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Write a CarParking class to model a multistory car parking building. This class should contain a 3- dimensional array of type Vehicle. The third dimension of the array simply represents the number of floors of the building while the first and second dimensions are the number of rows and columns in every floor. By default, there are 3 floors, 7 rows and 7 columns in a building. However, the user should be able to specify the maximum number of floors, rows and columns at the time of creating a CarParking object. In addition to the constructors, this class should provide the following methods: O public boolean isOccupied (int floor, int row, int col) this method returns true if the location specified by the floor, row and column is already occupied by a vehicle. public void add (Vehicle v) this method will add the vehicle at the next empty slot. Slots are field row by row (from left to right) starting from the ground floor. public Vehicle remove (int floor, int row, int col, double rate) this method to removes the vehicle at the specified location and returns the parking fee. The fee is calculated by multiplying the rate by the duration (in minutes). Drivers will receive 5% discount per floor other than the ground floor. If the location is not occupied, the method returns zero. public double getTotalExpected Revenue(double[] rates, Date exitTime) this method calculates the total expected revenue if all cars exit the building at the given exitTime. The rates array will contain an element for every vehicle type (Sedan, SUV, Truck). public int getVehicle Count(String type, int floor) this method finds and returns the total number of cars for a given type in a given floor. O public double getRevenue (String type, int floor, double rate) this method finds and returns O O O O O the total revenue of a given car type in a given floor for a given rate. public boolean canOrganizeByType accommodate all cars of the same type in separate floors. this method should return true if it is possible to

Write a CarParking class to model a multistory car parking building. This class should contain a 3- dimensional array of type Vehicle. The third dimension of the array simply represents the number of floors of the building while the first and second dimensions are the number of rows and columns in every floor. By default, there are 3 floors, 7 rows and 7 columns in a building. However, the user should be able to specify the maximum number of floors, rows and columns at the time of creating a CarParking object. In addition to the constructors, this class should provide the following methods: O public boolean isOccupied (int floor, int row, int col) this method returns true if the location specified by the floor, row and column is already occupied by a vehicle. public void add (Vehicle v) this method will add the vehicle at the next empty slot. Slots are field row by row (from left to right) starting from the ground floor. public Vehicle remove (int floor, int row, int col, double rate) this method to removes the vehicle at the specified location and returns the parking fee. The fee is calculated by multiplying the rate by the duration (in minutes). Drivers will receive 5% discount per floor other than the ground floor. If the location is not occupied, the method returns zero. public double getTotalExpected Revenue(double[] rates, Date exitTime) this method calculates the total expected revenue if all cars exit the building at the given exitTime. The rates array will contain an element for every vehicle type (Sedan, SUV, Truck). public int getVehicle Count(String type, int floor) this method finds and returns the total number of cars for a given type in a given floor. O public double getRevenue (String type, int floor, double rate) this method finds and returns O O O O O the total revenue of a given car type in a given floor for a given rate. public boolean canOrganizeByType accommodate all cars of the same type in separate floors. this method should return true if it is possible to

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Write a CarParking class to model a multistory car parking building. This class should contain a 3- dimensional array of type Vehicle. The third dimension of the array simply represents the number of floors of the building while the first and second dimensions are the number of rows and columns in every floor. By default, there are 3 floors, 7 rows and 7 columns in a building. However, the user should be able to specify the maximum number of floors, rows and columns at the time of creating a CarParking object. In addition to the constructors, this class should provide the following methods: O public boolean isOccupied (int floor, int row, int col) this method returns true if the location specified by the floor, row and column is already occupied by a vehicle. o public void add (Vehicle v) this method will add the vehicle at the next empty slot. Slots are field row by row (from left to right) starting from the ground floor. public Vehicle remove (int floor, int row, int col, double rate) this method to removes the vehicle at the specified location and returns the parking fee. The fee is calculated by multiplying the rate by the duration (in minutes). Drivers will receive 5% discount per floor other than the ground floor. If the location is not occupied, the method returns zero. o public double getTotalExpected Revenue(double[] rates, Date exitTime) this method calculates the total expected revenue if all cars exit the building at the given exitTime. The rates array will contain an element for every vehicle type (Sedan, SUV, Truck). o public int getVehicleCount(String type, int floor) this method finds and returns the total number of cars for a given type in a given floor. public double getRevenue (String type, int floor, double rate) this method finds and returns the total revenue of a given car type in a given floor for a given rate. public boolean canOrganizeByType ( this method should return true if it is possible to accommodate all cars of the same type in separate floors. O O O
Transcribed Image Text:Write a CarParking class to model a multistory car parking building. This class should contain a 3- dimensional array of type Vehicle. The third dimension of the array simply represents the number of floors of the building while the first and second dimensions are the number of rows and columns in every floor. By default, there are 3 floors, 7 rows and 7 columns in a building. However, the user should be able to specify the maximum number of floors, rows and columns at the time of creating a CarParking object. In addition to the constructors, this class should provide the following methods: O public boolean isOccupied (int floor, int row, int col) this method returns true if the location specified by the floor, row and column is already occupied by a vehicle. o public void add (Vehicle v) this method will add the vehicle at the next empty slot. Slots are field row by row (from left to right) starting from the ground floor. public Vehicle remove (int floor, int row, int col, double rate) this method to removes the vehicle at the specified location and returns the parking fee. The fee is calculated by multiplying the rate by the duration (in minutes). Drivers will receive 5% discount per floor other than the ground floor. If the location is not occupied, the method returns zero. o public double getTotalExpected Revenue(double[] rates, Date exitTime) this method calculates the total expected revenue if all cars exit the building at the given exitTime. The rates array will contain an element for every vehicle type (Sedan, SUV, Truck). o public int getVehicleCount(String type, int floor) this method finds and returns the total number of cars for a given type in a given floor. public double getRevenue (String type, int floor, double rate) this method finds and returns the total revenue of a given car type in a given floor for a given rate. public boolean canOrganizeByType ( this method should return true if it is possible to accommodate all cars of the same type in separate floors. O O O
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