private void RadCntrlButton_Click(object sender, EventArgs e)
{
if (current_reactor != null)
{
current_reactor.setControlStatus(1, !current_reactor.getControlStatus(1));
if (current_reactor.getControlStatus(1))
{
RadCntrlButton.Text = "Unload Control Program";
}
else
{
RadCntrlButton.Text = "Load Control Program";
}
SensorIF radisensor = current_reactor.getSensors()[1];
if (current_reactor.getControlStatus(1))
{
// load control program
radisensor.setControlProgram((AbstractSensorControlProgram) new RadiationControlProgram(radisensor));
}
else
{
// do not load control program
radisensor.setControlProgram(null);
}
}
}
private void PresCntrlButton_Click(object sender, EventArgs e)
{
if (current_reactor != null)
{
current_reactor.setControlStatus(2, !current_reactor.getControlStatus(2));
if (current_reactor.getControlStatus(2))
{
PresCntrlButton.Text = "Unload Control Program";
}
else
{
PresCntrlButton.Text = "Load Control Program";
}
SensorIF pressensor = current_reactor.getSensors()[2];
if (current_reactor.getControlStatus(2))
{
// load control program
pressensor.setControlProgram((AbstractSensorControlProgram) new PressureControlProgram(pressensor));
}
else
{
// do not load control program
pressensor.setControlProgram(null);
}
}
}
private void TempCntrlButton_Click(object sender, EventArgs e)
{
if (current_reactor != null)
{
current_reactor.setControlStatus(0, !current_reactor.getControlStatus(0));
if (current_reactor.getControlStatus(0))
{
TempCntrlButton.Text = "Unload Control Program";
}
else
{
TempCntrlButton.Text = "Load Control Program";
}
SensorIF tempsensor = current_reactor.getSensors()[0];
if (current_reactor.getControlStatus(0))
{
// load control program
tempsensor.setControlProgram((AbstractSensorControlProgram) new TempControlProgram(tempsensor));
}
else
{
// do not load control program
tempsensor.setControlProgram(null);
}
}
}
public void recordMax(bool start, SensorIF sif)
{
if (start)
{
// start thread to track max sensor value
cmt = new CalcMaxThread(sif);
tTrackMax = new Thread(cmt.run);
tTrackMax.Start();
}
else
{
// abort thread to track max sensor value
tTrackMax.Abort();
}
}
public CalcMaxThread(SensorIF sif)
{
this.sif = sif;
}
public TempControlProgram(SensorIF sif) : base(sif)
{
}
public SetDataThread(SensorIF sif, int timeout)
{
this.sif = sif;
this.timeout = timeout;
}
public SetDataThread(SensorIF sif)
{
this.sif = sif;
this.timeout = 1000;
}
public AbstractSensorControlProgram(SensorIF sif)
{
this.sif = sif;
}
public PressureControlProgram(SensorIF sif) : base(sif)
{
}
public RadiationControlProgram(SensorIF sif) : base(sif)
{
}
