def format_debug(self, data):
try:
d = ''.join(chr(x) for x in data['result'])
except TypeError as e:
return
o = serpent.decode_datalist(d)
words = map(lambda x: x-2**256 if x > 2**255 else x, o)
if words and words[0] == 0xdeba6:
if len(words) >= 4 + 4 * 16 + 1: # have at least 16 cells
words = words[1:]
#msg.data = [cols, rows, a_ai, b_ai] + [a_grid] + [b_grid] + [sorted_redistribution_grid]
ncells = words[0] * words[1]
# restore redist
redist = [0] * ncells
for i in range(ncells):
v = words[4 + ncells * 2 + i*2]
c = words[4 + ncells * 2 + i*2 + 1]
redist[c] = v
self.sim_steps += 1
zeros = [0] * ncells
# blink grid values
ui.draw(sim_steps=self.sim_steps, cols=words[0], rows=words[1], a_grid=zeros,
b_grid=zeros, redistribution_grid=redist)
time.sleep(.2)
ui.draw(sim_steps=self.sim_steps, cols=words[0], rows=words[1], a_grid=words[4:4+ncells],
b_grid=words[4+ncells:4+ncells*2], redistribution_grid=redist)
def draw(frame_time):
global button, button2
clear_canvas()
background.draw()
boy.draw()
#button.draw()
#button2.draw()
ui.draw()
update_canvas()
def draw():
clear_canvas()
game_world.draw()
ui.draw()
global player
life.draw(player.life)
global gameState, gameOverImage
if gameState == GAMESTETE_GAMEOVER:
gameOverImage.draw(get_canvas_width() / 2, get_canvas_height() / 2)
highscore.draw()
update_canvas()
def draw(self):
ui.draw()
self.coin.draw()
self.slot_imgs[self.slot[0]].draw(200, 500)
self.slot_imgs[self.slot[1]].draw(400, 500)
self.slot_imgs[self.slot[2]].draw(600, 500)
if self.slot[0] not in player_info['have']:
self.lock.draw(200, 500)
if self.slot[1] not in player_info['have']:
self.lock.draw(400, 500)
if self.slot[2] not in player_info['have']:
self.lock.draw(600, 500)
img = self.slot_imgs[self.slot[self.select]]
img.clip_draw(0, 0, img.w, img.h, 150, 300, 200, 200)
def draw():
clear_canvas()
game_world.draw()
ui.draw()
global brick
brick.draw()
global player
life.draw(player.life)
global wall
wall.drawRight()
# global gameState, gameOverImage
# if gameState == GAMESTETE_GAMEOVER:
# gameOverImage.draw(get_canvas_width() / 2, get_canvas_height() / 2)
# highscore.draw()
update_canvas()
def format_debug(self, data):
try:
d = ''.join(chr(x) for x in data['result'])
except TypeError as e:
return
o = serpent.decode_datalist(d)
words = map(lambda x: x - 2**256 if x > 2**255 else x, o)
if words and words[0] == 0xdeba6:
if len(words) >= 4 + 4 * 16 + 1: # have at least 16 cells
words = words[1:]
#msg.data = [cols, rows, a_ai, b_ai] + [a_grid] + [b_grid] + [sorted_redistribution_grid]
ncells = words[0] * words[1]
# restore redist
redist = [0] * ncells
for i in range(ncells):
v = words[4 + ncells * 2 + i * 2]
c = words[4 + ncells * 2 + i * 2 + 1]
redist[c] = v
self.sim_steps += 1
zeros = [0] * ncells
# blink grid values
ui.draw(sim_steps=self.sim_steps,
cols=words[0],
rows=words[1],
a_grid=zeros,
b_grid=zeros,
redistribution_grid=redist)
time.sleep(.2)
ui.draw(sim_steps=self.sim_steps,
cols=words[0],
rows=words[1],
a_grid=words[4:4 + ncells],
b_grid=words[4 + ncells:4 + ncells * 2],
redistribution_grid=redist)
def uiDraw():
global pan
pan.draw()
ui.draw()
pass
def draw(self):
self.image.draw(400, 300)
ui.draw()
def draw():
clear_canvas()
ui.draw()
update_canvas()
def draw(self):
ui.draw()
self.coin.draw()
def on_draw():
win.clear()
scene.draw()
ui.draw(win.width, win.height)
def draw(self):
ui.draw()