Update app.py

app.py

@@ -28,10 +28,10 @@ def plot_taraf_map(yaxis,min_year = 0, max_year = 400, heat=False):
         raise gr.Error('Minimum Year cannot be bigger than final ear!')
     filtered = geodf[(geodf['Year'] >= min_year) & (geodf['Year'] <= max_year)]
     temp = filtered[['City', yaxis]].groupby('City').sum().join(filtered[['City', 'Coordinates']].set_index('City'))
-    temp[f'{yaxis}_CubeRoot'] = temp[yaxis].apply(np.log10)
+    temp[f'{yaxis}_CubeRoot'] = temp[yaxis].apply(np.cbrt)
     filtered = geopandas.GeoDataFrame(temp, geometry= 'Coordinates').reset_index()
     if heat:
-        fig = px.density_mapbox(data_frame = filtered, lat = filtered.geometry.y, lon = filtered.geometry.x,z = f'{yaxis}_CubeRoot', title = f'Map of {yaxis}', opacity = .5, hover_data = 'City',center=dict(lat=21.4241, lon=39.826168), radius=20, zoom=2 )
+        fig = px.density_mapbox(data_frame = filtered, lat = filtered.geometry.y, lon = filtered.geometry.x,z = yaxis, title = f'Map of {yaxis}', opacity = .5, hover_data = 'City',center=dict(lat=21.4241, lon=39.826168), radius=10, zoom=2 )
     else:
         fig = px.scatter_mapbox(data_frame = filtered, lat = filtered.geometry.y, lon = filtered.geometry.x,size = f'{yaxis}_CubeRoot',color = yaxis, title = f'Map of {yaxis}', opacity = .5, hover_data = 'City',center=dict(lat=21.4241, lon=39.826168) )
     fig.update_layout(title_font_color = 'red',margin=dict(l=0, r=0, b=0), title_x = .5, mapbox_style="white-bg", mapbox_layers=[