| public static ChartTitle ( string title = "Visualization" ) : string | ||
| title | string | |
| return | string | |
public string GetHtml()
{
var html = string.Empty;
var chartQueryPieChartData = new Dictionary <string, long>();
var chartQueryResultsLocal = Database.GetInstance().GetActivityPieChartData(_date);
// merge with remote data if necessary
chartQueryPieChartData = RemoteDataHandler.VisualizeWithRemoteData()
? RemoteDataHandler.MergeActivityData(chartQueryResultsLocal, Database.GetInstanceRemote().GetActivityPieChartData(_date))
: chartQueryResultsLocal;
if (chartQueryPieChartData.Count == 0)
{
html += VisHelper.NotEnoughData(Dict.NotEnoughDataMiniSurvey);
return(html);
}
var chartUrl = PreparePieChartUrl(chartQueryPieChartData);
var totalHoursWorked = Database.GetInstance().GetTotalHoursWorked(_date);
html += VisHelper.ChartTitle("Distribution of the Activity on your Computer");
html += "<p style='text-align: center;'>Total hours worked on your computer: <strong>" + totalHoursWorked + "</strong>.</p>";
html += string.IsNullOrEmpty(chartUrl)
? VisHelper.NotEnoughData()
: "<p style='text-align: center;'><img src='" + chartUrl + "'/></p>";
return(html);
}
public string GetHtml()
{
var html = String.Empty;
var productivityGaugeData = new List <ProductivityTimeDto>();
// fetch data sets
var productivityGaugeDataLocal = Database.GetInstance().GetUserProductivityData(_date, false);
// merge with remote data if necessary
productivityGaugeData = RemoteDataHandler.VisualizeWithRemoteData()
? RemoteDataHandler.MergeProductivityData(productivityGaugeDataLocal, Database.GetInstanceRemote().GetUserProductivityData(_date, false))
: productivityGaugeDataLocal;
html += VisHelper.ChartTitle("Your Perceived Productivity");
if (productivityGaugeData.Count == 0)
{
html += VisHelper.NotEnoughData(Dict.NotEnoughDataMiniSurvey);
return(html);
}
// Calculate Productivityvalue
var productivityValue = CalculateWeightedProductivityValue(productivityGaugeData);
/////////////////////
// Some strings for the attributes
/////////////////////
const string gaugeChartName = "gaugeChartName";
const int height = 100;
/////////////////////
// CSS
/////////////////////
html += "<style type='text/css'>";
html += ".c3-gauge-value { fill: white; visibility:hidden; }"; // hack to hide the gauge value
html += "</style>";
/////////////////////
// HTML
/////////////////////
//html += "<p style='text-align: center;'>Average productivity based on your manual selection in the mini-surveys<br />(1 = very unproductive, 7 = very productive).</p>";
html += "<div id='" + gaugeChartName + "' align='center'></div>";
/////////////////////
// JS
/////////////////////
var productivityValueString = Math.Round(productivityValue, 1).ToString().Replace(',', '.');
var data = "columns: [ ['PerceivedProductivity', " + productivityValueString + "] ], type: 'gauge'";
const string gauge = " label : { show: false }, min: 1, max: 7, width: 36";
const string color = "pattern: ['#FF0000', '#F97600', '#F6C600', '#60B044'], threshold: { unit: 'value', max: 7, values: [1, 2, 4, 6] }";
var size = "height: " + height;
var parameters = " bindto: '#" + gaugeChartName + "', data: { " + data + " }, gauge: { " + gauge + " }, color: { " + color + " }, size: { " + size + " }";
html += "<script type='text/javascript'>";
html += "var " + gaugeChartName + " = c3.generate({ " + parameters + " });";
html += "</script>";
return(html);
}
public string GetHtml()
{
// calculate maxWidth
// TODO: do later
// produce visualizations (html)
var html = string.Empty;
html += VisHelper.ChartTitle("Timeline of your Context, User Input and Perceived Productivity");
html += CreateContextGantTimeline();
html += CreateUserInputLineGraph();
html += CreateProdTasksLineGraph();
return(html);
}