Update app.py

app.py

@@ -64,7 +64,8 @@ with col1:
          'North Bend', 'Pacific', 'Preston', 'Ravensdale', 'Redmond',
          'Renton', 'Sammamish', 'SeaTac', 'Seattle', 'Shoreline',
          'Skykomish', 'Snoqualmie', 'Snoqualmie Pass', 'Tukwila', 'Vashon',
-         'Woodinville', 'Yarrow Point']
+         'Woodinville', 'Yarrow Point'],
+         
     )
 
     # Create sliders for each item in the dictionaries
@@ -73,7 +74,7 @@ with col1:
     sqft_living = st.slider('Square Feet (Living)', min_value=min_dict['sqft_living'], max_value=max_dict['sqft_living'], value=min_dict['sqft_living'])
     sqft_lot = st.slider('Square Feet (Lot)', min_value=min_dict['sqft_lot'], max_value=max_dict['sqft_lot'], value=min_dict['sqft_lot'])
     floors = st.slider('Floors', min_value=min_dict['floors'], max_value=max_dict['floors'], value=min_dict['floors'])
-    waterfront = st.checkbox('Waterfront', value=False)
+    waterfront = st.checkbox('Waterfront', value=False, )
     view = st.slider('View', min_value=min_dict['view'], max_value=max_dict['view'], value=min_dict['view'])
     condition = st.slider('Condition', min_value=min_dict['condition'], max_value=max_dict['condition'], value=min_dict['condition'])
     sqft_above = st.slider('Square Feet (Above)', min_value=min_dict['sqft_above'], max_value=max_dict['sqft_above'], value=min_dict['sqft_above'])
@@ -81,12 +82,13 @@ with col1:
     yr_built = st.slider('Year Built', min_value=min_dict['yr_built'], max_value=max_dict['yr_built'], value=min_dict['yr_built'])
     yr_renovated = st.slider('Year Renovated', min_value=min_dict['yr_renovated'], max_value=max_dict['yr_renovated'], value=min_dict['yr_renovated'])
 
-    if (bedrooms != min_dict['bedrooms'] or
+    if (city != 'Algona' or # Assuming Algona as the default value
+        bedrooms != min_dict['bedrooms'] or
         bathrooms != min_dict['bathrooms'] or
         sqft_living != min_dict['sqft_living'] or
         sqft_lot != min_dict['sqft_lot'] or
         floors != min_dict['floors'] or
-       # waterfront != min_dict['waterfront'] or
+        int(waterfront) != 0 or  # Assuming default value for waterfront is 0
         view != min_dict['view'] or
         condition != min_dict['condition'] or
         sqft_above != min_dict['sqft_above'] or
@@ -119,7 +121,6 @@ with col1:
 
 # Display the map in the second column
 with col2:
-    if ()
     st.subheader('Map')
     data = pd.DataFrame({
         'latitude': [47.6097, 47.6205, 47.6762],  # Example latitudes