ";
      }else{
        var close_pv = format_price( data_close_0[curr_date]);
        var open_pv = format_price( data_open_0[curr_date] );
        var high_pv = format_price(data_high_0[curr_date]);
        var low_pv = format_price(data_low_0[curr_date]);
        var HA = " : ";
      }
      text_precCell +=  HA + "</span><span class='class_price'>" + close_pv + " ";
      if(SymexChartGlobals.type_curve != "K"){
      text_precCell += SymexChartGlobals.showVariation > 0 ? "%" : "";
      text_precCell +=   "</span></div>" ;    
      var full = 2;
      text_precCell += "<div><span>" + SymexChartSettings.lang_array[33] + HA + "</span><span class='class_price'>" + open_pv+ "</span></div>";
      text_precCell += "<div><span>" + SymexChartSettings.lang_array[34] + HA + "</span><span class='class_price'>" + high_pv+ "</span></div>";
      text_precCell += "<div><span>" + SymexChartSettings.lang_array[35] + HA + "</span><span class='class_price'>" + low_pv+ "</span></div>";
      }
      full += 3;
      if(SymexChartGlobals.ichi == 1){
        if(typeof(eval("data_tenkan_" +"["+curr_date+"]")) != "undefined"){  
          var tenkan_close =  eval("data_tenkan_"  +"["+curr_date+"]");
          text_precCell += created_text_precCell("#ff4ce0",SymexChartSettings.lang_array[52],tenkan_close,"");
          full ++;
        }else{
          var tenkan_close = "" ;
        }
         
        if(typeof(eval("data_kijun_" +"["+curr_date+"]")) != "undefined"){  
          var kijun_close =  eval("data_kijun_"  +"["+curr_date+"]")
          text_precCell += created_text_precCell("#119622",SymexChartSettings.lang_array[41],kijun_close,"");
          full ++;
        }else{
          var kijun_close = "" ;
        } 
         
        if(eval("data_senkouA_" +"["+curr_date+"]") != "null" && eval("data_senkouA_" +"["+curr_date+"]") > "0"){
          var senkouA_close = eval("data_senkouA_" +"["+curr_date+"]");
          text_precCell += created_text_precCell("#724ce0",SymexChartSettings.lang_array[43],senkouA_close,"");      
          full ++;
        }else{
          var senkouA_close = "" ;
        }
         
        if(eval("data_senkouB_" +"["+curr_date+"]") != "null" && eval("data_senkouB_" +"["+curr_date+"]") > "0"){
          var senkouB_close = eval("data_senkouB_" +"["+curr_date+"]");
          text_precCell += created_text_precCell("#ec997a",SymexChartSettings.lang_array[44],senkouB_close,"");          
          full ++;
        }else{
          var senkouB_close = "" ;
        }
         
      }  
      /*** CHECK ***/ 
      if(MA1_key != ""){
        if(SymexChartGlobals.tickers.split( ";" )[MA1_key].split( "," )[0] == "MMA"){
          var MA_period = SymexChartGlobals.tickers.split( ";" )[MA1_key].split( "," )[1] ;
          if(typeof(eval("data_close_"+ MA1_key +"["+curr_date+"]" ))!= "undefined"){
            var MA_Close = format_price( eval("data_close_"+ MA1_key +"["+curr_date+"]" ));
            text_precCell += created_text_precCell(SymexChartSettings.colors_[MA1_key],SymexChartSettings.lang_array[45],MA_Close,MA_period); 
            full ++;
          }else{
            var MA_Close = "";
          }
           
        }
      }
      if(MA2_key != ""){ 
        if(SymexChartGlobals.tickers.split( ";" )[MA2_key].split( "," )[0] == "MMA"){
          if(typeof(eval("data_close_"+ MA2_key +"["+curr_date+"]" ))!= "undefined"){
            var MA2_Close = format_price( eval("data_close_"+ MA2_key+"["+curr_date+"]" ));
            var MA2_period = SymexChartGlobals.tickers.split( ";" )[MA2_key].split( "," )[1] ;
            text_precCell += created_text_precCell(SymexChartSettings.colors_[MA2_key],SymexChartSettings.lang_array[45],MA2_Close,MA2_period);
            full ++;
          }else{
            var MA2_Close = "";
          }
           
        }
      }
      
      if(MA3_key != ""){  
        if(SymexChartGlobals.tickers.split( ";" )[MA3_key].split( "," )[0] == "MMA"){
          if(typeof(eval("data_close_"+ MA3_key +"["+curr_date+"]" ))!= "undefined"){
            var MA3_Close = format_price( eval("data_close_"+ MA3_key+"["+curr_date+"]" ));
            var MA3_period = SymexChartGlobals.tickers.split( ";" )[MA3_key].split( "," )[1] ;
            text_precCell += created_text_precCell(SymexChartSettings.colors_[MA3_key],SymexChartSettings.lang_array[45],MA3_Close,MA3_period);
            full ++;
          }else{
            var MA3_Close = " - ";
          }
           
        }
      }		
      text_precCell += close_compa;
      
      if(SymexChartGlobals.display_BOL == 1){
        $MA_period = SymexChartGlobals.bol_qty;
        BOL_key = 1;
        if(typeof(eval("data_close_BOL" +"["+curr_date+"]" )) != "undefined" && typeof(eval("data_INF_"+ BOL_key +"["+curr_date+"]" )) != "undefined" && typeof(eval("data_SUP_"+ BOL_key +"["+curr_date+"]" )) != "undefined"){
          var BOL_SUP_close = format_price( eval("data_SUP_"+ BOL_key +"["+curr_date+"]" ));
          var BOL_INF_close = format_price( eval("data_INF_"+ BOL_key +"["+curr_date+"]" ));
          full+=2
          text_precCell += created_text_precCell(SymexChartSettings.colors_BOL,SymexChartSettings.lang_array[46] + " " + SymexChartSettings.lang_array[47],BOL_SUP_close,"");
          text_precCell += created_text_precCell(SymexChartSettings.colors_BOL,SymexChartSettings.lang_array[46] + " " + SymexChartSettings.lang_array[48],BOL_INF_close,"");
        }else{
          var BOL_SUP_close = " - ";
          var BOL_INF_close = " - ";
        }
         
      }
       
     
      if(SymexChartGlobals.display_SAR == 1){
        if(typeof(eval(data['SAR'][0][curr_date]))!= "undefined"){
          text_precCell += created_text_precCell("#000000",SymexChartSettings.lang_array["SAR"],format_price( eval(data['SAR'][0][curr_date])),"");
          full++
        }
        
      }
      
      
      if(SymexChartGlobals.display_STR == 1){
        if(typeof(eval(data['STR'][0][curr_date]))!= "undefined"){
          text_precCell += created_text_precCell("#000000",SymexChartSettings.lang_array["STR"],format_price( eval(data['STR'][0][curr_date])),"");
          full++
        }
      }     
      if(SymexChartGlobals.display_KAMA == 1){
        if(typeof(eval(data['KAM'][0][curr_date]))!= "undefined"){
          text_precCell += created_text_precCell("#000000",SymexChartSettings.lang_array["KAMA"],format_price( eval(data['KAM'][0][curr_date])),"");
          full++
        }
      }     
      coefStep_cirle = (SymexChartGlobals.max_[0] - SymexChartGlobals.min_[0]) / SymexChartGlobals.chart_height;
    
      y_cirle = (SymexChartGlobals.max_[0] - data_close_0[curr_date])  /  coefStep_cirle - jQuery("#precCell").offset().top ; 
      
      var fontSize = parseInt( jQuery("#precCell_txt").css("font-size") );
      var lineHeight = fontSize+5;
      var lH = lineHeight;
      jQuery("#precCell").css({
        height: (5 + lH * full ) + "px",
        lineHeight: lH + "px"
      });
   
      jQuery("#precCell").hide();
      jQuery("#precCell_txt").hide();
      jQuery("#precCellDate").show();
      jQuery("#precCellPointer").show();
      jQuery("#precCellPointerW_left").show();
      jQuery("#precCellPointerW_right").show();
      jQuery("#circles").show();
      if(x_cirle > (SymexChartGlobals.chart_width_snd/2)) 
      	jQuery("#precCellW").css("left",0);
      else 
      	jQuery("#precCellW").css("left",SymexChartGlobals.chart_width_snd-65); 
        jQuery("#precCellPointerW_left").css("top", y_cirle_w);
        jQuery("#precCellPointerW_left").css("width", x_orig_prev);
        jQuery("#precCellPointerW_right").css("top", y_cirle_w);
        jQuery("#precCellPointerW_right").css("left",eval("x_orig_next+SymexChartGlobals.chart_margin_left"));
        
       /* jQuery("#precCellPointerW").css("top", y_cirle_w-(x_orig_next-x_orig_prev));
        jQuery("#precCellPointerW").css("left",eval("x_orig_prev"));
        jQuery("#precCellPointerW").css("width",(x_orig_next-x_orig_prev)*2);
        jQuery("#precCellPointerW").css("height",(x_orig_next-x_orig_prev)*2);*/
        if(x_cirle > (SymexChartGlobals.chart_width_snd/2)){
          jQuery("#precCellPointerW_right").css("width",SymexChartGlobals.chart_width - x_orig_next);
        }else{
          jQuery("#precCellPointerW_right").css("width",SymexChartGlobals.chart_width - x_orig_next-20);
        }
      jQuery("#precCellW").css("top", (y_cirle_w) - (jQuery("#precCellW").height()/2)); 
      if(y_cirle_w >= SymexChartGlobals.chart_margin_top && y_cirle_w <=  (SymexChartGlobals.chart_height+SymexChartGlobals.chart_margin_top+SymexChartGlobals.chart_margin_top)){
        jQuery("#precCellW").css("width","65px");	
        jQuery("#precCell_txtW").css("text-decoration-color","black");	
        jQuery("#precCell_txtW").css("text-align","right");
        REMY = Pixelto("priceGraph",(y_cirle_w-SymexChartGlobals.chart_margin_top));		
        jQuery("#precCell_txtW").html("<div style='color:#000000'><span class='class_price'>" + format_num2(REMY, false) + "</span></div>"); 
      }
      jQuery("#precCellPointer").css("left", x_orig); //*new* this.offsetLeft
      jQuery("#precCellCircle").css("left", x_cirle); //*new* this.offsetLeft
       
      jQuery("#precCellCircle").css("top", y_cirle);
      
      jQuery("#precCell").css("left", x);
      jQuery("#precCell").css("top", y);
      var left_date = x_cirle - ($("#precCellDate").width()/2);
      if(left_date < 0)  left_date = 0;
      jQuery("#precCellDate").css("left",left_date);
      if($("#blocGraph").width() < 1300){
        jQuery("#precision-info").css("font-size","11px");
      }
       /* if ( SymexChartGlobals.pivot == 1){
            text_precCell += "<span>Pivot : </span><span class='class_price'>" + format_price(pivot_0) + "</span>";
             
            }
            if ( SymexChartGlobals.support == 1 || SymexChartGlobals.support == 2){
                text_precCell += " <span>Support 1 : </span><span class='class_price'>" + format_price(S1_0) + "</span>";
                
            }
            if (SymexChartGlobals.support == 2){
                text_precCell += " <span>Support 2 : </span><span class='class_price'>" + format_price(S2_0)+ "</span>";
                
            }
            if ( SymexChartGlobals.resistance == 1 || SymexChartGlobals.resistance == 2){
                text_precCell += " <span>Resistance 1 : </span><span class='class_price'>" + format_price(R1_0)+ "</span>";
                
            }
            if (SymexChartGlobals.resistance == 2){
               text_precCell += " <span>Resistance 2 : </span><span class='class_price'>" + format_price(R2_0)+ "</span>";
                
            }         
      */
      
     /* if(full > 11){ */
          //jQuery("#precision-info").css("font-size","9px");
          if(SymexChartSettings.tool == 0){
            jQuery("#precision-info").css("top",-18);
            jQuery("#news-info").css("top",-45);
            //jQuery("#blocGraph").css("padding-top",50); 
            jQuery("#head-info").css("top",-65);
          }
          if(full > 11){
            text_precCell = text_precCell.substr(0,text_precCell.lastIndexOf(" ")-2)+ "<br>" + text_precCell.substr(text_precCell.lastIndexOf(" ")-5);
          }
         // SymexChartGlobals.chart_margin_top = 40;
     /* }else{
          jQuery("#precision-info").css("top",-15);
          jQuery("#news-info").css("top",-36);
          jQuery("#blocGraph").css("padding-top",40); 
          jQuery("#head-info").css("top",-55);
          SymexChartGlobals.chart_margin_top = 40;
      } */
      
    
      jQuery("#precCellDate_txt").html(text_precCell_date);
      jQuery("#precision-info").html(text_precCell);
     // jQuery("#precision2-info").html(text_precCell);
      var text_precCellMACD = new Array();
          
      for(var a=0,b=1;a<SymexChartGlobals.sub_chart.length ;a++,b++){
        text_precCellMACD[b] = "";
        var full_chart2 = 1; 
        var qty = SymexChartGlobals.qty_chart[a];
        var name_title_chart = SymexChartSettings.lang_array[SymexChartGlobals.sub_chart[a]];
        
        max_ = array_max2( eval(data[SymexChartGlobals.sub_chart[a]][0]),ls_,points_qty_);
        min_ = array_min( eval(data[SymexChartGlobals.sub_chart[a]][0]),ls_,points_qty_); 
        SymexChartGlobals.max_W = max_ ; SymexChartGlobals.min_W = min_;
        if(SymexChartGlobals.sub_chart[a] == "CCI"){
          var qty = SymexChartGlobals.cci_qty; 
          max_ = Math.round(((max_ + 50)/100))*100;
          min_ = Math.round(((min_ - 50)/100))*100;
        }
        if(SymexChartGlobals.sub_chart[a] == "STO" || SymexChartGlobals.sub_chart[a] == "ARO" || SymexChartGlobals.sub_chart[a] == "RSI"){max_ = 100;min_=0;}
        if(SymexChartGlobals.sub_chart[a] == "WIL"){max_ = 0;min_=-100;}
        if(SymexChartGlobals.sub_chart[a] == "VOL" || SymexChartGlobals.sub_chart[a] == "ADL" || SymexChartGlobals.sub_chart[a] == "OBV"){nb_fix = true;}else{nb_fix = "";}
        var qty = SymexChartGlobals.qty_chart[a];
        if(typeof(data[SymexChartGlobals.sub_chart[a]][0][curr_date] )!== "undefined"){
        if( eval(data[SymexChartGlobals.sub_chart[a]][0][curr_date])  != "0" || SymexChartGlobals.sub_chart[a] != "DMI"){
             var values_ =  format_price(eval(data[SymexChartGlobals.sub_chart[a]][0][curr_date]),nb_fix);
            }else  {
             var values_ = " - "; 
            } 
        }else{
          var values_ = " - ";
        }
        if(SymexChartGlobals.sub_chart[a] == "STO"){
        	var split_arr_sto = qty.split(' - ');
          text_precCellMACD[b]  =  "<div style='color: "+SymexChartSettings.colors_[SymexChartGlobals.sub_chart[a]+"_0"]+"'>" + name_title_chart + "&nbsp;<span>" 
          + SymexChartSettings.lang_array[SymexChartGlobals.sub_chart[a]+"_0"] + " (" + split_arr_sto[0] + " - " + split_arr_sto[1] + ")";
        }else if(SymexChartGlobals.sub_chart[a] == "KST"){
          switch (qty) {
            case 'long':
              var kst_value = "9,12,18,24,6,6,6,9";
              break;
            case 'medium':
              var kst_value = "10,13,15,20,10,13,15,20";
              break;
            case 'short':
            default:
              var kst_value = "10,15,20,30,10,10,10,15";
              break;
          }

          text_precCellMACD[b]  =  "<div style='color: "+SymexChartSettings.colors_[SymexChartGlobals.sub_chart[a]+"_0"]+"'>" + name_title_chart + "&nbsp;<span>" 
          + " (" + kst_value + ")";
        }else if(SymexChartGlobals.sub_chart[a] == "DMI"){
          text_precCellMACD[b]  =  "<div style='color: "+SymexChartSettings.colors_[SymexChartGlobals.sub_chart[a]+"_0"]+"'>" + name_title_chart + "&nbsp;<span>" 
          + SymexChartSettings.lang_array[SymexChartGlobals.sub_chart[a]+"_0"] + " (" + qty + ")";
        }else{  
          text_precCellMACD[b] =  "<div style='color: "+SymexChartSettings.colors_[SymexChartGlobals.sub_chart[a]+"_0"]+"'><span>" 
          if(SymexChartGlobals.sub_chart[a] == "MASMON" || SymexChartGlobals.sub_chart[a] == "CCI" || SymexChartGlobals.sub_chart[a] == "CMF" || SymexChartGlobals.sub_chart[a] == "ADL" || SymexChartGlobals.sub_chart[a] == "OBV"){
            text_precCellMACD[b] += name_title_chart;
          }else{
            text_precCellMACD[b] += SymexChartSettings.lang_array[SymexChartGlobals.sub_chart[a]+"_0"] ;
          }
          
          if(SymexChartGlobals.sub_chart[a] == "MACD"){
          	var split_arr_macd = qty.split(' - ');
            text_precCellMACD[b] +=  " (" + split_arr_macd[0] + " - " + split_arr_macd[1] +")";
          }else if(SymexChartGlobals.sub_chart[a] == "VOL" || SymexChartGlobals.sub_chart[a] == "ADL" || SymexChartGlobals.sub_chart[a] == "OBV"){
            text_precCellMACD[b] +=  "";
          }else{
            text_precCellMACD[b] +=  " (" + qty + ")";
          }
        }
        if(SymexChartGlobals.language !="en" && SymexChartGlobals.sub_chart[a] != "VOL"){
          if(values_ < 1000000){
           values_ = values_.replace(".",",");
          }else{
           values_ = values_.substr(0,(values_.length-4))+(values_.substr(-4)).replace(".",","); 
          }
        }else if(SymexChartGlobals.language =="en" && SymexChartGlobals.sub_chart[a] == "VOL"){
           values_ = values_.replace(" ",",");
           values_ = values_.replace(" ",",");
        }
        text_precCellMACD[b] +=  " : </span><span class='class_price'>" + values_ + "</span></div>";
        if(data[SymexChartGlobals.sub_chart[a]].length > 1){
          if(typeof(data[SymexChartGlobals.sub_chart[a]][1][curr_date] )!== "undefined"){
            if(eval( data[SymexChartGlobals.sub_chart[a]][1][curr_date])  != "0" || SymexChartGlobals.sub_chart[a] != "DMI"){
               var values_ =  format_price(eval(data[SymexChartGlobals.sub_chart[a]][1][curr_date]),nb_fix);
              }else{
               var values_ = " - "; 
              } 
          }else{
              var values_ = " - ";
          } 
          text_precCellMACD[b] += "<div style='color: "+SymexChartSettings.colors_[SymexChartGlobals.sub_chart[a]+"_1"]+"'><span>"; 
          text_precCellMACD[b] += SymexChartSettings.lang_array[SymexChartGlobals.sub_chart[a]+"_1"];
          if(SymexChartGlobals.sub_chart[a] == "MACD"){
            text_precCellMACD[b] +=  " (" + split_arr_macd[2] + ")";
          }else if(SymexChartGlobals.sub_chart[a] == "STO"){
            text_precCellMACD[b] +=  " (" + split_arr_sto[2] + ")";;
          }else if(SymexChartGlobals.sub_chart[a] == "KST"){
            text_precCellMACD[b] +=  " (9)";;
          }else{
            text_precCellMACD[b] +=  " (" + qty + ")";
          }
          if(SymexChartGlobals.language !="en"){
            values_ = values_.replace(".",",");
          } 
          text_precCellMACD[b] += " : " + "</span><span class='class_price'>"+
          values_+ "</span></div>";
          full_chart2++;
        }
        if(data[SymexChartGlobals.sub_chart[a]].length > 2){
          if(typeof(data[SymexChartGlobals.sub_chart[a]][2][curr_date] )!== "undefined"){
            if( eval(data[SymexChartGlobals.sub_chart[a]][2][curr_date])  != "0" || SymexChartGlobals.sub_chart[a] != "DMI"){
              var values_ =  format_price(eval(data[SymexChartGlobals.sub_chart[a]][2][curr_date]),nb_fix);
            }else{
              var values_ = " - ";
            }
          }else{
              var values_ = " - ";
          } 
          if(SymexChartGlobals.language !="en"){
            values_ = values_.replace(".",",");
          } 
          text_precCellMACD[b] += "<div style='color: "+SymexChartSettings.colors_[SymexChartGlobals.sub_chart[a]+"_2"]+"'><span>" 
          + SymexChartSettings.lang_array[SymexChartGlobals.sub_chart[a]+"_2"] +  " (" + qty + ")" + " : " + "</span><span class='class_price'>"+
          values_+ "</span></div>";
          full_chart2++;
        }
      
        jQuery("#precCellSC"+b).css({
          height: ( 5+ lH * full_chart2 ) + "px",
          lineHeight: lineHeight + "px"
        });
        jQuery("#precCellSC"+b).hide();
        jQuery("#precCell_txtSC"+b).hide();
        jQuery("#precCellPointerSC"+b).show();
        jQuery("#precCellPointerSC"+b).css("left", x_orig); //*new* this.offsetLeft
        jQuery("#precCellPointerSC"+b).css("left", x_cirle); //*new* this.offsetLeft
        jQuery("#precCellPointerSC"+b).css("top", 0);
        jQuery("#precCellSC"+b).css("left", x);
        jQuery("#precCellSC"+b).css("top", 25);
        jQuery("#title_chart_"+b).html(text_precCellMACD[b]);
        var position =  $("#secondGraph"+b).position();
        if(y_cirle_w >= (position.top-tolerance)&& y_cirle_w <=  (SymexChartGlobals.chart_MACD_height+position.top+tolerance)){
          if(y_cirle_w <  (position.top)) y_cirle_w = position.top;
          if(y_cirle_w >  (SymexChartGlobals.chart_MACD_height+position.top)) y_cirle_w = (SymexChartGlobals.chart_MACD_height+position.top);
          jQuery("#precCellW").css("width","65px");
          if((SymexChartGlobals.sub_chart[a] == "VOL" || SymexChartGlobals.sub_chart[a] == "ADL" || SymexChartGlobals.sub_chart[a] == "OBV") && (max_ > 1000000 || Math.abs(min_) > 1000000)){
            var value_cap_niv = format_volume ( (Pixelto("secondGraph"+b,(y_cirle_w)))/1000000 , false  )+ "M" ;
          }else if(SymexChartGlobals.sub_chart[a] == "VOL" || SymexChartGlobals.sub_chart[a] == "ADL" || SymexChartGlobals.sub_chart[a] == "OBV"){
            var value_cap_niv = format_price( (Pixelto("secondGraph"+b,(y_cirle_w))), nb_fix  );
          }else{
            var value_cap_niv = format_price((Pixelto("secondGraph"+b,(y_cirle_w))),nb_fix)
          }
          if(SymexChartGlobals.language !="en"){
            value_cap_niv = value_cap_niv.replace(".",",");
          }  
          jQuery("#precCell_txtW").html(value_cap_niv); 
        }
      }
    }     
  }else{  
    jQuery("#precCell" ).hide();
    jQuery("#precCellPointer").hide();
    jQuery("#precCellW").hide();
    jQuery("#precCellPointerW").hide();
    jQuery("#precCellPointerW_left").hide();
    jQuery("#precCellPointerW_right").hide();
    for(var a=0,b=1;a<SymexChartGlobals.sub_chart.length ;a++,b++){
      jQuery("#precCellSC"+b).hide();
      jQuery("#precCellPointerSC"+b).hide();
    }
  }
}

function active_tool(t){
  jQuery("#tools1").removeClass("active"); 
  jQuery("#tools2").removeClass("active"); 
  jQuery("#tools3").removeClass("active"); 
  jQuery("#tools4").removeClass("active"); 
  jQuery("#tools5").removeClass("active"); 
  jQuery("#tools6").removeClass("active"); 
  jQuery("#tools7").removeClass("active"); 
}
/*
function save_image(){
 // $("#test").html((SymexChartGlobals.chart_height+100) +  ((SymexChartGlobals.chart_MACD_height+40) * (SymexChartGlobals.chart_n +1)));
        jQuery("#precCell" ).hide();
        jQuery("#precCellPointer").hide();
        jQuery("#precCellW").hide();
        jQuery("#precCellPointerW").hide();
        jQuery("#precCellDate").hide();
        jQuery("#circles").hide();
        // var positions = jQuery("summaryGraph").position() ;
         html2canvas( document.getElementById("printscreen"),{
         onrendered: function(canvas) {
            // var node = document.createElement(canvas);  
            var data =  canvas.toDataURL("image/png") ;
            $("#popupImg").html("<div id='shut_btn_pop2'></div><img src='"+data+"' width='650'>"
             +"<script>jQuery('#shut_btn_pop2').bind('click touchstart',function(){$('#popupImg').html('');jQuery('#popupImg').css('visibility','hidden');});</script>"
             + "<a class='btn btn-default btn2' target='_blank' type=\"application/octet-stream\" href='"+data+"'>Enregistrer l'image</a> "); 
            // +"<form><input type='hidden' src='"+data+"'><button id='save_img' class='btn btn-default btn2' type='button'>Enregistrer l'image</button></form>" 
         },
         width: SymexChartGlobals.chart_width +50,
         height: (SymexChartGlobals.chart_height+100) +  ((SymexChartGlobals.chart_MACD_height+40) * (SymexChartGlobals.chart_n +1))
          });
        $("#popupImg").css("height",(SymexChartGlobals.chart_height) +  ((SymexChartGlobals.chart_MACD_height) * (SymexChartGlobals.chart_n-2)));
        $("#popupImg").css("visibility","visible");
        
}
*/
function save_image(){
 // $("#test").html((SymexChartGlobals.chart_height+100) +  ((SymexChartGlobals.chart_MACD_height+40) * (SymexChartGlobals.chart_n +1)));
        jQuery("#precCell" ).hide();
        jQuery("#precCellPointer").hide();
        jQuery("#precCellW").hide();
        jQuery("#precCellPointerW").hide();
        jQuery("#precCellDate").hide();
        jQuery("#circles").hide();
        // var positions = jQuery("summaryGraph").position() ;
         html2canvas( document.getElementById("printscreen"),{
         onrendered: function(canvas) {
            // var node = document.createElement(canvas);  
            var data =  canvas.toDataURL("image/png") ;
            $("#popupImg").html("<div id='shut_btn_pop2'></div>"
             +"<script>jQuery('#shut_btn_pop2').bind('click touchstart',function(){$('#popupImg').html('');jQuery('#popupImg').css('visibility','hidden');});</script>"
             +"<form method='POST' action='http://anatech.finork.com/historical/php/save_image.php'>"
             +"<input name='ticker' type='hidden' value='"+SymexChartGlobals.tickers+"'>"
             +"<input name='image' type='hidden' value='"+data+"'>"
             +"<input name='width' type='hidden' value='"+(parseInt(SymexChartGlobals.chart_width +50))+"'>"
             +"<input name='height' type='hidden' value='"+(parseInt(SymexChartGlobals.chart_height+100) +  ((SymexChartGlobals.chart_MACD_height+40) * (SymexChartGlobals.chart_n +1)))+"'>"
             +"<button id='save_img' class='btn btn-default btn2' type='submit'>Enregistrer l'image</button></form>"
             +"<img src='"+data+"' width='650'>"
             ); 
           
            var w = parseInt(SymexChartGlobals.chart_width +50);
            var h = parseInt((SymexChartGlobals.chart_height+100) +  ((SymexChartGlobals.chart_MACD_height+40) * (SymexChartGlobals.chart_n +1)));
     
        
         },
         width: parseInt(SymexChartGlobals.chart_width +50),
         height: parseInt(SymexChartGlobals.chart_height+100) +  ((SymexChartGlobals.chart_MACD_height+40) * (SymexChartGlobals.chart_n +1))
          });
         $("#popupImg").css("height",(SymexChartGlobals.chart_height) +  ((SymexChartGlobals.chart_MACD_height) * (SymexChartGlobals.chart_n+1)));
         $("#popupImg").css("visibility","visible");
        
}


function maxAndMin(x1_, x2_){
   
      
    for( var w = 0; w < SymexChartGlobals.tickers_qty; w++ )
    {
       
       tmp_val_ = new Array();
       var init_quotes_ = get_first_quote(eval("data_close_" + 0), x1_, x2_);
       if(SymexChartGlobals.compa > 0 && w > 0){
        var init_quotes_w = get_first_quote(eval("data_close_" + w), x1_, x2_);
        
        for ( var i_ = x1_; i_ <= x2_; i_++ ){
          tmp_val_[i_]  =  (eval("data_close_" + w  + "[i_]") / init_quotes_w ) * init_quotes_;
  			  
        }
       }
      if((SymexChartGlobals.type_curve == "J" || SymexChartGlobals.type_curve == "B") && w == 0 ){
        SymexChartGlobals.max_[w] = array_max( eval("data_high_" + w), x1_, x2_ );
	      SymexChartGlobals.min_[w] = array_min( eval("data_low_" + w), x1_, x2_ );
      }else if(SymexChartGlobals.type_curve == "H" && w == 0){
        SymexChartGlobals.max_[w] = array_max( eval("data_high_HA_" + w), x1_, x2_ );
	    	SymexChartGlobals.min_[w] = array_min( eval("data_low_HA_" + w), x1_, x2_ ); 
      }else{
        SymexChartGlobals.max_[w] = array_max( eval("data_close_" + w), x1_, x2_ );
        SymexChartGlobals.min_[w] = array_min( eval("data_close_" + w), x1_, x2_ ); 
         
      } 
         if(SymexChartGlobals.compa == 0 || (SymexChartGlobals.compa > 0 && (w ==0))){
          SymexChartGlobals.max_[0] = Math.max(SymexChartGlobals.max_[0],SymexChartGlobals.max_[w]);
          SymexChartGlobals.min_[0] = Math.min(SymexChartGlobals.min_[0],SymexChartGlobals.min_[w]);
         }else{
        
          SymexChartGlobals.max_[w] = array_max( eval(tmp_val_), x1_, x2_ );
          SymexChartGlobals.min_[w] = array_min( eval(tmp_val_), x1_, x2_ ); 
          
          SymexChartGlobals.max_[0] = Math.max(SymexChartGlobals.max_[0],SymexChartGlobals.max_[w]);
          SymexChartGlobals.min_[0] = Math.min(SymexChartGlobals.min_[0],SymexChartGlobals.min_[w]);
          }
        
       
    }
    
    if ( SymexChartGlobals.showVariation > 0 ) {
        SymexChartGlobals.max_[0] = Math.max(SymexChartGlobals.max_[0],SymexChartGlobals.max_[w]);
        SymexChartGlobals.min_[0] = Math.min(SymexChartGlobals.min_[0],SymexChartGlobals.min_[w]);
    }else {
        if(SymexChartGlobals.ichi == 1){
        	SymexChartGlobals.max_TENKAN = array_max( eval("data_tenkan_" ), x1_, x2_ );
        	SymexChartGlobals.min_TENKAN = array_min( eval("data_tenkan_"), x1_, x2_ );
        	SymexChartGlobals.max_KINJUN = array_max( eval("data_kijun_"), x1_, x2_ );
        	SymexChartGlobals.min_KINJUN = array_min( eval("data_kijun_"), x1_, x2_ );
        	SymexChartGlobals.max_CHIKOU = array_max( eval("data_chikou_" ), x1_, x2_ );
        	SymexChartGlobals.min_CHIKOU = array_min( eval("data_chikou_" ), x1_, x2_ );
        	SymexChartGlobals.max_SENKOUA = array_max( eval("data_senkouA_" ), x1_, x2_ );
        	SymexChartGlobals.min_SENKOUA = array_min( eval("data_senkouA_" ), x1_, x2_ );
        	SymexChartGlobals.max_SENKOUB = array_max( eval("data_senkouB_" ), x1_, x2_ );
        	SymexChartGlobals.min_SENKOUB = array_min( eval("data_senkouB_"), x1_, x2_ );
        	check_max_min_ichi();
        }
         
        if(SymexChartGlobals.display_BOL == 1){
          SymexChartGlobals.max_BOL = array_max( eval("data_close_BOL"), x1_, x2_ );
          SymexChartGlobals.min_BOL = array_min( eval("data_close_BOL"), x1_, x2_ ); 
          SymexChartGlobals.max_SUP = array_max( eval("data_SUP_1"), x1_, x2_ );
          SymexChartGlobals.min_SUP = array_min( eval("data_SUP_1"), x1_, x2_ );
          SymexChartGlobals.max_INF = array_max( eval("data_INF_1"), x1_, x2_ );
          SymexChartGlobals.min_INF = array_min( eval("data_INF_1"), x1_, x2_ );
          SymexChartGlobals.max_[0] = Math.max(SymexChartGlobals.max_[0],SymexChartGlobals.max_BOL,SymexChartGlobals.max_SUP,SymexChartGlobals.max_INF);
          SymexChartGlobals.min_[0] = Math.min(SymexChartGlobals.min_[0],SymexChartGlobals.min_BOL,SymexChartGlobals.min_SUP,SymexChartGlobals.min_INF); 
        }
        
        if(SymexChartGlobals.display_SAR == 1){
          SymexChartGlobals.max_SAR = array_max( eval("data[\'SAR\'][0]"), x1_, x2_ );
          SymexChartGlobals.min_SAR = array_min( eval("data[\'SAR\'][0]"), x1_, x2_ ); 
          SymexChartGlobals.max_[0] = Math.max(SymexChartGlobals.max_[0],SymexChartGlobals.max_SAR);
          SymexChartGlobals.min_[0] = Math.min(SymexChartGlobals.min_[0],SymexChartGlobals.min_SAR);
        }
        
        if(SymexChartGlobals.display_STR == 1){
          SymexChartGlobals.max_STR = array_max( eval("data[\'STR\'][0]"), x1_, x2_ );
          SymexChartGlobals.min_STR = array_min( eval("data[\'STR\'][0]"), x1_, x2_ ); 
          SymexChartGlobals.max_[0] = Math.max(SymexChartGlobals.max_[0],SymexChartGlobals.max_STR);
          SymexChartGlobals.min_[0] = Math.min(SymexChartGlobals.min_[0],SymexChartGlobals.min_STR);
        }
        if(SymexChartGlobals.display_KAMA == 1){
          SymexChartGlobals.max_KAMA = array_max( eval("data[\'KAM\'][0]"), x1_, x2_ );
          SymexChartGlobals.min_KAMA = array_min( eval("data[\'KAM\'][0]"), x1_, x2_ ); 
          SymexChartGlobals.max_[0] = Math.max(SymexChartGlobals.max_[0],SymexChartGlobals.max_KAMA);
          SymexChartGlobals.min_[0] = Math.min(SymexChartGlobals.min_[0],SymexChartGlobals.min_KAMA);
        } 
      }
      
}

function position_start_end(){

  if(SymexChartGlobals.period_chart_ != "" && SymexChartGlobals.ze_ == 0 && SymexChartGlobals.zs_ == 0){
           
              switch(SymexChartGlobals.period_chart_){
                case "1m":
                var datef_ = '20260509';
                 SymexChartGlobals.leftScInit = search_date(datef_);
                 //var points_qty_ = SymexChartGlobals.points_qty;
                 break; 
                case "3m":
                var datef_ = '20260309';
                 SymexChartGlobals.leftScInit = search_date(datef_);
                //var points_qty_ = SymexChartGlobals.points_qty;
                 break; 
                case "6m":
                var datef_ = '20251209';
                 SymexChartGlobals.leftScInit = search_date(datef_);
                //var points_qty_ = SymexChartGlobals.points_qty;
                 break; 
                case "1a":
                var datef_ = '20250609';
                 SymexChartGlobals.leftScInit = search_date(datef_);
               // var SymexChartGlobals.points_qty_ = SymexChartGlobals.points_qty;
                 break;
                case "2a":
                var datef_ = '20240609';
                 SymexChartGlobals.leftScInit = search_date(datef_);
                //var SymexChartGlobals.points_qty_ = SymexChartGlobals.points_qty;
                 break;
                case "3a":
                var datef_ = '20230609';
                 SymexChartGlobals.leftScInit = search_date(datef_);
               // var SymexChartGlobals.points_qty_ = SymexChartGlobals.points_qty;
                  break; 
                case "ytd":
                var datef_ = '20260101';
                 SymexChartGlobals.leftScInit = search_date(datef_);
               // var SymexChartGlobals.points_qty_ = SymexChartGlobals.points_qty;
                break;
                case "all":
                default:
                 SymexChartGlobals.leftScInit = 0;
            	  //var points_qty_ = SymexChartGlobals.points_qty;
                break;    
              }
              SymexChartGlobals.points_qty = SymexChartGlobals.points_qty_s;
               
              $("#zoom_start").val(0);
              $("#zoom_end").val(0);
              SymexChartGlobals.ze_ = 0;
              SymexChartGlobals.zs_ = 0;
              $("#1m").removeClass("select");
              $("#3m").removeClass("select");
              $("#6m").removeClass("select");
              $("#1m").removeClass("select");
              $("#1a").removeClass("select");
              $("#2a").removeClass("select");
              $("#3a").removeClass("select");
              $("#ytd").removeClass("select");
              $("#all").removeClass("select");
              $("#"+SymexChartGlobals.period_chart_).addClass("select");
              
            }else{
               if(jQuery("#zoom_end").val() != 0 && jQuery("#zoom_end").val() != SymexChartGlobals.chart_width && jQuery("#zoom_start").val() == 0){
                   SymexChartGlobals.points_qty = jQuery("#zoom_end").val();
                   SymexChartGlobals.leftScInit = 0;
               }else if(jQuery("#zoom_end").val() != 0 && jQuery("#zoom_end").val() != SymexChartGlobals.chart_width && jQuery("#zoom_start").val() != 0){
                   SymexChartGlobals.leftScInit  =  jQuery("#zoom_start").val();
                   SymexChartGlobals.points_qty = jQuery("#zoom_end").val();
               }else if(jQuery("#zoom_end").val() == 0 && jQuery("#zoom_start").val() != 0){
                   SymexChartGlobals.leftScInit  =  jQuery("#zoom_start").val();
               } 
              $("#1m").removeClass("select");
              $("#3m").removeClass("select");
              $("#6m").removeClass("select");
              $("#1m").removeClass("select");
              $("#1a").removeClass("select");
              $("#2a").removeClass("select");
              $("#3a").removeClass("select");
              $("#ytd").removeClass("select");
              $("#all").removeClass("select");
              
            } 
}

function createCookie(name,value,days) {
	if (days) {
		var date = new Date();
		date.setTime(date.getTime()+(days*24*60*60*1000));
		var expires = "; expires="+date.toGMTString();
	}
	else var expires = "";
	document.cookie = name+"="+value+expires+"; path=/";
}

function readCookie(name) {
	var nameEQ = name + "=";
	var ca = document.cookie.split(';');
	for(var i=0;i < ca.length;i++) {
		var c = ca[i];
		while (c.charAt(0)==' ') c = c.substring(1,c.length);
		if (c.indexOf(nameEQ) == 0) return c.substring(nameEQ.length,c.length);
	}
	return null;
}

function eraseCookie(name) {
	createCookie(name,"","");
}
function created_text_precCell(color,word,close_,period){
  var text_p = "" + "<div style='color:"+color+"'><span>" + word;
  if(period != ""){
    text_p += " (" + period +")";
  }
  text_p += " : " + "</span><span class='class_price'>" + close_ + "</span></div>" ;
  
  return  text_p 
}

function drawLine_kagi( x1_, x2_ )
{
  
  x1_ = parseInt(x1_);
  x2_ = parseInt(x2_); 
	//OVERRIDE global
	SymexChartGlobals.begin = x1_;
 
	// Quantity of points to be draw for each ticker -> ***local var*** (we have global one!)
	var points_qty = x2_ - x1_;
 
	// Conteiner for canvas elements
	var canvas_ = new Array();
  
	// Add all canvas element in
	for(var i = 0; i < SymexChartGlobals.tickers_qty; i++ ){
		canvas_[i] = document.getElementById("price_" + i);
     
  }
   
	// If canvas container is ready
	if (canvas_[0].getContext){

		var context_ = new Array(); // 2D plots container
		var coefStepY;
		var init_positionY;
		var stepY;
		var tmp_val;
		var init_quotes = new Array(); // Collect first quote for each ticker

		//get all 2D plots
		for(var i = 0; i < SymexChartGlobals.tickers_qty; i++ ){
			context_[i] = canvas_[i].getContext("2d");
		}
     var values_scale_data = values_scale(SymexChartGlobals.max_[0], SymexChartGlobals.min_[0]);
		 SymexChartGlobals.max_[0] = values_scale_data[0];
		 SymexChartGlobals.min_[0] = values_scale_data[1];
		 SymexChartSettings.settings[0] = values_scale_data[2];
   
    value_A_B("priceGraph",SymexChartGlobals.max_[0],SymexChartGlobals.min_[0]);
 
		coefStepY = (SymexChartGlobals.max_[0] - SymexChartGlobals.min_[0]) / SymexChartGlobals.chart_height;
    //SymexChartGlobals.stepX = (SymexChartGlobals.chart_width*0.95).toFixed(0)  / (points_qty-1);
    
     		
   
		for ( var i = 0; i < SymexChartGlobals.tickers_qty; i++ )
	  {
	      
               
         if(i == 0){  
                var iter = 1;
                var color = "green" ; // default color
                var ReferentClose = data_close_0[0];
                
                for ( var i_ = x1_ ; i_ <= (x2_); i_++ ){
                       stepY =  (SymexChartGlobals.max_[0] - eval( "data_close_0[i_]"))  / coefStepY;
                       stepY_next = (SymexChartGlobals.max_[0] - eval( "data_close_0[i_+1]"))  / coefStepY;
                       stepY_refUP =  (SymexChartGlobals.max_[0] - eval( "data_referentUP_0[i_]"))  / coefStepY;
                       stepY_refDOWN =  (SymexChartGlobals.max_[0] - eval( "data_referentDOWN_0[i_]"))  / coefStepY;
                       stepY_prec = (SymexChartGlobals.max_[0] - eval( "data_close_0[i_-1]"))  / coefStepY;
                        
                       if(data_trend_0[i_]){
                          
                         context_[i].beginPath(); 
                         if(i_ == x2_){
                  			  context_[i].moveTo((SymexChartGlobals.stepX * (iter-1)).toFixed(2), stepY.toFixed(2) ) ;
                          context_[i].lineTo((SymexChartGlobals.stepX * (iter-1)).toFixed(2), stepY.toFixed(2) ) ;
                         }else{ 
                  			  context_[i].moveTo((SymexChartGlobals.stepX * (iter-1)).toFixed(2), stepY.toFixed(2) ) ;
                          context_[i].lineTo((SymexChartGlobals.stepX * (iter)).toFixed(2), stepY.toFixed(2) ) ;
                          context_[i].lineTo((SymexChartGlobals.stepX * (iter)).toFixed(2), stepY_next.toFixed(2) ) ;
                         }
                         context_[i].lineWidth = 1;
                         if(data_trend_0[i_]){
                          context_[i].strokeStyle= "black";//"green";
                         }else{
                          context_[i].strokeStyle= "black";//"red";
                         }
                          context_[i].stroke();
                          
                       
                      }else{ 
                         
                         context_[i].beginPath();  
                  			 if(i_ == x2_){
                  			  context_[i].moveTo((SymexChartGlobals.stepX * (iter-1)).toFixed(2), stepY.toFixed(2) ) ;
                          context_[i].lineTo((SymexChartGlobals.stepX * (iter-1)).toFixed(2), stepY.toFixed(2) ) ;
                         }else{
                          context_[i].moveTo((SymexChartGlobals.stepX * (iter-1)).toFixed(2), stepY.toFixed(2) ) ;
                          context_[i].lineTo((SymexChartGlobals.stepX * (iter)).toFixed(2), stepY.toFixed(2) ) ;
                          context_[i].lineTo((SymexChartGlobals.stepX * (iter)).toFixed(2), stepY_next.toFixed(2) ) ;
                         }
                         context_[i].lineWidth = 1;
                         if(data_trend_0[i_])
                          context_[i].strokeStyle= "black";//"green";
                         else
                          context_[i].strokeStyle= "black";//"red";
                         context_[i].stroke();
                       
                       
                       
                       } 
                       iter++;
                     
                }
          }else{
              
             coefStepY = (SymexChartGlobals.max_[0] - SymexChartGlobals.min_[0]) / SymexChartGlobals.chart_height;
             var iter = 0;
             init_positionY = (SymexChartGlobals.max_[0] - SymexChartGlobals.init_quotes[0]) / coefStepY;
             
             
             context_[i].beginPath();
             context_[i].moveTo( 1, init_positionY );
             for ( var i_ = x1_ ; i_ <= (x2_); i_++ ){ 
              stepY =  (SymexChartGlobals.max_[0] - eval( "data_close_"+ i +"[i_]"))  / coefStepY;
              context_[i].lineTo( (SymexChartGlobals.stepX * (iter + 0)).toFixed(2), stepY.toFixed(2) );
              iter++;
             }
             context_[i].strokeStyle = SymexChartSettings.colors_[i];
  			     context_[i].lineWidth = SymexChartSettings.linesW_[i];
  	         context_[i].stroke();  
          }
        }
	} //if canvas */
           
} //end func