import hbs from 'htmlbars-inline-precompile';
import EmberObject from '@ember/object';
import { on } from '@ember/object/evented';
import moment from 'moment';
import DelayedArray from '../utils/delayed-array';
export default {
title: 'Charts|Line Chart',
};
let data1 = [
{ year: 2010, value: 10 },
{ year: 2011, value: 10 },
{ year: 2012, value: 20 },
{ year: 2013, value: 30 },
{ year: 2014, value: 50 },
{ year: 2015, value: 80 },
{ year: 2016, value: 130 },
{ year: 2017, value: 210 },
{ year: 2018, value: 340 },
];
let data2 = [
{ year: 2010, value: 100 },
{ year: 2011, value: 90 },
{ year: 2012, value: 120 },
{ year: 2013, value: 130 },
{ year: 2014, value: 115 },
{ year: 2015, value: 105 },
{ year: 2016, value: 90 },
{ year: 2017, value: 85 },
{ year: 2018, value: 90 },
];
export let Standard = () => {
return {
template: hbs`
Line Chart
{{#if lineChartData}}
{{/if}}
{{#if lineChartMild}}
{{/if}}
`,
context: {
lineChartData: DelayedArray.create(data1),
lineChartMild: DelayedArray.create(data2),
},
};
};
export let FluidWidth = () => {
return {
template: hbs`
Fluid-width Line Chart
{{#if lineChartData}}
{{/if}}
{{#if lineChartMild}}
{{/if}}
A line chart will assume the width of its container. This includes the dimensions of the axes, which are calculated based on real DOM measurements. This requires a two-pass render: first the axes are placed with their real domains (in order to capture width and height of tick labels), second the axes are adjusted to make sure both the x and y axes are within the height and width bounds of the container.
`,
context: {
lineChartData: DelayedArray.create(data1),
lineChartMild: DelayedArray.create(data2),
},
};
};
export let LiveData = () => {
return {
template: hbs`
Live data Line Chart
{{#if controller.lineChartLive}}
{{/if}}
`,
context: {
controller: EmberObject.extend({
startTimer: on('init', function() {
this.lineChartLive = [];
this.set(
'timer',
setInterval(() => {
this.incrementProperty('timerTicks');
let ref = this.lineChartLive;
ref.addObject({ ts: Date.now(), val: Math.random() * 30 + 20 });
if (ref.length > 60) {
ref.splice(0, ref.length - 60);
}
}, 500)
);
}),
willDestroy() {
clearInterval(this.timer);
},
secondsFormat() {
return date => moment(date).format('HH:mm:ss');
},
}).create(),
},
};
};
export let Gaps = () => {
return {
template: hbs`
Line Chart data with gaps
{{#if lineChartGapData}}
{{/if}}
`,
context: {
lineChartGapData: DelayedArray.create([
{ year: 2010, value: 10 },
{ year: 2011, value: 10 },
{ year: 2012, value: null },
{ year: 2013, value: 30 },
{ year: 2014, value: 50 },
{ year: 2015, value: 80 },
{ year: 2016, value: null },
{ year: 2017, value: 210 },
{ year: 2018, value: 340 },
]),
},
};
};
export let Annotations = () => {
return {
template: hbs`
Line Chart data with annotations
{{#if (and this.data this.annotations)}}
{{this.activeAnnotation.info}}
{{/if}}
`,
context: {
data: DelayedArray.create(
new Array(180).fill(null).map((_, idx) => ({
y: Math.sin((idx * 4 * Math.PI) / 180) * 100 + 200,
x: moment()
.add(idx, 'd')
.toDate(),
}))
),
annotations: [
{
x: moment().toDate(),
type: 'info',
info: 'Far left',
},
{
x: moment()
.add(90 / 4, 'd')
.toDate(),
type: 'error',
info: 'This is the max of the sine curve',
},
{
x: moment()
.add(89, 'd')
.toDate(),
type: 'info',
info: 'This is the end of the first period',
},
{
x: moment()
.add((90 / 4) * 3, 'd')
.toDate(),
type: 'error',
info: 'This is the min of the sine curve',
},
{
x: moment()
.add(179, 'd')
.toDate(),
type: 'info',
info: 'Far right',
},
],
},
};
};
export let StepLine = () => {
return {
template: hbs`
Line Chart with a Step Line
{{#if this.data}}
{{this.activeAnnotation.info}}
{{/if}}
`,
context: {
data: DelayedArray.create([
{ x: 1, y: 5 },
{ x: 2, y: 1 },
{ x: 3, y: 2 },
{ x: 4, y: 2 },
{ x: 5, y: 9 },
{ x: 6, y: 3 },
{ x: 7, y: 4 },
{ x: 8, y: 1 },
{ x: 9, y: 5 },
]),
},
};
};