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Communicating between the two has a good potential for Clojure. For example, it will allow for easy, declarative geospatial visualization with R libraries such as Leaflet, the related Mapview and the new Mapdeck.
This issue suggests to make geospatial data conversion between R and the JVM officially supported by Clojuress.
For most use cases, simple Geojson represetntation is good enough as a way for communication. This could be used in a first version of the implementation.
For a first step of this task, it would be good to write an example workflow with explicit conversion using Geojson, even if it is not yet part of the r->clj and clj->r API functions.
Some experiments have shown this is a practical way, at least for non-huge datasets.
edit: wording
The text was updated successfully, but these errors were encountered:
Both R and the JVM have a good story for processing geospatial data.
R has sf, Java has JTS, etc.
Communicating between the two has a good potential for Clojure. For example, it will allow for easy, declarative geospatial visualization with R libraries such as Leaflet, the related Mapview and the new Mapdeck.
This issue suggests to make geospatial data conversion between R and the JVM officially supported by Clojuress.
For most use cases, simple Geojson represetntation is good enough as a way for communication. This could be used in a first version of the implementation.
For a first step of this task, it would be good to write an example workflow with explicit conversion using Geojson, even if it is not yet part of the
r->clj
andclj->r
API functions.Some experiments have shown this is a practical way, at least for non-huge datasets.
edit: wording
The text was updated successfully, but these errors were encountered: