def ride(soName="bird1", t=60.0):
#recuperer tous les joueurs
playerList = PtGetPlayerList()
playerList.append(PtGetLocalPlayer())
for player in playerList:
playerName = player.getPlayerName()
Ride.Suivre(objet=soName, Avatar=playerName, duree=t)
CercleV(coef=2.0, avCentre=None)
def ride(soName="sandscrit", t=30.0, c=None):
#recuperer tous les joueurs
playerList = PtGetPlayerList()
playerList.append(PtGetLocalPlayer())
for player in playerList:
playerName = player.getPlayerName()
Ride.Suivre(objet=soName, Avatar=playerName, duree=t)
if c is not None:
PtSetAlarm(2, CircleAlarm(), c)
def readfile(self):
with open(self.file, 'r') as file:
line1 = file.readline()
line1Vec = line1.strip().split()
ridesList = []
n = 0
for txt in file:
ls = txt.strip().split()
ride = Ride.Ride(n, [int(ls[0]),int(ls[1])], [int(ls[2]), int(ls[3])], int(ls[4]), int(ls[5]))
ridesList = ridesList + [ride]
n = n + 1
return ridesList, int(line1Vec[0]), int(line1Vec[1]), int(line1Vec[2]),int(line1Vec[3]), int(line1Vec[4]), int(line1Vec[5])
def inputFileToProblem(pb: Problem) -> None:
with open(file) as f:
nbRows, nbCols, nbVehicules, nbRides, bonus, maximumTime = f.readline(
).split()
rides = []
for line in f:
print(line)
a, b, x, y, s, fin = line.split()
startPoint = Point.Point(a, b)
finishPoint = Point.Point(x, y)
rides.append(Ride(startPoint, finishPoint, s, fin))
map = Map(nbRows, nbCols)
return Problem(map, nbVehicules, rides, maximumTime)
def __init__(self, path):
self.nb_cars = 0
self.nb_steps = 0
self.cars = []
self.rides = []
file = open(path)
lines = file.readlines()
first_line = lines[0].split()
self.nb_cars = int(first_line[2])
self.nb_steps = int(first_line[5])
for i in range(0, self.nb_cars):
self.cars.append(Car())
for line in range(1, len(lines)):
self.rides.append(Ride(lines[line], line - 1))
def ride(soName="oiseaut1", t=60.0):
#recuperer tous les joueurs
playerList = PtGetPlayerList()
playerList.append(PtGetLocalPlayer())
for player in playerList:
"""
objKey = PtGetAvatarKeyFromClientID(player.getPlayerID())
soavatar = objKey.getSceneObject()
#faire flotter tout le monde
soavatar.physics.enable(0)
soavatar.netForce(1)
"""
#
playerName = player.getPlayerName()
Ride.Suivre(objet=soName, Avatar=playerName, duree=t)
def createRides(self, listOfString):
rideList = []
for i in range(len(listOfString)):
ride = Ride(listOfString[i], i)
rideList.append(ride)
return rideList
def shroomie(act="sur moi"):
Ride.Action(animal="shroomie", action=act)
def sandscrit(what='sur moi'):
Ride.Action(animal='sandscrit', action=what)
def urwin(what='sur moi'):
Ride.Action(animal='urwin', action=what)
def monkey(what='sur moi'):
Ride.Action(animal='singe', action=what)
fichier = open(filename + ".in", "r")
constants = fichier.readline().rstrip().split(' ')
rows = int(constants[0])
columns = int(constants[1])
nbVehic = int(constants[2])
nbRides = int(constants[3])
bonus = int(constants[4])
timeMax = int(constants[5])
listRides = []
ridesToDo = []
for k in range(0, nbRides):
listRides.append(
Ride(
list(
map(lambda x: int(x),
fichier.readline().rstrip().split(' '))), k))
fichier.close()
vehicules = []
for k in range(0, nbVehic):
vehicules.append(Vehicule())
"""
Ici le coeur de l'algo
"""
# Sorting the list of rides to do by starting time
ridesToDo = [ride for ride in listRides]
ridesToDo.sort(key=lambda x: x.earlyStart)
T = list(range(0, timeMax))
algo(ridesToDo, vehicules, T)