def main(self):
self.clear_screen() #erase all objects from screen
self.ship.update()
for enemy in self.enemies: #for all the enemies on the screen
enemy.update()
finished = [] #list of shots to delete
for i, shot in enumerate(self.shots): #for all shots on screen
if not shot.update(): #if shot no longer on screen
finished.append(i) #add to list of shots to delete
shot.hit_any_enemy(
self.enemies
) #check if it has hit any of the remaining enemies
for i in reversed(finished): #for shots off screen
del self.shots[i] #delete shots
if not self.enemies and not self.scheduled_enemies: #if all enemies dead and no enemies planned to recreate
self.scheduled_enemies = True #planning to repopulate enemies
timer.set_timeout(self.populate_enemies,
2000) #repopulate enemies after 2 seconds
self.display_score()
if not self.game_over_marker: #if game is still going
timer.set_timeout(self.main, 30) #update game in 3/100 of a second
else:
self.display_game_over() #otherwise display game over message
def __timer__():
global CANVAS
global NOANSWER
_started = time.time() # Хоть как-то минимизируем дрифт... Плохо всё...
# print (CANVAS)
# print (NOANSWER)
for operator_id, canvas in CANVAS.items():
# calls = DOM.getElementById(operator_id).getElementsByClassName('call-brick')
if canvas.to_delete:
DOM.getElementById('content').removeChild(DOM.getElementById(operator_id))
del CANVAS[operator_id]
else:
canvas.__timer__()
for caller_id, canvas in NOANSWER.items():
# calls = DOM.getElementById(caller_id).getElementsByClassName('noanswered-brick')
if canvas.to_delete:
DOM.getElementById('noanswered_calls').removeChild(DOM.getElementById(caller_id))
del NOANSWER[caller_id]
else:
canvas.__timer__()
timer.set_timeout(__timer__, 1000-(time.time()-_started)*1000)
def create_token(token, *_):
"""
Called when a new token is created
:param token: Token-like dictionary
"""
real_token = window.canvas.tokens.get(token._id) # noqa
timer.set_timeout(paint_dmg_token, 2000, real_token)
def reset(clear_console=True):
return
try:
PynodeCoreGlobals.GLOBAL_USER_ID = 0
if clear_console: window.writeOutput("", False)
pynode_graphlib.graph._reset()
window.js_clear()
if PynodeCoreGlobals.event_timer is not None:
timer.clear_timeout(PynodeCoreGlobals.event_timer)
if PynodeCoreGlobals.update_timer is not None:
timer.clear_timeout(PynodeCoreGlobals.update_timer)
PynodeCoreGlobals.event_queue = [EventPause(100)]
PynodeCoreGlobals.fix_layout = True
PynodeCoreGlobals.did_fix_layout = False
PynodeCoreGlobals.did_update_layout = False
PynodeCoreGlobals.has_ended = False
PynodeCoreGlobals.delay_type = {}
PynodeCoreGlobals.positioning_counter = 0
PynodeCoreGlobals.error = ""
PynodeCoreGlobals.click_listener_func = {"f": None}
window.set_layout_type()
window.registerClickListener(node_click)
window.clickListenerFunc = None
except:
timer.set_timeout(reset, 20)
def update_account(accs):
_dict = {}
_dict['action'] = EVENT_CTPUPDATE
_dict['data'] = accs
_rs = json.dumps(_dict)
ws.send(_rs)
timer.set_timeout(reload,1000)
def update_account(accs):
_dict = {}
_dict['action'] = EVENT_CTPUPDATE
_dict['data'] = accs
_rs = json.dumps(_dict)
ws.send(_rs)
timer.set_timeout(reload,1000)
def displayLayout(self): '''Go through the cards on the board object and lay them out on the canvas. Translation of the Card object to its corresponding CardImg object is done through the given card2ImgDict dictionary. ''' # return the closure so it can be called with no parameters # from set_timeout() below. def displayCard(cardimg, x, y): def inner(): cardimg.drawOnCanvas(x, y) return inner delay_time = 100 for ridx in range(4): for cidx in range(13): card = self._board.getCardAt(ridx, cidx) if card is None: continue cardimg = self._card2ImgDict[id(card)] x = CARD_PADDING + cidx * CARD_AREA_WIDTH y = CARD_PADDING + ridx * CARD_AREA_HEIGHT timer.set_timeout(displayCard(cardimg, x, y), delay_time) delay_time += 20
def nextRound(self, ev):
'''Callback for when the user clicks the "Next Round" button.
Increment the round number counter;
Remove the cards from the board that are not in the correct place;
Add those cards, and the aces, back to the deck; shuffle it;
Update the display to show the good cards only, for 1 second;
Register nextRoundContined() to be called.
'''
self.disableNewGameButton()
# No cards placed yet in this round
self._cardsPlacedPerRound.append(0)
self._roundNum += 1
self.updateRoundNum()
discarded = self._board.removeIncorrectCards()
self._deck.addCards(discarded)
# Add the aces back to the deck.
for card in self._removedAces:
self._deck.addCard(card)
self._deck.shuffle()
# display the board with only "good cards" for 1 second.
for card in discarded:
cardimg = self._card2ImgDict[id(card)]
cardimg.erase()
self.updateScore()
self.setStatus("Cards placed this round: " +
str(self._cardsPlacedPerRound[self._roundNum - 1]))
timer.set_timeout(self.nextRoundContinued, 1000)
def draw_chunks(data, date_jul, marker_opts, marker_layer, mkl, marker_dated):
todo = data.copy()
chunksize = 200
chunkdelay = 100
mkl = leaflet.LayerGroup.new()
def dotask():
items = todo[0:chunksize]
for spot in items:
m = draw_one_marker(spot)
m.addTo(mkl)
del todo[0:chunksize]
if len(todo) > 0:
timer.set_timeout(dotask, chunkdelay)
load_percent = 1 - (len(todo) / len(data))
load_str = "{:.1%}".format(load_percent)
#document['progress-bar-v'].style.width = load_str
document['hotspot-info'].text = load_str
else:
enable_input(True)
document['hotspot-info'].text = ''
timer.set_timeout(dotask, chunkdelay)
mkl.addTo(marker_layer)
marker_layer.addTo(lmap)
def hide_modal(event=None):
document['modal-mask'].style.opacity = 0.0
document['modal'].style.opacity = 0.0
def _hide():
document['modal-mask'].style.display = 'none'
document['modal'].style.display = 'none'
timer.set_timeout(_hide, 500)
def change(event):
global canMouse
canMouse = False
global zz,qq,boxList,generator,doubles
zz=kl.KillerSudoku(boardSize)
try:
for (n,idList) in boxList:
print ( "(",n,",",list(map(id2tuple,idList)),"),")
zz.load([ (n,list(map(id2tuple,idList))) for (n,idList) in boxList])
generator=kl.doit(zz)
except Exception as e:
myAlert(" ".join(map(str,e.args)) )
canMouse=True
return
document["progress"].text=""
for s in gridDict.keys():
b=gridDict[s]
itm=document[b.id]
itm.text=""
document["button1"].textContent = "thinking"
timer.set_timeout(ongoing,0)
def turno(self):
carta_corrente = self.baralho.descarta()
if (not carta_corrente) or (carta_corrente in self.salas):
carta_corrente.entra(self.labirinto)
timer.clear_interval(self.interval)
if self.rodada_corrente < 5:
timer.set_timeout(self.rodada, 2000)
return False
jogadores_saindo = []
self.apresenta(carta_corrente)
ativos = len(self.jogadores_ativos)
for jogador in self.jogadores_ativos:
for carta in self.salas:
carta.premia(jogador, ativos)
self.atualiza()
for jogador in self.jogadores_ativos:
if jogador.decide() == DESISTE:
self.jogadores_ativos.remove(jogador)
jogadores_saindo.append(jogador)
carta_corrente.atualiza_saldo(ativos)
carta_corrente.divide(jogadores_saindo, self.salas)
if not self.jogadores_ativos:
timer.clear_interval(self.interval)
if self.rodada_corrente < 5:
timer.set_timeout(self.rodada, 2000)
def victory():
t = Text('Victory')
timer.set_timeout(timeout=3)
for i in buttons:
i.color = color.dark_gray
i.text = ''
t.text = ''
def show(self, frame):
""""""
self.stimuli = False
if frame == 'primary':
a1, a2 = 'expand', 'contract'
w1, w2 = '85%', '15%'
for item in self.secondary_area.select(f'.secondary'):
item.style = {'opacity': 0.2}
for item in self.primary_area.select(f'.primary'):
item.style = {'opacity': 1}
elif frame == 'secondary':
a2, a1 = 'expand', 'contract'
w2, w1 = '85%', '15%'
for item in self.secondary_area.select(f'.secondary'):
item.style = {'opacity': 1}
for item in self.primary_area.select(f'.primary'):
item.style = {'opacity': 0.2}
self.frame = frame
self.primary_area.class_name = f'area primary-area {a1}'
self.secondary_area.class_name = f'area secondary-area {a2}'
self.primary_area.style = {'width': w1}
self.secondary_area.style = {'width': w2}
timer.set_timeout(lambda: setattr(self, 'stimuli', True), 2000)
def main(self):
self.clear_screen()
self.ship.update()
for enemy in self.enemies:
enemy.update()
finished = []
for i, shot in enumerate(self.shots):
if not shot.update():
finished.append(i)
shot.hit_any_enemy(self.enemies)
for i in reversed(finished):
del self.shots[i]
if not self.enemies and not self.scheduled_enemies:
self.scheduled_enemies = True
timer.set_timeout(self.populate_enemies, 2000)
self.display_score()
if not self.game_over_marker:
timer.set_timeout(self.main, 30)
else:
self.display_game_over()
def sai(*_):
cat.entra(cena)
cat.x = cart.x + 10
cat.y = cart.y + 20
cat.elt.style.transition = "all 1s"
cat.vai = lambda *_: None
timer.set_timeout(saiu, 1)
def toast(event):
new = DIV(event.path[2].id + " / " + event.path[1].id, Class='toast')
document['desenv'] <= new
def hidden():
new.style.display = 'none'
timer.set_timeout(hidden, 3000)
def step_two():
add_log("确认帐户信息")
document["marketdata"].clear()
document["account"].clear()
document["position"].clear()
document["trade"].clear()
document["order"].clear()
timer.set_timeout(step_three, 1000)
def shuffle_face(self, *_):
faces = self.perf
shuffle(faces)
self.per.img.src = ACTIVE + faces[0] + POS
if self.per_time < 500:
self.per_time *= 1.2
timer.set_timeout(self.shuffle_face, self.per_time)
else:
self.per_time = 10
def shuffle_place(self, *_):
places = self.lugf
shuffle(places)
self.lug.img.src = ACTIVE + places[0] + POS
if self.lug_time < 500:
self.lug_time *= 1.2
timer.set_timeout(self.shuffle_place, self.lug_time)
else:
self.lug_time = 10
def on_log_out(request):
json_response = json.loads(request.text)
if not json_response['success']:
show_toast(json_response['message'], 'log out', 'server')
else:
show_toast(json_response['message'], 'log out', 'success')
timer.set_timeout(go_to_splash, 1000)
def step_one():
if "ctp_account" in storage:
_acc = json.loads(storage["ctp_account"])
if _acc:
ws.send("ws_ctpaccount=" + storage["ctp_account"])
timer.set_timeout(step_two, 1000)
else:
add_log(html.A("请先设置ctp信息", href="settings.html"))
else:
add_log(html.A("请先设置ctp信息", href="settings.html"))
def startVideo():
global vids, endTime
if not vids:
window.player.stopVideo()
return
vidId, start, endTime = vids.pop(0)
window.player.loadVideoById(vidId, start)
window.player.setPlaybackQuality("hd720")
window.player.playVideo()
timer.set_timeout(finishedYet, 1000)
def wait():
global _queue
pygame.locals.IDLE = True
if _queue:
pygame.locals.IDLE = False
wait.event = poll()
else:
timer.set_timeout(wait, 100)
def onmessage(e):
#alert("Message received from executor:" + str(e.data));
if e.data[0].lower() == "reveal":
# successful
graphics_main.commands = e.data[1]
graphics_main.execute_commands()
# now wait 1 frame before continuing the code execution in the worker thread
timer.set_timeout(graphics_main.next_frame, 16)
async def test_async_future_exc():
"""Future is raising exception from set_exception"""
fut = aio.Future()
timer.set_timeout(lambda: fut.set_exception(ValueError("EXPECTED_ERROR")),
10)
try:
await fut
except ValueError as e:
assert str(e) == "EXPECTED_ERROR"
return
assert False, "Error has not been raised"
def start(self) -> None:
"""Start the run.
A run consist in a consecutive pipeline trials execution.
"""
if w.get_value('record'):
self.start_record()
self.build_trials()
timer.set_timeout(
lambda: self.run_pipeline(self.pipeline_trial, self.trials), 2000)
def sleepTime(time):
timeLock = False
def someFunction():
timeLock = True
timer.set_timeout(sleepTime, 3000)
while timeLock == False:
continue
print("Finished after 3 seconds")
def move(self):
forces = zip(*[
b.force(self.x, self.y, self) for b in Button.BUTTONS if b != self
])
dx, dy = [sum(force) for force in forces]
self.x += int(dx)
self.y += int(dy)
# Button.SHOW._code.text = f"{dx} {dy} {self.x} {self.y}"
self.elt.style.left, self.elt.style.top = self.x, self.y
if abs(dx) > 1 or abs(dy) > 1:
timer.set_timeout(self.move, 2)
def js_update(layout=True):
if PynodeCoreGlobals.do_update:
try:
if layout:
PynodeCoreGlobals.update_timer = timer.set_timeout(update_instant_layout, 50)
window.updateLayout()
else:
PynodeCoreGlobals.update_timer = timer.set_timeout(update_instant, 50)
window.greuler_instance.update({"skipLayout": True})
except:
pass
def _complete(request):
if request.status == 200:
self.timeline.extend(json.loads(request.responseText))
self.current_batch += 1
self._timer_id = timer.set_timeout(self._do_next, 0)
favorites.loading_text.style.display = 'none' # On first update we hide it.
elif request.status == 404:
self._timer_id = timer.set_timeout(self._do_next, self.delay)
pass
else:
raise NotImplementedError
def wait(ms):
global DELAYED
DELAYED = True
def undelay():
global DELAYED
DELAYED = False
timer.set_timeout(undelay, ms)
def shoot():
canvas.save()
canvas.strokeStyle = "#FFFF00"
canvas.beginPath()
canvas.moveTo(190 + xOff, 140 + yOff)
canvas.lineTo(250 + xOff, 200 + yOff)
canvas.closePath()
canvas.stroke()
canvas.restore()
timer.set_timeout(drawCanvas, 100)
def on_log_in(request):
log_in_progress.style.display = 'none'
json_response = json.loads(request.text)
if not json_response['success']:
show_toast(json_response['message'], "log in", "server")
else:
show_toast(json_response['message'], "log in", "success")
timer.set_timeout(go_to_home, 1000)
def shoot():
canvas.save()
canvas.strokeStyle = "#FFFF00"
canvas.beginPath()
canvas.moveTo(190+xOff, 140+yOff)
canvas.lineTo(250+xOff, 200+yOff)
canvas.closePath()
canvas.stroke()
canvas.restore()
timer.set_timeout(drawCanvas,100)
def ambientAudioTrigger2(evt): def stopPlaying(): ambientDiv.fill = "url(#ambientAudio)" stopAmbientAudio() if(ambientDiv.fill == "url(#ambientAudioPlaying)"): stopPlaying() else: hold = 10 timer.set_timeout(stopPlaying,hold*1000) ambientDiv.fill = "url(#ambientAudioPlaying)" show_loading() playAmbientAudio(room.aAudio,hold,hide_loading)
def set_timeout(self, seconds, func):
def callback():
self.xmlhttp.abort()
timer.clear_timeout(self.timer)
self.timer = None
func()
self.timer = timer.set_timeout(callback, seconds*1000)
def resume(self):
if not self._finished and not self._timeout:
tm = time.time()
if tm >= self._when:
delay = 0
else:
delay = (self._when-tm)*1000
self._timeout = timer.set_timeout(self._cb, delay)
def start_stop(ev):
global is_active, tick_delay
if is_active:
is_active = False
document["btn_start_stop"].text = "Start"
document["btn_start_stop"].disabled = ""
document["btn_tick"].disabled = ""
document["btn_clear"].disabled = ""
else:
tick_delay = int(document["edt_delay"].value)
is_active = True
document["btn_start_stop"].text = "Stop"
document["btn_start_stop"].disabled = ""
document["btn_tick"].disabled = "disabled"
document["btn_clear"].disabled = "disabled"
tick()
timer.set_timeout(tick, tick_delay)
def loop(self):
'''The game loop is the heart of the program'''
try:
self.display.clear_main()
for obj in self.objects:
obj.update()
self.handle_collisions()
if self.next_frame():
for obj in self.objects:
obj.draw()
self.show_fps()
self.frame_id = set_timeout(self.loop, self.time_between_frames)
except:
print_exc()
notify("blue")
def call_soon(self, callback, *args):
return BrythonEventLoop.Handle(timer.set_timeout(lambda: callback(*args), 1))
def tick(ev=None):
global in_tick, alive, dead, tick_count
if in_tick:
return
in_tick = True
alive = 0
dead = 0
#because slicing does not copy if a list is contained in a list !
old_grid = deepcopy(grid)
_sr, _br = rule.split('/')
_sr = [int(x) for x in _sr]
_br = [int(x) for x in _br]
for rw in range(rows):
for cl in range(cols):
n_alive = 0
for x in range(-1, 2):
nx = cl + x
if nx < 0:
nx = cols - 1
elif nx >= cols:
continue
for y in range(-1, 2):
ny = rw + y
if ny < 0:
ny = rows - 1
if (ny < rows) and ((x != 0) or (y != 0)):
if old_grid[ny][nx] == 1:
n_alive += 1
if grid[rw][cl] == 1:
#if cell is alive !
if not(n_alive in _sr):
grid[rw][cl] = 0
dead += 1
x1 = cl * size
y1 = rw * size
ctx.fillStyle = dead_cell_color
fillRect(x1, y1, size, size)
else:
if n_alive in _br:
grid[rw][cl] = 1
x1 = cl * size
y1 = rw * size
ctx.fillStyle = alive_cell_color
fillRect(x1, y1, size, size)
else:
dead += 1
alive = (rows * cols) - dead
in_tick = False
tick_count += 1
update_labels()
if is_active:
timer.set_timeout(tick, tick_delay)
def ws_disconnected():
add_log("服务器端断开连接,3秒后尝试重连")
idTimer = timer.set_timeout(reconnect, 3000)
def step_three():
add_log("启动循环消息")
timer.set_timeout(loop, 1000)
def ws_open():
add_log("连接服务器端")
timer.set_timeout(step_one, 1000)
def play(self, time, carta=None, casa=None):
self.carta = carta if carta else self.carta
self.casa = casa if casa else self.casa
timer.set_timeout(self._play, time)
def playSong(state):
global Pitches
puzzle = state["Music_Puzzles"][state["Selected_Music"]]
# Music Settings
tempo = 1.0
pitchChange = 0.0
notes = puzzle.notes
# Secondary list of notes for permutation based transformations.
notes2 = []
# Apply transformations
for transform in puzzle.transformList:
if(transform == "increasePitch"):
pitchChange = pitchChange + 10.0
if(transform == "decreasePitch"):
pitchChange = pitchChange - 10.0
if(transform == "increaseTempo"):
tempo = tempo - 0.5
if(transform == "decreaseTempo"):
tempo = tempo + 0.5
if(transform == "shuffleNotes"):
# Temp storage array
notes2 = []
# Group the notes into chords so shuffling doesn't break up chords
notes = groupIntoChords(notes)
n = len(notes)
# Shuffle chords/notes of notes2
# Pad to next odd number for invertibility
if(n%2==0):
notes.append([])
n = n + 1
for j in range(n):
notes2.append(notes[(2*j)%(n)])
# Read temp back into original notes array
notes = readChords(notes2)
if(transform == "reverseNotes"):
# Temp storage array
notes2 = []
notes = groupIntoChords(notes)
n = len(notes) - 1
for i in range(n,-1,-1):
notes2.append(notes[i])
# Read notes2 back into original notes
notes = readChords(notes2)
# Play transformed notes
wait = 0
timeLimit = 10
i = 0
length = len(notes)
while(i < length):
note = notes[i]
wait = note["wait"] * tempo + wait
pitch = Pitches[note["pitch"]] + pitchChange
hold = float(note["hold"])
piano.play({
'wait' : wait,
'pitch' : pitch,
'env' : {'hold' : hold},
filter : { 'q' : 15 }
})
i = i + 1
# Stops the song from playing overtime
if(wait > timeLimit):
piano.stop()
i = length
playButton = document.getElementById("playButton")
if(wait > timeLimit):
alert("Song cannot be more than " + str(timeLimit) + " seconds long.")
if(playButton is not None):
playButton.disabled = True
buttonDisabled = timer.set_timeout(allowPlay,(timeLimit) * 1000)
else:
if(playButton is not None):
playButton.disabled = True
buttonDisabled = timer.set_timeout(allowPlay, int(wait+1) * 1000)
def call_later(self, delay, callback, *args):
return BrythonEventLoop.Handle(timer.set_timeout(lambda: callback(*args), delay*1000))
def move(x):
changeKey(x,1)
timer.set_timeout(stop,50)
