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PYTHON/chopstick_game.py

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+def UserIn_for_move1():
+    n = input("\nEnter move for Player 1 -")
+    return n
+
+
+def UserIn_for_move2():
+    n = input("\nEnter move for Player 2 -")
+    return n
+
+
+def UserIn_for_combination_attack():
+    n = input("\nEnter the move combination for attack: ")
+    return n
+
+
+def UserIn_for_combination_split():
+    n = input("\nEnter the move combination for split: ")
+    return n
+
+
+def current_status(hand_1_l, hand_1_r, hand_2_l, hand_2_r):
+    print("\nCurrent status :")
+    print("Player1- %s %s" % (hand_1_l, hand_1_r))
+    print("Player2- %s %s" % (hand_2_l, hand_2_r))
+
+
+def working():
+    hand_1_l = 1
+    hand_1_r = 1
+    hand_2_l = 1
+    hand_2_r = 1
+
+    current_status(hand_1_l, hand_1_r, hand_2_l, hand_2_r)
+
+    num = 1
+    while(True):
+        if(num % 2 != 0):
+            move_of_player = UserIn_for_move1().upper()
+        if(num % 2 == 0):
+            move_of_player = UserIn_for_move2().upper()
+
+        if(move_of_player == "A"):
+            attack_combination = UserIn_for_combination_attack().upper()
+
+            flag = 1
+            for i in range(len(attack_combination)):
+                if(attack_combination[i] != " " and flag == 1):
+                    left_move = attack_combination[i]
+                    flag += 1
+
+                if(attack_combination[i] != " " and flag == 2):
+                    right_move = attack_combination[i]
+
+            if(num % 2 != 0):
+                if(left_move == "R" and right_move == "L"):
+                    hand_2_l += hand_1_r
+                elif(left_move == "L" and right_move == "R"):
+                    hand_2_r += hand_1_l
+                elif(left_move == "R" and right_move == "R"):
+                    hand_2_r += hand_1_r
+                elif(left_move == "L" and right_move == "L"):
+                    hand_2_l += hand_1_l
+
+            elif(num % 2 == 0):
+                if(left_move == "R" and right_move == "L"):
+                    hand_1_l += hand_2_r
+                elif(left_move == "L" and right_move == "R"):
+                    hand_1_r += hand_2_l
+                elif(left_move == "R" and right_move == "R"):
+                    hand_1_r += hand_2_r
+                elif(left_move == "L" and right_move == "L"):
+                    hand_1_l += hand_2_l
+
+        elif(move_of_player == "S"):
+            split_combination_of_player = UserIn_for_combination_split().upper()
+            print(split_combination_of_player)
+            slag = 1
+
+            for i in range(len(split_combination_of_player)):
+                if(split_combination_of_player[i] != " " and slag == 1):
+                    split_move = split_combination_of_player[i]
+                    slag += 1
+
+                elif(split_combination_of_player[i] != " " and slag == 2):
+                    fst_hand = ord(split_combination_of_player[i])-48
+                    slag += 1
+
+                elif(split_combination_of_player[i] != " " and slag == 3):
+                    scnd_hand = ord(split_combination_of_player[i])-48
+                else:
+                    pass
+
+            if(num % 2 != 0):
+                hand_1_l = fst_hand
+                hand_1_r = scnd_hand
+            elif(num % 2 == 0):
+                hand_2_l = fst_hand
+                hand_2_r = scnd_hand
+
+        if(hand_1_l >= 5):
+            hand_1_l = 0
+        if(hand_1_r >= 5):
+            hand_1_r = 0
+        if(hand_2_l >= 5):
+            hand_2_l = 0
+        if(hand_2_r >= 5):
+            hand_2_r = 0
+
+        if(hand_1_l == 0 and hand_1_r == 0):
+            print("Player2 won the game!")
+            current_status(hand_1_l, hand_1_r, hand_2_l, hand_2_r)
+            break
+
+        elif(hand_2_l == 0 and hand_2_r == 0):
+            print("Player1 won the game!")
+            current_status(hand_1_l, hand_1_r, hand_2_l, hand_2_r)
+            break
+
+        else:
+            current_status(hand_1_l, hand_1_r, hand_2_l, hand_2_r)
+
+        num += 1
+
+
+def restart_game():
+
+    restart = input("Do you want to play again?(yes/no):\n>>").lower()
+    if restart == "yes":
+        main()
+
+    else:
+        exit()
+
+
+def main():
+    working()
+    restart_game()
+
+
+main()