public void TankRupture()
{
Formula invariant = new LustrePressureBelowThreshold();
LustrePressureBelowThreshold.threshold = 60;
var faults = new List <Fault>
{
new TransientFault()
{
Name = "fault_switch", Identifier = 0, ProbabilityOfOccurrence = new Probability(3.0E-6)
},
new PermanentFault()
{
Name = "fault_k1", Identifier = 1, ProbabilityOfOccurrence = new Probability(3.0E-6)
},
new PermanentFault()
{
Name = "fault_k2", Identifier = 2, ProbabilityOfOccurrence = new Probability(3.0E-6)
},
new PermanentFault()
{
Name = "fault_timer", Identifier = 3, ProbabilityOfOccurrence = new Probability(1.0E-5)
},
new PermanentFault()
{
Name = "fault_sensor", Identifier = 4, ProbabilityOfOccurrence = new Probability(1.0E-5)
}
};
var modelChecker = new LustreQualitativeChecker(Path.Combine(AssemblyDirectory, "pressureTank.lus"), "TANK", faults, invariant);
modelChecker.CheckInvariant(invariant, 100);
}
public void CheckPressureTankInfiniteModelChecking()
{
Program.ocExaplesPath = Directory.GetCurrentDirectory() + "\\Examples\\";
Formula invariant = new LustrePressureBelowThreshold();
LustrePressureBelowThreshold.threshold = 50;
var faults = new Fault[0];
var modelChecker = new LustreQualitativeChecker("pressureTank", faults, invariant);
modelChecker.Configuration.DefaultTraceOutput = Output.TextWriterAdapter();
modelChecker.CheckInvariant(invariant, 100);
}