multiexp.cc
<![CDATA[
////////////////////////////////////////////////////////////////////////////
// Model multiexp.cc SIMLIB/C++
//
// Multiple experiments with various parameters
//
#include "simlib.h"
const double ENDTime = 2000; // time of simulation
Facility Box("Box");
Histogram Table("Table",0,25,20);
class Customer : public Process {
double Prichod; // atribute of each customer
void Behavior() { // --- behavoir specification ---
Prichod = Time; // incoming time
Seize(Box); // start of service
Wait(10); // time of service
Release(Box); // end of service
Table(Time-Prichod); // waiting and service time
}
public:
Customer() { Activate(); }
};
class Generator : public Event { // model of system's input
double dt;
void Behavior() { // --- behavior specification ---
new Customer; // new customer
Activate(Time+Exponential(dt)); //
}
public:
Generator(double d) : dt(d) { Activate(); }
};
void Sample() {
if(Time>0) Print(" %g", Table.stat.MeanValue());
}
Sampler s(Sample,500);
int main() {
SetOutput("multiexp.dat"); // output redirection
_Print("# MULTIEXP - multiple experiments example\n");
for(int i=1; i<=20; i++) {
Print("# Experiment#%d (čas=%g) \n", i, ENDTime);
Init(0,ENDTime); // time of simulation is 0..ENDTime
Box.Clear(); // initialization of all objects!
Table.Clear();
double interval = i;
new Generator(interval); // customer generator
Print("%g ", interval);
Run(); // simulation experiment
Print(" %g\n", Table.stat.MeanValue());
}
return 0;
}
]]>
![[results]](multiexp.png)
Last modification:
If you have some suggestions to improve this page, please mail to
peringer AT fit.vutbr.cz