def getData():
wholedata = {}
alldis = {}
sd = wd.readTextFile('91701')
slon = float(sd[0]['location']['longitud'])
slat = float(sd[0]['location']['latitud'])
zipcodes = Collect.ZipcodeScraper.getZipCodes('91701', 10)
asd = 0;
for zipcode in zipcodes:
d = wd.readTextFile(zipcode)
data = {}
k = 0
for i in range (len(d)-1):
if '28 Feb 2014' in d[i+1]['condition']['dateUpdated']:
data[k] = d[i+1]['condition']['temp']
k = k+1
lon = float(d[0]['location']['longitud'])
lat = float(d[0]['location']['latitud'])
dis = getResultinMiles(distance_on_unit_sphere(slat, slon, lat, lon))
for j in range (len(data)):
data[j] = float(data[j])
wholedata[asd] = data
alldis[asd] = dis
asd = asd+1
return wholedata, alldis
def getwebdataavg():
web = []
zipcodes = Collect.zipcodeScraper.getZipCodes(91701, 50)
for zipcode in zipcodes:
try:
accuracy = 0.0;
tmpdata = []
totalnumber = 0
d = wdh.readTextFile(zipcode)
asd = 1
for j in range (len(d)-1):
if('09 Mar 2014' in d[asd]['condition']['dateUpdated']):
tmpdata.append(d[asd]['condition']['temp'])
asd += 1
for k in range (len(tmpdata)):
accuracy = accuracy + float(tmpdata[totalnumber])
totalnumber += 1
average = accuracy/totalnumber
# print average
web.append(average)
except:
print zipcode, " has some errors"
return web
def getwebdataavg(zipcode,radius,date):
web = []
distance = []
name = []
lat = []
lon = []
dic = {}
zipcodes = Collect.ZipcodeScraper.getZipCodes(zipcode, radius)
for zipcode in zipcodes:
try:
accuracy = 0.0
tmpdata = []
totalnumber = 0
d = wdh.readTextFile(zipcode)
asd = 1
if float(d[0]['location']['distancefromsource']) < 180:
distance.append(d[0]['location']['distancefromsource'])
else:
distance.append(0)
for j in range (len(d)-1):
if(date in d[asd]['condition']['dateUpdated']):
tmpdata.append(d[asd]['condition']['temp'])
asd += 1
name.append(d[0]['location']['city'])
lon.append(d[0]['location']['longitud'])
lat.append(d[0]['location']['latitud'])
for k in range (len(tmpdata)):
accuracy = accuracy + float(tmpdata[totalnumber])
totalnumber += 1
ddd = 0
for a in range (len(distance)):
distance[ddd] = float(distance[ddd])
ddd += 1
average = accuracy/totalnumber
# print average
web.append(average)
print zipcode, " read in"
except:
print zipcode, " didnt read in"
dic['name']=name
dic['lon']=lon
dic['lat']=lat
return web , distance , dic , zipcodes
def getDataForMap(zipcode,radius,date):
#zipcode:String radius:int day:String <25 Feb 2014>
#name lat long acc
wholedata = {}
alldis = {}
sd = wd.readTextFile('91701')
slon = float(sd[0]['location']['longitud'])
slat = float(sd[0]['location']['latitud'])
cname = sd[0]['location']['city']
zipcodes = Collect.ZipcodeScraper.getZipCodes(zipcode, radius)
asd = 0;
for zipcode in zipcodes:
d = wd.readTextFile(zipcode)
data = {}
k = 0
for i in range (len(d)-1):
#'28 Feb 2014'
if date in d[i+1]['condition']['dateUpdated']:
data[k] = d[i+1]['condition']['temp']
k = k+1
lon = float(d[0]['location']['longitud'])
lat = float(d[0]['location']['latitud'])
dis = df.getResultinMiles(df.distance_on_unit_sphere(slat, slon, lat, lon))
for j in range (len(data)):
data[j] = float(data[j])
wholedata[asd] = data
alldis[asd] = dis
asd = asd+1
return wholedata, alldis
def getData():
wholedata = {}
alldis = {}
sd = wd.readTextFile('91701')
slon = float(sd[0]['location']['longitud'])
slat = float(sd[0]['location']['latitud'])
zipcodes = Collect.ZipcodeScraper.getZipCodes('91701', 10)
asd = 0;
for zipcode in zipcodes:
d = wd.readTextFile(zipcode)
data = {}
k = 0
for i in range (len(d)-1):
if '28 Feb 2014' in d[i+1]['condition']['dateUpdated']:
data[k] = d[i+1]['condition']['temp']
k = k+1
lon = float(d[0]['location']['longitud'])
lat = float(d[0]['location']['latitud'])
dis = getResultinMiles(distance_on_unit_sphere(slat, slon, lat, lon))
for j in range (len(data)):
data[j] = float(data[j])
wholedata[asd] = data
alldis[asd] = dis
asd = asd+1
return wholedata, alldis
sd = wd.readTextFile('91701')
slon = float(sd[0]['location']['longitud'])
slat = float(sd[0]['location']['latitud'])
cname = sd[0]['location']['city']
