public string CreateTrans(JobList job)
{
TransformerWindingConfigStruct wt = job.Transformer.WindingConfig;
int PhyNum = job.Transformer.PhaseNum;
string TransName = NumCorrection.KeepNumSpace(job.Transformer.SerialNo, 64, HeadOrTail.Tail);
string TransID = NumCorrection.KeepNumSpace(job.Transformer.ID.ToString(), 10, HeadOrTail.Tail);
string PhyNumStr = string.Empty;
if (PhyNum == 2)
{
PhyNumStr = "01";
}
else
{
PhyNumStr = "00";
}
string WindConFig = ParsingWindConfig(job);//2/3
string KindNum = ParsingWingKing(job);
string HTamMessage;
if (job.Transformer.OLTC.WindingPosition == WindingType.HV)
{
HTamMessage = ParsingNum(job.Transformer.OLTC.TapNum) +
ParsingNum(job.Transformer.OLTC.TapMainNum) + "00" +
NumCorrection.DoubleToHexNum(job.Transformer.OLTC.Step);
}
else
{
HTamMessage = "0000000000";
}
string MTamMessage;
if (job.Transformer.OLTC.WindingPosition == WindingType.MV)
{
MTamMessage = ParsingNum(job.Transformer.OLTC.TapNum) +
ParsingNum(job.Transformer.OLTC.TapMainNum) + "00" +
NumCorrection.DoubleToHexNum(job.Transformer.OLTC.Step);
}
else
{
MTamMessage = "0000000000";
}
//job.Transformer.OLTC.Step==0.0124;
string p1 = NumCorrection.Ten2Hex(((job.Transformer.PowerRating.HV) * 1000).ToString());
string p2 = NumCorrection.Ten2Hex(((job.Transformer.PowerRating.MV) * 1000).ToString());
string p3 = NumCorrection.Ten2Hex(((job.Transformer.PowerRating.LV) * 1000).ToString());
string PowerRating = NumCorrection.KeepNum(p1, 8, HeadOrTail.Head) + NumCorrection.KeepNum(p2, 8, HeadOrTail.Head) + NumCorrection.KeepNum(p3, 8, HeadOrTail.Head);
string v1 = NumCorrection.Ten2Hex(((job.Transformer.VoltageRating.HV) * 1000).ToString());
string v2 = NumCorrection.Ten2Hex(((job.Transformer.VoltageRating.MV) * 1000).ToString());
string v3 = NumCorrection.Ten2Hex(((job.Transformer.VoltageRating.LV) * 1000).ToString());
string VoltageRating = NumCorrection.KeepNum(v1, 8, HeadOrTail.Head) + NumCorrection.KeepNum(v2, 8, HeadOrTail.Head) + NumCorrection.KeepNum(v3, 8, HeadOrTail.Head);
return(TransName + TransID + PhyNumStr
+ WindConFig + KindNum + HTamMessage + MTamMessage + PowerRating + VoltageRating);
// string
}
private string ParsingWingKing(JobList job)
{
string wk1, wk2;
TransformerWindingConfigStruct wt = job.Transformer.WindingConfig;
switch (wt.MVLabel)
{
case 0:
case 1:
case 2:
case 3:
case 4:
case 5:
case 6:
case 7:
case 8:
case 9:
wk1 = "0" + wt.MVLabel;
break;
case 10:
wk1 = "0A";
break;
default:
wk1 = "0A";
break;
}
switch (wt.LVLabel)
{
case 0:
case 1:
case 2:
case 3:
case 4:
case 5:
case 6:
case 7:
case 8:
case 9:
wk2 = "0" + wt.LVLabel;
break;
case 10:
wk2 = "0A";
break;
default:
wk2 = "0A";
break;
}
return(wk1 + wk2);
}
private string ParsingWindConfig(JobList job)
{
TransformerWindingConfigStruct wt = job.Transformer.WindingConfig;
string wk1, wk2, wk3;
switch (wt.HV)
{
case TransformerWindingConfigName.Yn:
wk1 = "00";
break;
case TransformerWindingConfigName.Y:
wk1 = "01";
break;
case TransformerWindingConfigName.D:
wk1 = "02";
break;
case TransformerWindingConfigName.Zn:
wk1 = "03";
break;
default:
wk1 = "00";
break;
}
switch (wt.MV)
{
case TransformerWindingConfigName.Yn:
wk2 = "00";
break;
case TransformerWindingConfigName.Y:
wk2 = "01";
break;
case TransformerWindingConfigName.D:
wk2 = "02";
break;
case TransformerWindingConfigName.Zn:
wk2 = "03";
break;
default:
wk2 = "00";
break;
}
switch (wt.LV)
{
case TransformerWindingConfigName.Yn:
wk3 = "00";
break;
case TransformerWindingConfigName.Y:
wk3 = "01";
break;
case TransformerWindingConfigName.D:
wk3 = "02";
break;
case TransformerWindingConfigName.Zn:
wk3 = "03";
break;
default:
wk3 = "00";
break;
}
return(wk1 + wk2 + wk3);
}
