'TS': 'Tempelhof-Schöneberg',
'TK': 'Treptow-Köpenick',
'sum': 'all of Berlin',
- 'wsum': 'sum of new infections for last 7 days',
- 'wavg': 'per-day average of new infections for last 7 days',
- 'winc': 'incidence (x per 100k inhabitants) of new infections for last 7 days',
+ 'Σ': 'sum of new infections for last 7 days',
+ 'Ø': 'per-day average of new infections for last 7 days',
+ 'i': 'incidence (x per 100k inhabitants) of new infections for last 7 days',
}
# Read infections table path and output type.
db[district][date] = {'new_infections': int(district_data)}
sorted_dates.sort()
+# Define and move sum_district from end to start.
+sum_district = sorted_districts.pop()
+sorted_districts.insert(0, sum_district)
+
# In LaGeSo's data, the last "district" is actually the sum of all districts /
# the whole of Berlin.
#
# the table file, since we should have a human look at what mistake was
# probably made.
for date in sorted_dates:
- sum_district = sorted_districts[-1]
day_sum = 0
- for district in sorted_districts[:-1]:
+ for district in [d for d in sorted_districts if not d==sum_district]:
day_sum += db[district][date]['new_infections']
if day_sum != db[sum_district][date]['new_infections']:
raise Exception('Questionable district infection sum in %s' % date)
<tr>
<th colspan=2></th>""")
sorted_dates.reverse()
- sum_district = sorted_districts[-1]
for district in sorted_districts:
long_form = translate[district]
# Wrap in div because the vertical orientation otherwise fails
print('<tr class="day_row">')
print('<td>%s</td>' % date)
print('<td><table>')
- print('<tr><th><abbr title="new infections counted">new</abbr></th></tr>')
- for abbr in ['wsum', 'wavg', 'winc']:
+ print('<tr><th><abbr title="new infections counted">+</abbr></th></tr>')
+ for abbr in ['Σ', 'Ø', 'i']:
print('<tr><th><abbr title="%s">%s</abbr></th></tr>' %
(translate[abbr], abbr))
print('</table></td>')
# separated into 7-day units.
sorted_dates.reverse()
weekday_count = 0
- sum_district = sorted_districts[-1]
for date in sorted_dates:
# Week table header.
if weekday_count == 0:
- print(' '*11, ' '.join(sorted_districts[:-1]),
- sorted_districts[-1], 'wsum', ' wavg', 'winc')
+ print(' '*10, ' '.join(sorted_districts),
+ ' Σ', ' Ø', ' i')
week_start_date = date
# Day data line.
weekly_sums = []
weekly_avgs = []
weekly_incs = []
- for district in sorted_districts[:-1]:
+ for district in sorted_districts[1:]:
weekly_sums += [db[district][week_start_date]['week_sum']]
weekly_avgs += [db[district][week_start_date]['week_average']]
weekly_incs += [db[district][week_start_date]['week_incidence']]
print()
print('district stats for week from %s to %s:' % (date, week_start_date))
- print(' '*7, ' '.join(sorted_districts[:-1]))
- print('wsum', ' '.join(['%5.1f' % wsum for wsum in weekly_sums]))
- print('wavg', ' '.join(['%5.1f' % wavg for wavg in weekly_avgs]))
- print('winc', ' '.join(['%5.1f' % winc for winc in weekly_incs]))
+ print(' '*4, ' '.join(sorted_districts[1:]))
+ print('Σ', ' '.join(['%5.1f' % wsum for wsum in weekly_sums]))
+ print('Ø', ' '.join(['%5.1f' % wavg for wavg in weekly_avgs]))
+ print('i', ' '.join(['%5.1f' % winc for winc in weekly_incs]))
print()