public void simulOneDay() {
Sim.init();
new OneDay().schedule(9.75);
Sim.start();
statServed.update(nbServed);
avWait.update(tellers.waitList().statSize().sum());
}
/**
* Gives a new observation @f$x@f$ to the statistical collectors. Increases by 1 the bin counter
* in which value @f$x@f$ falls. Values that fall outside the interval @f$[a,b]@f$ are added in
* extra bin counter bin[0] if @f$x < a@f$, and in bin[@f$s+1@f$] if @f$x > b@f$.
*
* @param x observation value
*/
public void add(double x) {
super.add(x);
if (x < m_a) ++co[0];
else if (x > m_b) ++co[1 + numBins];
else {
int i = 1 + (int) ((x - m_a) / m_h);
++co[i];
}
}
/**
* Initializes this object. Divide the interval @f$[a,b]@f$ into
*
* @f$s@f$ bins of equal width and initializes all counters to 0.
* @param s number of bins
* @param a left boundary of interval
* @param b right boundary of interval
*/
public void init(double a, double b, int s) {
/* The counters co[1] to co[s] contains the number of observations
falling in the interval [a, b].
co[0] is the number of observations < a,
and co[s+1] is the number of observations > b.
*/
super.init();
if (b <= a) throw new IllegalArgumentException(" b <= a");
co = new int[s + 2];
numBins = s;
m_h = (b - a) / s;
m_a = a;
m_b = b;
for (int i = 0; i <= s + 1; i++) co[i] = 0;
}
public BankProc() {
tellers.waitList().collectStat(true);
for (int i = 1; i <= 100; i++) simulOneDay();
statServed.report();
avWait.report();
}
