Reihenfolge_Fragetyp(und Lizenzenz_Dateien)
This commit is contained in:
ben8
@@ -112,7 +112,6 @@ class GameConsumer(AsyncWebsocketConsumer):
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await self.send(text_data=json.dumps({
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'type': 'answer_stats',
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'stats': stats,
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'answer': answer,
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}))
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elif message_type == 'update_participants':
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@@ -175,93 +174,122 @@ class GameConsumer(AsyncWebsocketConsumer):
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return False
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@database_sync_to_async
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def save_answer(self, participant_id, answer_index, time_remaining):
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try:
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participant = QuizGameParticipant.objects.get(
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quiz_game__join_code=self.join_code,
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participant_id=participant_id
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)
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quiz_game = participant.quiz_game
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current_question = quiz_game.quiz_id.questions.all()[quiz_game.current_question_index]
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# Check if answer is correct
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is_correct = False
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question_data = json.loads(current_question.data)
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print(answer_index)
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try:
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if answer_index >= 0 : # -1 means timeout
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is_correct = question_data['options'][answer_index]['is_correct']
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print(is_correct)
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except:
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user_input = str(answer_index).strip().lower().replace(" ", "")
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correct_value = str(question_data['options'][0].get('value', '')).strip().lower().replace(" ", "")
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print("Richtig",correct_value)
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print(user_input)
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if user_input == correct_value:
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is_correct=True
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answer_index=int(0)
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print(is_correct)
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else:
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answer_index=int(1)
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def save_answer(self, participant_id, answer, time_remaining):
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try:
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participant = QuizGameParticipant.objects.get(
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quiz_game__join_code=self.join_code,
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participant_id=participant_id
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)
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quiz_game = participant.quiz_game
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current_question = quiz_game.quiz_id.questions.all()[quiz_game.current_question_index]
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question_data = json.loads(current_question.data)
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question_type = question_data.get("type")
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is_correct = False
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answer_index = None
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answers_order = None
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answer_text = None
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if question_type in ["multiple_choice", "true_false"]:
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# answer ist hier eine Integer-Antwort (Index)
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answer_index = int(answer)
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if answer_index >= 0:
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is_correct = question_data['options'][answer_index].get('is_correct', False)
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elif question_type == "input":
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user_input = str(answer).strip().lower().replace(" ", "")
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correct_value = str(question_data['options'][0].get('value', '')).strip().lower().replace(" ", "")
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is_correct = (user_input == correct_value)
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answer_text = user_input
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answer_index = 0 if is_correct else 1
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elif question_type == "order":
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# answer ist hier eine Liste von Strings mit der Reihenfolge
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answers_order = answer
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correct_sequence = sorted(question_data["options"], key=lambda x: x["order"])
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correct_values = [opt["value"] for opt in correct_sequence]
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is_correct = (answers_order == correct_values)
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# Calculate score based on correctness and time
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score = 0
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if is_correct:
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base_score = 1000
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time_factor = time_remaining / int(current_question.time_per_question)/int(1000)
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score = int(base_score * (0.5 + 0.5 * time_factor))
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# Update or create answer in QuizAnswer table
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answer_obj, created = QuizAnswer.objects.get_or_create(
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participant=participant,
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question_index=quiz_game.current_question_index,
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defaults={
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'answer_index': answer_index,
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'is_correct': is_correct,
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'score': score,
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'time_remaining': time_remaining
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}
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)
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if not created:
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answer_obj.answer_index = answer_index
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answer_obj.is_correct = is_correct
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answer_obj.score = score
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answer_obj.time_remaining = time_remaining
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answer_obj.save()
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participant.last_score = score
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participant.score += score
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participant.last_answer_correct = is_correct
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participant.save()
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return True
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except (QuizGameParticipant.DoesNotExist, IndexError):
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return False
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# Score berechnen
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score = 0
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if is_correct:
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base_score = 1000
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time_factor = time_remaining / int(current_question.time_per_question) / 1000
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score = int(base_score * (0.5 + 0.5 * time_factor))
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# Antwort speichern oder aktualisieren
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answer_obj, created = QuizAnswer.objects.get_or_create(
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participant=participant,
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question_index=quiz_game.current_question_index,
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defaults={
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'answer_index': answer_index,
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'answers_order': answers_order,
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'is_correct': is_correct,
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'score': score,
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'time_remaining': time_remaining
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}
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)
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if not created:
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answer_obj.answer_index = answer_index
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answer_obj.answers_order = answers_order
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answer_obj.is_correct = is_correct
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answer_obj.score = score
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answer_obj.time_remaining = time_remaining
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answer_obj.save()
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# Teilnehmer aktualisieren
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participant.last_score = score
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participant.score += score
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participant.last_answer=answer_index
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participant.last_answer_correct = is_correct
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participant.save()
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return True
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except (QuizGameParticipant.DoesNotExist, IndexError):
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return False
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@database_sync_to_async
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def get_answer_stats(self):
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try:
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quiz_game = QuizGame.objects.get(join_code=self.join_code)
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try:
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quiz_game = QuizGame.objects.get(join_code=self.join_code)
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answers = QuizAnswer.objects.filter(
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participant__quiz_game=quiz_game,
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question_index=quiz_game.current_question_index
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)
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current_question = quiz_game.quiz_id.questions.all()[quiz_game.current_question_index]
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question_data = json.loads(current_question.data)
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question_type = question_data.get("type")
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stats = {}
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for single_answer in answers:
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# Count answers for each option in the current question
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stats = {}
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answers = QuizAnswer.objects.filter(
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participant__quiz_game=quiz_game,
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question_index=quiz_game.current_question_index
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)
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for answer in answers:
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if answer.answer_index >= 0: # Ignore timeouts (-1)
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stats[answer.answer_index] = stats.get(answer.answer_index, 0) + 1
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return stats
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except QuizGame.DoesNotExist:
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return {}
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if question_type == "order":
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correct_answer=[str(opt["value"]) for opt in sorted(question_data["options"], key=lambda x: x["order"])]
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if single_answer.answers_order== correct_answer:
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key = 0 # richtig
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else:
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key = 1 # falsch
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stats[key] = stats.get(key, 0) + 1
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else:
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key = str(single_answer.answer_index if single_answer.answer_index is not None else "unanswered")
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stats[key] = stats.get(key, 0) + 1
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return stats
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except:
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pass
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@database_sync_to_async
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def save_rating(self, participant_id, rating):
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