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ne30np4_091226_pentagons.nc (1 degree CAM-SE grid)
ne120np4_pentagons_100310.nc (1/4 degree CAM-SE grid)
- 129x256_SCRIP.130510.nc* Similar to T85, but equally spaced (1.4 degrees) points in both latitude/longitude, including points at both poles.
- 256x512_SCRIP.130510.nc* Equi-angle lat/lon grid (.70 degrees)
- 801x1600_SCRIP.130510.nc* Equi-angle lat/lon grid (0.225 degrees)
NOTE: Grid Files in the ACME inputdata contain a suffix giving their creation date, usually of the form YYMMDD. Grid files indicated by "*" (with generation date 2013-05-10) contain flaws and will be replaced ~20150901. For more information on the new grids and mapfiles, visit Why and how to migrate to updated grids and mapfiles and/or contact Charlie Zender.
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NOTE: map-files ending in "*" generated on 2015-04-18 contain flaws and will be replaced ~20150901. For more information on the new grids and mapfiles, visit Why and how to migrate to updated grids and mapfiles and/or contact Charlie Zender.
Regridding using UV-CDAT:
see: ACME regridder instructions/wiki/spaces/WORKFLOW/pages/12419798
Regridding using NCO:
see http://nco.sourceforge.net/nco.html#regrid
Note that appropriately modern versions of NCO are available on Rhea, Pileus, Cooley, and Edison. Look at https://github.com/ACME-Climate/PreAndPostProcessingScripts/blob/master/generate_climatologies/climo_nco.sh (near line ~70) for locations of nco executables on these machines.
Regridding using NCL:
NCL is Regridding using NCL refers to using a NCL script extracted from the AMWG diagnostics package and further tweaked into a general regridder by Mark Taylor. This ACME NCL-script is much slower than either of the above regridders and its metadata is worse, so we don't recommend its use. However, we did create a confluence page documenting how to use it so I'm including it here for posterity: /wiki/spaces/WORKFLOW/pages/16253082... But in general, don't use this code!