static public AnalysisDefs.FeynmanResult GetResultFromFeynmanGateDictionary(Dictionary <UInt32, UInt32> feynmanGateDictionary, bool copy)
{
AnalysisDefs.FeynmanResult result = new AnalysisDefs.FeynmanResult();
double C, nC, n2C, n3C;
double temp;
double numNeutrons;
C = 0.0;
nC = 0.0;
n2C = 0.0;
n3C = 0.0;
// result.gateWidth = gateWidthInTics;
//for each entry in numGatesHavingNumNeutrons
result.maxDictionaryKey = 0;
foreach (KeyValuePair <UInt32, UInt32> pair in feynmanGateDictionary)
{
numNeutrons = pair.Key;
temp = (double)pair.Value; //the number of gates having that numNeutrons
C += temp; //so C will be the total number of complete gates with any numNeutrons
temp *= numNeutrons;
nC += temp; //nC is the weighted sum of numGates * numNeutrons
temp *= numNeutrons;
n2C += temp; //n2C is the weight sum of numGates * numNeutrons^2
temp *= numNeutrons;
n3C += temp; //n3C is the weight sum of numGates * numNeutrons^3
if (copy)
{
result.numGatesHavingNumNeutrons.Add(pair.Key, pair.Value);
if (pair.Key > result.maxDictionaryKey)
{
result.maxDictionaryKey = pair.Key;
}
}
}
if (C > 0.0)
{
result.C = C;
result.cbar = nC / C;
result.c2bar = n2C / C;
result.c3bar = n3C / C;
}
return(result);
}
static public AnalysisDefs.FeynmanResult GetResultFromFeynmanGateDictionary(Dictionary<UInt32, UInt32> feynmanGateDictionary, bool copy)
{
AnalysisDefs.FeynmanResult result = new AnalysisDefs.FeynmanResult();
double C, nC, n2C, n3C;
double temp;
double numNeutrons;
C = 0.0;
nC = 0.0;
n2C = 0.0;
n3C = 0.0;
// result.gateWidth = gateWidthInTics;
//for each entry in numGatesHavingNumNeutrons
result.maxDictionaryKey = 0;
foreach (KeyValuePair<UInt32, UInt32> pair in feynmanGateDictionary)
{
numNeutrons = pair.Key;
temp = (double)pair.Value; //the number of gates having that numNeutrons
C += temp; //so C will be the total number of complete gates with any numNeutrons
temp *= numNeutrons;
nC += temp; //nC is the weighted sum of numGates * numNeutrons
temp *= numNeutrons;
n2C += temp; //n2C is the weight sum of numGates * numNeutrons^2
temp *= numNeutrons;
n3C += temp; //n3C is the weight sum of numGates * numNeutrons^3
if (copy)
{
result.numGatesHavingNumNeutrons.Add(pair.Key, pair.Value);
if (pair.Key > result.maxDictionaryKey)
{
result.maxDictionaryKey = pair.Key;
}
}
}
if (C > 0.0)
{
result.C = C;
result.cbar = nC / C;
result.c2bar = n2C / C;
result.c3bar = n3C / C;
}
return (result);
}
public AnalysisDefs.FeynmanResult GetResult()
{
AnalysisDefs.FeynmanResult result = GetResultFromFeynmanGateDictionary(numGatesHavingNumNeutrons, true);
result.gateWidth = gateWidthInTics;
return(result);
}
