public void canTransformAppraisals()
{
var carp1 = new MagicCarpet(6, 0);
// raw score
var basic = new BalloonAppraisal(carp1);
Assert.Equal(0.6f, basic.transformedScore(), 4);
var clamped = new BalloonAppraisal(carp1).clamp(0.3f);
Assert.Equal(0.3f, clamped.transformedScore(), 4);
var scaled = new BalloonAppraisal(carp1).scale(0.1f);
Assert.Equal(0.06f, scaled.transformedScore(), 4);
var inverted = new BalloonAppraisal(carp1).inverse();
Assert.Equal(0.4f, inverted.transformedScore(), 4);
var negated = new BalloonAppraisal(carp1).negate();
Assert.Equal(-0.6f, negated.transformedScore(), 4);
var clampedNegated = new BalloonAppraisal(carp1).clamp(0.3f).negate();
Assert.Equal(-0.3f, clampedNegated.transformedScore(), 4);
}
public void SpeedCamelAnswerTest()
{
var magicCarpet = new MagicCarpet();
var mortar = new Mortar();
var broom = new Broom();
var camel = new BactrianCamel();
var speedCamel = new SpeedCamel();
var centaur = new Centaur();
var allTerrainBoots = new AllTerrainBoots();
var vehicles = new List <Vehicle>
{
magicCarpet,
mortar,
broom,
camel,
speedCamel,
centaur,
allTerrainBoots
};
var race = new Race <Vehicle>(1000, vehicles);
var winner = race.RunRace();
Assert.AreEqual("SpeedCamel", winner.GetType().Name);
}
public void canScoreConsiderationsWithTransformedAppraisals()
{
var carpet = new MagicCarpet(4, 8);
var floatConsid = new SumConsideration <MagicCarpet>(() => { });
floatConsid.addAppraisal(new BalloonAppraisal(carpet));
floatConsid.addAppraisal(new WeightsAppraisal(carpet).clamp(0.6f).negate());
var score = floatConsid.score();
Assert.Equal(-0.2f, score, 4);
}
public void canScoreConsideration()
{
var carpet = new MagicCarpet(2, 2);
var floatConsid = new ThresholdSumConsideration <MagicCarpet>(() => { }, 0.5f);
floatConsid.addAppraisal(new BalloonAppraisal(carpet));
floatConsid.addAppraisal(new WeightsAppraisal(carpet).negate());
var score = floatConsid.score();
Assert.Equal(0f, score, 4);
}
public void AddTransport(TransportType x)
{
ITransport newTransport;
switch (x)
{
case TransportType.Centaur:
newTransport = new Centaur();
break;
case TransportType.TwoCamel:
newTransport = new TwoCamel();
break;
case TransportType.FastCamel:
newTransport = new FastCamel();
break;
case TransportType.Boots:
newTransport = new Boots();
break;
case TransportType.Broom:
newTransport = new Broom();
break;
case TransportType.MagicCarpet:
newTransport = new MagicCarpet();
break;
case TransportType.Mortar:
newTransport = new Mortar();
break;
default:
throw new ArgumentOutOfRangeException(nameof(x), x, null);
}
try
{
_newRace.Add(newTransport);
}
catch (WrongParty e)
{
Console.WriteLine(e.Message);
throw new CanNotBeAdd("Add problem");
}
}
public void BroomAnswerTest()
{
var magicCarpet = new MagicCarpet();
var mortar = new Mortar();
var broom = new Broom();
var vehicles = new List <AirVehicle>
{
magicCarpet,
mortar,
broom
};
var race = new Race <AirVehicle>(1000, vehicles);
var winner = race.RunRace();
Assert.AreEqual("Broom", winner.GetType().Name);
}
public void Test2()
{
HarryBroom harry = new HarryBroom();
Yagalimousine Yaga = new Yagalimousine();
MagicCarpet Alladin = new MagicCarpet();
List <Transport> Allmembers = new List <Transport>();
Allmembers.Add(harry);
Allmembers.Add(Yaga);
Allmembers.Add(Alladin);
TypeRace newRace = new TypeRace();
var StartNewRace = newRace.StartRace(Allmembers, 8000);
var Allwinner = newRace.SpotLand(StartNewRace, Allmembers);
Assert.AreEqual(368, Allwinner.Item2);
}
public void MagicCarpet_Test(Double distance, Double time)
{
var magicCarpet = new MagicCarpet();
Assert.That(magicCarpet.Ride(distance), Is.EqualTo(time));
}