def decidefood(time, lat, lng, start, now, f, input2, places_been,
hunger_count, input4, counter):
if time < 0:
return time, templat, templng, name, hunger_count
if time < 1:
data = places.filters({
'$and': [{
'category_ids': {
'$includes': 338
}
}, {
'category_ids': {
'$excludes': 341
}
}]
}).geo(circle(lat, lng, 1000 * time)).data()
time -= 0.25
else:
data = places.filters({
'$and': [{
'category_ids': {
'$includes': 347
}
}]
}).geo(circle(lat, lng, 1000 * time)).data()
time -= 1
f.write("<p><br><br><b>Time for a Snack!</b></p>\n")
try:
while True:
temp_place = data[random.randrange(0, len(data))]
if temp_place[u'name'] in places_been:
continue
else:
places_been.setdefault(temp_place[u'name'], 0)
break
templat = float(temp_place[u'latitude'])
templng = float(temp_place[u'longitude'])
name = str(temp_place[u'name'])
current_time = now + input2 - datetime.timedelta(hours=time)
current_time = current_time.strftime('%I:%M %p')
f.write("<p><br><br><b>Go from " + start + " to " + name +
" starting at time " + str(current_time) + "</b></p>\n")
time, hunger_count, counter = route(
now + input2 - datetime.timedelta(hours=time), lat, lng, templat,
templng, time, f, input2, hunger_count, input4, counter)
counter = printresults_food(temp_place, f, counter)
#print time
except:
templat = lat
templng = lng
name = start
return time, templat, templng, name, hunger_count, counter
def __init__(self, query, lat, lng, radius):
factual = Factual(app.config['FACTUAL_KEY'],
app.config['FACTUAL_SECRET'])
places = factual.table('places')
# Searches for all restaurants
if query.lower() == 'restaurants':
self.data = places.filters({'category_ids':{'$includes_any':[312,338]}}).\
geo(circle(lat, lng, radius)).limit(50).data()
# Searches according to user's query
else:
self.data = places.search(query).geo(circle(
lat, lng, radius)).limit(50).data()
def decidefood(time, lat, lng, start, now,f, input2):
f.write("<p>Time for a Snack!</p>\n")
if time<0:
return time, templat, templng, name
if time<1:
data = places.filters({'$and':[{'category_ids':{'$includes':338}}, {'category_ids':{'$excludes':341}}]}).geo(circle(lat,lng,1000*time)).limit(5).data()
time -= 0.25
data = data[random.randrange(0,len(data))]
else:
data = places.filters({'$and':[{'category_ids':{'$includes':347}}]}).geo(circle(lat,lng,1000*time)).limit(5).data()
time -= 1
try:
data = data[random.randrange(0,len(data))]
templat = float(data[u'latitude'])
templng = float(data[u'longitude'])
name = str(data[u'name'])
f.write("<p>Go from "+ start+" to "+ name+" starting at time " +str(now+input2-datetime.timedelta(hours = time))+"</p>\n")
time = route(now + input2 - datetime.timedelta(hours = time), lat, lng, templat, templng, time,f, input2)
printresults_food(data,f)
#print time
except:
templat = lat
templng = lng
name = start
return time, templat, templng, name
def matchCoordinates(address):
query = factual.table("world-geographies").search(address).limit(1)
query = query.select("longitude,latitude")
query = query.geo(circle(42.350933, -71.069209, 5000))
s = query.data()
if len(s):
return (s[0][unicode('latitude')], s[0][unicode('longitude')])
return (42.350933, -71.069209)
def decideplace(time, track, lat, lng, start, now, f, input2, places_been,
hunger_count, input4, counter):
no_more = 0
if time < 0:
return time, templat, templng, name, hunger_count, no_more, counter
data = places.filters({
'$and': [{
'category_ids': {
'$includes': track
}
}]
}).geo(circle(lat, lng, 1000 * time)).data()
count_datapoints = 0
for datapoints in data:
if datapoints[u'name'] not in places_been:
break
count_datapoints += 1
if count_datapoints == len(data):
no_more = 1
templat, templng, name = lat, lng, start
return time, templat, templng, name, hunger_count, no_more, counter
if not data:
templat = lat
templng = lng
name = start
else:
try:
while True:
temp_place = data[random.randrange(0, len(data))]
if temp_place[u'name'] in places_been:
continue
else:
places_been.setdefault(temp_place[u'name'], 0)
break
templat = float(temp_place[u'latitude'])
templng = float(temp_place[u'longitude'])
name = str(temp_place[u'name'])
current_time = now + input2 - datetime.timedelta(hours=time)
current_time = current_time.strftime('%I:%M %p')
f.write("<p><br><br><b>Go from " + start + " to " + name +
" starting at time " + str(current_time) + "</b></p>\n")
time, hunger_count, counter = route(
now + input2 - datetime.timedelta(hours=time), lat, lng,
templat, templng, time, f, input2, hunger_count, input4,
counter)
time -= 1
hunger_count += 1
counter = printresults_places(temp_place, f, counter)
except:
templat = lat
templng = lng
name = start
if not templat:
templat, templng, no_more = lat, lng, 1
return time, templat, templng, name, hunger_count, no_more, counter
return time, templat, templng, name, hunger_count, no_more, counter
def GetBizNearAddress(category_id, address, radius_meters, offset, n):
factual = Factual('YK4fO9P1qZFZy4Cu7HDNkeZd9YEN1ut4tyO426OR',
'9G1L9zUop7kwMmNkM7eIYsFNbvhINDl8hyxyZnKv')
places = factual.table('places')
# All with category_id
rest = places.filters({"category_ids": {"$includes": category_id}})
# Latitutde and Longitude of address
lat, lng = GetLatLng(address)
near = rest.geo(circle(lat, lng,
radius_meters)).offset(offset).limit(n).data()
return near
def decideplace(time, track, lat, lng, start, now,f, input2, places_been, hunger_count, input4, counter):
no_more = 0
if time<0:
return time, templat, templng, name, hunger_count, no_more, counter
data = places.filters({'$and':[{'category_ids':{'$includes':track}}]}).geo(circle(lat,lng, 1000*time)).data()
count_datapoints = 0
for datapoints in data:
if datapoints[u'name'] not in places_been:
break
count_datapoints += 1
if count_datapoints == len(data):
no_more = 1
templat,templng,name = lat,lng,start
return time, templat, templng, name, hunger_count, no_more, counter
if not data:
templat = lat
templng = lng
name = start
else:
try:
while True:
temp_place = data[random.randrange(0,len(data))]
if temp_place[u'name'] in places_been:
continue
else:
places_been.setdefault(temp_place[u'name'], 0)
break
templat = float(temp_place[u'latitude'])
templng = float(temp_place[u'longitude'])
name = str(temp_place[u'name'])
current_time = now+input2-datetime.timedelta(hours = time)
current_time = current_time.strftime('%I:%M %p')
f.write("<p><br><br><b>Go from "+ start+" to "+ name+" starting at time " +str(current_time)+"</b></p>\n")
time, hunger_count, counter = route(now + input2 - datetime.timedelta(hours = time), lat, lng, templat, templng, time, f, input2, hunger_count, input4, counter)
time -= 1
hunger_count += 1
counter = printresults_places(temp_place,f, counter)
except:
templat = lat
templng = lng
name = start
if not templat:
templat,templng,no_more = lat,lng,1
return time, templat, templng, name, hunger_count, no_more, counter
return time, templat, templng, name, hunger_count, no_more, counter
def factual_restaurants():
latitude = float(request.form.get('latitude'))
longitude = float(request.form.get('longitude'))
search_term = request.form.get('search_term')
if not latitude or not longitude:
return json.dumps({"error": "No location provided"}), 500
if not search_term:
return json.dumps({"error": "No search term provided"}), 500
radius = 1000
places = factual.table('places')
# look up restaurants near location
result = places.search(search_term).geo(circle(latitude, longitude,
radius)).data()
return json.dumps(result), 200
def testFactual(request):
LENGTH_OF_ONE_LAT = 111081.59847784671
LENGTH_OF_ONE_LON = 82291.40843937476
lat = 42.418837
lon = -71.130553
end_lat = 42.33
end_lon = -71.033440
while lat >= end_lat:
while lon <= end_lon:
print(str(lat) + "," + str(lon))
LOC = circle(lat, lon, 100)
getRestaurantDataFromFactual(LOC)
lon += (100/LENGTH_OF_ONE_LON)
sleep(1)
lat -= (100/LENGTH_OF_ONE_LAT)
lon = -71.130553
return HttpResponse("OK")
def findMidPlace(latitude, longitude):
geolocator = Nominatim()
latitudeSum = sum(latitude)
longitudeSum = sum(longitude)
latitudeAverage = latitudeSum / len(latitude)
longitudeAverage = longitudeSum / len(longitude)
strlatitudeAverage = str(latitudeAverage)
strlongitudeAverage = str(longitudeAverage)
midpointLocation = strlatitudeAverage + ", " + strlongitudeAverage
newLocation = geolocator.reverse(midpointLocation)
data = places.search(c).geo(circle(latitudeAverage, longitudeAverage,
1000)).limit(10).data()
resultingData = json.dumps([{
'Name': x['name'],
'Address': x['address'],
'Telephone': x['tel']
} for x in data],
indent=2,
sort_keys=True)
print resultingData
indexValue = [
'zero', 'one', 'two', 'three', 'four', 'five', 'six', 'seven', 'eight',
'nine', 'ten'
]
if (peopleNumber == 1):
message = client.messages.create(
to="+12244029741",
from_="+12244073037",
body="These are the places around you" + ": " + resultingData)
elif (peopleNumber <= 10 and peopleNumber > 1):
a = indexValue[peopleNumber]
message = client.messages.create(
to="+12244029741",
from_="+12244073037",
body="These are the places that are between you " + a + ": " +
'\n' + resultingData)
else:
message = client.messages.create(
to="+12244029741",
from_="+12244073037",
body="These are the places that are between your group " + a +
": " + '\n' + resultingData)
def get_data(self):
for i in range(10):
data = (
places.geo(circle(loc['lat'], loc['lng'], search.radius))
.filters(
{"$and":[{"category_ids":
{"$includes": search.category}}]}
#chain_ids
)
.offset(50*(i))
.limit(50)
.data()
)
#q = data.get_url())
print q
print "Call successful! Records returned:"
print len(self.data)
out.extend(self.data)
print "Total records"
print len(self.out)
def get_data(self):
for i in range(10):
data = (
places.geo(circle(loc['lat'], loc['lng'],
search.radius)).filters(
{
"$and": [{
"category_ids": {
"$includes": search.category
}
}]
}
#chain_ids
).offset(50 * (i)).limit(50).data())
#q = data.get_url())
print q
print "Call successful! Records returned:"
print len(self.data)
out.extend(self.data)
print "Total records"
print len(self.out)
def decideplace(time, track, lat, lng, start, now,f, input2):
if time<0:
return time, templat, templng, name
data = places.filters({'$and':[{'category_ids':{'$includes':track}}]}).geo(circle(lat,lng, 1000*time)).limit(5).data()
if not data:
templat = lat
templng = lng
name = start
else:
data = data[random.randrange(0,len(data))]
templat = float(data[u'latitude'])
templng = float(data[u'longitude'])
name = str(data[u'name'])
f.write("<p>Go from "+start+" to "+name+" starting at time "+str(now+input2-datetime.timedelta(hours = time))+"</p>\n")
time = route(now + input2 - datetime.timedelta(hours = time), lat, lng, templat, templng, time, f, input2)
time -= 1
printresults_places(data,f)
return time, templat, templng, name
def factualSearch(self):
LOGGER.info('Assessing nearby culture')
if self.dev == True:
LOGGER.info('Dev is TRUE')
with open('db/factual_sample.json') as f:
factual = json.load(f)
f.close()
self.results['factual'] = factual
return 0
data = self._places.search('').geo(circle(self.location['lat'],self.location['lng'], 1600)).data()
# if len(data)> 3:
# l = 3
# else:
# l = len(data)
res = list()
for index in range(len(data)):
this = data[index]
if this['$distance'] < 100:
distance = 'on the block'
elif this['$distance'] < 200:
distance = 'around the corner'
else:
distance = 'in the distance'
obj = {
'name':this.get('name', None),
'address': this.get('address', None),
'rawDistance': this.get('$distance', None),
'distance': distance,
'categoryLabels': this.get('category_labels', None),
'locality': this.get('locality', None),
'hours': this.get('hours', {})
}
res.append(obj)
self.results['factual'] = res
def findMidPlace(a, b, c, d):
geolocator = Nominatim()
locationA = geolocator.geocode(a)
locationB = geolocator.geocode(b)
midpointLat = (locationA.latitude + locationB.latitude) / 2
print midpointLat
midpointLong = (locationA.longitude + locationB.longitude) / 2
print midpointLong
strMidpointLat = str(midpointLat)
strMidpointLong = str(midpointLong)
midpointLocation = strMidpointLat + ", " + strMidpointLong
newLocation = geolocator.reverse(midpointLocation)
data = places.search(c).geo(circle(midpointLat, midpointLong,
d)).limit(10).data()
#cleanData = json.dumps([{'Name': x['name'], 'Address': x['address'], 'Tel': x['tel'], 'Timings':x['hours'][my_day][0][0]+' - ' + x['hours'][my_day][0][1]} for x in data],indent=2, sort_keys=True)
cleanData = json.dumps([{
'Name': x['name'],
'Address': x['address']
} for x in data],
indent=2,
sort_keys=True)
print cleanData
def decidefood(time, lat, lng, start, now,f, input2, places_been, hunger_count, input4, counter):
if time<0:
return time, templat, templng, name, hunger_count
if time<1:
data = places.filters({'$and':[{'category_ids':{'$includes':338}}, {'category_ids':{'$excludes':341}}]}).geo(circle(lat,lng,1000*time)).data()
time -= 0.25
else:
data = places.filters({'$and':[{'category_ids':{'$includes':347}}]}).geo(circle(lat,lng,1000*time)).data()
time -= 1
f.write("<p><br><br><b>Time for a Snack!</b></p>\n")
try:
while True:
temp_place = data[random.randrange(0,len(data))]
if temp_place[u'name'] in places_been:
continue
else:
places_been.setdefault(temp_place[u'name'], 0)
break
templat = float(temp_place[u'latitude'])
templng = float(temp_place[u'longitude'])
name = str(temp_place[u'name'])
current_time = now+input2-datetime.timedelta(hours = time)
current_time = current_time.strftime('%I:%M %p')
f.write("<p><br><br><b>Go from "+ start+" to "+ name+" starting at time " +str(current_time)+"</b></p>\n")
time, hunger_count, counter = route(now + input2 - datetime.timedelta(hours = time), lat, lng, templat, templng, time,f, input2, hunger_count, input4, counter)
counter = printresults_food(temp_place,f, counter)
#print time
except:
templat = lat
templng = lng
name = start
return time, templat, templng, name, hunger_count, counter
def test_geo(self):
q = self.places.search('factual').geo(circle(34.06021, -118.41828, 1000))
row = q.data()[0]
self.assertEqual('Factual', row['name'])
self.assertEqual('1801 Avenue Of The Stars', row['address'])
def test_facets_geo(self):
q = self.facets.select("locality").geo(circle(34.06018, -118.41835, 1000))
locality = q.data()['locality']
self.assertTrue(locality['los angeles'] > 3000)
self.assertTrue(locality['beverly hills'] > 500)
def test_geo(self):
q = self.places.search("factual").geo(circle(34.06021, -118.41828, 1000))
row = q.data()[0]
self.assertEqual("Factual", row["name"])
self.assertEqual("1801 Avenue Of The Stars", row["address"])
def test_facets_geo(self):
q = self.facets.select("category").geo(circle(34.06018, -118.41835, 5000))
category = q.data()["category"]
self.assertTrue(category["shopping"] > 1000)
self.assertTrue(category["health & medicine > physicians"] > 1000)
def get_landmarks(self, lat, lng):
data = self.places.geo(circle(lat, lng, 800)).data()
return data
def test_geo(self):
q = self.places.search('factual').geo(
circle(34.06021, -118.41828, 1000))
row = q.data()[0]
self.assertEqual('Factual', row['name'])
self.assertEqual('1999 Avenue Of The Stars', row['address'])
def geofilters(self, tableName, searchContent, latitude, longitude,
radius):
table = self.db.table(tableName)
data = table.search(searchContent).geo(
circle(latitude, longitude, radius)).data()
return data
def test_facets_geo(self):
q = self.facets.select("category").geo(
circle(34.06018, -118.41835, 5000))
category = q.data()['category']
self.assertTrue(category['shopping'] > 1000)
self.assertTrue(category['health & medicine > physicians'] > 1000)
def query_restaurants_by_proximity(self, factual, category_ids, lat, long, radius_meters):
print("Querying restaurants for: lat, long, radius: %f, %f, %f" % (lat, long, radius_meters))
return self.factual.table(TABLE_ID).filters({'$and': [{'$or': [{'website': {'$blank': False}},
{'email': {'$blank': False}}]},
{'category_ids': {'$includes_any':category_ids}}]}).geo(circle(lat, long, radius_meters)).include_count(True)
except:
print
print i[u'html_instructions']
time_left -=time_taken/float(60*60)
sleeper.sleep(0.1)
return time_left
def decideplace(time, track, lat, lng, start):
>>>>>>> c3df4b30bcb4782fb260bf1a8743f107e0525d61
if time<0:
return time, templat, templng, name
data = places.filters({'$and':[{'category_ids':{'$includes':track}}]}).geo(circle(lat,lng, 1000*time)).limit(5).data()
if not data:
templat = lat
templng = lng
name = start
else:
data = data[random.randrange(0,len(data))]
templat = float(data[u'latitude'])
templng = float(data[u'longitude'])
name = str(data[u'name'])
<<<<<<< HEAD
f.write("<p>Go from "+start+" to "+name+" starting at time "+str(now+input2-datetime.timedelta(hours = time))+"</p>\n")
time = route(now + input2 - datetime.timedelta(hours = time), lat, lng, templat, templng, time, f, input2)
time -= 1
printresults_places(data,f)
def get_landmarks(self, lat, lng):
data = self.places.geo(circle(lat, lng, 800)).data()
return data
def test_facets_geo(self):
q = self.facets.select("locality").geo(
circle(34.06018, -118.41835, 1000))
locality = q.data()['locality']
self.assertTrue(locality['los angeles'] > 3000)
self.assertTrue(locality['beverly hills'] > 500)
def fetchData(lat, lon):
from factual.utils import circle
places = factualClient.table("places")
data = places.search("bar").geo(circle(lat, lon, 1000)).data()
return data
def get_neighbors(latitude, longitude, radius=DEFAULT_RADIUS):
factual = Factual('IVLfuMgT7A6YzCX0qcgaN19EfYSoCVg207m7pOIf', 'qVfst8GPhiYUoDueRYo0a8ub5F6yDUW3XIYymHGr')
places_table = factual.table('places-us')
data = places_table.filters({'category_ids':{'$includes_any':PLACE_TYPE}}).geo(circle(latitude, longitude, radius)).data()
return data
def geofilters(self, tableName, searchContent, latitude, longitude, radius):
table = self.db.table(tableName)
data = table.search(searchContent).geo(circle(latitude, longitude, radius)).data()
return data