javascript smipleChart simple icon class_javascript skills

Because the editor will damage the code, an online demo is provided http://demo.jb51.net/chengxu/smipleChart.htm

Copy code The code is as follows: smipleChart

.cc{ height:450px; width:800px; border:1px solid #999; position:relative; margin:20px; }

(function(doc,undefined){ var win = this, hasSVG = win.SVGAngle || doc.implementation.hasFeature("http://www.w3.org/TR/SVG11/feature#BasicStructure", "1.1"), isIE = /msie/i.test(navigator.userAgent) && !win.opera, path = hasSVG?'d':'path', seal = hasSVG?'z':'e', math = Math, mathRound = math.round, mathFloor = math.floor, mathCeil = math.ceil, mathMax = math.max, mathMin = math.min, mathAbs = math.abs, mathCos = math.cos, mathSin = math.sin, M = 'M', L = 'L';

win.$ = function(Id){ return document.getElementById(Id); };

win.extend = function(){ var target = arguments[0] || {}, i = 1, length = arguments.length, deep = true, options; if ( typeof target === "boolean" ) { deep = target; target = arguments[1] || {}; i = 2; } if ( typeof target !== "object" && Object.prototype.toString.call(target)!="[object Function]") target = {}; for(;i if ( (options = arguments[ i ]) != null ) for(var name in options){ var src = target[ name ], copy = options[ name ]; if ( target === copy ) continue; if ( deep && copy && typeof copy === "object" && !copy.nodeType ){ target[ name ] = arguments.callee( deep, src || ( copy.length != null ? [ ] : { } ), copy ); } else if(copy !== undefined) target[ name ] = copy; }

} return target; };

win.each = function ( object, callback, args ) { var name, i = 0, length = object.length; if ( args ) { args = Array.prototype.slice.call(arguments).slice(2); if ( length === undefined ) { for ( name in object ) if ( callback.apply( object[ name ],[name,object[ name ]].concat(args) ) === false ) break; } else for ( ; i if ( callback.apply( object[ i ],[i,object[ i ]].concat(args)) === false ) // break; } else { if ( length === undefined ) { for ( name in object ) if ( callback.call( object[ name ], name, object[ name ] ) === false ) break; } else for ( var value = object[0]; i } return object; }; //--------------------------------------------------------------- function processPoint( x ){ return isIE ? ~~x.toFixed(0) : ~~x.toFixed(0) 0.5; }; function calTextLen(txt, cssStr){ var span = doc.createElement('span'); if(cssStr){ typeof cssStr === 'string' ? span.style.cssText = cssStr : extend(span.style,cssStr); }else{ extend(span.style,{ fontSiz : '12px', fontFamily : '"Lucida Grande", "Lucida Sans Unicode", Verdana, Arial, Helvetica, sans-serif' }); } span.innerHTML = txt || ''; span.style.visibility = 'hidden'; doc.body.appendChild(span); var width = span.offsetWidth, height = span.offsetHeight; doc.body.removeChild(span); return {w:width,h:height}; }; function angle(r,center,o,jingdu){ var hudu = Math.PI*2*(o/360), x = center[0] r*Math.sin(hudu), y = center[1] -r*Math.cos(hudu); return [x.toFixed(jingdu||0),y.toFixed(jingdu||0)]; }

function xx(a,b,lineNum){

var t = 10000; var stf = ((b*t-a*t)/lineNum)/t, arr = [1,2,2.5,5,10], c = 1, v;

// 分割线的基数是 [1,2,2.5,5,10] 这个步骤是查找 间隔 属于哪个范围 if(stf while( stf c = c*10; arr[0]=arr[0]/c; } each([1,2,2.5,5,10],function(i,o){ arr[i]= o/c; }); }else if(stf>arr[4]){ while( stf>arr[4] ){ c = c*10; arr[4] = arr[4]*c; } each([1,2,2.5,5,10],function(i,o){ arr[i]= o*c; }); }

//上面找到间隔后 找到间隔中最接近的一个 each(arr,function(i,o){ if(stf v = o; return false; } }); //a 是最小的 //b是最大 的 a = (a*t-mathAbs((a%v)*t))/t; b = (b*t (b%v===0?0:(v-b%v))*t)/t;

//看看还剩几条线没有画

var num = Math.max(0,lineNum - Math.round((b-a)/v));

if(a>=0){ //让图比较靠中间 /*while(num!==0){ num%2===0 ? a = (a*t-v*t)/t : b = (b*t v*t)/t; num--; }*/

//坐标比较整数化 if(a!=0&&num!=0){ while(a!=0&&num!=0){ a = (a*t-v*t)/t; num--; if((a*t-v*num*t)/10000>0&&a===0) break; } }

if(num!=0){ while(num!==0){ b = (b*t v*t)/t num--; } }

}else{ //让图比较靠中间 /*while(num!==0){ num%2===0 ? b = (b*t v*t)/t : a = (a*t-v*t)/t num--; }*/ //坐标比较整数化 if(b while(b!=0&&num!=0){ b = (b*t v*t)/t; num--; if((b*t v*num*t)/t break; } } if(num!=0){ while(num!==0){ a = (a*t-v*t)/t num--; } }

} return {min:a,max:b,stf:v}; } //--------------------------------------------------------------------------------------------------------------- //对svg vml元素的一些创建 修改属性 样式 删除 == 一些的操作 win.vector = function(){}; win.vector.prototype = { $c : function(graphic,nodeName){ this.element = this[0] = doc.createElementNS('http://www.w3.org/2000/svg', nodeName); this.graphic = graphic; return this; }, attr: function(hash,val){ var elem = this.element, key, value; if(typeof hash === 'string'){ if(val === undefined){ return elem.getAttribute(hash); }else{ elem.setAttribute(hash, val); return this; } } else { for(key in hash){ value = hash[key]; if(key === path){ value && value.join &&(value = value.join(' '));

/(NaN| |^$)/.test(value) &&(value = 'M 0 0'); } elem.setAttribute(key, value) } } return this; }, css: function(hash){ var str = ''; for(var key in hash){ if(isIE && key == "opacity"){ this.element.style['filter'] = "alpha(opacity=" hash[key] * 100 ")"; }else{ this.element.style[key] = hash[key]; } } return this; }, on: function(eventName, handler){ var self = this; this.element.addEventListener(eventName,function(){ handler.call(self) },false); return this; }, appendTo: function(parent){ if(parent){ parent.element ? parent.element.appendChild(this.element) : parent.appendChild(this.element)

} else { this.graphic.container.appendChild(this.element); } return this; }, addText: function(str){ var elem = this.element; if(elem.nodeName === 'text'){ elem.appendChild(doc.createTextNode(str.toString() || ' ')); } return this; }, setOpacity : function(v){ this.attr('fill-opacity',v) }, toFront: function() { this.element.parentNode.appendChild(this.element) return this; }, show: function(){ this.element.style.display = 'block'; return this; }, hide: function(){ this.element.style.display = 'none'; return this; } }; //---------------------------------------------------------------------------------------------------------------

//--------------------------------------------------------------------------------------------------- //如果是vml修改其中的一些方法 if(!hasSVG){ //-------------创建vml环境----------------- doc.createStyleSheet().addRule(".vml", "behavior:url(#default#VML);display:inline-block;position:absolute;left:0px;top:0px"); !doc.namespaces.vml && ! "v1"; doc.namespaces.add("vml", "urn:schemas-microsoft-com:vml");

//-------------修改一些方法----------------- extend(vector.prototype,{ $c : function(graphic,nodeName){ var name = nodeName || 'shape'; this.element= this[0] = (name === 'div' || name === 'span') ? doc.createElement(name) : doc.createElement(' '); this.graphic = graphic; return this; }, on : function(eventName, handler){ var self = this; this.element.attachEvent("on" eventName,function(){ handler.call(self); }); return this; }, addText : function(txt){ var elem = this.element; elem.innerHTML = txt || ''; return this; }, setOpacity : function(v){ this.opacity.opacity=v; } }); } //---------------------------------------------------------------------------------------------------

//画图类 //------------------------------------------------------------ win.smipleChart = function(){ this.init.apply(this,arguments); }; smipleChart.prototype = { options : { charts : { paddingRight : 20, radius : 200, style : { fontFamily : '"Lucida Grande", "Lucida Sans Unicode", Verdana, Arial, Helvetica, sans-serif', fontSize : '12px', background : '#FFFFFF' } }, title : { text : '', y : 10, style : { fontFamily:'Verdana,Arial,Helvetica,sans-serif', fontSize:'16px', fontWeight:'bold' } }, subTitle : { text : '', y : 30, style : { fontFamily:'Verdana,Arial,Helvetica,sans-serif', fontSize:'12px', color: '#111' } }, yUnit : { text : '', style : { fontFamily:'Verdana,Arial,Helvetica,sans-serif', fontSize:'12px', color: '#111' }, lineNum :10 } }, init : function(container,options,width,height){ this.width = width || container.offsetWidth; this.height = height || container.offsetHeight; this.mainGroup = {};

//svg There must be an svg tag in the drawing. vml uses div this.container = hasSVG ? new vector().$c(1,'svg') .attr({ xmlns : 'http://www.w3.org/2000/svg', version : '1.1' }) .css({fontSize : '12px '}) .appendTo(container).element : new vector().$c(1,'div') .css({ fontSize : '12px', width : this.width 'px', height : this.height 'px' }) .appendTo(container).element; var c = extend(true,{},this .options) var opts = this.opts = extend(true,c,options), style = extend(opts.charts.style,{ width : this.width, height : this.height });

//Calculate some parameters needed when drawing the plate this.getDrawArea() .createTooltip() //Create Prompt message frame .drawTitle() //Draw title //Draw plate

if('line,area,pie'.indexOf(opts.charts.type)>=0 ){ opts.charts.panel = 'x'; }

if(' pie,pies'.indexOf(opts.charts.type) this .drawPanel(); }

this.drawLegend(opts.legend.type); //Draw color block bar

var type = { line : 'drawLine' , area : 'drawArea', columns : 'drawColumns', pie : 'drawPie', pies : 'drawPies', segment : 'drawSegment' }[ opts.charts.type]; this[type]();

}, createElement : function(nodeName){ return new vector().$c(this,nodeName ); }, group: function(name){ return this.createElement(isIE?'div':'g').attr('mark',name); }, getDrawArea : function(){ var opts = this.opts, width = this.width, height = this.height, title = opts.title, subTitle = opts.subTitle, area = { // Remove the scale text width on the left side of the coordinate axis (estimated) 80 is the fixed value, leaving only 80 spacing on the left side areaWidth : width - 80, // Remove the height of the text and markings under the coordinate axis areaHeight : height - 40, //The X position of the origin will be calculated below startX : 0, //The Y of the origin The position will be calculated below startY: 0, //When drawing a pie chart, you need to know the position of the center of the circle. centerX: 0, //The y coordinate of the center to draw a pie chart. When you need to know the position of the center of the circle centerY: 0 };

//If the main title exists, subtract the height of the main title, otherwise subtract 10 from the height area.areaHeight -= (title.text !== '') ? title.y : 10;

// Remove subtitle height area.areaHeight -=(subTitle.text !== ' ') ? subTitle.y : 10

area.startX = 80; area.startY = height - 40;

//The position of the center of the circle area.centerX = width / 2; area.centerY = height / 2;

//Leave some space on the right area.areaWidth -=20; //Also leave some space on the top Some spacing area.areaHeight -=15;

opts.area = area;

return this;

}, drawTitle : function(){ var opts = this.opts, self = this, arr = [opts.title,opts.subTitle,opts.yUnit], //Basic parameters for the position of the three title coordinates config = [ { x : this.width / 2, y : opts.title.y }, { x : this.width / 2 , y : opts.subTitle.y }, { x : opts.yUnit.x, y : this.height / 2 - 20 } ], tpanel = this.group('title') .appendTo();

each(arr,function(i,title){ var text = title.text; if(text){ var elem = self.baseDraw('span',{ 'text-anchor':'left', x : mathMax(config[i].x - calTextLen(text,title.style).w/2,10), y : config[i].y },calTextLen(title.text,title.style).h) .css (title.style) .addText(text) .appendTo(tpanel);

//If it is 2, it means it is a subtitle. Turn it vertically if(i= ==2){ hasSVG ? elem.attr({transform : 'rotate(270, ' (opts.yUnit.x 10) ', ' self.height / 2 ')'}) : (elem.element.style.filter ='progid:DXImageTransform.Microsoft.BasicImage(rotation=3)') }

} }); return this; },

//It’s more troublesome to draw a plate drawPanel: function(type){ var opts = this.opts, self = this, area = opts.area, isSegment= opts.charts.type==='segment', //The type of plate is horizontal or vertical type = opts.charts.panel || 'x ';

// Bottom plate var drawAreaWidth = area.areaWidth, drawAreaHeight = area.areaHeight, //Coordinates of the origin startX = area.startX, startY = area.startY;

var allData = [], minValue = 0, maxValue = 10, lineNum = mathMax(opts.yUnit.lineNum,2), min = opts.yUnit.min, staff;

//Combine all data each(opts.chartData,function(i,o){ isSegment ? each(o.data,function(j,d){ allData[j] ? allData[j] = allData[j] (~~d) : allData[j] = ~~d ; }) : allData = allData.concat(o.data) });

//Sort all data in order to find the maximum and minimum values below allData .sort(function(a,b){return a-b});

//Find the maximum and minimum values maxValue = allData[allData.length - 1];

each (allData,function(i,o){ if(o){ minValue = o; return false; } });

//Main plate container this.panel = this.group('panel').appendTo();

var dd = xx(minValue,maxValue , lineNum), min = dd.min, max = dd.max, f = dd.stf;

//Indicates that the abscissa is drawn if( type.toLowerCase()==='x'){ //Abscissa unit interval var xPices = drawAreaWidth / opts.xUnit.units.length, //Center point of unit interval offset = xPices / 2,

yPices = drawAreaHeight / lineNum;

//----------------------------- ------------Draw horizontal dots and text-------------------------------- -------------------------- each(opts.xUnit.units,function(i,d){ self.baseDraw( 'path',{ border : 1, borderColor : '#C0C0C0', isfill : false, path : [ M, processPoint(startX (i * xPices )), processPoint(startY), L, processPoint(startX (i*xPices)), processPoint(startY 5) ] }). appendTo(self.panel); var y = hasSVG?5:10, span = self.baseDraw('span',{ x : startX offset (i * xPices), y : startY y, 'text-anchor':'middle' }) .css({ fontFamily:'Verdana,Arial,Helvetica,sans-serif', fontSize: '12px' }) .addText(opts.xUnit.units[i]) .appendTo(self.panel) .element;

//vml has no x y So to simplify the concept, half of the span width needs to be reduced when using span later. !hasSVG span.style.left = parseInt(span.style.left) - span.offsetWidth/2 'px';

}); //--------------------------------Draw vertical dots and text -------------------------------------------------- --------------------- for(i=0;i self.baseDraw('path',{ border : 1, borderColor : '#C0C0C0', isfill : false, path : [M, startX, processPoint(startY - (i * yPices)), L, processPoint(startX drawAreaWidth), processPoint(startY - (i *yPices))] }) .css({zIndex:-10}) .appendTo(self.panel);

var span = self.baseDraw('span',{ x : startX - 15, y : startY - i * yPices-calTextLen(min i*f '').h/2, 'text -anchor':'middle' }) .css({ 'font-family':'Verdana,Arial,Helvetica,sans-serif', 'font-size':' 12px', width: '40px', display:'block', textAlign:'right' }) .addText((min*1000 (i*1000*f /1000)*1000)/1000 '') .appendTo(self.panel) .element;

if(!hasSVG){ span.style.top = parseInt( span.style.top) span.offsetHeight/2 -5 'px'; span.style.left = parseInt(span.style.left) -35 'px' } }

}else{ //Abscissa unit interval var yPices = drawAreaHeight / (opts.xUnit.units.length), //The center point of the unit interval offset = Math. round(yPices / 2);

var x = hasSVG?25:70, vv = hasSVG?0:5;

each(opts.xUnit .units,function(i,d){

self.baseDraw('path',{ border : 1, borderColor : '#C0C0C0', isfill : false, path : [ M, processPoint(startX-5), processPoint(startY-i * yPices), L, processPoint(startX), processPoint( startY-i * yPices), ] }) .appendTo(self.panel); var span = self.baseDraw('span',{ x : startX - x , y : startY -i * yPices-offset-calTextLen(d).h/2 vv, 'text-anchor':'middle' }) .css({ fontFamily:'Verdana,Arial,Helvetica,sans-serif', fontSize:'12px', width : '60px', textAlign:'right' }) . addText(d) .appendTo(self.panel)

});

var xPices = drawAreaWidth / lineNum;

for(var i= 0;i self.baseDraw('path',{ border : 1, borderColor : '#C0C0C0', isfill : false, path : [ M, processPoint(startX (i * xPices)), processPoint(startY), L, processPoint(startX (i*xPices)), processPoint (startY - drawAreaHeight) ] }). appendTo(self.panel);

var span = self.baseDraw('span',{ x : startX - calTextLen(min i*f '').w/2 i * xPices, y : startY, 'text-anchor':'left' }) .css({ fontFamily:'Verdana,Arial,Helvetica,sans-serif', fontSize:'12px' }) .addText(min i*f '') .appendTo(self.panel ) .element; }

}

//--------------------- -------------------------------------------------- -------------------------- //When drawing the area map, you also need the starting point //Because The coordinates are likely to be negative and may not start from 0, so jianju var jianju =0 if(min>0)jianju = min; if(max //Calculate the starting position startX = opts.charts.panel==='x' ? startX :startX-xPices*(min/f); startY = opts.charts.panel=== 'x' ? startY yPices*(min/f) : startY;

opts.draw = { startX : startX, // Starting point of X axis startY : startY , // Starting point of Y axis xPices : xPices, // The width of each part of the X axis yPices : yPices, // The width of each part of the Y axis offset : offset, // The offset of the X single center point position jianju : jianju*yPices/f, feed : f // How many copies are there on the Y axis }; return this; },

createTooltip: function(){ //A group this.tipC = this.group('tip') .css({zIndex: 200,height:'20px ',width:'20px',position:'absolute'}) .appendTo() .hide()

//Draw a box baseDraw this.tipBox = this. baseDraw('rect',{arc:0.22,fill:'#fff',border:2,borderColor:'#606060'}) .appendTo(this.tipC)

//Because svg The g inside can be positioned directly, but the group rendering in vml is very slow, so I changed the div. So the parent here is different var p = isIE ?this.tipBox :this.tipC;

this.tipTxtContainer = this.baseDraw('text',{fill:'#000000',x:5,y:19,'text-anchor':'left'}) .css({ fontFamily:'Verdana, Arial,Helvetica,sans-serif', fontSize:'12px', background: '#FFF' }) .appendTo(p);

this.tipText = doc.createTextNode(''); this.tipTxtContainer[0].appendChild(this.tipText); return this; }, showTooltip : function(obj, x, y, data){ var txt =obj.name ((' : ' data)||''), size = calTextLen(txt,this.tipTxtContainer[0].style.cssText), pos = {x : x - (size.w 5 * 2)/2 ,y : y - 32}; this.tipC .toFront() .show();

if(hasSVG){ this.tipC.attr({transform:'translate(' pos.x ',' pos.y ')'});

this.tipBox . attr({width : size.w 5 * 2,height : size.h 5 * 2,stroke : obj.color||'#606060'}); }else{ this.tipC.css( {left:pos.x,top:pos.y});

this.tipBox .css({width:size.w 5 * 2,height : size.h 5 * 2}) this.tipBox[0].strokeColor = obj.color||'#606060'; }

this.tipText.nodeValue = txt || ''; }, hideTooltip: function(){ this.tipC.hide(); },

drawLegend : function(type,redraw){ var self = this, opts = this.opts, //The size of the color block t_width = 20, t_height = 20, //The distance between the blocks t_space = 5, datas = opts.chartData, len = datas.length, css = opts.legend.style,

//Maximum length If it is vertical, the maximum length is required maxWidth = 10 , maxHeight = 30, //The position of this thing orig_pos = opts.legend.pos?opts.legend.pos:[2,2],

//Show and hide Group function handle = function(i){ var g = self.mainGroup['chart' i]; if(g.show){ g.chart.hide(); g.show = false; hasSVG ? this.attr({fill:'#ccc'}) : this[0].style.color = '#ccc' }else{ g.chart.show(); g.show = true; hasSVG ? this.attr({fill:'#000'}) : this[ 0].style.color = '#000' } },

arr = [];

type = type ||'lateral'; var legendPanel = self.group('Legend') .appendTo(); if(type===='lateral'){ //If it is horizontal var top = orig_pos[1 ] 5, th = hasSVG?0:3, left = orig_pos[0] 5; each(datas, function(i,d){ left = i===0 ? left : t_space left; //Calculate the positions of all lefts self.baseDraw('rect',{ arc : 0.1, fill : d.color, border : 1, borderColor : d.color, left : left, top : top, width : t_width 'px', height : t_height 'px' }) .appendTo(legendPanel); left = left t_width 2 t_space; var w = calTextLen(d.name,css).w self.baseDraw('span',{ 'text- anchor':'left', x : left, y : top th }) .css(extend(css,{cursor:'pointer'})) .on ('click',function(){ if(opts.charts.type==='pies')return; handle.call(this,i); }) .addText (d.name) .appendTo(legendPanel); left = left w;

}); this.baseDraw('rect',{ arc : 0.1, fill : 'none', border : 1.5, borderColor : '#666666', width : left t_space- orig_pos[0], height : maxHeight, left : orig_pos[0], top : orig_pos[1] }) .appendTo(legendPanel); }else{

var top = orig_pos[1] 5, th = hasSVG?0:3, left = orig_pos[0] 5; each(datas, function(i,d){ top = i===0 ? top : t_space top; self.baseDraw('rect',{ arc : 0.1, fill : d.color, border : 1, borderColor : d.color, left : left, top : top, width : t_width 'px', height : t_height 'px' }) .appendTo(legendPanel);

var h = calTextLen(d.name,css).h;

self.baseDraw('span',{ 'text-anchor':'left', x : left t_width 2 t_space , y : top th }) .css(extend(css,{cursor:'pointer'})) .addText(d.name) .on('click ',function(){ if(opts.charts.type==='pies')return; handle.call(this,i); }) .appendTo(legendPanel) ; top = top h t_space; maxWidth = Math.max(maxWidth,calTextLen(d.name,css).w); }); this.baseDraw('rect', { arc : 0.1, fill : 'none', border : 1.5, borderColor : '#666666', width : maxWidth 22 15, height : top t_space -orig_pos[1], left : orig_pos[0], top : orig_pos[1] }) .appendTo(legendPanel); } return this; }, drawLine : function(){ var self = this, opts = this.opts; draw = opts.draw; each(opts.chartData,function(i,o ){ var id = 'chart' i, lineGroup = self.group(id) .appendTo(); self.mainGroup[id]={chart:lineGroup,show:true }; var path = [M], data = o.data, line;

for(var i = 0; i if( data[i] == null){ //If this data does not exist and is not the first data path, add M if(path[path.length - 1] !== M ) path.push(M); }else{ //If it is not the first data path, add L i !== 0 && path.push("L"); //If the previous one is null and it is not the first one, remove the L if(i > 0 && data[i - 1] == null) path.pop(); //Calculate the x, y position of the point var x = draw.startX draw.offset (i * draw.xPices), y = draw.startY - (data[i] * (draw.yPices) / draw.feed)); if(isIE){ x = parseInt(x); y = parseInt(y); } path.push(x); path.push(y); //Draw points self.baseDraw('circle',{ x : x, y : y, r : 4, fillColor : o.color }) .attr({data:data[i]}) .css({zIndex:10,cursor:'pointer'}) .on ('mouseover',(function(o,x,y){ return function(){ hasSVG ? (this[0].setAttribute('r','5'),line. attr({'stroke-width':2.5})) : (this[0].strokeWeight = 3,line[0].strokeWeight = 2.5); self.showTooltip(o,x,y, this.attr('data')); }

})(o,x,y)) .on('mouseout',function(){ hasSVG ? (this[0].setAttribute('r','4'),line.attr({'stroke-width':1.5})) : (this[0].strokeWeight = 1,line[ 0].strokeWeight = 1.5); self.hideTooltip() }) .on('click',function(){lineGroup.toFront(); }) .appendTo(lineGroup );

} }; //Draw a polyline line = self.baseDraw('path',{ border : 1.5, borderColor : o.color , isfill : false, path : path }) .css({zIndex:5}) .on('mouseover',function(){ hasSVG ? this.attr({'stroke-width':2.5}) : (this[0].strokeWeight = 2.5); }) .on('mouseout',function() { hasSVG ? this.attr({'stroke-width':1.5}) : (this[0].strokeWeight = 1.5); }) .on(' click',function(){lineGroup.toFront(); }) .appendTo(lineGroup); }); return this; }, drawArea : function(){ var self = this, opts = this.opts, draw = opts.draw; each(opts.chartData,function(i,o){ var id = 'chart ' i, areaGroup = self.group(id).appendTo(); self.mainGroup[id] = {chart: areaGroup,show: true}; //There are 2 paths and one is The path of the area is the path of the line

var areaPath = [M, (draw.startX draw.offset).toFixed(0), (draw.startY-draw.jianju).toFixed(0)], path = [M], data = o.data, line; for(var n=0,l=data.length;n / /If the data is empty var len = areaPath.length; if( data[n] === null){ //If the previous one is not m, redraw it so add M if(path[path.length - 1] !== M) path.push(M);

//If the first or previous one is bull, modify the starting point coordinates len===3 &&(areaPath[1] = (draw.startX (n 1)*draw.xPices draw.offset).toFixed(0));

//If the previous It is not the end identifier of the area map. If the first data is null, the following operation will not be performed if(areaPath[len - 1] !== seal&&n!==0){ areaPath=areaPath.concat( [ areaPath[len - 2], (draw.startY-draw.jianju).toFixed(0), seal ]); } }else{ n !== 0 && path.push(L); areaPath.push(L); //If the previous data is null, remove the previous L if(n &gt ; 0 && data[n - 1] == null){ path.pop(); //If it is the first one, it is null and L is not deleted. n!==1&&areaPath.pop() ; }

var x = draw.startX draw.offset (n * draw.xPices), y = draw.startY - ((data[n]) * (draw.yPices / draw.feed)); if(isIE){ x = parseInt(x); y = parseInt(y); } path.push(x); path.push(y);

if(areaPath[len - 1] === seal){ areaPath = areaPath.concat([ M, x , parseInt(draw.startY-draw.jianju), L, x, y ]); }else{ areaPath.push(x) ; areaPath.push(y); }

//If it is the last point if(n === l - 1){

areaPath. push(x);

areaPath.push(parseInt(draw.startY-draw.jianju)); }

//Draw points self.baseDraw('circle ',{ x : x, y : y, r : 4, fillColor : o.color }) .attr({data:data[n] }) .on('mouseover',(function(o,x,y){ return function(){ hasSVG ? (this[0].setAttribute('r', '5'),line.attr({'stroke-width':2.5})) : (this[0].strokeWeight = 3,line[0].strokeWeight = 2.5); self.showTooltip (o,x,y,this.attr('data')); }

})(o,x,y)) .on('mouseout',function() { hasSVG ? (this[0].setAttribute('r','4'),line.attr({'stroke-width':1.5})) : (this[0] .strokeWeight = 1,line[0].strokeWeight = 1.5); self.hideTooltip() }) .on('click',function(){areaGroup.toFront(); }) .css({zIndex:10,cursor:'pointer'}) .appendTo(areaGroup);

} }

areaPath.push(seal)

self.baseDraw('path',{ border : 0, isfill : true, fillColor : o.color, opacity : 0.5, path : areaPath }) .css({zIndex:5}) .appendTo(areaGroup);

line = self.baseDraw('path',{ border : 2.5, borderColor : o.color, isfill : false, path : path }) .on('mouseover',function(){ hasSVG ? this.attr({'stroke-width':2.5}) : (this[0].strokeWeight = 2.5); }) .on('mouseout',function(){ hasSVG ? this.attr({'stroke-width':1.5}) : (this[0].strokeWeight = 1.5); }) .on('click',function(){areaGroup.toFront(); }) .css({zIndex:-1}) .appendTo(areaGroup); }); return this; }, drawColumns : function(){ var self = this, opts = this.opts, draw = opts.draw, chartData = opts.chartData, dataLen = chartData.length, //多个柱子之间的间距 columnSpace = 3, //一个位置中 所有的间隔之和 columnPadding = columnSpace * dataLen columnSpace, //每个柱子的宽度 columnSize = self.opts.charts.panel==='x' ? Number(((draw.xPices - columnPadding) / dataLen).toFixed(0)) : Number(((draw.yPices - columnPadding) / dataLen).toFixed(0));

each(chartData, function(i,o){ var data = o.data, id = 'chart' i, isX = opts.charts.panel==='x', colGroup = self.group(id).appendTo(), //每个点开始的位置 start = self.opts.charts.panel==='x' ? draw.startX columnSpace i*(columnSize columnSpace) : draw.startY columnSpace i*(columnSize columnSpace)

self.mainGroup[id] = {chart:colGroup,show:true};

for(var j = 0,l=data.length; j if(data[j]===null) continue; //如果是横盘子 if(isX){ var x = Number((start j *draw.xPices ).toFixed(0)), y = Number((draw.startY).toFixed(0)), height = Number((data[j] * (draw.yPices / draw.feed)).toFixed(0)), path = [ M, x, y, L, x, y -height, L, x columnSize, y - height, L, x columnSize, y, seal ]; var pos = [x columnSize/2,data[j]>0?y-height:draw.startY]; }else{

var x = Number((draw.startX).toFixed(0)), width = Number((data[j]*((draw.xPices / draw.feed))).toFixed(0)), y = Number((start - (j 1) *draw.yPices ).toFixed(0)), path = [ M, x, y, L, x width, y , L, x width, y columnSize, L, x , y columnSize, seal ]; var pos = [draw.startX width/2,y-columnSize]; }

self.baseDraw('path',{ border : 0, isfill : true, fillColor : o.color, opacity : 1, path : path }) .attr({data:data[j]}) .css({zIndex:5,cursor:'pointer'}) .on('mouseover',(function(x,y,d){

return function(){

this.setOpacity(0.85);

self.showTooltip(o,x,y,this.attr('data')); }

})(pos[0],pos[1],data[j])

) .on('mouseout',(function(x,y){ return function(){ this.setOpacity(1); self.hideTooltip(); } })(x,y)) .appendTo(colGroup);

} }); return this; }, drawPie : function(){ var self = this, opts = this.opts, area = opts.area, rx = area.centerX, ry = area.centerY, inc = 0, total = 0, data = [], cumulative = -0.25, // start at top; circ = 2 * Math.PI, radiu = mathMin(opts.charts.radius,mathMin(area.areaWidth/2,area.areaHeight/2)), fraction, half_fraction;

each(opts.chartData,function(i,o){ typeof o.data ==='object' ? (data.push((function(o){ var all =0; for(var i in o) all =~~o[i] return all })(o.data))) :data.push(mathAbs(o.data))

});

each(data,function(i,o){ total = total o; });

each(data,function(i,o){ var pieGroup = self.group('chart' i).appendTo(), s = inc/total*360, e = (inc o)/total*360, name = opts.chartData[i].name, size = calTextLen(name), dot = angle(radiu,[rx,ry],s (e-s)/2,2), x = rx (dot[0]-rx)/2 - size.w/2, y = ry (dot[1]-ry)/2 - size.h/2, len = Math.sqrt((x-rx)*(x-rx) (y-ry)*(y-ry)), moveDisplacement = ((x-rx)*8/len) ',' ((y-ry)*8/len);

inc = inc o;

var value = Number(o); fraction = total ? value / total : 0; half_fraction = total ? (value / 2) / total : 0;

var start = cumulative * circ; half_cumulative = cumulative half_fraction; cumulative = fraction;

var end = cumulative * circ;

self.baseDraw('pie',{ config : opts.chartData[i], s : start, e : end, r : radiu, innerR : 0 }) .css({zIndex:5,cursor:'pointer'}) .attr({move:moveDisplacement}) .on('mouseover',function(){ this.setOpacity(0.85); }) .on('mouseout',function(){ this.setOpacity(1); }) .on('click',function(){ var m = this.attr('move') if(m.indexOf(' ')>0){ hasSVG ? this.attr({ transform: 'translate(0,0)' }) : this.css({ left : '0px', top : '0px' }) this.attr({move:m.replace(' ','')});

}else{ var s= m.split(','); hasSVG ? this.attr({ transform: 'translate(' m ')' }) : this.css({ left : s[0] 'px', top : s[1] 'px' })

this.attr({move:m ' '}); } }) .appendTo(pieGroup);

self.mainGroup['chart' i] = {chart:pieGroup,show:true};

self.baseDraw('span',{ x : x, y : y, fill : '#fff', 'text-anchor':'left' }) .css({ fontFamily : 'Verdana,Arial,Helvetica,sans-serif', fontSize : '12px', position : 'absolute', color : '#fff', zIndex : 10 }) .addText(name) .appendTo(pieGroup); });

}, drawPies : function(){

var self = this, opts = this.opts, area = opts.area, rx = area.centerX, ry = area.centerY, total = 0, data = [], chartData = opts.chartData, cumulative = -0.25, // start at top; circ = 2 * Math.PI, radiu = mathMin(opts.charts.radius,mathMin(area.areaWidth/2,area.areaHeight/2)), fraction, half_cumulative, half_fraction;

each(chartData,function(i,o){ each(o.data,function(j,d){ data[j] ? data[j] =mathAbs(d) : data[j] =mathAbs(d) });

}); //看有多少个数据来生成来生成内半径 var len = data.length, innerSpace = radiu / 10; Rpice = (radiu - innerSpace) / len, piesGroup = this.group('pies').appendTo();

each(data,function(i,d){ var inc = 0 ; if(d===0) return; each(chartData,function(j,o){ if(~~o.data[i]===0)return; var outR = radiu - Rpice * i, innerR = radiu - Rpice * (i 1), value = ~~o.data[i], fraction = value / d; half_fraction = (value/2)/d , start = cumulative * circ, s = inc/d*360, e = (inc value)/d*360;

inc = inc value; var name = o.name, size = calTextLen(name), dot = angle(radiu,[rx,ry],s (e-s)/2,2), px = dot[0]>rx?1:-1, py = dot[1]>ry?1:-1; var x = rx px*innerSpace ((dot[0]-rx-px*innerSpace)/len)*(len-i-1) ((dot[0]-rx-px*innerSpace)/len)/2- size.w/2, y = ry py*innerSpace ((dot[1]-ry-py*innerSpace)/len)*(len-i-1) ((dot[1]-ry-py*innerSpace)/len)/2- size.h/2;

half_cumulative = cumulative half_fraction, cumulative = fraction, end = cumulative * circ;

self.baseDraw('pie',{ config : o, s : start, e : end, r : outR, innerR : innerR }) .css({zIndex:5,cursor:'pointer'}) .on('mouseover',function(){ this.setOpacity(0.85); }) .on('mouseout',function(){ this.setOpacity(1); }) .appendTo(piesGroup); self.baseDraw('span',{ x : x, y : y, fill : '#fff', 'text-anchor':'left' }) .css({ fontFamily : 'Verdana,Arial,Helvetica,sans-serif', fontSize : '12px', position : 'absolute', color : '#fff', zIndex : 10 }) .addText(name) .appendTo(piesGroup);

}) });

}, drawSegment : function(){ var self = this, opts = this.opts, draw = opts.draw, chartData = opts.chartData, columnPad = 5, columnWidth = draw.xPices - columnPad * 2;

each(chartData,function(i,c){

}); }, baseDraw : function(type,config){ var self = this arg = arguments; return { rect : function(){ var set = {}; set.rx = set.ry = config.arc*30 || 5; set.width = config.width || 50; set.height = config.height || 50; set.fill = config.fill || '#fff'; set['fill-opacity'] = config.opacity || 0.85; set['stroke-width'] = config.border || 2; set.stroke = config.borderColor || '#606060'; set.transform = 'translate(' (config.left||0) ',' (config.top||0) ')'; return self.createElement('rect') .attr(set)

}, text : function(){ return self.createElement('text') .attr(config) }, span : function(){ var elem= self.createElement('text') .attr(config) .attr({ y : config.y (arg[2]||15) }) return elem; }, path : function(){ var set = {}; set['stroke-width'] = config.border; set.stroke = config.borderColor || '#C0C0C0'; set.fill = config.isfill?config.fillColor:'none'; set.d = config.path; config.opacity &&(set['fill-opacity'] = config.opacity);

return self.createElement('path') .attr(set); }, circle : function(){ var set = {}; set.cx = config.x; set.cy = config.y; set.r = config.r; set.fill = config.fillColor; return self.createElement('circle') .attr(set); }, pie : function(){ //config,s,e,r,index var opts = self.opts, s = config.s, r = config.r, e = config.e - 0.000001, id = 'chart' config.index, area = opts.area, rx = area.centerX, ry = area.centerY, cosStart = mathCos(s), sinStart = mathSin(s), cosEnd = mathCos(e), sinEnd = mathSin(e), color = config.config.color, innerR = config.innerR, longArc = e - s path = [ M, rx r * cosStart, ry r * sinStart, 'A', r, r, 0, longArc, 1, rx r * cosEnd, ry r * sinEnd, L, rx innerR * cosEnd, ry innerR * sinEnd, 'A', // arcTo innerR, // x radius innerR, // y radius 0, // slanting longArc, // long or short arc 0, // clockwise rx innerR * cosStart, ry innerR * sinStart, 'Z' ];

return self.baseDraw('path',{ border : 1, border : '#fff', isfill : true, fillColor : color, opacity : 1, path : path

})

} }[type](); } };

//--------------------------------------------------------------------------------------------------- //如果是vml 修改smipleChart.prototype中的一些方法 !hasSVG &&extend(smipleChart.prototype,{ baseDraw : function(type,config){ var self = this, width = this.width, height = this.height, name = arguments[2]; return { rect : function(){ var attr = {}, css = {}; attr.arcsize = config.arc || 0.2 ''; if(config.fill==='none'){ attr.filled = 'f' }else{ attr.filled = 't'; attr.fillcolor = config.fill || '#fff'; }

attr.strokeWeight = config.border || 2; attr.strokeColor = config.borderColor || '#606060'; css.width = config.width || 50 'px'; css.height = config.height || 50 'px'; css.zIndex = 10; css.left = config.left||0 'px'; css.top = config.top ||0 'px';

return self.createElement('roundrect') .attr(attr) .css(css) }, text : function(){ return self.createElement('TextBox') .attr({inset : "2px,2px,2px,2px" }) }, span : function(){ return self.createElement('span'). css({ position:'absolute', left : config.x 'px', top : config.y 'px' }) }, path : function(){ var attr = {}, css = { width : width 'px', height : height 'px' };

if(config.border===0){ attr.Stroked = 'f'; attr.strokeWeight =0; }else{ attr.strokeWeight = config.border||1 ; } attr.strokeColor = config.borderColor || "#C0C0C0"; attr.filled = config.isfill?'t':'f'; attr.filled==='t' &&(attr.fillcolor=config.fillColor||"#C0C0C0"); attr.coordsize = width ',' height; attr.path = config.path; var elem = self.createElement() .attr(attr) .css(css); if(config.opacity){ var fill = self.createElement('fill') .attr({ type : 'fill', color : config.fillColor||"#C0C0C0", opacity : config.opacity }) .appendTo(elem); //那这个对象的一个属性引用设置透明的元素 以后会用到 elem.opacity = fill[0]; } return elem;

}, circle : function(){ var attr ={ strokeWeight : 1, coordsize : width ',' height, filled : 't' }, css ={ width : width 'px', height : height 'px' } x = config.x, y = config.y, r = config.r; attr.strokeColor=attr.fillcolor = config.fillColor

attr.path =[ 'wa', // clockwisearcto x - r, // left y - r, // top x r, // right y r, // bottom x r, // start x y, // start y x r, // end x y, // end y 'e' // close ]; return self.createElement() .attr(attr) .css(css) }, pie : function(){ ////config,s,e,r,index

var opts = self.opts, area = opts.area, r = config.r, rx = area.centerX, ry = area.centerY, innerR= config.innerR||0, sDot = angle(r,[rx,ry],s,2), eDot = angle(r,[rx,ry],e,2), color = config.config.color, s = config.s, e = config.e, e = e - s == 2 * Math.PI ? e - 0.001 : e, cosStart = mathCos(s), sinStart = mathSin(s), cosEnd = mathCos(e), sinEnd = mathSin(e),

path = [ 'wa', // clockwisearcto (rx - r).toFixed(0), // left (ry - r).toFixed(0), // top (rx r).toFixed(0), // right (ry r).toFixed(0), // bottom (rx r * cosStart).toFixed(0), // start x (ry r * sinStart).toFixed(0), // start y (rx r * cosEnd).toFixed(0), // end x (ry r * sinEnd).toFixed(0), // end y

'at', // clockwisearcto (rx - innerR).toFixed(0), // left (ry - innerR).toFixed(0), // top (rx innerR).toFixed(0), // right (ry innerR).toFixed(0), // bottom (rx innerR * cosEnd).toFixed(0), // start x (ry innerR * sinEnd).toFixed(0), // start y (rx innerR * cosStart).toFixed(0), // end x (ry innerR * sinStart).toFixed(0), // end y

'x', // finish path 'e' // close ];

return self.baseDraw('path',{ border : 1, border : '#fff', isfill : true, fillColor : color, opacity : 1, path : path })

} }[type](); } });

//--------------------------------------------------------------------------------------------------- })(document);

window.onload = function(){ var config = { charts : { type : 'line', radius : 150, panel : 'x', style: { fontFamily: '"Lucida Grande", "Lucida Sans Unicode", Verdana, Arial, Helvetica, sans-serif', // default font fontSize: '12px' } }, title : { text : '线性图标' , y : 10, style : { color: 'black', fontSize: '16px' } }, subTitle : { text : '线性图标副标题', y : 35, style: { color: '#111', fontSize: '12px' } }, legend : { enable : true, //type : 'lateral', // lateral 横向 或 lengthwise 纵向 type : 'lateral', pos : [10,10], style:{ fontFamily: '"Lucida Grande", "Lucida Sans Unicode", Verdana, Arial, Helvetica, sans-serif', // default font fontSize: '12px', magin:'0px' } }, yUnit : { text : '线性图标侧标题', x : 20, style: { color : '#111', fontSize : '12px' } }, xUnit : { units: [ '一月', '二月', '三月', '四月', '五月', '六月', '七月', '八月', '九月', '十月', '十一月', '十二月' ] }, chartData : [ {

name : 'xcv', color : '#4572A7', data : [-18,45,-38,29,95,-45,77] }, {

name: 'frfr', color: '#AA4643', data: [-44,12,78,-100,13,4,-56,-34] }, { name: 'AAAAA', color: '#89A54E',

data: [null,78,83,null,22,-78,2,44,78] }, { name: 'BBBB', color: '#80699B', data: [null, 58, 35, null, 52, 47, 26, -55, 39, 123,15,66] } ] };

new smipleChart($('line'),config); config.charts.type ='area'; config.title.text ='区域图标' config.subTitle.text='区域图标副标题' config.yUnit.text ='区域图标侧标题'

new smipleChart($('area'),config); config.title.text ='柱状图标' config.subTitle.text='柱状图标副标题' config.yUnit.text ='柱状图标侧标题' config.charts.type ='columns'; config.chartData =[ {

name : 'xcv', color : '#4572A7',

data : [-0.01,-0.62,0,0.55,null,0.78,-0.63,-0.82,null,null,0.33] }, {

name: 'frfr', color: '#AA4643', data: [-0.22,0.82,0.55,1.32,0.33,0.95,null,1,0.65,null,0.78] }, { name: 'AAAAA', color: '#89A54E',

data: [null,0.62,0.34,null,0.63,0,-0.23,-1,0.62,0.45,null,-0.56] } ]

new smipleChart($('zhu'),config); config.charts.panel='y' new smipleChart($('zhu1'),config); config.charts.type ='pie'; config.title.text ='饼图图标' config.subTitle.text='饼图图标副标题' config.yUnit.text ='' config.legend.type='lengthwise'; config.chartData =[ {

name : 'aaa', color : '#4572A7',

data : [433,123,null,66] }, {

name: 'bbb', color: '#AA4643', data: [45,33,33,511] }, { name: 'ccc', color: '#89A54E',

data: [55,null,75,333] } ] config.legend.pos= [680,30] new smipleChart($('pie'),config) config.charts.type ='pies'; config.title.text ='다층 원형 차트 아이콘' config.subTitle.text='다층 원형 차트 아이콘 자막' config.legend.type='측면' config. legend.pos= [330,400] new smipleChart($('pies'),config)

config.chartData =[ {

name : ' xcv' , 색상 : '#4572A7',

데이터 : [433,355,275,null,588,323,576,32,99] }, {

이름: 'frfr', 색상: '#AA4643', 데이터: [45,666,100,null,677,56,88,633,55,64] }, { 이름: 'AAAAA', 색상: '# 89A54E',

데이터: [55,162,75,null,364,0,637,112,163,615] } ] config.yUnit.lineNum = 2; config.title. text = '상대적으로 작음' config.subTitle.text='2줄만 설정됨' config.yUnit.text ='퀴즈 제목'

config.charts.type =' 줄 '; config.legend.pos= [10,10] new smipleChart($('vv'),config) config.yUnit.lineNum = 10; 패널 = 'x'; config.charts.type ='segment';//new smipleChart($('segment'),config)

/ 스크립트>