Python Programs

  import  random choices  =   [ " stone " ,   " scissor " ,   " paper " ] computer_choice  =  random . choice ( choices ) coputer_score  =   0 player_score  =   0 while   True :     player_choice  =   input ( " Enter Your choice from stone, paper, scissor:  " )           if  computer_choice  ==  player_choice . lower ():          print ( " It is a draw here " )          pass      elif  computer_choice  ==   " stone "   and  player_choice . lower ()   ==   " paper " :         player_score  +=   1          print ( " Here Player Wins!!! " )   ...

#Stringrev.py #Here we Use The Indexes in reversing  a string and the code will be: def   reverse ( a ):      return  (a[::- 1 ]) print (reverse( "Your String" )) # Here I used A function To Make It Easy

  IN YOU HAVE LOTS OF MODULES AND YOU CAN USE IT BY IMPORTING AND YOU CAN USE THE " import " KEYWORD WITH MODULE NAME TO IMPORT ANY MODULE LIKE : TIME, PYAUTOGUI, TENSERFLOW, RANDOM, DATETIME, MATH, WIKIPIDEA, WEBBROWSER AND ETC..   LOTS OF MODULES AND LIKE THEM ARE AVAILABLE TO MAKE YOUR WORK EASY. YOU CAN YOU ANY MODULE AND ANYTIME. YOU CAN INSTALL THEM BY USING " pip install [module name] " YOU CAN USE THIS COMMAND IN TERMINAL AND IN THE COMMAND PROMPT LIKE:  THE ABOVE IS AN EXAMPLE OF INSTALLING PANDAS MODULE. DIFFERENT TYPES OF MODULES ARE USED IN WORKING DIFFERENT THINGS MODULE ARE LIKE A HELP LINE IN PROGRAMMING IN ANY LANGUAGE BECAUSE YOU DO NOT HAVE MAKE A PROGRAM OR FUNCTION AGAIN AND AGAIN TO DO THE SAME WORK lIKE : YOU USE MATH MODULE  TO CALCULATE TAN THETA VALUE BY A FUNCTION TAN(NUMBER) LIKE: THE IS AND\ EXAMPLE THAT HOW TO USE MATH MODULE TO CALCULATE THE VALUE TAN'S AND YOU CAN CALCULATE LOTS OF THINGS BY  USING MATH MODULE AND ONE MODULE HAS LO...

import  random print ( "Here You Have To Guess The Numbers From 0-10" ) print ( "If You Got right You will Get a Point" ) print ( "if you want to exit type 12" ) score =  0 while   True :     number =  int ( input ( "Enter The Number You Guessed Here: " ))     a = random.randrange( 10 )      if  number == a:         score = score+ 1          print ( "miracle You Got Right Answer." )      elif  number ==  None :          pass      elif  number ==  12 :          print ( f"Here i...

n  =   int ( input ( " Enter Here You Want to calculate the factorial:  " )) x  =   1 for  i  in   range ( 1 , n + 1 ):     x  *=  i print ( x ) """ FACTORIAL EXAMPLE: 1! = 1 2! = 2*1 = 2 3! = 3*2*1 = 6 4! = 4*3*2*1 = 24 5! = 5*4*3*2*1 = 120 """

  def  timeConversion(s):     if  s[ 0 : 2 ] ==  "12"   and  s[- 2 :] ==  "AM" :         print( "00" +s[ 2 : 8 ])      elif  s ==  "12:00:00AM" :         print( "00:00:00" )      elif  s[ 0 : 2 ] ==  "12"   and  s[ 7 : 9 ] ==  "PM" :         print(s[ 0 : 7 ])      elif  s[- 2 :] ==  "PM"   and  s[ 0 : 2 ] !=  "12" :         print( f " {int(s[: 2 ])+ 12 }{s[ 2 : 8 ]} " )      elif  s[ 0 : 2 ] ==  "24" :         print( "THIS TIME IS ALREADY AS 24 HOURS CLOCK" )      else :      ...

IF SOMEONE LIKES THIS CODE PLEASE COMMENT BELOW ABOUT YOUR FEEDBACK......... import pygame import random import math from pygame import mixer pygame.init() # screen management size = ( 800 , 600 ) screen = pygame.display.set_mode(size) #game title pygame.display.set_caption( 'OCTA SHOOT' ) #icon title a = pygame.image.load( 'octa.png' ) pygame.display.set_icon(a) #player playerimg = pygame.image.load( 'octopus4.png' ) playerx = 370 playery = 480 playerx_change = 0 #enemy enemyimg = [] enemyx = [] enemyy = [] enemyx_change = [] enemyy_change = [] num_of_enemies = 6 for i in range (num_of_enemies): enemyimg.append(pygame.image.load( 'enemy.png' )) enemyx.append(random.randint( 0 , 798 )) enemyy.append(random.randint( 50 , 150 )) enemyx_change.append( 1 ) enemyy_change.append( 40 ) # bullet bulletimg = pygame.image.load( 'sun.png' ) bulletx = 0 bullety = 480 bulletx_change = 0 bullety_change = 2 bullet_state = "ready" #...