public void BuildSummaryChartData(double timePeriod, string obsElement, string obsElementType, double obsValue, string obsValueType)
{
ChartDataClass tempElementDataClass;
Hashtable tempElementLevelHash;
// does the element type exist in the hash table?
if (this.chartDataObsElementSummaryHashTable.ContainsKey(obsElementType))
{
tempElementLevelHash = (Hashtable)this.chartDataObsElementSummaryHashTable[obsElementType];
//This is the hashtable that contains all the instances of the ElementType
//Does the element exist in the hashtable
if (tempElementLevelHash.ContainsKey(obsElement))
{
tempElementDataClass = (ChartDataClass)tempElementLevelHash[obsElement];
tempElementDataClass.TimeData.Add(timePeriod.ToString(), obsValue.ToString());
tempElementDataClass.TimeStamps.Add(timePeriod);
tempElementDataClass.HighData.Add(obsValue);
}
//if not, create a new element hash to contain it
else
{
tempElementDataClass = new ChartDataClass();
tempElementDataClass.TimeData.Add(timePeriod.ToString(), obsValue.ToString());
tempElementDataClass.TimeStamps.Add(timePeriod);
tempElementDataClass.HighData.Add(obsValue);
tempElementLevelHash.Add(obsElement, tempElementDataClass);
}
}
else
{
tempElementDataClass = new ChartDataClass();
tempElementDataClass.TimeData.Add(timePeriod.ToString(), obsValue.ToString());
tempElementDataClass.TimeStamps.Add(timePeriod);
tempElementDataClass.HighData.Add(obsValue);
tempElementLevelHash = new Hashtable();
tempElementLevelHash.Add(obsElement, tempElementDataClass);
this.chartDataObsElementSummaryHashTable.Add(obsElementType, tempElementLevelHash);
}
}
public void Normalize(int durationOfModule)
{
Hashtable finalElementHT = new Hashtable();
Hashtable finalSubElementHT = new Hashtable();
Hashtable elementHashT = null;
ChartDataClass replacementDataClass = new ChartDataClass();
ArrayList timepoints = new ArrayList();
for (double i = 0; i < durationOfModule; i++)
{
timepoints.Add(i);
}
ArrayList dataAtTimepoints = new ArrayList();
ArrayList dataAtIconType = new ArrayList();
double lastval = 0;
double iconlastval = 1.0;
foreach (string elementLevel in this.chartDataObsElementHashTable.Keys)
{
if (elementLevel != "InfoElement") // hack - skip info element data
{
elementHashT = (Hashtable)this.chartDataObsElementHashTable[elementLevel];
finalSubElementHT = new Hashtable();
lastval = 0;
foreach (string ElementItems in elementHashT.Keys)
{
ChartDataClass tempDataClass = (ChartDataClass)elementHashT[ElementItems];
dataAtTimepoints = new ArrayList();
dataAtIconType = new ArrayList();
lastval = 0;
iconlastval = 1.0;
for (double i = 0; i < durationOfModule; i++)
{
if (tempDataClass.TimeStamps.Contains(i))
{
lastval = tempDataClass.HighData[tempDataClass.TimeStamps.IndexOf(i)];
dataAtTimepoints.Add(lastval);
iconlastval = tempDataClass.IconType[tempDataClass.TimeStamps.IndexOf(i)];
dataAtIconType.Add(iconlastval);
}
else
{
dataAtTimepoints.Add(lastval);
dataAtIconType.Add(0.0);
}
}
replacementDataClass = new ChartDataClass();
for (int k = 0; k < durationOfModule; k++)
{
replacementDataClass.TimeStamps.Add((double)timepoints[k]);
replacementDataClass.HighData.Add((double)dataAtTimepoints[k]);
replacementDataClass.IconType.Add((double)dataAtIconType[k]);
replacementDataClass.TimeData.Add(timepoints[k].ToString(), dataAtTimepoints[k].ToString());
}
finalSubElementHT[ElementItems] = replacementDataClass;
}
finalElementHT[elementLevel] = finalSubElementHT;
}
else
{
// info element
finalElementHT[elementLevel] = (Hashtable)this.chartDataObsElementHashTable[elementLevel]; // use existing table
}
}
this.chartDataObsElementHashTable = finalElementHT;
}
