public void Should_multiply_points_at_level_one()
{
var log = new CircuitLog
{
Variant = Variant.Normal,
Level = 1,
NumberOfRoundsPerformed = 3
};
var points = log.GetPoints();
Assert.AreEqual(0.4, points);
}
public void Should_half_points_for_light_variants_but_still_apply_level_multiplier()
{
var log = new CircuitLog
{
Variant = Variant.Light,
Level = 1,
NumberOfRoundsPerformed = 3
};
var points = log.GetPoints();
Assert.AreEqual(0.2, points);
}
public void Should_return_1_point_for_3_rounds_at_current_level()
{
var log = new CircuitLog
{
Variant = Variant.Normal,
Level = Workout.CURRENT_LEVEL,
NumberOfRoundsPerformed = 3
};
var points = log.GetPoints();
Assert.AreEqual(1, points);
}
public void Should_multiply_reps_by_level_for_level_2()
{
var log = new CircuitLog
{
Variant = Variant.Normal,
Level = 2,
NumberOfRoundsPerformed = 3
};
var physioWorkout = new PhysioCircuit();
physioWorkout.LogList.Add(log);
var numberOfCrunches = physioWorkout.GetTotalCrunchesPerformed();
var numberOfBridges = physioWorkout.GetTotalBridgesPerformed();
var numberOfSquats = physioWorkout.GetTotalSquatsPerformed();
Assert.AreEqual(75, numberOfCrunches);
Assert.AreEqual(45, numberOfBridges);
Assert.AreEqual(45, numberOfSquats);
}
