private void WorkTest_OutTestResult(byte[] result)
{
OutTestResult(result);
ViewSources vs = new ViewSources(result);
this.TestFre = vs.TestFre;
this.In = NumericsConverter.Value2Text(vs.TestIn, 4, -13, "", SCEEC.Numerics.Quantities.QuantityName.Capacitance);
this.Ix1 = NumericsConverter.Value2Text(vs.TestIx1, 4, -13, "", SCEEC.Numerics.Quantities.QuantityName.Current);
this.AG1 = vs.TestPh1.ToString("F6"); //NumericsConverter.Value2Text(vs.TestPh1, 4, -6, "", SCEEC.Numerics.Quantities.QuantityName.None);
this.Ix2 = NumericsConverter.Value2Text(vs.TestIx2, 4, -13, "", SCEEC.Numerics.Quantities.QuantityName.Current);
this.AG2 = vs.TestPh2.ToString("F6"); //NumericsConverter.Value2Text(vs.TestPh2, 4, -6, "", SCEEC.Numerics.Quantities.QuantityName.None);
this.Ix3 = NumericsConverter.Value2Text(vs.TestIx3, 4, -13, "", SCEEC.Numerics.Quantities.QuantityName.Current);
this.AG3 = vs.TestPh3.ToString("F6"); //NumericsConverter.Value2Text(vs.TestPh3, 4, -6, "", SCEEC.Numerics.Quantities.QuantityName.None);
this.Ix4 = NumericsConverter.Value2Text(vs.TestIx4, 4, -13, "", SCEEC.Numerics.Quantities.QuantityName.Current);
this.AG4 = vs.TestPh4.ToString("F6"); //NumericsConverter.Value2Text(vs.TestPh4, 4, -6, "", SCEEC.Numerics.Quantities.QuantityName.None);
this.OneStata = NumericsConverter.Value2Text(vs.OneVolate, 4, -13, "", SCEEC.Numerics.Quantities.QuantityName.Voltage);
this.Alarm = vs.AlarmStata.ToString();
StandardCapacitance = Cn.ToString();
StandardCapacitanceDissipationFactor = NumericsConverter.Value2Text(Math.Tan(pnv(AGn.value)), 4, -5, "", SCEEC.Numerics.Quantities.QuantityName.None, percentage: true).Trim();
HVFrequency = NumericsConverter.Value2Text(vs.TestFre, 4, -3, "", SCEEC.Numerics.Quantities.QuantityName.Frequency);
HVVoltage = calcVolt(HVFrequency, Cn, In);
Capacitance1 = calcCap(Ix1, AG1).ToString();
Capacitance2 = calcCap(Ix2, AG2).ToString();
Capacitance3 = calcCap(Ix3, AG3).ToString();
Capacitance4 = calcCap(Ix4, AG4).ToString();
Current1 = Ix1.ToString();
Current2 = Ix2.ToString();
Current3 = Ix3.ToString();
Current4 = Ix4.ToString();
DissipationFactor1 = calcDF(AG1);
DissipationFactor2 = calcDF(AG2);
DissipationFactor3 = calcDF(AG3);
DissipationFactor4 = calcDF(AG4);
Power1 = calcPower(Ix1, AG1);
Power2 = calcPower(Ix2, AG2);
Power3 = calcPower(Ix3, AG3);
Power4 = calcPower(Ix4, AG4);
}
