Write a program that allows the user to play Rock, Paper, Scissors. Write the RPS class....

 

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Write a program that allows the user to play "Rock, Paper, Scissors". Write the RPS class. All code should be in one file. main() will be part of the RPS class, fairly small, and contain only a loop that asks the user if they want to play "Rock, Paper, Scissors". If they say yes, it calls the static method play() of the RPS class. If not, the program ends. play() has no parameters, and no return value. (In this exercise, the class RPS does contain code that will input and output to the user.) Use GUI for all input and output. Note that since play() is a static method, it can be called directly on the RPS class - main() should not instantiate an RPS object. play() will allow one full game of RPS to run. To win an RPS game, the player or the computer must win 2 out of 3 rounds. The following should all be done inside the RPS class: • Decide how the user will input rock, paper or scissors: character? string? integer? Prompt the user to input rock, paper, or scissors. Use simple constants (static final) to represent ROCK, PAPER, and SCISSORS. • Use enums to represent WIN, LOSE, TIE. (This is the result of each round.) Use the Random class to generate random computer choices. (Don't use Math.random). • For each round, print out what the player threw, what the computer threw, and who won or if there was a tie. In RPS, Rock beats Scissors, Scissors beats Paper, and Paper beats Rock. Optimize your code so that you are testing as few cases as possible, but covering all the possible combinations. Keep track of the number of rounds that the player has won and the computer has won. • When someone wins the game (wins 2 rounds), print out a message indicating whether the player or the computer has won, and return to main(). Write a program that allows the user to play "Rock, Paper, Scissors". Write the RPS class. All code should be in one file. main() will be part of the RPS class, fairly small, and contain only a loop that asks the user if they want to play "Rock, Paper, Scissors". If they say yes, it calls the static method play() of the RPS class. If not, the program ends. play() has no parameters, and no return value. (In this exercise, the class RPS does contain code that will input and output to the user.) Use GUI for all input and output. Note that since play() is a static method, it can be called directly on the RPS class - main() should not instantiate an RPS object. play() will allow one full game of RPS to run. To win an RPS game, the player or the computer must win 2 out of 3 rounds. The following should all be done inside the RPS class: • Decide how the user will input rock, paper or scissors: character? string? integer? Prompt the user to input rock, paper, or scissors. Use simple constants (static final) to represent ROCK, PAPER, and SCISSORS. • Use enums to represent WIN, LOSE, TIE. (This is the result of each round.) Use the Random class to generate random computer choices. (Don't use Math.random). • For each round, print out what the player threw, what the computer threw, and who won or if there was a tie. In RPS, Rock beats Scissors, Scissors beats Paper, and Paper beats Rock. Optimize your code so that you are testing as few cases as possible, but covering all the possible combinations. Keep track of the number of rounds that the player has won and the computer has won. • When someone wins the game (wins 2 rounds), print out a message indicating whether the player or the computer has won, and return to main().

Answer rating: 100% (QA)

The java code is as follows import javautil enum State WIN LOSE TIE class RPS Constants to represent ... View the full answer