public void ModelFacade_MoveToLocation()
{
LocationModel workingLM = gs.GetLM();
Assert.AreEqual(locations[18].ParseToString(), workingLM.GetCurentLocation().ParseToString(), "Location should be location 19");
Assert.IsTrue(mf.ChangeLocation(gs, 20), "Moving to 20 should be successful");
Assert.AreEqual(locations[19].ParseToString(), workingLM.GetCurentLocation().ParseToString(), "Location should now be location 20");
Assert.IsFalse(mf.ChangeLocation(gs, 20), "Moving to 20 should be unsuccessful");
Assert.AreEqual(locations[19].ParseToString(), workingLM.GetCurentLocation().ParseToString(), "Location should still be location 20");
Assert.IsTrue(mf.ChangeLocation(gs, 21), "Moving to 21 should be successful");
Assert.AreEqual(21, workingLM.GetCurentLocation().GetLocationID(), "Location should now be location 21");
}
public void LocationModel_InitializeLM()
{
lm = new LocationModel();
lm.InitializeLocationModel(1024);
Assert.IsTrue(lm.GetCurentLocation().GetLocationID() == 0, "Start location should be 0");
Assert.IsTrue(lm.GetVisited().Count == 1, "Only one visited location");
}
public void LocationModel_MoveToLocation()
{
LocationModel temp = new LocationModel(1024);
Location start = temp.GetCurentLocation();
Location curr = temp.GetCurentLocation();
Location expected;
SortedList <int, DummyLocation> unvisited = temp.GetUnvisited();
SortedList <int, Location> visited = temp.GetVisited();
Assert.AreSame(start, curr, "Start and current should be the same");
Assert.IsTrue(temp.LocationVisited(0), "Start should be visisted");
Assert.IsFalse(temp.LocationVisited(1), "Location 1 should be unvisisted");
//Assert.IsFalse(temp.MoveToVisitedLocation(1), "Move should be unsuccessful as location is unvisited");
//Assert.IsTrue(temp.MoveToUnvisitedLocation(1), "Move should be successful");
Assert.IsTrue(temp.MoveToLocation(1), "Move should be successful");
curr = temp.GetCurentLocation();
visited.TryGetValue(1, out expected);
Assert.IsTrue(temp.LocationVisited(0), "Start should be visisted");
Assert.IsTrue(temp.LocationVisited(1), "Location 1 should be visisted");
Assert.AreEqual(1, curr.GetLocationID(), "Current location should now be 1");
Assert.IsTrue(curr.GetVisited(), "Location should be visited");
Assert.IsNull(temp.GetSubLocation(), "Sublocation should be null");
Assert.AreNotSame(start, curr, "Start and current should not be the same");
Assert.AreSame(expected, curr, "Should be at the expected location");
Assert.IsFalse(temp.MoveToLocation(1), "Move should be unsuccessful");
Assert.IsFalse(temp.MoveToLocation(-1), "Move should be unsuccessful");
Assert.IsFalse(temp.MoveToLocation(20000), "Move should be unsuccessful");
Assert.IsTrue(temp.MoveToLocation(0), "Move should be successful");
//Assert.IsFalse(temp.MoveToUnvisitedLocation(0), "Move should be unsuccessful as location has been visited");
//curr = temp.GetCurentLocation();
//Assert.AreNotSame(start, curr, "Start and current should not be the same");
//Assert.AreSame(expected, curr, "Should be at the expected location");
//Assert.IsTrue(temp.MoveToVisitedLocation(0), "Move should be successful");
curr = temp.GetCurentLocation();
Assert.AreSame(start, curr, "Start and current should be the same");
}
/// <summary>
/// Gets a list of current sublocations
/// </summary>
/// <param name="gs">The current gamestate</param>
/// <returns>All sublocations at this location</returns>
public List <Sublocation> GetCurrentSublocations(GameState gs)
{
LocationModel lm = gs.GetLM();
var subs = lm.GetCurentLocation().GetSublocations().Values;
List <Sublocation> sublocations = new List <Sublocation>();
foreach (Sublocation sub in subs)
{
sublocations.Add(sub);
}
return(sublocations);
}
/// <summary>
/// Calculates the movement cost
/// </summary>
/// <param name="gs"></param>
/// <param name="locationID"></param>
/// <returns></returns>
public double CalculateMoveCost(GameState gs, int locationID)
{
LocationModel lm = gs.GetLM();
int current = lm.GetCurentLocation().GetLocationID();
var buttonAreas = lm.GetButtonAreas();
System.Windows.Point source;
System.Windows.Point target;
if (buttonAreas.TryGetValue(current, out source) && buttonAreas.TryGetValue(locationID, out target))
{
double xDistance = source.X - target.X;
double yDistance = source.Y - target.Y;
double distance = Math.Sqrt(xDistance * xDistance + yDistance * yDistance);
return(distance / 5);
}
return(0);
}
/// <summary>
/// Draw location details
/// </summary>
public void DrawLocations()
{
GameState gs = mc.GetGameState();
LocationModel lm = gs.GetLM();
String curr = lm.ParseCurrLocationToString();
String currS = lm.ParseCurrSubLocToString();
String connections = "";
String subloc = "";
var subs = lm.GetCurentLocation().GetSublocations();
foreach (Sublocation sub in subs.Values)
{
subloc += sub.GetSublocationID() + ", ";
}
IList <Location> visited = lm.GetVisited().Values;
IList <DummyLocation> unvisited = lm.GetUnvisited().Values;
List <String> vis = new List <string>();
List <String> unvis = new List <string>();
foreach (Location lc in visited)
{
vis.Add(lc.ParseToString());
}
foreach (DummyLocation dl in unvisited)
{
unvis.Add(dl.ParseToString());
}
currentLocLbl.Content = curr;
currentSubLbl.Content = currS;
currentConLbl.Content = connections;
availSubLbl.Content = subloc;
visitedLB.ItemsSource = vis;
unvisitedLB.ItemsSource = unvis;
}
public int GetCurrentLocation(GameState gs)
{
LocationModel lm = gs.GetLM();
return(lm.GetCurentLocation().GetLocationID());
}
