import pygame from sprites.cell import Cell, CELL_SIZE from sprites.house import House from sprites.landfill import Landfill from config import PLAY_HEIGHT, PLAY_WIDTH GC_CAPACITY = 10 class Garbage_collector(Cell): def __init__(self, x, y): Cell.__init__(self, x, y) self.image = pygame.image.load("images/garbage_collector.png") self.move_options = { "up": lambda forbidden: ('y', self.y - 1) if (self.x, self.y - 1) not in forbidden and self.y - 1 >= 0 else ('y', self.y), "down": lambda forbidden: ('y', self.y + 1) if (self.x, self.y + 1) not in forbidden and self.y + 1 < PLAY_HEIGHT // CELL_SIZE else ('y', self.y), "left": lambda forbidden: ('x', self.x - 1) if (self.x - 1, self.y) not in forbidden and self.x - 1 >= 0 else ('x', self.x), "right": lambda forbidden: ('x', self.x + 1) if (self.x + 1, self.y) not in forbidden and self.x + 1 < PLAY_WIDTH // CELL_SIZE else ('x', self.x) } self.trash_space_taken = { "plastic": 0, "glass": 0, "metal": 0 } self.trash_collected = 0 def move(self, direction, forbidden): (destination, value) = self.move_options[direction](forbidden) if(destination is 'x'): self.x = value elif(destination is 'y'): self.y = value self.update() def collect_trash(self, house): global GC_CAPACITY rubbish = house.get_rubbish_data() to_collect = [0,0,0] to_collect = rubbish dic = { 0: "plastic", 1: "glass", 2: "metal" } for i in range(0,3): if(rubbish[i] > GC_CAPACITY - self.trash_space_taken.get(dic[i])): to_collect[i] = GC_CAPACITY - self.trash_space_taken.get(dic[i]) self.trash_space_taken[dic[i]] += to_collect[i] self.trash_collected += to_collect[i] print("GARBAGE COLLECTOR>> Took "+str(to_collect[i])+" "+dic[i]) house.give_away_rubbish(to_collect[0], to_collect[1], to_collect[2]) def throw_trash(self, landfill): landfill_type = landfill.get_type() print("GARBAGE COLLECTOR>> REMOVED "+landfill_type) self.trash_space_taken[landfill_type] = 0 def select_object(self, interactables): print("### INTERACTION ###") for item in interactables: if(type(item)==House): item_x, item_y = item.get_coordinates() if((abs(self.x - item_x)==1 and abs(self.y - item_y)==0) or (abs(self.x - item_x)==0 and abs(self.y - item_y)==1)): self.collect_trash(item) elif(type(item)==Landfill): item_x, item_y = item.get_coordinates() if((abs(self.x - item_x)==1 and abs(self.y - item_y)==0) or (abs(self.x - item_x)==0 and abs(self.y - item_y)==1)): self.throw_trash(item) def get_collect_data(self): return self.trash_collected def get_space_data(self): return self.trash_space_taken