Write code for the sample outputs in c++ only Assignment 8B: Hit Boxes (Part 2). Back in Assignment 2 (so long ago!) we created a simpleprogram to determine what a hit box would be. Now we're going to use that information todetermine 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) whencreates• Width• Height• X position• Y positionIn addition to Getter methods for all four attributes, the Player class should also have thefollowing methods:MoveHorizontal(int x_delta)• Takes in either a negative integer (for moving left) or a positive integer (for movingright). It should update the X position of the Player objectMoveVertical(int y_delta)• Takes in either a negative integer (for moving down) or a positive integer (for movingup). It should update the Y position of the Player objectDidTheyCollide(Player otherPlayer)• Takes in another player object, and returns true if they collided with each other (andfalse otherwise).To detect collisions in the DidTheyCollide() method, you will use the following equation for Axis-Aligned Bounding Box collision detection:[PseudoCode]ANDif(Player1's X Coordinate < (Player2's Width + X Coordinate)(Player1's Width +X Coordinate) > Player2's X Coordinate ANDPlayer1's Y Coordinate < (Player2's Height + Y Coordinate) AND(Player1's Height + Y Coordinate) > Player2's Y Coordinate){PRINT("We collided!") You will then create a second class, Assignment8B, that will operate as a driver class. It willcreate two Player objects based on user input, and then prompt the user to choose a Player tomove. After the player moves, the program should check to see if the two Player objects havecollided. The program should keep prompting the user to move a player until they collide.Sample Output:[Collision Tester]Create Player 1Enter X position: 0Enter Y position: 0Enter Player Hitbox Width: 10Enter Player Hitbox Height: 10Create Player 2Enter X position: -10Enter Y position: 0Enter Player Hitbox Width: 5Enter Player Hitbox Height: 14Player 1 is at (0,0) and Player 2 is at (-10,0)Which one do you want to move?1Which direction should Player 1 move (up, down, left, or right)?UpHow far should Player 1 move?2Player 1 is at (0,2) and Player 2 is at (-10,0)Which one do you want to move?2which direction should Player 2 move (up, down, left, or right)?RightHow far should Player 2 move?12Player 1 is at (0,2) and Player 2 is at (2,0)They collided!Program Ends

Assignment 8B: Hit Boxes (Part 2). Back in Assignment 2 (so long ago!) we created a simp 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:

Assignment 8B: Hit Boxes (Part 2). Back in Assignment 2 (so long ago!) we created a simp 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:

Database System Concepts

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ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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Concept explainers

Math class and its different methods

Java math class consists of arithmetic math methods that performs basic numeric operations such as finding the maximum or minimum of two values, rounding values, logarithmic functions, square root, and trigonometric functions, etc. The Math library functions can be accessed using the header Java.lang.Math. These math methods under Java math class are for our convenience.

Question

Write code for the sample outputs in c++ only

Assignment 8B: 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
false otherwise).
To detect collisions in the DidTheyCollide() method, you will use the following equation for Axis-
Aligned Bounding Box collision detection:
[PseudoCode]
AND
if(Player1's X Coordinate < (Player2's Width + X Coordinate)
(Player1's Width +X Coordinate) > Player2's X Coordinate AND
Player1's Y Coordinate < (Player2's Height + Y Coordinate) AND
(Player1's Height + Y Coordinate) > Player2's Y Coordinate)
{
PRINT("We collided!")

You will then create a second class, Assignment8B, that will operate as a driver class. It will
create two Player objects based on user input, and then prompt the user to choose a Player to
move. After the player moves, the program should check to see if the two Player objects have
collided. The program should keep prompting the user to move a player until they collide.
Sample Output:
[Collision Tester]
Create Player 1
Enter X position: 0
Enter Y position: 0
Enter Player Hitbox Width: 10
Enter Player Hitbox Height: 10
Create Player 2
Enter X position: -10
Enter Y position: 0
Enter Player Hitbox Width: 5
Enter Player Hitbox Height: 14
Player 1 is at (0,0) and Player 2 is at (-10,0)
Which one do you want to move?
1
Which direction should Player 1 move (up, down, left, or right)?
Up
How far should Player 1 move?
2
Player 1 is at (0,2) and Player 2 is at (-10,0)
Which one do you want to move?
2
which direction should Player 2 move (up, down, left, or right)?
Right
How far should Player 2 move?
12
Player 1 is at (0,2) and Player 2 is at (2,0)
They collided!
Program Ends

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