public static void main(String[] args) {
int way;
Car myCar = new Car();
myCar.start();
way = myCar.drive(5);
System.out.println(way);
myCar.stop();
}
public static void main(String[] args) {
Car car1 = new Car();
car1.start();
car1.refuel(150.0f);
car1.start();
car1.stop();
Express express1 = new Express();
express1.start();
express1.stop();
}
public static void main(String[] args) {
Car c1 = new Car();
Car c2 = new Car();
c1.speed = 10;
c2.brake = -20;
c1.brake = -10;
c2.speed = 20;
c1.stop(99);
// c1.print();
//
// c2.print();
}
/** Test method for {@link xapn.projects.tdd.car.v2.Car#stop()}. */
@Test
public void testStop() {
LOGGER.debug("TEST: testStop");
// Setup
car.getEngine().setTurnedOn(true);
car.getEngine().setSpeed(0);
assertTrue(car.getEngine().isTurnedOn());
// Process
car.stop();
// Verification
// The engine must be stopped.
assertFalse(car.getEngine().isTurnedOn());
assertEquals(0, car.getEngine().getSpeed());
// Headlights must be turned off to avoid draining the battery.
assertFalse(car.getHeadlights().isTurnedOn());
// The GPS must be turned off.
assertFalse(car.getGps().isTurnedOn());
EasyMock.verify(roadMapMock);
}
private void handleCars() {
Logan jimmy = new Logan(30, "SAAVVVZZ877887");
jimmy.shiftGear(Car.FIRST);
jimmy.start();
jimmy.drive(10);
jimmy.shiftGear(Car.FIFTH);
jimmy.drive(200);
jimmy.drive(20.1);
jimmy.drive(0.2);
jimmy.stop();
Car car = new Logan(27, "oiqe0934hkkadsn");
car.start();
car.shiftGear(1); // shifts to first gear
car.drive(0.01); // drives 0.01 KMs
car.shiftGear(2);
car.drive(0.02);
car.shiftGear(3);
car.drive(0.5);
car.shiftGear(4);
car.drive(0.5);
car.shiftGear(4);
car.drive(0.5);
car.shiftGear(5);
car.drive(10);
car.shiftGear(4);
car.drive(0.5);
car.shiftGear(3);
car.drive(0.1);
car.stop();
float availableFuel = car.getAvailableFuel();
float fuelConsumedPer100Km = car.getAverageFuelConsumption();
float pollutionPerKm = car.getPollution();
System.out.println("Available fuel: " + availableFuel);
System.out.println("Average session fuel consumption: " + fuelConsumedPer100Km);
System.out.println("Pollution: " + pollutionPerKm);
Vehicle vehicle = new Golf(30, "1987ddkshik289"); // available fuel and chassis number
vehicle.start();
vehicle.drive(1);
vehicle.stop();
Car car1 = (Car) vehicle;
float availableFuel1 = car1.getAvailableFuel();
float fuelConsumedPer100Km1 = car1.getAverageFuelConsumption();
float pollutionPerKm1 = car1.getPollution();
System.out.println("Available fuel: " + availableFuel1);
System.out.println("Average session fuel consumption: " + fuelConsumedPer100Km1);
System.out.println("Pollution: " + pollutionPerKm1);
}
/** Run the simulation for <code>duration</code> model seconds. */
public void run(int duration) {
_agents = new ArrayList<Agent>();
setup(builder, rows, columns);
_animator = builder.getAnimator();
super.addObserver(_animator);
if (_disposed) throw new IllegalStateException();
// print out lights and roads.
for (int i = 0; i < duration; i++) {
_time++;
// go through road sources and see if a car needs to be added
for (int k = 0; k < _sources.size(); k++) {
if (_time % _sources.get(k).getGeneration() == 0) {
if (_sources.get(k).forGridLock() > 0) {
Car car = new Car();
car.setRoad(_sources.get(k));
_cars.add(car);
_agents.add(car);
_sources.get(k).accept(car);
}
}
}
Agent[] agents_copy = _agents.toArray(new Agent[0]);
for (Agent a : agents_copy) {
a.run(_time);
if (a instanceof Car) {
// MOVE THE CARS IF THEY'RE OFF ROADS
_index = _roads.indexOf((((Car) a).getRoad()));
// if its on a sink
if (((Car) a).getKill() == true) {
_agents.remove(a);
_roads.get(_index).removeCar((Car) a);
}
// if its gone off a road, but its not a sink
else if (((Car) a).getPosition() < 0) {
// can't move if the light is red
Road road = _roads.get(_index);
// all about stopping for the lights
if (road.getPattern().equals("RH")
&& intersections[road.getX()][road.getY()].getColorEW().equals(Color.RED)) {
((Car) a).setPosition((int) (MP.roadLength - ((Car) a).getLength()));
((Car) a).stop(true);
} else if (road.getPattern().equals("RV")
&& intersections[road.getX()][road.getY()].getColorNS().equals(Color.RED)) {
((Car) a).setPosition((int) (MP.roadLength - ((Car) a).getLength()));
((Car) a).stop(true);
} else if (road.getPattern().equals("AH")
&& intersections[road.getX()][road.getY() - 1].getColorEW().equals(Color.RED)) {
((Car) a).setPosition((int) (MP.roadLength - ((Car) a).getLength()));
((Car) a).stop(true);
} else if (road.getPattern().equals("AV")
&& intersections[road.getX() - 1][road.getY()].getColorNS().equals(Color.RED)) {
((Car) a).setPosition((int) (MP.roadLength - ((Car) a).getLength()));
((Car) a).stop(true);
} else {
// check for road block
// don't go over the array size
if ((_index + 1) < _roads.size()) {
if (_roads.get(_index + 1).forGridLock() > 0) {
_roads.get(_index).removeCar(a);
((Car) a).setPosition(0);
_index++;
_roads.get(_index).accept((Car) a);
((Car) a).setRoad(_roads.get(_index));
}
}
}
}
}
}
super.setChanged();
super.notifyObservers();
}
}
