private void mbCL7Toggle_Click(object sender, EventArgs e)
{
try
{
//ControlLine7ToggleButton = 1;
//mbCL7Toggle.Visible = true;
if (mbCL7Toggle.Text.Contains("Turn CL7 ON"))
{
//turn on the pin
//SerialIOControlLinesManager.ClrOutputPin7();
//toggle the text
Form1.AcquisitionLogic AcquisitionControl = Form1.AcquisitionLogic.Instance;
AcquisitionControl.SetControlLines(Form1.SerialIOControlLinesManager, true, false);
mbCL7Toggle.Text = "Test: Turn CL7 OFF";
}
else
{
//turn off the pin
//SerialControlLinesManagerLocal.ClrOutputPin7();
Form1.AcquisitionLogic AcquisitionControl = Form1.AcquisitionLogic.Instance;
AcquisitionControl.SetControlLines(Form1.SerialIOControlLinesManager, false, false);
//toggle the text
mbCL7Toggle.Text = "Test: Turn CL7 ON";
}
}
catch (Exception Ex)
{
}
}
private void mbOptionsConfirm_Click(object sender, EventArgs e)
{
try
{
mbCL7Toggle.Visible = false;
mbCL7Toggle.Text = "Turn CL7 ON";
//bhc 07.08.2019 turn off the CL7 line
//SerialControlLinesManagerLocal.ClrOutputPin7();
Form1.AcquisitionLogic AcquisitionControl = Form1.AcquisitionLogic.Instance;
AcquisitionControl.SetControlLines(Form1.SerialIOControlLinesManager, false, false);
if (mrbTemperatureSensorType110S.Checked == true)
{
Properties.Settings.Default.TemperatureSensorType = "110S";
}
else if (mrbTemperatureSensorTypeT60.Checked == true)
{
Properties.Settings.Default.TemperatureSensorType = "T60";
}
if (mrbModbus.Checked == true)
{
Properties.Settings.Default.OutputPin7 = false;
//Form1.SerialControlLinesIO SerialIOControlLinesManager = new Form1.SerialControlLinesIO();
//SerialIOControlLinesManager.CloseSerialPort();
//SerialIOControlLinesManager.initSerialIO(); //init sets up the comport and use the nmodbus comport number.
//nModbusOperations.initialize(mbComport, 9600, out xactHoldingRegisters);
//AcquisitionControl.setDataStore(xactHoldingRegisters);
}
else
{
Properties.Settings.Default.OutputPin7 = true;
//init control lines comport class on the Modbus comport
//Form1.SerialControlLinesIO SerialIOControlLinesManager = new Form1.SerialControlLinesIO();
//SerialIOControlLinesManager.CloseSerialPort();
//SerialIOControlLinesManager.initSerialIO(); //init sets up the comport and use the nmodbus comport number.
//SerialIOControlLinesManager.ClrOutputPin4();
//SerialIOControlLinesManager.ClrOutputPin7();
}
//reset comport actions
//read the values for move and hold current
int junk;
junk = Convert.ToInt32(tbMetroFWMC.Text);
Properties.Settings.Default.FWMC = Convert.ToInt32(tbMetroFWMC.Text);
Properties.Settings.Default.FWHC = Convert.ToInt32(tbMetroFWHC.Text);
Properties.Settings.Default.FWHK = Convert.ToInt16(tbMetroFWHK.Text);
Properties.Settings.Default.DMC = Convert.ToInt32(tbMetroDMC.Text);
Properties.Settings.Default.DHC = Convert.ToInt32(tbMetroDHC.Text);
Properties.Settings.Default.NozzleMC = Convert.ToInt32(tbMetroNozzleMC.Text);
Properties.Settings.Default.NozzleHC = Convert.ToInt32(tbMetroNozzleHC.Text);
Properties.Settings.Default.TapeMC = Convert.ToInt32(tbMetroTapeMC.Text);
Properties.Settings.Default.TapeHC = Convert.ToInt32(tbMetroTapeHC.Text);
Properties.Settings.Default.TubeTempErrorTrigger = Convert.ToDouble(tbmTubeTempError.Text);
Properties.Settings.Default.TubeTempWarningTrigger = Convert.ToDouble(tbmTubeTempWarning.Text);
//this logic uses in-line try catch to set values in case any are invalid
try
{
Properties.Settings.Default.FlowError = Convert.ToDouble(mtbFlowError.Text);
}
catch
{
Properties.Settings.Default.FlowError = 5.0;
mtbFlowError.Text = "5.0";
}
try
{
Properties.Settings.Default.FlowWarning = Convert.ToDouble(mtbFlowWarning.Text);
}
catch
{
Properties.Settings.Default.FlowWarning = 10.0;
mtbFlowWarning.Text = "10.0";
}
try
{
Properties.Settings.Default.RunModeFlow = Convert.ToDouble(mtbSampleFlowRate.Text);
if (Properties.Settings.Default.RunModeFlow > 19.5)
{
Logger.WriteInternalLogFile("Sample Flow Rate > 19.5 defaulting to 19.5 L/min");
Properties.Settings.Default.RunModeFlow = 19.5;
mtbSampleFlowRate.Text = "19.5";
}
if (Properties.Settings.Default.RunModeFlow <= 0)
{
Logger.WriteInternalLogFile("Sample Flow Rate <=0 defaulting to 16.7 L/min");
Properties.Settings.Default.RunModeFlow = 16.7;
mtbSampleFlowRate.Text = "16.7";
}
}
catch
{
Logger.WriteInternalLogFile("Unable to convert input value for sample flow rate--defaulting to 16.7 L/min");
Properties.Settings.Default.RunModeFlow = 16.7;
mtbSampleFlowRate.Text = "16.7";
}
}
catch (Exception Ex)
{
Logger.WriteInternalLogFile("Error saving options. Ex = " + Ex.ToString());
}
finally
{
this.Close();
}
}
//public static Form1.SerialControlLinesIO SerialControlLinesManagerLocal;
//static int ControlLine7ToggleButton = 0;
public FormOptions()
{
InitializeComponent();
Form1.AcquisitionLogic AcquisitionControl = Form1.AcquisitionLogic.Instance;
try
{
//SerialControlLinesManagerLocal = new Form1.SerialControlLinesIO();
//SerialControlLinesManagerLocal.initSerialIO();
AcquisitionControl.SetControlLines(Form1.SerialIOControlLinesManager, false, false);
}
catch (Exception Ex)
{
}
if (Properties.Settings.Default.OutputPin7 == true)
{
mrbModbus.Checked = false;
mrbCL7.Checked = true;
}
else
{
mrbModbus.Checked = true;
mrbCL7.Checked = false;
}
//read the settings for the Temperature Sensor type:
if (Properties.Settings.Default.TemperatureSensorType.Contains("T60"))
{
mrbTemperatureSensorTypeT60.Checked = true;
mrbTemperatureSensorType110S.Checked = false;
}
else
{
mrbTemperatureSensorTypeT60.Checked = false;
mrbTemperatureSensorType110S.Checked = true;
}
int value = Properties.Settings.Default.FWMC;
//read the settings and display in the appropriate textboxes
tbMetroFWMC.Text = Properties.Settings.Default.FWMC.ToString();
tbMetroFWHC.Text = Properties.Settings.Default.FWHC.ToString();
tbMetroFWHK.Text = Properties.Settings.Default.FWHK.ToString();
tbMetroDMC.Text = Properties.Settings.Default.DMC.ToString();
tbMetroDHC.Text = Properties.Settings.Default.DHC.ToString();
tbMetroNozzleMC.Text = Properties.Settings.Default.NozzleMC.ToString();
tbMetroNozzleHC.Text = Properties.Settings.Default.NozzleHC.ToString();
tbMetroTapeMC.Text = Properties.Settings.Default.TapeMC.ToString();
tbMetroTapeHC.Text = Properties.Settings.Default.TapeHC.ToString();
tbmTubeTempError.Text = Properties.Settings.Default.TubeTempErrorTrigger.ToString();
tbmTubeTempWarning.Text = Properties.Settings.Default.TubeTempWarningTrigger.ToString();
mtbFlowError.Text = Properties.Settings.Default.FlowError.ToString("F1");
mtbFlowWarning.Text = Properties.Settings.Default.FlowWarning.ToString("F1");
mtbSampleFlowRate.Text = Properties.Settings.Default.RunModeFlow.ToString("F1");
}
