def step(screen_size,
color_of_tile,
flooded_list,
color,
show_graphics=False,
gen_tests=False,
times=[]):
global tests
global test
global board_size
global max_moves
global screen
if color != None and step.movecount < max_moves:
step.movecount += 1
if show_graphics:
tile = pygame.Surface(TILE_SIZE)
tile.fill(rgb[color])
if gen_tests:
test.append(copy.deepcopy(color_of_tile))
test.append(color)
for coord in flooded_list:
color_of_tile[coord] = color
# This is the function the students will write. -Jeremy
t1 = time.time()
flood(color_of_tile, flooded_list, screen_size)
t2 = time.time()
times.append(t2 - t1)
if show_graphics:
for i in range(len(flooded_list)):
screen.blit(tile, flooded_list[i])
# drought every seven years
if drought_enabled and len(
flooded_list) > 0 and step.movecount % 7 == 0:
td1 = time.time()
drought_tiles = create_drought(flooded_list, color_of_tile)
# td2 = time.clock()
diff = time.time() - td1
print "%0.8lf" % diff
# times.append(diff)
if show_graphics:
display.set_caption('Flood-it! Drought in progress!')
for coord in drought_tiles:
tile.fill(rgb[color_of_tile[coord]])
screen.blit(tile, coord)
else:
if show_graphics:
display.set_caption('Flood-it! ' + str(step.movecount) + '/' +
str(max_moves))
if show_graphics:
pygame.display.update()
if len(flooded_list) == (board_size * board_size):
if show_graphics:
game_over('win.png', screen_size)
display.set_caption('Flood-it! Congratulations. You won!')
if gen_tests:
test.append(copy.deepcopy(color_of_tile))
tests.append(test)
test = []
step.movecount = 0
return True
if step.movecount == max_moves and len(flooded_list) != (board_size *
board_size):
if show_graphics:
game_over('gameover.png', screen_size)
display.set_caption('Flood-it! GAME OVER!')
if gen_tests:
test.append(copy.deepcopy(color_of_tile))
tests.append(test)
test = []
step.movecount = 0
return True
return False
for coord in flooded_list:
color_of_tile[coord] = color
# This is the function the students will write. -Jeremy
flood(color_of_tile, flooded_list)
for i in range(len(flooded_list)):
screen.blit(tile, flooded_list[i])
# drought (new feature, disabled for now) -Jeremy
if False and len(flooded_list) > 1 and random.randint(1,
5) == 1:
display.set_caption('Flood-it! Drought in progress!')
movecount -= 1
num_remove = len(flooded_list) / 10
drought_tiles = create_drought(flooded_list, color_of_tile)
for coord in drought_tiles:
tile.fill(rgb[color_of_tile[coord]])
screen.blit(tile, coord)
else:
display.set_caption('Flood-it! ' + str(movecount) + '/25')
pygame.display.update()
if len(flooded_list) == 196:
if not for_restart:
game_over('win.png')
for_restart = True
display.set_caption('Flood-it! Congratulations. You won!')
if movecount == 25 and len(flooded_list) != 196: