def get_player_name():
    player_name = input('Enter your name: ')
    return player_name
    
player_name = get_player_name()
print('Hello',player_name,',Lets Play Hangman!')

words_possible = {'secret':['_','_','c','_' ,'_','t'],'game':['_', '_', 'm', '_'],'dragon':['_','r','_','_','_','n'],'python':['_','_','t','_','o','_'],'interpreter':['_','_','_','e','_','p','_','_','t','_','r',]}
    
import random
word = random.choice(list(words_possible.keys()))
word_to_print = words_possible[word]
print(word_to_print)


chances=5
while chances>0:
    guess = input('Enter a character: ')
    
    if guess in word:
        print('Correct Guess')
        for i in range(len(word)):
            if word[i] == guess:
                word_to_print[i]=guess
        print(word_to_print)
        if '_' not in word_to_print:
            print('You Won!!')
            break
    else:
        chances = chances - 1 
        print('Wrong Guess')
        print('Chances left: ',chances)
   
    if chances == 0:
        print('Sorry you lost!!')
        print("   _____ \n"
            "  |     | \n"
            "  |     |\n"
            "  |     | \n"
            "  |     O \n"
            "  |    /|\ \n"
            "  |    / \ \n"
            "__|__\n")    
    elif chances == 1:
        
        print("  _____ \n"
          "  |     | \n"
          "  |     |\n"
          "  |     | \n"
          "  |     O \n"
          "  |     \n"
          "  |     \n"
          "__|__\n")
          
    elif chances == 2:
        
        print("  _____ \n"
          "  |     | \n"
          "  |     |\n"
          "  |     | \n"
          "  |      \n"
          "  |     \n"
          "  |     \n"
          "__|__\n")
          
    elif chances == 3:
        
        print("  _____ \n"
          "  |     | \n"
          "  |     |\n"
          "  |      \n"
          "  |      \n"
          "  |     \n"
          "  |     \n"
          "__|__\n")
          
    elif chances == 4:
        
        print("  _____ \n"
          "  |     | \n"
          "  |     \n"
          "  |      \n"
          "  |      \n"
          "  |     \n"
          "  |     \n"
          "__|__\n")

x=0

A=1

B=2

C=4

D=8

E=16

F=32



print("Welcome to Mind Reader Magic Trick!")



print("Think of a number from 1 to 60.")



print("\n1,5,3,7,9,11,13,15,17,19,39,33,31,37,35,53,57,59,51,55,47,41,45,49,43,25,23,27,21,29")

while True:

    print("Is the number in the list above?")

    in_list=input("Y for Yes and N for No: ")

    if in_list=="Y" or in_list=="y":

        x=x+A

        break

    elif in_list=="N" or in_list=="n":

        x=x

        break

    else:

        print("Invalid Input! Please try again.")

        

print("\n2,7,6,3,10,18,15,11,14,19,30,26,27,22,23,31,42,51,34,43,54,35,46,55,38,47,58,50,39,59")

while True:

    print("Is the number in the list above?")

    in_list=input("Y for Yes and N for No: ")

    if in_list=="Y" or in_list=="y":

        x=x+B

        break

    elif in_list=="N" or in_list=="n":

        x=x

        break

    else:

        print("Invalid Input! Please try again.")



print("\n4,6,7,5,12,20,15,14,13,21,30,28,23,29,22,38,36,31,37,39,47,46,52,44,45,55,54,60,53")



while True:

    print("Is the number in the list above?")

    in_list=input("Y for Yes and N for No: ")

    if in_list=="Y" or in_list=="y":

        x=x+C

        break

    elif in_list=="N" or in_list=="n":

        x=x

        break

    else:

        print("Invalid Input! Please try again.")



print("\n8,13,26,31,44,57,9,14,27,40,45,58,10,15,28,41,46,59,11,24,29,42,47,60,12,25,30,43,56")



while True:

    print("Is the number in the list above?")

    in_list=input("Y for Yes and N for No: ")

    if in_list=="Y" or in_list=="y":

        x=x+D

        break

    elif in_list=="N" or in_list=="n":

        x=x

        break

    else:

        print("Invalid Input! Please try again.")



print("\n16,22,57,49,25,17,23,27,54,60,18,24,48,59,30,19,26,53,29,56,20,31,58,50,51,21,52,28,55")



while True:

    print("Is the number in the list above?")

    in_list=input("Y for Yes and N for No: ")

    if in_list=="Y" or in_list=="y":

        x=x+E

        break

    elif in_list=="N" or in_list=="n":

        x=x

        break

    else:

        print("Invalid Input! Please try again.")



print("\n32,38,42,46,33,39,47,49,59,34,40,44,51,58,35,43,48,57,56,36,45,50,55,54,37,41,60,52,53")

while True:

    print("Is the number in the list above?")

    in_list=input("Y for Yes and N for No: ")

    if in_list=="Y" or in_list=="y":

        x=x+F

        break

    elif in_list=="N" or in_list=="n":

        x=x

        break

    else:

        print("Invalid Input! Please try again.")



print("Voilà!!! The number you thought was",x,".")

print ("Type 1 for USD")
print ("Type 2 for INR")
print ("Type 3 for EUR")
print ("Type 4 for GBP")
choice = (input ("Enter your choice: "))
print ("Conversion from", choice, "to?")
print ("Type 1 for USD")
print ("Type 2 for INR")
print ("Type 3 for EUR")
print ("Type 4 for GBP")
choice2 = (input ("Enter your choice: "))
amount = float(input("Amount?"))
if choice == "1" and choice2 == "2":
    print (amount, "USD in INR is", (amount*79.00))
if choice == "1" and choice2 == "3":
    print (amount, "USD in EUR is", (amount*0.99))
if choice == "1" and choice2 == "4":
    print (amount, "USD in GBP is", (amount*0.83))
if choice == "2" and choice2 == "1":
    print (amount, "INR in USD is", (amount*0.013))
if choice == "2" and choice2 == "3":
    print (amount, "INR in EUR is", (amount*0.012))
if choice == "2" and choice2 == "4":
    print (amount, "INR in GBP is", (amount*0.010))
if choice == "3" and choice2 == "1":
    print (amount, "EUR in USD is", (amount*1.01))
if choice == "3" and choice2 == "2":
    print (amount, "EUR in INR is", (amount*80.81))
if choice == "3" and choice2 == "4":
    print (amount, "EUR in GBP is", (amount*0.84))
if choice == "4" and choice2 == "1":
    print (amount, "GBP in INR is", (amount*96.01))
if choice == "4" and choice2 == "2":
    print (amount, "GBP in USD is", (amount*1.20))
if choice == "4" and choice2 == "3":
    print (amount, "GBP in EUR is", (amount*1.19))

print("Hello there Programmers 🖐🖐")
print("Its Chithranjan")
name=input("Enter you name")
print(f"Hi {name} Today I got a game for you called Break the code")
print(" the rule is Each of us will try to guess each other's code, one chance for both of us to guess each other's code and the code should only be of 2 digits:")
print("alright lets start")
ready=input("keep your code ready and type small 'y' and press enter when you are ready ")
print("Try guessing mine first")

print("-------------------------Round 1-------------------------")
try1 = input("Type your guess")
if try1 == '75':
    print("Yes you are correct let me try yours")
else:
    print("No its not right let me try yours")
    

print("If I am right type small 'y' and press enter if wrong type small 'n' and press enter")
_try_1=input("is it 99?")
if _try_1 == 'y':
    print("HurraH")
else :
    print("oh I am wrong")
    
print("So lets see who is the winner")
points1 = 0
points2 = 0
if try1 == '75':
    points2 = points2+1

    
if _try_1 == 'y':
    points1 = points1+1

    
if points1>points2:
    print("I win, better luck next time")
if points1<points2:
    print("You win congratulations")
if points1 == points2:
    print("Its a draw")

print("Please react to my code❤🔥🎉")

import random as rd

# declaring James positions
j_position = ['L', 'M', 'R']


# main game function
def game():
    # taking player name
    playerName = input('\nPlease enter your name : ')

    # declaring default scores
    jamesScore = 0
    playerScore = 0

    print('\nPenalty Time!\nBest of luck :-)')

    # penalty taking
    for i in range(5):
        # taking choice of james and player
        jamesChoice = rd.choice(j_position)
        playerChoice = input("\nType 'L' or 'l' for Left , 'M' or 'm' for Middle and 'R' or 'r' for Right : ")

        # comparing the choices
        # taking the case if james stopped the penalty
        if playerChoice.upper() in j_position:
            if playerChoice.upper() == jamesChoice:
                print('\nJames stopped the penalty!\n')
                # printing current scores
                print(f'Current Scores: \nPlayer Score = {playerScore} \nJames Score = {jamesScore} ')

            # if james didn't stopped then player scored
            else:
                print(f'\n{playerName} scored!\n')
                playerScore = playerScore + 1
                # printing current scores
                print(f'Current Scores: \nPlayer Score = {playerScore} \nJames Score = {jamesScore} ')

            # printing choices of james and player
            print(f'\nPlayer Chose = {playerChoice.upper()}\nJames Chose = {jamesChoice}')

        # if player didn't choose between L, M or R
        else:
            print('You can only choose L, M or R')

    print('\nPenalty Saving Time!\nStop James before he destroy you ;-)')

    # penalty saving
    for j in range(5):
        # taking choice of james and player
        jamesChoice = rd.choice(j_position)
        playerChoice = input("\nType 'L' or 'l' for Left , 'M' or 'm' for Middle and 'R' or 'r' for Right : ")

        # comparing the choices
        # taking the case if j stopped the penalty
        if playerChoice.upper() in j_position:
            if playerChoice.upper() == jamesChoice:
                print(f'\n{playerName} stopped the penalty!\n')
                # printing current scores
                print(f'Current Scores: \nPlayer Score = {playerScore} \nJames Score = {jamesScore} ')

            # if player didn't stopped then james scored
            else:
                print('\nJames scored!\n')
                jamesScore = jamesScore + 1
                # printing current scores
                print(f'Current Scores: \nPlayer Score = {playerScore}\nJames Score = {jamesScore} ')

            # printing choices of james and player
            print(f'\nPlayer Chose = {playerChoice.upper()}\nJames Chose = {jamesChoice}')

        # if player didn't choose between L, M or R
        else:
            print('You can only choose L, M or R')

    # DECLARING THE WINNER
    # if player won
    if playerScore > jamesScore:
        scoreDif = playerScore - jamesScore
        print(f'\n{playerName} won!\n')

        # a bit of commentry
        if scoreDif >= 3:
            print(f'{playerName} dominated James!')
        elif scoreDif == 1:
            print(f'That was a very close match but there can be only one winner and that is {playerName}')
        else:
            print('That was a wonderful match!')

    # if james won
    elif playerScore < jamesScore:
        scoreDif = jamesScore - playerScore
        print('\nJames won!\n')

        # a bit of commentry
        if scoreDif >= 3:
            print(f'James dominated {playerName}!')
        elif scoreDif == 1:
            print(f'That was a very close match but there can be only one winner and that is James')
        else:
            print('That was a wonderful match!')

    # if match tied
    else:
        print('The match is tied!\nWonderful play by both Players')

    # asking the player if he/she wanna play again
    again = input("Wanna play again? Press 'y'or 'Y' to play again or press 'x' or 'X' to exit : ")
    if again.lower() == 'y':
        game()
    else:
        print('\nThanks for playing. Hoping to see you soon')

    # explaining the game rules to players


print(
    'Welcome to Penalty Kicker!\n\nGame rules:\nFirst you will take penalties then the pc will(pc character name is James):\nBoth sides will take 5 Penalties\nYou can choose three position in both taking Penalties and Goal Keeping, That are Middle, Left and Right\nYou have to type \'L\' for Left, \'M\' for Middle and \'R\' for Right\nIf you will type anything rather than L, M or R your chance will be taken as well as score will not increase \nBest of Luck :-)\n')

# starting the game
start = input("Press 's'or 'S' to start game or press 'x' or 'X' to exit : ")

if start.lower() == 's':
    game()
else:
    print('Please come again :-)')

from googlesearch import * #pip install googlesearch

import pywhatkit #pip install pywhatkit

import webbrowser #pip install webbrowser







print("Hi I am Chithranjan in this code you can search in youtube or google faster and easier")

print("So what would you like to open google or youtube type in small letters")

choice = input("Youtube or google")

if choice == 'google':

        print("What would you like to search in google")

        query = input("WHat do you want me to search:")

        chrome_path = r'C:\Program Files (x86)\Google\Chrome\Application\chrome.exe %s'

        for url in search(query, tld="co.in", num=1, stop = 1, pause = 2):

                webbrowser.open("https://google.com/search?q=%s" % query)

        print("opening google")





if choice == 'youtube':

        song=input("What do you want to play in youtube")

        print("Playing" +song)

        pywhatkit.playonyt(song)





print("Thank you for using this code")

print('I would really appreciate if you like this code')

import random



player_1 = input("Enter player 1 name : ")

player_2 = input("Enter player 2 name : ")

characterChoose = random.randint(1,2)

game = True

winner = "none"

count = 0



#assign characters "x or o"

if characterChoose == 1:

    print(f"{player_1} will choose first")

    player1_character = input(f"{player_1} what character do you want : (x or o)")

    if player1_character == "x":

        player2_character = "o"

    else:

        player2_character = "x"

        player1_character = "o"

else:

    print(f"{player_2} will choose first")

    player2_character = input(f"{player_2} what character do you want : (x or o)")

    if player2_character == "x":

        player1_character = "o"

    else:

        player1_character = "x"

        player2_character = "o"

print(f"{player_1} = {player1_character}\n{player_2} = {player2_character}\n")



#who will go first

whoWillGoFirst = random.randint(1,2)



if whoWillGoFirst == 1:

    print(f"{player_1} will go first\n{player_2} will go second")

else:

    print(f"{player_2} will go first\n{player_1} will go second")





board = [" "," "," "," "," "," "," "," "," "," "]



#making the board

def board_game():

    print('   |   |')

    print(' ' + board[0] + ' | ' + board[1] + ' | ' + board[2])

    print('   |   |')

    print('-----------')

    print('   |   |')

    print(' ' + board[3] + ' | ' + board[4] + ' | ' + board[5])

    print('   |   |')

    print('-----------')

    print('   |   |')

    print(' ' + board[6] + ' | ' + board[7] + ' | ' + board[8])

    print('   |   |')



# making functions for player 1 turn and player 2

def player1_turn():

    position = int(input(f"{player_1} which position do you want to place your character (1 to 9)"))

    position = position - 1

    if board[position] == " ":

        board.pop(position)

        board.insert(position,player1_character)

        print("the board has been updated")

        board_game()

    else:

        print("the slot has been taken")

        player1_turn()



def player2_turn():

    position = int(input(f"{player_2} which position do you want to place your character (1 to 9)"))

    position = position - 1

    if board[position] == " ":

        board.pop(position)

        board.insert(position,player2_character)

        print("the board has been updated")

        board_game()

    else:

        print("the slot has been taken")

        player2_turn()

        

#making function that will check winner

def winnerCheck():

    global game

    global winner

    global count

    if (board[0] == "x" and board[1] == "x" and board[2] == "x"

    or

    board[3] == "x" and board[4] == "x" and board[5] == "x"

    or

    board[6] == "x" and board[7] == "x" and board[8] == "x"

    or

    board[0] == "x" and board[4] == "x" and board[8] == "x"

    or

    board[2] == "x" and board[4] == "x" and board[6] == "x"

    or

    board[0] == "x" and board[3] == "x" and board[6] == "x"

    or

    board[1] == "x" and board[4] == "x" and board[7] == "x"

    or

    board[2] == "x" and board[5] == "x" and board[8] == "x"):

        if player1_character == "x":

            print(f"\n{player_1} wins the match")

            game = False

        else:

            print(f"\n{player_2} wins the match")

            game = False

    elif (board[0] == "o" and board[1] == "o" and board[2] == "o"

    or

    board[3] == "o" and board[4] == "o" and board[5] == "o"

    or

    board[6] == "o" and board[7] == "o" and board[8] == "o"

    or

    board[0] == "o" and board[4] == "o" and board[8] == "o"

    or

    board[2] == "o" and board[4] == "o" and board[6] == "o"

    or

    board[0] == "o" and board[3] == "o" and board[6] == "o"

    or

    board[1] == "o" and board[4] == "o" and board[7] == "o"

    or

    board[2] == "o" and board[5] == "o" and board[8] == "o"):

        if player1_character == "o":

            print(f"\n{player_1} wins the match")

            game = False

        else:

            print(f"\n{player_2} wins the match")

            game = False

    else:

        if count == 9:

            print("tie")

            game = False

    return game



#main game

while game == True:

    if whoWillGoFirst == 1:

        player1_turn()

        count = count + 1

        winner_check = winnerCheck()

        if winner_check == False:

            break

        player2_turn()

        count = count + 1

        winner_check = winnerCheck()

        if winner_check == False:

            break

    else:

        player2_turn()

        count = count + 1

        winner_check = winnerCheck()

        if winner_check == False:

            break

        player1_turn()

        count = count + 1

        winner_check = winnerCheck()

        if winner_check == False:

            break

choice = input("Enter 1 for hypotenuse, enter 2 for length of the leg and 3 for square root. ENTER YOUR CHOICE : ")
if choice == '1':
    num1=int(input("Enter value of leg1 : "))
    num2=int(input("Enter value of leg2 : "))
    a = num1*num1
    b = num2*num2
    numa = a+b
    num_sqrt = numa ** 0.5
    print("The hypotenuse is", num_sqrt)

 
if choice == '2':
    print("NOTE 🛑 The length of hypotenuse is always greater than the leg")
    num3=int(input("Enter value of leg: "))
    num4=int(input("Enter value of hypotenuse: "))
    c = num3*num3
    d = num4*num4
    numb = d-c
    num_sqrt = numb ** 0.5
    print("the length of the other leg is",num_sqrt)
    
    
       
if choice == '3':
    num = float(input('Enter a number: '))
    num_sqrt = num ** 0.5
    print('The square root of %0.3f is %0.3f'%(num ,num_sqrt))

import decimal    

def num2words(num):
    num = decimal.Decimal(num)
    decimal_part = num - int(num)
    num = int(num)

    if decimal_part:
        return num2words(num) + " point " + (" ".join(num2words(i) for i in str(decimal_part)[2:]))

    under_20 = ['Zero', 'One', 'Two', 'Three', 'Four', 'Five', 'Six', 'Seven', 'Eight', 'Nine', 'Ten', 'Eleven', 'Twelve', 'Thirteen', 'Fourteen', 'Fifteen', 'Sixteen', 'Seventeen', 'Eighteen', 'Nineteen']
    tens = ['Twenty', 'Thirty', 'Forty', 'Fifty', 'Sixty', 'Seventy', 'Eighty', 'Ninety']
    above_100 = {100: 'Hundred', 1000: 'Thousand', 100000: 'Lakhs', 10000000: 'Crores'}

    if num < 20:
        return str(num)

    if num < 100:
        return str(num)

    # find the appropriate pivot - 'Million' in 3,603,550, or 'Thousand' in 603,550
    pivot = max([key for key in above_100.keys() if key <= num])

    return num2words(num // pivot) + ' ' + above_100[pivot] + ('' if num % pivot==0 else ' ' + num2words(num % pivot))


print("""
  █░█░█ █▀▀ █░░ █▀▀ █▀█ █▀▄▀█ █▀▀   ▀█▀ █▀█  
  ▀▄▀▄▀ ██▄ █▄▄ █▄▄ █▄█ █░▀░█ ██▄   ░█░ █▄█  

░░█ ▄▀█ █ █▀█ ▄▀█ ░░█   █▀ █▀█ ▄▀█ █▀▀ █▀▀ ▀▄▀
█▄█ █▀█ █ █▀▄ █▀█ █▄█   ▄█ █▀▀ █▀█ █▄▄ ██▄ █░█
""")
name=input(("Tell me your name: "))
print("\nWelcome",name,"to Jairaj SpaceX.\n")
rockets = ["fuel x", "fuel y"]
rocket=input(("\nWe have two types of rockets \n1. Fuel x \n2. Fuel y \n(choose 1 or 2): "))
print("Okay",name,"you will be travelling using",rocket,".\n")

print("Where do you want to travel in space?")
planetChoice=input("You can travel to \n1. Moon \n2. Mars \n3. Mercury \n4. Venus \n5. Jupiter \n \n(choose 1,2,3,4 or 5): ")
planets = [
  { "name": "Moon", "distance": 384400 },
  { "name": "Mars", "distance": 227900000 },
  { "name": "Mercury", "distance": 57910000 },
  { "name": "Venus", "distance": 108200000 },
  { "name": "Jupiter", "distance": 778500000 }
]

for i in range(len(planets)):
  planet = planets[i]
  if int(planetChoice) - 1 == i:
    print(planet["name"],"is",num2words(planet["distance"]),"kms far!")
    fuel_x_cost = 10000
    fuel_y_cost = 5000
    price = fuel_x_cost * planet["distance"]
    if int(rocket) == 2:
      price = fuel_y_cost * planet["distance"]
    print("It will cost you ₹",num2words(price),"to travel!")

import random

Max = 100
player1squarenumber = 0 
player2squarenumber = 0

print("""Welcome to Snake and Ladder Game.


    Rules:
      1. Initally both the players are at starting position i.e. 0. 
         Take it in turns to roll the dice. 
         Move forward the number of spaces shown on the dice.
      2. If you lands at the bottom of a ladder, you can move up to the top of the ladder.
      3. If you lands on the head of a snake, you must slide down to the bottom of the snake.
      4. The first player to get to the FINAL position is the winner.
      5. Type R to roll the dice
      6. Type Q to quit.
      7. Have fun!""")
      
player_turn_text = [
    "Your turn.",
    "Go.",
    "Please proceed.",
    "Lets win this.",
    "Are you ready?",
    "",
]
      
snakeBite = [
    "woops",
    "ow",
    "snake bite",
    "oh no",
    "sorry"
]

ladder_jump = [
    "woohoo",
    "woww",
    "nailed it",
    "oh good ...",
    "yaayyy"
]

snakes = {
    8: 5,
    18: 1,
    26: 8,
    39: 7,
    51: 2,
    54: 23,
    56: 1,
    60: 20,
    75: 30,
    83: 40,
    85: 59,
    90: 48,
    92: 25,
    97: 87,
    99: 5
}

ladders = {
    2: 20,
    6: 19,
    11: 28,
    15: 39,
    17: 78,
    22: 37,
    38: 50,
    49: 61,
    57: 77,
    61: 76,
    73: 87,
    81: 97,
    88: 98
}

print("\n")
print("\n")
        
def getDiceValue():
    dicevalue = random.randint(1, 6)
    print("It is a " + str(dicevalue))
    return dicevalue
        
def GotSnakeBite(old_value, current_value, player_name):
    print("\n" + random.choice(snakeBite).upper() + " ~~~~~~~~>")
    print("\n" + player_name + " you got a snake bite. You are down from " + str(old_value) + " to " + str(current_value))


def LadderJump(old_value, current_value, player_name):
    print("\n" + random.choice(ladder_jump).upper() + " ########")
    print("\n" + player_name + " you climbed the ladder from " + str(old_value) + " to " + str(current_value))   
    
def GameStart():
    player1squarenumber = 0 
    player2squarenumber = 0 
    
    player1name = input("Please enter a name for first player: ")
    player2name = input("Please enter a name for second player: ")
    print("\n")
    print("Game will be played between '" + player1name + "' and '" + player2name + "'.")
    print("\n")
    
    while True:
        input1 = input(player1name + ": " + random.choice(player_turn_text) + " Press R to roll the dice: ")
        if input1 == "Q":
            break
        print("Rolling dice...")
        diceValue = getDiceValue()
        if player1squarenumber + diceValue > Max:
            print("You need " + str(Max - player1squarenumber) + " to win.")
        else:
            player1squarenumber = player1squarenumber + diceValue
            
        if player1squarenumber == Max:
            print("Congratulations! " + player1name + " won the game.")
            print("\n")
            break
        elif player1squarenumber in ladders:
            old_value = player1squarenumber
            player1squarenumber = ladders[player1squarenumber]
            LadderJump(old_value, player1squarenumber, player1name)
            
        elif player1squarenumber in snakes:
            old_value = player1squarenumber
            player1squarenumber = snakes[player1squarenumber]
            GotSnakeBite(old_value, player1squarenumber, player1name)
            
        print(player1name + " current number: " + str(player1squarenumber))
        print("\n")
            
        input2 = input(player2name + ": " + random.choice(player_turn_text) + " Press R to roll the dice: ")
        if input2 == "Q":
            break
        print("Rolling dice...")
        diceValue = getDiceValue()
        
        if player2squarenumber + diceValue > Max:
            print("You need " + str(Max - player2squarenumber) + " to win.")
        else:
            player2squarenumber = player2squarenumber + diceValue
            
        if player2squarenumber == Max:
            print("Congratulations! " + player2name + " won the game.")
            break
        elif player2squarenumber in ladders:
            old_value = player2squarenumber
            player2squarenumber = ladders[player2squarenumber]
            LadderJump(old_value, player2squarenumber, player2name)
            
        elif player2squarenumber in snakes:
            old_value = player2squarenumber
            player2squarenumber = snakes[player2squarenumber]
            GotSnakeBite(old_value, player2squarenumber, player2name)
            
        print(player2name + " current number: " + str(player2squarenumber))
        print("\n")
            
GameStart()