Descartes | A small plotting JavaScript library , made for TheoremJS

• it appears that you have used this example: https://github.com/gboeing/osmnx-examples/blob/main/notebooks/13-isolines-isochrones.ipynb
• if all you want is polygons, then there is no need to do PolygonPatch
• you have refactored incorrectly, for multiple walk times. You only need to generate edges once
• pulling it all together:
  1. source some schools
  2. get_isochrone() refactored to your use case. Have changed do it returns a dict that has index and name of point / school being investigated.
  3. generate a geopandas data frame of isochrones
  4. visualise it

1. Add quotes! Since WinSCP needs all its commands with spaces surrounded by double-quotes (see syntax reference here), I'd first put some around that open ... command, and then around other paths in your lcd and put commands. You can use two double-quotes to mean a literal " in your command.

2. Pass in a filename. You can use %1 to refer to the first command-line argument to this batch file. So if you save the script below as "upload.bat"...

The intersection returns a MultilineString, which is a fancy word for list of LineStrings. We can retrieve the coordinates then from each Linestring, e.g.:

You have a line of code that is projecting from EPSG:4326 to a UTM CRS. Additionally you are using very poor variable naming. you have called a variable G_4326 when it is not after projection!

This is clearly documented: https://osmnx.readthedocs.io/en/stable/osmnx.html#osmnx.projection.project_graph

I found this

All animated properties should be animated to a single numeric value, except as noted below; most properties that are non-numeric cannot be animated using basic jQuery functionality (For example, width, height, or left can be animated but background-color cannot be, unless the jQuery.Color plugin is used)

on the following site: https://api.jquery.com/animate/. It seems it is a jQuery problem so you could use a plugin, or use css since the background-colourproprty can be animated. Just do something like

I didnt installed jupyter in this environment^^

geopandas 0.10.1

• have noted that your data is on kaggle, so start by sourcing it
• there really is only one issue shapely.geometry.MultiPoint() constructor does not work with a filtered series. Pass it a numpy array instead and it works.
• full code below, have randomly selected a point to serve as gpdPoint

The plots that you attached are misleading, since the scales on the x-axis and the y-axis are very different. If you set both axes to the same scale, you obtain the following plot:

.

Since differences between x-coordinates of points are on the average much larger than differences between y-coordinates, you cannot obtain an alpha shape resembling your desired result. For larger values of alpha points scattered along the x-axis will not be connected by edges, since alpha shape will use circles too small to connect these points. For values of alpha small enough that these points get connected you will obtain the long edges on the right-hand side of the plot.

You can fix this issue by rescaling y-coordinates of all points, effectively stretching the plot in the vertical direction. For example, multiplying y-coordinates by 7 and setting alpha = 0.4 gives the following picture:

I think, in the template doing the grouping you rather want some generic group-adjacent="@name" and then distinguish e.g. instead of