public void SolveOneVar()
{
SMTVar.Reset();
var x = new SMTVar("x", 0, 10);
for (int i = 0; i < 100; i++)
{
Assert.IsTrue(SMTVar.Solve(null));
AssertValid(x);
}
}
public void SolveTwoIndependent()
{
SMTVar.Reset();
var x = new SMTVar("x", 0, 10);
var y = new SMTVar("y", 0, 10);
for (int i = 0; i < 100; i++)
{
Assert.IsTrue(SMTVar.Solve(null));
AssertValid(x);
AssertValid(y);
}
}
public void SolveTwoDependent()
{
SMTVar.Reset();
var p = new Problem("SolveTwoDependent");
var x = new SMTVar("x", 0, 10);
var y = new SMTVar("y", 0, 10);
p.Assert(x < y);
for (int i = 0; i < 100; i++)
{
Assert.IsTrue(SMTVar.Solve(p.Solve()));
AssertValid(x);
AssertValid(y);
Assert.IsTrue(x.Value <= y.Value, $"Trial {i}: {x.Value} > {y.Value}");
}
}
public void PSMTNPCStatsTest()
{
SMTVar.Reset();
var p = new Problem("NPC stats");
var str = new SMTVar("str", 0, 10);
var con = new SMTVar("con", 0, 10);
var dex = new SMTVar("dex", 0, 10);
var intel = new SMTVar("int", 0, 10);
var wis = new SMTVar("wis", 0, 10);
var charisma = new SMTVar("char", 0, 10);
p.Unique("fighter", "magic user", "cleric", "thief");
p.Assert(
((Expression)(Proposition)"fighter") > (str > intel),
((Expression)(Proposition)"fighter") > (str > 5),
((Expression)(Proposition)"fighter") > (con > 5),
((Expression)(Proposition)"fighter") > (intel < 8),
((Expression)(Proposition)"magic") > (str < intel),
((Expression)(Proposition)"magic") > (intel > 5),
((Expression)(Proposition)"magic") > (str < 8),
((Expression)(Proposition)"cleric") > (wis > 5),
((Expression)(Proposition)"cleric") > (con < wis),
((Expression)(Proposition)"theif") > (dex > 5),
((Expression)(Proposition)"theif") > (charisma > 5),
((Expression)(Proposition)"theif") > (wis < 5),
((Expression)(Proposition)"theif") > (dex > str),
((Expression)(Proposition)"theif") > (charisma > intel)
);
for (int i = 0; i < 100; i++)
{
Solution solution;
do
{
solution = p.Solve();
} while (!SMTVar.Solve(solution));
}
}
