def prepare_stats_per_city():
citynames = Observation.objects.distinct('loc_city')
cities = []
for c in citynames:
obs = Observation.objects(loc_city = c)
city = prepare_stats_for_observations(obs)
city['city_name'] = c
cities.append(city)
return sorted(cities, key=lambda c: c['city_name'].lower())
def prepare_stats_per_country():
countrynames = Observation.objects.distinct('loc_country')
countries = []
for c in countrynames:
obs = Observation.objects(loc_country = c)
country = prepare_stats_for_observations(obs)
country['country_name'] = c
countries.append(country)
return sorted(countries, key=lambda c: c['country_name'].lower())
def prepare_stats_per_city():
citynames = Observation.objects.distinct('loc_city')
cities = []
for c in citynames:
obs = Observation.objects(loc_city=c)
city = prepare_stats_for_observations(obs)
city['city_name'] = c
cities.append(city)
return sorted(cities, key=lambda c: c['city_name'].lower())
def prepare_stats_per_country():
countrynames = Observation.objects.distinct('loc_country')
countries = []
for c in countrynames:
obs = Observation.objects(loc_country=c)
country = prepare_stats_for_observations(obs)
country['country_name'] = c
countries.append(country)
return sorted(countries, key=lambda c: c['country_name'].lower())
def prepareStatistics():
b = {}
b['number_of_registered_observers'] = RegisteredObserver.objects.count()
b['number_of_active_observers'] = len(Observation.objects().distinct("user"))
number_of_observations = Observation.objects.count()
b['number_of_observations'] = number_of_observations
number_of_iphone_observations = Observation.objects(device_type__icontains='iphone').count()
b['number_of_iphone_observations'] = number_of_iphone_observations
b['number_of_android_observations'] = number_of_observations - number_of_iphone_observations
(total_cars, total_non_smokers) = get_cars_and_nonsmokers(Observation.objects)
b['number_of_cars'] = total_cars
prob_non_smoke = float(float(total_non_smokers) / float(total_cars))
b['ratio_of_smokers'] = (1.0 - prob_non_smoke) * 100.0
b['ratio_of_smokers_interval'] = CI_interval(prob_non_smoke, total_cars)
b['countries'] = prepare_stats_per_country()
b['cities'] = prepare_stats_per_city()
return b
def prepareStatistics():
b = {}
b['number_of_registered_observers'] = RegisteredObserver.objects.count()
b['number_of_active_observers'] = len(
Observation.objects().distinct("user"))
number_of_observations = Observation.objects.count()
b['number_of_observations'] = number_of_observations
number_of_iphone_observations = Observation.objects(
device_type__icontains='iphone').count()
b['number_of_iphone_observations'] = number_of_iphone_observations
b['number_of_android_observations'] = number_of_observations - number_of_iphone_observations
(total_cars,
total_non_smokers) = get_cars_and_nonsmokers(Observation.objects)
b['number_of_cars'] = total_cars
prob_non_smoke = float(float(total_non_smokers) / float(total_cars))
b['ratio_of_smokers'] = (1.0 - prob_non_smoke) * 100.0
b['ratio_of_smokers_interval'] = CI_interval(prob_non_smoke, total_cars)
b['countries'] = prepare_stats_per_country()
b['cities'] = prepare_stats_per_city()
return b
def do_list(request):
print Observation.objects.distinct('loc_city')
observer = RegisteredObserver.objects.get(user=request.user)
obs = Observation.objects(user=observer)
obs_conv = []
for o in obs:
sec = o.duration / 1000
minute = sec / 60
sec = sec - (minute * 60)
o.duration = '%dmin %dsec' % (minute, sec)
obs_conv.append(o)
return render_to_response('observation/list.html',
{'observer': observer,
'observations': obs_conv},
context_instance=RequestContext(request))
def do_list(request):
print Observation.objects.distinct('loc_city')
observer = RegisteredObserver.objects.get(user=request.user)
obs = Observation.objects(user=observer)
obs_conv = []
for o in obs:
sec = o.duration / 1000
minute = sec / 60
sec = sec - (minute * 60)
o.duration = '%dmin %dsec' % (minute, sec)
obs_conv.append(o)
return render_to_response('observation/list.html', {
'observer': observer,
'observations': obs_conv
},
context_instance=RequestContext(request))
