internal void ErrorCheck()
{
foreach (Cell l in cells)
{
l.ErrorCheck();
}
if (classBits.BitsToString().BinaryStringToInt() >= OptoGlobals.NumberOfClasses)
{
classBits = classBits.RerollBitArray(OptoGlobals.RNG);
ErrorCheck();
}
}
public String HumanReadableChromosome()
{
StringBuilder ret = new StringBuilder();
int affinity = affinityBits.BitsToString().BinaryStringToInt();
ret.AppendLine("\tThis chromosome " + affinityStrings[affinity]);
ret.AppendLine("\tIt focuses on problems in the following class:");
int Classes = classBits.BitsToString().BinaryStringToInt();
ret.AppendLine("\t" + OptoGlobals.ClassList[Classes]);
ret.AppendLine("\tBy aggregating the " + (notFlag?"nay":"yes") + " votes from the following " + NumCells + " cell" + (NumCells > 1?"s:":":"));
foreach (Cell temp in cells)
{
ret.AppendLine("\t" + temp.HumanReadableCell());
}
return(ret.ToString());
}
//decoding functions
public string BitsAsString()
{
return(_bits.BitsToString());
}
public override String ToString()
{
return(_bits.BitsToString());
}
public static string BitsToString(this BitArray a, uint start, uint end)
{
BitArray ret = Range(a, start, end);
return(ret.BitsToString());
}