@Test public void testDrive() { Car testCar = new Car(50); testCar.addGas(20); testCar.drive(25); double gallons = testCar.getGasInTank(); assertEquals(19.5, gallons, 1e-6); testCar.drive(100); gallons = testCar.getGasInTank(); assertEquals(17.5, gallons, 1e-6); }
public void update(double timeInterval) { super.resetAvSpeedStats(); for (Road r : getOutgoingRoads()) { if (r != null) { r.handleLC(this, false); } } // Tom : Do le normal lane update Cliff: ME GUSTA for (Road r : getIncomingRoads()) { if (r != null) { r.handleLC(this, false); for (Lane l : r.getLanes()) { if (l.getCars().size() > 0) { Car fCar = l.getCars().getFirst(); if (!fCar.isIsGate() && fCar.getPosition() + fCar.getLength() >= (l.getLength() - fCar.getMinSpace())) { // The front of the car reaches the end of the road within its minimal spacing if (fCar.getPath().isEmpty()) { l.deleteCar(fCar); } else { super.updateFirst(timeInterval, r, l, getNextRoadForCar(fCar), fCar); } } else { fCar.drive(0, 0, true, timeInterval); } super.updateLane(timeInterval, l, r); } } } } }
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[]) { Driver lewis = new Driver("Lewis Hamilton", 30, "UK"); System.out.println( lewis.getName() + " Age: " + lewis.getAge() + " Country: " + lewis.getCountry()); Driver vettel = new Driver("Sebastian Vettel", 28); vettel.setCountry("Germany"); vettel.print(); Car c1 = new Car("F1 W06", "Mercedes", lewis, 500); System.out.println( c1.getName() + " Manufacturer: " + c1.getManufacturer() + " Driver: " + c1.getDriver().getName() + " FuelCapacity: " + c1.getFuelCapacity()); c1.refuel(100); c1.drive(400); System.out.println( c1.getName() + " Manufacturer: " + c1.getManufacturer() + " Driver: " + c1.getDriver().getName() + " FuelCapacity: " + c1.getFuelCapacity()); Car c2 = new Car("SF15-T", "Ferrari"); c2.setDriver(vettel); c2.setFuelCapacity(400); c2.print(); c2.refuel(50); c2.drive(500); c2.print(); c1.getDriver().print(); c2.getDriver().print(); return; }
@Test public void test() { Car car = new Car(50); car.addGas(20); // Tank 20 gallons car.drive(100); // Drive 100 miles double gasLeft = car.getGasInTank(); // Get gas remaining in tank // expected 18 assertEquals(18, gasLeft, 0); }
/** Drive all cars until they have arrived. */ public void driveCars() { while (cars.size() > 0) { int i = 0; while (i < cars.size()) { Car c = cars.get(i); c.drive(); if (c.hasArrived()) { cars.remove(i); } else { i++; } } } }
/** Drive all cars until they have arrived. */ public void driveCars() { while (cars.size() > 0) { int i = 0; while (i < cars.size()) { Car c = cars.get(i); ArrayList<Person> arrived = c.drive(); // TODO: Add print statement here for (Person passenger : arrived) { System.out.println(c.getDriverName() + " drops off " + passenger.getName()); } if (c.hasArrived()) { cars.remove(i); } else { i++; } } } }
public static void main(String[] args) { Driver driver = new BenzDriver(); Car car = driver.driverCar(); car.drive(); }
public static void main(String[] args) { Car myFastCar = new Car(2007); myFastCar.startEngine(); myFastCar.drive(1628); }
public void drive() { super.drive(); accelerate(getRoad().getSpeedLimit(), 0); }
public static void main(String[] args) { CarFactory factory = new BenzCarFactory(); Car car = factory.getBussinessCar(); car.drive(); }
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); }