Python-Homework

this is not the complete assignment , please see file attached , charters was over the limit and had cut lots of lines from the bottom. [login to view URL] file attached have the complete description. #I - Import and initalise import pygame from assignment7objects import * [login to view URL]() # Assignment #8: Get to the castle! # Another game only half complete! # We need you to animate your player so they can get to the castle! To do so, you will need # to load up all the graphics for the player and write the code to make them animate. # You will need to use CONSTANTS as easy-to-read labels throughout your code, and also as # Indexes for the super-list of graphics you will create. The good news is the constants # are already created for you, you'll just have to use them in your code later on # ======================================= # ======================================= # === Constants # These are used to provide human-readable labels throughout your code. It's far easier to understand # "[login to view URL][WEST]" would give you a list of all the WESTERN images than "[login to view URL][1]" EAST = 0 WEST = 1 NORTH = 2 SOUTH = 3 STANDING = 4 WALKING = 5 class Player([login to view URL]): def __init__(self, position): pygame.sprite.Sprite.__init__(self) # First thing we do is load all the images into the class [login to view URL]() # now lets declare the variables we will be using. Just like the examples from the book, # We have a FRAME, which states which frame of our animation we're displaying; # We have a DELAY, which tells us how many clock ticks to wait before showing the next frame; # We have a PAUSE, which is the counter for the delay # and we have our delta-x and delta-y, which describe our change in position every tick. [login to view URL] = 0 [login to view URL] = 4 [login to view URL] = [login to view URL] [login to view URL] = 0 [login to view URL] = 0 # And finally, we also have our STATE, which describes what animation we should be doing; # And we have a DIRECTION, which describes which direction the player is facing. # Note how the state and direction are using the constants declared above. [login to view URL] = STANDING [login to view URL] = EAST # this is to just give us a starting image and rect, as required for any sprite [login to view URL] = [login to view URL]("char1/[login to view URL]").convert() colorkey = self.image.get_at((0,0)) self.image.set_colorkey(colorkey) [login to view URL] = self.image.get_rect() [login to view URL] = position def loadPics(self): # if you want a different character, change the foldername to char2/, char3/, or whichever you prefer fileBase = ["char1/east", "char1/west", "char1/north", "char1/south"] [login to view URL] =[ ] # STEP 1: Load all the animation images # We have a "List of Lists" up above called self.images. each sub-list will contain all # the images for that specific direction. What you'll want to do is make sure the indexes for # all the lists you add correspond to the Constants declared above. I.E. [login to view URL][0] is for # the EAST direction. That way, later on in the program, when we want the current frame for a # specific direction, say SOUTH, we can just call: # [login to view URL] = [login to view URL][SOUTH][[login to view URL]] # Anyway, for now, your task is to load all the images into those lists using for loops.