Description
– Three cats with names- Mia, Ruby and Snowy are playing Rock-Paper-Scissors.
– Basic rules of the game are: Rock beats scissors, scissors beat paper, and paper beats rock.
– Each cat gains 3.5 points per win, loses a point per match lost, and gains 1.5 points if a match is drawn.
– A total of 5 matches were played between Snowy and Mia. Snowy threw rock, paper, and scissors while Mia threw scissors, paper, and rock in the first three matches. In the last 2 matches, both Snowy and Mia threw rock.
– Mia and Ruby played 3 matches in which Ruby threw rock three times while Mia threw paper, rock, and scissors.
– 7 matches were played between Snowy and Ruby. Snowy threw rock, scissors, rock, paper, paper, rock, scissors while Ruby threw scissors, rock, scissors, scissors, rock, paper, scissors respectively.
– Interpret the above data to display/fill the table on the next page.
– Instructions and Hints:
– Display the column Match Number using string data type.
– Display table headings using cout in C++
– Display columns with headings Gesture using string data type. Use the information provided above to fill these columns for each cat.
– Create 2-D arrays for columns-Won, Lost and Draw. You are required to enter the number of points, not the no. of wins, loses, or draws under these columns. Use for loops and if-else statements to fill the information under these columns.
– Create a sum function to calculate Points (=sum of Win, loss and draw per match) for each cat.
– Create a mean function to calculate “Average” for columns- Won, Lost, Draw and Points.
– Calculate Winning probability using the following formula. WinningProbability=TotalnumberofOutcomesNumberoffavourableOutcomes100
– PS: Calculations for -Won, Lost, Drawn and Winning Probability should be done using for loops, if-else statements. Calculation under Points and Average should be done using functions for 2D arrays. You may call a function for 2D arrays with or without using pointers!
![(b) Modify the program in Q3(a), with the following new rules: - Players will need to win 3 games to become the overall winner. - Implement a penalty - for the player who skipped, entered an incorrect expression, or entered an expression that evaluated to the wrong result, will draw 2 random digits into their hand. - The player who loses the game will be awarded a "Skip" card in the next game. With the "Skip" card, the player can hit < Enter > to skip, without a penalty. - If not utilized, the "Skip" cards CANNOT be carried forward to the next game. Illustration of the "new" game on the left column, with the rules of the game explained on the right column: Enter player: Alan Enter player: Betty Enter player: Starting hand (number) of digits: 4 Let's play... Game 1 Round 1: Result 6 Betty's hand: [5,2,1,1] Enter expression: 5+1 Correct! Betty's hand: [2,1] Alan wins this game in 4 rounds!! Overall game score: Alan 1, Betty 0 Let's play... Game 2 Round 1: Result 5 Betty's hand: [3, 6, 5, 7, 'S'] Enter expression: Skipped with no penalty!! Betty's hand: [3,6,5,7] Alan's hand: [2,1,2,1] Enter expression: Skipped and 2 digits added to hand Alan's hand: [2,1,2,1,4,7] Betty wins this game in 5 rounds!! Overall game score: Alan 1, Betty 1 Let's play... Game 3 Round 1: Result 6 Betty's hand: [1, 2, 8, 7] Enter expression: 8-2 Correct! Betty's hand: [1, 7] Computer randomized the play sequence and will stay the same for every game/round End of game, if no overall winner, continue to play another game. Loser will be awarded a "Skip" card in the next game. "S" represents the "Skip" card awarded to Betty. No penalty for Betty as she has a "Skip" card. Hit < Enter > key to skip if cannot form an expression. In this case, the player who skipped will draw 2 random digits into their hand. End of game, if no overall winner, continue to play another game. Loser will be awarded a "Skip" card in the next game.](https://gotit-pro.com/wp-content/uploads/2023/10/1fa83cc6-5755-4d51-b5f6-f4335b49f1c8.jpg)
![5. Write a program that implements a class called MyTeam. Your class should have the following private data items: Id (int), Name (string), Slogan (string), Wins (int), and Losses (int). You need to define properties with appropriate accessor functions for each of the data items. Methods should include a default constructor that sets values to the empty string or zero, a constructor that allows the user to specify all values for the data items, a member method called DisplayTeamInfo that outputs all the information for the given toy in a reasonable format. Challenge Problem: Code your set accessors to restrict all numeric fields (Id, Wins, Losses) to positive numbers. You can determine how you want to report/respond to the error. (25 pts) The code below is my suggestion for your Main() method for Program 22 static void Main(string[] args) { MyTeam myHitchhikers = new MyTeam(); myHitchhikers.Id = 42; myHitchhikers.Name = "Ford Prefect et. al."; myHitchhikers.Slogan = "Don't panic!"; myHitchhikers.Wins = 525; myHitchhikers.Losses = 42; Console.WriteLine("nTeam 1 Information"); myHitchhikers.DisplayTeamInfo(); MyTeam mykitties = new MyTeam(); Console.WriteLine("nTeall 2 Information"); mykitties.DisplayTeamInfo(); MyTeam myPatriots = new MyTeam(2023, "UC Patriots", "One Big Team", 42, 3); Console.WriteLine("nTeam 3 Information"); myPatriots.DisplayTeamInfo(); //This will test your Challenge Problem Settings if you attempted them Console.WriteLine("nTeam 4 Information"); MyTeam mywinners = new MyTeam(13, "Winners", "We like to win more than you do", -20, -35); } myllinners.DisplayTeamInfo();](https://gotit-pro.com/wp-content/uploads/2023/10/3e8c6678-946b-46ed-9c20-1515f2ff356a-324x229.png)
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