public static void TestAnimal(int iterations)
{
var tm = new TimeMonitor();
// Run iterations
for (var i = 0; i < iterations; i++)
{
var cm = new OrganismEmulator();
tm.Start();
cm.EmulateOrganism();
lastQuanta = tm.EndGetMicroseconds();
allQuanta.Add(lastQuanta);
}
// Sort by speed
allQuanta.Sort();
// Pick the middle 80% of all iterations
for (var i = (int)(iterations * 0.15); i < (int)(iterations * 0.85); i++)
{
samples++;
lastQuanta = (long)allQuanta[i];
if (worstQuanta == 0 && bestQuanta == 0)
{
worstQuanta = lastQuanta;
bestQuanta = lastQuanta;
}
else
{
if (lastQuanta > worstQuanta)
{
worstQuanta = lastQuanta;
}
if (lastQuanta < bestQuanta)
{
bestQuanta = lastQuanta;
}
}
totalQuanta += lastQuanta;
}
}
public static void TestAnimal(int iterations)
{
var tm = new TimeMonitor();
// Run iterations
for (var i = 0; i < iterations; i++)
{
var cm = new OrganismEmulator();
tm.Start();
cm.EmulateOrganism();
lastQuanta = tm.EndGetMicroseconds();
allQuanta.Add(lastQuanta);
}
// Sort by speed
allQuanta.Sort();
// Pick the middle 80% of all iterations
for (var i = (int) (iterations*0.15); i < (int) (iterations*0.85); i++)
{
samples++;
lastQuanta = (long) allQuanta[i];
if (worstQuanta == 0 && bestQuanta == 0)
{
worstQuanta = lastQuanta;
bestQuanta = lastQuanta;
}
else
{
if (lastQuanta > worstQuanta)
{
worstQuanta = lastQuanta;
}
if (lastQuanta < bestQuanta)
{
bestQuanta = lastQuanta;
}
}
totalQuanta += lastQuanta;
}
}
