def set_closest_answered_question_as_next_question(self):
if self.current_difficulty == 20:
self.next_difficulty = 1
self.next_question = get_item_from_set(
self.questions_dict[self.next_difficulty])
else:
self.next_difficulty += 1
self.next_question = get_item_from_set(
self.questions_dict[self.next_difficulty])
def __init__(self,
student,
category,
db_address=db_address1,
how_many_questions=20):
super().__init__(
student,
category,
db_address,
gui=DecisionsAndTimingPracticeSessionGUI(self),
how_many_questions=how_many_questions,
session_results=DecisionsAndTimingPracticeSessionResults(self),
is_graph_session=True)
self.category = "Timer"
self.current_checked_question = None
self.next_checked_question = None
self.students_time = 0
self.old_students_time = None
self.answered_current_question = None
self.time_left_for_current_question = 0 # what's written on the timer right now
self.time_spent_on_current_question = 0
self.no_time_questions_indices = []
self.students_time_spent_on_current_question = 0
self.old_time_left_for_current_question = 0
self.questions_set = {
get_item_from_set(self.questions_dict[k])
for k in range(1, 21)
}
self.session_results.set_checked_questions_dict()
self.session_results.create_students_time_spent_on_questions()
def try_to_set_closest_unanswered_question_as_next_question(
self, min_difficulty, max_difficulty):
for difficulty in range(min_difficulty, max_difficulty):
next_question = get_item_from_set(self.questions_dict[difficulty])
if (not self.answered_question_already(next_question)) and (
self.have_time_for_question(next_question)):
self.next_difficulty, self.next_question = difficulty, next_question
return True # found a question
return False
def get_first_question(self):
return get_item_from_set(self.questions_dict[1])
def set_next_question_after_switching(self, question_number):
self.current_difficulty = question_number
self.last_question = self.current_question
self.next_question = get_item_from_set(
self.questions_dict[question_number])
self.set_current_question()