public static string DcResistans_To_75(Numerics.PhysicalVariable Value)
{
if (Value.value != null)
{
double TempValue = Convert.ToDouble(Value.value * 310 / 255);
return(Numerics.NumericsConverter.Value2Text(TempValue, 2, -6, " ", "Ω", false, false));
}
return(string.Empty);
}
public static MeasurementItemStruct FromDataRow(System.Data.DataRow row)
{
MeasurementItemStruct mi = new MeasurementItemStruct((MeasurementFunction)(int)row["function"]);
if (mi.Winding != null)
{
mi.Winding = new WindingType((int)row["windingtype"]);
}
if ((row["terimal"]).ToString().Length > 0)
{
List <WindingTerimal> wts = new List <WindingTerimal>();
foreach (var s in ((string)row["terimal"]).Split(';'))
{
wts.Add(new WindingTerimal(int.Parse(s)));
}
mi.Terimal = wts.ToArray();
}
mi.WindingConfig = (TransformerWindingConfigName)(int)row["windingconfig"];
if ((row["taplabel"]).ToString().Length > 0)
{
List <string> ss = new List <string>();
foreach (var s in ((string)row["taplabel"]).Split(';'))
{
//ss.Add(new WindingTerimal(int.Parse(s)));
}
mi.TapLabel = ((string)row["taplabel"]).Split(';');
}
mi.Text = row["text"].ToString();
try { mi.failed = (bool)row["failed"]; } catch { }
mi.completed = (bool)row["completed"];
SCEEC.Numerics.PhysicalVariable[] pv = new Numerics.PhysicalVariable[9];
for (int i = 0; i < 9; i++)
{
string pvs = row["result_pv" + (i + 1).ToString()].ToString();
pv[i] = SCEEC.Numerics.NumericsConverter.Text2Value(pvs);
}
try
{
short[] waves = Bytes2Shorts(System.Convert.FromBase64String(Convert.ToString(row["waves"])));
mi.result = new MeasurementResult(mi.Function, pv, waves, false, (DateTime)row["recordtime"]);
}
catch
{
}
if (mi.Function == MeasurementFunction.Leakagecurrent)
{
var data = JsonConvert.DeserializeObject <TTM.LeakCurJson>(Convert.ToString(row["waves"]));
short[] waves = new short[] { (short)data.H_L10kV, (short)data.L_H10kV, (short)data.HL10kV,
(short)data.H_L20kV, (short)data.L_H20kV, (short)data.HL20kV,
(short)data.H_L40kV, (short)data.L_H40kV, (short)data.HL40kV };
mi.result = new MeasurementResult(mi.Function, pv, waves, false, (DateTime)row["recordtime"]);
}
return(mi);
}
public static string DcResistans_To_75(Numerics.PhysicalVariable Value)
{
double TempValue = Convert.ToDouble(Value.value * 310 / 255);
return(Numerics.NumericsConverter.Value2Text(TempValue, 2, -23, " ", "F", false, false));
}
