static void SingleTest(int denominator)
{
FrequencyArray time_freq = new FrequencyArray();
FrequencyArray loop_freq = new FrequencyArray();
DoTest(denominator, time_freq, loop_freq);
time_freq.Sort();
loop_freq.Sort();
ShowResults(time_freq, "Time taken to convert floating point to faction (time is in 10s of nanoseconds)", "Time");
#if CALCULATE_LOOP_STATISTICS
ShowResults(loop_freq, "Iterations taken to convert floating point to faction", "Loops");
#else
Console.WriteLine("\nStatistics for loop count not gathered. To enable loop statistics,\n");
Console.WriteLine("recompile defining \"CALCULATE_LOOP_STATISTICS\"\n");
#endif
}
static void RandomTest(int minTests)
{
Random rnd = new Random();
ArrayList denominators = new ArrayList();
int nTests = 0;
while (nTests < minTests)
{
int denominator = rnd.Next(minTests, 214748364) % minTests;
// Make sure it's a unique denominator
bool found = false;
foreach (int dem in denominators)
{
if (dem == denominator)
{
found = true;
break;
}
}
if (!found)
{
denominators.Add(denominator);
nTests += denominator - 1;
}
}
FrequencyArray time_freq = new FrequencyArray();
FrequencyArray loop_freq = new FrequencyArray();
foreach (int denominator in denominators)
{
DoTest(denominator, time_freq, loop_freq);
}
time_freq.Sort();
loop_freq.Sort();
ShowResults(time_freq, "Time taken to convert floating point to faction (time is in 10s of nanoseconds)", "Time");
#if CALCULATE_LOOP_STATISTICS
ShowResults(loop_freq, "Iterations taken to convert floating point to faction", "Loops");
#else
Console.WriteLine("\nStatistics for loop count not gathered. To enable loop statistics,\n");
Console.WriteLine("recompile defining \"CALCULATE_LOOP_STATISTICS\"\n");
#endif
}