Stone Paper Pencil Rubber & Scissor

BasicPythonScripts/Stone_paper_pencil_rubber_scissor/README.md

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+# Package/Script Name: Stone,paper,pencil,rubber and scissor
+
+## Short description of package/script
+
+- For playing the game of stone,paper,pencil,rubber and scissor either for one player or two players.
+- In case of one player the opponent is your PC
+
+## Setup instructions
+
+- Run the file in the python IDE
+- 
+## Detailed explanation of script, if needed
+
+- There is a class Player which store the name of the player, player number, calculates the score and stores the score round-wise. It even stores the choices made in every round
+- There is another class PC which inherits the player class and does the same, just stores the player name as PC and number as 1
+- It calculates the score both round wise along with choice and only the final one
+
+## Output
+
+![Image](Images/Stone_paper_pencil_rubber_scissor_player_1.jpg)
+![Image](Images/Stone_paper_pencil_rubber_scissor_player_2.jpg)
+
+## Author(s)
+
+Kumarjeet Ray
+
+## Disclaimers, if any
+
+N/A

BasicPythonScripts/Stone_paper_pencil_rubber_scissor/Requirements.txt

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+-You have to run the file in a Python IDE

BasicPythonScripts/Stone_paper_pencil_rubber_scissor/Stone_paper_pencil_rubber_scissor.py

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+import random
+
+
+class Player: # Class Player to create a new player for the game which contains player number,name,score of round and calculates the score and stores the choice entered
+ def __init__(self):
+ self.name = ""
+ self.cal_score = 0
+ self.score_round = []
+
+ def details(self, num): # to store details of player
+ self.num = str(num)
+ self.name = input("Enter Name of the player"+self.num+":")
+
+ def score(self, cal_score): # to store score of player round wise and total score
+ self.cal_score = cal_score
+ self.score_round.append(cal_score)
+
+ def choice_entered(self): # stores the choice entered by the player
+ self.choice = input("Enter choice "+self.name+":")
+ return self.choice
+
+
+class PC(Player): #the class PC inherits the class player as the PC is also a player
+
+ def details(self): # stores the name of the player as PC
+ self.name = "PC"
+
+ def choice_entered(self): # stores the choice of the PC. The choice is a random from the list
+ choice_list = ["stone", "paper", "pencil", "rubber", "scissor"]
+ no = random.randint(0,len(choice_list)-1)
+ self.choice = choice_list[no]
+ return self.choice
+
+
+def detailed_score(Player1, Player2, choice1, choice2, rounds): # Calculates the detailed score round-wise
+ print("Round wise score:")
+ print(Player1.name, "'s choices and scores are:")
+ for i in range(rounds):
+ if i < rounds - 1:
+ print(choice1[i], end=",")
+ else:
+ print(choice1[i])
+ for i in range(rounds):
+ if i < rounds - 1:
+ print(Player1.score_round[i], end=",")
+ else:
+ print(Player1.score_round[i])
+ print(Player2.name, "'s choices and scores are:")
+ for i in range(rounds):
+ if i < rounds - 1:
+ print(choice2[i], end=",")
+ else:
+ print(choice2[i])
+ for i in range(rounds):
+ if i < rounds - 1:
+ print(Player2.score_round[i], end=",")
+ else:
+ print(Player2.score_round[i])
+
+
+print("Let the game begin !!")
+no_of_players = eval(input("Enter the no of players. 1 or 2:")) # Enters from the player how many of them are playing 1 or 2
+if no_of_players == 1:
+ player1 = PC()
+ player1.details()
+ player2 = Player()
+ player2.details(2)
+elif no_of_players == 2:
+ player1 = Player()
+ player1.details(1)
+ player2 = Player()
+ player2.details(2)
+else:
+ print("Wrong Input.Restart Game.")
+ exit(0)
+choice1 = []
+choice2 = []
+score1 = 0
+score2 = 0
+i = 0
+no_rounds = eval(input("Enter the no of rounds:")) # takes the no of rounds from the user
+while i < no_rounds: # takes the choice of the players for the no of rounds entered
+ choice1.append(player1.choice_entered())
+ choice2.append(player2.choice_entered())
+ # player1
+ if choice1[i].lower() == "stone" and choice2[i].lower() == "paper":
+ score2 += 1
+ player1.score(score1)
+ player2.score(score2)
+ elif choice1[i].lower() == "stone" and choice2[i].lower() == "pencil":
+ score1 += 1
+ player1.score(score1)
+ player2.score(score2)
+ elif choice1[i].lower() == "stone" and choice2[i].lower() == "rubber":
+ score1 += 1
+ player1.score(score1)
+ player2.score(score2)
+ elif choice1[i].lower() == "stone" and choice2[i].lower() == "scissor":
+ score1 += 1
+ player1.score(score1)
+ player2.score(score2)
+ elif choice1[i].lower() == "stone" and choice2[i].lower() == "stone":
+ player1.score(score1)
+ player2.score(score2)
+ elif choice1[i].lower() == "paper" and choice2[i].lower() == "pencil":
+ score2 += 1
+ player1.score(score1)
+ player2.score(score2)
+ elif choice1[i].lower() == "paper" and choice2[i].lower() == "rubber":
+ score1 += 1
+ player1.score(score1)
+ player2.score(score2)
+ elif choice1[i].lower() == "paper" and choice2[i].lower() == "scissor":
+ score2 += 1
+ player1.score(score1)
+ player2.score(score2)
+ elif choice1[i].lower() == "paper" and choice2[i].lower() == "paper":
+ player1.score(score1)
+ player2.score(score2)
+ elif choice1[i].lower() == "pencil" and choice2[i].lower() == "rubber":
+ score1 = score1 + 1
+ player1.score(score1)
+ player2.score(score2)
+ elif choice1[i].lower() == "pencil" and choice2[i].lower() == "scissor":
+ score1 += 1
+ player1.score(score1)
+ player2.score(score2)
+ elif choice1[i].lower() == "pencil" and choice2[i].lower() == "pencil":
+ player1.score(score1)
+ player2.score(score2)
+ elif choice1[i].lower() == "rubber" and choice2[i].lower() == "scissor":
+ score2 += 1
+ player1.score(score1)
+ player2.score(score2)
+ elif choice1[i].lower() == "rubber" and choice2[i].lower() == "rubber":
+ player1.score(score1)
+ player2.score(score2)
+ elif choice1[i].lower() == "scissor" and choice2[i].lower() == "scissor":
+ player1.score(score1)
+ player2.score(score2)
+
+ # player2
+ elif choice2[i].lower() == "stone" and choice1[i].lower() == "paper":
+ score1 += 1
+ player1.score(score1)
+ player2.score(score2)
+ elif choice2[i].lower() == "stone" and choice1[i].lower() == "pencil":
+ score2 += 1
+ player1.score(score1)
+ player2.score(score2)
+ elif choice2[i].lower() == "stone" and choice1[i].lower() == "rubber":
+ score2 += 1
+ player1.score(score1)
+ player2.score(score2)
+ elif choice2[i].lower() == "stone" and choice1[i].lower() == "scissor":
+ score2 += 1
+ player1.score(score1)
+ player2.score(score2)
+ elif choice2[i].lower() == "paper" and choice1[i].lower() == "pencil":
+ score1 += 1
+ player1.score(score1)
+ player2.score(score2)
+ elif choice2[i].lower() == "paper" and choice1[i].lower() == "rubber":
+ score2 += 1
+ player1.score(score1)
+ player2.score(score2)
+ elif choice2[i].lower() == "paper" and choice1[i].lower() == "scissor":
+ score1 += 1
+ player1.score(score1)
+ player2.score(score2)
+ elif choice2[i].lower() == "pencil" and choice1[i].lower() == "rubber":
+ score2 += 1
+ player1.score(score1)
+ player2.score(score2)
+ elif choice2[i].lower() == "pencil" and choice1[i].lower() == "scissor":
+ score2 += 1
+ player1.score(score1)
+ player2.score(score2)
+ elif choice2[i].lower() == "rubber" and choice1[i].lower() == "scissor":
+ score1 += 1
+ player1.score(score1)
+ player2.score(score2)
+ else:
+ print("Wrong Input")
+ print("Try Again")
+ no_rounds += 1
+ i += 1
+choose = eval(input("Enter 1 for only score and Enter 2 for round-wise score:"))
+print("Final Result:")
+if player1.cal_score > player2.cal_score:
+ print(player1.name, " won the game.")
+elif player1.cal_score < player2.cal_score:
+ print(player2.name, " won the game.")
+else:
+ print("The game is Draw.")
+if choose == 1:
+ print("Score of " + player1.name + " is ", int(player1.cal_score))
+ print("Score of " + player2.name + " is ", int(player2.cal_score))
+elif choose == 2:
+ print("Final Score of "+player1.name+" is ", player1.cal_score)
+ print("Final Score of " + player2.name + " is ", player2.cal_score)
+ detailed_score(player1, player2, choice1, choice2, no_rounds)
+else:
+ print("Wrong Choice")