static void Main(string[] args)
{
RealTimePulse pulse = new RealTimePulse("RealTimePulse.log", "./states/[email protected]");
// Create the thread object, passing in the Alpha.Beta method
// via a ThreadStart delegate. This does not start the thread.
Thread oThread = new Thread(new ThreadStart(pulse.run));
// Start the thread
oThread.Start();
// Spin for a while waiting for the started thread to become alive:
while (!oThread.IsAlive)
{
;
}
// Put the Main thread to sleep for a while to allow pulse to do some work:
int seconds = 0;
while (seconds < 60)
{
Thread.Sleep(1000);
Console.WriteLine("Lung Volume (mL) : " + pulse.GetLungVolume_mL() + "\n" +
"Respiratory Rate (1/min) : " + pulse.GetRespiratoryRate_per_min() + "\n" +
"Muscle Pressure (cmH2O) : " + pulse.GetMusclePressure_cmH2O() + "\n" +
"Maximum Muscle Pressure (cmH2O) : " + pulse.GetMaxMusclePressure_cmH2O() + "\n" +
"Minimum Muscle Pressure (cmH2O) : " + pulse.GetMinMusclePressure_cmH2O() + "\n" +
"Pulmonary Compliance (mL/cmH2O) : " + pulse.GetPulmonaryCompliance_mL_per_cmH2O() + "\n" +
"Pulmonary Resistance (cmH2O s/L) : " + pulse.GetPulmonaryResistance_cmH2O_s_Per_L() + "\n");
seconds++;
}
// Request that oThread be stopped
oThread.Abort();
// Wait until oThread finishes. Join also has overloads
// that take a millisecond interval or a TimeSpan object.
oThread.Join();
Console.WriteLine();
Console.WriteLine("Pulse has finished");
}
public PulseEventHandler(RealTimePulse pulse)
{
_pulse = pulse;
}