// File: Experiment.java

// Description:

import simModel.*;

import cern.jet.random.engine.*;

// Main Method: Experiments

//

class Experiment1

{

public static void main(String[] args)

{

int i, NUMRUNS = 1;

double startTime=0.0, endTime=720.0;

Seeds[] sds = new Seeds[NUMRUNS];

SMTravel smmodel; // Simulation object

// Lets get a set of uncorrelated seeds

RandomSeedGenerator rsg = new RandomSeedGenerator();

for(i=0 ; i<NUMRUNS ; i++) sds[i] = new Seeds(rsg);

// Loop for NUMRUN simulation runs for each case

// Case 1

for(i=0 ; i < NUMRUNS ; i++)

{

int[] regSchedule = {7,7,12,5,5};

int[] silSchedule = {5,8,6,4,4};

int[] golSchedule = {2,4,2,2,2};

int trunkLinesNum = 50;

int reservedLines = 3;

smmodel = new SMTravel(startTime,endTime,regSchedule,silSchedule,golSchedule, trunkLinesNum, reservedLines, sds[i], true);

smmodel.runSimulation();

// See examples for hints on collecting output

// and developing code for analysis

smmodel.calculateOutput();

System.out.println("Terminated "+(i+1)+":");

System.out.println("Percentage of customers that meets our satisfaction level for wait time:");

System.out.println("Gold Cardholder: " + (1-smmodel.getPercentExceedWait()[Constants.GOLD]));

System.out.println("Silver Cardholder: " + (1-smmodel.getPercentExceedWait()[Constants.SILVER]));

System.out.println("Regular Customer: " + (1-smmodel.getPercentExceedWait()[Constants.REGULAR]));

System.out.println("Percentage of customers that receive busy signal:");

System.out.println("Cardholder Customer: " + (smmodel.getPercentBusySignal()[Constants.CARDHOLDER]));

System.out.println("Regular Customer: " + (smmodel.getPercentBusySignal()[Constants.REGULAR]));

System.out.println("Total Cost: $" + smmodel.calcCost());

System.out.println("-----------------------------------------------------------------------");

char[] cust = {'R', 'S', 'G'};

System.out.println("Percent of customers that waited too long per hour");

for(int cus = 0; cus < 3; ++cus){

System.out.print(cust[cus] + " ");

for(int hour = 0; hour <12; ++hour){

System.out.format("%.6f ", smmodel.getPercentWaitingHourMatrix()[cus][hour]);

}

System.out.println();

}

System.out.println();

System.out.println("Percent of customers that received a busy signal");

for(int cus = 0; cus < 2; ++cus){

System.out.print(' ');

for(int hour = 0; hour <12; ++hour){

System.out.format("%.6f ", smmodel.getPercentBusyHour()[cus][hour]);

}

System.out.println();

}

}

}

}