Hr, Min, Sec Constructors to handle: default, (4, 15, 6), (1,30), (14), (clock1) Overload <> ++,, >=, ==, != Get and Set methods. Write a tester program that creates 2 clocks(Input from the user). The first clock will represent the real time and one will represent your alarm clock. Do a loop that will continue to add 1 second to the current time and stop when it reaches the alarm clock time. Display the time each second on the screen. You can use system("CLS"); to clear the screen each time so it looks like it is overwriting the current time. #include void main() { system("cls"); }

This is for python class, so please answer in python   9.12 LAB: Product class   In main.py define the Product class that will manage product inventory. Product class has three attributes: a product code, the product's price, and the number count of product in inventory. Implement the following methods: A constructor with 3 parameters that sets all 3 attributes to the value in the 3 parameters set_code(self, code) - set the product code (i.e. SKU234) to parameter code get_code(self) - return the product code set_price(self, price) - set the price to parameter price get_price(self) - return the price set_count(self, count) - set the number of items in inventory to parameter count get_count(self) - return the count add_inventory(self, amt) - increase inventory by parameter amt sell_inventory(self, amt) - decrease inventory by parameter amt

Help, I making a elevator simulator, I need help in writing code in the Elevator class and it's polymorphism class. I am not sure what to do next. Any help is appreciated. There are 4 types of passengers in the system: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. There are 4 types of elevators in the system:StandardElevator: This is the most common type of elevator and has a request…

You will build a program to manage a race car in this assessment. The code will consist of a for-loop method that will run a car around a race track and cause “wear and tear” on the car. The car will perform x number of laps and will have to make pitstops when it either runs out of gas or needs a tire replacement. The for loop will be simple def wear_tires(car): tire -=1 def use_gas(car): gas -=1 c = Car() # You need to make this part for i in range(100): if the car needs a pitstop: perform pitstop else: wear_tires(c) use_gas(c) # Display the current cars wear in a much better format print(c.tire) print(c.gas) print(“Current Lap is: “ , i) For this task, you will have to use this for loop and build out the two methods in the main Python program. To use the above code, you must build two pieces of information. An abstract Vehicle class A Car class A RaceCar class Each with its methods and variables. This programming will involve using inheritance and abstraction to make a race car…

A shuttle van picks up passengers and drives them to a destination, where they leave the van. Keep a count of the boarding passengers, but don't allow boarding if the van is full. Update the odometer when the van drives. Van.java 1 /** This class models a shuttle van. */ 4 public class Van // Instance variables /** Constructs a van with a given capacity. @param maxPassengers the maximum number of passengers that this van can hold */ public Van(int maxPassengers) { 10 11 12 13 14 15 16 17 18 19 20 21 55 } /** Boards passengers up to the capacity of this van. @param boardingPassengers the number of passengers attempting to board */ public void board(int boardingPassengers) { 25 26 27 28 } /** Drives the van and discharges the passengers. @param distance the distance driven */ public void drive(double distance) { } 38 40 41 42 43 /** Gets the number of passengers in this van. @return the number of passengers */ public int getPassengers() { 44 45 46 47 48 49 50 51 /** Gets the number of…

this is for a python class 9.12 LAB: Product class   In main.py define the Product class that will manage product inventory. Product class has three attributes: a product code, the product's price, and the number count of product in inventory. Implement the following methods: A constructor with 3 parameters that sets all 3 attributes to the value in the 3 parameters set_code(self, code) - set the product code (i.e. SKU234) to parameter code get_code(self) - return the product code set_price(self, price) - set the price to parameter price get_price(self) - return the price set_count(self, count) - set the number of items in inventory to parameter count get_count(self) - return the count add_inventory(self, amt) - increase inventory by parameter amt sell_inventory(self, amt) - decrease inventory by parameter amt Ex. If a new Product object is created with code set to "Apple", price set to 0.40, and the count set to 3, the output is: Name: Apple Price: 0.40 Count: 3 Ex. If 10…

A for construct is a loop that goes over a list of objects. Consequently, it runs indefinitely if there are items to process. What do you think about this?

Language is C++  Assignment 8 B: Hit Boxes (Part 2). Back in Assignment 2 (so long ago!) we created a simple program to determine what a hit box would be. Now we’re going to use that information to determine if two characters would collide based on those hit boxes.You will create a Player class that takes in the following private attributes (as integers) when creates Width Height X position Y position In addition to Getter methods for all four attributes, the Player class should also have the following methods:  MoveHorizontal(int x_delta)◦ Takes in either a negative integer (for moving left) or a positive integer (for moving right). It should update the X position of the Player object MoveVertical(int y_delta)◦ Takes in either a negative integer (for moving down) or a positive integer (for moving up). It should update the Y position of the Player object DidTheyCollide(Player otherPlayer)◦ Takes in another player object, and returns true if they collided with each other (and…