prof_airxbcal.org

AIRXBCAL

After hdf file read

prof = ‘robs1’ ‘rtime’ ‘rlat’ ‘rlon’ ‘zobs’ ‘findex’ ‘atrack’ ‘xtrack’ ‘satzen’ ‘solzen’ ‘landfrac’ ‘salti’ ‘udef’ ‘iudef’

robs1

Name Size Bytes Class Attributes c 2378x51933 493986696 single

rtime

Name Size Bytes Class Attributes c 1x51933 415464 double

rlat

Name Size Bytes Class Attributes c 1x51933 415464 double

rlon

Name Size Bytes Class Attributes c 1x51933 415464 double

zobs

Name Size Bytes Class Attributes c 1x51933 207732 single

findex

Name Size Bytes Class Attributes c 1x51933 103866 int16

atrack

Name Size Bytes Class Attributes c 1x51933 103866 int16

xtrack

Name Size Bytes Class Attributes c 1x51933 103866 int16

satzen

Name Size Bytes Class Attributes c 1x51933 207732 single

solzen

Name Size Bytes Class Attributes c 1x51933 207732 single

landfrac

Name Size Bytes Class Attributes c 1x51933 207732 single

salti

Name Size Bytes Class Attributes c 1x51933 207732 single

udef

Name Size Bytes Class Attributes c 16x51933 3323712 single

iudef

Name Size Bytes Class Attributes c 4x51933 415464 int16

After calflag match

Identical to prof after initial read except for additional field calflag prof = ‘robs1’ ‘rtime’ ‘rlat’ ‘rlon’ ‘zobs’ ‘findex’ ‘atrack’ ‘xtrack’ ‘satzen’ ‘solzen’ ‘landfrac’ ‘salti’ ‘udef’ ‘iudef’ ‘calflag’

calflag

Name Size Bytes Class Attributes c 2378x51933 123496674 uint8

After fill_era

Prof same as after calflags but with addition of fields from spres to nlevs prof = ‘robs1’ ‘rtime’ ‘rlat’ ‘rlon’ ‘zobs’ ‘findex’ ‘atrack’ ‘xtrack’ ‘satzen’ ‘solzen’ ‘landfrac’ ‘salti’ ‘udef’ ‘iudef’ ‘calflag’ ‘spres’ ‘stemp’ ‘wspeed’ ‘wsource’ ‘cfrac’ ‘plat’ ‘plon’ ‘ptemp’ ‘gas_1’ ‘gas_3’ ‘cc’ ‘clwc’ ‘ciwc’ ‘plevs’ ‘nlevs’

spres

Name Size Bytes Class Attributes c 1x51933 207732 single

stemp

Name Size Bytes Class Attributes c 1x51933 207732 single

wspeed

Name Size Bytes Class Attributes c 1x51933 207732 single

wsource

Name Size Bytes Class Attributes c 1x51933 207732 single

cfrac

Name Size Bytes Class Attributes c 1x51933 207732 single

plat

Name Size Bytes Class Attributes c 1x51933 207732 single

plon

Name Size Bytes Class Attributes c 1x51933 207732 single

ptemp

Name Size Bytes Class Attributes c 60x51933 12463920 single

gas_1

Name Size Bytes Class Attributes c 60x51933 12463920 single

gas_3

Name Size Bytes Class Attributes c 60x51933 12463920 single

cc

Name Size Bytes Class Attributes c 60x51933 12463920 single

clwc

Name Size Bytes Class Attributes c 60x51933 12463920 single

ciwc

Name Size Bytes Class Attributes c 60x51933 12463920 single

plevs

Name Size Bytes Class Attributes c 60x51933 12463920 single

nlevs

Name Size Bytes Class Attributes c 1x51933 207732 int32

After rtp_add_emis_danz

Same as after fill_era but with addition of fields nemis to rho prof = ‘robs1’ ‘rtime’ ‘rlat’ ‘rlon’ ‘zobs’ ‘findex’ ‘atrack’ ‘xtrack’ ‘satzen’ ‘solzen’ ‘landfrac’ ‘salti’ ‘udef’ ‘iudef’ ‘calflag’ ‘spres’ ‘stemp’ ‘wspeed’ ‘wsource’ ‘cfrac’ ‘plat’ ‘plon’ ‘ptemp’ ‘gas_1’ ‘gas_3’ ‘cc’ ‘clwc’ ‘ciwc’ ‘plevs’ ‘nlevs’ ‘nemis’ ‘efreq’ ‘emis’ ‘nrho’ ‘rho’

nemis

Name Size Bytes Class Attributes c 1x51933 207732 single

efreq

Name Size Bytes Class Attributes c 100x51933 20773200 single

emis

Name Size Bytes Class Attributes c 100x51933 20773200 single

nrho

Name Size Bytes Class Attributes c 1x51933 207732 single

rho

Name Size Bytes Class Attributes c 100x51933 20773200 single

After running klayers

Klayers seems to leave prof (as well as pattr, head, hattr) unchanged. I am judging this by structure and structure element size and type. These are unchanged after klayers. However, this does not mean that the values stored in the fields are the same just that they have the same type and quantity as before. This begs the question, what does klayers do and where does it put this information?

prof = ‘robs1’ ‘rtime’ ‘rlat’ ‘rlon’ ‘zobs’ ‘findex’ ‘atrack’ ‘xtrack’ ‘satzen’ ‘solzen’ ‘landfrac’ ‘salti’ ‘udef’ ‘iudef’ ‘calflag’ ‘spres’ ‘stemp’ ‘wspeed’ ‘wsource’ ‘cfrac’ ‘plat’ ‘plon’ ‘ptemp’ ‘gas_1’ ‘gas_3’ ‘cc’ ‘clwc’ ‘ciwc’ ‘plevs’ ‘nlevs’ ‘nemis’ ‘efreq’ ‘emis’ ‘nrho’ ‘rho’

After running sarta

Adds rcalc prof = ‘robs1’ ‘rtime’ ‘rlat’ ‘rlon’ ‘zobs’ ‘findex’ ‘atrack’ ‘xtrack’ ‘satzen’ ‘solzen’ ‘landfrac’ ‘salti’ ‘udef’ ‘iudef’ ‘calflag’ ‘spres’ ‘stemp’ ‘wspeed’ ‘wsource’ ‘cfrac’ ‘plat’ ‘plon’ ‘ptemp’ ‘gas_1’ ‘gas_3’ ‘cc’ ‘clwc’ ‘ciwc’ ‘plevs’ ‘nlevs’ ‘nemis’ ‘efreq’ ‘emis’ ‘nrho’ ‘rho’ ‘rcalc’

rcalc

Name Size Bytes Class Attributes c 2378x51933 493986696 single