def __init__(self):
super().__init__()
# Parameters of area
self.active = False
self.exp_area = ''
self.prevconfpairs = set()
self.ntotal_conf = 0
self.prevlospairs = set()
self.ntotal_los = 0
self.ntotal_ac = 0
self.log_prefix = ''
self.stable = True
self.flst_log = datalog.crelog('FLSTLOG', None, flst_header)
self.conf_log = datalog.crelog('CONFLOG', None, conf_header)
with self.settrafarrays():
self.inside_exp = np.array(
[], dtype=np.bool) # In experiment area or not.
self.distance2D = np.array([])
self.distance3D = np.array([])
self.dstart2D = np.array([])
self.dstart3D = np.array([])
self.workstart = np.array([])
self.entrytime = np.array([])
self.create_time = np.array([])
def __init__(self):
super(Area, self).__init__()
# Parameters of area
self.active = False
self.delarea = ''
self.exparea = ''
self.swtaxi = True # Default ON: Doesn't do anything. See comments of set_taxi function below.
self.swtaxialt = 1500.0 # Default alt for TAXI OFF
self.prevconfpairs = set()
self.confinside_all = 0
# The FLST logger
self.flst = datalog.crelog('FLSTLOG', None, flstheader)
self.conflog = datalog.crelog('CONFLOG', None, confheader)
with RegisterElementParameters(self):
self.insdel = np.array([],
dtype=np.bool) # In deletion area or not
self.insexp = np.array([],
dtype=np.bool) # In experiment area or not
self.oldalt = np.array([])
self.distance2D = np.array([])
self.distance3D = np.array([])
self.dstart2D = np.array([])
self.dstart3D = np.array([])
self.workstart = np.array([])
self.entrytime = np.array([])
self.create_time = np.array([])
def __init__(self):
super().__init__()
# Main logarea parameters
self.active = False
self.areaname = ''
self.interval = None
self.logging = False
# Logarea geovector parameters
self.previds = {}
self.breaches = {}
self.geovecs = {}
# Logarea conflict parameters
self.concount = int(0)
self.rescount = int(0)
self.loscount = int(0)
self.conpairs = [] #list to keep track of conflicts in logging area
self.respairs = [
] #list to keep track of resolution maneuvers in logging area
self.lospairs = [] #list to keep track of LoS in logging area
self.prevconpairs = set() #already existing conflict pairs
self.prevrespairs = set() #already existing resolution pairs
self.prevlospairs = set() #already existing LoS pairs
self.condict = {}
self.resdict = {}
self.losdict = {}
# Loggers
self.geolog = datalog.crelog('GEOLOG', None, geoheader)
self.fstlog = datalog.crelog('FSTLOG', None, fstheader)
self.conlog = datalog.crelog('CONLOG', None, conheader)
self.reclog = datalog.crelog('RECLOG', None, recheader)
# Traffic array data
with self.settrafarrays():
self.previnside = np.array(
[], dtype=np.bool) #bool array indicating previously inside
self.currinside = np.array(
[], dtype=np.bool) #bool array indicating currently inside
self.tla = np.zeros(traf.ntraf) #total time in log area
self.tcr = np.zeros(
traf.ntraf) #total time CR is active in logarea
self.tcrb = np.zeros(
traf.ntraf
) #total time CR is active in logarea while breaching a geovector limit
self.dist = np.zeros(traf.ntraf) #total distance flown (3D)
def init_plugin():
# Register a sector count logger
global logger
logger = datalog.crelog('OCCUPANCYLOG', None, 'Sector count log')
# Configuration parameters
config = {
'plugin_name': 'SECTORCOUNT',
'plugin_type': 'sim',
'update_interval': 3.0,
'update': update
}
stackfunctions = {
# The command name for your function
'SECTORCOUNT': [
# A short usage string. This will be printed if you type HELP <name> in the BlueSky console
'SECTORCOUNT LIST OR ADD sectorname or REMOVE sectorname',
# A list of the argument types your function accepts. For a description of this, see ...
'txt,[txt]',
# The name of your function in this plugin
sectorcount,
# a longer help text of your function.
'Add/remove/list sectors for occupancy count']
}
# init_plugin() should always return these two dicts.
return config, stackfunctions
def init_plugin():
# Register a sector count logger
global logger
logger = datalog.crelog('OCCUPANCYLOG', None, 'Sector count log')
# Configuration parameters
config = {
'plugin_name': 'SECTORCOUNT',
'plugin_type': 'sim',
'update_interval': 3.0,
'update': update
}
stackfunctions = {
# The command name for your function
'SECTORCOUNT': [
# A short usage string. This will be printed if you type HELP <name> in the BlueSky console
'SECTORCOUNT LIST OR ADD sectorname or REMOVE sectorname',
# A list of the argument types your function accepts. For a description of this, see ...
'txt,[txt]',
# The name of your function in this plugin
sectorcount,
# a longer help text of your function.
'Add/remove/list sectors for occupancy count'
]
}
# init_plugin() should always return these two dicts.
return config, stackfunctions
def __init__(self):
super(Area, self).__init__()
# Parameters of area
self.active = False
self.dt = 0.5 # [s] frequency of area check (simtime)
self.name = None
self.swtaxi = True # Default OFF: Doesn't do anything. See comments of set_taxi fucntion below.
self.swtaxialt = 1500. # Default OFF: Doesn't do anything. See comments of set_taxi fucntion below.
# The FLST logger
self.logger = datalog.crelog('FLSTLOG', None, header)
with RegisterElementParameters(self):
self.inside = np.array([],dtype = np.bool) # In test area or not
self.oldalt = np.array([])
self.distance2D = np.array([])
self.distance3D = np.array([])
self.work = np.array([])
self.create_time = np.array([])
def __init__(self):
super(Area, self).__init__()
# Parameters of area
self.active = False
self.dt = 0.5 # [s] frequency of area check (simtime)
self.name = None
self.swtaxi = True # Default OFF: Doesn't do anything. See comments of set_taxi fucntion below.
self.swtaxialt = 1500. # Default OFF: Doesn't do anything. See comments of set_taxi fucntion below.
# The FLST logger
self.logger = datalog.crelog('FLSTLOG', None, header)
with RegisterElementParameters(self):
self.inside = np.array([], dtype=np.bool) # In test area or not
self.oldalt = np.array([])
self.distance2D = np.array([])
self.distance3D = np.array([])
self.work = np.array([])
self.create_time = np.array([])