Visualizing data in Cubed-Sphere grid: Difference between revisions

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{{rightTOC}}
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<span style="color: red; font-weight: bold; font-size: 24pt">IN PROGRESS</span>
 


== Cubed-Sphere grid  background ==
== Cubed-Sphere grid  background ==
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#Download source codes and save them as driver.m, CSnative.m, extendFace1.m,extendFace3.m, extendFace4.m, extendFace6.m, and the example data file respectively to the same folder. The extendFace(1-6).m are used to fill the seam between cubed-sphere faces. Face2 and Face5 are not necessary to be  extended because they are redundant.
#Download source codes and save them as driver.m, CSnative.m, extendFace1.m,extendFace3.m, extendFace4.m, extendFace6.m, and the example data file respectively to the same folder. The extendFace(1-6).m are used to fill the seam between cubed-sphere faces. Face2 and Face5 are not necessary to be  extended because they are redundant.
#Users should specify the time, level , variable’s name and file name in driver.m
#Users should specify the time, level , variable’s name and file name in driver.m. The test data file can be downloaded [[Media:TEST7.geosgcm_prog.20000415_0000z.nc4]]
#Run with Matlab: % driver
#Run with Matlab: % driver


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For the new format of the output, users can use the python codes here to transform the data to lat-lon grid and visualize the products:
For the new format of the output, users can use the python codes here to transform the data to lat-lon grid and visualize the products:
#Install python 3 (or above) and the modules numpy, netcdf4, matplotlib and mpl_toolkits  on your computer.  
#Install python 3 (or above) and the modules numpy, netcdf4, matplotlib and mpl_toolkits  on your computer.  
#Download source codes CSnative.py, example1.py, example2.py and the example data file HU_getc180forweyium_c180.geosgcm_prog.20000414_2200z.nc4 to the same folder.
#Download source codes CSnative.py, example1.py, example2.py and the example data file [[Media:TEST7.geosgcm_prog.20000415_0000z.nc4]] the same folder.
#To show example 1, $python example1.py  
#To show example 1, $python example1.py  
#To show example 2, $python example2.py
#To show example 2, $python example2.py
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==== [[Recipe: python program  example1 | example1.py]] ====
==== [[Recipe: python program  example1 | example1.py]] ====
==== [[Recipe: python program  example2| example2.py]] ====
==== [[Recipe: python program  example2| example2.py]] ====


== IDL ==
== IDL ==