/// <summary>
/// simulate one ant farm, return true (continue) unless max cube count has been reached
/// </summary>
private bool Run1()
{
var s = new Descriptives(); // departure time statistics for this cube
var cube = new Cube(m_nAnts, this);
for (int t = 0; t < m_nMaxTime; ++t)
{
int escaped = cube.Step();
s.AddSample(t + 1, escaped); // if escaped on step 0, it's at time 1.
if (cube.Empty)
break;
}
double completed;
lock (m_summarystats)
{
completed = m_summarystats.Mass();
if (completed < m_nCubes)
m_summarystats.AddSample(s.Mean());
}
if (completed+1 == m_nCubes && m_OnCompletion != null)
m_OnCompletion(m_summarystats);
return completed+1 < m_nCubes;
}
public void StepTest()
{
var j = new Job(1000, 1, 100, null);
var c = new Cube(1000, j);
Assert.AreEqual(c.Step(), 0);
Assert.AreEqual(c.Step(), 0);
Assert.IsTrue(c.Step() > 100);
}
