public void CalculateNormalizedPower_With_No_Samples_Returns_Zero()
{
var samples = new WorkoutSamples(0);
IAthlete athlete = new Athlete();
var workoutCalculator = new WorkoutSamplesCalculator(samples,athlete);
var average = workoutCalculator.GetNormalizedPower();
Assert.Equal(0, average);
}
public void CalculateNormalizedPower_With_No_Samples_Returns_Zero()
{
var samples = new WorkoutSamples(0);
IAthlete athlete = new Athlete();
var workoutCalculator = new WorkoutSamplesCalculator(samples, athlete);
var average = workoutCalculator.GetNormalizedPower();
Assert.Equal(0, average);
}
public void TestNormalizedPower()
{
Initialise();
var calc = new PWXDataExtractor(_test);
var workoutSample = calc.ExtractData();
IAthlete athlete = new Athlete();
var workoutCalculator = new WorkoutSamplesCalculator(workoutSample, athlete);
var myPowerAverage = workoutCalculator.GetNormalizedPower();
Assert.Equal(231, myPowerAverage);
}
public static IWorkout MapExtendedCycleWorkout(pwx pwx, IWorkout shortWorkout)
{
pwxWorkout pwxWo = pwx.workout[0];
IAthlete athlete = new Athlete();
athlete.FTBikePower = 231;
shortWorkout.TrainingStressScore = pwxWo.summarydata.tss;
ICycleWorkout cycleWorkout = shortWorkout as ICycleWorkout;
if (cycleWorkout == null)
{
return(shortWorkout);
}
PWXDataExtractor dataExtractor = new PWXDataExtractor(pwx);
var workoutSamples = dataExtractor.ExtractData();
WorkoutSamplesCalculator calc = new WorkoutSamplesCalculator(workoutSamples, athlete);
cycleWorkout.IntensityFactor = calc.CalcualteIntensityFactor();
cycleWorkout.NormalizedPower = (int)calc.GetNormalizedPower();
return(shortWorkout);
}
public void TestNormalizedPower()
{
Initialise();
var calc = new PWXDataExtractor(_test);
var workoutSample = calc.ExtractData();
IAthlete athlete = new Athlete();
var workoutCalculator = new WorkoutSamplesCalculator(workoutSample, athlete);
var myPowerAverage = workoutCalculator.GetNormalizedPower();
Assert.Equal(231, myPowerAverage);
}