public void NormalWeatherTest()
{
var solarSystem = new SolarSystem(new List <Planet>()
{
new Planet(30, 30, 0, Planet.Direction.CLOCKWISE),
new Planet(30, 150, 0, Planet.Direction.CLOCKWISE),
new Planet(30, 90, 0, Planet.Direction.CLOCKWISE)
});
Assert.Equal(Weather.WeatherType.NORMAL, solarSystem.CalculateWeather().Type);
}
public void RainyWeatherTest()
{
var solarSystem = new SolarSystem(new List <Planet>()
{
new Planet(30, 30, 0, Planet.Direction.CLOCKWISE),
new Planet(30, 150, 0, Planet.Direction.CLOCKWISE),
new Planet(30, 260, 0, Planet.Direction.CLOCKWISE)
});
Assert.Equal(Weather.WeatherType.RAINY, solarSystem.CalculateWeather().Type);
}
public void DraughtWeatherTest()
{
var solarSystem = new SolarSystem(new List <Planet>()
{
new Planet(10, 30.000000001, 0, Planet.Direction.CLOCKWISE),
new Planet(20, 30, 0, Planet.Direction.CLOCKWISE),
new Planet(30, 30, 0, Planet.Direction.CLOCKWISE)
});
Assert.Equal(Weather.WeatherType.DRAUGHT, solarSystem.CalculateWeather().Type);
}
public void OptimumWeatherTest()
{
var p1 = new CartesianCoordinates(0, 1);
var p2 = new CartesianCoordinates(1, 0);
var p3 = new CartesianCoordinates(2, -1);
var solarSystem = new SolarSystem(new List <Planet>()
{
new Planet(p1.ToPolar().Length, p1.ToPolar().Angle.ToDegrees(), 0, Planet.Direction.CLOCKWISE),
new Planet(p2.ToPolar().Length, p2.ToPolar().Angle.ToDegrees(), 0, Planet.Direction.CLOCKWISE),
new Planet(p3.ToPolar().Length, p3.ToPolar().Angle.ToDegrees(), 0, Planet.Direction.CLOCKWISE)
});
Assert.Equal(Weather.WeatherType.OPTIMUM, solarSystem.CalculateWeather().Type);
}
