package fr.ntr; import java.util.ArrayList; import java.util.List; import java.util.Random; import fr.ntr.scheduler.Scheduler; public class AccessPoint { private List users; private Scheduler scheduler; /** * nombre de slots */ private static int timeSlotNb; /** * Nombre de sous-porteuses */ private static int subCarrierNb; /** * trame */ private ResourceBlock[][] frame; /** * Reste pour la prochaine source */ private double leftForNextSource; /** * Portée minimum et maximum de l'antenne */ private final double min, max; public AccessPoint(Scheduler scheduler, double min, double max) { this.min = min; this.max = max; this.users = new ArrayList<>(); this.scheduler = scheduler; this.frame = new ResourceBlock[timeSlotNb][subCarrierNb]; } /** * Lancer la simulation * @param duration */ public void startSimulation(int duration, int nbUsers) { for (int ticks = 0; ticks < duration; ++ticks) { // Simulation reset(); init(nbUsers); schedule(); // traite les données et les enregistre dans un fichier analyseData(); } } /** * Génération du débit et des paquets */ private void init(int nbUsers) { double[] distance = { 200d, 500d }; for (int i = 0; i < nbUsers; i++) { User user = new User(distance[i], timeSlotNb, subCarrierNb); user.generateBandwidth(); user.createPackets(); this.users.add(user); } } private void schedule() { } private void analyseData() { } private void plotData() { } private void reset() { } public int getFrameSize() { return this.timeSlotNb * this.subCarrierNb; } public ResourceBlock[][] getFrame() { return frame; } public void setFrame(ResourceBlock[][] frame) { this.frame = frame; } }