# - Prepare the Petrus
# ----------------------------------------------------------------
username = '******'
db.create_user( username )
userID = db.get_user_id( username )
# ----------------------------------------------------------------
# - Compute its mitteltip, one for each station.
# ----------------------------------------------------------------
for city in cities:
print '\n * Compute the %s for city %s (ID: %d)' % (username,city['name'], city['ID'])
# - Returns list object containing two dicts
# where all the bets are in.
bet = mitteltip.mitteltip(db,'all',False,city,tdate)
# - If bet is False, continue
if bet == False: continue
# -------------------------------------------------------------
# - Inserting into database now
# -------------------------------------------------------------
print ' Inserting data into database now'
for day in range(1,3):
for k in bet[day-1].keys():
paramID = db.get_parameter_id(k)
db.upsert_bet_data(userID,city['ID'],paramID,tdate,day,bet[day-1][k])
db.commit()
db.close()
# - I do not have the judgingclass before the rule changes in
# 2002 (2002-12-06) and therefore it does not make any sense
# to compute MeanBets for that time period (becuase we can
# never compute the corresponding points). Skip.
# ----------------------------------------------------------------
if tdate < 12027:
from judgingclass20021206 import judging
print '[!] I dont know the rules to compute points before 2002-12-06'
print ' Therefore it makes no sense to compute MeanBets. Skip.'
continue
# -------------------------------------------------------------
# - List element to store the two dict dbects
# containing the bets for Petrus
# -------------------------------------------------------------
bet = mitteltip.mitteltip(db, 'group', groupID, city, tdate)
# -------------------------------------------------------------
# - If at least one query returnd no data, mitteltip returns
# False. We cannot compute the Mitteltip. Message and
# continue.
# -------------------------------------------------------------
if not bet:
print '[!] At least one parameter returned no data. Skip!!'
continue
# -------------------------------------------------------------
# - Inserting into database now
# -------------------------------------------------------------
print ' Inserting data into database now'
for day in range(1, 3):
value = db.get_bet_data('user', userID, city['ID'],
paramID, tdate, day + 1)
coef = moses[param][user]
# - If value is False the player did not submit his/her bet!
if value == False: continue
else:
bet[day][param] = np.append(
bet[day][param],
np.repeat(value, int(float(coef) * 100000)))
# Use Petrus fallback.
if len(bet[day][param]) == 0:
bet[day][param] = db.get_bet_data(
'user', petrus_userID, city['ID'], paramID, tdate,
day + 1)
bet = mitteltip.mitteltip(db, 'moses', False, city, tdate, bet)
# - If bet is False, continue
if bet == False: continue
# -------------------------------------------------------------
# - Inserting into database now
# -------------------------------------------------------------
print(' Inserting data into database now')
for day in range(1, 3):
for k in params:
paramID = db.get_parameter_id(k)
db.upsert_bet_data(moses_userID, city['ID'], paramID,
tdate, day, bet[day - 1][k])
db.commit()
if check:
print ' Date is \'locked\' (datelock). Dont execute, skip.'
continue
# ----------------------------------------------------------------
# - Compute mitteltip mean of all stations of each city...
# ----------------------------------------------------------------
for city in cities:
print '\n * Compute the %s for city %s (ID: %d)' % (
username, city['name'], city['ID'])
# - bit hacky: go j days back in mitteltip function and get obs
# instead of user bets like in Petrus. typ='persistenz' for db
# idea: we could also take thursday's obs for saturday and
# fridays tip for sunday, or even saturday's for sunday...
bet = mitteltip.mitteltip(db, 'persistenz', False, city,
tdate - j)
# - If bet is False, continue
if bet == False:
print "NO BETDATA"
continue
# - Save into database. Note: we have loaded the persistence
# data from the tournament (e.g. Friday)
# but have to store for two days (saturday, sunday). Therefore
# there is the day-loop here.
for day in range(1, 3):
print " Insert %s bets into database for day %d" % (i,
day)
for k in bet[day - 1].keys():
paramID = db.get_parameter_id(k)
