def __init__(self, idx, internal_id):
Station.__init__(self, idx)
self.number = internal_id
"""
Takes too long to instantiate all the stations, but the
smartbike API does not give any useful information for
starters.. :(
"""
self.update()
def __init__(self, idx, internal_id):
Station.__init__(self, idx)
self.number = internal_id
"""
Takes too long to instantiate all the stations, but the
smartbike API does not give any useful information for
starters.. :(
"""
self.update()
def __init__(self, station_id, x, y, network, p, pe, ge, scale):
Station.__init__(self, station_id, x, y, scale)
self.__bts_list = set()
self.bts = None
self.pref_network = network
self.p = p
self.pe = pe
self.ge = ge
self.dtx = random.choice((True, False))
self.__rxlev_dl = []
self.__rxlev_up = []
self.__rxqual_up = []
self.__rxqual_dl = []
self.__nb_means_rxlev_up = 0
self.__nb_means_rxlev_dl = 0
self.__nb_means_rxqual_up = 0
self.__nb_means_rxqual_dl = 0
self.__nb_means_distance = 0
self.__rxlev_up_mean = []
self.__rxlev_dl_mean = []
self.__rxqual_up_mean = []
self.__rxqual_dl_mean = []
self.__distanceMsBts_mean = {}
self.__rxlev_ncell_mean = {}
self.__nbsamples = -1
self.__nb_means = -1
self.__distanceMsBts = {}
self.__rxlev_ncell = {}
for aBts in self.__bts_list:
self.__distanceMsBts[aBts] = []
self.__rxlev_ncell[aBts] = []
self.__bts_candidate = None
self.__nb_request = 0
self.__bts_mutex = QtCore.QMutex()
self.__last_move = random.randint(0, 7)
self.__handover_timer = QtCore.QTimer()
self.__handover_timer.timeout.connect(self.measure)
self.set_speed(1)
self.__start_timer = QtCore.QTimer()
self.__start_timer.timeout.connect(self.__handover_timer.start)
self.__start_timer.setSingleShot(random.randint(0, 480))
self.__start_timer.start()
def __init__(self, station_id, x, y, network, ho_margin, ms_txpwr_max,
bts_txpwr_max, rxlev_min, max_ms_range, l_rxqual_h, l_rxlev_dl_h,
l_rxlev_up_h, pe, ge, f, scale):
Station.__init__(self, station_id, x, y, scale)
self.ms_list = set()
self.network = network
self.ho_margin = ho_margin
self.ms_txpwr_max = ms_txpwr_max
self.bts_txpwr_max = bts_txpwr_max
self.rxlev_min = rxlev_min
self.max_ms_range = max_ms_range
self.l_rxqual_h = l_rxqual_h
self.l_rxlev_dl_h = l_rxlev_dl_h
self.l_rxlev_up_h = l_rxlev_up_h
self.pe = pe
self.ge = ge
self.f = f
#log_range = (ge + pe)/20. + 6.628 - math.log10(f)
#self.nominal_range = pow(10, log_range) / scale
# TODO
log_range = (-32.44 - 20 * math.log10(f) + ge + 105 + pe)/20 / 3
self.nominal_range = pow(10, log_range) * 1000 / scale
def __init__(self, idx, pfx):
Station.__init__(self, idx)
self.prefix = clean_string(pfx)
def __init__(self):
Station.__init__(self,name='Earthside',location = 'Earthside')
for i in ['Food','Water','General Consumables','Parts','Nitrogen','Brine','Solid Waste','Liquid Waste']:
self.storage_avg_price[i] = 0
self.storage_tariff[i] = get_launch_cost()
def __init__(self, idx, prefix): Station.__init__(self,idx) self.prefix = prefix
def __init__(self, idx, prefix):
Station.__init__(self, idx)
self.prefix = prefix