def update_user_awards(self):
from accounts.methods import Awards
awards = Awards()
# check for new awards
logging.info('Updating Awards for User %s', self.session['user'].unique_identifier)
from model.quiz import QuizTaker
qt = QuizTaker.get_by_key_name(self.session['user'].unique_identifier)
new_awards = awards.check_all(qt)
if new_awards > 0: self.session['flash_msg'] = 'new_award'
print "OK"
return "OK"
def update_user_stats(self):
from quiztaker.methods import ProficiencyLevels
pl = ProficiencyLevels()
from model.quiz import QuizTaker
qt = QuizTaker.get_by_key_name(self.session['user'].unique_identifier)
logging.info('Updating Level Stats for User %s', qt.unique_identifier)
saved_stats = pl.set_for_user(qt)
logging.info(len(saved_stats))
if len(saved_stats) < 2: return False
print "OK"
return "OK"
def make_score(self, i, this_user): from model.quiz import QuizTaker from model.quiz import ItemScore import random this_user = QuizTaker.get_by_key_name(this_user.unique_identifier) picked_answer = '' if random.randint(1,100) > self.correct_prob: #wrong answer -- could also just use normal distribution of correct probability while picked_answer == i.index: picked_answer = i.answers.pop() else: picked_answer = i.index score = ItemScore(quiz_item = i, quiz_taker = this_user, correct_answer = i.index, picked_answer = picked_answer, type = "stub") if score.picked_answer == score.correct_answer: this_score = int(random.normalvariate(int( self.correct_prob ), 15)) if this_score > 99: this_score = 99 score.score = this_score self.correct_scores += 1 else: score.score = 0 self.save.append(score)