public static byte[] DeelVolateAndFre(byte[] data)
{
//Encoding.Default.GetBytes(aaa.ToString("N3"));
ViewSources vs = new ViewSources(data);
byte[] Volate = OnlyData(vs.TestCurrent, "A");
byte[] Fre = OnlyData(vs.TestFre, "Hz");
byte[] Cx1 = OnlyData((float)vs.TestCx1, "");
byte[] CxTan1 = OnlyData((float)vs.TestTan1, "");
byte[] Cx2 = OnlyData((float)vs.TestCx2, "");
byte[] CxTan2 = OnlyData((float)vs.TestTan2, "");
byte[] Cx3 = OnlyData((float)vs.TestCx3, "");
byte[] CxTa3 = OnlyData((float)vs.TestTan3, "");
byte[] Cx4 = OnlyData((float)vs.TestCx4, "");
byte[] CxTan4 = OnlyData((float)vs.TestTan4, "");
byte[] zero = new byte[7];
byte[] returnbyte = new byte[99];
returnbyte[0] = 0xfd;
Volate.CopyTo(returnbyte, 1);
Fre.CopyTo(returnbyte, 8);
Cx1.CopyTo(returnbyte, 15);
CxTan1.CopyTo(returnbyte, 22);
Cx2.CopyTo(returnbyte, 29);
CxTan2.CopyTo(returnbyte, 36);
Cx3.CopyTo(returnbyte, 43);
CxTa3.CopyTo(returnbyte, 50);
Cx4.CopyTo(returnbyte, 57);
CxTan4.CopyTo(returnbyte, 64);
zero.CopyTo(returnbyte, 71);
zero.CopyTo(returnbyte, 78);
zero.CopyTo(returnbyte, 85);
zero.CopyTo(returnbyte, 92);
return(returnbyte);
}
private void WorkTest_OutTestResult1(byte[] result)
{
if (result.Length == 55)
{
ViewSources vs = new ViewSources(result);
TestFre = vs.TestFre.ToString();
TestVoalte = vs.TestVoalte.ToString();
TestIn = vs.TestIn.ToString();
TestIx1 = vs.TestIx1.ToString();
TestIx2 = vs.TestIx2.ToString();
TestIx3 = vs.TestIx3.ToString();
TestIx4 = vs.TestIx4.ToString();
TestPh1 = vs.TestPh1.ToString();
TestPh2 = vs.TestPh2.ToString();
TestPh3 = vs.TestPh3.ToString();
TestPh4 = vs.TestPh4.ToString();
TestRn = vs.TestRn.ToString();
TestRx1 = vs.TestRx1.ToString();
TestRx2 = vs.TestRx2.ToString();
TestRx3 = vs.TestRx3.ToString();
TestRx4 = vs.TestRx4.ToString();
TestSpeed = vs.TestSpeed.ToString();
TestU0 = vs.TestU0.ToString();
TestCx1 = vs.TestCx1.ToString();
TestCx2 = vs.TestCx2.ToString();
TestCx3 = vs.TestCx3.ToString();
TestCx4 = vs.TestCx4.ToString();
Testθ0 = vs.Testθ0.ToString();
TestTan1 = vs.TestTan1.ToString();
TestTan2 = vs.TestTan2.ToString();
TestTan3 = vs.TestTan3.ToString();
TestTan4 = vs.TestTan4.ToString();
}
}
public static byte[] DeelVolateAndFre(byte[] data)
{
//Encoding.Default.GetBytes(aaa.ToString("N3"));
ViewSources vs = new ViewSources(data);
byte[] HighVolate = OnlyData((float)vs.TestU0, "V");
byte[] Fre = OnlyData(vs.TestFre, "Hz");
byte[] ix1 = OnlyData((float)vs.TestIx1, "A");
byte[] ix2 = OnlyData((float)vs.TestIx2, "A");
byte[] ix3 = OnlyData((float)vs.TestIx3, "A");
byte[] ix4 = OnlyData((float)vs.TestIx4, "A");
byte[] LowVolate = OnlyData((float)vs.OneVolate, "V");
byte[] LowCurrent = OnlyData((float)vs.TestIn, "A");
byte[] returnbyte = new byte[57];
returnbyte[0] = 0xda;
HighVolate.CopyTo(returnbyte, 1);
Fre.CopyTo(returnbyte, 8);
ix1.CopyTo(returnbyte, 15);
ix2.CopyTo(returnbyte, 22);
ix3.CopyTo(returnbyte, 29);
ix4.CopyTo(returnbyte, 36);
LowVolate.CopyTo(returnbyte, 43);
LowCurrent.CopyTo(returnbyte, 50);
return(returnbyte);
}
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);
}
private void WorkTest_OutTestResult1(byte[] result)
{
if (result.Length == 19)
{
ViewSources vs = new ViewSources(result);
TestFre = vs.TestFre;
TestVoalte = vs.TestVoalte;
TestIn = vs.TestIn;
TestIx1 = vs.TestIx1;
TestIx2 = vs.TestIx2;
TestIx3 = vs.TestIx3;
TestIx4 = vs.TestIx4;
TestPh1 = vs.TestPh1;
TestPh2 = vs.TestPh2;
TestPh3 = vs.TestPh3;
TestPh4 = vs.TestPh4;
TestRn = vs.TestRn;
TestRx1 = vs.TestRx1;
TestRx2 = vs.TestRx2;
TestRx3 = vs.TestRx3;
TestRx4 = vs.TestRx4;
TestSpeed = vs.TestSpeed;
}
}
private void MainWindow_OutTestResult(byte[] data)
{
ViewSources vs = new ViewSources(data);
this.Dispatcher.BeginInvoke((Action) delegate()
{
if (Com1.SelectedIndex == 0)
{
DL.Text = NumericsConverter.Value2Text(vs.TestIn, 6, -13, "", SCEEC.Numerics.Quantities.QuantityName.Current);
XW.Text = vs.TestPh1.ToString("F6");
float[] tpd = GetTwoNum(Com1.SelectedIndex, Com2.SelectedIndex, (int)vs.TestRn);
if (tpd != null)
{
if ((((int)vs.TestRn).ToString() != LC.Text) && CurrentTextBox.Text.Length < 1)
{
CurrentTextBox.Text = tpd[0].ToString();
Tant.Text = tpd[1].ToString();
}
}
LC.Text = vs.TestRn.ToString();
}
if (Com1.SelectedIndex == 3)
{
DL.Text = NumericsConverter.Value2Text(vs.TestIx1, 6, -13, "", SCEEC.Numerics.Quantities.QuantityName.Current);
XW.Text = vs.TestPh2.ToString("F6");
float[] tpd = GetTwoNum(Com1.SelectedIndex, Com2.SelectedIndex, (int)vs.TestRx1);
if (tpd != null)
{
if ((((int)vs.TestRx1).ToString() != LC.Text) && CurrentTextBox.Text.Length < 1)
{
CurrentTextBox.Text = tpd[0].ToString();
Tant.Text = tpd[1].ToString();
}
}
LC.Text = vs.TestRx1.ToString();
}
if (Com1.SelectedIndex == 4)
{
DL.Text = NumericsConverter.Value2Text(vs.TestIx2, 6, -13, "", SCEEC.Numerics.Quantities.QuantityName.Current);
XW.Text = vs.TestPh3.ToString("F6");
float[] tpd = GetTwoNum(Com1.SelectedIndex, Com2.SelectedIndex, (int)vs.TestRx2);
if (tpd != null)
{
if ((((int)vs.TestRx2).ToString() != LC.Text) && CurrentTextBox.Text.Length < 1)
{
CurrentTextBox.Text = tpd[0].ToString();
Tant.Text = tpd[1].ToString();
}
}
LC.Text = vs.TestRx2.ToString();
}
if (Com1.SelectedIndex == 5)
{
DL.Text = NumericsConverter.Value2Text(vs.TestIx3, 6, -13, "", SCEEC.Numerics.Quantities.QuantityName.Current);
XW.Text = vs.TestPh4.ToString("F6");
float[] tpd = GetTwoNum(Com1.SelectedIndex, Com2.SelectedIndex, (int)vs.TestRx3);
if (tpd != null)
{
if ((((int)vs.TestRx3).ToString() != LC.Text) && CurrentTextBox.Text.Length < 1)
{
CurrentTextBox.Text = tpd[0].ToString();
Tant.Text = tpd[1].ToString();
}
}
LC.Text = vs.TestRx3.ToString();
}
if (Com1.SelectedIndex == 6)
{
DL.Text = NumericsConverter.Value2Text(vs.TestIx4, 6, -13, "", SCEEC.Numerics.Quantities.QuantityName.Current);
XW.Text = vs.TestPh4.ToString("F6");
float[] tpd = GetTwoNum(Com1.SelectedIndex, Com2.SelectedIndex, (int)vs.TestRx4);
if (tpd != null)
{
if ((((int)vs.TestRx4).ToString() != LC.Text) && CurrentTextBox.Text.Length < 1)
{
CurrentTextBox.Text = tpd[0].ToString();
Tant.Text = tpd[1].ToString();
}
}
LC.Text = vs.TestRx4.ToString();
}
if (Com1.SelectedIndex == 1 || Com1.SelectedIndex == 2 || Com1.SelectedIndex == 7)
{
LC.Text = "";
DL.Text = "";
XW.Text = "";
CurrentTextBox.Text = "";
Tant.Text = "";
}
});
}
private CollectionViewSource ViewSource(ViewSources source)
{
return(FindResource(source.ToString()) as CollectionViewSource);
}
