public static IPlayer CreateCompetitor(StrikeInfo strikeModel, Ball ball, Hole hole, User player, ExperimentHistory history, IBallKickPhysics ballKick)
{
if (history == null)
throw new NullReferenceException("history");
IPlayer competitor;
var competitorModel = strikeModel.CompetitorModel;
if (competitorModel == null)
throw new NullReferenceException("Модель соперника не задана");
if (competitorModel is UniformCompetitorModel)
{
competitor = new UniformCompetitor(ball, hole, strikeModel.CompetitorModel as UniformCompetitorModel, player, ballKick);
}
else if (competitorModel is NormalAdaptiveCompetitorModel)
{
var errorGenerator = new NormalAdaptiveCompetitorRandom(strikeModel.CompetitorModel as NormalAdaptiveCompetitorModel, history);
competitor = new Competitor(ball.Position.X, hole.Position.X, errorGenerator, ballKick);
}
else if (competitorModel is UniformAdaptiveCompetitorModel)
{
var errorGenerator = new UniformAdaptiveCompetitorRandom(strikeModel.CompetitorModel as UniformAdaptiveCompetitorModel, history, strikeModel.Hole.Size, strikeModel.Ball.Size);
competitor = new Competitor(ball.Position.X, hole.Position.X, errorGenerator, ballKick);
}
else
{
throw new InvalidOperationException($"Модель соперника \"{competitorModel.GetType().Name}\" не поддерживается");
}
return competitor;
}
public void KickBall()
{
var generatorMock = new Moq.Mock<IRandom>();
var strikeModel = new StrikeModel { Delay = 0.1, Velocity = 1 };
generatorMock.Setup(t => t.Sample()).Returns(0.4);
var ballPositionX = 0.0d;
var holePositionX = 1.0d;
var competitor = new Competitor(ballPositionX, holePositionX, generatorMock.Object, new LinearWithTimeDelayBallKickPhysics(strikeModel));
var kick = competitor.KickBall();
Assert.AreEqual(1.4, kick.BallShift.X);
Assert.AreEqual(1.3, Math.Round(kick.ElapsedTime, 3));
}
