Visualize geometry data in the command line, along with the famous talking cow.
Project description
cowsee
"A picture is worth a thousand words." -the cow
Visualize geometry data in the command line, along with the famous talking cow.
$ cowsee hello_world.shp
╔════════════════════════════════════════════════════════════════════════════╗
║ ║
║ /─\ /─┬─╴ ║
║ /─┬┬┬┬┬─┴─┴─┬─┴╴\──┬─╴ ╶──╴ ╶──┬┬╴╶─╴/────\ /┬┬╴ ║
║ ╷ /────┬───┴┬┼┼┼┼┼┬─┬─\\┬╴ /┴╴ /┬┬┬─\╷/┬┴┴┬┬┬─/ ╶─┴───┴┴┴─────\ ║
║ \─┼╴ ╷╷| \┴┴┴┼┴┴┬┴┬┴╴\┬┬──/╶─╴ /┬┼┼┤├─┴┴┴/ \┴/ /┬╴// ║
║ ╶┼──┴┴┴─┬\ \─\├╴\─\ \/ /\\┼┼┴┼┴\ /──┬\ /┬──┼┼─/ ║
║ ╶─/ \┼───────┼/ /┬┼\ ╶┴┼─┼┼┬┼┬┼\ /┬/ ╵\┬┬─────┬─┬┼┼╴╷\/ ║
║ | \─┬┴┴/╵ /┴┬┼┼┼┼┼┴┴┬┼┼─┬┬┬─/\─────┼┬┼/├╴╵ ║
║ \─\ // ╶╴ ├┬┴┼┼┴┼┴┬┬┴┼┴┬┴┼┼\ ╶┤\┼─/ ║
║ ╶┴┬┬─┬──┼\ ╶┬┼┤ ├┼─┼─┼┼─┼┬┼┬┼/\─┬┬\ |╶/ ║
║ ╶╴ \┴┬┴┬─┴┼┬\ //├┴┬┴┼─┼─┴┼┬┼┼/╵\\ /┴┼┼┬──┤ ║
║ \─┴\ ├┼┼\ \┬┼┬┼─┼╴| /┴┼┼/ |///┴┼┼╴ ├\ ║
║ \┬┴┼┼┼┬\ \┴┴┴┬┼┬┴┬┼─┼┤ ├/ \┬┼┼\/┴┤ ╶╴ ╶╴ ║
║ ╷ ├─┼/\┴┴─\ \┼┤ ├┴┬┴/ ╵ \┼┼┴┼┬┼┬┬┬\╷ ╶╴ ║
║ ╵ ╶╴ |╶┼\ ├╴ ├┴\├\|╶╴ \┴─┴┼┴/\┼┴/╶\╷ ║
║ \╶╴ ╶╴ \─┤\\ | ├┬┼┼┼┤/\ ├───┴\ ╵╵ ╷ ║
║ ╵ ╶╴ ├─┼\/─/ |├┼┴┼/|| /┬/ \\ ╶─╴╵ ║
║ /┤ ├┼/ \┼/// \/ \┤ /\ | ║
║ ||/┴/ \─/ \─/\─┬─/ /\ ║
║ ├┼/ \╴ /┴/ ║
║ ├┼╴ ╷ ╵ ║
║ \┴╴ ╷ \╴ ║
║ /─┬/ /───\ /─────────────\ ║
║ /─────────────/╶┤ /────────────/ \──/ \─┬─╴ ║ ^__^
║ /──────/ \──────/ \──\ ║ (oo)\_______
║ ├┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┬┤ ║ (__)\ )\/\
║ ║ ||----w |
╚════════════════════════════════════════════════════════════════════════════╝ || ||
[!NOTE]
cowseerequires a monospaced font to be properly displayed without looking real funky.
Try
If you have uv installed, give it a spin with uvx and say "hello, world!"
uvx cowsee https://international.ipums.org/international/resources/gis/IPUMSI_world_release2024.zip
Install
You can install cowsee into your python environment with uv or pip.
uv add cowsee
pip install cowsee
Run
To run, it is as simple as:
cowsee <filepath/url>
Any file type or url that can be input into the filename argument of
geopandas.read_file()
can be handled by cowsee.
Supports visualization of Polygon, LineString, and Point data.
To output a larger or smaller image, the maximum width can be defined using the --width or -w flag.
Complex Line and Polygon geometries can sometimes visually benefit from some simplification before drawing.
This can be achieved by adding the --simplify-ratio or -s flag followed by the ratio number. For example,
-s 0.5 simplifies geometries to 50% of a text character's equivalent geometric width.
Finally, if you don't want to see the cow (said no one, ever) you can pass the --no-cow flag.
Looking Ahead
- Testing coverage
- Raster data support
Project details
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