On Wednesday, November 13, 2013 4:18:58 AM UTC, saad imran wrote: > Could you point out any errors in my code: > > > > #This is a game where you have to escape a dragon. > > # By Saad Imran > > > > import random > > import pygame > > > > > > > > # Define questions and answers. > > que1 = "4481 *2" > > ans1 = "8962" > > que2 = "457 * 21" > > ans2 = "9597" > > que3 = "2345*23" > > ans3 = "53935" > > que4 = "Who plays against the USA in golf's Walker Cup?" > > > ans4 = "britain" > > que5 = "Which game is played in autumn using the fruit of the horse chestnut > tree?" > > ans5 = "conkers" > > que6 = "From what country does Lego come?" > > ans6 = "denmark" > > que7 = "What term is used in cricket for the two men on the field who decide > on whether batsmen are out, and signal for extras and boundaries?" > > ans7 = "umpire" > > que8 = "What date was D-Day?" > > ans8 = "06,06,1944" > > que9 ="Who is called the 'Great One' in hockey history?" > > ans9 = "wayne gretzky" > > > > > > # intro > > print("Welcome!") > > print("") > > name = input("What is your name? ") > > print("") > > print("You are in a cave and hear a dragon!",name) > > print("") > > print("Thinking you are doomed, you panic and run") > > print("") > > > > # Ask whether user wants to play or not > > print("You run into a wizard who tells you that he will teleport you out of > the cave if you solve his questions!") > > print("") > > game = input("Do you trust him?(y/n) ") > > print("") > > > > #if he doesn't game is ended > > if game == "N" or game == "n": > > print("The dragon catches you and you are doomed!") > > gameloop = False > > loop = False > > # if he does, game starts > > > > else: > > gameLoop = True > > > > while gameLoop ==True: > > > > # Tell user how to write answers > > > > print("Please use all lower case letters. date format is dd,mm,yyyy") > > print("dragon is red, You are green!") > > > > > > > > # The following code intialises a pygame window where user can track > progress of self and dragon > > # Needed to initialize pygame > > pygame.init() > > > > > > > > > > > > # define variable for user position > > userX =75 > > userY =450 > > > > > > > > # define variable for dragon position. > > dragonX = 0 > > dragonY = 450 > > > > > > > > > > > > > > > > > > # Define some Constants(colours and screen size) > > BLACK = (0, 0, 0) > > WHITE = (255, 255, 255) > > GREEN = (0, 255, 0) > > RED = (255, 0, 0) > > > > SCREEN_WIDTH = 700 > > SCREEN_HEIGHT = 500 > > > > # Create a screen > > size = [SCREEN_WIDTH,SCREEN_HEIGHT] > > screen = pygame.display.set_mode(size) > > > > pygame.display.set_caption("dragonEscape Game") > > > > # Used to manage how fast the screen updates > > clock = pygame.time.Clock() > > > > #Loop until the user clicks the close button. > > loop = True > > > > # -------- Main Program Loop ----------- > > while loop == True: > > # EVENT PROCESSING > > for event in pygame.event.get(): > > if event.type == pygame.QUIT: > > loop = False > > > > #if user is caught > > > > if userX <= dragonX: > > print("The dragon ate you for dinner!") > > loop = False > > gameLoop = False > > > > > > #if user wins > > if userX >= 680: > > > > print("You win!") > > loop = False > > gameLoop = False > > > > > > > > # DRAW COMMANDS > > screen.fill(WHITE) > > > > > > pygame.draw.rect(screen, GREEN, [userX,userY,50,50]) > > pygame.draw.rect(screen, RED, [dragonX,dragonY,50,50]) > > pygame.draw.line(screen, BLACK, [680,0],[680,500],40) > > > > > > #Code to generate random number > > > > questionSelection = random.randrange(1,10) > > > > > > # if statements that select question randomly based on random > number generated and collects user answer > > print("") > > print("") > > print("") > > print("") > > print("") > > print("") > > if questionSelection == 1: > > print(que1) > > playerAnswer = input("What do you think the answer is?") > > if playerAnswer ==ans1: > > print("Correct!") > > userX += 75 > > else: > > print("UH-OH!") > > dragonX += 75 > > > > > > > > > > > > elif questionSelection == 2: > > print(que1) > > playerAnswer = input("What do you think the answer is?") > > if playerAnswer ==ans2: > > print("Correct!") > > userX += 75 > > else: > > print("UH-OH!") > > dragonX += 75 > > > > > > > > elif questionSelection == 3: > > print(que1) > > playerAnswer = input("What do you think the answer is?") > > if playerAnswer ==ans3: > > print("Correct!") > > userX += 75 > > else: > > print("UH-OH!") > > dragonX += 75 > > > > > > elif questionSelection == 4: > > print(que1) > > playerAnswer = input("What do you think the answer is?") > > if playerAnswer ==ans4: > > print("Correct!") > > userX += 75 > > else: > > print("UH-OH!") > > dragonX += 75 > > > > > > elif questionSelection == 5: > > print(que1) > > playerAnswer = input("What do you think the answer is?") > > if playerAnswer ==ans5: > > print("Correct!") > > userX += 75 > > else: > > print("UH-OH!") > > dragonX += 75 > > > > > > > > > > > > elif questionSelection == 6: > > print(que1) > > playerAnswer = input("What do you think the answer is?") > > if playerAnswer ==ans6: > > print("Correct!") > > userX +=75 > > else: > > print("UH-OH!") > > dragonX += 75 > > > > > > elif questionSelection == 7: > > print(que1) > > playerAnswer = input("What do you think the answer is?") > > if playerAnswer ==ans7: > > print("Correct!") > > userX += 75 > > else: > > print("UH-OH!") > > dragonX += 75 > > > > elif questionSelection == 8: > > print(que1) > > playerAnswer = input("What do you think the answer is?") > > if playerAnswer ==ans8: > > print("Correct!") > > userX += 76 > > else: > > print("UH-OH!") > > dragonX += 75 > > > > > > else: > > print(que9) > > playerAnswer = input("What do you think the answer is?") > > if playerAnswer == ans9: > > print("Correct!") > > userX += 25 > > else: > > print("UH-OH!") > > dragonX += 75 > > > > > > print("") > > print("") > > print("") > > print("") > > print("") > > > > > > > > > > # Update Screen > > pygame.display.flip() > > > > # Set frames per second > > clock.tick(20) > > # -------- End of Main Program Loop -------- > > > > > > # Close the window and quit. > > pygame.quit() > > > > > > #game over, ending remarks. > > print("Thanks for playing!")
Hi, You have and odd "gameloop". All others are "gameLoop". Michael -- https://mail.python.org/mailman/listinfo/python-list