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For each round, ... The computer rolls a 4-sided die but does not reveal the result. The user guesses if the computer rolled an even or an odd number. If the user guessed correctly, they win the round. Otherwise, the computer wins. o Play ends when all rounds have been played. Report the score and the winner. Pig: The object of this game is to be the first to score 100 points. It's a 2-person game, so have your program play against the computer. For each turn, roll one 10-sided die. If the roll is a 1 or a 2, the turn ends and no points are earned. If the roll is anything else, the player decides if they want to roll again and again to earn more points to add to their score. (The computer will always stop after it earns 20 points in a turn.) For example: The computer's turn: First roll = 6, 2« = 8, 3« = 2. The turn ends and the computer scores nothing. Your turn: 1* = 4, 2« = 8, 3« = 5, 4m = 9, 5ª = 9. You decide you want to quit, so you add the total of all these rolls to your score.

For each round, ... The computer rolls a 4-sided die but does not reveal the result. The user guesses if the computer rolled an even or an odd number. If the user guessed correctly, they win the round. Otherwise, the computer wins. o Play ends when all rounds have been played. Report the score and the winner. Pig: The object of this game is to be the first to score 100 points. It's a 2-person game, so have your program play against the computer. For each turn, roll one 10-sided die. If the roll is a 1 or a 2, the turn ends and no points are earned. If the roll is anything else, the player decides if they want to roll again and again to earn more points to add to their score. (The computer will always stop after it earns 20 points in a turn.) For example: The computer's turn: First roll = 6, 2« = 8, 3« = 2. The turn ends and the computer scores nothing. Your turn: 1* = 4, 2« = 8, 3« = 5, 4m = 9, 5ª = 9. You decide you want to quit, so you add the total of all these rolls to your score.

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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I need help creating a code for this program using python. 

For each round, ... The computer rolls a 4-sided die but does not reveal the result. The user guesses if the computer rolled an even or an odd number. If the user guessed correctly, they win the round. Otherwise, the computer wins. o Play ends when all rounds have been played. Report the score and the winner. Pig: The object of this game is to be the first to score 100 points. It's a 2-person game, so have your program play against the computer. For each turn, roll one 10-sided die. If the roll is a 1 or a 2, the turn ends and no points are earned. If the roll is anything else, the player decides if they want to roll again and again to earn more points to add to their score. (The computer will always stop after it earns 20 points in a turn.) For example: The computer's turn: First roll = 6, 2 = 8, 3d = 2. The turn ends and the computer scores nothing. Your turn: 1: = 4, 2« = 8, 3« = 5, 4 = 9, 5ª = 9. You decide you want to quit, so you add the total of all these rolls to your score. %3D
Transcribed Image Text:For each round, ... The computer rolls a 4-sided die but does not reveal the result. The user guesses if the computer rolled an even or an odd number. If the user guessed correctly, they win the round. Otherwise, the computer wins. o Play ends when all rounds have been played. Report the score and the winner. Pig: The object of this game is to be the first to score 100 points. It's a 2-person game, so have your program play against the computer. For each turn, roll one 10-sided die. If the roll is a 1 or a 2, the turn ends and no points are earned. If the roll is anything else, the player decides if they want to roll again and again to earn more points to add to their score. (The computer will always stop after it earns 20 points in a turn.) For example: The computer's turn: First roll = 6, 2 = 8, 3d = 2. The turn ends and the computer scores nothing. Your turn: 1: = 4, 2« = 8, 3« = 5, 4 = 9, 5ª = 9. You decide you want to quit, so you add the total of all these rolls to your score. %3D
Program 10: Dice Games There are several games you can play with dice, and the dice don't have to have 6 sides either. So, in this program, you're going to create dice games. 12 8. 90 6. Which means first you'll need a Die class containing: A private variable for the number of sides Getters and setters for the “sides" variable. A constructor that takes as a parameter the number of sides wanted, with the default number of sides being 6. A method inside the class that returns the result of a roll (a random number representing one side of the die) I could explain how to get a random integer, which you'll need for this method, but honestly the info at https://www.w3schools.com/python/ref random randint.asp is great and even lets you try different things with their sample code. Now when we write classes, it is common practice to make each class its own file. That way we don't have to copy the code whenever we want to reuse it (which can cause bugs, as some of you have learned from copying code!). Instead, we save the file then import the class into our main program (or whatever else is using it). So save your Die class as a file called “Die.py" then put this line as the beginning of your main program: from Die import Die And yes, both the Die class file and the main program file need to be in the same folder! Once that's done, test your Die class. In your main program (under that import), create a die and roll it a few times (printing the results) to make sure it works. Working now? Ok, remove every line from the main program except that import line. In the main program, you'll play a game. What game? It depends what the user wants to play! Games: Cho-Han: This is an old Japanese game. Ask the user how many rounds they want to play.
Transcribed Image Text:Program 10: Dice Games There are several games you can play with dice, and the dice don't have to have 6 sides either. So, in this program, you're going to create dice games. 12 8. 90 6. Which means first you'll need a Die class containing: A private variable for the number of sides Getters and setters for the “sides" variable. A constructor that takes as a parameter the number of sides wanted, with the default number of sides being 6. A method inside the class that returns the result of a roll (a random number representing one side of the die) I could explain how to get a random integer, which you'll need for this method, but honestly the info at https://www.w3schools.com/python/ref random randint.asp is great and even lets you try different things with their sample code. Now when we write classes, it is common practice to make each class its own file. That way we don't have to copy the code whenever we want to reuse it (which can cause bugs, as some of you have learned from copying code!). Instead, we save the file then import the class into our main program (or whatever else is using it). So save your Die class as a file called “Die.py" then put this line as the beginning of your main program: from Die import Die And yes, both the Die class file and the main program file need to be in the same folder! Once that's done, test your Die class. In your main program (under that import), create a die and roll it a few times (printing the results) to make sure it works. Working now? Ok, remove every line from the main program except that import line. In the main program, you'll play a game. What game? It depends what the user wants to play! Games: Cho-Han: This is an old Japanese game. Ask the user how many rounds they want to play.
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