Create all four fields. Then use the code generation from Eclipse to create the constructor and the toString method.

• Make the following change in class toString: Use only the model to represent the car, not the toString method of class Car. (see Expected Output below)
• In method fuelConsumption do the following: Calculate the amount of fuel that is required to travel from the departure to the destination and return the result in full precision (not rounded).
• Doc Comments: Add doc comments for all classes, constructors, and public methods. Follow the style guidelines that were discussed in the practice video.

Car: Create the fields and use the code generation from Eclipse to create the constructor and the getters.

• Doc Comments: Add doc comments for all classes, constructors, and public methods. Follow the style guidelines that were discussed in the practice video.

TravelApp: The class TravelApp is a test client and it includes the main method.

• Create two cars:
  • m4: BMW M4 that uses 25 mpg
  • civic: Honda Civic that uses 42 mpg
• Display the information of both cars in the following format: {make} {model} {mpg} mpg where {make}, {model}, and {mpg} are substituted by the values of the corresponding fields.
• Create two trips:
  • California Trip: Drive from SF to LA, 382 miles, in your BMW M4
  • Florida Trip: Drive from Tampa to Miami, 280 miles, in your Honda Civic
• Display information about the planned trips. For each of the trips, print the following:
  • A title so we know which trip we are describing
  • The string that is returned by the toString method
  • Information about fuel consumption in the following format: fuel consumption: {fuel consumption} gallons where {fuel consumption} is the fuel consumption of the whole trip, rounded to one digit after the decimal point.
• Format the output as shown in the Expected Output below. Pay attention to titles and single empty lines to group related output.

Trip Planner - departure : String - arrival : String - distance : int - car + Trip Planner(departure : String, arrival : String, distance: int, Car : car) + fuelConsumption(): double + toString(): String Car - make : String - model : String - mpg : int + Car ( make : String, model : String, mpg : int) + getMake(): String + getModel(): String + getMpg(): int