Write a rental information for a leasing company in polymorphic form

Parent class: Motovehicle

Public abstract class Motovehicle {

String No;

String brand;

String color;

String mileage;

int days;

public abstract float calcrent (int days); }

Sub-class 1:car

Public final class Car extends Motovehicle {

String type;

@Override

public float calcrent (int days) {

float rent = 0;

if (Type.equals ("Buick Business Class GL8")) {

Rent = 600*days;

}else if (type.equals ("BMW 550i")) {

Rent = 500*days;

}else if (type.equals ("Buick Boulevard")) {

Rent = 300*days;

}

return rent;

}

Public Car () {

Super ();

}

Public Car (String type) {

Super ();

This.type = type;

}

}

Sub-class 2:bus

Public final class Bus extends Motovehicle {

int seatcount;

@Override

public float calcrent (int days) {

float rent = 0;

if (seatcount<=16) {

Rent = 800*days;

}else{

Rent = 1500*days;

}

return rent;

}

Public Bus () {

Super ();

}

Public Bus (int seatcount) {

Super ();

This.seatcount = Seatcount;

}

}

Test class: Motovehicletext

Import Java.util.Scanner;

public class Motovehicletext {

public static void Main (string[] args) {

String kind;

float rent = 0;

Scanner input = new Scanner (system.in);

System.out.println ("Please enter the type of rental car");

Kind = Input.next ();

if (Kind.equals ("Car")) {

Car A = new car ();

System.out.println ("Please enter the rental time:");

A.days = Input.nextint ();

System.out.println ("Please enter the model number of the car rental:");

A.type = Input.next ();

Rent = a.calcrent (a.days);

}else if (kind.equals ("Bus")) {

Bus B = new bus ();

System.out.println ("Please enter the rental time:");

B.days = Input.nextint ();

System.out.println ("Please enter the number of seats for the rental car:");

B.seatcount = Input.nextint ();

Rent = b.calcrent (b.days);

}

System.out.println ("Your rental fee is +rent");

Input.close ();

}

}

Write a rental information for a leasing company in polymorphic form