def map_breweries():
checkins = filter(
lambda c: c["brewery"] and c["brewery"]["location"]["lat"] and c["brewery"]["location"]["lng"],
checkins_service.all(),
)
breweries = dict(
(
c["brewery"]["brewery_id"],
{
"name": c["brewery"]["brewery_name"],
"lat": c["brewery"]["location"]["lat"],
"lng": c["brewery"]["location"]["lng"],
"url": ensure_http_prefix(c["brewery"]["contact"]["url"]),
"label": c["brewery"]["brewery_label"],
"beers_desc": "You've tasted:",
"beers": [],
},
)
for c in checkins
)
for c in checkins:
breweries[c["brewery"]["brewery_id"]]["beers"].append(c["beer"]["beer_name"])
for bid in breweries:
breweries[bid]["beers"] = list(set(breweries[bid]["beers"]))
return breweries.values()
def per_month():
checkins = checkins_service.all()
beers = set()
new = defaultdict(int)
old = defaultdict(int)
keys = set()
for checkin in checkins:
date = datetime.strptime(checkin["created_at"], untappd.DATE_FORMAT)
key = (int(date.strftime("%Y")), int(date.strftime("%m")))
keys.add(key)
beer = checkin["beer"]["bid"]
if beer in beers:
old[key] = old[key] + 1
else:
new[key] = new[key] + 1
beers.add(beer)
def make_key_list(curr, end):
keys = [curr]
while curr < end:
(y, m) = curr
curr = (y + 1, 1) if m == 12 else (y, m + 1)
keys.append(curr)
return keys
keys = make_key_list(min(keys), max(keys))
def mk_value_list(d):
return [{"month": "%s %s" % (months[month], year), "beers": d.get((year, month), 0)} for year, month in keys]
return [
{"key": "New tastings", "values": mk_value_list(new)},
{"key": "Beers tasted before", "values": mk_value_list(old)},
]
def rating_distribution():
checkins = checkins_service.all()
all_ratings = [checkin["rating_score"]
for checkin in checkins
if checkin["rating_score"]]
total_counter = Counter(all_ratings)
beers = set()
distinct_ratings = []
for checkin in checkins:
if not checkin["beer"]["bid"] in beers:
distinct_ratings.append(checkin["rating_score"])
beers.add(checkin["beer"]["bid"])
distinct_counter = Counter(distinct_ratings)
keys = [1, 1.5, 2, 2.5, 3, 3.5, 4, 4.5, 5]
return [
{
"key": "Total",
"values": [{"rating": rating, "n": total_counter[rating]}
for rating in keys]
},
{
"key": "Distinct",
"values": [{"rating": rating, "n": distinct_counter[rating]}
for rating in keys]
}
]
def checkin_locations():
venues = [checkin["venue"]["venue_name"] for checkin in checkins_service.all() if checkin["venue"]]
return [
{
"key": "Number of checkins",
"values": [{"label": venue, "value": n} for venue, n in Counter(venues).most_common()],
}
]
def beers_by_country():
countries = [c["brewery"]["country_name"]
for c in checkins_service.all() if c["brewery"]]
return [{
"key": "Beers drunk from country",
"values": [{"value": value, "label": label}
for label, value in Counter(countries).most_common()]
}]
def beers_by_country():
countries = [c["brewery"]["country_name"] for c in checkins_service.all() if c["brewery"]]
return [
{
"key": "Beers drunk from country",
"values": [{"value": value, "label": label} for label, value in Counter(countries).most_common()],
}
]
def time_of_day():
dates = [datetime.strptime(checkin["created_at"], untappd.DATE_FORMAT)
for checkin in checkins_service.all()]
tuples = [(d.weekday(), d.hour) for d in dates]
return [{
"key": "Time and day",
"values": [{"weekday": weekday, "hour": hour, "size": size}
for (weekday, hour), size in Counter(tuples).most_common()]
}]
def rating_vs_abv():
tuples = [(checkin["rating_score"], checkin["beer"]["beer_abv"])
for checkin in checkins_service.all()
if checkin["rating_score"] and checkin["beer"]["beer_abv"]]
return [{
"key": "Rating vs ABV",
"values": [{"abv": abv, "rating": rating, "size": size}
for (rating, abv), size in Counter(tuples).most_common()]
}]
def checkin_locations():
venues = [checkin["venue"]["venue_name"]
for checkin in checkins_service.all()
if checkin["venue"]]
return [
{
"key": 'Number of checkins',
"values": [{"label": venue, "value": n}
for venue, n in Counter(venues).most_common()]
}
]
def beers_by_country_as_list():
def fix_gb(c):
if c in ["Scotland", "England", "Wales"]:
return "Great Britain"
else:
return c
countries = [c["brewery"]["country_name"] for c in checkins_service.all() if c["brewery"]]
# Google geo charts only support GB, not the sub-divisions
countries = map(fix_gb, countries)
return [["Country", "Beers tasted"]] + [[country, count] for country, count in Counter(countries).most_common()]
def beers_by_country_as_list():
def fix_gb(c):
if c in ["Scotland", "England", "Wales"]:
return "Great Britain"
else:
return c
countries = [c["brewery"]["country_name"]
for c in checkins_service.all() if c["brewery"]]
# Google geo charts only support GB, not the sub-divisions
countries = map(fix_gb, countries)
return [['Country', 'Beers tasted']] + \
[[country, count] for country, count in Counter(countries).most_common()]
def influenced_ratings():
dt = lambda string: datetime.strptime(string, untappd.DATE_FORMAT)
checkins = [(dt(c["created_at"]), c["rating_score"]) for c in checkins_service.all()]
data = []
for c in checkins:
is_recent = lambda (t, r): timedelta(0) < (c[0] - t) < timedelta(0, 6 * 60 * 60)
num = len(filter(is_recent, checkins))
data.append((num, c[1]))
return [{
"key": "Rating under the influence",
"values": [{"rating": rating, "beers": beers, "size": size}
for (beers, rating), size in Counter(data).most_common()]
}]
def rating_vs_abv():
tuples = [
(checkin["rating_score"], checkin["beer"]["beer_abv"])
for checkin in checkins_service.all()
if checkin["rating_score"] and checkin["beer"]["beer_abv"]
]
return [
{
"key": "Rating vs ABV",
"values": [
{"abv": abv, "rating": rating, "size": size} for (rating, abv), size in Counter(tuples).most_common()
],
}
]
def photos():
def has_photo(checkin):
return checkin["media"]["count"] > 0
def pick_data(checkin):
return {
"photo": checkin["media"]["items"][0]["photo"]["photo_img_md"],
"photo_original": checkin["media"]["items"][0]["photo"]["photo_img_og"],
"comment": checkin["checkin_comment"],
"beer": checkin["beer"]["beer_name"],
"brewery": checkin["brewery"]["brewery_name"],
"rating": checkin["rating_score"]
}
return map(pick_data, filter(has_photo, checkins_service.all()))
def photos():
def has_photo(checkin):
return checkin["media"]["count"] > 0
def pick_data(checkin):
return {
"photo": checkin["media"]["items"][0]["photo"]["photo_img_md"],
"photo_original": checkin["media"]["items"][0]["photo"]["photo_img_og"],
"comment": checkin["checkin_comment"],
"beer": checkin["beer"]["beer_name"],
"brewery": checkin["brewery"]["brewery_name"],
"rating": checkin["rating_score"],
}
return map(pick_data, filter(has_photo, checkins_service.all()))
def influenced_ratings():
dt = lambda string: datetime.strptime(string, untappd.DATE_FORMAT)
checkins = [(dt(c["created_at"]), c["rating_score"]) for c in checkins_service.all()]
data = []
for c in checkins:
is_recent = lambda (t, r): timedelta(0) < (c[0] - t) < timedelta(0, 6 * 60 * 60)
num = len(filter(is_recent, checkins))
data.append((num, c[1]))
return [
{
"key": "Rating under the influence",
"values": [
{"rating": rating, "beers": beers, "size": size}
for (beers, rating), size in Counter(data).most_common()
],
}
]
def map_checkins():
checkins = filter(lambda c: c["venue"], checkins_service.all())
venues = dict((c["venue"]["venue_id"],
{
"name": c["venue"]["venue_name"],
"lat": c["venue"]["location"]["lat"],
"lng": c["venue"]["location"]["lng"],
"url": ensure_http_prefix(c["venue"]["contact"]["venue_url"]),
"label": c["venue"]["venue_icon"]["sm"],
"beers_desc": "Beers drunk here:",
"beers": []
}) for c in checkins)
for c in checkins:
beer = "%s by %s" % (c["beer"]["beer_name"], c["brewery"]["brewery_name"])
venues[c["venue"]["venue_id"]]["beers"].append(beer)
for bid in venues:
venues[bid]["beers"] = list(set(venues[bid]["beers"]))
return venues.values()
def rating_distribution():
checkins = checkins_service.all()
all_ratings = [checkin["rating_score"] for checkin in checkins if checkin["rating_score"]]
total_counter = Counter(all_ratings)
beers = set()
distinct_ratings = []
for checkin in checkins:
if not checkin["beer"]["bid"] in beers:
distinct_ratings.append(checkin["rating_score"])
beers.add(checkin["beer"]["bid"])
distinct_counter = Counter(distinct_ratings)
keys = [1, 1.5, 2, 2.5, 3, 3.5, 4, 4.5, 5]
return [
{"key": "Total", "values": [{"rating": rating, "n": total_counter[rating]} for rating in keys]},
{"key": "Distinct", "values": [{"rating": rating, "n": distinct_counter[rating]} for rating in keys]},
]
def per_month():
checkins = checkins_service.all()
beers = set()
new = defaultdict(int)
old = defaultdict(int)
keys = set()
for checkin in checkins:
date = datetime.strptime(checkin["created_at"], untappd.DATE_FORMAT)
key = (int(date.strftime("%Y")), int(date.strftime("%m")))
keys.add(key)
beer = checkin['beer']['bid']
if beer in beers:
old[key] = old[key] + 1
else:
new[key] = new[key] + 1
beers.add(beer)
def make_key_list(curr, end):
keys = [curr]
while curr < end:
(y, m) = curr
curr = (y + 1, 1) if m == 12 else (y, m + 1)
keys.append(curr)
return keys
keys = make_key_list(min(keys), max(keys))
def mk_value_list(d):
return [{"month": "%s %s" % (months[month], year),
"beers": d.get((year, month), 0)}
for year, month in keys]
return [
{
"key": "New tastings",
"values": mk_value_list(new)
}, {
"key": "Beers tasted before",
"values": mk_value_list(old)
}
]
def map_breweries():
checkins = filter(lambda c: c["brewery"]
and c["brewery"]["location"]["lat"]
and c["brewery"]["location"]["lng"],
checkins_service.all())
breweries = dict((c["brewery"]["brewery_id"],
{
"name": c["brewery"]["brewery_name"],
"lat": c["brewery"]["location"]["lat"],
"lng": c["brewery"]["location"]["lng"],
"url": ensure_http_prefix(c["brewery"]["contact"]["url"]),
"label": c["brewery"]["brewery_label"],
"beers_desc": "You\'ve tasted:",
"beers": []
}) for c in checkins)
for c in checkins:
breweries[c["brewery"]["brewery_id"]]["beers"].append(c["beer"]["beer_name"])
for bid in breweries:
breweries[bid]["beers"] = list(set(breweries[bid]["beers"]))
return breweries.values()
def map_checkins():
checkins = filter(lambda c: c["venue"], checkins_service.all())
venues = dict(
(
c["venue"]["venue_id"],
{
"name": c["venue"]["venue_name"],
"lat": c["venue"]["location"]["lat"],
"lng": c["venue"]["location"]["lng"],
"url": ensure_http_prefix(c["venue"]["contact"]["venue_url"]),
"label": c["venue"]["venue_icon"]["sm"],
"beers_desc": "Beers drunk here:",
"beers": [],
},
)
for c in checkins
)
for c in checkins:
beer = "%s by %s" % (c["beer"]["beer_name"], c["brewery"]["brewery_name"])
venues[c["venue"]["venue_id"]]["beers"].append(beer)
for bid in venues:
venues[bid]["beers"] = list(set(venues[bid]["beers"]))
return venues.values()
def time_of_day():
dates = [datetime.strptime(checkin["created_at"], untappd.DATE_FORMAT) for checkin in checkins_service.all()]
tuples = [(d.weekday(), d.hour) for d in dates]
return [
{
"key": "Time and day",
"values": [
{"weekday": weekday, "hour": hour, "size": size}
for (weekday, hour), size in Counter(tuples).most_common()
],
}
]
