if(!series.show) return []; 
if(!series.show){ return []; } 
(function(){	var dxc=dojox.charting;	var axes=["x","y","z"];	var plotTypes={		ZEROD:"zero-d",		//	pie charts mostly		ONED:"one-d",		//	bar charts		TWOD:"two-d",		//	normal		THREED:"three-d"	//	3D charts	};	dxc.Plot=function(/* object */kwArgs){		var self=this;		this._key="dojoxChartingPlot"+dxc.Plot.count++;		this.title=kwArgs.title||"";		this.type=kwArgs.type||plotTypes.TWOD;			//	set up the axes		this.axes={ };		dojo.forEach(axes, function(item){			this.axes[item]=(kwArgs.axes&&kwArgs.axes[item] ? kwArgs.axes[item] : null);		});		//	set up the series		this.series=[];		if(kwArgs.series){			dojo.forEach(kwArgs.series, function(item, i){				//	let the kwArgs keep the altered series objects.				kwArgs.series[i]=self.add(item);			});		}		//	we do this using the closure to allow for dual use in the passed		//	reference.  The return object is the altered arg, but a reference		//	to this.add method is made on it to allow chaining.		this.add=function(/* object||array */arg){			if(dojo.isArray(arg)){				arg={ data: arg };			}			self.series.push(arg);						//	TODO: set defaults			dojo.mixin({				data:null,				title:"Series "+self.series.length,				bindings:null,				color:null,				marker:null,				plotter:null,				show: true			}, arg);	//	last one wins			arg.add=self.add;			self.onAdd(self, arg);			return arg;		//	object		}	};	dxc.Plot.count=0;	dojo.extend(dxc.Plot, {		//	setters.  Use these to trigger onSet events, a chart or sparkline may need that.		setTitle: function(/* String */s){			//	summary			//	Set the title of the plot and fire an onSet event			this.title=s;			this.onSet(this, "title", s);			return this;	//	dojox.charting.Plot		},		setAxis: function(/* string */which, /* dojox.charting.Axis */axis){			//	summary			//	Set <which> axis to the <axis> reference, and fire an onSet event.			this.axes[which]=axis;			//	TODO: more than 2 dimensions.			//	TODO: deal with shared axes.			dojo.connect(axis, "setOrigin", this, function(){				var against=this.axes[(which=="x")?"y":"x"];				if(against){					axis._initOrigin(against);				}			});			//	connect to axis events as a passthrough			dojo.connect(axis, "onSet", this, function(axis, what, args){				this.onAxisChange(this, which, axis, what, args);			});			this.onSet(this, "axis", { which: which, axis: axis });			return this;	//	dojox.charting.Plot		},		evaluate: function(/* object */series, /* object? */kwArgs){			//	summary			//	evaluate the passed series.			if(!series.show) return [];			var ret=[];			var l=series.data.length;			var start=0;			var end=l;						/*	Allow for ranges.  Can be done in one of three ways:			 *	1. { from, to } as 0-based indices			 *	2. { length } as num of data points to get; a negative			 *		value will start from the end of the data set.			 *	3. { between:{ low, high, field } } will search the data			 *		set for values of field between low and high, and			 *		return those.			 *	No kwArg object means the full data set will be evaluated			 *		and returned.			 */			if(kwArgs){				if(kwArgs.between){					//	a little ugly, but we will use this as a shortcut					//	and return the evaluation from here.					for(var i=0; i<l; i++){						var field=series.data[i][kwArgs.between.field];						if(fld>=kwArgs.between.low && fld<=kwArgs.between.high){							var o={ src: series.data[i], series:series };							for(var p in series.bindings){								o[p]=series.data[i][series.bindings[p]];							}							ret.push(o);						}					}				}				else if(kwArgs.from||kwArgs.length){					if(kwArgs.from){ 						start=Math.max(kwArgs.from,0);						if(kwArgs.to){ 							end=Math.min(kwArgs.to, end);						}					} else {						if(kwArgs.length<0){							//	length points from end							start=Math.max((end+length),0);						} else {							end=Math.min((start+length),end);						}					}					for(var i=start; i<end; i++){						var o={ src: series.data[i], series:series };						for(var p in series.bindings){							o[p]=series.data[i][series.bindings[p]];						}						ret.push(o);					}				}			} else {				for(var i=start; i<end; i++){					var o={ src: series.data[i], series:series };					for(var p in series.bindings){						o[p]=series.data[i][series.bindings[p]];					}					ret.push(o);				}			}			//	sort by the x axis, if available.			if(ret.length>0 && typeof(ret[0].x)!="undefined"){				ret.sort(function(a,b){					if(a.x>b.x) return 1;					if(a.x<b.x) return -1;					return 0;				});			}			this.onEvaluate(ret, series, kwArgs);			return ret;	//	array		},		//	event stubs		onAdd: function(plot, series){ },		onEvaluate: function(data, series, kwArgs){ },		onSet: function(plot, what, obj){ },		onAxisChange: function(plot, which, axis, what, args){ }	});})();
5168	/local1/tlutelli/issta_data/temp/all_js/javascript/2007_temp/2007/5168/466ef391126ea9a3d2f33f0868bd430c5b857d7c/Plot.js/clean/charting/Plot.js