public void Should_format_float_statistics(float value, string expected)
{
var statistic = new FloatStatistic(() => value);
statistic.Refresh();
Assert.AreEqual(expected, statistic.Formatted);
}
public static string Translate(this FloatStatistic statistic)
{
switch (statistic)
{
case FloatStatistic.Jumps:
return("avatar.numberOfJumps");
case FloatStatistic.TimePassed:
return("Time.alive");
case FloatStatistic.CurrentX:
return("transform.position.x");
case FloatStatistic.CurrentY:
return("transform.position.y");
case FloatStatistic.CurrentSpeed:
return("rigidbody.velocity.magnitude");
case FloatStatistic.GroundedTime:
return("Time.grounded");
case FloatStatistic.AirborneTime:
return("Time.airborne");
case FloatStatistic.RollingTime:
return("Time.rolling");
case FloatStatistic.DeadTime:
return("Time.dead");
case FloatStatistic.Rolls:
return("avatar.numberOfRolls");
case FloatStatistic.MaximumSpeed:
return("Math.Max(rigidbody.velocity.magnitude)");
default:
return(statistic.ToString());
}
}
/*
* //IntPair are singular integer values
* public void Add(IntStatistic id, int value) {
* intStatistics[id] += value;
* }
* public void Remove(IntStatistic id, int value) {
* intStatistics[id] -= value;
* }
* public int Get(IntStatistic id) {
* return intStatistics[id];
* }
* //*/
//FloatPair are singular floating-point values
public void Add(FloatStatistic id, float value)
{
floatStatistics[id] += value;
}
public float Get(FloatStatistic id)
{
return(floatCalculators.ContainsKey(id)
? floatCalculators[id]()
: floatStatistics[id]);
}
public void Remove(FloatStatistic id, float value)
{
floatStatistics[id] -= value;
}
internal void AddCalculator(FloatStatistic id, Func <float> calculator)
{
floatCalculators[id] = calculator;
}
public FloatStatisticCommand(FloatStatistic id, float value)
{
this.id = id;
this.value = value;
}
