private void SaveCalibrationData()
{
calData.pullEtalonP0 = Convert.ToInt32(pollEtalonP0.Text);
calData.pullADCP0 = Convert.ToInt32(pollADCP0.Text);
calData.pullEtalonP1 = Convert.ToInt32(pollEtalonP1.Text);
calData.pullADCP1 = Convert.ToInt32(pollADCP1.Text);
calData.torqueEtalonP0 = Convert.ToInt32(torqueEtalonP0.Text);
calData.torqueADCP0 = Convert.ToInt32(torqueADCP0.Text);
calData.torqueEtalonP1 = Convert.ToInt32(torqueEtalonP1.Text);
calData.torqueADCP1 = Convert.ToInt32(torqueADCP1.Text);
calData.ADCMaximum = Convert.ToInt32(ADCMaximumV.Text);
calData.ADCRefVoltage = Convert.ToInt32(ADCRefVoltageV.Text);
calData.ResistanceB = Convert.ToInt32(ResistanceBV.Text);
calData.ResistanceR0 = Convert.ToInt32(ResistanceR0V.Text);
calData.ResistanceT0 = Convert.ToInt32(ResistanceT0V.Text);
calData.ADCBallResistance = Convert.ToInt32(ADCBallResistanceV.Text);
CalibrationConfig.Serialize(mainWindow.fileName, calData);
_isChanged = false;
}
public void UpdateCaldata()
{
calData = CalibrationConfig.Deserialize(mainWindow.fileName);
linPullSensor = new LinearEQS(calData.pullEtalonP0, calData.pullADCP0, calData.pullEtalonP1, calData.pullADCP1);
linTorqueSensor = new LinearEQS(calData.torqueEtalonP0, calData.torqueADCP0, calData.torqueEtalonP1, calData.torqueADCP1);
linTemperatureSensor = new LinearEQS(0, 0, calData.ADCRefVoltage, calData.ADCMaximum);
}
public static void Serialize(string file, CalibrationConfig c)
{
System.Xml.Serialization.XmlSerializer xs
= new System.Xml.Serialization.XmlSerializer(c.GetType());
StreamWriter writer = File.CreateText(file);
xs.Serialize(writer, c);
writer.Flush();
writer.Close();
}
public static CalibrationConfig Deserialize(string file)
{
CalibrationConfig c = new CalibrationConfig();
try
{
System.Xml.Serialization.XmlSerializer xs
= new System.Xml.Serialization.XmlSerializer(
typeof(CalibrationConfig));
StreamReader reader = File.OpenText(file);
c = (CalibrationConfig)xs.Deserialize(reader);
reader.Close();
}
catch (Exception) { }
return(c);
}
private void Settings_Load(object sender, EventArgs e)
{
calData = CalibrationConfig.Deserialize(mainWindow.fileName);
pollEtalonP0.Text = calData.pullEtalonP0.ToString();
pollEtalonP1.Text = calData.pullEtalonP1.ToString();
pollADCP0.Text = calData.pullADCP0.ToString();
pollADCP1.Text = calData.pullADCP1.ToString();
torqueEtalonP0.Text = calData.torqueEtalonP0.ToString();
torqueEtalonP1.Text = calData.torqueEtalonP1.ToString();
torqueADCP0.Text = calData.torqueADCP0.ToString();
torqueADCP1.Text = calData.torqueADCP1.ToString();
ADCMaximumV.Text = calData.ADCMaximum.ToString();
ADCRefVoltageV.Text = calData.ADCRefVoltage.ToString();
ResistanceBV.Text = calData.ResistanceB.ToString();
ResistanceR0V.Text = calData.ResistanceR0.ToString();
ResistanceT0V.Text = calData.ResistanceT0.ToString();
ADCBallResistanceV.Text = calData.ADCBallResistance.ToString();
_ignoreLoad = false;
}
