public void loadDeviceInst(ref MChromatorAbs[] mcInst,ref lockInAmp[] LIAInst)
{
this.mcInst = mcInst;
this.LIAInst = LIAInst;
//set default active monotchormator to LIAinst[2];
int activeMCIndex = 2;
activeMC = mcInst[activeMCIndex];
RefreshMCBox();
MCBox.SelectedIndex = activeMCIndex;
refreshGroupBoxes();
refreshMCStatusTextBox();
}
public void loadDeviceInst(ref MChromatorAbs[] mcInst, ref lockInAmp[] LIAInst)
{
this.mcInst = mcInst;
this.LIAInst = LIAInst;
activeMC = mcInst[defaultMChromatorIndex];
try
{
dutLIA = LIAInst[dutLIAIndex];
}
catch (IndexOutOfRangeException)
{
throw;
}
try
{
refLIA = LIAInst[refLIAIndex];
}
catch (IndexOutOfRangeException)
{
refLIA = new lockInAmp();
throw;
}
specifyDACChannels();
}
private void initButton_Click(object sender, EventArgs e)
{
try
{
mcInst[0] = new GPIBMotorMChromator();
mcInst[0].initVISASession(VisMCTextBox.Text);
mcInst[0].deviceName = "VISmono";
mcInst[1] = new GPIBMotorMChromator();
mcInst[1].initVISASession(NIRMCTextBox.Text);
mcInst[1].deviceName = "NIRmono";
LIAInst[0] = new lockInAmp();
LIAInst[0].initVISASession(MainLIATextBox.Text);
}
catch (System.ArgumentException)
{
deviceMessageBox.Text = "failed";
}
}
public void loadDeviceInst(ref MChromatorAbs[] mcInst, ref lockInAmp[] LIAInst)
{
this.mcInst = mcInst;
this.LIAInst = LIAInst;
}