def visibility_group_function():
"""
Function built for extracting taf._weather_groups[X]["visibility"]
Attribute "winds" has 2 outputs
'visibility': None
or
'visibility':{'more': P, 'range': '3', 'unit': 'SM'}
'visibility':{'range': '10 000', 'more': True, 'unit': 'M'}
"""
visibility_array = []
for values in content01:
taf = pytaf.TAF(values)
weather_groups = taf._weather_groups
visibilitytf = weather_groups[0]["visibility"]
if not visibilitytf:
res2 = 10
visibility_array.append(res2)
else:
if weather_groups[0]["visibility"]["unit"] == 'M':
if weather_groups[0]["visibility"]["range"] == '10 000':
res2 = 10
visibility_array.append(res2)
else:
if int(weather_groups[0]["visibility"]["range"])<900:
res2 = 0.125
elif 900<=int(weather_groups[0]["visibility"]["range"])<1200:
res2 = 0.5
elif 1200<=int(weather_groups[0]["visibility"]["range"])<1600:
res2 = 0.75
elif 1600<=int(weather_groups[0]["visibility"]["range"])<3200:
res2 = 1
elif 3200<=int(weather_groups[0]["visibility"]["range"])<4800:
res2 = 2
elif 4800<=int(weather_groups[0]["visibility"]["range"])<6000:
res2 = 3
elif 6000<=int(weather_groups[0]["visibility"]["range"])<8000:
res2 = 4
elif 8000<=int(weather_groups[0]["visibility"]["range"])<9000:
res2 = 5
elif 9000>=int(weather_groups[0]["visibility"]["range"]):
res2 = 10
visibility_array.append(res2)
else:
res2 = weather_groups[0]["visibility"]["range"]
if (' ' in res2) == True:
res2=res2.split()
res3=Fraction(res2[1])
res2=int(res2[0])+float(res3)
else:
if ('/' in res2) == True:
res2=Fraction(res2)
res2=float(res2)
else:
res2=float(res2)
visibility_array.append(res2)
visibilitytf = []
return(visibility_array)
def parse_taf(taf):
try:
msg = pytaf.TAF(taf)
decoder = pytaf.Decoder(msg)
return decoder.decode_taf()
except:
pass
return None
def wind_group_function():
"""
Function built for extracting taf._weather_groups[X]["winds"]
Attribute "Clouds" has 2 outputs
'wind': None
or
wind': {'direction': '210', 'speed': '06', 'gust': None, 'unit': 'KT'}
"""
direction_val =[]
speed_val =[]
gust_val =[]
unit_val = []
wind_array = [direction_val,speed_val,gust_val,unit_val]
for values in content01:
#print(values)
taf = pytaf.TAF(values)
weather_groups = taf._weather_groups
windtf = weather_groups[0]["wind"]
#print(windtf)
if not windtf:
res1 = -9999
res2 = -9999
res3 = -9999
res4 = -9999
direction_val.append(res1)
speed_val.append(res2)
gust_val.append(res3)
unit_val.append(res4)
else:
if weather_groups[0]["wind"]["direction"] == 'VRB':
res1 = 777
res2 = int(weather_groups[0]["wind"]["speed"])
res4 = weather_groups[0]["wind"]["unit"]
direction_val.append(res1)
speed_val.append(res2)
unit_val.append(res4)
else:
res1 = int(weather_groups[0]["wind"]["direction"])
res2 = int(weather_groups[0]["wind"]["speed"])
res4 = weather_groups[0]["wind"]["unit"]
direction_val.append(res1)
speed_val.append(res2)
unit_val.append(res4)
if not weather_groups[0]["wind"]["gust"]:
res3 = -9999
gust_val.append(res3)
else:
res3 = weather_groups[0]["wind"]["gust"]
gust_val.append(res3)
windtf = []
return(wind_array)
def present_wx_group_function():
"""
Function built for extracting taf._weather_groups[X]["weather"]
Attribute "Weather" has 3 outputs
'weather': None
or
'weather': [{'intensity': XXX, 'modifier': XXX, 'phenomenon': XXX}]
"""
present_wx=[]
for values in content01:
res1 = []
res2 = []
#print(values)
taf = pytaf.TAF(values)
weather_groups = taf._weather_groups
weathertf = weather_groups[0]["weather"]
res1 = []
res2 = []
res3 = []
res4 = []
results1=[]
if not weathertf:
res1 = "None"
present_wx.append(res1)
elif weathertf:
if len(weather_groups[0]["weather"]) == 1:
res1 = weather_groups[0]["weather"][0]["intensity"]
res2 = weather_groups[0]["weather"][0]["modifier"]
res3 = weather_groups[0]["weather"][0]["phenomenon"]
res4=res1+res2+res3
res4="".join(res4)
res4 = "".join(OrderedDict.fromkeys(res4))
present_wx.append(res4)
else:
for k in range(0,len(weather_groups[0]["weather"])):
res1 = weather_groups[0]["weather"][k]["intensity"]
res2 = weather_groups[0]["weather"][k]["modifier"]
res3 = weather_groups[0]["weather"][k]["phenomenon"]
res4=res1+res2+res3
res4="".join(res4)
results1.append(res4)
results1=" ".join(results1)
print(results1)
results1 = "".join(OrderedDict.fromkeys(results1))
present_wx.append(results1)
weathertf = []
return(present_wx)
def clouds_group_function():
"""
Function built for extracting taf._weather_groups[X]["clouds"]
Attribute "Clouds" has 2 outputs
'clouds': None
or
'clouds': [{'layer': 'XXX', 'ceiling': 'XXX', 'type': XXX}]
"""
layer_val = []
ceiling_val =[]
clouds_array = [layer_val, ceiling_val]
for values in content01:
#print(values)
res1 = []
res2 = []
taf = pytaf.TAF(values)
weather_groups = taf._weather_groups
cloudstf = weather_groups[0]["clouds"]
vvtf = weather_groups[0]["vertical_visibility"]
results3 =[]
results4 =[]
if not cloudstf and not vvtf:
res1 = ["-9999"]
res2 = ["-9999"]
layer_val.append(res1)
ceiling_val.append(res2)
elif vvtf:
res1 = ["VV"]
res2 = [weather_groups[0]["vertical_visibility"]]
layer_val.append(res1)
ceiling_val.append(res2)
elif cloudstf and not vvtf:
if weather_groups[0]["clouds"][0]["layer"] == 'CLR' or weather_groups[0]["clouds"][0]["layer"] == 'CAVOK' or weather_groups[0]["clouds"][0]["layer"] == 'NSC' or weather_groups[0]["clouds"][0]["layer"] == 'SKC'or weather_groups[0]["clouds"][0]["layer"] == 'NCD':
res1 = ["CLR"]
res2 = ["9999"]
layer_val.append(res1)
ceiling_val.append(res2)
else:
for k in range(0,len(weather_groups[0]["clouds"])):
#print(weather_groups[0]["clouds"])
res1 = weather_groups[0]["clouds"][k]["layer"]
res2 = weather_groups[0]["clouds"][k]["ceiling"]
results3.append(res1)
results4.append(res2)
layer_val.append(results3)
ceiling_val.append(results4)
cloudstf = []
return(clouds_array)
#!/usr/bin/env python
import pytaf
taf_str = """
TAF AMD KDEN 291134Z 2912/3018 32006KT 1/4SM FG OVC001
TEMPO 2914/2915 1SM -BR CLR
FM291500 04006KT P6SM SKC
TEMPO 2915/2917 2SM BR OVC008
FM291900 05007KT P6SM SCT050 BKN090 WS010/13040KT
PROB30 2921/3001 VRB20G30KT -TSRA BKN050CB
FM300100 31007KT P6SM SCT070 BKN120 +FC
FM300500 23006KT P6SM SCT120 $
"""
t = pytaf.TAF(taf_str)
d = pytaf.Decoder(t)
print(taf_str)
dec = d.decode_taf()
print(dec)
def read_taf_function(values):
taf = pytaf.TAF(values)
return (taf)
def parse_data(code):
code = code.split('\n')[1]
return pytaf.Decoder(pytaf.TAF(code)).decode_taf()
def parse_taf(self):
t = pytaf.TAF(self.raw_taf)
self.taf = pytaf.Decoder(t, self.timestamp)
def icao_get_function():
icao = []
for values in content01:
taf = pytaf.TAF(values)
icao.append(taf._taf_header["icao_code"])
return(icao)
def decode_taf(self, s):
taf = pytaf.TAF(s)
decoder = pytaf.Decoder(taf)
return decoder
'KIAH', 'KDEN', 'KMBS', 'KRST', 'KJAX', 'KPBI', 'KSNA', 'KFAR', 'KELP', 'KCHS', 'KCWA',
'KFWA', 'KSBN', 'KSAT', 'KCMH', 'KIND', 'KCID', 'KBMI', 'KMIA', 'KBWI', 'KPIT', 'KCMX',
'KLAN', 'KGSP', 'KLSE', 'KSGF', 'KTOL', 'KOMA', 'KTPA', 'KPWM', 'KTVC', 'KHPN', 'KDLH',
'KSAN', 'KSRQ', 'KEWR', 'KROC', 'KPDX', 'KORF', 'KMKG', 'KSPI', 'KMSN', 'KATL', 'KCOU',
'KDSM', 'KILM', 'KROA', 'KMEM', 'KHSV', 'KSLC', 'KLEX', 'KSDF', 'KEVV', 'KFSD', 'KDTW',
'KBOS', 'KSYR', 'KASE', 'KPHX', 'KMCI', 'KLIT'
]
for airport in airports:
try:
cxn = mysql.connector.connect(host='146.148.73.209', user='******', db='TAF')
raw_taf = fetch(airport)
parsed_taf = pytaf.TAF(raw_taf)
taf = {
'type': parsed_taf._taf_header.get('type'),
'icao_code': parsed_taf._taf_header.get('icao_code'),
'origin_date_time': construct_date_time(parsed_taf._taf_header.get('origin_date'), parsed_taf._taf_header.get('origin_hours'), parsed_taf._taf_header.get('origin_minutes')),
'valid_from_date_time': construct_date_time(parsed_taf._taf_header.get('valid_from_date'), parsed_taf._taf_header.get('valid_from_hours')),
'valid_till_date_time': construct_date_time(parsed_taf._taf_header.get('valid_till_date'), parsed_taf._taf_header.get('valid_till_hours')),
'form': parsed_taf._taf_header.get('form'),
'code': parsed_taf._raw_taf
}
taf_id = insert_taf(cxn, taf)
for (parsed_group, raw_group) in zip(parsed_taf._weather_groups, parsed_taf._raw_weather_groups):