private static void AssertRoundtripInvariant(MetricRange a, MetricRange b, MetricUnit metricUnit)
{
var c = HostEnvironmentInfo.MainCultureInfo;
a.GetMinMaxString(metricUnit, out var aMin, out var aMax);
b.GetMinMaxString(metricUnit, out var bMin, out var bMax);
var a2 = MetricValueHelpers.CreateMetricRange(
double.Parse(aMin, c),
double.Parse(aMax, c),
metricUnit);
var b2 = MetricValueHelpers.CreateMetricRange(
double.Parse(bMin, c),
double.Parse(bMax, c),
metricUnit);
IsTrue(a.ContainsWithRounding(a2, metricUnit));
IsTrue(a2.ContainsWithRounding(a, metricUnit));
IsTrue(b.ContainsWithRounding(b2, metricUnit));
IsTrue(b2.ContainsWithRounding(b, metricUnit));
if (a.ContainsWithRounding(b, metricUnit))
{
IsTrue(a2.ContainsWithRounding(b2, metricUnit));
}
}
public static void TestCriticalProofContainsWithRoundingBruteForce()
{
var unitScale = MetricUnitScale.FromEnumValues(typeof(Distance));
var lastRange = MetricValueHelpers.CreateMetricRange(0, 0);
int repeats = 0;
int increment = 3;
for (long i = 0; i < int.MaxValue; i += increment)
{
// exponential growth as the scale is exponential
if (++repeats >= 1000 && increment < int.MaxValue / 10)
{
repeats = 0;
increment *= 2;
}
lastRange = AssertAssertRoundtripInvariant(i, lastRange, unitScale);
}
lastRange = MetricValueHelpers.CreateMetricRange(int.MaxValue, int.MaxValue);
repeats = 0;
increment = int.MaxValue / 200;
for (long i = int.MaxValue; i > 0; i -= increment) // reverse order
{
// logarithmic decrease as the scale is enumerated in reverse order
if (++repeats >= 1000 && increment > 10)
{
repeats = 0;
increment /= 2;
}
lastRange = AssertAssertRoundtripInvariant(i, lastRange, unitScale);
}
}
public static void TestCreateMetricRange(double min, double max, string unit, double expectedMin, double expectedMax)
{
var unitScale = MetricUnitScale.FromEnumValues(typeof(Distance));
var metricUnit = unitScale[unit];
var range = MetricValueHelpers.CreateMetricRange(min, max, metricUnit);
AreEqual(range.Min, expectedMin);
AreEqual(range.Max, expectedMax);
}
public static void TestAutoformat(string values, string expected)
{
var valuesParsed = values.Split(';').Select(s => double.Parse(s, CultureInfo.InvariantCulture)).ToArray();
foreach (var value in valuesParsed)
{
AreEqual(MetricValueHelpers.GetAutoscaledFormat(value), expected);
}
}
/// <summary>Converts <see cref="IStoredMetricValue"/> to the competition metric value.</summary>
/// <param name="storedMetric">The stored metric.</param>
/// <param name="metric">The metric information.</param>
/// <returns>The competition metric value.</returns>
public static CompetitionMetricValue ToMetricValue(
this IStoredMetricValue storedMetric,
MetricInfo metric)
{
Code.BugIf(
storedMetric.MetricAttributeType != metric.AttributeType,
"storedMetric.MetricAttributeType != metric.AttributeType");
var metricUnit = metric.MetricUnits[storedMetric.UnitOfMeasurement];
var metricValues = MetricValueHelpers.CreateMetricRange(storedMetric.Min, storedMetric.Max, metricUnit);
return(new CompetitionMetricValue(
metric,
metricValues,
metricUnit));
}
private static MetricRange AssertAssertRoundtripInvariant(
long i,
MetricRange lastRange,
MetricUnitScale unitScale)
{
// best applicable unit
var unit = unitScale[i];
// new ranges
var newRange = MetricValueHelpers.CreateMetricRange(i, i);
var minMaxRange = lastRange.Union(newRange);
AssertRoundtripInvariant(newRange, lastRange, unit);
AssertRoundtripInvariant(newRange, minMaxRange, unit);
AssertRoundtripInvariant(lastRange, minMaxRange, unit);
return(newRange.ContainsWithRounding(lastRange, unit) ? lastRange : newRange);
}