Help, I making a elevator simulator. I have to use polymorphism and object oriented programming to write this code. Can someone please help me improve this code I have. The remaining code is in the pictures. Any help is appreciated. Thank You!

The simulation should have 4 types of Passengers:

Standard: This is the most common type of passenger and has a request percentage of 70%. Standard passengers have no special requirements.

VIP: This type of passenger has a request percentage of 10%. VIP passengers are given priority and are more likely to be picked up by express elevators.

Freight: This type of passenger has a request percentage of 15%. Freight passengers have large items that need to be transported and are more likely to be picked up by freight elevators.

Glass: This type of passenger has a request percentage of 5%. Glass passengers have fragile items that need to be transported and are more likely to be picked up by glass elevators.

The simulation should also have 4 types of Elevators:

StandardElevator: This is the most common type of elevator and has a request percentage of 70%. Standard elevators have a maximum capacity of 10 passengers.

ExpressElevator: This type of elevator has a request percentage of 20%. Express elevators have a maximum capacity of 8 passengers and are faster than standard elevators.

FreightElevator: This type of elevator has a request percentage of 5%. Freight elevators have a maximum capacity of 5 passengers and are designed to transport heavy items.

GlassElevator: This type of elevator has a request percentage of 5%. Glass elevators have a maximum capacity of 6 passengers and are designed to transport fragile items.

Sample Input File Should look like this:

# Building parameters

floors=30

# Passengers to add to floors

add_passenger 1 6 25 Standard 30

add_passenger 2 2 28 VIP 10

add_passenger 3 7 15 Freight 20

add_passenger 4 4 20 Glass 15

# Elevator types

elevator_type StandardElevator 10 40

elevator_type ExpressElevator 8 25

elevator_type FreightElevator 5 20

elevator_type GlassElevator 6 15

# Percentage of passenger requests for each elevator type

request_percentage StandardElevator 70

request_percentage ExpressElevator 20

request_percentage FreightElevator 5

request_percentage GlassElevator 5

# Percentage of passenger requests for each passenger type

passenger_request_percentage Standard 70

passenger_request_percentage VIP 10

passenger_request_percentage Freight 15

passenger_request_percentage Glass 5

# Number of elevators in the system

number_of_elevators 8

# Run simulation for 60 iterations

run_simulation 60

The project should include these classes:

public class SimulatorSettings {

    SimulatorSettings(String fileName){



    }

    private int nofloors;

    public int getNofloors() {

        return nofloors;

    }

    public void setNofloors(int nofloors) {

        this.nofloors = nofloors;

    }

}

public abstract class Passenger {

    public static int passangerCounter = 0;

    private String passengerID;

    protected int startFloor;

    protected int endFloor;

    Passenger(){

        this.passengerID = ""+passangerCounter;

        passangerCounter++;

    }

    public abstract boolean requestElevator(SimulatorSettings settings);

}

public class StandardPassenger extends Passenger{

    private String type;

    public StandardPassenger() {



    }

    public boolean requestElevator(SimulatorSettings settings){

        Random rand = new Random();

        this.startFloor = rand.nextInt()% settings.getNofloors();

        this.endFloor = rand.nextInt() % settings.getNofloors();

        while(this.startFloor == this.endFloor){

            this.endFloor = rand.nextInt() % settings.getNofloors();

        }

        return true;

    }

}

public class VipPassenger extends Passenger {

    public VipPassenger() {

        super();

    }

    @Override

    public boolean requestElevator(SimulatorSettings settings) {

        // Request an express elevator

        int expressElevator = settings.getNofloors() / 2;

        this.startFloor = expressElevator;

        this.endFloor = expressElevator;

        return true;

    }

}

public class FreightPassenger extends Passenger {

    public FreightPassenger() {

        super();

    }

    @Override

    public boolean requestElevator(SimulatorSettings settings) {

        Random rand = new Random();

        this.startFloor = rand.nextInt(settings.getNofloors());

        this.endFloor = rand.nextInt(settings.getNofloors());

        while (this.startFloor == this.endFloor) {

            this.endFloor = rand.nextInt(settings.getNofloors());

        }

        return true;

    }

}
Transcribed Image Text:public class GlassPassenger extends Passenger { public Glass Passenger() { super(); } } @Override public boolean requestElevator(SimulatorSettings settings) { Random rand-new Random(); this.startFloor = rand.nextInt(settings.getNofloors()); this.endFloor = rand.nextInt(settings.getNofloors()); while (this.startFloor ==this.endFloor){ this.endFloor = rand.nextInt(settings.getNofloors()); } } public abstract class Elevator { private int currentFloor; } return true; private int maxCapacity: private int passengersCount; public Elevator(int maxCapacity) { this.currentFloor = 0; // assuming initial floor is o this.maxCapacity=maxCapacity: this passengersCount = 0; } public abstract void moveUp(); public abstract void moveDown(); public abstract void addPassenger(Passenger passenger); public abstract void removePassenger(Passenger passenger); } public class Standard Elevator extends Elevator public Standard Elevator() { super(10); // max capacity is 10 for StandardElevator } @Override public void moveUp() // implementation for moving up for StandardElevator } @Override public void moveDown() { // implementation for moving down for StandardElevator } @Override public void addPassenger(Passenger passenger) { // implementation for adding passenger to Standard Elevator } @Override public void removePassenger(Passenger passenger) { // implementation for removing passenger from StandardElevator } public class FreightElevator extends Elevator public FreightElevator() { super(4): } @Override public void moveUp() {
Transcribed Image Text:// implementation for moving up for Standard Elevator } @Override public void moveDown() { // implementation for moving down for Standard Elevator } @Override public void addPassenger(Passenger passenger) { // implementation for adding passenger to StandardElevator } @Override public void removePassenger(Passenger passenger) { // implementation for removing passenger from StandardElevator } } public class GlassElevator extends Elevator public GlassElevator() { super(8); } @Override public void moveUp() { // implementation for moving up for Standard Elevator } @Override public void moveDown() { // implementation for moving down for Standard Elevator } @Override public void addPassenger(Passenger passenger) { // implementation for adding passenger to StandardElevator } @Override public void removePassenger(Passenger passenger) { // implementation for removing passenger from Standard Elevator } public class ExpressElevator extends Elevator public Express Elevator() { super(8); // max capacity is 8 for Express Elevator @Override public void moveUp() { // implementation for moving up for Express Elevator } @Override public void moveDown() { // implementation for moving down for Express Elevator } @Override public void addPassenger(Passenger passenger) { // implementation for adding passenger to Express Elevator } @Override public void removePassenger(Passenger passenger) { // implementation for removing passenger from Express Elevator }

Question

Help, I making a elevator simulator. I have to use polymorphism and object oriented programming to write this code. Can someone please help me improve this code I have. The remaining code is in the pictures. Any help is appreciated. Thank You!

The simulation should have 4 types of Passengers:

Standard: This is the most common type of passenger and has a request percentage of 70%. Standard passengers have no special requirements.

VIP: This type of passenger has a request percentage of 10%. VIP passengers are given priority and are more likely to be picked up by express elevators.

Freight: This type of passenger has a request percentage of 15%. Freight passengers have large items that need to be transported and are more likely to be picked up by freight elevators.

Glass: This type of passenger has a request percentage of 5%. Glass passengers have fragile items that need to be transported and are more likely to be picked up by glass elevators.

The simulation should also have 4 types of Elevators:

StandardElevator: This is the most common type of elevator and has a request percentage of 70%. Standard elevators have a maximum capacity of 10 passengers.

ExpressElevator: This type of elevator has a request percentage of 20%. Express elevators have a maximum capacity of 8 passengers and are faster than standard elevators.

FreightElevator: This type of elevator has a request percentage of 5%. Freight elevators have a maximum capacity of 5 passengers and are designed to transport heavy items.

GlassElevator: This type of elevator has a request percentage of 5%. Glass elevators have a maximum capacity of 6 passengers and are designed to transport fragile items.

Sample Input File Should look like this:

# Building parameters

floors=30

# Passengers to add to floors

add_passenger 1 6 25 Standard 30

add_passenger 2 2 28 VIP 10

add_passenger 3 7 15 Freight 20

add_passenger 4 4 20 Glass 15

# Elevator types

elevator_type StandardElevator 10 40

elevator_type ExpressElevator 8 25

elevator_type FreightElevator 5 20

elevator_type GlassElevator 6 15

# Percentage of passenger requests for each elevator type

request_percentage StandardElevator 70

request_percentage ExpressElevator 20

request_percentage FreightElevator 5

request_percentage GlassElevator 5

# Percentage of passenger requests for each passenger type

passenger_request_percentage Standard 70

passenger_request_percentage VIP 10

passenger_request_percentage Freight 15

passenger_request_percentage Glass 5

# Number of elevators in the system

number_of_elevators 8

# Run simulation for 60 iterations

run_simulation 60

The project should include these classes:

public class SimulatorSettings {

SimulatorSettings(String fileName){

}

private int nofloors;

public int getNofloors() {

return nofloors;

}

public void setNofloors(int nofloors) {

this.nofloors = nofloors;

}

public abstract class Passenger {

public static int passangerCounter = 0;

private String passengerID;

protected int startFloor;

protected int endFloor;

Passenger(){

this.passengerID = ""+passangerCounter;

passangerCounter++;

}

public abstract boolean requestElevator(SimulatorSettings settings);

}

public class StandardPassenger extends Passenger{

private String type;

public StandardPassenger() {

}

public boolean requestElevator(SimulatorSettings settings){

Random rand = new Random();

this.startFloor = rand.nextInt()% settings.getNofloors();

this.endFloor = rand.nextInt() % settings.getNofloors();

while(this.startFloor == this.endFloor){

this.endFloor = rand.nextInt() % settings.getNofloors();

}

return true;

}

public class VipPassenger extends Passenger {

public VipPassenger() {

super();

}

@Override

public boolean requestElevator(SimulatorSettings settings) {

// Request an express elevator

int expressElevator = settings.getNofloors() / 2;

this.startFloor = expressElevator;

this.endFloor = expressElevator;

return true;

}

public class FreightPassenger extends Passenger {

public FreightPassenger() {

super();

}

@Override

public boolean requestElevator(SimulatorSettings settings) {

Random rand = new Random();

this.startFloor = rand.nextInt(settings.getNofloors());

this.endFloor = rand.nextInt(settings.getNofloors());

while (this.startFloor == this.endFloor) {

this.endFloor = rand.nextInt(settings.getNofloors());

}

return true;

}

public class GlassPassenger extends Passenger {
public Glass Passenger() {
super();
}
}
@Override
public boolean requestElevator(SimulatorSettings settings) {
Random rand-new Random();
this.startFloor = rand.nextInt(settings.getNofloors());
this.endFloor = rand.nextInt(settings.getNofloors());
while (this.startFloor ==this.endFloor){
this.endFloor = rand.nextInt(settings.getNofloors());
}
}
public abstract class Elevator {
private int currentFloor;
}
return true;
private int maxCapacity:
private int passengersCount;
public Elevator(int maxCapacity) {
this.currentFloor = 0; // assuming initial floor is o
this.maxCapacity=maxCapacity:
this passengersCount = 0;
}
public abstract void moveUp();
public abstract void moveDown();
public abstract void addPassenger(Passenger passenger);
public abstract void removePassenger(Passenger passenger);
}
public class Standard Elevator extends Elevator
public Standard Elevator() {
super(10); // max capacity is 10 for StandardElevator
}
@Override
public void moveUp()
// implementation for moving up for StandardElevator
}
@Override
public void moveDown() {
// implementation for moving down for StandardElevator
}
@Override
public void addPassenger(Passenger passenger) {
// implementation for adding passenger to Standard Elevator
}
@Override
public void removePassenger(Passenger passenger) {
// implementation for removing passenger from StandardElevator
}
public class FreightElevator extends Elevator
public FreightElevator() {
super(4):
}
@Override
public void moveUp() {

// implementation for moving up for Standard Elevator
}
@Override
public void moveDown() {
// implementation for moving down for Standard Elevator
}
@Override
public void addPassenger(Passenger passenger) {
// implementation for adding passenger to StandardElevator
}
@Override
public void removePassenger(Passenger passenger) {
// implementation for removing passenger from StandardElevator
}
}
public class GlassElevator extends Elevator
public GlassElevator() {
super(8);
}
@Override
public void moveUp() {
// implementation for moving up for Standard Elevator
}
@Override
public void moveDown() {
// implementation for moving down for Standard Elevator
}
@Override
public void addPassenger(Passenger passenger) {
// implementation for adding passenger to StandardElevator
}
@Override
public void removePassenger(Passenger passenger) {
// implementation for removing passenger from Standard Elevator
}
public class ExpressElevator extends Elevator
public Express Elevator() {
super(8); // max capacity is 8 for Express Elevator
@Override
public void moveUp() {
// implementation for moving up for Express Elevator
}
@Override
public void moveDown() {
// implementation for moving down for Express Elevator
}
@Override
public void addPassenger(Passenger passenger) {
// implementation for adding passenger to Express Elevator
}
@Override
public void removePassenger(Passenger passenger) {
// implementation for removing passenger from Express Elevator
}

Accepted Answer

Java which refers to the one it is a excessive-degree, elegance-based totally, item-oriented…