Changeset 134


Ignore:
Timestamp:
06/03/09 16:30:44 (15 years ago)
Author:
ericg
Message:

Updated fld_macros.def (wwv and divergence)

File:
1 edited

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  • trunk/config/fld_macros.def

    r102 r134  
    44; [ ]macro[ = ]sign_1[ ]field_1[ ].... [ ]<legend>[ ][unit] 
    55;  or 
    6 ; [ ]macro[ =: ]<name of idl function to call>[ ]<legend>[ ][unit] 
     6; [ ]macro[ =: ]<name of idl function to call>[ ]<legend>[ ][unit] \<macro_base_fld>/ 
    77 
    88; WORK 
    … …  
    1212; General macros & stats 
    1313 
     14; Divergence \u, v/ 
     15 
     16 uasdiv =: make_wdiv <Wind divergence> [s-1] \uas, vas/  
     17 uadiv =: make_wdiv <Wind divergence> [s-1] \ua, va/ 
     18 uascurl =: make_wcurl <Wind curl> [s-1] \uas, vas/  
     19 uacurl =: make_wcurl <Wind curl> [s-1] \ua, va/  
     20 taudiv =: make_wdiv <Wind stress divergence> [N.m-3] \taux, tauy/  
     21 
     22; warm water volume 
     23 wwvo =: make_wwv  <Warm Water Volume> [m3] \votemper/ 
     24 wwvt =: make_wwv  <Warm Water Volume> [m3] \thetao/ 
     25 
    1426; Linear fit 
    1527 
    16  alpha =: make_linfit <Total HF - SST linear fit> [W.m-2.C-1] \bils, tsol/  
    17  swalph =: make_linfit <SW - SST linear fit> [W.m-2.C-1] \SWsfc, tsol/  
    18  lwalph =: make_linfit <LW - SST linear fit> [W.m-2.C-1] \LWsfc, tsol/  
    19  lhalph =: make_linfit <Latent HF - SST linear fit> [W.m-2.C-1] \lat_oce, tsol/  
    20  alphera =: make_linfit <Total HF - SST linear fit> [W.m-2.C-1] \bils, ts/  
    21  swalpera =: make_linfit <SW - SST linear fit> [W.m-2.C-1] \ssr, ts/  
    22  lwalpera =: make_linfit <LW - SST linear fit> [W.m-2.C-1] \str, ts/  
    23  lhalpera =: make_linfit <Latent HF - SST linear fit> [W.m-2.C-1] \slhf, ts/  
    24  alphoa =: make_linfit <Total HF - SST linear fit> [W.m-2.C-1] \qnet, sosstsst/  
    25  swalpoa =: make_linfit <SW - SST linear fit> [W.m-2.C-1] \SWsfc, sosstsst/  
    26  lwalpoa =: make_linfit <LW - SST linear fit> [W.m-2.C-1] \oaLWsfc, sosstsst/  
    27  lhalpoa =: make_linfit <Latent HF - SST linear fit> [W.m-2.C-1] \slhf, sosstsst/  
    28  
    29  mu =: make_linfitdom <Taux-nino3 SST linear fit> [N.m-2.C-1] \taux_oce, nino3_sst/   
    30  mux =: make_linfitdom <Taux-nino3 SST linear fit> [N.m-2.C-1] \taux, nino3_sst/   
    31  muu =: make_linfitdom <Taux-nino3 SST linear fit> [N.m-2.C-1] \uflx, nino3_sst/   
     28 alpha =: make_linfit <Total HF-SST linfit> [W.m-2.C-1] \bils, tsol/  
     29 swalph =: make_linfit <SW-SST linfit> [W.m-2.C-1] \SWsfc, tsol/  
     30 lwalph =: make_linfit <LW-SST linfit> [W.m-2.C-1] \LWsfc, tsol/  
     31 lhalph =: make_linfit <LHF-SST linfit> [W.m-2.C-1] \lat_oce, tsol/  
     32 alphera =: make_linfit <Total HF-SST linfit> [W.m-2.C-1] \bils, ts/  
     33 swalpera =: make_linfit <SW-SST linfit> [W.m-2.C-1] \ssr, ts/  
     34 lwalpera =: make_linfit <LW-SST linfit> [W.m-2.C-1] \str, ts/  
     35 lhalpera =: make_linfit <LHF-SST linfit> [W.m-2.C-1] \slhf, ts/  
     36 alphoa =: make_linfit <Total HF-SST linfit> [W.m-2.C-1] \qnet, sosstsst/  
     37 swalpoa =: make_linfit <SW-SST linfit> [W.m-2.C-1] \SWsfc, sosstsst/  
     38 lwalpoa =: make_linfit <LW-SST linfit> [W.m-2.C-1] \oaLWsfc, sosstsst/  
     39 lhalpoa =: make_linfit <LHF-SST linfit> [W.m-2.C-1] \slhf, sosstsst/  
     40 swalpjra =: make_linfit <SW-SST linfit> [W.m-2.C-1] \SWsfc, ts/  
     41  
     42 mu =: make_linfitdom <Taux-nino3 SST linfit> [N.m-2.C-1] \taux_oce, nino3_sst/   
     43 mux =: make_linfitdom <Taux-nino3 SST linfit> [N.m-2.C-1] \taux, nino3_sst/   
     44 muu =: make_linfitdom <Taux-nino3 SST linfit> [N.m-2.C-1] \uflx, nino3_sst/   
    3245 
    3346; Correlations 
    … …  
    4255 lwcorrsst  =: make_correlation <LW-SST correlation> [ ] \LWsfc, tsol/ 
    4356 hfcorrsst  =: make_correlation <Total HF-SST correlation> [ ] \bils, tsol/ 
     57 swcorrw500  =: make_correlation <SW-w500 correlation> [ ] \SWsfc, w500/ 
    4458 
    4559; Standard deviations 
    … …  
    101115; GRADIENTS 
    102116 
    103  sosstgrady =: make_grad <Meridional SST Gradients> [C.(100km)-1] \sosstsst, y/ 
    104  sosstgradx =: make_grad <Zonal SST Gradients> [C.(100km)-1] \sosstsst, x/ 
    105  tauxgradx =: make_grad <Zonal Taux Gradients> [Pa.(m)-1] \sozotaux, x/ 
    106  tauxgrady =: make_grad <Meridional Taux Gradients> [Pa.(m)-1] \sozotaux, y/ 
    107  tsolgrady =: make_grad <Meridional TSOL Gradients> [C.(100km)-1] \tsol, y/ 
    108  tsolgradx =: make_grad <Zonal TSOL Gradients> [C.(100km)-1] \tsol, x/ 
    109  icecovgrady =: make_grad <Zonal ICECOV Gradients> [No units] \soicecov, y/ 
     117 sosstgrady =: make_grad <Meridional SST Gradient> [C.(100km)-1] \sosstsst, y/ 
     118 sosstgradx =: make_grad <Zonal SST Gradient> [C.(100km)-1] \sosstsst, x/ 
     119 tauxgradx =: make_grad <Zonal Taux Gradient> [Pa.(m)-1] \sozotaux, x/ 
     120 tauxgrady =: make_grad <Meridional Taux Gradient> [Pa.(m)-1] \sozotaux, y/ 
     121 tsolgrady =: make_grad <Meridional TSOL Gradient> [C.(100km)-1] \tsol, y/ 
     122 tsolgradx =: make_grad <Zonal TSOL Gradient> [C.(100km)-1] \tsol, x/ 
     123 tsgradx =: make_grad <Zonal TS Gradient> [C.(100km)-1] \ts, x/ 
     124 icecovgrady =: make_grad <Zonal ICECOV Gradient> [No units] \soicecov, y/ 
    110125 
    111126; RATIO 
    … …  
    171186 sowindiv =: make_wdiv  <Wind Stress Divergence> [N/m] 
    172187 sowinmod =: make_wm  <Wind Stress Module> [N/m2] 
    173  so20cdep =: make_thdepth  <Depth of 20C Isotherm> [m] 
     188 so20cdep =: make_thdepth  <Depth of 20C Isotherm> [m] \votemper/ 
    174189 sobarstf =: make_bsf  <Barotropic Stream Function> [Sv] 
    175190 
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