Update app.py

app.py

@@ -5,7 +5,7 @@ import random
 questions = ["colorful", "worried", "excited", "showing", "respected", "doubters", "success"]
 answers = ["vibrant", "anxious", "thrilled", "depicting", "admired", "skeptics", "achievement"]
 
-answered_questions = set()  # Track which questions have been answered
+answered_questions = set()  # Track which questions have been correctly answered
 
 def get_options(question):
     index = questions.index(question)
@@ -17,20 +17,21 @@ def get_options(question):
     random.shuffle(options)
     return ", ".join(options), correct_answer, index
 
-def check_answer(user_input, correct_answer, score, question_index):
+def check_answer(user_input, correct_answer, question_index):
     if question_index in answered_questions:
-        return f"You have already answered this question. Your score remains {score}.", score
+        return "Correct! You have already answered this question correctly.", 1
     if user_input.strip().lower() == correct_answer.lower():
-        score += 1
-        feedback = f"Correct! Your score is now {score}."
+        feedback = "Correct!"
+        score = 1
+        answered_questions.add(question_index)  # Only add to answered if correct
     else:
-        feedback = f"Incorrect. The correct answer was '{correct_answer}'. Your score remains {score}."
-    answered_questions.add(question_index)
+        feedback = f"Incorrect. The correct answer was '{correct_answer}'."
+        score = 0
     return feedback, score
 
 with gr.Blocks() as app:
     with gr.Row():
-        question_dropdown = gr.Dropdown(choices=questions, label="Select a question", value=questions[0])
+        question_dropdown = gr.Dropdown(choices=questions, label="Select a question")
         show_options_button = gr.Button("Show me options")
     options_output = gr.Textbox(label="Options", interactive=False)
     correct_answer_store = gr.State()
@@ -50,20 +51,20 @@ with gr.Blocks() as app:
 
     show_options_button.click(
         fn=show_options,
-        inputs=question_dropdown,
+        inputs=[question_dropdown],
         outputs=[options_output, correct_answer_store, question_index_store]
     )
 
     submit_button.click(
-        fn=lambda user_input, correct_answer_store=correct_answer_store, score_store=score_store, question_index_store=question_index_store: submit_response(user_input, correct_answer_store.value, score_store.value, question_index_store.value),
+        fn=lambda user_input, correct_answer_store=correct_answer_store, question_index_store=question_index_store: submit_response(user_input, correct_answer_store.value, question_index_store.value),
         inputs=user_input,
-        outputs=[feedback_label, score_store]
+        outputs=[feedback_label]
     )
 
-    def submit_response(user_input, correct_answer, score, question_index):
-        feedback, updated_score = check_answer(user_input, correct_answer, score, question_index)
-        score_store.value = updated_score  # Ensure the score is updated in the state
-        return feedback, updated_score
+    def submit_response(user_input, correct_answer, question_index):
+        feedback, score = check_answer(user_input, correct_answer, question_index)
+        score_store.value += score  # Accumulate the score in the state without showing it immediately
+        return feedback
 
     complete_button.click(
         fn=lambda score_store=score_store: f"Session Complete. Your final score is {score_store.value}.",