Open jonfroehlich opened 5 years ago
Anthony's code is super easy to use. You can download it from tongning/label-intersection-proximity and then you'll simply need to download the full_dc.geojson
file or equivalent for whatever area you're interested in (Mikey was able to help me get this for Seattle and Newberg, it's just the raw data of the street grid used for computing the above).
Then, you'll need to install the dependencies - the only ones you'll not already have will probably be geojson
and shapely
With this in place, simply call the function compute_proximity
from Anthony's package and you'll be all set. More details are in his readme.
Nice! Thanks @galenweld. I'll look into incorporating this into my Jupyter Notebook!
For some of our worker quality inference analyses, we will want to incorporate where users tended to place labels in terms of a street segment (e.g., distance from an intersection). This is the same analyses that we performed for the Sidewalk Computer Vision paper (link to comment). @tongning wrote this code.
@tongning can you point me to where you wrote this code so I can try and incorporate it into my Jupyter Notebook? Perhaps @galenweld may also have some insights...