add circle

app.py

@@ -461,7 +461,7 @@ if gpx_file is not None:
         # popup = folium.Popup()
         # vega.add_to(popup)
         # popup.add_to(circle)
-        # circle.add_to(route_map)
+        circle.add_to(route_map)
         # circle_marker = folium.CircleMarker(
         #     [row["lat"], row["lon"]],
         #     radius=15,
@@ -496,8 +496,12 @@ if gpx_file is not None:
             )
             .assign(color_grade=lambda df_: df_["grade"].map(grade_to_color))
         )
-        # df_hill_resample = df_hill.groupby((df_hill["distance_from_start"]*1000).round(-2)).agg({"elev":"mean", "grade":"mean"}).reset_index()
-        # df_hill_resample["color_grade"] = df_resampled["grade"].map(grade_to_color)
+        df_hill_resample = (
+            df_hill.groupby((df_hill["distance_from_start"] * 1000).round(-2))
+            .agg({"elev": "mean", "grade": "mean"})
+            .reset_index()
+        )
+        df_hill_resample["color_grade"] = df_hill_resample["grade"].map(grade_to_color)
         title = f"Climb {index+1}: {row['length']:.2f}km {(row['grade']/100_000):.2%} {int(row['total_ascent']):d}hm"
-        climb_profile = generate_climb_profile(df_hill, title)
+        climb_profile = generate_climb_profile(df_hill_resample, title)
         st.altair_chart(climb_profile, use_container_width=True)