//private function section, unique to ZNBT
private void WriteSingleStandard(SCalStdTable stdTable, int stdNumber, string rSStandard)
{
string cmd = "";
cmd = cmd + ":SENS:CORR:CKIT:";
cmd = cmd + rSStandard;
cmd = cmd + " 'Package','" + stdTable.calkit_label; //calkitLabel;
cmd = cmd + "','" + stdTable.CalStdData[stdNumber].StdLabel + "'"; //stdLabel
cmd = cmd + "," + stdTable.CalStdData[stdNumber].MinFreq; //TEXT(FMIN.ToString());
cmd = cmd + "," + stdTable.CalStdData[stdNumber].MaxFreq; //TEXT(FMAX.ToString());
cmd = cmd + "," + stdTable.CalStdData[stdNumber].OffsetDelay; //TEXT(DEL.ToString());
cmd = cmd + "," + stdTable.CalStdData[stdNumber].OffsetLoss / 1000000000; //TEXT(LOSS.ToString());
cmd = cmd + "," + stdTable.CalStdData[stdNumber].OffsetZ0; //TEXT(Z0.ToString());
if (!rSStandard.Contains("THrough"))
{
cmd = cmd + "," + stdTable.CalStdData[stdNumber].C0_L0; //TEXT(C0.ToString());
cmd = cmd + "," + stdTable.CalStdData[stdNumber].C1_L1; //TEXT(C1.ToString());
cmd = cmd + "," + stdTable.CalStdData[stdNumber].C2_L2; //TEXT(C2.ToString());
cmd = cmd + "," + stdTable.CalStdData[stdNumber].C3_L3; //TEXT(C3.ToString());
cmd = cmd + "," + stdTable.CalStdData[stdNumber].C0_L0; //TEXT(L0.ToString());
cmd = cmd + "," + stdTable.CalStdData[stdNumber].C1_L1; //TEXT(L1.ToString());
cmd = cmd + "," + stdTable.CalStdData[stdNumber].C2_L2; //TEXT(L2.ToString());
cmd = cmd + "," + stdTable.CalStdData[stdNumber].C3_L3; //TEXT(L3.ToString());
if (stdTable.CalStdData[stdNumber].Port1 != 0 & stdTable.CalStdData[stdNumber].Port1 != -1)
{
if (stdTable.CalStdData[stdNumber].StdType == naEnum.ECalibrationStandard.LOAD)
{
cmd = cmd + "," + "MATC"; //tempStandard
cmd = cmd + "," + stdTable.CalStdData[stdNumber].Port1; //TEXT(Port1.ToString());
}
else
{
cmd = cmd + "," + stdTable.CalStdData[stdNumber].StdType.ToString(); //tempStandard
cmd = cmd + "," + stdTable.CalStdData[stdNumber].Port1; //TEXT(Port1.ToString());
}
}
}
else
{
if (stdTable.CalStdData[stdNumber].Port1 != 0 && stdTable.CalStdData[stdNumber].Port2 != 0)
{
cmd = cmd + "," + stdTable.CalStdData[stdNumber].Port1; //TEXT(Port1.ToString());
cmd = cmd + "," + stdTable.CalStdData[stdNumber].Port2; //TEXT(Port2.ToString());
}
}
SendCommand(cmd);
string rc = ReadCommand(":SYST:ERR?");
rc = rc.ToUpper();
if (!rc.Contains("NO ERROR"))
{
string s = cmd;
}
}
internal override void InsertCalKitStd(SCalStdTable stdTable)
{
string ckit;
ckit = ReadCommand(":SENS:CORR:CKIT:CATalog?");
bool b = ckit.Contains(stdTable.calkit_label);
if (b)
{
SendCommand(":SENS:CORR:CKIT:DEL " + "'" + stdTable.calkit_label + "'"); // delete calkit if it exist [sayaun]
}
SetCalKitLabel(stdTable.channelNo, stdTable.calkit_label);
AveragingMode(stdTable.channelNo, stdTable.Avg_Mode);
AveragingFactor(stdTable.channelNo, stdTable.Avg_Factor);
for (int i = 0; i < stdTable.CalStdData.Length; i++)
{
switch (stdTable.CalStdData[i].StdType)
{
case naEnum.ECalibrationStandard.OPEN: // "OPEN":
//tempStandard = "OPEN";
WriteSingleStandard(stdTable, i, "FOPEN");
WriteSingleStandard(stdTable, i, "MOPEN");
break;
case naEnum.ECalibrationStandard.SHORT: //"SHORT":
//tempStandard = "SHOR";
WriteSingleStandard(stdTable, i, "FSHORT");
WriteSingleStandard(stdTable, i, "MSHORT");
break;
case naEnum.ECalibrationStandard.LOAD: //"LOAD":
//tempStandard = "MATC";
WriteSingleStandard(stdTable, i, "MMTCh");
WriteSingleStandard(stdTable, i, "FMTCh");
break;
case naEnum.ECalibrationStandard.THRU: //"THRU":
WriteSingleStandard(stdTable, i, "MMTHrough");
WriteSingleStandard(stdTable, i, "MFTHrough");
WriteSingleStandard(stdTable, i, "FFTHrough");
break;
}
base.Operation_Complete();
}
}
internal override void InsertCalKitStd(SCalStdTable stdTable)
{
int channelNo = stdTable.channelNo;
int stdNo;
ActiveChannel(channelNo);
ChannelMax(channelNo, true);
SendCommand(":SENS" + channelNo + ":CORR:COLL:CKIT " + stdTable.calkit_locnum);
SendCommand(":SENS" + channelNo + ":CORR:COLL:CKIT:LAB \"" + stdTable.calkit_label + "\"");
base.Operation_Complete();
for (int i = 0; i < stdTable.CalStdData.Length; i++)
{
stdNo = stdTable.CalStdData[i].StdNo;
SendCommand(":SENS" + channelNo + ":CORR:COLL:CKIT:STAN" + stdNo + ":TYPE " + stdTable.CalStdData[i].StdType);
SendCommand(":SENS" + channelNo + ":CORR:COLL:CKIT:STAN" + stdNo + ":LAB \"" + stdTable.CalStdData[i].StdLabel + "\"");
SendCommand(":SENS" + channelNo + ":CORR:COLL:CKIT:STAN" + stdNo + ":C0 " + stdTable.CalStdData[i].C0_L0);
SendCommand(":SENS" + channelNo + ":CORR:COLL:CKIT:STAN" + stdNo + ":C1 " + stdTable.CalStdData[i].C1_L1);
SendCommand(":SENS" + channelNo + ":CORR:COLL:CKIT:STAN" + stdNo + ":C2 " + stdTable.CalStdData[i].C2_L2);
SendCommand(":SENS" + channelNo + ":CORR:COLL:CKIT:STAN" + stdNo + ":C3 " + stdTable.CalStdData[i].C3_L3);
SendCommand(":SENS" + channelNo + ":CORR:COLL:CKIT:STAN" + stdNo + ":L0 " + stdTable.CalStdData[i].C0_L0);
SendCommand(":SENS" + channelNo + ":CORR:COLL:CKIT:STAN" + stdNo + ":L1 " + stdTable.CalStdData[i].C1_L1);
SendCommand(":SENS" + channelNo + ":CORR:COLL:CKIT:STAN" + stdNo + ":L2 " + stdTable.CalStdData[i].C2_L2);
SendCommand(":SENS" + channelNo + ":CORR:COLL:CKIT:STAN" + stdNo + ":L3 " + stdTable.CalStdData[i].C3_L3);
SendCommand(":SENS" + channelNo + ":CORR:COLL:CKIT:STAN" + stdNo + ":DEL " + stdTable.CalStdData[i].OffsetDelay);
SendCommand(":SENS" + channelNo + ":CORR:COLL:CKIT:STAN" + stdNo + ":Z0 " + stdTable.CalStdData[i].OffsetZ0);
SendCommand(":SENS" + channelNo + ":CORR:COLL:CKIT:STAN" + stdNo + ":LOSS " + stdTable.CalStdData[i].OffsetLoss);
SendCommand(":SENS" + channelNo + ":CORR:COLL:CKIT:STAN" + stdNo + ":ARB " + stdTable.CalStdData[i].ArbImp);
SendCommand(":SENS" + channelNo + ":CORR:COLL:CKIT:STAN" + stdNo + ":FMIN " + stdTable.CalStdData[i].MinFreq);
SendCommand(":SENS" + channelNo + ":CORR:COLL:CKIT:STAN" + stdNo + ":FMAX " + stdTable.CalStdData[i].MaxFreq);
SendCommand(":SENS" + channelNo + ":CORR:COLL:CKIT:STAN" + stdNo + ":CHAR " + Enum.GetName(typeof(naEnum.ECalStdMedia), stdTable.CalStdData[i].Media));
base.Operation_Complete();
}
ChannelMax(channelNo, false);
waitTimer.Wait(300);
}
internal virtual void InsertCalKitStd(SCalStdTable stdTable)
{
}
//Setup Cal-kit
public void SetupCalKit(SCalStdTable stdTable)
{
InsertCalKitStd(stdTable);
}
