def get_reference_address_location(self):
""" get Lat/Lng coordinates for the address currently used as reference address by the WebGeocoder instance """
from geopy.geocoders import Nominatim as nom # https://geopy.readthedocs.io/en/stable/
geolocator = nom(user_agent='pnj-python-web-geocoder')
address, (latitude,
longitude) = geolocator.geocode(self.get_reference_address())
return (latitude, longitude) # return just the lat & lng, in a tuple
def count_number_of_labels_per_postcode(unieke_postcodes, unieke_energielabels,
relevant_data):
number_of_energielabels_per_postcode = np.zeros(
(len(unieke_postcodes), len(unieke_energielabels)))
geolocator = nom()
for a in range(len(relevant_data)):
for i in range(len(unieke_postcodes)):
if relevant_data[a, 0] == unieke_postcodes[i]:
if relevant_data[a, 1] == 'A':
number_of_energielabels_per_postcode[i, 0] += 1
elif relevant_data[a, 1] == 'A+':
number_of_energielabels_per_postcode[i, 1] += 1
elif relevant_data[a, 1] == 'A++':
number_of_energielabels_per_postcode[i, 2] += 1
elif relevant_data[a, 1] == 'B':
number_of_energielabels_per_postcode[i, 3] += 1
elif relevant_data[a, 1] == 'C':
number_of_energielabels_per_postcode[i, 4] += 1
elif relevant_data[a, 1] == 'D':
number_of_energielabels_per_postcode[i, 5] += 1
elif relevant_data[a, 1] == 'E':
number_of_energielabels_per_postcode[i, 6] += 1
elif relevant_data[a, 1] == 'F':
number_of_energielabels_per_postcode[i, 7] += 1
elif relevant_data[a, 1] == 'G':
number_of_energielabels_per_postcode[i, 8] += 1
return number_of_energielabels_per_postcode
def calculate_locations_of_postcodes(begin_postcode, eind_postcode,
postcodeandcolorlabel):
location = np.zeros((len(postcodeandcolorlabel), 2))
kleur = np.empty([len(postcodeandcolorlabel), 1], dtype=np.dtype('a7'))
geolocator = nom()
for i in range(len(postcodeandcolorlabel)):
if int(postcodeandcolorlabel[i, 0][:4]) >= int(begin_postcode) and int(
postcodeandcolorlabel[i, 0][:4]) < int(eind_postcode):
#print postcodeandcolorlabel[i,0]
kleur[i] = postcodeandcolorlabel[i, 1]
lat = geolocator.geocode(postcodeandcolorlabel[i, 0])
location[i, 0] = lat.longitude
location[i, 1] = lat.latitude
return location, kleur
def funlongitudes_latitudes(students_per_locationin):
print students_per_locationin[:, 1], len(students_per_locationin)
#for b in range
geolocator = nom()
geo_students = np.zeros((len(students_per_locationin), 5))
for i in range(len(students_per_locationin)):
if students_per_locationin[i, 1] != "elders buiten NED":
print students_per_locationin[i, 1]
lat = geolocator.geocode(students_per_locationin[i, 0])
geo_students[i, 0] = lat.longitude
geo_students[i, 1] = lat.latitude
let = geolocator.geocode(students_per_locationin[i, 1])
geo_students[i, 2] = let.longitude
geo_students[i, 3] = let.latitude
geo_students[i, 4] = students_per_locationin[i, 2]
print geo_students
return geo_students
def getTimezone(pCity, pState):
geolocator = nom()
cityState = str(pCity + " " + pState)
location = geolocator.geocode(cityState)
print('lat/lon: ', (location.latitude, location.longitude))
googleApiURL = "https://maps.googleapis.com/maps/api/timezone/xml?location=" + str(
location.latitude) + "," + str(
location.longitude
) + "×tamp=1331161200&key=" + googleAuth.GOOGLE_API_KEY
soupedGoogle = soupTheLink.soupTheLink(googleApiURL)
timezoneId = soupedGoogle.time_zone_id.get_text()
timezoneName = soupedGoogle.time_zone_name.get_text()
print('timezoneId: ', timezoneId)
print('timezoneName: ', timezoneName)
if len(timezoneId) == 0:
timezoneId = 'No timezone ID found.'
if len(timezoneName) == 0:
timezoneName = 'No timezone name found.'
return timezoneId, timezoneName
## Date: 12/14/20
## Authors: Jason Baker, Joseph Castro, Julian Fortin, Emerson Jimenez
## Github: https://github.com/PHRZNForeign/Team31_CST205
## Abstract: This program opens a visual GUI for the user to fill in location names and it performs operations to show relevant locational data using geopy API
import sys
from PySide2.QtWidgets import *
from PySide2.QtCore import *
# pip install geopy
import geopy
from geopy.geocoders import Nominatim as nom
from geopy.distance import geodesic
# geopy API key, using a generic name for user-agent gives a 403 forbidden error
geolocator = nom(user_agent="cst205final-project")
class MyWindow(QWidget):
def __init__(self):
super().__init__()
# set name and dimensions for out GUI box
self.setWindowTitle('Geography lookup')
self.setGeometry(100,100,500,300)
vbox = QVBoxLayout()
# line edits used for entering in the locations what will talk to the geopy api
self.my_line = QLineEdit(self)
self.my_line2 = QLineEdit(self)
self.my_lbl = QLabel('Enter a location name:')
self.my_lbl2 = QLabel('')
def reverseGeocode(latitude, longitude):
geolocator = nom()
return geolocator.reverse(latitude, longitude)