public void init() { System.out.println("Initializing simulation (null hypothesis)."); // Create road road = new Road(2, 3); // Add lights road.addLight(0, 29, 15, 15); road.addLight(1, 29, 15, 15); // road.addLight(2, 29, 15, 15); road.addLight(0, 59, 15, 15); road.addLight(1, 59, 15, 15); // road.addLight(2, 59, 15, 15); // Add left turns road.addExit(0, 30, 'n'); road.addExit(0, 60, 'n'); // Add right turns road.addExit(road.getNumLanes() - 1, 30, 's'); road.addExit(road.getNumLanes() - 1, 60, 's'); // Add obstacles? for (int i = 1; i < 15; i++) { int rightLaneNumber = road.getNumLanes() - 1; road.addParkedCar(rightLaneNumber, random.nextInt(road.getLane(rightLaneNumber).length())); } System.out.println("Exits: " + road.getExits().length); System.out.println("Inital road..."); road.print(); }
public void init2() { System.out.println("Initializing simulation (alternative hypothesis."); // Create road road = new Road(3, 3); // Add lights road.addLight(0, 29, 15, 15); road.addLight(1, 29, 15, 15); road.addLight(2, 29, 15, 15); road.addLight(0, 59, 15, 15); road.addLight(1, 59, 15, 15); road.addLight(2, 59, 15, 15); // NO left turns // Add right turns road.addExit(road.getNumLanes() - 1, 30, 's'); road.addExit(road.getNumLanes() - 1, 60, 's'); // NO parked cars System.out.println("Exits: " + road.getExits().length); System.out.println("Inital road..."); road.print(); }
public void step() { rest(); road.updateLights(); road.pushCars(); if (random.nextInt(10) < 9) { road.addCar(); } else { int exitNum = randomRange(1, road.getExits().length - 1); road.addCar(road.getExits()[exitNum]); } // road.addCar(); road.print(); }
public void results() { System.out.println("SIMULATION RESULTS"); System.out.println("Number of iterations: " + this.steps); System.out.println("Successful trips:" + road.getExits()[0].getCount()); }