/// <summary>
/// Returns a ChartData object with the answer distribution for the StatType.
/// The answer distribution is ordered and normalized to total 100%,
/// fixing any rounding anomaly.
/// </summary>
/// <param name="c"></param>
/// <returns></returns>
private ChartData TransformToChart(GetCombinedOveralls c)
{
// adjust the percentages to equal 100% after rounding
var cAdjusted = new BusinessLogic.Common.PercentageFixer(c.Y, c.N, c.NA, c.A, c.U);
List <double> data = new List <double>();
List <String> labels = new List <string>();
data.Add((int)cAdjusted.Y);
labels.Add(answerColorDefs["Y"]);
data.Add((int)cAdjusted.N);
labels.Add(answerColorDefs["N"]);
data.Add((int)cAdjusted.NA);
labels.Add(answerColorDefs["NA"]);
data.Add((int)cAdjusted.A);
labels.Add(answerColorDefs["A"]);
data.Add((int)cAdjusted.U);
labels.Add(answerColorDefs["U"]);
return(new ChartData()
{
label = new List <string>()
{
"Questions", "Requirements"
}.Contains(c.StatType) ? "Standards" : c.StatType,
Labels = labels,
data = data
});
}
private ChartData transformToChart(GetCombinedOveralls c)
{
List <double> data = new List <double>();
List <String> labels = new List <string>();
data.Add((double)c.Y);
labels.Add(answerColorDefs["Y"]);
data.Add((double)c.N);
labels.Add(answerColorDefs["N"]);
data.Add((double)c.NA);
labels.Add(answerColorDefs["NA"]);
data.Add((double)c.A);
labels.Add(answerColorDefs["A"]);
data.Add((double)c.U);
labels.Add(answerColorDefs["U"]);
return(new ChartData()
{
label = c.StatType,
Labels = labels,
data = data
});
}
