Create StonePaperScissorGame.py

Author: rajanitnavapara

StonePaperScissorGame.py

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+#Importing random
+import random
+
+#creating a list of elements of game and define variable.
+elements = ["Stone","Scissor","Paper"]
+global human #global for using the variabe in function
+global com 
+human = 0
+com = 0
+
+#for displaying choices.
+def display_choices():
+    print("Now you're going to play Stone Paper Scissor game.")
+    print("You need 10 points to win the match.")
+    print("Here are your Choices :- ")
+    print("Stone   : 1")
+    print("Scissor : 2")
+    print("Paper   : 3")
+    
+#main gameplay.     
+def play_game(human,com):
+    
+    #humanc =  int(input("Enter the choice here 1-3 : "))
+    num = int(input("Enter the choice here 1-3 : "))
+    humanc = validate(num)
+        
+    comc = random.randint(1,3)
+    display_result(humanc, comc)
+    
+    winner(humanc, comc)
+   
+    points()
+
+#for decide who is winner.
+def winner(c1,c2):
+    global com
+    global human 
+    if c1 == c2:
+        print("Draw")
+        return None
+    elif c1 < c2 :
+        if c1 == 2 and c2==3:
+            human += 1
+            print("Congratulations!...You Win.")
+            return None
+        elif c2 != 3:
+            human += 1
+            print("Congratulations!...You Win.")
+            #print(f"P1 : {human}")
+            return None
+        else:
+            com+=1
+            print("Oops!...Best of luck next time.")
+            # print(f"P2 : {com}")
+            return None
+    elif c2 < c1 :
+        if c2 == 2 and c1==3:
+            com += 1
+            print("Oops!...Best of luck next time.")
+            return None
+        elif c1 != 3:
+            print("Oops!...Best of luck next time.")
+            com += 1
+            #print(f"P1 : {human}")
+            return None
+        else:
+            human+=1
+            print("Congratulations!...You Win.")
+            # print(f"P2 : {com}")
+            return None
+
+#for desplaying result.    
+def display_result(c1,c2):
+    
+    print(f"You choose : {elements[c1-1]}") 
+    print(f"Computer choose : {elements[c2-1]}") 
+
+#validating the entered choice.    
+def validate(num):
+    if num < 0 or num > 3:
+        num = int(input(("Enter the valid choice : ")))
+        num = validate(num)
+
+    return num
+
+#Calculating points.
+def points():
+    print(f"Your Points     :{human}")
+    print(f"Computer Points :{com}")
+
+#final result 
+def final(p1,p2):
+    if (p1 == 10 ):
+        print(f"You win by {p1-p2}")
+    elif (p2 == 10):
+        print(f"You lose by {p2-p1}")
+    return None
+# def get_choice():    
+# human_choice : int(input("Enter the choice here 1-3 : "))
+#     return human_choice
+ 
+# def get_random():
+#     com_choice = random.randint(1,3)
+#     return com_choice
+
+display_choices()
+i =30
+#loop for playing the match 
+while(i < 40):
+    if human == 10 or com == 10:
+        i = 40
+        print()
+        final(human,com)        
+    else:   
+        print()
+        play_game(human,com)