Update app.py

app.py

@@ -44,26 +44,22 @@ def gpt_call(history, user_message,
     
     response = completion.choices[0].message.content
     
-    # Ensure AI always demands detailed explanations first
-    if any(keyword in user_message.lower() for keyword in ["yes", "no", "next question"]):
-        response = "Before we move forward, let's take a step back. What do you think about the problem? Why do you believe your answer or method is correct? Can you explain your reasoning step by step? Let's make sure we fully understand before proceeding.\n\n" + response
+    # Ensure AI always asks for reasoning first before answering
+    if any(keyword in user_message.lower() for keyword in ["problem 2", "problem 3"]):
+        response = "Interesting! Before we move on, what do you think about this problem? Is it proportional? Why or why not? Let's explore your reasoning first.\n\n" + response
     
-    # Ensure AI always asks for reasoning
-    if any(keyword in user_message.lower() for keyword in ["solve", "explain", "why", "reasoning"]):
-        response = "Great thinking! Now, explain your reasoning step by step. What patterns do you notice? Let's walk through it together.\n\n" + response
+    # Push for deeper explanations—even if the answer is correct
+    if any(keyword in user_message.lower() for keyword in ["correct", "right", "exactly"]):
+        response = "That’s a great insight! But let’s push further—can you explain it another way? Could someone misunderstand this concept? Let’s explore that.\n\n" + response
     
-    # Provide step-by-step hints instead of full solutions immediately
-    if any(keyword in user_message.lower() for keyword in ["hint", "stuck", "help"]):
-        response = "Here's a hint: What key properties or relationships can help you solve this? Try breaking it down further. What happens if we adjust one of the variables?\n\n" + response
+    # Ensure the AI always asks a follow-up before moving to the next question
+    if any(keyword in user_message.lower() for keyword in ["move on", "next question"]):
+        response = "Before we continue, let’s reflect for a moment—what was the biggest takeaway from this problem? Could we change something and still get a non-proportional relationship?\n\n" + response
     
-    # Encourage teachers to create their own problems at the end
+    # Make the Problem-Posing Activity more interactive
     if "pose a problem" in user_message.lower():
-        response += "\n\nNow that you've explored this concept, try creating a problem similar to the ones we discussed. What elements would you include to ensure it is non-proportional?"
-    
-    # Ask about Common Core practice standards and creativity-directed practices in the summary
-    if "summary" in user_message.lower():
-        response += "\n\nReflection time! Which Common Core practice standards did we apply? How did creativity shape your approach to solving this problem? What strategies would help students build deeper mathematical reasoning?"
-    
+        response += "\n\nThat's a great start! But let's refine it—does your problem truly show a non-proportional relationship? What would happen if we removed the fixed cost? Try adjusting it and see if it still works!"
+
     return response
 
 def respond(user_message, history):