public void Deactivate()
{
Partition.UpdateObject(this, false);
foreach (var collisionPair in CollisionPairs.Values)
{
collisionPair.Body2.CollisionPairHolders.Remove(ID);
DeactivatePair(collisionPair);
}
CollisionPairs.Clear();
foreach (var id in CollisionPairHolders)
{
LSBody other = PhysicsManager.SimObjects[id];
if (other.IsNotNull())
{
CollisionPair collisionPair;
if (other.CollisionPairs.TryGetValue(ID, out collisionPair))
{
other.CollisionPairs.Remove(this.ID);
DeactivatePair(collisionPair);
}
else
{
Debug.Log("nope " + ID);
}
}
}
CollisionPairHolders.Clear();
PhysicsManager.Dessimilate(this);
Active = false;
}
public void ToString_returnCorrectString()
{
var time = new DateTime(2018, 01, 01);
CollisionPairs _collisionPairs = new CollisionPairs(_track1, _track2, time);
Assert.That(_collisionPairs.ToString(), Is.EqualTo("Tag: AAA1111 kolliderer med tag: BBB1111. Tidspunkt: 01-01-2018 00:00:00"));
}
public void SetUp()
{
_track1 = new Track
{
Tag = "AAA111",
PositionX = 15000,
PositionY = 12000,
Altitude = 700
};
_track2 = new Track
{
Tag = "BBB222",
PositionX = 13000,
PositionY = 11000,
Altitude = 1000
};
_collisionPairs = new CollisionPairs(_track1, _track2, DateTime.Now);
}
public void Notify_ListWith2CollidingTracks_IOutputReceivesCollisionPairString()
{
var collisionTrack1 = _tracks1[0];
var collisionTrack2 = _tracks1[1];
// Two track is now colliding.
collisionTrack1.PositionY = 12000;
collisionTrack1.PositionX = 12000;
collisionTrack2.PositionY = 12000;
collisionTrack2.PositionX = 12000;
_tos.RecievedTracks = _tracks1;
_tos.Notify(_tos);
// Then ATM must have received a Separation event and called ConsoleView.PrintCollisionTracks() correct.
var collisionPair = new CollisionPairs((Track)collisionTrack1, (Track)collisionTrack2, DateTime.Now);
_output.Received().OutputLine(collisionPair.ToString());
}
public void SetUp()
{
_track1 = new Track
{
Tag = "AAA111",
PositionX = 15000,
PositionY = 12000,
Altitude = 700
};
_track2 = new Track
{
Tag = "BBB222",
PositionX = 13000,
PositionY = 11000,
Altitude = 1000
};
_collisionPairs = new CollisionPairs(_track1, _track2, DateTime.Now);
_collisionlist = new List <CollisionPairs>();
_collisionlist.Add(_collisionPairs);
_fileLogger = new FileLogger(@"CollisionTestLog.txt");
}
public void Notify_ListWith2CollidingTracks_CollisionPairStringIsWrittenToFile()
{
var collisionTrack1 = _tracks1[0];
var collisionTrack2 = _tracks1[1];
// Two track is now colliding.
collisionTrack1.PositionY = 12000;
collisionTrack1.PositionX = 12000;
collisionTrack2.PositionY = 12000;
collisionTrack2.PositionX = 12000;
_tos.RecievedTracks = _tracks1;
_tos.Notify(_tos);
// Then ATM must have received a Separation event ant called FileLogger.LogCollisionToFile().
// If streamReader reads the collisionpair string in file, then ATM uses FileLogger correct.
var collisionPair = new CollisionPairs((Track)collisionTrack1, (Track)collisionTrack2, DateTime.Now);
using (StreamReader reader = new StreamReader(_logPath, true))
Assert.That(reader.ReadToEnd(), Contains.Substring(collisionPair.ToString()));
}
public void SetUp()
{
// The faked IOutpus must return a screen size to ConsoleViews ctor.
_output = Substitute.For <IOutput>();
_output.When(x => x.GetLargetsScreenSize(out int w, out int h)).Do(x =>
{
x[0] = 80;
x[1] = 40;
//ConsoleView.SetUp subtracks some from width and height cause cosmetics
_width = 80 - 15;
_height = 40 - 10;
});
_uut = new ConsoleView(_output);
_collisionPairs = new CollisionPairs(
new Track
{
Tag = "AAA111",
PositionX = 25000,
PositionY = 20000,
Altitude = 900
},
new Track
{
Tag = "BBB222",
PositionX = 27000,
PositionY = 23000,
Altitude = 1100
},
DateTime.Now
);
_validTracks = new List <ITrack>
{
new Track
{
Tag = "AAA111",
PositionX = 25000,
PositionY = 20000,
Altitude = 900
},
new Track
{
Tag = "BBB222",
PositionX = 75000,
PositionY = 20000,
Altitude = 1900
},
new Track
{
Tag = "CCC333",
PositionX = 12500,
PositionY = 38000,
Altitude = 2900
}
};
_validCollisionPairs = new List <CollisionPairs> {
_collisionPairs
};
}
