public void MapWithLockedDoorAndNoCluesIsNotSolvable()
{
var map = BuildStandardTestMap();
var startVertex = 1;
var mapModel = new MapModel(map, startVertex);
var doorManager = mapModel.DoorAndClueManager;
doorManager.PlaceDoorAndClues(new DoorRequirements(new Connection(10, 11), "lock0"),
new List<int>());
GraphSolver solver = new GraphSolver(mapModel);
Assert.IsFalse(solver.MapCanBeSolved());
}
public void MapWithLockedDoorAndRecursivelyLockedTwoCluesIsSolvable()
{
var map = BuildStandardTestMap();
var startVertex = 1;
var mapModel = new MapModel(map, startVertex);
var doorManager = mapModel.DoorAndClueManager;
doorManager.PlaceDoorAndClues(new DoorRequirements(new Connection(10, 11), "lock0"),
new List<int>(new int[] { 6 }));
doorManager.PlaceDoorAndClues(new DoorRequirements(new Connection(5, 6), "lock1"),
new List<int>(new int[] { 4 }));
GraphSolver solver = new GraphSolver(mapModel);
Assert.IsTrue(solver.MapCanBeSolved());
}
public bool DoLockClueStressTest(int numberOfNodes, double branchingRatio, int numberOfDoors, int numberOfCluesPerDoor, bool visualise)
{
var graphGenerator = new GraphGenerator(random);
var randomMap = graphGenerator.GenerateConnectivityMapNoCycles(numberOfNodes, branchingRatio);
var doorAndClueTester = new DoorAndObjectiveGenerator(random);
var mapModel = new MapModel(randomMap, 0);
if (visualise)
VisualiseConnectivityGraph(mapModel);
doorAndClueTester.AddDoorsAndObjectives(mapModel, numberOfDoors, numberOfCluesPerDoor);
if (visualise)
VisualiseConnectivityGraphWithDoors(mapModel);
var mapTester = new GraphSolver(mapModel);
return mapTester.MapCanBeSolved();
}
public void MapWithLockedDoorDependingOnAnObjectiveWithNotEnoughCluesIsNotSolvable()
{
var map = BuildStandardTestMap();
var startVertex = 1;
var mapModel = new MapModel(map, startVertex);
var doorManager = mapModel.DoorAndClueManager;
doorManager.PlaceDoor(new DoorRequirements(new Connection(10, 11), "lock0", 2));
doorManager.PlaceObjective(new ObjectiveRequirements(2, "obj0", 1, new List<string> { "lock0" }));
//red herring
doorManager.PlaceObjective(new ObjectiveRequirements(3, "obj1", 1));
//One clue before and one after the door (not enough to unlock it)
var clues = doorManager.AddCluesToExistingObjective("obj0", new List<int> { 2 });
GraphSolver solver = new GraphSolver(mapModel);
Assert.IsFalse(solver.MapCanBeSolved());
}
public void MapWithNoDoorsIsSolvable()
{
var map = BuildStandardTestMap();
var startVertex = 1;
var mapModel = new MapModel(map, startVertex);
GraphSolver solver = new GraphSolver(mapModel);
Assert.IsTrue(solver.MapCanBeSolved());
}
public void MapWithLockedDoorWithRecursiveDependencyOnObjectiveIsSolvable()
{
var map = BuildStandardTestMap();
var startVertex = 1;
var mapModel = new MapModel(map, startVertex);
var doorManager = mapModel.DoorAndClueManager;
doorManager.PlaceDoor(new DoorRequirements(new Connection(10, 11), "lock0", 1));
doorManager.PlaceObjective(new ObjectiveRequirements(4, "obj0", 1, new List<string> { "lock0" }));
doorManager.PlaceObjective(new ObjectiveRequirements(4, "obj1", 1, new List<string> { "obj0" }));
doorManager.AddCluesToExistingObjective("obj1", new List<int> { 1 });
GraphSolver solver = new GraphSolver(mapModel);
Assert.IsTrue(solver.MapCanBeSolved());
}
public void MapWithLockedDoorWithDependencyOnUnsolveableObjectiveIsNotSolvable()
{
var map = BuildStandardTestMap();
var startVertex = 1;
var mapModel = new MapModel(map, startVertex);
var doorManager = mapModel.DoorAndClueManager;
doorManager.PlaceDoor(new DoorRequirements(new Connection(10, 11), "lock0", 1));
doorManager.PlaceObjective(new ObjectiveRequirements(4, "obj0", 1, new List<string> { "lock0" }));
//missing clue for objective
GraphSolver solver = new GraphSolver(mapModel);
Assert.IsFalse(solver.MapCanBeSolved());
}
