protected bool WriteFixedLosValue(DUT dut)
{
bool isWriteOk = dut.WriteLOSDac(adjustLosStruct.LosAVoltageStartValue);
bool isStoreOk = dut.StoreLOSDac(adjustLosStruct.LosAVoltageStartValue);
bool isWriteOk1 = dut.WriteLOSDDac(adjustLosStruct.LosAVoltageStartValue);
bool isStoreOk1 = dut.StoreLOSDDac(adjustLosStruct.LosAVoltageStartValue);
Thread.Sleep(100);
targetLosADac = adjustLosStruct.LosAVoltageStartValue;
targetLosDDac = adjustLosStruct.LosDVoltageStartValue;
return(isWriteOk && isStoreOk && isWriteOk1 && isStoreOk1);
}
protected bool OneSectionMethodLosDAdjust(UInt32 startValue, byte step, UInt32 uperLimit, UInt32 lowLimit, DUT dut, byte tolerenceStep, out UInt32 targetLosDac)
{
byte adjustCount = 0;
byte backUpCount = 0;
bool isLos = false;
byte tempTolerenceStep = tolerenceStep;
tolerenceStep = Convert.ToByte(Math.Floor(Math.Log(Convert.ToDouble(tempTolerenceStep), 2)));
byte totalExponentiationCount = Convert.ToByte(Math.Floor(Math.Log(Convert.ToDouble(step), 2)));
do
{
if (startValue > uperLimit)
{
startValue = uperLimit;
}
else if (startValue < lowLimit)
{
startValue = lowLimit;
}
dut.WriteLOSDac(startValue);
Thread.Sleep(500);
dut.StoreLOSDac(algorithm.Uint16DataConvertoBytes(Convert.ToUInt16(startValue)));
Thread.Sleep(1000);
isLos = dut.ChkRxLos();
Thread.Sleep(1000);
isLos = dut.ChkRxLos();
if ((isLos == true))
{
int tempValue = (int)(startValue + (UInt32)Math.Pow(2, totalExponentiationCount - backUpCount) >= 4294967295 ? 4294967295 : startValue + (UInt32)Math.Pow(2, totalExponentiationCount - backUpCount));
startValue = (UInt32)tempValue;
}
else if ((isLos == false) && ((totalExponentiationCount - backUpCount + 1) > tolerenceStep))
{
int tempValue = (int)((startValue - (UInt32)Math.Pow(2, totalExponentiationCount - backUpCount)) >= 0 ? (startValue - (UInt32)Math.Pow(2, totalExponentiationCount - backUpCount)) : 0);
startValue = (UInt32)tempValue;
backUpCount++;
tempValue = (int)((startValue + (UInt32)Math.Pow(2, totalExponentiationCount - backUpCount)) >= 4294967295 ? 4294967295 : (startValue + (UInt32)Math.Pow(2, totalExponentiationCount - backUpCount)));
startValue = (UInt32)tempValue;
}
if (isLos == true || (totalExponentiationCount - backUpCount + 1) >= tolerenceStep)
{
adjustCount++;
}
} while (adjustCount <= 30 && (isLos == true || (totalExponentiationCount - backUpCount + 1) > tolerenceStep));
targetLosDac = startValue;
return(isLos == false);
}
protected bool OneSectionMethodLosAdjust(double startValue, byte step, double uperLimit, double lowLimit, DUT dut, out double targetLosDac)
{
byte adjustCount = 0;
bool isLos = false;
byte totalExponentiationCount = Convert.ToByte(Math.Floor(Math.Log(Convert.ToDouble(step), 2)));
do
{
if (startValue > uperLimit)
{
startValue = uperLimit;
}
else if (startValue < lowLimit)
{
startValue = lowLimit;
}
dut.WriteLOSDac(startValue);
dut.StoreLOSDac(startValue);
Thread.Sleep(100);
isLos = dut.ChkRxLos();
Thread.Sleep(50);
isLos = dut.ChkRxLos();
if ((isLos == false))
{
UInt32 tempValue = (UInt32)(startValue + (UInt32)Math.Pow(2, totalExponentiationCount) >= uperLimit ? uperLimit : startValue + (UInt32)Math.Pow(2, totalExponentiationCount));
startValue = (UInt32)tempValue;
}
if (isLos == false)
{
adjustCount++;
}
} while (adjustCount <= 30 && (isLos == false));
targetLosDac = Convert.ToUInt32(startValue);
return(isLos);
}