def con_gps(address): Con_key='YvRfEjkHuVoPigHYHQNlxBRvL1Kn2UKb' #Con_sec = 'dI6pXbJaFu6pmrie' mapq.key(Con_key)#,Con_sec) gps=mapq.geocode(address)['displayLatLng'] return float( gps['lat']),float(gps['lng'])
def scrapLocationData(self,locationList):
loclist=[]
result={}
#f=open(fileName,'w');
counter=0;
todayStamp=str(datetime.date.today())
failed=[]
for l in locationList:
if not result.has_key(l) and not l in failed:
search=self.searchInDb(l)
if search== False:
try:
print "fetching data.."+l
locinfo=mapq.geocode(l)
result[l]=locinfo
#f.write(l+"\t"+str(locdict[l]['latLng']['lat'])+"\t"+str(locdict[l]['latLng']['lng'])+"\n")
filename=l.replace(' ','').lower()+"_"+"_"+todayStamp+".json"
x=open(self.locationFolder+"/"+filename,"w")
x.write(json.dumps(locinfo))
x.close()
locdata=self.parseLocation(locinfo)
loclist.append(locdata)
counter=counter+1
except Exception,e:
print "failed:"+l
print str(e)
failed.append(l)
else:
result[l]=search
def epa_radinfo():
"""
Find facilities in a zipcode that have EPA permits to pollute public
water sources.
"""
if 'format' in request.args:
return views.send_static_file('js/all_facilities.json')
elif 'address' not in request.args:
return redirect(url_for('epa'))
address = request.args['address']
try:
mapq.key("Fmjtd|luua2lu2ll,80=o5-hy82u")
geo_data = mapq.geocode(address)
except:
return redirect(url_for('epa'))
else:
# Find the address state.
state, coords = address_details(geo_data)
# Search against the dict of radiation location states.
closest, mileage = nearest_facility(state, coords)
# Return miles and address of nearest location.
latitude, longitude = closest
latitude, longitude = round(latitude, 2), round(longitude, 2)
mileage = int(round(mileage))
return render_template('epa_data/radinfo.html', mileage=mileage,
latitude=latitude, longitude=longitude)
def con_gps(address): Con_key='YvRfEjkHuVoPigHYHQNlxBRvL1Kn2UKb' #Con_sec = 'dI6pXbJaFu6pmrie' mapq.key(Con_key)#,Con_sec) gps=mapq.geocode(address)['displayLatLng'] return float( gps['lat']),int(gps['lng'])
def togps(numlines):
cl = open('mess_clean4.txt','r')
fl = open('crime_gps.txt','a')
lines = cl.readlines()
count=-1
#print lines
for line in lines[numlines:len(lines)]:
count+=1
dummy=[]
#print line
if ('N/A' in line):
pass
else:
for m in re.finditer(" ",line):
t=m.end()+1
#print t
address= line[t:-2]
# print address
gps=mapq.geocode(address+",New York")['displayLatLng']
gpx=str(gps['lat'])#.split()
gpy=str(gps['lng'])#.split()
# print gpx
# print gpy
#for o in range(t,len(lines)):
dummy.append( line[0:t])
# print dummy
#for j in range(len(gpx)):
dummy.append(gpx)
#print line[t+j]," ",gpx[j]
#print dummy
dummy.append(',')
#for k in range(len(gpy)):
dummy.append(gpy)
# print dummy
dummy.append('\r')
dummy.append('\n')
# print dummy
#lines[count]=(dummy)
#print len(''.join(dummy))
if (len(''.join(dummy))>70):
pass
else:
#lines[count]=line
# print lines[count]
fl.write(''.join(dummy))
fl.close()
def togps(numlines):
cl = open('mess_clean4.txt', 'r')
fl = open('crime_gps.txt', 'a')
lines = cl.readlines()
count = -1
#print lines
for line in lines[numlines:len(lines)]:
count += 1
dummy = []
#print line
if ('N/A' in line):
pass
else:
for m in re.finditer(" ", line):
t = m.end() + 1
#print t
address = line[t:-2]
# print address
gps = mapq.geocode(address + ",New York")['displayLatLng']
gpx = str(gps['lat']) #.split()
gpy = str(gps['lng']) #.split()
# print gpx
# print gpy
#for o in range(t,len(lines)):
dummy.append(line[0:t])
# print dummy
#for j in range(len(gpx)):
dummy.append(gpx)
#print line[t+j]," ",gpx[j]
#print dummy
dummy.append(',')
#for k in range(len(gpy)):
dummy.append(gpy)
# print dummy
dummy.append('\r')
dummy.append('\n')
# print dummy
#lines[count]=(dummy)
#print len(''.join(dummy))
if (len(''.join(dummy)) > 70):
pass
else:
#lines[count]=line
# print lines[count]
fl.write(''.join(dummy))
fl.close()
