public List <double> GetSamplesForCOL(SymbolicValue COL)
{
if (SamplesForCOL.ContainsKey(COL))
{
return(SamplesForCOL[COL]);
}
IEnumerable <double> samples = null;
if (AmountByCOL.ContainsKey(COL))
{
samples = AmountByCOL[COL];
}
if (!COLEquivalencyMap.ContainsKey(COL))
{
SamplesForCOL.Add(COL, samples.ToList <double>());
return(SamplesForCOL[COL]);
}
foreach (SymbolicValue EquivalentCOL in COLEquivalencyMap[COL])
{
if (EquivalentCOL.Equals(COL))
{
continue;
}
if (AmountByCOL.ContainsKey(EquivalentCOL))
{
if (samples == null)
{
samples = AmountByCOL[EquivalentCOL];
}
else
{
samples = samples.Zip(AmountByCOL[EquivalentCOL], (a, b) => a + b);
}
}
}
SamplesForCOL.Add(COL, samples.ToList <double>());
return(SamplesForCOL[COL]);
}
public double this[SymbolicValue COL]
{
get
{
if (TotalGUForCOL.ContainsKey(COL))
{
return(TotalGUForCOL[COL]);
}
double total = 0.0;
if (AmountByCOL.ContainsKey(COL))
{
total += AmountByCOL[COL].Zip(FactorArray, (x, y) => x * y).Sum();
}
// @FACTORARRAY REPLACE
//if (AmountByCOL.ContainsKey(COL))
// total += AmountByCOL[COL].Sum() * Factor;
if (COLEquivalencyMap.ContainsKey(COL))
{
foreach (SymbolicValue EquivalentCOL in COLEquivalencyMap[COL])
{
if (EquivalentCOL.Equals(COL))
{
continue;
}
if (AmountByCOL.ContainsKey(EquivalentCOL))
{
total += AmountByCOL[EquivalentCOL].Zip(FactorArray, (x, y) => x * y).Sum();
// @FACTORARRAY REPLACE
//total += AmountByCOL[EquivalentCOL].Sum() * Factor;
}
}
}
TotalGUForCOL.Add(COL, total);
return(TotalGUForCOL[COL]);
}
}
