public void Reset()
{
int index = 0;
long ECC = 0, OCC = 0;
foreach (var x in Corner.odd)
{
OCPs[index++] = (OCC += cornerParity.Test(true) && cornerLimit.Test(x) ? x.Count : 0) * 2.0 / Corner.Sum;
}
OCP = OCPs[OCPs.Length - 1];
CC = index = 0;
foreach (var x in Corner.even)
{
ECPs[index++] = (ECC += cornerParity.Test(false) && cornerLimit.Test(x) ? x.Count : 0) * 2.0 / Corner.Sum;
}
ECP = ECPs[ECPs.Length - 1];
CC = OCC + ECC;
CP = ECP + OCP;
CF = (double)OCC / CC;
WC = 0;
double OWC = 0, wingSum = (double)Wing.Sum;
for (index = 0; index < WPs.Length; ++index)
{
if (wingLimit.Test(Wing.list[index]))
{
WPs[index] = (double)(WC += Wing.list[index].Count) / wingSum;
if (Wing.list[index].Parity == 1)
{
OWC += (double)Wing.list[index].Count / wingSum;
}
}
}
WP = WPs[WPs.Length - 1];
WF = OWC / (double)WC;
XCC = XCenter.GetCount(xcLimit);
XCP = (double)XCC / XCenter.Sum;
}
