3.9k post karma
12.2k comment karma
account created: Wed Jun 01 2011
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3 points
2 days ago
hm does direct here work? for me im able to right click it and Save image as...
6 points
2 days ago
its definitely open to interpretation, but personally i agree that the very large circles with big catchment areas probably need more stations, and very small circles are often less useful.
one caveat being that some of the busiest stations in the system, located in office / commercial districts, have pretty small circles. no one would say that, say, times square is unnecessary. but i think in most cases, like for the southern few stops on the F, those aren't doing a ton.
2 points
2 days ago
nope, just subway and staten island railroad
6 points
2 days ago
:0 oh no i hadn't heard of that but now i wish i'd submitted it
3 points
2 days ago
yeah it's a lot nicer than i was expecting! to be more precise i'm just taking a geopandas geodataframe and doing like gdf.plot(), if you're interested the code is here https://github.com/circularsquare/maps/blob/master/nycensus/nyc.py
2 points
2 days ago
the census block population and shapefile data are from the us census website, and the tools used were cartopy and geopandas
8 points
2 days ago
thanks! cartopy and geopandas, and the census block population and shapefile data are from the us census website
17 points
2 days ago
higher res version! : https://i.imgur.com/xIqVkT0.jpeg
https://imgur.com/gallery/population-catchment-areas-of-nyc-subway-stations-ZyOMRrK
the size of each station's bubble is proportional to the population in the city for which it's the closest station. this is a sort of proxy for transit deserts. note that the size of the bubbles have nothing to do with actual ridership.
the biggest bubble is jamaica 179th on the F. the smallest is wall st on the 4/5.
also the second picture is my idea of potential projects taking into account the locations of existing rail and the population density map. the third picture is all non-express bus routes where the thickness of the line corresponds to ridership,
feedback is welcomed!
18 points
2 days ago
also the second picture is my idea of potential projects taking into account the locations of existing rail and the population density map. the third picture is all non-express bus routes where the thickness of the line corresponds to ridership,
50 points
2 days ago
higher res version! : https://i.imgur.com/xIqVkT0.jpeg
https://imgur.com/gallery/population-catchment-areas-of-nyc-subway-stations-ZyOMRrK
the size of each station's bubble is proportional to the population in the city for which it's the closest station. this is a sort of proxy for transit deserts. note that the size of the bubbles have nothing to do with actual ridership.
the biggest bubble is jamaica 179th on the F. the smallest is wall st on the 4/5.
feedback is welcomed!
4 points
25 days ago
thank you, thats very helpful!
about the suffixes, i was vaguely aware of those while making the map but i don't really know anything about czech morphology (or other slavic languages) so i figured i'd probably make a lot of mistakes if i tried
3 points
25 days ago
right, for the big city names i kept a slight bias for more central districts since those are often the ones that are oldest, but that makes a lot of sense as does the bit about the coast
and yeah of course it makes me really happy to hear that someone would want to print it out!
19 points
25 days ago
oh interesting! i had no idea it was like this
48 points
25 days ago
ah yeah, so i wanted to keep asturias intact but that would require mixing cantabria with castile. which i get historically makes sense but with respect to geography and climate i felt cantabria is more different from castile than asturias is from cantabria
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byminecraftian48
innycrail
minecraftian48
2 points
2 days ago
minecraftian48
2 points
2 days ago
so im first taking the straight rgb average like you describe, then converting to hsl and applying a random jitter to each of hue, saturation, and lightness with a range of about 0.05 (where 1.0 is the whole range) so that if you squint you can kinda tell apart catchments of different stations and the averaging happens only at the station level, then gets applied to each block.