protected override void OnEnable()
{
base.OnEnable();
multiDimPresenter_prop = serializedObject.FindProperty("_multiDimPresenter");
dataItemMesh_prop = serializedObject.FindProperty("_dataItemMesh");
useMinItem_prop = serializedObject.FindProperty("_useMinIndex");
_stackedBar = (StackedBar)serializedObject.targetObject;
}
private void AdjustResidual(StackedBar stackedBar, double residualVal)
{
var residualStack = stackedBar.Stacks.Where(s => String.Compare(s.Legend, CAConstants.RESIDUAL_SLICE) == 0).FirstOrDefault();
if (residualStack == null)
{
stackedBar.Stacks.Add(new Ordinate {
Legend = CAConstants.RESIDUAL_SLICE, Value = Math.Round(residualVal, CAConstants.CHART_LABEL_PRECISION)
});
}
else
{
residualStack.Value += Math.Round(residualVal, CAConstants.CHART_LABEL_PRECISION);
}
}
public ActionResult BudgetMonthBarStacked()
{
var bs = new List <StackedBar>();
foreach (var c in db.Categories.Include("Expenses").Where(c => c.Occurance == "Monthly"))
{
var expenses = c.Expenses.Where(e => e.DateRecorded.Year == DateTime.Today.Year).Where(e => e.DateRecorded.Month == DateTime.Today.Month).Select(e => e.Cost).Sum();
var budgetLeft = c.BudgetCost - expenses;
var newStackedBar = new StackedBar();
newStackedBar.xkey = c.Type.ToString();
// newStackedBar.xkey = "a[href^='http://stackoverflow.com']";
newStackedBar.ykey1 = budgetLeft.ToString();
newStackedBar.ykey2 = expenses.ToString();
bs.Add(newStackedBar);
}
return(Json(bs, JsonRequestBehavior.AllowGet));
}
public override void Populate(List <SentenceFragment> dataSlices)
{
string monthYear = dataSlices[0].RecognizedEntities.
Where(re => re.Entity is Time).
Select(re => re.Value.ToFormattedDateTimeStr("MMM yyyy")).
FirstOrDefault();
//bool isPanTumor = ChartAuditRuleEngine.GetTumors(sentenceFragments[0]).Count == 0;
var measureRE = dataSlices[0].RecognizedEntities.Where(re => re.IsMeasure).FirstOrDefault();
string measureName = measureRE.Entity.DomainName;
string measureField = measureRE.Entity.FieldName;
string measureRecognizedName = measureRE.RecognizedName;
if (String.IsNullOrEmpty(measureField))
{
return;
}
HashSet <string> tumorNames = new HashSet <string>();
var stackedBarMap = new Dictionary <string, StackedBar>();
HashSet <string> legends = new HashSet <string>();
int count = 0;
foreach (var row in dataSlices)
{
count++;
string tumorName = TumorNames[count - 1];
if (!tumorNames.Contains(tumorName))
{
tumorNames.Add(tumorName);
}
StackedBar stackedBar = null;
if (!stackedBarMap.ContainsKey(tumorName))
{
stackedBarMap.Add(tumorName, new StackedBar {
Abscissa = tumorName, Stacks = new List <Ordinate>()
});
}
stackedBar = stackedBarMap[tumorName];
var measureVal = row.RecognizedEntities.
Where(re => re.Entity is Measure).
Select(re => re.Value.SafeToDouble()).
FirstOrDefault();
stackedBar.Stacks.Add(new Ordinate
{
Legend = String.Empty,
Value = measureVal
});
}
StackedBars = stackedBarMap.Values.ToList();
//the following code is added because of the limitation of the front end chart library to identify distinct legends from stacked bars correctly
foreach (var legend in legends)
{
var stackedBarsMissingThisLegend = StackedBars.Where(sb => !sb.Stacks.Select(sbs => sbs.Legend).Contains(legend));
foreach (var stackedBar in stackedBarsMissingThisLegend)
{
stackedBar.Stacks.Add(new Ordinate {
Legend = legend, Value = 0
});
}
}
string captionStr = IsPanTumor ? CAConstants.PAN_TUMOR : (legends.Count == 1 ? legends.First() : String.Join(", ", tumorNames));
Caption = String.Format("{0} {1} in {2}", captionStr, measureRecognizedName, monthYear);
StackedBars.ForEach(sb => sb.Stacks = sb.Stacks.OrderBy(sbs => sbs.Legend).ToList());
Arrange(StackedBars);
BuildNarrative(monthYear, measureName);
}
