Update app.py

app.py

@@ -66,97 +66,108 @@ else:
         else:
             st.warning("Please enter your location to get recommendations.")
 
-# New Features
-
-# Types of Internet Connections
-def types_of_internet_connections():
-    st.subheader("Types of Internet Connections")
-    st.markdown("""
-    In rural areas, you may encounter various types of internet connections. Each has its pros and cons, depending on your needs:
-
-    - **Satellite Internet**: 
-        - Good for remote areas where no other connectivity is available.
-        - Pros: Available almost everywhere.
-        - Cons: Can be expensive and has higher latency.
-
-    - **4G/5G LTE**:
-        - Increasingly popular in rural areas.
-        - Pros: Affordable, high-speed internet.
-        - Cons: Coverage may be limited in remote regions.
-
-    - **Fiber Optic**:
-        - The fastest connection type.
-        - Pros: Very fast speeds (up to 1 Gbps).
-        - Cons: Limited availability in rural areas.
-
-    - **DSL (Digital Subscriber Line)**:
-        - Common in many rural areas.
-        - Pros: Reliable, affordable.
-        - Cons: Slower speeds compared to fiber or LTE.
-
-    - **Fixed Wireless**:
-        - Uses radio signals to provide internet access.
-        - Pros: Available in remote areas, affordable.
-        - Cons: Speeds vary based on distance from the tower.
-
-    - **Dial-Up**:
-        - Rarely used nowadays, but still present in some rural areas.
-        - Pros: Available anywhere a phone line exists.
-        - Cons: Very slow speeds, high latency.
-    """)
-
-# Educational Resources
-def educational_resources():
-    st.subheader("Educational Resources on Internet Connectivity")
-    st.markdown("""
-    Here are some useful educational resources to help you understand how internet connectivity works and how it can be improved in rural areas:
-
-    - **Internet Basics**: 
-      - [How the Internet Works](https://www.explainthatstuff.com/how-the-internet-works.html) – A simple guide to understanding the basics of internet technology.
+    # New Features
+
+    # Types of Internet Connections
+    def types_of_internet_connections():
+        st.subheader("Types of Internet Connections")
+        st.markdown("""
+        In rural areas, you may encounter various types of internet connections. Each has its pros and cons, depending on your needs:
+
+        - **Satellite Internet**: 
+            - Good for remote areas where no other connectivity is available.
+            - Pros: Available almost everywhere.
+            - Cons: Can be expensive and has higher latency.
+
+        - **4G/5G LTE**:
+            - Increasingly popular in rural areas.
+            - Pros: Affordable, high-speed internet.
+            - Cons: Coverage may be limited in remote regions.
+
+        - **Fiber Optic**:
+            - The fastest connection type.
+            - Pros: Very fast speeds (up to 1 Gbps).
+            - Cons: Limited availability in rural areas.
+
+        - **DSL (Digital Subscriber Line)**:
+            - Common in many rural areas.
+            - Pros: Reliable, affordable.
+            - Cons: Slower speeds compared to fiber or LTE.
+
+        - **Fixed Wireless**:
+            - Uses radio signals to provide internet access.
+            - Pros: Available in remote areas, affordable.
+            - Cons: Speeds vary based on distance from the tower.
+
+        - **Dial-Up**:
+            - Rarely used nowadays, but still present in some rural areas.
+            - Pros: Available anywhere a phone line exists.
+            - Cons: Very slow speeds, high latency.
+        """)
+
+    # Educational Resources
+    def educational_resources():
+        st.subheader("Educational Resources on Internet Connectivity")
+        st.markdown("""
+        Here are some useful educational resources to help you understand how internet connectivity works and how it can be improved in rural areas:
+
+        - **Internet Basics**: 
+          - [How the Internet Works](https://www.explainthatstuff.com/how-the-internet-works.html) – A simple guide to understanding the basics of internet technology.
+
+        - **Improving Rural Connectivity**: 
+          - [The State of Rural Broadband](https://www.broadbandnow.com/research/state-of-broadband) – Research on rural broadband and how to improve it.
+
+        - **Satellite Internet**:
+          - [Satellites for Internet](https://www.explainingthecloud.com/satellite-internet/) – A guide to how satellite internet works.
+
+        - **Wi-Fi Technology**:
+          - [How Wi-Fi Works](https://www.wi-fi.org/discover-wi-fi) – Learn about the technology behind Wi-Fi and how it can be optimized.
+
+        - **Internet Safety**:
+          - [Staying Safe Online](https://www.getsafeonline.org/) – A comprehensive resource for understanding internet safety, especially in rural communities where online security might be a concern.
+        """)
+
+    # Energy-Efficient Connectivity Solutions
+    def energy_efficient_connectivity():
+        st.subheader("Energy-Efficient Connectivity Solutions")
+        st.markdown("""
+        In rural areas, where power supply can be inconsistent, energy-efficient internet solutions are important. Here are a few options to consider:
+
+        - **Solar-Powered Internet Solutions**:
+            - Many rural areas are turning to solar-powered routers and internet infrastructure to provide a sustainable internet connection.
+            - Pros: Green, cost-effective in the long run.
+            - Cons: Initial setup costs, weather dependency.
+        
+        - **Energy-Efficient Modems and Routers**:
+            - Choose modems and routers that are designed to consume less power, especially if you're running a small community network or a home-based system.
+            - Look for Energy Star-certified devices.
+
+        - **Low Power IoT Devices**:
+            - For rural communities that rely on low-cost, low-power internet, Internet of Things (IoT) devices can be energy-efficient.
+            - Use IoT to monitor remote areas, for smart agriculture, and more.
+
+        - **Energy-Efficient Data Centers**:
+            - If you are running a local data center in rural areas, look for solutions that use renewable energy (wind, solar) to power your infrastructure.
+
+        - **Smart Grid Technologies**:
+            - Use smart grid technologies to balance energy usage while maintaining a reliable internet connection. These technologies are being adopted in rural areas to improve energy distribution and reduce energy consumption.
+        """)
+
+    # Display Additional Features
+    if needs == "Types of Internet Connections":
+        types_of_internet_connections()
+    elif needs == "Educational Resources":
+        educational_resources()
+    elif needs == "Energy-Efficient Connectivity Solutions":
+        energy_efficient_connectivity()
+
+    # Optional Query Box for Additional Questions
+    st.sidebar.header("Have Another Query?")
+    user_query = st.sidebar.text_input("Ask a Question (Optional)", "")
     
-    - **Improving Rural Connectivity**: 
-      - [The State of Rural Broadband](https://www.broadbandnow.com/research/state-of-broadband) – Research on rural broadband and how to improve it.
-
-    - **Satellite Internet**:
-      - [Satellites for Internet](https://www.explainingthecloud.com/satellite-internet/) – A guide to how satellite internet works.
-
-    - **Wi-Fi Technology**:
-      - [How Wi-Fi Works](https://www.wi-fi.org/discover-wi-fi) – Learn about the technology behind Wi-Fi and how it can be optimized.
-
-    - **Internet Safety**:
-      - [Staying Safe Online](https://www.getsafeonline.org/) – A comprehensive resource for understanding internet safety, especially in rural communities where online security might be a concern.
-    """)
-
-# Energy-Efficient Connectivity Solutions
-def energy_efficient_connectivity():
-    st.subheader("Energy-Efficient Connectivity Solutions")
-    st.markdown("""
-    In rural areas, where power supply can be inconsistent, energy-efficient internet solutions are important. Here are a few options to consider:
-
-    - **Solar-Powered Internet Solutions**:
-        - Many rural areas are turning to solar-powered routers and internet infrastructure to provide a sustainable internet connection.
-        - Pros: Green, cost-effective in the long run.
-        - Cons: Initial setup costs, weather dependency.
-    
-    - **Energy-Efficient Modems and Routers**:
-        - Choose modems and routers that are designed to consume less power, especially if you're running a small community network or a home-based system.
-        - Look for Energy Star-certified devices.
-
-    - **Low Power IoT Devices**:
-        - For rural communities that rely on low-cost, low-power internet, Internet of Things (IoT) devices can be energy-efficient.
-        - Use IoT to monitor remote areas, for smart agriculture, and more.
-
-    - **Energy-Efficient Data Centers**:
-        - If you are running a local data center in rural areas, look for solutions that use renewable energy (wind, solar) to power your infrastructure.
-
-    - **Smart Grid Technologies**:
-        - Use smart grid technologies to balance energy usage while maintaining a reliable internet connection. These technologies are being adopted in rural areas to improve energy distribution and reduce energy consumption.
-    """)
-
-# Display Additional Features
-if needs == "Types of Internet Connections":
-    types_of_internet_connections()
-elif needs == "Educational Resources":
-    educational_resources()
-elif needs == "Energy-Efficient Connectivity Solutions":
-    energy_efficient_connectivity()
+    if user_query:
+        st.subheader(f"Your Query: {user_query}")
+        # Get response from Groq for the additional user query
+        query_response = enhance_with_groq(user_query)
+        st.write("Response from Groq:")
+        st.write(query_response)