/** Creates a scenario based on Settings object. */
protected SimScenario() {
Settings s = new Settings(SCENARIO_NS);
nrofGroups = s.getInt(NROF_GROUPS_S);
this.name = s.valueFillString(s.getSetting(NAME_S));
this.endTime = s.getDouble(END_TIME_S);
this.updateInterval = s.getDouble(UP_INT_S);
this.simulateConnections = s.getBoolean(SIM_CON_S);
if (s.contains(SIM_FILES_S)) {
this.simulateFiles = s.getBoolean(SIM_FILES_S);
} else {
this.simulateFiles = false;
}
ensurePositiveValue(nrofGroups, NROF_GROUPS_S);
ensurePositiveValue(endTime, END_TIME_S);
ensurePositiveValue(updateInterval, UP_INT_S);
this.simMap = null;
this.maxHostRange = 1;
this.connectionListeners = new ArrayList<ConnectionListener>();
this.messageListeners = new ArrayList<MessageListener>();
this.movementListeners = new ArrayList<MovementListener>();
this.updateListeners = new ArrayList<UpdateListener>();
this.appListeners = new ArrayList<ApplicationListener>();
this.queryListeners = new ArrayList<FileEventListener>();
this.eqHandler = new EventQueueHandler();
/* TODO: check size from movement models */
s.setNameSpace(MovementModel.MOVEMENT_MODEL_NS);
int[] worldSize = s.getCsvInts(MovementModel.WORLD_SIZE, 2);
this.worldSizeX = worldSize[0];
this.worldSizeY = worldSize[1];
createHosts();
if (this.simulateFiles) {
addFilesToHosts();
}
this.world =
new World(
hosts,
worldSizeX,
worldSizeY,
updateInterval,
updateListeners,
simulateConnections,
eqHandler.getEventQueues());
}
