public async Task CalculatePointTyreDegradationTest_Invalid()
{
//e.g. Silverstone|Towcester|14,57
const double trackDegradationPoint = 57;
var dataManager = new DataManager();
await dataManager.LoadAndParseData();
var tyreDetailsViewModel = new TyreDetailsViewModel(dataManager.Tyres[0]);
var tyreCoefficient = tyreDetailsViewModel.TyreCoefficient;
double temperature = 0.0;
var weatherService = new WeatherService(new OpenWeatherMapApiConsumer(new WebClientConsumer()));
weatherService.GetTemperatureForLocationAsync("Towcester",
(object sender, EventArgs e) =>
{
if (e is TemperatureUpdatedEventArgs temperatureArgs)
{
temperature = temperatureArgs.NewTemperature;
}
});
var pointTyreDegradataion = TyrePlacementViewModel.CalculatePointTyreDegradation(trackDegradationPoint, tyreCoefficient, temperature);
var manualCalculation = (14 + temperature) / tyreCoefficient;
Assert.AreNotEqual(manualCalculation, pointTyreDegradataion);
}
public void CalculatePointTyreDegradation_Invalid()
{
const int trackDegradationPoint = 14;
const double tyreCoefficient = 0.8;
const int temperature = 1;
var point = TyrePlacementViewModel.CalculatePointTyreDegradation(trackDegradationPoint, tyreCoefficient, temperature);
var manualWrongCalculation = (trackDegradationPoint + temperature) / 1.00;
Assert.AreNotEqual(manualWrongCalculation, point);
}