this.datasets[setname] = set_xy;
};
-// TODO(danvk): CONTRACT remove
DygraphLayout.prototype.setAnnotations = function(ann) {
// The Dygraph object's annotations aren't parsed. We parse them here and
// save a copy.
var parse = this.attr_('xValueParser');
for (var i = 0; i < ann.length; i++) {
var a = {};
- if (!ann[i].x) {
+ if (!ann[i].xval && !ann[i].x) {
this.dygraph_.error("Annotations must have an 'x' property");
return;
}
+ if (ann[i].icon &&
+ !(ann[i].hasOwnProperty('width') &&
+ ann[i].hasOwnProperty('height'))) {
+ this.dygraph_.error("Must set width and height when setting " +
+ "annotation.icon property");
+ return;
+ }
Dygraph.update(a, ann[i]);
- a.xval = parse(a.x);
+ if (!a.xval) a.xval = parse(a.x);
this.annotations.push(a);
}
};
this.xrange = this.maxxval - this.minxval;
this.xscale = (this.xrange != 0 ? 1/this.xrange : 1.0);
- this.minyval = this.options.yAxis[0];
- this.maxyval = this.options.yAxis[1];
- this.yrange = this.maxyval - this.minyval;
- this.yscale = (this.yrange != 0 ? 1/this.yrange : 1.0);
+ for (var i = 0; i < this.options.yAxes.length; i++) {
+ var axis = this.options.yAxes[i];
+ axis.minyval = axis.valueRange[0];
+ axis.maxyval = axis.valueRange[1];
+ axis.yrange = axis.maxyval - axis.minyval;
+ axis.yscale = (axis.yrange != 0 ? 1.0 / axis.yrange : 1.0);
+ }
};
DygraphLayout.prototype._evaluateLineCharts = function() {
if (!this.datasets.hasOwnProperty(setName)) continue;
var dataset = this.datasets[setName];
+ var axis = this.options.yAxes[this.options.seriesToAxisMap[setName]];
+
for (var j = 0; j < dataset.length; j++) {
var item = dataset[j];
var point = {
// TODO(danvk): here
x: ((parseFloat(item[0]) - this.minxval) * this.xscale),
- y: 1.0 - ((parseFloat(item[1]) - this.minyval) * this.yscale),
+ y: 1.0 - ((parseFloat(item[1]) - axis.minyval) * axis.yscale),
xval: parseFloat(item[0]),
yval: parseFloat(item[1]),
name: setName
}
this.yticks = new Array();
- for (var i = 0; i < this.options.yTicks.length; i++) {
- var tick = this.options.yTicks[i];
- var label = tick.label;
- var pos = 1.0 - (this.yscale * (tick.v - this.minyval));
- if ((pos >= 0.0) && (pos <= 1.0)) {
- this.yticks.push([pos, label]);
+ for (var i = 0; i < 1; i++ ) {
+ var axis = this.options.yAxes[i];
+ for (var j = 0; j < axis.ticks.length; j++) {
+ var tick = axis.ticks[j];
+ var label = tick.label;
+ var pos = 1.0 - (axis.yscale * (tick.v - axis.minyval));
+ if ((pos >= 0.0) && (pos <= 1.0)) {
+ this.yticks.push([pos, label]);
+ }
}
}
};
this.ylabels = new Array();
this.annotations = new Array();
+ // TODO(danvk): consider all axes in this computation.
this.area = {
x: this.options.yAxisLabelWidth + 2 * this.options.axisTickSize,
y: 0
"position": "absolute",
"fontSize": this.options.axisLabelFontSize + "px",
"zIndex": 10,
- "width": "20px",
- "overflow": "hidden",
+ "overflow": "hidden"
};
var bindEvt = function(eventName, classEventName, p, self) {
var points = this.layout.annotated_points;
for (var i = 0; i < points.length; i++) {
var p = points[i];
+ if (p.canvasx < this.area.x || p.canvasx > this.area.x + this.area.w) {
+ continue;
+ }
+
+ var a = p.annotation;
+ var tick_height = 6;
+ if (a.hasOwnProperty("tickHeight")) {
+ tick_height = a.tickHeight;
+ }
+
var div = document.createElement("div");
for (var name in annotationStyle) {
if (annotationStyle.hasOwnProperty(name)) {
div.style[name] = annotationStyle[name];
}
}
- div.className = "dygraphDefaultAnnotation";
- if (p.annotation.hasOwnProperty('cssClass')) {
- div.className += " " + p.annotation.cssClass;
+ if (!a.hasOwnProperty('icon')) {
+ div.className = "dygraphDefaultAnnotation";
+ }
+ if (a.hasOwnProperty('cssClass')) {
+ div.className += " " + a.cssClass;
+ }
+
+ var width = a.hasOwnProperty('width') ? a.width : 16;
+ var height = a.hasOwnProperty('height') ? a.height : 16;
+ if (a.hasOwnProperty('icon')) {
+ var img = document.createElement("img");
+ img.src = a.icon;
+ img.width = width;
+ img.height = height;
+ div.appendChild(img);
+ } else if (p.annotation.hasOwnProperty('shortText')) {
+ div.appendChild(document.createTextNode(p.annotation.shortText));
+ }
+ div.style.left = (p.canvasx - width / 2) + "px";
+ if (a.attachAtBottom) {
+ div.style.top = (this.area.h - height - tick_height) + "px";
+ } else {
+ div.style.top = (p.canvasy - height - tick_height) + "px";
}
- div.appendChild(document.createTextNode(p.annotation.shortText));
- div.style.left = (p.canvasx - 10) + "px";
- div.style.top = p.canvasy + "px";
+ div.style.width = width + "px";
+ div.style.height = height + "px";
div.title = p.annotation.text;
div.style.color = this.colors[p.name];
div.style.borderColor = this.colors[p.name];
+ a.div = div;
- var self = this;
- Dygraph.addEvent(div, 'click', function(p, self) { return function(e) {
- if (p.annotation.hasOwnProperty('clickHandler')) {
- p.annotation.clickHandler(p.annotation, p, self.dygraph_, e);
- } else if (self.dygraph_.attr_('annotationClickHandler')) {
- self.dygraph_.attr_('annotationClickHandler')(p.annotation, p, self.dygraph_, e);
- } }; }(p, self)
- );
+ Dygraph.addEvent(div, 'click',
+ bindEvt('clickHandler', 'annotationClickHandler', p, this));
+ Dygraph.addEvent(div, 'mouseover',
+ bindEvt('mouseOverHandler', 'annotationMouseOverHandler', p, this));
+ Dygraph.addEvent(div, 'mouseout',
+ bindEvt('mouseOutHandler', 'annotationMouseOutHandler', p, this));
+ Dygraph.addEvent(div, 'dblclick',
+ bindEvt('dblClickHandler', 'annotationDblClickHandler', p, this));
this.container.appendChild(div);
this.annotations.push(div);
+
+ var ctx = this.element.getContext("2d");
+ ctx.strokeStyle = this.colors[p.name];
+ ctx.beginPath();
+ if (!a.attachAtBottom) {
+ ctx.moveTo(p.canvasx, p.canvasy);
+ ctx.lineTo(p.canvasx, p.canvasy - 2 - tick_height);
+ } else {
+ ctx.moveTo(p.canvasx, this.area.h);
+ ctx.lineTo(p.canvasx, this.area.h - 2 - tick_height);
+ }
+ ctx.closePath();
+ ctx.stroke();
}
};
for (var i = 0; i < setCount; i++) {
var setName = setNames[i];
+ var axis = this.layout.options.yAxes[
+ this.layout.options.seriesToAxisMap[setName]];
var color = this.colors[setName];
// setup graphics context
var prevX = NaN;
var prevY = NaN;
var prevYs = [-1, -1];
- var yscale = this.layout.yscale;
+ var yscale = axis.yscale;
// should be same color as the lines but only 15% opaque.
var rgb = new RGBColor(color);
var err_color = 'rgba(' + rgb.r + ',' + rgb.g + ',' + rgb.b + ',' +
ctx.fill();
}
} else if (fillGraph) {
- var axisY = 1.0 + this.layout.minyval * this.layout.yscale;
- if (axisY < 0.0) axisY = 0.0;
- else if (axisY > 1.0) axisY = 1.0;
- axisY = this.area.h * axisY + this.area.y;
-
var baseline = [] // for stacked graphs: baseline for filling
// process sets in reverse order (needed for stacked graphs)
for (var i = setCount - 1; i >= 0; i--) {
var setName = setNames[i];
var color = this.colors[setName];
+ var axis = this.layout.options.yAxes[
+ this.layout.options.seriesToAxisMap[setName]];
+ var axisY = 1.0 + axis.minyval * axis.yscale;
+ if (axisY < 0.0) axisY = 0.0;
+ else if (axisY > 1.0) axisY = 1.0;
+ axisY = this.area.h * axisY + this.area.y;
// setup graphics context
ctx.save();
var prevX = NaN;
var prevYs = [-1, -1];
- var yscale = this.layout.yscale;
+ var yscale = axis.yscale;
// should be same color as the lines but only 15% opaque.
var rgb = new RGBColor(color);
var err_color = 'rgba(' + rgb.r + ',' + rgb.g + ',' + rgb.b + ',' +
for (var i = 0; i < setCount; i++) {
var setName = setNames[i];
var color = this.colors[setName];
+ var strokeWidth = this.dygraph_.attr_("strokeWidth", setName);
// setup graphics context
context.save();
var point = this.layout.points[0];
- var pointSize = this.dygraph_.attr_("pointSize");
+ var pointSize = this.dygraph_.attr_("pointSize", setName);
var prevX = null, prevY = null;
- var drawPoints = this.dygraph_.attr_("drawPoints");
+ var drawPoints = this.dygraph_.attr_("drawPoints", setName);
var points = this.layout.points;
for (var j = 0; j < points.length; j++) {
var point = points[j];
prevX = point.canvasx;
prevY = point.canvasy;
} else {
- ctx.beginPath();
- ctx.strokeStyle = color;
- ctx.lineWidth = this.options.strokeWidth;
- ctx.moveTo(prevX, prevY);
- if (stepPlot) {
- ctx.lineTo(point.canvasx, prevY);
+ // TODO(danvk): figure out why this conditional is necessary.
+ if (strokeWidth) {
+ ctx.beginPath();
+ ctx.strokeStyle = color;
+ ctx.lineWidth = strokeWidth;
+ ctx.moveTo(prevX, prevY);
+ if (stepPlot) {
+ ctx.lineTo(point.canvasx, prevY);
+ }
+ prevX = point.canvasx;
+ prevY = point.canvasy;
+ ctx.lineTo(prevX, prevY);
+ ctx.stroke();
}
- prevX = point.canvasx;
- prevY = point.canvasy;
- ctx.lineTo(prevX, prevY);
- ctx.stroke();
}
if (drawPoints || isIsolated) {