public void DistanceTwoDim_PositionXCoor_ReceivedCorrect()
{
_newTracks.Add(Substitute.For <ITrackObject>());
_listHandler.Renew(_newTracks);
_listHandler.Update(_newTracks);
_uut.DistanceTwoDim(_newTracks[0].Position, _listHandler.CurrentTracks[0].Position);
var temp = _newTracks[0].Position.Received().XCoor;
}
public bool IsConflicting(ITrackObject trackOne, ITrackObject trackTwo, IDistance distance)
{
trackOne.Position.SetPosition(trackOne.Position.XCoor, trackOne.Position.YCoor, trackOne.Position.Altitude);
trackTwo.Position.SetPosition(trackTwo.Position.XCoor, trackTwo.Position.YCoor, trackTwo.Position.Altitude);
double horizontalDistance = distance.DistanceTwoDim(trackTwo.Position, trackOne.Position);
int verticalDistance = distance.DistanceOneDim(trackTwo.Position.Altitude, trackOne.Position.Altitude);
return(horizontalDistance <= horizontalConflict && verticalDistance <= verticalConflict);
}
public void Distance_DistanceTwoDim_ReturnsResult(int t1X, int t1Y, int t2X, int t2Y, double result)
{
_oldPos.XCoor.Returns(t1X);
_oldPos.YCoor.Returns(t1Y);
_oldPos.Altitude.Returns(3000);
_newPos.XCoor.Returns(t2X);
_newPos.YCoor.Returns(t2Y);
_newPos.Altitude.Returns(3000);
Assert.AreEqual(result, _uut.DistanceTwoDim(_newPos, _oldPos));
}
public int CurrentVelocity(ITrackObject newTrack, ITrackObject oldTrack, IDistance dist)
{
TimeSpan diff = newTrack.InDateTime - oldTrack.InDateTime;
if ((int)diff.TotalMilliseconds == 0)
{
return(0);
}
return((int)(dist.DistanceTwoDim(newTrack.Position, oldTrack.Position)
/ diff.TotalMilliseconds * 1000));
}
