public void TestCraps()
{
var mc = TestMarkovChain.GetExample ("craps");
var s8 = new Proposition ("8");
var s9 = new Proposition ("9");
var s10 = new Proposition ("10");
var disj = new Disjunction (s8, new Disjunction (s9, s10));
var neg = new Negation (disj);
var won = new Proposition ("won");
var p1 = new ProbabilisticOperator (new Until (neg, won), .32, 1);
var p2 = new ProbabilisticOperator (new Until (neg, won, 5), .32, 1);
var p3 = new ProbabilisticOperator (new Until (neg, new ProbabilisticOperator (new Globally (won), 1), 5), .32, 1);
var checker = new PCTLModelChecker<AutomatonNode> (mc, p1, 1e-10);
var sat = checker.Check ();
Assert.That (sat.Contains (mc.GetVertex ("start")));
checker = new PCTLModelChecker<AutomatonNode> (mc, p2, 1e-10);
sat = checker.Check ();
Assert.That (sat.Contains (mc.GetVertex ("start")));
checker = new PCTLModelChecker<AutomatonNode> (mc, p3, 1e-10);
sat = checker.Check ();
Assert.That (sat.Contains (mc.GetVertex ("start")));
}
public void TestCommunicationProtocol()
{
var formula = new ProbabilisticOperator (
new Globally (
new ProbabilisticOperator (
new Implication (
new Proposition ("try"),
new Next (
new Proposition ("delivered")
)
),
.9, 1
)
),
1, 1
);
var mc = TestMarkovChain.GetExampleFig101 ();
var mchecker = new PCTLModelChecker<AutomatonNode> (mc, formula, 1e-5);
var result = mchecker.Check ();
Console.WriteLine ("{"+string.Join (",", result)+"}");
Assert.That (result.SetEquals (mc.Nodes));
}