Python Programming

import os Folderpath='E:/Old Laptop/Notice/Art Class/Images' def rename(Folderpath,NewName,Number,Extension):     list=os.listdir(Folderpath)     os.chdir(Folderpath)     Number=0     for i in list:         os.rename(i,NewName+str(Number)+'.'+Extension)         Number=Number+1 rename(Folderpath,'Image ',1,'jpg') print("File Renamed Successfully!")    If you have any doubts, feel free to post it in comment Section.

Dobble is a simple pattern recognition game in which players try to find an image shown on two cards.  Each card in Dobble features eight different symbols, with the symbols varying in size from one card to the next. Any two cards have exactly one symbol in common.  Coding: #string contains the constant ascii_letters that has all lowercase and uppercase letters concatenated import string     import random        while(True):      symbols = []     symbols = list(string.ascii_letters)        card1 = [0]*5                         card2 = [0]*5                   #pos1 and pos2 contains some random integer ranging from 0 to 4     pos1 = random.randint(0,4)             pos2 = random.randint(0,4)     #select a random symbol fro...

import random print('\t'"HANGMAN GAME") print('\t'"******* ****") name=input("What is your Name? ") print('\n''\t'"WELCOME!!",name,'\n'"Let's Play the Game...") print("Try to guess the word in less than 10 attempts...."'\n') print("HINT: TAMIL MOVIE NAME"'\n') with open("word.txt") as d:   #Open file     text=d.read().splitlines()   #Read a file-read() & Split a file into list-splitlines() word=random.choice(text)   #Random Choice turn=10       guess='' while(1):     words=''     for char in word:           if char in guess:             words+=char         else:             words+="."                            if words==word:         print('\n'"~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~")       ...

Fibonacci series is a series of numbers formed by the addition of the preceeding two numbers in the series. Examples of Fibonacci Series: 0+1+1+2+3+5.... 0 and 1 are the first two terms of the series. These two terms are printed directly. The third term is calculated by adding the first two terms. In this case 0 and 1. So, we get 0+1=1. Hence 1 is printed as the third term. The next term is generated by using the second and third term and not using the first term. n=int( input ( "Enter the Number:"  )) def   Fib ( n ):     if  n== 1 :          return   0      elif  n== 2 :          return   1      elif  n<= 0 :          return  ( "Invalid" )      else :         return(Fib(n -1 )+Fib(n -2 ))   ...

The factorial of a number is the product of all the integers from 1 to that number. For example, the factorial of 5 is  5*4*3*2*1 .  Factorial is not defined for negative numbers, and the factorial of zero is one, 0!=1. n=int(input("Enter the Number: ")) def factorial(n): if(n==0): return 1 elif(n<0): return("Incorrect number") else: return(n*factorial(n-1)) print('\n'"Factorial of",n,"is",factorial(n)) If you have any doubts, feel free to post it in comment Section.

Read the Bill Amount for Customer Check if it is greater than 10000 if it is true, Read the Customer Name and  check if customer name is Palindrome if it is true, Offer a gift cheque Code: Amt=int(input("Enter Bill Amount: Rs.")) if Amt>=10000: Name=input("Enter Customer Name: ") if Name==Name[::-1]: print("You are Eligible for Discount") print("Congrats!! You have 10% Discount") else: print("Sorry!! You are Not Eligible for Discount") else: print("Thank You For Shopping") Output: If you have any doubts, feel free to post it in comment Section.

#First we need a matrix on which the symbols X  #and O will be placed matrix=[[ '*' , '*' , '*' ],[ '*' , '*' , '*' ],[ '*' , '*' , '*' ]] #Then create 2 players namely p1 and p2 and assign respective symbols p1= 'x' p2= 'o' #Now we will display the empty matrix #Create a function print_board def   print_board ( matrix ):      for  row  in  matrix:         row= "   |   " .join(row)         row=row.strip()         row=row+ "\n"          print (row) #Another function to enter player's choice of position to place the  #symbol def   write_...