public void When_CurrentSpeed_IsBelow_InitialSpeed_Always_Return_0_Percent()
{
var speedProgress = new SpeedProgress(
initialSpeed: 60,
currentSpeed: 50,
targetSpeed: 100,
weighting: 100
);
Assert.That(speedProgress.CalculateProgress(), Is.EqualTo(0));
}
public void No_TargetSpeed_Always_Has_100_Percent_Complete()
{
var speedProgress = new SpeedProgress(
initialSpeed: 60,
currentSpeed: 80,
targetSpeed: 0,
weighting: 100
);
Assert.That(speedProgress.CalculateProgress(), Is.EqualTo(100));
}
public void Quarter_Way_Between_Initial_And_Target_Speeds_Means_Quarter_Progress()
{
var speedProgress = new SpeedProgress(
initialSpeed: 10,
currentSpeed: 35,
targetSpeed: 110,
weighting: 100
);
Assert.That(speedProgress.CalculateProgress(), Is.EqualTo(25));
}
public void No_InitialSpeed_But_Has_TargetSpeed_Calcs_Correctly()
{
var speedProgress = new SpeedProgress(
initialSpeed: 0,
currentSpeed: 35,
targetSpeed: 100,
weighting: 100
);
Assert.That(speedProgress.CalculateProgress(), Is.EqualTo(35));
}
public void Half_Way_Between_Initial_And_Target_Speeds_Means_Fifty_Percent_Progress()
{
var speedProgress = new SpeedProgress(
initialSpeed: 10,
currentSpeed: 60,
targetSpeed: 110,
weighting: 100
);
Assert.That(speedProgress.CalculateProgress(), Is.EqualTo(50));
}
