Compteur avec JQuery

Bonjour,

Je dois réaliser 4 compteurs qui commencent et finissent en même temps. J'utilise le script Jquery counter mais les nombres à compter étant tous très différents, je n'arrive pas à régler la vitesse pour les synchroniser.

Voici mon code HTML :

Code:

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<!-- Start Counter --> <section class="logistic_counter_area"> <div class="container"> <div class="row"> <div class="logistic_counter clearfix"> <div class="col-md-3 col-sm-6"> <div class="single-counter"> <img src="images/project-done.png" alt="project-done"> <span class="counter1">24103</span> <h4>Projects Done</h4> </div> </div> <div class="col-md-3 col-sm-6"> <div class="single-counter"> <img src="images/countries-covered.png" alt="project-done"> <span class="counter2">193</span> <h4>Countries Covered</h4> </div> </div> <div class="col-md-3 col-sm-6"> <div class="single-counter"> <img src="images/years-of-experience.png" alt="project-done"> <span class="counter3">18</span> <h4>Years Of Experience</h4> </div> </div> <div class="col-md-3 col-sm-6"> <div class="single-counter"> <img src="images/brances.png" alt="project-done"> <span class="counter4">56</span> <h4>Branches</h4> </div> </div> </div> </div> </div> </section> <!-- End Counter -->

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Et voici le script Jquery :

Code:

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<script src="http://code.jquery.com/jquery-1.11.3.min.js"></script> <script src="countid.js"></script> <script> $('.counter1').countid(); Date.prototype.addSeconds = function(h) { this.setSeconds(this.getSeconds() + h); return this; } $('.counter2').countid(); Date.prototype.addSeconds = function(h) { this.setSeconds(this.getSeconds() + h); return this; } $('.counter3').countid(); Date.prototype.addSeconds = function(h) { this.setSeconds(this.getSeconds() + h); return this; } $('.counter4').countid(); Date.prototype.addSeconds = function(h) { this.setSeconds(this.getSeconds() + h); return this; } </script>

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Dans la doc, ils disent ceci :

Citation:

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Option | Data Attribute | Default | Description

----|------|----|----

start | data-start | 0 | start

end | data-end | 0 | end

speed | data-speed | 10 | speed in fps - frames per seconds

tick | data-tick | 10 | tick

clock | data-clock | false | clock

switchClock | data-switch-clock | true | switchClock

dateTime | data-date-time | '%m/%d/%y %h:%i:%s' | Possible formats: You can set this value to the number of seconds or specific MM/DD/YYYY H:i:s date or you can set a mask '%m/%d/%y %h:%i:%s' and every mask input will be replaced by current datetime value. For example you can set this option to '12/24/%y' and the counter will count up or count down to/from the Christmas Eve of this year.

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Enfin, voici le détail du fichier countid.js

Code:

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/*  * Project: Countid 1.0  * Description: jQuery Plugin to count up and count down numbers  * Author: miso25  * License: MIT  */   // the semi-colon before function invocation is a safety net against concatenated // scripts and/or other plugins which may not be closed properly.   ;(function ( $, window, document, undefined ) {     window.cancelRequestAnimFrame = ( function() { return window.cancelAnimationFrame || window.webkitCancelRequestAnimationFrame || window.mozCancelRequestAnimationFrame || window.oCancelRequestAnimationFrame || window.msCancelRequestAnimationFrame || clearTimeout } )();     window.requestAnimFrame = (function(){ return window.requestAnimationFrame || window.webkitRequestAnimationFrame || window.mozRequestAnimationFrame || window.oRequestAnimationFrame || window.msRequestAnimationFrame || function(/* function */ callback, /* DOMElement */ element){ return window.setTimeout(callback, 1000 / 60); }; })();     // undefined is used here as the undefined global variable in ECMAScript 3 is // mutable (ie. it can be changed by someone else). undefined isn't really being // passed in so we can ensure the value of it is truly undefined. In ES5, undefined // can no longer be modified.   // window is passed through as local variable rather than global // as this (slightly) quickens the resolution process and can be more efficiently // minified (especially when both are regularly referenced in your plugin).   // Create the defaults once var pluginName = 'countid', defaults = { propertyName: "value" };   // The actual plugin constructor function countidPlugin( element, options ) { //this.element = element;   // jQuery has an extend method which merges the contents of two or // more objects, storing the result in the first object. The first object // is generally empty as we don't want to alter the default options for // future instances of the plugin   this.elem = element; this.$elem = $(element); this.$elem_original = this.$elem this.options = options;     // This next line takes advantage of HTML5 data attributes // to support customization of the plugin on a per-element // basis. For example, // <div class=item' data-plugin-options='{"message":"Goodbye World!"}'></div> //this.metadata = this.$elem.data( 'plugin-options' ); this.metadata = this.$elem.data( );   this._init();   }     //Plugin.prototype = countidPlugin.prototype = {   defaults: {   start : 0, end : 0, speed : 10, tick : 10,   clock: false, switchClock: true, dateTime: '%m/%d/%y %h:%i:%s', dateTplRemaining: 'Remaining time: %D days and %H:%M:%S ', // '%Y %O %W %D %H %M %S %U', dateTplElapsed: 'Elapsed time: %D days and %H:%M:%S ', // '%Y %O %W %D %H %M %S %U',   format: false, complete : false },     lang: { textSelectAll: function () { return "Select all"; } },   _init: function() { // Introduce defaults that can be extended either // globally or using an object literal. this.config = $.extend({}, this.defaults, this.options, this.metadata); //alert( JSON.stringify( this.lang.textSearching() ) )     var self = this   self.id = self._getRandomInt(999,99999)   self.timer = {} self.isPaused = false self.speed = self.config.speed self.tick = self.config.tick self.clock = self.config.clock //self.currentTime = false self.dateTpl = self.config.dateTplRemaining //alert(typeof self.config.end)   if( self.config.start === 0 && self.config.end === 0 ) self.config.end = 1 * self.$elem.text() //alert( self.id )   self.request = 0 self.paused = false //var text = 1 * self.$elem.text() //alert( typeof self.$elem.waypointa )         //self.steps = 1 * ( Math.abs( self.current - self.end ) / self.config.tick ) //self.dir = self.current > self.end ? -1 * self.config.tick : 1 * self.config.tick; self._setSteps( self.config.start, self.config.end )   if(self.clock) { // initial date validation if(!isNaN(self.config.dateTime)) // date is in seconds { //var now = self.config.dateTime = new Date(self.config.dateTime * 1000); //alert( now ) //alert(self.config.dateTime) } self._setClock() }   if( typeof self.$elem.waypoint === 'function' ) self.$elem.waypoint( function(){ self._loop() }, { offset: '100%', triggerOnce: true }); else self._loop()   //self.$elem.appear();   //$(document).on('appear', self.$elem, function(e, $affected) { //self.$elem.on('appear', function(e, $affected) { //$affected.each(function() { // if($(this).hasClass('countid-appeared')) return;   // self.$elem.addClass('countid-appeared')   // self._countIt()     //}) // });         //alert(text)   },     _setTime: function() { var self = this   var now = Date.now() //var d = new Date("Wed Jun 20 19:20:44 +0000 2012"); var t = new Date( self.config.dateTime ).getTime(); //var d1 = new Date("11/28/2015 15:30"); //var t= d.getTime(); //returns miliseconds //var t1= d1.getTime(); //returns miliseconds   var now_floor = 1 * Math.floor( now / 1 ) var end_floor = 1 * ( t / 1 )     var start = ( Math.abs( now_floor - end_floor ) ) var end = 0   //alert(start) if( now_floor > end_floor ) // now is bigger than input date = counting elapsed time { end = 9999999999999999 //alert(start2) //alert(end) //self.remaining = false } else // input date is bigger than now = counting remaining time { //self.config.start = end - start start = end_floor - now_floor + 1000 //start = 5555 //end = 0 //end = 0 } //console.log( now_floor + ' - ' + end_floor ); //     self.step = Math.floor( start / 1000 ) + 1 //var x = 1 * ( Math.abs( self.current - start ) / self.tick )   //console.log( start + ' - ' + end + ' / '+ self.step);   return [ start, end ] },     _setClock: function() {   var self = this //var months = ["Jan", "Feb", "Mar", "Apr", "May", "Jun", "Jul", "Aug", "Sep", "Oct", "Nov", "Dec"]; //var days = ["Sunday", "Monday", "Tuesday", "Wednesday", "Thursday", "Friday", "Saturday"]; // clock var maskTime={ 'Y' : 60*60*24*365*1000, 'O' : 60*60*24*30.4368*1000, 'W' : 60*60*24*7*1000, 'D' : 60*60*24*1000, 'H' : 60*60*1000, 'M' : 60*1000, 'S' : 1000, 'U' : 1 }         //alert(self.config.dateTime) // date validation   //var now = 1 * self.config.dateTime;   var t = new Date( self.config.dateTime ).getTime();     if( isNaN(t) ) {   var currentTime = new Date() // returns the month (from 0 to 11) var month = currentTime.getMonth() + 1 // returns the day of the month (from 1 to 31) var day = currentTime.getDate() // returns the year (four digits) var year = currentTime.getFullYear() // write output MM/dd/yyyy //alert(month + "/" + day + "/" + year) var hours = currentTime.getHours() var minutes = currentTime.getMinutes() var seconds = currentTime.getSeconds() //alert(seconds) //var nd = Date.now('Y') //var dt = self.config.dateTime //var is_date = dt.search("/") !== -1 ? true : false //var is_time = dt.search(":") !== -1 ? true : false   //Y-m-d H:i:s self.config.dateTime = self.config.dateTime.replace('%m', month) self.config.dateTime = self.config.dateTime.replace('%d', day) self.config.dateTime = self.config.dateTime.replace('%y', year) self.config.dateTime = self.config.dateTime.replace('%h', hours) self.config.dateTime = self.config.dateTime.replace('%i', minutes) self.config.dateTime = self.config.dateTime.replace('%s', seconds) //if(is_date) //self.config.dateTime = dt +'/'+ year //else if(is_time) //self.config.dateTime = month + "/" + day + "/" + year + ' ' + dt //else //self.config.dateTime = '1/1/1970'   var t2 = new Date( self.config.dateTime ).getTime(); if( isNaN(t2) ) self.config.dateTime = '1/1/1970' //alert( self.config.dateTime ) } //self.config.dateTime = '11/30/2015 11:09' //alert(start + " = " + end) //alert( t ) //alert(self.config.dateTime ) if( !self.config.dateTime ) { //self.currentTime = true //self.config.dateTime = Date.now()   }   //alert( self.config.dateTime )   self.speed = 1000 self.tick = 1   var st = self._setTime()   self._setSteps( st[0], st[1] )   if( st[0] < st[1] ) self.dateTpl = self.config.dateTplElapsed //self.dateTpl = self.config.dateTplAlt   var tpl = self.dateTpl   var tplYears = tpl.search("%Y") !== -1 ? true : false //var tplYearsMand = tpl.search("%y") !== -1 ? true : false var tplMonths = tpl.search("%O") !== -1 ? true : false var tplWeeks = tpl.search("%W") !== -1 ? true : false var tplDays = tpl.search("%D") !== -1 ? true : false var tplHours = tpl.search("%H") !== -1 ? true : false var tplMinutes = tpl.search("%M") !== -1 ? true : false var tplSeconds = tpl.search("%S") !== -1 ? true : false var tplMseconds = tpl.search("%U") !== -1 ? true : false //alert(tplDays) //alert(self.end) //var start_clock = '11/27/15' //var end_clock = '11/28/15' //alert(tpl) self.secLeft = false; //self.thisTpl = tpl;   function zeroPad(num, places) { var zero = places - num.toString().length + 1; return Array(+(zero > 0 && zero)).join("0") + num; } var maskTime={ 'Y' : 60*60*24*365*1000, 'O' : 60*60*24*30.4368*1000, 'W' : 60*60*24*7*1000, 'D' : 60*60*24*1000, 'H' : 60*60*1000, 'M' : 60*1000, 'S' : 1000, 'U' : 1 } var maskPad={ 'Y' : 0, 'O' : 0, 'W' : 0, 'D' : 0, 'H' : 2, 'M' : 2, 'S' : 2, 'U' : 3 } function setT( m, thisTpl ) { var ptime = Math.floor( self.secLeft / ( maskTime[ m ] )) var stime = maskPad[ m ] > 0 ? zeroPad( ptime, maskPad[ m ] ) : ptime //self.secLeft = ptime self.thisTpl = self.thisTpl.replace( "%" + m, stime ) self.secLeft = self.secLeft - ptime * maskTime[ m ] //return thisTpl }   self.config.format = function( val ){   //console.log(self.end)     var st = self._setTime()   var msec = st[0]   if( val == 0 ) // set time to 0 because of miliseconds msec = 0   self.secLeft = msec self.thisTpl = tpl   //var thisTpl = tpl   //var years = 0 //var months = 0 //var weeks = 0 //var days = 0 //var hours = 0 //var minutes = 0 //var seconds = 0 //var mseconds = 0 var ptime = 0 //var msec = seconds   //msec = setd( thisTpl, tplYears ) tplYears ? setT('Y') : '' tplMonths ? setT('O') : '' tplWeeks ? setT('W') : '' tplDays ? setT('D') : '' tplHours ? setT('H') : '' tplMinutes ? setT('M') : '' tplSeconds ? setT('S') : '' tplMseconds ? setT('U') : ''   /*   if(tplYears)   {   ptime = Math.floor(msec / ( mask['Y'] ))   thisTpl = thisTpl.replace( "%Y", ptime )   msec = msec - ptime* mask['Y']   }   if(tplMonths)   {   ptime = Math.floor(msec / ( mask['O'] ))   thisTpl = thisTpl.replace( "%O", ptime )   msec = msec - ptime* mask['O']   }   if(tplWeeks)   {   ptime = Math.floor(msec / ( mask['W']))   thisTpl = thisTpl.replace( "%W", ptime )   msec = msec - ptime* mask['W']   }   if(tplDays)   {   ptime = Math.floor(msec / ( mask['D'] ))   thisTpl = thisTpl.replace( "%D", ptime )   msec = msec - ptime* mask['D']   }   if(tplHours)   {   ptime = Math.floor( msec / ( mask['H'] ) )   thisTpl = thisTpl.replace( "%H", zeroPad(ptime,2) )   msec = msec - ptime* mask['H']   }   if(tplMinutes)   {   ptime = Math.floor( msec / ( mask['M'] ) )   //minutes.toString().length < 2 ? pad("0" + str, max) : str;   thisTpl = thisTpl.replace( "%M", zeroPad(ptime,2) )   msec = msec - ptime * mask['M']   }   if(tplSeconds)   {   ptime = Math.floor( msec / mask['S'] )   //var n = zeroPad(seconds,2).toString()   thisTpl = thisTpl.replace( "%S", zeroPad(ptime,2) )   msec = msec - ptime*mask['S']   }   if(tplMseconds)   {   //mseconds = Math.floor( msec )   thisTpl = thisTpl.replace( "%U", zeroPad(msec,3) )   //msec = msec - minutes*60   }   */     //thisTpl = thisTpl.replace( "%H", Math.floor(msec / (60*60)) ) //var d //self.step = 1 * ( Math.abs( st[0] - st[1] ) / self.tick ) //var seconds = Math.floor((dateFuture - (dateNow))/1000); //var minutes = Math.floor(seconds/60); //var hours = Math.floor(minutes/60); //var days = Math.floor(hours/24); //var diff = dateDiff(seconds) //console.log( self.thisTpl )   return self.thisTpl   //var n = 0 // zostava este do   //var now = Date.now() //var now_floor = 1 * (now / 1000) //if(self.config.start < self.config.end)   //n = val //var days = n / (3600*24) //var hours = n / (3600*24) //var total = self.config.start //var diff = Math.abs( self.diff - val ) //var theDate = new Date(val * 1000); //var dateString = theDate.toGMTString();   //var n = val - self.config.end   //n = val //var d = new Date( val ); //console.log( dateString )   //return n // //var d = new Date(); //var day = days[d.getDay()]; //var hr = d.getHours(); //var min = d.getMinutes(); //var sec = d.getSeconds(); //if (min < 10) { // min = "0" + min; //} //var ampm = hr < 12 ? "am" : "pm"; //var date = d.getDate(); //var month = months[d.getMonth()]; //var year = d.getFullYear(); //var x = document.getElementById("time"); //return day + " " + hr + ":" + min + sec + ampm + " " + date + " " + month + " " + year;   //return val }   },   _setSteps: function ( start, end ) { var self = this //if( start === undefined ) start = self.config.start //if( end === undefined ) end = self.config.end     self.start = 1 * start self.end = 1 * end self.current = self.start   if(!self.clock) self.$elem.html( self.start )   self.step = 1 * ( Math.abs( self.current - self.end ) / self.tick ) self.dir = self.current > self.end ? -1 : 1; self.tick = self.dir * self.tick;   //alert( (self.current - self.end) / self.tick ) //alert( self.current - self.end ) //alert(self.step) },   _rep: function () { var self = this   //console.log( Date.now() )   //console.log( self.step )   //var start_s = start   //if( self.step >= 0 ) if( self.step > 0 ) {   //alert( self.step ) //console.log( self.step )   var start_s = self.current     //if( start_pom % 1 !== 0 ) // not integer - float if( typeof self.config.format === 'function') start_s = self.config.format( start_s ) //start_pom = start_pom.toString(); //start_pom = addCommas(start_pom) //start_pom = start_pom.toFixed(1).replace(/(\d)(?=(\d{3})+\.)/g, '$1,'); //start_pom = start_pom.toString().replace(/\B(?=(\d{3})+(?!\d))/g, ","); //   //self.config.speed = self.config.speed + 100     //if(self.clock self.$elem.html( start_s )   self.step -= 1 self.current += self.tick     } else { // cancelAnimationFrame(globalID); cancelRequestAnimFrame(self.request);   var end = self.end     //var end2 = end.toFixed(1) //end2 = addCommas(end2) //text //end2 = end2.replace(/(\d)(?=(\d{3})+\.)/g, '$1,');     //{   //} //}       if(self.clock) // switch clock counter { //self._setSteps( self.end, self.start ) //cancelRequestAnimFrame( self.request ); //alert(53) if( self.config.switchClock ) { self._setClock() self._loop() } else end = 0 // set to 0 - miliseconds }   //alert(end)   if( typeof self.config.format === 'function' ) end = self.config.format( end )   self.$elem.html( end )   //clearInterval( self.timer )   if( typeof self.config.complete === 'function') self.config.complete( self.$elem )           //self._setSteps( self.end, self.start ) //cancelRequestAnimFrame( self.request ); //self._setClock() //self._loop() }     },     _loop: function ( start, end ) { var self = this       var fps,fpsInterval,startTime,now,then,delta; fps = self.speed // highest number = highest speed     fpsInterval = 1000 / fps; //fpsInterval=1; then=Date.now(); startTime=then;   self.frames = 0       //self.request = 0   // usage: // instead of setInterval(render, 16) ....   //var globalID;   //function repeatThis() { //$("<div />").appendTo("body"); // globalID = requestAnimationFrame(repeatThis);     // }     //return;     //console.log( self.config.speed ) //if( self.frames % self.config.speed !== 0 ) // return   //self.config.speed = self.config.speed + 5 //if(self.config.speed <= 0) //self.config.speed = 1 //else //self.config.speed = 1                 //$("#start").on("click", function() { //globalID = requestAnimationFrame(repeatThis); //});       //self.request = 0     // to store the request //var request;   // start and run the animloop       function animloop(){ //render();   self.request = requestAnimFrame( animloop );   //console.log(self.request)   self.frames ++     now = Date.now(); delta = now - then;     // if enough time has elapsed, draw the next frame if (delta > fpsInterval) { //if (elapsed > fpsInterval) {   //if(fpsInterval > 50) //fpsInterval = fpsInterval + steps   // Get ready for next frame by setting then=now, but also adjust for your // specified fpsInterval not being a multiple of RAF's interval (16.7ms) then = now - (delta % fpsInterval);   //if(!self.paused) self._rep() }     // Put your drawing code here //console.log( Date.now() )         } //})(); animloop()   //})();   // cancelRequestAnimFrame to stop the loop in 1 second //setTimeout(function(){ //cancelRequestAnimFrame(request); //}, 10000)       },         /*   _countIt: function ()   {   var self = this       var start = 1 * self.config.start   var end = 1 * self.config.end     var steps = 1 * ( Math.abs( start - end ) / self.config.tick )   var dir = start > end ? -1 * self.config.tick : 1 * self.config.tick       var start_s = start   //var bigger = start > end ? start : end   //var lower = start > end ? end : start     //var start1 = start   //alert(steps)   //var start1 = 80   //var end1 = 40           //return;     // self.timer = setInterval( function(){     if( steps >= 0 )   {   start_s = start   //if( start_pom % 1 !== 0 ) // not integer - float   if( typeof self.config.format === 'function')   start_s = self.config.format( start_s )   //start_pom = start_pom.toString();   //start_pom = addCommas(start_pom)   //start_pom = start_pom.toFixed(1).replace(/(\d)(?=(\d{3})+\.)/g, '$1,');   //start_pom = start_pom.toString().replace(/\B(?=(\d{3})+(?!\d))/g, ",");   //     self.config.speed = self.config.speed + 100     //console.log( 1 )     self.$elem.text( start_s )     start += dir   steps -= 1   }   else   {   //console.log( self.config.tick % 1 === 0 )   //if( self.config.tick % 1 !== 0 ) // not integer - float   //{   //var end2 = end   if( typeof self.config.format === 'function')   end = self.config.format( end )     //var end2 = end.toFixed(1)   //end2 = addCommas(end2)   //end2 = end2.replace(/(\d)(?=(\d{3})+\.)/g, '$1,');   self.$elem.text( end )   //}     clearInterval( self.timer )     if( typeof self.config.complete === 'function')   self.config.complete( self.$elem )   }   //console.log( text )     // }, self.config.speed )     },   */       /**   * Returns a random integer between min (inclusive) and max (inclusive)   * Using Math.round() will give you a non-uniform distribution!   */ _getRandomInt: function(min, max) { return Math.floor(Math.random() * (max - min + 1)) + min; },     _eventCallback : function( event ) { var self = this   if(typeof self.config[ event ] === 'function') { //google.maps.event.addListener( mapObj, event, function(e) { //alert(1) //obj[event](e,mapObj) //var data = self.serialize() //self.config[ event ] (data)   //}); }   },   _initEvents : function(){ },     setCurrent : function( val ){   var self = this   val = 1*val   //if(self.start > val || self.end > val) if( ( self.dir == 1 && ( self.start > val || self.end < val ) ) || ( self.dir == -1 && ( self.start < val || self.end > val ) ) ) { //console.log('incorrect value'); return; } //alert( self.dir )   self.current = val   self._setSteps( self.current, self.config.end )   cancelRequestAnimFrame(self.request); //self.start = 1 * self.config.start //self.end = 1 * self.config.end //self.current = self.start //self._setSteps( ) self._loop()   },     toggleDir : function(){   var self = this cancelRequestAnimFrame( self.request );   //alert(self.start) self._setSteps( self.end, self.start ) self._loop( ) },   togglePause : function(){   var self = this //cancelRequestAnimFrame(self.request); if(self.isPaused) self.unpause() else self.pause()   },     pause : function(){   var self = this cancelRequestAnimFrame(self.request); self.isPaused = true },   unpause : function(){ var self = this //self._loopRefresh() self.isPaused = false cancelRequestAnimFrame( self.request ); self._loop( ) },   refresh : function(){ var self = this cancelRequestAnimFrame( self.request );   //self.steps = 1 * ( Math.abs( self.start - self.end ) / self.config.tick ) //self.dir = self.start > self.end ? -1 * self.config.tick : 1 * self.config.tick //self.actual = self.start self._setSteps( self.config.start, self.config.end ) //alert(self.start - self.end) //cancelRequestAnimFrame( self.request ); //self.request = 0 self._loop()   }           }   // You don't need to change something below: // A really lightweight plugin wrapper around the constructor, // preventing against multiple instantiations and allowing any // public function (ie. a function whose name doesn't start // with an underscore) to be called via the jQuery plugin, // e.g. $(element).defaultPluginName('functionName', arg1, arg2) $.fn[pluginName] = function ( options ) { var args = arguments;   // Is the first parameter an object (options), or was omitted, // instantiate a new instance of the plugin. if (options === undefined || typeof options === 'object') { return this.each(function () {   // Only allow the plugin to be instantiated once, // so we check that the element has no plugin instantiation yet if (!$.data(this, 'plugin_' + pluginName)) {   // if it has no instance, create a new one, // pass options to our plugin constructor, // and store the plugin instance // in the elements jQuery data object. $.data(this, 'plugin_' + pluginName, new countidPlugin( this, options )); } });   // If the first parameter is a string and it doesn't start // with an underscore or "contains" the `init`-function, // treat this as a call to a public method. } else if (typeof options === 'string' && options[0] !== '_' && options !== 'init') {   // Cache the method call // to make it possible // to return a value var returns;   this.each(function () { var instance = $.data(this, 'plugin_' + pluginName);   // Tests that there's already a plugin-instance // and checks that the requested public method exists if (instance instanceof countidPlugin && typeof instance[options] === 'function') { //alert( options ) // Call the method of our plugin instance, // and pass it the supplied arguments. returns = instance[options].apply( instance, Array.prototype.slice.call( args, 1 ) ); }   // Allow instances to be destroyed via the 'destroy' method if (options === 'destroy') { $.data(this, 'plugin_' + pluginName, null); } });   // If the earlier cached method // gives a value back return the value, // otherwise return this to preserve chainability. return returns !== undefined ? returns : this; } };   }(jQuery, window, document));

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Comment dois-je faire pour qu'ils finissent tous en même temps ?

Salut^^

Y a deux solutions que je vois, la dernière est la meilleure.

1) Que l'incrément de chacun soit différent, par exemple +1 pour le plus grand compteur et +N pour le plus petit compteur.

2) Que la vitesse d'incrémentation sur chacun soit différente mais avec le même incrément.