public static ISparkGenerator CreateAttractRepulseSparkGenerator()
{
Solution bestSolution = Substitute.For <Solution>(0);
IList <Dimension> dimensions = Substitute.For <IList <Dimension> >();
ContinuousUniformDistribution distribution = Substitute.For <ContinuousUniformDistribution>(Amplitude - Delta, Amplitude + Delta);
System.Random randomizer = Substitute.For <System.Random>();
AttractRepulseSparkGenerator generator = Substitute.For <AttractRepulseSparkGenerator>(bestSolution, dimensions, distribution, randomizer);
return(generator);
}
public void CreateSpark_MustReturnNotNullFirework()
{
const int expectedBirthStepNumber = 1;
const FireworkType expectedFireworkType = FireworkType.SpecificSpark;
Solution bestSolution = Substitute.For <Solution>(0);
IList <Dimension> dimensions = Substitute.For <IList <Dimension> >();
System.Random randomizer = Substitute.For <System.Random>();
ContinuousUniformDistribution distribution = Substitute.For <ContinuousUniformDistribution>(AbstractSourceData.Amplitude - AbstractSourceData.Delta, AbstractSourceData.Amplitude + AbstractSourceData.Delta);
Firework epicenter = Substitute.For <Firework>(expectedFireworkType, expectedBirthStepNumber - 1);
IEnumerable <double> qualities = Substitute.For <IEnumerable <double> >();
Dictionary <FireworkType, int> sparks = Substitute.For <Dictionary <FireworkType, int> >();
FireworkExplosion explosion = Substitute.For <FireworkExplosion>(epicenter, expectedBirthStepNumber, AbstractSourceData.Amplitude, sparks);
AttractRepulseSparkGenerator sparkGenerator = new AttractRepulseSparkGenerator(bestSolution, dimensions, distribution, randomizer);
Firework spark = sparkGenerator.CreateSpark(explosion);
Assert.NotNull(spark);
Assert.Equal(expectedFireworkType, spark.FireworkType);
Assert.Equal(expectedBirthStepNumber, spark.BirthStepNumber);
}
