protected override void OnSimObjectUpdating(SimObject simObject, SimModel simModel, SimState simState)
{
if (Prey != null && (!CanBeVictim(Prey) || simObject.Location.GetDistance(Prey.Location) > ViewDistance))
{
if (CanBeVictim(Prey))
{
Prey.Color = Colors.Black;
}
Prey = null;
GiveRandomDirection(simObject, simObject.Velocity.VectorMagnitude());
}
if (Prey == null)
{
Prey = GetObjectsInView(simModel, simObject)
.Where(CanBeVictim)
.FirstOrDefault();
}
if (Prey != null)
{
Prey.Color = Colors.Green;
SetDestination(Prey.Location, simObject);
var energy = simObject.GetProperty <EnergyProperty>();
if (energy != null && energy.Energy > 15)
{
UpdateSpeed(RunSpeed, simObject);
}
}
}
public ActionResult Index2(int user1, int user2)
{
var model = new SimModel();
var products = recoEntities.Products.ToList();
var user1P = recoEntities.UserProducts.Where(x => x.UserId == user1).Select(x => x.ProductId).ToList();
var user2P = recoEntities.UserProducts.Where(x => x.UserId == user2).Select(x => x.ProductId).ToList();
foreach (var prod in products)
{
if (user1P.Contains(prod.Id))
{
model.ProductsUser1.Add(prod.Nume);
}
else
{
model.ProductsUser1.Add("-");
}
if (user2P.Contains(prod.Id))
{
model.ProductsUser2.Add(prod.Nume);
}
else
{
model.ProductsUser2.Add("-");
}
}
return(View(model));
}
protected override void OnSimObjectUpdating(SimObject simObject, SimModel simModel, SimState simState)
{
if (_halt)
{
return;
}
var bouncedRecently = simState.MillisecondsSinceSimStart - _lastBounce < 2000;
if (!bouncedRecently && _canHuntNectar)
{
simObject.Color = Colors.Black;
var closestStaticObjectWithNectar = simModel.GetSimObjectsCopy()
.Where(x => x.Velocity.IsZero && x.Location.GetDistance(simObject.Location) < MaxViewDistance)
.Select(x => new { SimObject = x, Nectar = x.GetProperty <NectarProperty>() })
.Where(x => x.Nectar != null && x.Nectar.HasNectar)
.Select(x => x.SimObject)
.FirstOrDefault();
if (closestStaticObjectWithNectar != null)
{
simObject.Velocity = simObject.Location.GetDirection(closestStaticObjectWithNectar.Location).ScalarMultiply(Speed);
}
}
}
protected IEnumerable <SimObject> GetObjectsInView(SimModel simModel, SimObject simObject)
{
return(simModel.SimObjects
.Select(sim => new { sim, Distance = simObject.Location.GetDistance(sim.Location) })
.Where(x => x.sim != simObject && x.Distance < ViewDistance)
.OrderBy(x => x.Distance)
.Select(x => x.sim));
}
public void ReturnFalseAndNull_WhenParseFailed(string fileName)
{
var json = File.ReadAllText($"{projectPath}\\Tests\\data\\{fileName}");
var result = SimModel.TryParse(json, out var data);
result.Should().BeFalse();
data.Should().BeNull();
}
private void StartBeeSimulator(object sender, RoutedEventArgs e)
{
var gameState = new SimModel(new CollisionDetection(), new Random());
gameState.CreateHiveAndFlower(ScreenWidth / 2, ScreenHeight / 2);
var simulation = new SimulationRunner(gameState);
simulation.Start("Bee Simulation");
}
public void Work_Correctly(string fileName)
{
var input = File.ReadAllText($"{assemblyPath}\\Tests\\data\\{fileName}.in");
var expectedOutput = File.ReadLines($"{assemblyPath}\\Tests\\data\\{fileName}.out");
SimModel.TryParse(input, out var data);
var result = new SimQueryExecutor(data).ExecuteQueries();
result.Should().BeEquivalentTo(expectedOutput);
}
protected override void OnSimObjectUpdating(SimObject simObject, SimModel simModel, SimState simState)
{
var nectarProp = simObject.GetProperty <NectarProperty>();
if (nectarProp == null)
{
nectarProp = new NectarProperty();
simObject.Properties.Add(nectarProp);
}
nectarProp.FillNectar();
}
protected override void OnSimObjectUpdating(SimObject simObject, SimModel simModel, SimState simState)
{
var energy = simObject.GetProperty <EnergyProperty>();
if (energy == null)
{
return;
}
var magnitude = simObject.Velocity.VectorMagnitude();
energy.UseEnergy(magnitude * simState.MillisecondsSinceLastUpdate / 1000.0);
}
static void Main()
{
Application.EnableVisualStyles();
Application.SetCompatibleTextRenderingDefault(false);
ISimModel model = new SimModel();
ISimView view = new SimView();
ISimController controller = new SimController(model, view);
//start a new thread with controller.simulate()
//throw new NotImplementedException();
Application.Run(view.mainWindow);
// NEED TO START NEW THREAD FOR SIMULATION
}
protected override void OnSimObjectUpdating(SimObject simObject, SimModel simModel, SimState simState)
{
if (Bees.Count < 30 && Bees.Count < simState.MillisecondsSinceSimStart / 1000.0)
{
var bee = new Actor(SpawnLocation);
if (simModel.DetectCollisions(bee).Any())
{
return;
}
bee.Behaviours.Add(new BeeBehaviour(_random, simObject));
bee.Behaviours.Add(new NectarCarrierBehaviour());
Bees.Add(bee);
simModel.AddSimObject(bee);
}
}
protected override void OnSimObjectCollision(SimObject sender, SimModel simModel, SimState simState, List <SimObject> collidingObjects)
{
var myNectar = sender.GetProperty <NectarProperty>();
if (myNectar != null && !myNectar.HasNectar)
{
foreach (var collidingObject in collidingObjects)
{
var theirNectar = collidingObject.GetProperty <NectarProperty>();
if (myNectar.GetNectarFrom(theirNectar))
{
return;
}
}
}
}
private void backgroundWorker1_DoWork(object sender, DoWorkEventArgs e)
{
// Do not access the form's BackgroundWorker reference directly.
// Instead, use the reference provided by the sender parameter.
BackgroundWorker bw = sender as BackgroundWorker;
// Extract the argument.
SimModel model = (SimModel)e.Argument;
// Start the time-consuming operation.
ModellingProcess(bw, model);
// If the operation was canceled by the user,
// set the DoWorkEventArgs.Cancel property to true.
if (bw.CancellationPending)
{
e.Cancel = true;
}
}
protected override void OnSimObjectCollision(SimObject sender, SimModel simModel, SimState simState, List <SimObject> collidingObjects)
{
foreach (var collidingObject in collidingObjects)
{
foreach (var behaviour in collidingObject.Behaviours.ToList())
{
if (!(behaviour is ZombieBehaviour))
{
collidingObject.Behaviours.Remove(behaviour);
collidingObject.Behaviours.Add(new ZombieBehaviour(Random));
Prey = null;
var energyProp = sender.GetProperty <EnergyProperty>();
energyProp.AddEnergy(10);
}
}
}
GiveRandomDirection((Actor)sender, Speed);
}
// GET: Sim
public ActionResult Index(int userId)
{
var model = new SimModel();
model.UserId = userId;
var similarities = getAllUsersSimilarity(userId);
var descendingSimilarities = similarities.OrderByDescending(x => x.Similarity);
model.Similarities = descendingSimilarities.ToList();
foreach (var sim in model.Similarities)
{
var user = recoEntities.Users.Single(x => x.Id == sim.UserId);
sim.UserName = user.Forename + " " + user.Surname;
}
return(View(model));
}
protected override void OnSimObjectUpdating(SimObject simObject, SimModel simModel, SimState simState)
{
//Energy += Math.Max(MaxEnergy,elapsedMilliseconds/1000.0 / 5);
//var magnitude = simObject.Velocity.VectorMagnitude();
//if (magnitude > Speed)
//{
// Energy -= magnitude * elapsedMilliseconds / 1000.0;
//}
//var runningObject = GetObjectsInView(gameState, simObject)
// .FirstOrDefault(x => x.Velocity.VectorMagnitude() > Speed);
//if (runningObject == null || Energy < 10)
//{
// simObject.Velocity = simObject.Velocity.UnitVector().ScalarMultiply(Speed);
//}
//else
//{
// simObject.Velocity = runningObject.Velocity.UnitVector().ScalarMultiply(RunSpeed);
//}
}
public SimulationRunner(SimModel simModel)
{
_simModel = simModel;
}
protected override void OnSimObjectCollision(SimObject sender, SimModel simModel, SimState simState, List <SimObject> collidingObjects)
{
GiveRandomDirection(sender, Speed);
}
public GameStateUpdateEventArgs(SimModel simModel, SimState simState)
{
SimModel = simModel;
SimState = simState;
}
// This method models an operation that may take a long time
// to run. It can be cancelled, it can raise an exception,
// or it can exit normally and return a result. These outcomes
// are chosen randomly.
private void ModellingProcess(BackgroundWorker bw, SimModel model)
{
model.Run();
}
protected override void OnSimObjectCollision(SimObject sender, SimModel simModel, SimState simState, List <SimObject> collidingObjects)
{
_lastBounce = simState.MillisecondsSinceSimStart;
GiveRandomDirection(sender, Speed);
}