private static avgBestSizes getAverageBestSizes(Destination d, List <UInt32> stubs, List <UInt32> nonstubs, List <UInt32> ASNs, StreamWriter output)
{
double allavg = 0;
double allpoints = 0;
double savg = 0;
double spoints = 0;
double nsavg = 0;
double nspoints = 0;
for (int a = 0; a < ASNs.Count; a++)
{
UInt32 i = ASNs[a];
if (d.Best[i] != null)
{
double currVal = d.Best[i].Count;
allavg += currVal;
allpoints++;
// output.WriteLine("{0},{1},{2}", currVal, i,d.destination);
if (stubs.Contains(i))
{
savg += currVal;
spoints++;
output.WriteLine("stub,{0},{1},{2}", currVal, i, d.destination);
}
else if (nonstubs.Contains(i))
{
output.WriteLine("nonstub,{0},{1},{2}", currVal, i, d.destination);
nsavg += currVal;
nspoints++;
}
}
}
avgBestSizes toreturn = new avgBestSizes();
toreturn.all = allavg / allpoints;
toreturn.stubs = savg / spoints;
toreturn.nonstubs = nsavg / nspoints;
return(toreturn);
}
private static avgBestSizes getAverageBestSizes(Destination d, List<UInt32> stubs, List<UInt32> nonstubs,List<UInt32> ASNs,StreamWriter output)
{
double allavg = 0;
double allpoints = 0;
double savg = 0;
double spoints = 0;
double nsavg = 0;
double nspoints = 0;
for (int a = 0; a < ASNs.Count; a++)
{
UInt32 i = ASNs[a];
if (d.Best[i] != null)
{
double currVal = d.Best[i].Count;
allavg += currVal;
allpoints++;
// output.WriteLine("{0},{1},{2}", currVal, i,d.destination);
if (stubs.Contains(i))
{
savg += currVal;
spoints++;
output.WriteLine("stub,{0},{1},{2}", currVal, i, d.destination);
}
else if (nonstubs.Contains(i))
{
output.WriteLine("nonstub,{0},{1},{2}", currVal, i, d.destination);
nsavg += currVal;
nspoints++;
}
}
}
avgBestSizes toreturn = new avgBestSizes();
toreturn.all = allavg / allpoints;
toreturn.stubs = savg /spoints;
toreturn.nonstubs = nsavg/ nspoints;
return toreturn;
}
