Visualizing data in Cubed-Sphere grid: Difference between revisions
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==== [[Recipe: python program example2| example2.py]] ==== | ==== [[Recipe: python program example2| example2.py]] ==== | ||
== IDL == | == IDL == | ||
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==Panoply== | ==Panoply== | ||
Now the Panoply after version 4.7.0 can view the native cubed-sphere products. This software can be downloaded from https://www.giss.nasa.gov/tools/panoply/ | Now the Panoply after version 4.7.0 can view the native cubed-sphere products. This software can be downloaded from https://www.giss.nasa.gov/tools/panoply/ | ||
==Converting(interpolating) cubed-sphere data to Lat-Lon data== | |||
For some purposes it will be impractical to adapt existing analysis tools to directly work with MERRA cubed-sphere products. In such cases, users will need to build an executable that can interpolate cubed-sphere data to a set of predefined lat-lon resolutions. (Note that special care must be taken for vector data, e.g., (u,v).) | |||
The building requirements and instruction can be found here https://geos5.org/wiki/index.php?title=Building_Baselibs . The executable program cube2laton can be used to convert (or interpolate) the data | |||
Converting data: | |||
% cube2latlon <in-file> <out-file> <target-resolution> | |||
E.g., | |||
% cube2latlon merra.nc latlon.nc 4x5 | |||