protected UInt32 EnumMethod(UInt32[] inPutArray, DUT dut, ErrorDetector ed, byte substep, out ArrayList berArray, out ArrayList apdDacArray, out double minBer)
{
berArray = new ArrayList();
apdDacArray = new ArrayList();
UInt32 minimumDAC;
for (byte i = 0; i < inPutArray.Length; i++)
{
// add write APD
dut.WriteAPDDac(inPutArray[i]);
apdDacArray.Add(inPutArray[i]);
ed.GetErrorRate();
berArray.Add(ed.GetErrorRate());
}
minBer = -1;
byte minIndex = 0;
#region Select minimum value
minBer = Algorithm.SelectMinValue(berArray, out minIndex);
minimumDAC = inPutArray[minIndex];
#endregion
#region Fine Tune Target Value
dut.WriteAPDDac(Algorithm.Uint16DataConvertoBytes((UInt16)(inPutArray[minIndex] + substep)));
double tempBer1 = ed.GetErrorRate();
dut.WriteAPDDac(Algorithm.Uint16DataConvertoBytes((UInt16)(inPutArray[minIndex] - substep)));
double tempBer2 = ed.GetErrorRate();
double mintempBer = Math.Min(tempBer1, tempBer2);
if (mintempBer == tempBer1)
{
if (minBer > tempBer1)
{
minimumDAC = Convert.ToUInt16(minimumDAC + substep);
apdDacArray.Add(minimumDAC);
dut.WriteAPDDac(minimumDAC);
minBer = ed.GetErrorRate();
berArray.Add(minBer);
}
}
else
{
if (minBer > tempBer2)
{
minimumDAC = Convert.ToUInt16(minimumDAC - substep);
apdDacArray.Add(minimumDAC);
dut.WriteAPDDac(minimumDAC);
minBer = ed.GetErrorRate();
berArray.Add(minBer);
}
}
#endregion
return(minimumDAC);
}
