ca.appsimulations.jlqninterface.lqn.entities.Result Maven / Gradle / Ivy
package ca.appsimulations.jlqninterface.lqn.entities;
/**
* @author Yasir Shoaib (2011,2012) Contributors: Yasir Shoaib - Implementation
*
* Some LQN classes and their members are outlined as UML class diagrams
* in LQNS User Manual. For details regarding these LQN classes and
* members refer to LQNS User Manual.
*/
public class Result {
private ResultTypes isResultValid = ResultTypes.NO;
private double proc_utilization; // Processor utilization for a task, entry,
// or
// activity.
private double proc_waiting; // Waiting time at a processor for an activity.
private double phase1_proc_waiting; // Waiting time at a processor for phase
// 1 of an
// entry.
private double phase2_proc_waiting; // Waiting time at a processor for phase
// 2 of an
// entry.
private double phase3_proc_waiting; // Waiting time at a processor for phase
// 3 of an
// entry.
private double open_wait_time; // Waiting time for open arrivals.
private double service_time = Float.MAX_VALUE; // Activity service time.
private double loss_probability; // Probability of dropping an asynchronous
// message.
private double phase1_service_time; // Service time for phase 1 of an entry.
private double phase2_service_time; // Service time for phase 2 of an entry.
private double phase3_service_time; // Service time for phase 3 of an entry.
private double service_time_variance; // Variance for an activity.
private double phaseX_service_time_variance; // Variance for phase X of an
// entry.
private double phase1_utilization; // Utilization for phase 1 of an entry.
private double phase2_utilization; // Utilization for phase 2 of an entry.
private double phase3_utilization; // Utilization for phase 3 of an entry.
private double prob_exceed_max_service_time; //
private double squared_coeff_variation; // Squared coefficient of variation
// over all
// phases of an entry
private double throughput_bound; // Throughput bound for an entry.
private double throughput; // Throughput for a task, entry or activity.
private double utilization; // Utilization for a task, entry, activity.
private double waiting; // Rendezvous delay
private double waiting_variance; // Variance of delay for a rendezvous
public double getProc_utilization() {
return proc_utilization;
}
public void setProc_utilization(double procUtilization) {
proc_utilization = procUtilization;
}
public double getProc_waiting() {
return proc_waiting;
}
public void setProc_waiting(double procWaiting) {
proc_waiting = procWaiting;
}
public double getPhase1_proc_waiting() {
return phase1_proc_waiting;
}
public void setPhase1_proc_waiting(double phase1ProcWaiting) {
phase1_proc_waiting = phase1ProcWaiting;
}
public double getPhase2_proc_waiting() {
return phase2_proc_waiting;
}
public void setPhase2_proc_waiting(double phase2ProcWaiting) {
phase2_proc_waiting = phase2ProcWaiting;
}
public double getPhase3_proc_waiting() {
return phase3_proc_waiting;
}
public void setPhase3_proc_waiting(double phase3ProcWaiting) {
phase3_proc_waiting = phase3ProcWaiting;
}
public double getOpen_wait_time() {
return open_wait_time;
}
public void setOpen_wait_time(double openWaitTime) {
open_wait_time = openWaitTime;
}
public double getService_time() {
return service_time;
}
public void setService_time(double serviceTime) {
service_time = serviceTime;
}
public double getLoss_probability() {
return loss_probability;
}
public void setLoss_probability(double lossProbability) {
loss_probability = lossProbability;
}
public double getPhase1_service_time() {
return phase1_service_time;
}
public void setPhase1_service_time(double phase1ServiceTime) {
phase1_service_time = phase1ServiceTime;
}
public double getPhase2_service_time() {
return phase2_service_time;
}
public void setPhase2_service_time(double phase2ServiceTime) {
phase2_service_time = phase2ServiceTime;
}
public double getPhase3_service_time() {
return phase3_service_time;
}
public void setPhase3_service_time(double phase3ServiceTime) {
phase3_service_time = phase3ServiceTime;
}
public double getService_time_variance() {
return service_time_variance;
}
public void setService_time_variance(double serviceTimeVariance) {
service_time_variance = serviceTimeVariance;
}
public double getPhaseX_service_time_variance() {
return phaseX_service_time_variance;
}
public void setPhaseX_service_time_variance(double phaseXServiceTimeVariance) {
phaseX_service_time_variance = phaseXServiceTimeVariance;
}
public double getPhase1_utilization() {
return phase1_utilization;
}
public void setPhase1_utilization(double phase1Utilization) {
phase1_utilization = phase1Utilization;
}
public double getPhase2_utilization() {
return phase2_utilization;
}
public void setPhase2_utilization(double phase2Utilization) {
phase2_utilization = phase2Utilization;
}
public double getPhase3_utilization() {
return phase3_utilization;
}
public void setPhase3_utilization(double phase3Utilization) {
phase3_utilization = phase3Utilization;
}
public double getProb_exceed_max_service_time() {
return prob_exceed_max_service_time;
}
public void setProb_exceed_max_service_time(double probExceedMaxServiceTime) {
prob_exceed_max_service_time = probExceedMaxServiceTime;
}
public double getSquared_coeff_variation() {
return squared_coeff_variation;
}
public void setSquared_coeff_variation(double squaredCoeffVariation) {
squared_coeff_variation = squaredCoeffVariation;
}
public double getThroughput_bound() {
return throughput_bound;
}
public void setThroughput_bound(double throughputBound) {
throughput_bound = throughputBound;
}
public double getThroughput() {
return throughput;
}
public void setThroughput(double throughput) {
this.throughput = throughput;
}
public double getUtilization() {
return utilization;
}
public void setUtilization(double utilization) {
this.utilization = utilization;
}
public double getWaiting() {
return waiting;
}
public void setWaiting(double waiting) {
this.waiting = waiting;
}
public double getWaiting_variance() {
return waiting_variance;
}
public void setWaiting_variance(double waitingVariance) {
waiting_variance = waitingVariance;
}
public ResultTypes getResultValid() {
return isResultValid;
}
public void setResultValid(String valid) {
isResultValid = ResultTypes.getValue(valid);
}
}