private void StageDirectReset()
{
BatteryTest.Check(_master, true);
TankTest.Check(_master, true);
if (_currentStageTime > 450)
{
SafeguardTest.Check(_master, true);
AlarmLightTest.Check(_master, false);
_master.PaperLog.Append("-- Stage quickly acknowledge the alarm done \n");
_currentStageTime = 0;
Stage = Stages.Wait;
}
else if (_currentStageTime > 300)
{
_master.Simulation.OnAcknowledgeButtonChange(false);
}
else if (_currentStageTime > 150)
{
_master.Simulation.OnAcknowledgeButtonChange(true);
}
else if (_currentStageTime > 50)
{
AlarmLightTest.Check(_master, true);
}
}
private void StageBlackout()
{
if (_currentStageTime > 300)
{
SafeguardTest.Check(_master, true);
AlarmLightTest.Check(_master, true);
_master.PaperLog.Append("-- Stage controller reset done \n");
_currentStageTime = 0;
Stage = Stages.DirectReset;
}
else if (_currentStageTime > 200)
{
}
else if (_currentStageTime > 100)
{
if (!_resetControllerDone)
{
_master.SimulationMaster.Reset();
_master.PaperLog.Append("Recorded controller blackout - restarting... \n");
_resetControllerDone = true;
}
}
else if (_currentStageTime > 50)
{
AlarmLightTest.Check(_master, true);
}
}
/// <summary>
/// Creates the test scenario
/// </summary>
public void InitialiseWith(EmergencySystemTest master)
{
_master = master;
BatteryTest = new BatteryTest();
TankTest = new TankTest();
SafeguardTest = new SafeguardTest();
AlarmLightTest = new AlarmLightTest();
}
private void StageLeakage()
{
BatteryTest.Check(_master);
TankTest.Check(_master);
if (_currentStageTime > 100)
{
AlarmLightTest.Check(_master, true);
SafeguardTest.Check(_master, true);
_currentStageTime = 0;
_master.PaperLog.Append("-- Stage leakage done\n");
Stage = Stages.WaitCharges;
}
}
private void StageCoolDown()
{
AlarmLightTest.Check(_master, false);
if (_currentStageTime > 1000)
{
_master.PaperLog.Append("\n*** Stopped protocol ***\n\n");
_currentStageTime = 0;
Stage = Stages.Done;
}
if (_currentStageTime > 100)
{
BatteryTest.Check(_master, false);
TankTest.Check(_master, false);
SafeguardTest.Check(_master, false);
}
}
private void StageReset()
{
if (_currentStageTime > 300)
{
AlarmLightTest.Check(_master, false);
SafeguardTest.Check(_master, false);
_currentStageTime = 0;
_master.PaperLog.Append("-- Stage reset alarm done\n");
_master.PaperLog.Append("***Reset Simulation***\n");
_master.Simulation.ResetSimulation();
Stage = Stages.Redo;
}
else if (_currentStageTime > 200)
{
_master.Simulation.OnAcknowledgeButtonChange(false);
}
else if (_currentStageTime > 100)
{
BatteryTest.Check(_master, false);
TankTest.Check(_master, false);
_master.Simulation.OnAcknowledgeButtonChange(true);
}
}
private void StageWaitCharges()
{
BatteryTest.Check(_master);
TankTest.Check(_master);
SafeguardTest.Check(_master, true);
AlarmLightTest.Check(_master, true);
if ((_master.Simulation.PressureSignal >= 2000 && _master.Simulation.BatterySignal >= 45f) ||
_currentStageTime > 10000)
{
if (_currentStageTime < 5000)
{
_master.PaperLog.Append("Time needed to charge: " + _currentStageTime + "\n");
_master.PaperLog.Append("-- Stage wait for correct battery voltage and tank pressure done\n");
}
else
{
StageRechargeTimedOut = true;
_master.PaperLog.AppendWarning("-- Stage wait for correct battery voltage and tank pressure timed out!\n");
}
_currentStageTime = 0;
Stage = Stages.Reset;
}
}
