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@ -1922,18 +1922,19 @@ define([
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};
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var makeTimeline = APP.makeTimeline = function (answers) {
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// Here for mockup purpose
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// Randomly changing date of answers to get a more realistic example of timeline
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Object.keys(answers).forEach(function (k) { // XXX
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//console.log(answers[k].time);
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answers[k].time += Math.floor(Math.random() * 10 - 5) * 24 * 3600 * 1000;
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//console.log(answers[k].time);
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});
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var answersByTime = {};
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Object.keys(answers).forEach(function (curve) {
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var obj = answers[curve];
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// Used to get rid of the milliseconds and get unique date to map counts
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var key = new Date(obj.time).toLocaleDateString();
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if (!answersByTime[key]) {
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// Original time kept to ensure a good sort order later
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answersByTime[key] = {date: obj.time, count: 1};
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} else {
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answersByTime[key].count++;
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@ -1956,14 +1957,12 @@ define([
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Object.keys(answersByTime).forEach(function (date) {
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var answer = answersByTime[date];
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answer.percent = answer.count / maxCount;
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// Chose an empty string rather than 0 to avoid in the next dev step
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// to provide the correspondant chart bar with an unecessary tooltip
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answer.count = answer.count || ""; // 0 ?
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});
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/*
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console.log(answersByTime);
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console.log(dates);
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console.log('done');
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*/
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// TODO: Populate the date list with dates which have no answers to get every day between to dates which have ones
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return Charts.table(h('tbody',dates.map(function (date) {
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var count = answersByTime[date].count;
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