private void SetPSData(CFGData _CFGData)
{
mPSData.Clear();
for (int i = 0; i < _CFGData.A_Amount; i++)
{
PSData _PSData = new PSData();
if (_CFGData.arrAnalogyData[i].PrimaryOrSecondary == "P")
{
_PSData.P = _CFGData.arrAnalogyData[i].Magnification1;
_PSData.PerUnit = _CFGData.arrAnalogyData[i].Magnification1 * _CFGData.arrAnalogyData[i].Magnification1;
_PSData.S = _PSData.PerUnit / _CFGData.arrAnalogyData[i].Magnification2;
}
else if (_CFGData.arrAnalogyData[i].PrimaryOrSecondary == "S")
{
_PSData.S = _CFGData.arrAnalogyData[i].Zoom;
_PSData.PerUnit = 1 / _CFGData.arrAnalogyData[i].Magnification2 * _CFGData.arrAnalogyData[i].Zoom;
_PSData.P = _CFGData.arrAnalogyData[i].Magnification1 / _CFGData.arrAnalogyData[i].Magnification2 * _CFGData.arrAnalogyData[i].Zoom;
}
mPSData.Add(_PSData);
}
}
private void bgGrp1_DataChanged(object sender, DataChangeEventArgs e)
{
try
{
foreach (OPCItemState rslt in e.sts)
{
if (rslt.HandleClient == 0)
{
if (rslt.Quality == 0)
{
continue;
}
int resValue = int.Parse(rslt.DataValue.ToString());
if (resValue != 0)
{
PSData ps = new PSData();
ps.machineCode = this.MachineCode;
ps.position = resValue;
this.OnPositionChanged(ps, new EventArgs());
}
}
else if (rslt.HandleClient == 1)
{
bool resValue = bool.Parse(rslt.DataValue.ToString());
pallet.Dispatcher.BeginInvoke(new InvokeDelegate(SetPalletPresentStatus), resValue);
}
}
}
catch (NullReferenceException ex)
{
}
catch (Exception ex)
{
MessageBox.Show(ex.Message);
}
}
private void PSCalc_Click(object sender, EventArgs e)
{
double.TryParse(txt_Ua.Text, out double Ua);
double.TryParse(txt_UaPhi.Text, out double PhiUa);
double.TryParse(txt_Ub.Text, out double Ub);
double.TryParse(txt_UbPhi.Text, out double PhiUb);
double.TryParse(txt_Uc.Text, out double Uc);
double.TryParse(txt_UcPhi.Text, out double PhiUc);
double.TryParse(txt_Ia.Text, out double Ia);
double.TryParse(txt_IaPhi.Text, out double PhiIa);
double.TryParse(txt_Ib.Text, out double Ib);
double.TryParse(txt_IbPhi.Text, out double PhiIb);
double.TryParse(txt_Ic.Text, out double Ic);
double.TryParse(txt_IcPhi.Text, out double PhiIc);
string format = "F3";
PhaseSequence sequence = new PhaseSequence();
{
Polar vUa = new Polar(Ua, PhiUa);
Polar vUb = new Polar(Ub, PhiUb);
Polar vUc = new Polar(Uc, PhiUc);
PSData vPositiveU = sequence.CalcPositive(vUa, vUb, vUc);
txt_UPositive.Text = vPositiveU.Amplitude.ToString(format);
txt_PhiUPositive.Text = vPositiveU.Phase.ToString(format);
PSData vNegativeU = sequence.CalcNegative(vUa, vUb, vUc);
txt_UNegative.Text = vNegativeU.Amplitude.ToString(format);
txt_PhiUNegative.Text = vNegativeU.Phase.ToString(format);
PSData vZeroU = sequence.CalcZero(vUa, vUb, vUc);
txt_UZero.Text = vZeroU.Amplitude.ToString(format);
txt_PhiUZero.Text = vZeroU.Phase.ToString(format);
}
{
Polar vIa = new Polar(Ia, PhiIa);
Polar vIb = new Polar(Ib, PhiIb);
Polar vIc = new Polar(Ic, PhiIc);
PSData vPositiveI = sequence.CalcPositive(vIa, vIb, vIc);
txt_IPositive.Text = vPositiveI.Amplitude.ToString(format);
txt_PhiIPositive.Text = vPositiveI.Phase.ToString(format);
PSData vNegativeI = sequence.CalcNegative(vIa, vIb, vIc);
txt_INegative.Text = vNegativeI.Amplitude.ToString(format);
txt_PhiINegative.Text = vNegativeI.Phase.ToString(format);
PSData vZeroI = sequence.CalcZero(vIa, vIb, vIc);
txt_IZero.Text = vZeroI.Amplitude.ToString(format);
txt_PhiIZero.Text = vZeroI.Phase.ToString(format);
}
}
/// <summary>
/// PS
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
void ucPS_OnPositionChanged(object sender, EventArgs e)
{
PSData ps = (PSData)sender;
garrageGrid.Dispatcher.BeginInvoke(new InvokeDelegate(SetPSPosition), ps.machineCode, ps.position);
}
