def update():
"""
Met à jour toutes les animations.
"""
if enabled:
global animations
toDelete = set()
for anim in animations.keys():
if animations[anim]["status"] == 1:
if timer.exists(anim + "timer"):
percentage = timer.getTimer(anim + "timer") / timer.timers[
anim + "timer"]["size"]
ui.setObject(
anim, {
a[0]: a[1][0] + ((a[1][1] * percentage) *
(1 if a[1][2] else -1))
for a in animations[anim]["parameters"][
animations[anim]["step"]].items()
})
elif animations[anim]["step"] < len(
animations[anim]["time"]) - 1:
ui.setObject(
anim, {
a[0]: a[1][0] + ((a[1][1]) *
(1 if a[1][2] else -1))
for a in animations[anim]["parameters"][
animations[anim]["step"]].items()
})
animations[anim]["step"] += 1
timer.new(
animations[anim]["time"][animations[anim]["step"]],
anim + "timer")
elif not animations[anim]["permanent"]:
toDelete.add(anim)
else:
ui.setObject(
anim, {
a[0]: a[1][0] + ((a[1][1]) *
(1 if a[1][2] else -1))
for a in animations[anim]["parameters"][
animations[anim]["step"]].items()
})
animations[anim]["status"] = 0
animations[anim]["step"] = 0
for e in toDelete:
animations.pop(e)
def start(data, keepScore=False):
"""
Initialise une partie.
:param list curMap: map actuelle sous forme de liste
>>> start([['150s', '1d'],['B', 'R', 'G'], ['.', 'E', 'D'], ['W', 'W', 'W']])
([(1, 1), 0], [(0, 1), (2, 2)], True)
"""
logic.findRockford(data) # refactoring
logic.findFallable(data)
logic.findEnd(data)
timer.new(data["map"][0][0], "game")
if not keepScore:
data["score"] = 0
data["time"]["remain"] = timer.getTimer("game", int, remain=True)
data["debug"] = False
data["origin"] = data["map"][:]
import logging
import telebot
import timer
import bot
import os
logging.basicConfig(
level=logging.INFO,
format='%(asctime)s - %(name)s - %(levelname)s - %(message)s')
logging.info("Begin start server.")
tgBot = telebot.TeleBot(os.getenv("BOT_ID", ""))
bot.getTracker(tgBot, logging)()
timer.getTimer(tgBot, logging)("Timer").start()
logging.info("Start polling")
def _pull():
try:
tgBot.polling(none_stop=True, interval=1)
except Exception as e:
_pull()
_pull()
def updatePhysic(data): # Retirer rockford
"""
met a jour la physique et return vrai
si les fallables peuvent encore tomber
:param list fallables: liste de couple de fallable (abscisse, ordonnee)
:param bool fall: fallable tombe encore
:param list rockford: rockford
:param list curMap: map actuel sous forme de liste
>>> updatePhysic([(0, 1), (2, 2)], False, \
[(1, 1), 0], [['150s', '1d'],['B', 'R', 'G'], ['.', 'E', 'D'], ['W', 'W', 'W']])
(True, [(1, 1), 0])
>>> updatePhysic([(0, 1), (2, 2), (1, 1)], True, \
[(1, 1), 0], [['150s', '1d'],['B', 'B', 'G'], ['.', 'R', 'D'], ['W', 'W', 'W']])
(True, 'lose')
"""
global GAME_STATUS
if data["fall"]["fallings"] and timer.isOver("fallings"):
nbFalling = 0
for i, fa in enumerate(data["fall"]["fallables"]):
faX = fa["pos"][0]
faY = fa["pos"][1]
if fa["falling"] and data["map"][faY + 1][faX] == "R":
setCell(data["map"], (faX, faY + 1), data["map"][faY][faX])
setCell(data["map"], (faX, faY), ".")
GAME_STATUS = False
if data["map"][faY + 1][faX] == ".":
setCell(data["map"], (faX, faY + 1), data["map"][faY][faX])
setCell(data["map"], (faX, faY), ".")
data["fall"]["fallables"][i] = {
"pos": (faX, faY + 1),
"falling": True
}
nbFalling += 1
elif (data["map"][faY][faX + 1] == "."
and data["map"][faY + 1][faX + 1]
== ".") and (data["map"][faY - 1][faX] != "D"
and data["map"][faY - 1][faX] != "B"):
setCell(data["map"], (faX + 1, faY), data["map"][faY][faX])
setCell(data["map"], (faX, faY), ".")
data["fall"]["fallables"][i] = {
"pos": (faX + 1, faY),
"falling": True
}
nbFalling += 1
elif (data["map"][faY][faX - 1] == "."
and data["map"][faY + 1][faX - 1]
== ".") and (data["map"][faY - 1][faX] != "D"
and data["map"][faY - 1][faX] != "B"):
setCell(data["map"], (faX - 1, faY), data["map"][faY][faX])
setCell(data["map"], (faX, faY), ".")
data["fall"]["fallables"][i] = {
"pos": (faX - 1, faY),
"falling": True
}
nbFalling += 1
else:
data["fall"]["fallables"][i]["falling"] = False
if nbFalling > 0:
print("before being restored",
timer.getTimer("fallings", remain=True),
timer.timers["fallings"]["progression"])
timer.restore("fallings")
print("after being restored",
timer.getTimer("fallings", remain=True),
timer.timers["fallings"]["progression"])
data["fall"]["fallings"] = True
else:
data["fall"]["fallings"] = False
def play(level=None, mode="r"):
"""
Lance une partie.
:param string level: Nom du niveau à charger
:param string mode: Type de partie à jouer ("r": random "s": save "l":level)
"""
global data
ui.reset()
ui.setBackground("black")
initGameUI()
initData()
data["level"] = level
data["mode"] = mode
# data["origin"] = data["map"][1::]
if level and mode=="s":
IO.loadLevel(data, level)
elif level and mode=="l":
IO.loadSave(level, data)
else:
IO.loadLevel(data)
start(data)
render.update(data["map"][1::], "gameCanvas")
while True:
evenement.compute(inGame=True)
ui.logic(evenement.event["tk"])
#direction = (0, 0)
if ui.focus is None:
timer.start("game")
gameEvenement=evenement.event["game"]
if handleEvenement(gameEvenement):
if gameEvenement=="return":
break
continue
# if evenement.event["game"] == "reset" or ui.evenement == "reset":
# continue
# elif evenement.event["game"] == "move":
# elif evenement.event["game"] == "save":
# #fileName = IO.save(data)
# continue
# elif evenement.event["game"] == "load":
# continue
# elif evenement.event["game"] == 'return':
# break
# if evenement.event["game"] == "debug" or ui.evenement == "debug":
# debug = (False if debug else True)
# print("DEBUG ACTIVATED" if debug else "DEBUG DEACTIVATED")
# ui.evenement = None
# continue
logic.updatePhysic(data)
if data["fall"]["fallings"]:
render.update(data["map"][1::], "gameCanvas")
updateStats(data["time"]["remain"], (data["diamonds"]["owned"], int(data["map"][0][1])), data["score"])
updateTime()
data["time"]["remain"] = timer.getTimer("game", int, remain=True)
#print(timer.timers["game"]["progression"])
win = logic.status(data)
logic.updateGameStatus()
if win and data["mode"] == "s":
break
elif win:
IO.loadLevel(data)
start(data, keepScore=True)
render.update(data["map"][1::], "gameCanvas")
elif win==False:
break
ui.render(getFps())
mise_a_jour()
ui.reset()
initMenuUI()
def checkData():
try:
f = open("config.txt", "r")
for x in f:
if x[0:3] == "APG":
xSplit = x.split(" ")
#global APG
APG = int(xSplit[1])
f.close()
except:
APG = 0
global glAPG
glAPG = APG
global drogueChute
drogueChute = False
while continueFM("FM106"):
try:
#if True:
#check for Apogee
if altitudeM > glAPG:
#new Apogee!
glAPG = int(round(altitudeM))
with open('config.txt', 'r') as file:
data = file.readlines()
for x in range(len(data)):
dataSplit = data[x].split(" ")
if dataSplit[0] == "APG":
data[x] = "APG " + str(glAPG) + " \n"
with open('config.txt', 'w') as file:
file.writelines(data)
break
Comm.fnc_CommTransmit("APG " + str(Apogee))
#print("Well")
#check if Apogee fits with timer
#print("trying")
import timer
if timer.getTimer() > 25:
#print("Timer exceeded 25!")
#check if Apogee is above 200 above GLA
#print(GLA)
if glAPG < (GLA + 250):
#print("Altimeter not working")
Comm.fnc_CommTransmit("MSG FM106_AltimeterIncorrect")
#switch to FM107
changeFM("FM107")
#Check for parachute opening
if -5 > vSpeed > -15:
print("Parachute is open")
Comm.fnc_CommTransmit("MSG FM106_DrogueOpen")
#Check for Main Chute Deployment Altitude
if (GLA + 100) > altitudeM:
print("Deploying Main Chute!!")
#switch to FM107
changeFM("FM107")
time.sleep(0.1)
except:
pass