returned.attributes['Staff_Multilingual'] = row['Multilingual_Staff']
returned.attributes['Access_Multilingual'] = row['Multilingual_Access']
returned.attributes['Training'] = row['Training']
returned.attributes['Wheelchair_Access'] = row['Wheelchair_Access']
returned.attributes['Funded'] = row['Funded']
returned.attributes['Environment'] = row['Environment']
returned.attributes['Arm/Base Adjustable'] = row['Adjustable Arm/Base']
returned.attributes['Desk Adjustable'] = row['Adjustable Desk']
returned.attributes['Content Filtering'] = row['Content Filtering']
returned.attributes['Food Kiosk'] = row['Food Kiosk']
return returned
if __name__ == "__main__":
print('Loading information from CSV')
locations = locationsFromCSVFile()
print('Adding latitudes and longitudes to location information')
locationsToShapefileConversion.addLatLongs(locations)
print('Writing to shapefile')
locationsToShapefileConversion.writeToShapeFile(locations, 'Internet',
['phone', 'category','Cost','Bookings','Mon_Open_Time','Mon_Close_Time','Tue_Open_Time','Tue_Close_Time',
'Wen_Open_Time','Wen_Close_Time','Thu_Open_Time','Thu_Close_Time','Fri_Open_Time','Fri_Close_Time',
'Sat_Open_Time','Sat_Close_Time','Sun_Open_Time','Sun_Close_Time','Num_Terminals',
'Friendly_Terminals_Disability','Printing_Available','Touch_Screen','Trackball','Large_Keyboard',
'Large_Monitor','Accessibility_Options','Speech_Synthesizer','Software_Disability','Documentation',
'Assistance','Staff_Multilingual','Access_Multilingual','Training','Wheelchair_Access','Funded','Environment',
'Arm/Base Adjustable','Desk Adjustable','Content Filtering','Food Kiosk'])
return locations
def locationFromGFYLRow(row):
returned = locationsToShapefileConversion.Location()
returned.name = row['Name']
returned.address = row['Address'] + ' ' + row['Suburb'] + ' ' + row['State']
returned.attributes['category'] = row['Business Category']
return returned
if __name__ == "__main__":
print('Listing GFYLDataFiles')
datafiles = getGFYLDataFiles()
locationInfos = []
print('Loading information from GFYLFiles')
for dataFile in datafiles:
locationInfos.extend(locationsFromGFYLDataFile(dataFile))
print('Adding latitudes and longitudes to location information')
locationsToShapefileConversion.addLatLongs(locationInfos)
print('Writing to shapefile')
locationsToShapefileConversion.writeToShapeFile(locationInfos, 'GFYL', ['category'])
returned.name = 'DHS' + row['Type of office']
returned.attributes['phone'] = row['Telephone']
returned.attributes['Type of office'] = row['Type of office']
returned.attributes['LGA01'] = row['LGA1']
returned.attributes['LGA02'] = row['LGA2']
returned.attributes['LGA03'] = row['LGA3']
returned.attributes['LGA04'] = row['LGA4']
returned.attributes['LGA05'] = row['LGA5']
returned.attributes['LGA06'] = row['LGA6']
returned.attributes['LGA07'] = row['LGA7']
returned.attributes['LGA08'] = row['LGA8']
returned.attributes['LGA09'] = row['LGA9']
returned.attributes['LGA10'] = row['LGA10']
return returned
if __name__ == "__main__":
print('Loading information from CSV')
locations = locationsFromDHSFile()
print('Adding latitudes and longitudes to location information')
locationsToShapefileConversion.addLatLongs(locations)
print('Writing to shapefile')
locationsToShapefileConversion.writeToShapeFile(locations, 'DHS', ['phone', 'Type of office', 'LGA01',
'LGA02','LGA03','LGA04','LGA05','LGA06','LGA07',
'LGA08','LGA09','LGA10'])
continue
locations.append(locationFromRow(row))
print('Retrieved information for ' + str(len(locations)) + ' locations from file ' + findLocationFileLocation)
return locations
def locationFromRow(row):
returned = Location()
returned.address = row['Address1'] + ', ' + row['Address2'] + ', VIC, Australia'
returned.name = row['Name']
returned.attributes['phone'] = row['phone']
return returned
if __name__ == "__main__":
print('Loading information from CSV')
locations = locationsFromCSVFile()
print('Adding latitudes and longitudes to location information')
locationsToShapefileConversion.addLatLongs(locations)
print('Writing to shapefile')
locationsToShapefileConversion.writeToShapeFile(locations, 'FindLocal', ['phone'])
continue
locations.append(locationFromRow(row))
print('Retrieved information for ' + str(len(locations)) + ' locations from file ' + fileLocation)
return locations
def locationFromRow(row):
returned = Location()
returned.address = row['Street'] + ', ' + row['Suburb'] + ', ' + row['State'] + ', Australia'
returned.name = row['Service Name']
returned.attributes['LGA'] = row['LGA']
return returned
if __name__ == "__main__":
print('Loading information from CSV')
csvColumns = locationsFromCSVFile()
print('Adding latitudes and longitudes to location information')
locationsToShapefileConversion.addLatLongs(csvColumns)
print('Writing to shapefile')
locationsToShapefileConversion.writeToShapeFile(csvColumns, 'Kindergartens',
['LGA'])