public void test_raw_distance()
{
var dist = new Distance();
dist.Add("album", 0.5);
dist.Add("media_count", 0.25);
dist.Add("media_count", 0.5);
dist.RawDistance().Should().Be(2.25);
}
public void test_distance()
{
var dist = new Distance();
dist.Add("album", 0.5);
dist.Add("media_count", 0.25);
dist.Add("media_count", 0.75);
dist.NormalizedDistance().Should().Be(0.5);
}
public void test_max_distance()
{
var dist = new Distance();
dist.Add("album", 0.5);
dist.Add("media_count", 0.0);
dist.Add("media_count", 0.0);
dist.MaxDistance().Should().Be(5.0);
}
/// <summary>
/// Adds the specified position.
/// </summary>
/// <param name="position">The position.</param>
/// <returns></returns>
public Position3D Add(Position3D position)
{
return
(new Position3D(Latitude.Add(position.Latitude.DecimalDegrees),
Longitude.Add(position.Longitude.DecimalDegrees),
_altitude.Add(position.Altitude)));
}
public GeographicSize ToAspectRatio(float aspectRatio)
{
float CurrentAspect = AspectRatio;
// Do the values already match?
if (CurrentAspect == aspectRatio)
{
return(this);
}
// Convert to meters first
Distance WidthMeters = _Width.ToMeters();
Distance HeightMeters = _Height.ToMeters();
// Is the new ratio higher or lower?
if (aspectRatio > CurrentAspect)
{
// Inflate the GeographicRectDistance to the new height minus the current height
return(new GeographicSize(
WidthMeters.Add(HeightMeters.Multiply(aspectRatio).Subtract(WidthMeters)),
HeightMeters));
}
else
{
// Inflate the GeographicRectDistance to the new height minus the current height
return(new GeographicSize(
WidthMeters,
HeightMeters.Add(WidthMeters.Divide(aspectRatio).Subtract(HeightMeters))));
}
}
public LocalEdition(List <LocalBook> tracks)
{
LocalBooks = tracks;
// A dummy distance, will be replaced
Distance = new Distance();
Distance.Add("book_id", 1.0);
}
public LocalEdition()
{
LocalBooks = new List <LocalBook>();
// A dummy distance, will be replaced
Distance = new Distance();
Distance.Add("album_id", 1.0);
}
public LocalAlbumRelease(List <LocalTrack> tracks)
{
LocalTracks = tracks;
// A dummy distance, will be replaced
Distance = new Distance();
Distance.Add("album_id", 1.0);
}
public void DistanceClass_AddMethod_ReturnsObjectEqualToFirstParameterIfFirstParameterIsNotNullAndSecondParameterIsNull()
{
Distance testParam0 = GetDistance();
Distance testParam1 = null;
Distance testOutput = Distance.Add(testParam0, testParam1);
AssertEqual(testParam0, testOutput);
}
public void DistanceClass_AddMethod_ReturnsNewObjectIfFirstParameterIsNullAndSecondParameterIsNotNull()
{
Distance testParam0 = null;
Distance testParam1 = GetDistance();
Distance testOutput = Distance.Add(testParam0, testParam1);
Assert.AreNotSame(testParam1, testOutput);
}
public void DistanceClass_AddMethod_ReturnsNullIfBothParametersAreNull()
{
Distance testParam0 = null;
Distance testParam1 = null;
Distance testOutput = Distance.Add(testParam0, testParam1);
Assert.IsNull(testOutput);
}
public void test_add()
{
var dist = new Distance();
dist.Add("add", 1.0);
dist.Penalties.Should().BeEquivalentTo(new Dictionary <string, List <double> > {
{ "add", new List <double> {
1.0
} }
});
}
public void DistanceClass_AddMethod_ReturnsNewObjectEqualToSumOfParametersIfParametersAreNotNull()
{
for (int i = 0; i < 100000; ++i)
{
Distance testParam0 = GetDistance();
Distance testParam1 = GetDistance();
Distance testOutput = Distance.Add(testParam0, testParam1);
AssertEqual(testParam0, testParam1, testOutput);
}
}
public void AddScores(float distance, float note)
{
if (Distance.Count < 3)
{
distance = (Mathf.Round((distance * 10))) / 10;
Distance.Add(distance);
}
else
{
throw new System.ArgumentException(Name + " can't jump 3 times.", "Distance");
}
note = (Mathf.Round((note * 10))) / 10;
Points += note;
}
/// <summary>Adds the specified size to the current instance.</summary>
public GeographicSize Add(GeographicSize size)
{
return(new GeographicSize(_Width.Add(size.Width), _Height.Add(size.Height)));
}
