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plot_vertical_zonal_mean_chem_perc.ncl
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; NCL script
; plot_vertical_zonal_mean_chem.ncl
; Simone Tilmes, Feb 2013
;**************************************
load "$NCARG_ROOT/lib/ncarg/nclscripts/csm/gsn_code.ncl"
load "$NCARG_ROOT/lib/ncarg/nclscripts/csm/gsn_csm.ncl"
load "$NCARG_ROOT/lib/ncarg/nclscripts/csm/contributed.ncl" ; BRH
load "$DIAG_CODE/functions_contrib.ncl"
;load "$DIAG_CODE/functions_vertical.ncl"
begin
compare = getenv("COMPARE")
plot_type = getenv("PLOTTYPE")
color_type = getenv("COLORTYPE")
rgb_file = getenv("RGB_FILE")
season = getenv("SEASON")
version = getenv("DIAG_VERSION")
wkdir = getenv("WKDIR")
time_stamp = getenv("TIMESTAMP")
case_names = getenv("CASENAMES")
ncdf_mode = getenv("NCDF_MODE")
infile1 = getenv("TEST_INPUT") ; case1 input filename
infile2 = getenv("CNTL_INPUT") ; case2 input filename
;mg_micro = getenv("MG_MICRO")
use_waccm_levs = getenv("USE_WACCM_LEVS")
;************************************************************************
p0 = 100000. ; mb required by vinth2p
interp = 2 ; log interpolation
extrap = False ; no extrapolation past psfc.
;************************************************************************
; CASE 1 MODEL
inptr1 = addfile(infile1,"r")
if (case_names .eq. "True") then
case1 = getenv("CASE1")
else
case1 = inptr1@case ; case name
end if
case1 = str_strip(case1)
if (isatt(inptr1,"yrs_averaged")) then
yrs_ave1 = inptr1@yrs_averaged
end if
tmp = inptr1->lat
if (typeof(tmp).eq."double") then
lat1 = dble2flt(tmp)
else
lat1 = tmp
end if
delete(tmp)
lev1 = inptr1->lev
lon1 = inptr1->lon
nlat1 = dimsizes(lat1)
nlon1 = dimsizes(lon1)
nlev1 = dimsizes(lev1)
hyam1 = inptr1->hyam
hybm1 = inptr1->hybm
tmp = inptr1->PS
if (typeof(tmp).eq."double") then
ps1 = dble2flt(tmp)
else
ps1 = tmp
end if
t1 = inptr1->T
delete(tmp)
tmp = conform(t1,ps1,(/0,2,3/))
press1 = pres_hybrid_ccm(ps1,p0,hyam1,hybm1)
rho1 = press1/(287.04*t1)
kboltz = 1.381e-23 ; J/K
dens1 = press1/(kboltz*t1) * 1.e-06 ; ;cm-3
delete(tmp)
;print("FILE2"+infile2)
; CASE 2 IS OBS OR MODEL
if (compare .eq. "OBS") then
else ; CASE 2 IS MODEL
inptr2 = addfile(infile2,"r")
if (case_names .eq. "True") then
case2 = getenv("CASE2")
else
case2 = inptr2@case
end if
if (isatt(inptr2,"yrs_averaged")) then
yrs_ave2 = inptr2@yrs_averaged
end if
tmp = inptr2->lat
if (typeof(tmp).eq."double") then
lat2 = dble2flt(tmp)
else
lat2 = tmp
end if
delete(tmp)
nlat2 = dimsizes(lat2)
lev2 = inptr2->lev
lon2 = inptr2->lon
nlon2 = dimsizes(lon2)
nlev2 = dimsizes(lev2)
hyam2 = inptr2->hyam
hybm2 = inptr2->hybm
tmp = inptr2->PS
if (typeof(tmp).eq."double") then
ps2 = dble2flt(tmp)
else
ps2 = tmp
end if
t2 = inptr2->T
delete(tmp)
tmp = conform(t2,ps2,(/0,2,3/))
press2 = pres_hybrid_ccm(ps2,p0,hyam2,hybm2)
rho2 = press2/(287.04*t2)
; rho2 = tmp/(287.04*t2)
dens2 = press2/(kboltz*t2) * 1.e-06 ; ;cm-3
delete(tmp)
end if
;----------------------------------------------------------------------
if (compare .eq. "OBS") then
else
vars =(/"O3","Q","CO","OH","NOY","N2O","PAN", \
"HNO3","H2O2","C2H2","C2H6","C3H6","SO2","SO4","BC","OC","DUST","SSALT","SAD_TROP","NOx_NOy","SOA","NOX","jo3_a","SAD_SO4NIT","SAD_SOA","SAD_BC", "C3H8","CH3COCH3","CH3OH","CH2O","SAD_ICE","SAD_LNAT","SAD_SULFC"/)
units1 = (/"ppbv","ppbv","ppbv","ppbt","ppbv","ppbv","ppbv","ppbv","ppbv","ppbv","ppbv","ppbv","ppbv","ug/m3","ug/m3","ug/m3","ug/m3","ug/m3","um2/cm3","fraction","ug/m3","ppbv","1/s","um2/cm3","um2/cm3","um2/cm3", "ppbt","ppbt","ppbt","ppbt","um2/cm3","um2/cm3","um2/cm3"/)
units = (/"%","%","%","%","%","%","%","%","%","%","%","%","%","%","%","%","%","%","%","fraction","%","%","%","%","%","%","%","%","%","%","%","%","%"/)
offset = (/0.,0.,0.,0.,0., 250., 0., \
0., 0., 0., 0., 0., 0., 0.,0.,0.,0.,0.,0.,0.,0.,0.,0.,0.,0.,0.,0.,0.,0.,0.,0.,0.,0.,0./)
cfactor = (/10.,40.,10.,0.02,0.1, 4, 0.03,\
0.1,0.2,0.02,0.05,0.005, 0.02,0.1,0.1,0.1,1.,0.5,5.,0.10,0.02,0.1,1.,5.,5.,5.,0.02,0.04,0.10,0.02,0.5,0.01,0.2/)
dfactor = (/30.,30.,30.,30.,30, 30, 50,30,30.,30.,30.,30., 30,50,30,30,30.,30,30,0.2,30,30.,1.,30.,30.,30.,30.,30.,50.,30.,30.,30.,30./)
factor = (/1.e+09,1.e+06,1.e+09,1.e+12,1.e+09,1.e+09,1.e+09,1.e+09,1.e+09,1.e+09,1.e+09,1.e+09,1.e+09,1.e+09,1.e+09,1.e+09,1.e+09,1.e+09,1.e+08,1.,1.e+09,1.e+09,1.e+06,1.e+08,1.e+08,1.e+08,1.e+09,1.e+09,1.e+09,1.e+09,1.e+08,1.e+08,1.e+08/)
end if
nvars = dimsizes(vars)
; contour levels
con = new((/nvars,15/),float)
dcon = new ((/nvars,15/),float)
; for comparison with another model interpolate the model data to these
; 25 constant pressure levels
if (use_waccm_levs .eq. "True") then
; delete(plvlM)
nplvlM = 67
; Last 25 are same in both cases.
plvlM = (/ 4.5005e-6, 7.4201e-6, 1.22337e-5, 2.017e-5, 3.32545e-5, \
5.48275e-5, 9.0398e-5, 1.4904e-4, 2.4572e-4, 4.05125e-4, \
6.6794e-4, 1.101265e-3, 1.81565e-3, 2.9935e-3, 4.963e-3, \
8.150651e-3, 1.3477e-2, 2.2319e-2, 3.67965e-2, 6.0665e-2, \
9.91565e-2, 0.15739, 0.23885, 0.3452, 0.475135, \
0.631805, 0.829155, 1.08274, 1.40685, 1.81885, \
2.3398, 2.99505, 3.8147, 4.83445, 6.09635, \
7.64935, 9.5501, 11.864, 14.6655, 18.038, \
22.0755, 26.8825, \
30., 50., 70.,100.,150.,200.,250.,300.,350.,400.,450.,500., 550., \
600.,650.,700.,750.,800.,850.,875.,900.,925.,950.,975.,1000. /)
else
nplvlM = 34
plvlM = (/ 4.83445, 6.09635, 7.64935, 9.5501, 11.864, 14.6655, 18.038, \
22.0755, 26.8825, \
30., 50., 70.,100.,150.,200.,250.,300.,350.,400.,450.,500., 550., \
600.,650.,700.,750.,800.,850.,875.,900.,925.,950.,975.,1000. /)
end if
plvlM@units = "mb"
;-------------------------------------------------------------------------
plev = plvlM(::-1) ; flip to bottom to top
; topmost pressure level
if (use_waccm_levs .eq. "False") then
ptop = 4.83445 ; topmost pressure level
else
ptop = 0.5 ; topmost pressure level
end if
; vars_top =(/"jo3_a","O3","OH","N2O","HNO3","NOY","NOx_NOy","Q","NOX","SAD_ICE","SAD_LNAT","SAD_SULFC"/)
vars_top =(/""/)
itop = ind(plev.eq.ptop) ; index of top level
;-------------------------------------------------------------------------
; plot these below 100mb
; vars_trop1 =(/"CO","PAN","OH","Q", \
vars_trop1 =(/"CO","PAN", \
"jo3_a","O3","N2O","HNO3","NOY","NOx_NOy","Q","NOX", \
"H2O2","C2H2","C2H6","C3H6","SO2","SO4","BC","OC", \
"C3H8","CH3COCH3","CH3OH","CH2O"/)
ptrop1 = 9.0 ; tropopause pressure level 1
itrop1 = ind(plev.eq.ptrop1) ; index of tropopause level 1
;-------------------------------------------------------------------------
; plot these below 300mb
vars_trop2=(/"SOA","OH"/)
ptrop2 = 100.0 ; tropopause pressure level 2
itrop2 = ind(plev.eq.ptrop2) ; index of tropopause level 2
;-------------------------------------------------------------------------
; all model data is interpolated to the same 16 pressure levels for
; comparison to obs data, or 25 levels for model-to-model comparisons
; linear vertical scale
;linear =(/"SSALT","SO2","SO4","BC","OC","SOA"/)
linear =(/""/)
;**********************************************************************
; common resources for contour plots
cnplot = new(3,"graphic")
cres = True
cres@gsnDraw = False
cres@gsnFrame = False
cres@trXReverse = True
cres@tiYAxisString = "Pressure (mb)"
cres@txFontHeightF = 0.023
if (color_type .eq. "COLOR") then
cres@cnLevelSelectionMode = "ExplicitLevels"
cres@cnFillOn = True
cres@cnLinesOn = False
cres@cnLineLabelsOn = False
cres@lbTitleOn = True
cres@lbLabelFontHeightF = 0.018
cres@lbTitleFontHeightF = 0.02
cmap = RGBtoCmap(rgb_file)
else
cres@cnLevelSelectionMode = "ManualLevels"
cres@cnLinesOn = True
cres@cnLineLabelsOn = True
cres@cnLineLabelInterval = 1
cres@cnLineLabelFontHeightF = .02
cres@cnInfoLabelFontHeightF = .02
cnlvls = 15
diffcnlvls = 12
end if
;-------------------------------------------
; common resoureces for panel plot
pan = True
pan@gsnMaximize = True
pan@gsnPaperOrientation = "portrait"
pan@txFontHeightF = 0.018
pan@gsnFrame = False
;***********************************************************
do i = 0,nvars-1
pan@txString = vars(i)+" "+season
con(i,:)=cfactor(i)*(/1,2,3,4,5,6,7,8,9,10,11,12,13,14,16/)+offset(i)
dcon(i,:)=dfactor(i)*(/-1.8,-1.5,-1.2,-.9,-.6,-.3,-.1,0,.1,.3,.6,.9,1.2,1.5,1.8/)
if i.ge.14 .and. i.le.17 then
con(i,:)=cfactor(i)*(/0.1,0.2,0.4,0.6, 0.8, 1.,2.,3.,4,8,12,24,48,92,180/)+offset(i)
; dcon(i,:)=cfactor(i)*(/0.1,0.2,0.4,0.6, 0.8, 1.,2.,3.,4,8,12,24,48,92,180/)+offset(i)
end if
vars1 = t1
vars1@_FillValue = -999
if vars(i).eq."SO4" then
; bam
if (isfilevar(inptr1,"SO4")) then
vars1 = inptr1->$vars(i)$
; mam
else
if (isfilevar(inptr1,"so4_a1") .and. isfilevar(inptr1,"so4_a2") .and. isfilevar(inptr1,"so4_a3") ) then
vars11 = inptr1->so4_a1
vars12 = inptr1->so4_a2
vars13 = inptr1->so4_a3
vars1 = vars11 + vars12 + vars13
vars1 = vars1* 96./115. ; SO4 is actually NH4HSO4 in MAM3 (needs to be converted)
delete (vars11)
delete (vars12)
delete (vars13)
end if
if (isfilevar(inptr1,"so4_a1") .and. isfilevar(inptr1,"so4_a2") .and. isfilevar(inptr1,"so4_a4") .and. isfilevar(inptr1,"so4_a5") .and. isfilevar(inptr1,"so4_a6") .and. isfilevar(inptr1,"so4_a7") ) then
vars11 = inptr1->so4_a1
vars12 = inptr1->so4_a2
vars13 = inptr1->so4_a4
vars14 = inptr1->so4_a5
vars15 = inptr1->so4_a6
vars16 = inptr1->so4_a7
vars1 = vars11 + vars12 + vars13 + vars14 + vars15 + vars16
delete (vars11)
delete (vars12)
delete (vars13)
delete (vars14)
delete (vars15)
delete (vars16)
end if
end if
else if vars(i).eq."BC" then
; bam
if (isfilevar(inptr1,"CB1") .and. isfilevar(inptr1,"CB2")) then
vars11 = inptr1->CB1
vars12 = inptr1->CB2
vars1 = vars11 + vars12
delete (vars11)
delete (vars12)
else
; mam
if (isfilevar(inptr1,"bc_a1")) then
vars1 = inptr1->bc_a1
end if
if (isfilevar(inptr1,"bc_a1") .and. isfilevar(inptr1,"bc_a3") ) then
vars11 = inptr1->bc_a1
vars12 = inptr1->bc_a3
vars1 = vars11 + vars12
end if
if (isfilevar(inptr1,"bc_a1") .and. isfilevar(inptr1,"bc_a4") ) then
vars11 = inptr1->bc_a1
vars12 = inptr1->bc_a4
vars1 = vars11 + vars12
end if
end if
else if vars(i).eq."OC" then
; bam
if (isfilevar(inptr1,"OC1") .and. isfilevar(inptr1,"OC2")) then
vars11 = inptr1->OC1
vars12 = inptr1->OC2
vars1 = vars11 + vars12
delete (vars11)
delete (vars12)
else
; mam
if (isfilevar(inptr1,"pom_a1")) then
vars1 = inptr1->pom_a1
end if
if (isfilevar(inptr1,"pom_a1") .and. isfilevar(inptr1,"pom_a3") ) then
vars11 = inptr1->pom_a1
vars12 = inptr1->pom_a3
vars1 = vars11 + vars12
delete (vars11)
delete (vars12)
end if
if (isfilevar(inptr1,"pom_a1") .and. isfilevar(inptr1,"pom_a4") ) then
vars11 = inptr1->pom_a1
vars12 = inptr1->pom_a4
vars1 = vars11 + vars12
delete (vars11)
delete (vars12)
end if
end if
else if vars(i).eq."SOA" then
; bam
if (isfilevar(inptr1,"SOA")) then
vars1 = inptr1->SOA ; kg/kg
end if
;collette
if (isfilevar(inptr1,"SOAI") .and. isfilevar(inptr1,"SOAT") .and. isfilevar(inptr1,"SOAB") .and. isfilevar(inptr1,"SOAX") .and. isfilevar(inptr1,"SOAM")) then
mw_dryair = 28.97e-3 ;kg/mole
mwsoa_c = (/60.05500, 84.077000, 72.06600, 96.088000, 120.11000/)
mwsoa = (/ 136.141400, 141.141800, 127.116000, 155.167600, 200.226000 /)
varsoa = (/"SOAI","SOAT","SOAB","SOAX","SOAM"/)
; varsoa = (/"SOAI_dens","SOAT_dens","SOAB_dens","SOAX_dens","SOAX_dens"/)
vars11=inptr1->$varsoa(0)$
; vars11 = vars11*mwsoa_c(0)/mwsoa(0) ;mol/mol kg/mol / kg/mol
vars12=inptr1->$varsoa(1)$
vars12 = vars12*mwsoa_c(1)/mwsoa(1) ;.e-03 ;mol/mol kg/mol / kg/mol
vars13=inptr1->$varsoa(2)$
vars13 = vars13*mwsoa_c(2)/mwsoa(2) ;.e-03 ;mol/mol kg/mol / kg/mol
vars14=inptr1->$varsoa(3)$
vars14 = vars14*mwsoa_c(3)/mwsoa(3) ;.e-03 ;mol/mol kg/mol / kg/mol
vars15=inptr1->$varsoa(4)$
vars15 = vars15*mwsoa_c(4)/mwsoa(4) ;.e-03 ;mol/mol kg/mol / kg/mol
vars1 = vars11 + vars12 + vars13 + vars14 + vars15
; vars1 = vars15
delete (vars11)
delete (vars12)
delete (vars13)
delete (vars14)
delete (vars15)
delete(varsoa)
else
if (isfilevar(inptr1,"soa_a1") .and. isfilevar(inptr1,"soa_a2")) then
varsoa = (/"soa_a1","soa_a2"/)
vars11=inptr1->$varsoa(0)$
vars12=inptr1->$varsoa(1)$
vars1 = vars11 + vars12
delete (vars11)
delete (vars12)
delete(varsoa)
end if
if (isfilevar(inptr1,"soaff1_a1") .and. isfilevar(inptr1,"soaff1_a2")) then
varsoa = (/"soaff1_a1","soaff1_a2","soaff2_a1","soaff2_a2","soaff3_a1","soaff3_a2","soaff4_a1","soaff4_a2","soaff5_a1","soaff5_a2",\
"soabb1_a1","soabb1_a2","soabb2_a1","soabb2_a2","soabb3_a1","soabb3_a2","soabb4_a1","soabb4_a2","soabb5_a1","soabb5_a2",\
"soabg1_a1","soabg1_a2","soabg2_a1","soabg2_a2","soabg3_a1","soabg3_a2","soabg4_a1","soabg4_a2","soabg5_a1","soabg5_a2" /)
nvarsoa = dimsizes(varsoa)
vars1 = 0.
do si = 0, nvarsoa-1
vars1=vars1 + inptr1->$varsoa(si)$
end do
delete(varsoa)
end if
if (isfilevar(inptr1,"soa1_a1") .and. isfilevar(inptr1,"soa1_a2")) then
varsoa = (/"soa1_a1","soa1_a2","soa2_a1","soa2_a2","soa3_a1","soa3_a2","soa4_a1","soa4_a2","soa5_a1","soa5_a2"/)
nvarsoa = dimsizes(varsoa)
vars1 = 0.
do si = 0, nvarsoa-1
vars1=vars1 + inptr1->$varsoa(si)$
end do
delete(varsoa)
end if
end if
; mam
else if vars(i).eq."DUST" then
; bam
if (isfilevar(inptr1,"DST01") .and. isfilevar(inptr1,"DST02") .and. isfilevar(inptr1,"DST03") .and. isfilevar(inptr1,"DST04")) then
vars11 = inptr1->DST01
vars12 = inptr1->DST02
vars13 = inptr1->DST03
vars14 = inptr1->DST04
vars1 = vars11 + vars12 + vars13 + vars14
delete (vars11)
delete (vars12)
delete (vars13)
delete (vars14)
else
; mam
if (isfilevar(inptr1,"dst_a1") .and. isfilevar(inptr1,"dst_a3")) then
vars11 = inptr1->dst_a1
vars12 = inptr1->dst_a3
vars1 = vars11 + vars12
delete (vars11)
delete (vars12)
end if
if (isfilevar(inptr1,"dst_a5") .and. isfilevar(inptr1,"dst_a7")) then
vars11 = inptr1->dst_a5
vars12 = inptr1->dst_a7
vars1 = vars11 + vars12
delete (vars11)
delete (vars12)
end if
end if
else if vars(i).eq."SSALT" then
; bam
if (isfilevar(inptr1,"SSLT01") .and. isfilevar(inptr1,"SSLT02") .and. isfilevar(inptr1,"SSLT03") .and. isfilevar(inptr1,"SSLT04")) then
vars11 = inptr1->SSLT01
vars12 = inptr1->SSLT02
vars13 = inptr1->SSLT03
vars14 = inptr1->SSLT04
vars1 = vars11 + vars12 + vars13 + vars14
delete (vars11)
delete (vars12)
delete (vars13)
delete (vars14)
else
; mam
if (isfilevar(inptr1,"ncl_a1") .and. isfilevar(inptr1,"ncl_a2") .and. isfilevar(inptr1,"ncl_a3")) then
vars11 = inptr1->ncl_a1
vars12 = inptr1->ncl_a2
vars13 = inptr1->ncl_a3
vars1 = vars11 + vars12 + vars13
delete (vars11)
delete (vars12)
delete (vars13)
end if
if (isfilevar(inptr1,"ncl_a1") .and. isfilevar(inptr1,"ncl_a2") .and. isfilevar(inptr1,"ncl_a4") .and. isfilevar(inptr1,"ncl_a6") ) then
vars11 = inptr1->ncl_a1
vars12 = inptr1->ncl_a2
vars13 = inptr1->ncl_a4
vars14 = inptr1->ncl_a6
vars1 = vars11 + vars12 + vars13 + vars14
delete (vars11)
delete (vars12)
delete (vars13)
delete (vars14)
end if
end if
else if vars(i).eq."NOX" then
if (isfilevar(inptr1,"NOX")) then
vars1 = inptr1->NOX
else
if (isfilevar(inptr1,"NO") .and. isfilevar(inptr1,"NO2") ) then
vars11 = inptr1->NO
vars12 = inptr1->NO2
vars1 = vars11+vars12
delete (vars11)
delete (vars12)
end if
end if
else if vars(i).eq."NOx_NOy" then
if (isfilevar(inptr1,"NOX") .and. isfilevar(inptr1,"NOY")) then
vars11 = inptr1->NOX
vars12 = inptr1->NOY
vars1 = vars11/vars12
else
if (isfilevar(inptr1,"NO") .and. isfilevar(inptr1,"NO2") .and. isfilevar(inptr1,"NOY") ) then
vars11 = inptr1->NO
vars12 = inptr1->NO2
vars13 = inptr1->NOY
vars1 = (vars11+vars12)/vars13
delete (vars11)
delete (vars12)
end if
end if
else if vars(i).eq."OH" then
if (isfilevar(inptr1,"OH")) then
vars1 = inptr1->$vars(i)$
; vars1 = vars1*dens1
end if
else
if (isfilevar(inptr1,vars(i))) then
vars1 = inptr1->$vars(i)$
else
vars1 = vars1@_FillValue
end if
end if
end if
end if
end if
end if
end if
end if
end if
end if
if units1(i).eq."ug/m3" then
vars1 = vars1 * rho1 ; convert from mmr to ug/m3
end if
;if i.ge.13 .and. i.le.15. then
; vars1 = vars1 * rho1 * 1.e9 ; convert from mmr to ug/m3
;end if
; CASE 1 MODEL
; interpolate variables
ptmp = press1/100.
tmp = int2p_n_Wrap(ptmp,vars1,plvlM,interp,1)
delete(ptmp)
if (typeof(tmp).eq."double") then
var3= dble2flt(tmp(0,:,:,:))
else
var3 = tmp(0,:,:,:) ; 3D array (lev,lat,lon)
end if
var1 = dim_avg_Wrap(var3) ; zonal ave -->(lev,lat)
var1 = (/var1*factor(i)/)
delete(tmp)
delete(var3)
delete(vars1)
if (compare .ne. "OBS") then ; CASE 2 IS MODEL
vars2 = t2
vars2@_FillValue = -999
if vars(i).eq."SO4" then
; bam
if (isfilevar(inptr2,"SO4")) then
vars2 = inptr2->$vars(i)$
; mam
else
if (isfilevar(inptr2,"so4_a1") .and. isfilevar(inptr2,"so4_a2") .and. isfilevar(inptr2,"so4_a3") ) then
vars21 = inptr2->so4_a1
vars22 = inptr2->so4_a2
vars23 = inptr2->so4_a3
vars2 = vars21 + vars22 + vars23
vars2 = vars2* 96./115. ; SO4 is actually NH4HSO4 in MAM3 (needs to be converted)
delete (vars21)
delete (vars22)
delete (vars23)
end if
if (isfilevar(inptr2,"so4_a1") .and. isfilevar(inptr2,"so4_a2") .and. isfilevar(inptr2,"so4_a4") .and. isfilevar(inptr2,"so4_a5") .and. isfilevar(inptr2,"so4_a6") .and. isfilevar(inptr2,"so4_a7") ) then
vars21 = inptr2->so4_a1
vars22 = inptr2->so4_a2
vars23 = inptr2->so4_a4
vars24 = inptr2->so4_a5
vars25 = inptr2->so4_a6
vars26 = inptr2->so4_a7
vars2 = vars21 + vars22 + vars23 + vars24 + vars25 + vars26
delete (vars21)
delete (vars22)
delete (vars23)
delete (vars24)
delete (vars25)
delete (vars26)
end if
end if
else if vars(i).eq."BC" then
; bam
if (isfilevar(inptr2,"CB1") .and. isfilevar(inptr2,"CB2")) then
vars21 = inptr2->CB1
vars22 = inptr2->CB2
vars2 = vars21 + vars22
delete (vars21)
delete (vars22)
else
; mam
if (isfilevar(inptr2,"bc_a1")) then
vars2 = inptr2->bc_a1
end if
if (isfilevar(inptr2,"bc_a1") .and. isfilevar(inptr2,"bc_a3") ) then
vars21 = inptr2->bc_a1
vars22 = inptr2->bc_a3
vars2 = vars21 + vars22
end if
if (isfilevar(inptr2,"bc_a1") .and. isfilevar(inptr2,"bc_a4") ) then
vars21 = inptr2->bc_a1
vars22 = inptr2->bc_a4
vars2 = vars21 + vars22
end if
end if
else if vars(i).eq."OC" then
; bam
if (isfilevar(inptr2,"OC1") .and. isfilevar(inptr2,"OC2")) then
vars21 = inptr2->OC1
vars22 = inptr2->OC2
vars2 = vars21 + vars22
delete (vars21)
delete (vars22)
else
; mam
if (isfilevar(inptr2,"pom_a1")) then
vars2 = inptr2->pom_a1
end if
if (isfilevar(inptr2,"pom_a1") .and. isfilevar(inptr2,"pom_a3") ) then
vars21 = inptr2->pom_a1
vars22 = inptr2->pom_a3
vars2 = vars21 + vars22
end if
if (isfilevar(inptr2,"pom_a1") .and. isfilevar(inptr2,"pom_a4") ) then
vars21 = inptr2->pom_a1
vars22 = inptr2->pom_a4
vars2 = vars21 + vars22
end if
end if
else if vars(i).eq."SOA" then
; bam
if (isfilevar(inptr2,"SOA")) then
vars2 = inptr2->SOA ; kg/kg
end if
;collette
if (isfilevar(inptr2,"SOAI") .and. isfilevar(inptr2,"SOAT") .and. isfilevar(inptr2,"SOAB") .and. isfilevar(inptr2,"SOAX") .and. isfilevar(inptr2,"SOAM")) then
mwsoa = (/ 136.141400, 141.141800, 127.116000, 155.167600, 200.226000 /)
mwsoa_c = (/60.05500, 84.077000, 72.06600, 96.088000, 120.11000/)
varsoa = (/"SOAI","SOAT","SOAB","SOAX","SOAM"/)
; varsoa = (/"SOAI_dens","SOAT_dens","SOAB_dens","SOAX_dens","SOAM_dens"/)
vars21=inptr2->$varsoa(0)$
; vars21 = vars21*mwsoa_c(0)/mwsoa(0) ;mol/mol kg/mol / kg/mol
vars22=inptr2->$varsoa(1)$
vars22 = vars22*mwsoa_c(1)/mwsoa(1) ;.e-03 ;mol/mol kg/mol / kg/mol
vars23=inptr2->$varsoa(2)$
vars23 = vars23*mwsoa_c(2)/mwsoa(2) ;.e-03 ;mol/mol kg/mol / kg/mol
vars24=inptr2->$varsoa(3)$
vars24 = vars24*mwsoa_c(3)/mwsoa(3) ;.e-03 ;mol/mol kg/mol / kg/mol
vars25=inptr2->$varsoa(4)$
vars25 = vars25*mwsoa_c(4)/mwsoa(4) ;.e-03 ;mol/mol kg/mol / kg/mol
vars2 = vars21 + vars22 + vars23 + vars24 + vars25
; vars2 = vars2 * rho2 * 1.e-9
; vars2 = vars2 * rho2 * 1.e9 ; convert from mmr to ug/m3
delete(varsoa)
; carbon fraction:
else
if (isfilevar(inptr2,"soa_a1") .and. isfilevar(inptr2,"soa_a2")) then
varsoa = (/"soa_a1","soa_a2"/)
vars21=inptr2->$varsoa(0)$
vars22=inptr2->$varsoa(1)$
vars2 = vars21 + vars22
delete (vars21)
delete (vars22)
delete(varsoa)
end if
if (isfilevar(inptr2,"soaff1_a1") .and. isfilevar(inptr2,"soaff1_a2")) then
varsoa = (/"soaff1_a1","soaff1_a2","soaff2_a1","soaff2_a2","soaff3_a1","soaff3_a2","soaff4_a1","soaff4_a2","soaff5_a1","soaff5_a2",\
"soabb1_a1","soabb1_a2","soabb2_a1","soabb2_a2","soabb3_a1","soabb3_a2","soabb4_a1","soabb4_a2","soabb5_a1","soabb5_a2",\
"soabg1_a1","soabg1_a2","soabg2_a1","soabg2_a2","soabg3_a1","soabg3_a2","soabg4_a1","soabg4_a2","soabg5_a1","soabg5_a2" /)
nvarsoa = dimsizes(varsoa)
vars2 = 0.
do si = 0, nvarsoa-1
vars2=vars2 + inptr2->$varsoa(si)$
end do
delete(varsoa)
end if
if (isfilevar(inptr2,"soa1_a1") .and. isfilevar(inptr2,"soa1_a2")) then
varsoa = (/"soa1_a1","soa1_a2","soa2_a1","soa2_a2","soa3_a1","soa3_a2","soa4_a1","soa4_a2","soa5_a1","soa5_a2"/)
nvarsoa = dimsizes(varsoa)
vars2 = 0.
do si = 0, nvarsoa-1
vars2=vars2 + inptr2->$varsoa(si)$
end do
delete(varsoa)
end if
end if
else if vars(i).eq."DUST" then
; bam
if (isfilevar(inptr2,"DST01") .and. isfilevar(inptr2,"DST02") .and. isfilevar(inptr2,"DST03") .and. isfilevar(inptr2,"DST04")) then
vars21 = inptr2->DST01
vars22 = inptr2->DST02
vars23 = inptr2->DST03
vars24 = inptr2->DST04
vars2 = vars21 + vars22 + vars23 + vars24
delete (vars21)
delete (vars22)
delete (vars23)
delete (vars24)
else
; mam
if (isfilevar(inptr2,"dst_a1") .and. isfilevar(inptr2,"dst_a3")) then
vars21 = inptr2->dst_a1
vars22 = inptr2->dst_a3
vars2 = vars21 + vars22
delete (vars21)
delete (vars22)
end if
if (isfilevar(inptr2,"dst_a5") .and. isfilevar(inptr2,"dst_a7")) then
vars21 = inptr2->dst_a5
vars22 = inptr2->dst_a7
vars2 = vars21 + vars22
delete (vars21)
delete (vars22)
end if
end if
else if vars(i).eq."SSALT" then
; bam
if (isfilevar(inptr2,"SSLT01") .and. isfilevar(inptr2,"SSLT02") .and. isfilevar(inptr2,"SSLT03") .and. isfilevar(inptr2,"SSLT04")) then
vars21 = inptr2->SSLT01
vars22 = inptr2->SSLT02
vars23 = inptr2->SSLT03
vars24 = inptr2->SSLT04
vars2 = vars21 + vars22 + vars23 + vars24
delete (vars21)
delete (vars22)
delete (vars23)
delete (vars24)
else
; mam
if (isfilevar(inptr2,"ncl_a1") .and. isfilevar(inptr2,"ncl_a2") .and. isfilevar(inptr2,"ncl_a3")) then
vars21 = inptr2->ncl_a1
vars22 = inptr2->ncl_a2
vars23 = inptr2->ncl_a3
vars2 = vars21 + vars22 + vars23
delete (vars21)
delete (vars22)
delete (vars23)
end if
if (isfilevar(inptr2,"ncl_a1") .and. isfilevar(inptr2,"ncl_a2") .and. isfilevar(inptr2,"ncl_a4") .and. isfilevar(inptr2,"ncl_a6")) then
vars21 = inptr2->ncl_a1
vars22 = inptr2->ncl_a2
vars23 = inptr2->ncl_a4
vars24 = inptr2->ncl_a6
vars2 = vars21 + vars22 + vars23 + vars24
delete (vars21)
delete (vars22)
delete (vars23)
delete (vars24)
end if
end if
else if vars(i).eq."NOx_NOy" then
if (isfilevar(inptr2,"NOX") .and. isfilevar(inptr2,"NOY")) then
vars21 = inptr2->NOX
vars22 = inptr2->NOY
vars2 = vars21/vars22
else
if (isfilevar(inptr2,"NO") .and. isfilevar(inptr2,"NO2") .and. isfilevar(inptr2,"NOY") ) then
vars21 = inptr2->NO
vars22 = inptr2->NO2
vars23 = inptr2->NOY
vars2 = (vars21+vars22)/vars23
delete (vars21)
delete (vars22)
delete (vars23)
end if
end if
else if vars(i).eq."OH" then
if (isfilevar(inptr2,"OH")) then
vars2 = inptr2->$vars(i)$
; vars2 = vars2*dens2
end if
else
if (isfilevar(inptr2,vars(i))) then
vars2 = inptr2->$vars(i)$
else
vars2 = vars2@_FillValue
end if
end if
end if
end if
end if
end if
end if
end if
end if
if units1(i).eq."ug/m3" then
vars2 = vars2 * rho2 ; convert from mmr to ug/m3
end if
ptmp = press2/100.
tmp = int2p_n_Wrap(ptmp,vars2,plvlM,interp,1)
delete(ptmp)
if (typeof(tmp).eq."double") then
var3= dble2flt(tmp(0,:,:,:))
else
var3 = tmp(0,:,:,:) ; 3D array (lev,lat,lon)
end if
var2 = dim_avg_Wrap(var3) ; zonal ave -->(lev,lat)
var2 = (/var2*factor(i)/)
delete(tmp)
delete(var3)
delete(vars2)
end if
if (any(vars(i) .eq. vars_top)) then ; change top level plotted
cres@trYMinF = ptop
itop1 = itop ; model 1 top
if (compare .ne. "OBS") then ; CASE 2 IS MODEL
itop2 = itop ; model 2 top
end if
end if
if (any(vars(i) .eq. vars_trop1)) then ; change top level plotted
cres@trYMinF = ptrop1
cres@trYMaxF = 1000.
itop1 = itrop1 ; model 1 trop1
if (compare .ne. "OBS") then
itop1 = itrop2 ; model 1 top
end if
end if
if (any(vars(i) .eq. vars_trop2)) then ; change top level plotted
cres@trYMinF = ptrop2
cres@trYMaxF = 1000.
itop1 = itrop2 ; model 1 trop1
if (compare .ne. "OBS") then
itop2 = itrop2 ; model 2 top
end if
end if
; data1 = var1(0:itop1,:) ; model data(lev,lat)
; data2 = var2(0:itop1,:) ; model or obs data(lev,lat)
data1 = var1 ; model data(lev,lat)
data2 = var2 ; model or obs data(lev,lat)
data1!0 = "lev"
data1!1 = "lat"
data1@units = units(i)
data2!0 = "lev"
data2!1 = "lat"
data2@units = units(i)
if (.not.all(ismissing(data1))) .and. (.not.all(ismissing(data2))) then
;------------------------- Open files for plots -----------------------------
set_prefix = "cset2_"
if (compare.eq."OBS") then
else
if (color_type .eq. "COLOR") then
wks = gsn_open_wks(plot_type,wkdir+set_prefix+season+"_"+vars(i)+"_perc_c")
gsn_define_colormap(wks,cmap)
else
wks = gsn_open_wks(plot_type,wkdir+set_prefix+season+"_"+vars(i))
end if
end if
;-------------------------------------------------------------------------
; case plots of latitude(x) vs. pressure/height(y)
if (any(vars(i) .eq. linear)) then
cres@trYLog = False
else
cres@trYLog = True
end if
min1 = min(data1)
max1 = max(data1)
min2 = min(data2)
max2 = max(data2)
if (color_type .eq. "COLOR") then
cres@lbLabelStride = 2
cres@lbOrientation = "Horizontal"
cres@cnLevels = con(i,:)
cres@lbTitleString = "MIN = "+sprintf("%6.2f",min1)+ \
" MAX = "+sprintf("%6.2f",max1)
else
minab = min((/min1,min2/))
maxab = min((/max1,max2/))
mnmxint = nice_mnmxintvl (minab,maxab,cnlvls,False)
cres@cnMinLevelValF = mnmxint(0)
cres@cnMaxLevelValF = mnmxint(1)
cres@cnLevelSpacingF = mnmxint(2)
end if
if (isvar("yrs_ave1")) then
cres@tiMainString = case1+" (yrs "+yrs_ave1+")"
else
cres@tiMainString = case1
end if
cres@gsnLeftString = vars(i)
cres@gsnRightString = units1(i)
cnplot(0) = gsn_csm_pres_hgt(wks,data1,cres)
; delete (cres@lbTitleString)
; delete (cres@tiMainString)
if (color_type .eq. "MONO") then
cnplot(0) = ZeroNegDashLineContour(cnplot(0))
else
delete (cres@lbTitleString)
end if
delete (cres@tiMainString)
if (isvar("yrs_ave2")) then
cres@tiMainString = case2+" (yrs "+yrs_ave2+")"
else
cres@tiMainString = case2
end if
if (color_type .eq. "COLOR") then
cres@lbTitleString = "MIN = "+sprintf("%6.2f",min2)+ \
" MAX = "+sprintf("%6.2f",max2)
end if
cnplot(1) = gsn_csm_pres_hgt(wks,data2,cres)
if (color_type .eq. "MONO") then
cnplot(1) = ZeroNegDashLineContour(cnplot(1))
else
delete (cres@cnLevels)
delete (cres@lbLabelStride)
delete (cres@lbOrientation)
delete (cres@lbTitleString)
end if
delete (cres@tiMainString)
delete (min1)
delete (max1)
delete (min2)
delete (max2)
; difference plot of latitude(x) vs. pressure(y)
; check for different number of latitudes and thenn
; lineary interpolate to the smaller number of latitudes
if (compare.ne."OBS") then ; both are models on same pressure levels
; but not necessarily the same grids
if (nlat1 .ne. nlat2) then ; lat grids different
if (nlat1 .gt. nlat2) then
tmp1 = linint1 (lat1,data1,False,lat2,0)
C = data2
D = data2
C = (/tmp1-data2/) ; get diff values
D = (/ 100*(tmp1-data2)/(0.5*(tmp1+data2)) /)
delete (tmp1)
else
tmp2 = linint1 (lat2,data2,False,lat1,0)
C = data1 ; copy dims,coords
D = data1 ; copy dims,coords
C = (/data1-tmp2/) ; get diff values
D = (/ 100*(data1-tmp2)/(0.5*(tmp2+data1)) /)
delete (tmp2)
end if
else
C = data1 ; copy dims,coords
D = data1 ; copy dims,coords
data1 = where(data1.le.0.,data1@_FillValue,data1)
data2 = where(data2.le.0.,data2@_FillValue,data2)
C = (/data1-data2/) ; get diff values
D = (/ 100*(data1-data2)/(0.5*(data2+data1)) /) ; get diff values
end if
; if vars(i).eq."O3" .or. vars(i).eq."N2O" .or. vars(i).eq."HNO3" .or. vars(i).eq."NOY" then
if vars(i).ne."NOx_NOy" then
;dcon(i,:)=30*(/-1.8,-1.5,-1.2,-.9,-.6,-.3,-.1,0,.1,.3,.6,.9,1.2,1.5,1.8/)
C = D
end if
delete(D)
else ; case 2 is OBS data on T42
end if
; print("========================")
mind = min(C)
maxd = max(C)
cres@tiMainString = case1+" - "+case2
if (color_type .eq. "COLOR") then
cres@lbLabelStride = 1
cres@lbOrientation = "Vertical"
cres@lbBoxMinorExtentF = 0.18
cres@cnLevels = dcon(i,:)
cres@lbTitleString = "MIN = "+sprintf("%6.2f",mind)+ \
" MAX = "+sprintf("%6.2f",maxd)
else
mnmxint = nice_mnmxintvl (mind,maxd,diffcnlvls,False)
cres@cnMinLevelValF = mnmxint(0)
cres@cnMaxLevelValF = mnmxint(1)
cres@cnLevelSpacingF = mnmxint(2)
end if
cres@gsnRightString = units(i)
cnplot(2)= gsn_csm_pres_hgt(wks,C,cres) ; contour plot
if (color_type .eq. "COLOR") then
delete (cres@lbTitleString)
delete (cres@lbOrientation)
delete (cres@lbLabelStride)
delete (cres@lbBoxMinorExtentF)
delete (cres@cnLevels)
else
cnplot(2) = ZeroNegDashLineContour(cnplot(2))
end if
if (time_stamp .eq. "True") then
pan@gsnPanelBottom = 0.05
gsn_panel(wks,cnplot,(/2,2/),pan) ; panel plot
infoTimeStamp(wks,0.011,"DIAG Version: "+version)
else
gsn_panel(wks,cnplot,(/2,2/),pan) ; panel plot
end if
frame (wks)
delete (C)
delete (mind)
delete (maxd)
end if
; delete (cres@trYMinF)
delete (var1)
delete (var2)
delete (data1)
delete (data2)