Exemplo n.º 1
0
def main():
    if len(sys.argv) < 2:
        print "Usage: pywwl home_locator [dx_locator]"
        return False

    my_wwl = sys.argv[1].upper()
    if not wwl.is_valid_locator(my_wwl):
        print sys.argv[1], "is not a valid locator"
        return False

    my_location = wwl.convert_locator(my_wwl)

    if len(sys.argv) == 2:
        print "Locator    :", sys.argv[1]
        print "Coordinates: Long:", wwl.get_longitude(my_location), "- Lat:", wwl.get_latitude(my_location)
        return True

    dx_wwl = sys.argv[2].upper()
    dx_location = wwl.convert_locator(dx_wwl)
    if not wwl.is_valid_locator(dx_wwl):
        print sys.argv[2], "is not a valid locator"
        return False

    wwl.bearing_distance(my_location, dx_location)
    print "qrb:", int(round(wwl.distance, 0)), "kilometers, azimuth:", int(round(wwl.bearing, 0)), "degrees"
    return True
Exemplo n.º 2
0
def main():
    if len(sys.argv) < 2:
        print "Usage: pywwl home_locator [dx_locator]"
        return False

    my_wwl = sys.argv[1].upper()
    if not wwl.is_valid_locator(my_wwl):
        print sys.argv[1], "is not a valid locator"
        return False

    my_location = wwl.convert_locator(my_wwl)

    if len(sys.argv) == 2:
        print "Locator    :", sys.argv[1]
        print "Coordinates: Long:", wwl.get_longitude(
            my_location), "- Lat:", wwl.get_latitude(my_location)
        return True

    dx_wwl = sys.argv[2].upper()
    dx_location = wwl.convert_locator(dx_wwl)
    if not wwl.is_valid_locator(dx_wwl):
        print sys.argv[2], "is not a valid locator"
        return False

    wwl.bearing_distance(my_location, dx_location)
    print "qrb:", int(round(wwl.distance, 0)), "kilometers, azimuth:", int(
        round(wwl.bearing, 0)), "degrees"
    return True
Exemplo n.º 3
0
with open('pontixls.csv', 'rb') as f:
    csvfile = reader(f)
    for row in csvfile:
        doc = dict(nome=row[0].strip(),
                   frequenza=row[1].strip(),
                   shift=row[2].strip(),
                   tono=row[3].strip(),
                   regione=row[4].strip().lower(),
                   provincia=row[5].strip().upper(),
                   localita=row[6].strip(),
                   gruppo=row[7].strip(),
                   identificatore=row[8].strip(),
                   traslatore=row[9].strip(),
                   locator=row[10].strip(),
                   gestore=row[15].strip())

        if doc['locator'] != '':  # calcola le coordinate approssimate (centro del riquadro)
            if is_valid_locator(doc['locator']):
                location = convert_locator(doc['locator'])
                doc['geoloc'] = [
                    get_longitude(location),
                    get_latitude(location)
                ]

        ponti.insert_one(doc)

ponti.create_index('nome')
ponti.create_index('regione')
ponti.create_index('provincia')
ponti.create_index([('geoloc', GEOSPHERE)])
Exemplo n.º 4
0
ponti = MongoClient().hamradio.ponti
ponti.drop()  # ricostruisce la collection da capo

with open('pontixls.csv', 'rb') as f:
    csvfile = reader(f)
    for row in csvfile:
        doc = dict(nome=row[0].strip(),
                   frequenza=row[1].strip(),
                   shift=row[2].strip(),
                   tono=row[3].strip(),
                   regione=row[4].strip().lower(),
                   provincia=row[5].strip().upper(),
                   localita=row[6].strip(),
                   gruppo=row[7].strip(),
                   identificatore=row[8].strip(),
                   traslatore=row[9].strip(),
                   locator=row[10].strip(),
                   gestore=row[15].strip())

        if doc['locator'] != '':  # calcola le coordinate approssimate (centro del riquadro)
            if is_valid_locator(doc['locator']):
                location = convert_locator(doc['locator'])
                doc['geoloc'] = [get_longitude(location), get_latitude(location)]

        ponti.insert_one(doc)

ponti.create_index('nome')
ponti.create_index('regione')
ponti.create_index('provincia')
ponti.create_index([('geoloc', GEOSPHERE)])