Update app.py

app.py

@@ -312,17 +312,17 @@ def main():
 
 
                         with weather_col1:  
-                            st.imperial("Temperature", f"{current['temp']}°F")  
-                            st.imperial("Feels Like", f"{current['feels_like']}°F")  
-                            st.imperial("Humidity", f"{current['humidity']}%")  
-                            st.imperial("Pressure", f"{current['pressure']} in")
-                            st.imperial("Dew Point", f"{current['dew_point']} °F")
+                            st.metric("Temperature", f"{current['temp']}°F")  
+                            st.metric("Feels Like", f"{current['feels_like']}°F")  
+                            st.metric("Humidity", f"{current['humidity']}%")  
+                            st.metric("Pressure", f"{current['pressure']} in")
+                            st.metric("Dew Point", f"{current['dew_point']} °F")
 
                         with weather_col2:  
-                            st.imperial("Wind Speed", f"{current['wind_speed']} mph")  
-                            st.imperial("Wind Direction", f"{current['wind_deg']}Rad")  
-                            #st.imperial("UV Index", f"{current['uvi']}")  
-                            st.imperial("Cloud Cover", f"{current.get('clouds', 'N/A')}%")
+                            st.metric("Wind Speed", f"{current['wind_speed']} mph")  
+                            st.metric("Wind Direction", f"{current['wind_deg']}Rad")  
+                            #st.metric("UV Index", f"{current['uvi']}")  
+                            st.metric("Cloud Cover", f"{current.get('clouds', 'N/A')}%")
                         # Display sunrise and sunset times  
                             st.write(f"**Sunrise:** {sunrise_time}")  
                             st.write(f"**Sunset:** {sunset_time}")  
@@ -546,12 +546,12 @@ def main():
                         stats_col1, stats_col2 = st.columns(2)  
 
                         with stats_col1:  
-                            st.imperial("Min", f"{sg_df[avg_col].min():.2f}")  
-                            st.imperial("Max", f"{sg_df[avg_col].max():.2f}")  
+                            st.metric("Min", f"{sg_df[avg_col].min():.2f}")  
+                            st.metric("Max", f"{sg_df[avg_col].max():.2f}")  
 
                         with stats_col2:  
-                            st.imperial("Mean", f"{sg_df[avg_col].mean():.2f}")  
-                            st.imperial("Median", f"{sg_df[avg_col].median():.2f}")  
+                            st.metric("Mean", f"{sg_df[avg_col].mean():.2f}")  
+                            st.metric("Median", f"{sg_df[avg_col].median():.2f}")  
 
                         st.markdown("---")  
 
@@ -625,12 +625,12 @@ def main():
                     col1, col2 = st.columns(2)  
 
                     with col1:  
-                        st.imperial("Sunrise", astro_data.get('sunrise', 'N/A'))  
-                        st.imperial("Solar Noon", astro_data.get('solarNoon', 'N/A'))  
+                        st.metric("Sunrise", astro_data.get('sunrise', 'N/A'))  
+                        st.metric("Solar Noon", astro_data.get('solarNoon', 'N/A'))  
 
                     with col2:  
-                        st.imperial("Sunset", astro_data.get('sunset', 'N/A'))  
-                        st.imperial("Day Length", astro_data.get('dayLength', 'N/A'))  
+                        st.metric("Sunset", astro_data.get('sunset', 'N/A'))  
+                        st.metric("Day Length", astro_data.get('dayLength', 'N/A'))  
 
     elif data_source == "Fish Categories Data":  
         st.header("🐟 Fish Categires Data")