Merge pull request #1982 from Krishjain2911/master

Create snake water game

Program's_Contributed_By_Contributors/Python_Programs/snake water game

@@ -0,0 +1,164 @@
+ # Exercise - 5
+from emoji import emojize  # pip install emoji
+import random
+from time import sleep
+import shutil
+from simple_colors import *  # pip install simple_colors
+
+
+def intro():
+    """
+    Function to print the basic introduction about te game
+    """
+    columns = shutil.get_terminal_size().columns
+
+    print(magenta("SNAKE (🐍) WATER (💧) GUN (🔫)".center(columns)))  # Printing the name of the game
+
+    sleep(1.5)  # Making program to sleep to print next statement after sometime
+
+    print(cyan("GAME DEVELOPED BY - 👑 AKSHAT DODHIYA 👑".center(columns)))  # Printing the name of the developer
+
+    sleep(2)  # Making program to sleep to execute next part of the program after sometime
+
+
+intro()  # Calling the function intro() to introduce the game
+
+computer_choice, user_choice = "", ""  # Declaring variables to store choices
+computer_points, user_points, flag, chance = 0, 0, 0, 0  # Variables :
+# store points, flag = to repeat loop once again for invalid input,
+# chance = use in while loop for calculating the chances of the user
+replay = ""  # Declaring empty string to store user's choice for replay
+
+
+def choices():
+    """
+    This function takes input of user's choice and also takes random input from the computer from list 'options'
+    """
+    global computer_choice, user_choice  # Declaring variables as global to use in function
+    options = ["Snake", "Water", "Gun"]  # List of options for computer to choose randomly
+    computer_choice = random.choice(options)  # function to store random choice from list 'options'
+
+    print("Choose:\t\tS for", emojize(":snake:"),
+          "\t\tW for", emojize(":droplet:"),
+          "\t\tG for", emojize(":pistol:"))  # Printing options for user to select
+    user_choice = input().lower()  # storing input of the user in lower case
+
+
+def results():
+    """
+    This function calculates points of both computer and user and
+     it also prints whether the user won or lost in that chance and flag value is also handled in this function
+    """
+    global computer_points, user_points, flag  # Globalising variables for editing it's values
+    flag = 0  # Initialising the value of flag to zero in each iteration
+    if computer_choice == "Snake":
+        if user_choice == "s" or user_choice == "snake":
+            print(yellow("AWWW...!!"), emojize(":neutral_face:"), yellow("\nTWO SNAKES HAD BITTEN EACH OTHER :/"))
+
+        elif user_choice == "w" or user_choice == "water":
+            print(red("NOOO...!!"), emojize(":crying_face:"), red("\nTHE SNAKE DRANK YOUR WATER :("))
+            computer_points += 1  # Incrementing computer_points by one
+
+        elif user_choice == "g" or user_choice == "gun":
+            print(green("YEAH...!!"), emojize(":victory_hand:"), green("\nYOU SHOT THE SNAKE BY GUN  :)"))
+            user_points += 1  # Incrementing user_points by one
+
+        else:
+            print("!!कृपया सही विकल्प चुनें!!")  # Error message in 'HINDI' for invalid choice
+            flag = 1  # Changing flag value to iterate the loop again in same chance
+
+    elif computer_choice == "Water":
+        if user_choice == "s" or user_choice == "snake":
+            print(green("YEAH...!!"), emojize(":victory_hand:"), green("\nYOUR SNAKE DRANK THE WATER :)"))
+            user_points += 1  # Incrementing user_points by one
+
+        elif user_choice == "w" or user_choice == "water":
+            print(yellow("AWWW...!!"), emojize(":neutral_face:"), yellow("\nWATER IS INCREASED :/"))
+
+        elif user_choice == "g" or user_choice == "gun":
+            print(red("NOOO...!!"), emojize(":crying_face:"), red("\nYOUR GUN SANK INTO THE WATER :("))
+            computer_points += 1  # Incrementing computer_points by one
+
+        else:
+            print("!!कृपया सही विकल्प चुनें!!")  # Error message in 'HINDI' for invalid choice
+            flag = 1  # Changing flag value to iterate the loop again in same chance
+
+    elif computer_choice == "Gun":
+        if user_choice == "s" or user_choice == "snake":
+            print(red("NOOO...!!"), emojize(":crying_face:"), red("\nYOUR SNAKE WAS SHOT BY THE GUN :("))
+            computer_points += 1  # Incrementing computer_points by one
+
+        elif user_choice == "w" or user_choice == "water":
+            print(green("YEAH...!!"), emojize(":victory_hand:"), green("\nYOUR WATER HAD SUNK THE GUN INTO IT :)"))
+            user_points += 1  # Incrementing user_points by one
+
+        elif user_choice == "g" or user_choice == "gun":
+            print(yellow("AWWW...!!"), emojize(":neutral_face:"), yellow("\nTWO GUNS FIRED AT EACH OTHER :/"))
+
+        else:
+            print("!!कृपया सही विकल्प चुनें!!")  # Error message in 'HINDI' for invalid choice
+            flag = 1  # Changing flag value to iterate the loop again in same chance
+
+
+def replay_game():
+    """
+    Function to ask and store the choice of the user for replaying the game
+    """
+    while 1:  # infinite loop till the user enters a valid choice
+        print("DO YOU WANT TO PLAY AGAIN ? \nENTER Y FOR YES AND N FOR NO")
+        # Giving choice to the user for replaying the game
+        global replay  # Globalising the variable to edit value of main variable
+        replay = input().lower()  # Taking input in lower case string
+
+        # if else condition to check whether the user has entered the valid input or not
+        if replay == "y" or replay == "yes":
+            break  # breaking infinite loop after getting valid input
+        elif replay == "n" or replay == "no":
+            break  # breaking infinite loop after getting valid input
+        else:
+            print(red("Please enter a valid input only"))
+            continue  # executing the loop again due to invalid input given by the user
+
+
+while 1:  # Infinite loop to play the game as many times as the user wants
+    computer_points, user_points, flag, chance = 0, 0, 0, 0  # Initialising values to zero at the beginning of the game
+    computer_choice, user_choice, replay = "", "", ""  # Emptying strings at the beginning of the game
+
+    try:
+        n = int(input("HOW MANY CHANCES DO YOU WANT TO PLAY ?\n"))
+        if n < 1:
+            print(red('Please enter only natural number', 'bold'))
+            continue
+
+    except Exception as e:
+        print(red('Please enter only natural number', 'bold'))
+        continue
+
+    while chance < n:  # Iterating loop 'n' times for playing 'n' number of chances
+        choices()  # Calling function to take choice of the user as input
+        results()  # Calling function to calculate result of a particular chance
+        if flag == 0:  # Incrementing flag's value only if the input given by the user will be valid
+            chance += 1
+
+    # Displaying points of both computer and user
+    print("\n\t\t\tYOUR SCORE :", user_points)
+    print("\n\t\t\tCOMPUTER'S SCORE :", computer_points)
+
+    # Printing the final result of the game
+    if computer_points > user_points:
+        print(red("\n\t\t\tYOU LOST THE GAME !!"), emojize(":loudly_crying_face:"), red("YOU LOST THE GAME"))
+    elif user_points > computer_points:
+        print(green("\n\t\t\tHURRAH !!"), emojize(":smiling_face_with_sunglasses:"), green("YOU WON THE GAME"))
+    else:
+        print(yellow("\n\t\t\t!! TIE !!"), emojize(":disappointed_face:"), yellow("!! TRY AGAIN !!"))
+
+    replay = ""
+
+    replay_game()
+
+    if replay == "n" or replay == "no":
+        print(red("\n\t\t\tSAD TO SEE YOU GO !!", 'bold'), emojize(":disappointed_face:"))  # Printing exit statement
+        exit()  # exiting the game
+    if replay == "y" or replay == "yes":
+        print(green("\n\t\t\tYO LET'S PLAY AGAIN", 'bold'), emojize(":smiling_face_with_smiling_eyes:"))
+        # Printing a statement and replaying the game