private void Button6_Click(object sender, EventArgs e)
{
ACDCForm popup = new ACDCForm();
calcMRBits();
popup.setACPopupLeft(acFreq, acVoltageMode, acVoltageVal, acLimMode, acLimVal, acRangeMode, acRangeVal, acLowZ);
popup.setACPopupRight(acTrigger, acDCBiasMode, acDCBiasVal, acSpeed, acAvg, acDelay, acSyncMode, acSyncVal);
DialogResult dialogresult = popup.ShowDialog();
if (dialogresult == DialogResult.OK)
{
//Console.WriteLine("You clicked OK");
updateAC(popup);
updateDC(popup);
}
else if (dialogresult == DialogResult.Abort)
{
// Console.WriteLine("You clicked either Cancel or X button in the top right corner");
}
popup.Dispose();
}
public void updateDC(ACDCForm popup)
{
/*Init DC info
* textBox18.Text = dcVoltage.ToString();
* textBox19.Text = dcRange;
* textBox20.Text = dcLowZ;
* textBox21.Text = dcSpeed;
* textBox22.Text = dcAvg;
* textBox23.Text = dcAdj;
* textBox24.Text = dcDelay.ToString("N5");
* textBox25.Text = dcAdjDelay.ToString("N5");
* textBox26.Text = dcLFreq.ToString("N5");
*/
}
public void updateAC(ACDCForm popup)
{
//Console.WriteLine(popup.acFreq);
acFreq = popup.acFreq;
acVoltageMode = popup.acVoltageMode;
acVoltageVal = popup.acVoltageVal;
acLimMode = popup.acLimMode;
acLimVal = popup.acLimVal;
acRangeMode = popup.acRangeMode;
acRangeVal = popup.acRangeVal;
acLowZ = popup.acLowZ;
acTrigger = popup.acTrigger;
acDCBiasMode = popup.acDCBiasMode;
acDCBiasVal = popup.acDCBiasVal;
acSpeed = popup.acSpeed;
acAvg = popup.acAvg;
acDelay = popup.acDelay;
acSyncMode = popup.acSyncMode;
acSyncVal = popup.acSyncVal;
serialPort1.NewLine = Environment.NewLine; // Sets the line feed code to CR+LF
serialPort1.Open();
serialPort1.WriteLine(":LEV " + acVoltageMode); // Signal level: Open-circuit voltage
serialPort1.WriteLine(":LEV:VOLT " + acVoltageVal); // Signal level: 500 mV signal level
serialPort1.WriteLine(":FREQ " + acFreq); // Measurement frequency: 1kHz
serialPort1.WriteLine(":LIM " + acLimMode); // Set ACLimit Mode
serialPort1.WriteLine(":LIM:VOLT " + acLimVal); // Set ACLimit Value
// SKIP RANGE
serialPort1.WriteLine(":RANG:LOWZ " + acLowZ); // Set LOWZ mode
//TRIGGER FIXED TO EXTERNAL
serialPort1.WriteLine(":DCB " + acDCBiasMode); // Set (AC) DC Bias Mode
serialPort1.WriteLine(":DCB:LEV " + acDCBiasVal); // Set (AC) DC Bias Value
serialPort1.WriteLine(":SPEE " + acSpeed); // Set Speed of measurement
serialPort1.WriteLine(":AVER " + acAvg); // Set Speed of measurement
serialPort1.Close();
//Init AC info
textBox7.Text = acFreq.ToString("N2").Replace(",", "");
textBox8.Text = acVoltageVal.ToString();
if (acLimMode.Equals("OFF"))
{
textBox9.Text = acLimMode;
}
else if (acLimMode.Equals("ON"))
{
textBox9.Text = acLimVal.ToString();
}
textBox10.Text = acRangeMode;
textBox11.Text = acLowZ;
textBox12.Text = acTrigger;
if (acDCBiasMode.Equals("OFF"))
{
textBox13.Text = acDCBiasMode;
}
else if (acDCBiasMode.Equals("ON"))
{
textBox13.Text = acDCBiasVal.ToString();
}
textBox14.Text = acSpeed;
textBox15.Text = acAvg.ToString();
textBox16.Text = acDelay.ToString("N5");
if (acSyncMode.Equals("ON"))
{
textBox17.Text = acSyncVal.ToString("N5");
}
else if (acSyncMode.Equals("OFF"))
{
textBox17.Text = acSyncMode;
}
}
