private PicesClassList SortIntoDisplayOrder(PicesClassList l)
{
PicesClassList knownClasses = new PicesClassList();
PicesClassList unKnownClasses = new PicesClassList();
foreach (PicesClass pc in l)
{
if (ClassInClassifierClasses(pc))
{
knownClasses.Add(pc);
}
else
{
unKnownClasses.Add(pc);
}
}
knownClasses.SortByName();
unKnownClasses.SortByName();
foreach (PicesClass pc in unKnownClasses)
{
knownClasses.Add(pc);
}
return(knownClasses);
}
} /* ReportByClassCollumns */
private PicesClassList BuildMLClassList()
{
PicesClassList mlClasses = new PicesClassList();
int cIDX;
//for (cIDX = 0; cIDX < totals->end (); cIDX++)
for (cIDX = 0; cIDX < totals.Count; cIDX++)
{
ClassTotals ct = totals[cIDX];
mlClasses.Add(PicesClassList.GetUniqueClass(ct.Name, ""));
}
mlClasses.SortByName();
return(mlClasses);
} /* BuildMLClassList */
} /* PrintTabDelDistributionMatrix */
public void PrintTabDelDistributionMatrixesForSummaryClasses(System.IO.StreamWriter o,
String majorTitle,
float volume
)
{
PicesClassList allKnownClasses = PicesClassList.GetAllKnownClasses();
PicesClassList allSummaryClasses = allKnownClasses.ExtractSummarizeClasses();
allSummaryClasses.SortByName();
foreach (PicesClass pc in allSummaryClasses)
{
SizeDistribution2 familySummary = this.ExtractFamilyOfClasses(pc);
if (familySummary.totals.Count > 1)
{
o.WriteLine(majorTitle + " *** Summary of " + pc.Name + " ***");
o.WriteLine();
familySummary.PrintTabDelDistributionMatrix(o, volume);
o.WriteLine();
o.WriteLine();
}
}
} /* PrintTabDelDistributionMatrixesForSummaryClasses */