Btukfyl

I have this camera class im working on and attempting to make the camera follow the player and scroll the background. ive watched dozens of youtube videos and read similar questions on SO but im stuck
heres the source code: (main.py)

import pygame

import player

import enemy

import environment

import collision as collision

import camera



pygame.init()



size = WIDTH, HEIGHT = (640, 480)

screen = pygame.display.set_mode(size)



pygame.display.set_caption("Game 2")



FPS = 60

fpsclock = pygame.time.Clock()



player.player1 = player.player(300, 410, 32, 32)

player.player1.initialize()



enemyVector = 

enemy.enemy1 = enemy.enemy(160, 170, 32, 32)

enemy.enemy1.initialize()

enemyVector.append(enemy.enemy1)



environmentVector = 

#environment.environment1.load_map(environmentVector)









counter1 = 0

counter2 = 0

string = ''

with open('map.txt', 'r') as f:

    for line in f:

        for character in line:

            if character == '0':

                pass

            elif character == '1':

                environment.environment1 = environment.environment(160, 100, 32, 32)

                environmentVector.append(environment.environment1)

                environmentVector[-1].x = counter1 * 32

                environmentVector[-1].y = counter2 * 32

            counter1 += 1

        counter1 = 0

        counter2 += 1



print(environmentVector[1].x)



run = True

while run:

    pygame.time.delay(50)



for event in pygame.event.get():

    if event.type == pygame.QUIT:

        run = False



keys = pygame.key.get_pressed()



if player.player1.active:

    player.player1.frame += 1

if player.player1.frame >= 2:

    player.player1.frame = 0



for i in enemyVector:

    if i.ready_to_move():

        i.move()

    if i.ready_to_animate():

        i.animate()



player.player1.playerImage = player.player1.cells[player.player1.frame + player.player1.animation]







for i in enemyVector:

    i.enemyImage = i.cells[i.frame + i.animation]



if keys[pygame.K_LEFT] and player.player1.canMoveLeft and player.player1.x > player.player1.vel:

    player.player1.x -= player.player1.vel

    player.player1.animation = 3

    player.player1.active = True

elif keys[pygame.K_RIGHT] and player.player1.canMoveRight and player.player1.x < 640 - player.player1.width - player.player1.vel:

    player.player1.x += player.player1.vel

    player.player1.animation = 6

    player.player1.active = True

elif keys[pygame.K_UP] and player.player1.canMoveUp and player.player1.y > player.player1.vel:

    player.player1.y -= player.player1.vel

    player.player1.animation = 9

    player.player1.active = True

elif keys[pygame.K_DOWN] and player.player1.canMoveDown and player.player1.y < 480 - player.player1.height - player.player1.vel:

    player.player1.y += player.player1.vel

    player.player1.animation = 0

    player.player1.active = True

elif keys[pygame.K_s]:

    player.player1.attack = True

    player.player1.animation = 12

else:

    player.player1.active = False





collision.check_collision_enemy(enemyVector, environmentVector)

collision.check_collision_player(player.player1, environmentVector)







player.player1.update_xy()



enemy.enemy1.update_xy()



for i in environmentVector:

    i.update_xy()





screen.fill((0, 0, 0))



for i in enemyVector:

    screen.blit(i.enemyImage, (i.x, i.y))



screen.blit(player.player1.playerImage, (player.player1.x, player.player1.y))





for i in environmentVector:

    pygame.draw.rect(screen, (255,255,255), (i.x, i.y, 32, 32))



pygame.display.flip()

fpsclock.tick(FPS)



pygame.quit()

(camera.py):

class Camera:

    def __init__(self, players):

        self.left_viewbox = display_width/2 - display_width/8

        self.right_viewbox = display_width/2 + display_width/10



    def follow(self, shift_x):

        virtualwindow.x += shift_x

        print virtualwindow.x

        for i in players:   

            i.rect.x += shift_x



    def viewbox(self):

        if player.x <= self.left_viewbox:

            view_difference = self.left_viewbox - player.x

            player.x = self.left_viewbox

            self.follow(view_difference)



        if player.x >= self.right_viewbox:

            view_difference = self.right_viewbox - player.x

            player.x = self.right_viewbox

            self.follow(view_difference)

how could this camera class be amended and implemented so that the camera follows the player and scrolls a list of recs in the background