def check_levels_full(self):
global screen
boundary_list, blocks = tuple(get_lists())
full_levels = []
full_levels.sort() #So that the lower levels are deleted first
for n in range(0,15):
if self.level_list[n] >= 10:
full_levels.append(n)
if not(full_levels):
return None
delete_level_animation(full_levels)
def move_levels(full_level_list):
level = full_level_list[0]
blokk_count = 0
while blokk_count < 10:
for blokk in blocks:
if int(blokk.midpoint[1]) == (29*15)-30*(level):#Use of algebra from the definition of level above
boundaries_found = 0
while boundaries_found <= 4: #For some reason the program manages to find 5 boundaries for each block, despite it having 4 sides
for boundary1 in blokk.boundaries:
if boundary1 in boundary_list:
del boundary_list[boundary_list.index(boundary1)]
boundaries_found += 1
break
del blocks[blocks.index(blokk)]
blokk_count += 1
print blokk_count
break
for blokk in blocks:
if int(blokk.midpoint[1]) < (29*15)-30*(level):
blokk.move((0,30))
for boundary in blokk.boundaries:
boundary.update((0,BLOCK_SIZE))
if len(full_level_list) > 1:
full_level_list = full_level_list[1:]
for lvl in enumerate(full_level_list):
full_level_list[lvl[0]] -= 1 #Since blocks are brought down a level
return move_levels(full_level_list)
move_levels(full_levels)
draw_screen(screen)
pygame.display.flip()
set_lists(boundary_list,blocks)
import pygame
import math
from utilities import Block, Boundary, Grid
from tetronimoes import *
import game_controls
from globals_and_constants import *
import random
floor = Boundary((EDGES,screen_size[1]-EDGES),(screen_size[0]-EDGES,screen_size[1]-EDGES)) #Note: unlike the others above, which are constants, this is a global variable
boundary_list.append(Boundary( (EDGES,screen_size[1]-EDGES),(EDGES,0) ))
boundary_list.append(Boundary((screen_size[0]-EDGES,screen_size[1]-EDGES),(screen_size[0]-EDGES,0)))
boundary_list.append(floor)
game_controls.draw_screen(screen)
pygame.display.flip()
#Setting main boundaries at the edge of the screen
startpos = [85,-5]
tetrominoes = ["O","I","J","L","T","S","Z"]
grid = Grid()
while True: #Randomly chooses a tetrominoe and then passes it to the main method of the game_controls
blocks = get_lists()[1]
index = random.randint(0,6)
letter = tetrominoes[index]
string = [letter,"(",str(startpos),")"]
string = ''.join(string)
argument = eval(string)
game_controls.main(argument) #Check that blocks and boundary_list are passed correctly around the program
max_level = grid.update()
grid.check_levels_full()
