private void _TestTargeting(TCTestJig tj)
{
TimeSpan ts = tj.TempCtrl.TimeNeededToReachTargetTemp();
_Debug.WriteLine("Mixture temp = " + tj.Mixture.Temperature);
_Debug.WriteLine("Setpoint temp = " + tj.TempCtrl.TCSetpoint);
_Debug.WriteLine("Source temp = " + tj.TempCtrl.TCSrcTemperature);
_Debug.WriteLine("Ambient temp = " + tj.TempCtrl.AmbientTemperature);
_Debug.WriteLine("TCSys Delta T = " + tj.TempCtrl.TCSrcDelta);
_Debug.WriteLine("RampRate = " + (tj.TempCtrl.TCTemperatureRampRate.DegreesKelvin / tj.TempCtrl.TCTemperatureRampRate.PerTimePeriod.TotalMinutes) + " degrees per minute.");
_Debug.WriteLine("TCSys Mode = " + tj.TempCtrl.TCMode);
_Debug.WriteLine("TCSys is " + (tj.TempCtrl.TCEnabled?"enabled.":"disabled."));
string driveString = tj.TempCtrl.TCEnabled?"be driven to":"drift to";
_Debug.WriteLine("Time needed for mixture to " + driveString + " a target temperature of " + tj.TempCtrl.TCSetpoint + " is " + ts);
_Debug.WriteLine("At time 00:00:00, " + tj.Mixture);
tj.TempCtrl.ImposeEffectsOfDuration(ts);
_Debug.WriteLine("At time " + ts + ", " + tj.Mixture);
if (!tj.TempCtrl.TCEnabled)
{
Assert.IsTrue(tj.MixTempWithinTolerance, "In tolerance at the specified time.");
}
if (tj.TempCtrl.TCEnabled)
{
tj.TempCtrl.ImposeEffectsOfDuration(ts);
_Debug.WriteLine("At twice the time " + ts + ", " + tj.Mixture);
Assert.IsTrue(tj.MixTempWithinTolerance, "Still in tolerance at twice the specified time (Temperature Control is enabled.)");
}
}
public void TestReplicateFailAfterTurningOffTCEnabled()
{
_Debug.WriteLine("\r\nTesting what happens when temperature control is turned off, but ambient cannot drive achievement of the setpoint.");
TCTestJig tj;
TimeSpan ts;
bool fail = false;
foreach (TemperatureControllerMode tcMode in Enum.GetValues(typeof(TemperatureControllerMode)))
{
// Set specific pre-conditions.
tj = new TCTestJig(5.0, 34.0, 20.0, 10.0, 5.0, 01.0, tcMode, true);
// Make sure they're achievable with TC on.
ts = tj.TempCtrl.TimeNeededToReachTargetTemp();
// Turn TC off.
tj.TempCtrl.TCEnabled = false;
try {
ts = tj.TempCtrl.TimeNeededToReachTargetTemp();
Console.WriteLine("Success: No error generated when TCMode is {0}.", tcMode);
} catch (TemperatureController.IncalculableTimeToSetpointException) {
fail = true;
Console.WriteLine("FAIL: Error generated when TCMode is {0}.", tcMode);
}
}
_Debug.Assert(!fail);
}
public void TestTCConstTRampRateKlendathu()
{
_Debug.WriteLine("\r\nTesting temperature drive up from constant RampRate.");
// SRC MIX AMB SET RMP ERR MODE ENBL
TCTestJig tj = new TCTestJig(17.0, 17.0, 34.0, 35.0, 5.0, 00.0, CONST_RAMP, true);
_TestTargeting(tj);
}
public void TestTCConstTSrcTargetingLevel()
{
_Debug.WriteLine("\r\nTesting temperature drive up from constant TSrc.");
// SRC MIX AMB SET RMP ERR MODE ENBL
TCTestJig tj = new TCTestJig(60.0, 20.0, 34.0, 60.0, 5.0, 01.0, CONST_TSRC, true);
_TestTargeting(tj);
}
public void TestTCConstDeltaTargetingUp2()
{
_Debug.WriteLine("\r\nTesting temperature drive up from constant delta.");
// SRC MIX AMB SET RMP ERR MODE ENBL
TCTestJig tj = new TCTestJig(60.0, 25.0, 34.0, 65.0, 5.0, 01.0, CONST_DLTA, true);
_TestTargeting(tj);
}
public void TestTCDriftUp()
{
_Debug.WriteLine("\r\nTesting temperature updrift due to ambient.");
// SRC MIX AMB SET RMP ERR MODE ENBL
TCTestJig tj = new TCTestJig(90.0, 34.0, 70.0, 44.0, 5.0, 01.0, CONST_DLTA, false);
_TestTargeting(tj);
}
public void TestTCConstTRampRateTargetingDown()
{
_Debug.WriteLine("\r\nTesting temperature drive down from constant RampRate.");
// SRC MIX AMB SET RMP ERR MODE ENBL
TCTestJig tj = new TCTestJig(20.0, 70.0, 34.0, 50.0, 5.0, 01.0, CONST_RAMP, true);
_TestTargeting(tj);
}
public void TestUnderShootWhileOn()
{
_Debug.WriteLine("\r\nTesting what happens when temperature undershoots the setpoint.");
// SRC MIX AMB SET RMP ERR MODE ENBL
TCTestJig tj = new TCTestJig(20.0, 34.0, 20.0, 30.0, 5.0, 01.0, CONST_DLTA, true);
TimeSpan ts = tj.TempCtrl.TimeNeededToReachTargetTemp();
_Debug.Write("We need " + ts + " to reach setpoint. We will drive the system for ");
ts += TimeSpan.FromSeconds(ts.TotalSeconds * .25);
_Debug.WriteLine(ts);
_Debug.WriteLine(tj.Mixture.ToString());
tj.TempCtrl.ImposeEffectsOfDuration(ts);
_Debug.WriteLine(tj.Mixture.ToString());
_Debug.Assert(true == tj.MixTempWithinTolerance, "");
}
