;Create an all-liquid cloud model experiment

arg='19980714'
tmlim=[21.9,22.0]

;Get all of the rtinput data and cut down to the pertinent profile
cd,'/data1/sheba/heatrate'
farg='rtinput.'+arg+'.cdf'
file=findfile(farg)
fid=ncdf_open(file[0])
ncdf_varget,fid,ncdf_varid(fid,'albs'),albs
ncdf_varget,fid,ncdf_varid(fid,'hl'),hl
ncdf_varget,fid,ncdf_varid(fid,'hl2'),hl2
ncdf_varget,fid,ncdf_varid(fid,'lat'),lat
ncdf_varget,fid,ncdf_varid(fid,'lon'),lon
ncdf_varget,fid,ncdf_varid(fid,'lwd'),ld
ncdf_varget,fid,ncdf_varid(fid,'lwu'),lu
ncdf_varget,fid,ncdf_varid(fid,'mask'),mask
ncdf_varget,fid,ncdf_varid(fid,'o3l'),o3l
ncdf_varget,fid,ncdf_varid(fid,'o3l2'),o3l2
ncdf_varget,fid,ncdf_varid(fid,'pl'),pl
ncdf_varget,fid,ncdf_varid(fid,'pl2'),pl2
ncdf_varget,fid,ncdf_varid(fid,'qcil'),qcil
ncdf_varget,fid,ncdf_varid(fid,'qcwl'),qcwl
ncdf_varget,fid,ncdf_varid(fid,'rcil'),rcil
ncdf_varget,fid,ncdf_varid(fid,'rcwl'),rcwl
ncdf_varget,fid,ncdf_varid(fid,'rhl'),rhl
ncdf_varget,fid,ncdf_varid(fid,'rhl2'),rhl2
ncdf_varget,fid,ncdf_varid(fid,'swd'),sd
ncdf_varget,fid,ncdf_varid(fid,'swu'),su
ncdf_varget,fid,ncdf_varid(fid,'time'),time
ncdf_varget,fid,ncdf_varid(fid,'tl'),tl
ncdf_varget,fid,ncdf_varid(fid,'tl2'),tl2
ncdf_varget,fid,ncdf_varid(fid,'ts'),ts
ncdf_varget,fid,ncdf_varid(fid,'wcil'),wcil
ncdf_varget,fid,ncdf_varid(fid,'wcwl'),wcwl
ncdf_varget,fid,ncdf_varid(fid,'zen'),zen
ncdf_close,fid
iwh=where(time ge tmlim[0] and time le tmlim[1],nump)
wh=where(ld gt 0 and lu gt 0,cnt)
if cnt gt 0 then begin
	blwd=interpol(ld[wh],time[wh],time[iwh])
	blwu=interpol(lu[wh],time[wh],time[iwh])
endif else begin
	blwd=fltarr(nump)-999
	blwu=blwd
endelse
wh=where(sd gt 0 and su gt 0,cnt)
if cnt gt 0 then begin
	bswu=interpol(su[wh],time[wh],time[iwh])
	bswd=interpol(sd[wh],time[wh],time[iwh])
endif else begin
	bswu=fltarr(nump)-999
	bswd=bswu
endelse
balbs=albs[iwh] & blat=lat[iwh] & blon=lon[iwh] & bmask=mask[iwh,*]
bo3l=o3l[iwh,*] & bo3l2=o3l2[iwh,*] & bpl=pl[iwh,*] & bpl2=pl2[iwh,*]
bqcil=qcil[iwh,*] & bqcwl=qcwl[iwh,*] & brcil=rcil[iwh,*] & brcwl=rcwl[iwh,*]
brhl=rhl[iwh,*] & brhl2=rhl2[iwh,*] & btime=time[iwh]
btl=tl[iwh,*] & btl2=tl2[iwh,*] & bts=ts[iwh]
bwcil=wcil[iwh,*] & bwcwl=wcwl[iwh,*] & bzen=zen[iwh]
blwp=total(bwcwl*45)
arho=bpl/btl/287.0*100000.0   			;dry air density, in g/m3


expm=['Baseline']
;Now build the experiments
;explicit vs bulk
	;Get layer-mean microphysical values
	brcwl_lm=brcwl*0.0 & bwcwl_lm=brcwl_lm & bqcwl_lm=brcwl_lm & brcwl_fx=brcwl_lm
	iwh=where(brcwl gt 0)
	tmp=float(total(brcwl[iwh]*bwcwl[iwh]))/total(bwcwl[iwh])
	brcwl_lm[iwh]=tmp
	brcwl_fx[iwh]=1.0
	tmp=mean(bwcwl[iwh])
	bwcwl_lm[iwh]=tmp
	tmp=mean(bqcwl[iwh])
	bqcwl_lm[iwh]=tmp

expm=[expm,'LayerMeanRe','LayerMeanBoth','0.5LayerMeanRe','0.5LayerMeanBoth','2.0LayerMeanRe','2.0LayerMeanBoth','Re8Fixed','Re10Fixed','Re15Fixed']
time=[btime,btime,btime,btime,btime,btime,btime,btime,btime,btime]
pl=[bpl,bpl,bpl,bpl,bpl,bpl,bpl,bpl,bpl,bpl]
pl2=[bpl2,bpl2,bpl2,bpl2,bpl2,bpl2,bpl2,bpl2,bpl2,bpl2]
tl=[btl,btl,btl,btl,btl,btl,btl,btl,btl,btl]
tl2=[btl2,btl2,btl2,btl2,btl2,btl2,btl2,btl2,btl2,btl2]
rhl=[brhl,brhl,brhl,brhl,brhl,brhl,brhl,brhl,brhl,brhl]
rhl2=[brhl2,brhl2,brhl2,brhl2,brhl2,brhl2,brhl2,brhl2,brhl2,brhl2]
o3l=[bo3l,bo3l,bo3l,bo3l,bo3l,bo3l,bo3l,bo3l,bo3l,bo3l]
o3l2=[bo3l2,bo3l2,bo3l2,bo3l2,bo3l2,bo3l2,bo3l2,bo3l2,bo3l2,bo3l2]
wcil=[bwcil,bwcil,bwcil,bwcil,bwcil,bwcil,bwcil,bwcil,bwcil,bwcil]
wcwl=[bwcwl,bwcwl,bwcwl_lm,bwcwl,0.5*bwcwl_lm,bwcwl,2.0*bwcwl_lm,bwcwl,bwcwl,bwcwl]
qcil=[bqcil,bqcil,bqcil,bqcil,bqcil,bqcil,bqcil,bqcil,bqcil,bqcil]
qcwl=[bqcwl,bqcwl,bqcwl_lm,bqcwl,0.5*bqcwl_lm,bqcwl,2.0*bqcwl_lm,bqcwl,bqcwl,bqcwl]
rcil=[brcil,brcil,brcil,brcil,brcil,brcil,brcil,brcil,brcil,brcil]
rcwl=[brcwl,brcwl_lm,brcwl_lm,0.5*brcwl_lm,0.5*brcwl_lm,2.0*brcwl_lm,2.0*brcwl_lm,8*brcwl_fx,10*brcwl_fx,15*brcwl_fx]
ts=[bts,bts,bts,bts,bts,bts,bts,bts,bts,bts]
albs=[balbs,balbs,balbs,balbs,balbs,balbs,balbs,balbs,balbs,balbs]
zen=[bzen,bzen,bzen,bzen,bzen,bzen,bzen,bzen,bzen,bzen]
lat=[blat,blat,blat,blat,blat,blat,blat,blat,blat,blat]
lon=[blon,blon,blon,blon,blon,blon,blon,blon,blon,blon]
lwd=[blwd,blwd,blwd,blwd,blwd,blwd,blwd,blwd,blwd,blwd]
lwu=[blwu,blwu,blwu,blwu,blwu,blwu,blwu,blwu,blwu,blwu]
swd=[bswd,bswd,bswd,bswd,bswd,bswd,bswd,bswd,bswd,bswd]
swu=[bswu,bswu,bswu,bswu,bswu,bswu,bswu,bswu,bswu,bswu]
mask=[bmask,bmask,bmask,bmask,bmask,bmask,bmask,bmask,bmask,bmask]
;Structure
wh=where(bwcwl gt 0,num)
e1c=bwcil*0.0 & e1r=e1c & e2c=e1c & e2r=e1c & e3c=e1c & e3r=e1c & e4c=e1c & e4r=e1c
e1c[wh]=reverse(bwcwl[wh])
e1r[wh]=reverse(brcwl[wh])
tmp=(findgen(num)+1)/(num)
tmpp=total(tmp)*45
e2c[wh]=tmp/tmpp*blwp
e2r[wh]=tmp*(brcwl_lm[iwh[0]]*total(e2c[wh])/total(e2c[wh]*tmp))
e3c[wh]=reverse(e2c[wh])
e3r[wh]=reverse(e2r[wh])
hnum=fix(num/2.0)
if num mod 2 eq 0 then tmp=[(findgen(hnum)+1)/(hnum+1),reverse((findgen(hnum)+1)/(hnum))] else tmp=[(findgen(hnum+1)+1)/(hnum+1),reverse((findgen(hnum)+1)/(hnum+1))]
tmpp=total(tmp)*45
e4c[wh]=tmp/tmpp*blwp
e4r[wh]=tmp*( brcwl_lm[iwh[0]] * total(e4c[wh]) / total(e4c[wh]*tmp))
expm=[expm,'Inverted','LinearLow','LinearHigh','LinearMid','0.1*Both','0.5*Both','2.0*Both','0.1*Re','0.5*Re','2.0*Re','0.1*LWC','0.5*LWC','2.0*LWC','3.0*LWC','Clear']
time=[time,btime,btime,btime,btime,btime,btime,btime,btime,btime,btime,btime,btime,btime,btime,btime]
pl=[pl,bpl,bpl,bpl,bpl,bpl,bpl,bpl,bpl,bpl,bpl,bpl,bpl,bpl,bpl,bpl]
pl2=[pl2,bpl2,bpl2,bpl2,bpl2,bpl2,bpl2,bpl2,bpl2,bpl2,bpl2,bpl2,bpl2,bpl2,bpl2,bpl2]
tl=[tl,btl,btl,btl,btl,btl,btl,btl,btl,btl,btl,btl,btl,btl,btl,btl]
tl2=[tl2,btl2,btl2,btl2,btl2,btl2,btl2,btl2,btl2,btl2,btl2,btl2,btl2,btl2,btl2,btl2]
rhl=[rhl,brhl,brhl,brhl,brhl,brhl,brhl,brhl,brhl,brhl,brhl,brhl,brhl,brhl,brhl,brhl]
rhl2=[rhl2,brhl2,brhl2,brhl2,brhl2,brhl2,brhl2,brhl2,brhl2,brhl2,brhl2,brhl2,brhl2,brhl2,brhl2,brhl2]
o3l=[o3l,bo3l,bo3l,bo3l,bo3l,bo3l,bo3l,bo3l,bo3l,bo3l,bo3l,bo3l,bo3l,bo3l,bo3l,bo3l]
o3l2=[o3l2,bo3l2,bo3l2,bo3l2,bo3l2,bo3l2,bo3l2,bo3l2,bo3l2,bo3l2,bo3l2,bo3l2,bo3l2,bo3l2,bo3l2,bo3l2]
wcil=[wcil,bwcil,bwcil,bwcil,bwcil,bwcil,bwcil,bwcil,bwcil,bwcil,bwcil,bwcil,bwcil,bwcil,bwcil,bwcil]
wcwl=[wcwl,e1c,e2c,e3c,e4c,0.1*bwcwl,0.5*bwcwl,2.0*bwcwl,bwcwl,bwcwl,bwcwl,0.1*bwcwl,0.5*bwcwl,2.0*bwcwl,3.0*bwcwl,0.0*bwcwl]
qcil=[qcil,bqcil,bqcil,bqcil,bqcil,bqcil,bqcil,bqcil,bqcil,bqcil,bqcil,bqcil,bqcil,bqcil,bqcil,bqcil]
qcwl=[qcwl,e1c/arho,e2c/arho,e3c/arho,e4c/arho,0.1*bqcwl,0.5*bqcwl,2.0*bqcwl,bqcwl,bqcwl,bqcwl,0.1*bqcwl,0.5*bqcwl,2.0*bqcwl,3.0*bqcwl,0.0*bqcwl]
rcil=[rcil,brcil,brcil,brcil,brcil,brcil,brcil,brcil,brcil,brcil,brcil,brcil,brcil,brcil,brcil,brcil]
rcwl=[rcwl,e1r,e2r,e3r,e4r,0.1*brcwl,0.5*brcwl,2.0*brcwl,0.1*brcwl,0.5*brcwl,2.0*brcwl,brcwl,brcwl,brcwl,brcwl,0.0*brcwl]
ts=[ts,bts,bts,bts,bts,bts,bts,bts,bts,bts,bts,bts,bts,bts,bts,bts]
albs=[albs,balbs,balbs,balbs,balbs,balbs,balbs,balbs,balbs,balbs,balbs,balbs,balbs,balbs,balbs,balbs]
zen=[zen,bzen,bzen,bzen,bzen,bzen,bzen,bzen,bzen,bzen,bzen,bzen,bzen,bzen,bzen,bzen]
lat=[lat,blat,blat,blat,blat,blat,blat,blat,blat,blat,blat,blat,blat,blat,blat,blat]
lon=[lon,blon,blon,blon,blon,blon,blon,blon,blon,blon,blon,blon,blon,blon,blon,blon]
lwd=[lwd,blwd,blwd,blwd,blwd,blwd,blwd,blwd,blwd,blwd,blwd,blwd,blwd,blwd,blwd,blwd]
lwu=[lwu,blwu,blwu,blwu,blwu,blwu,blwu,blwu,blwu,blwu,blwu,blwu,blwu,blwu,blwu,blwu]
swd=[swd,bswd,bswd,bswd,bswd,bswd,bswd,bswd,bswd,bswd,bswd,bswd,bswd,bswd,bswd,bswd]
swu=[swu,bswu,bswu,bswu,bswu,bswu,bswu,bswu,bswu,bswu,bswu,bswu,bswu,bswu,bswu,bswu]
mask=[mask,bmask,bmask,bmask,bmask,bmask,bmask,bmask,bmask,bmask,bmask,bmask,bmask,bmask,bmask,bmask]
;Phase study
expm=[expm,'IceStraight','IceRealistic','Mixed-phase']
e1c=bwcil*0.0 & e1r=e1c
e1c[wh[0]+2:*]=0.003		;Based on the 5/4 case
e1r[wh[0]+2:*]=100.0
time=[time,btime,btime,btime]
pl=[pl,bpl,bpl,bpl]
pl2=[pl2,bpl2,bpl2,bpl2]
tl=[tl,btl,btl,btl]
tl2=[tl2,btl2,btl2,btl2]
rhl=[rhl,brhl,brhl,brhl]
rhl2=[rhl2,brhl2,brhl2,brhl2]
o3l=[o3l,bo3l,bo3l,bo3l]
o3l2=[o3l2,bo3l2,bo3l2,bo3l2]
wcil=[wcil,bwcwl,bwcwl/blwp*40.0,e1c]
wcwl=[wcwl,0.0*bwcwl,0.0*bwcwl,bwcwl]
qcil=[qcil,bqcwl,bwcwl/blwp*40.0/arho,e1c/arho]
qcwl=[qcwl,0.0*bqcwl,0.0*bqcwl,bqcwl]
rcil=[rcil,brcwl,brcwl/brcwl_lm[iwh[0]]*100.0,e1r]
rcwl=[rcwl,0.0*brcwl,0.0*brcwl,brcwl]
ts=[ts,bts,bts,bts]
albs=[albs,balbs,balbs,balbs]
zen=[zen,bzen,bzen,bzen]
lat=[lat,blat,blat,blat]
lon=[lon,blon,blon,blon]
lwd=[lwd,blwd,blwd,blwd]
lwu=[lwu,blwu,blwu,blwu]
swd=[swd,bswd,bswd,bswd]
swu=[swu,bswu,bswu,bswu]
mask=[mask,bmask,bmask,bmask]
;IWP (0-200 g/m2 in 20 g/m2 steps)
wcfact=(findgen(11)*20.0)/blwp
expm=[expm,'lwp0','lwp20','lwp40','lwp60','lwp80','lwp100','lwp120','lwp140','lwp160','lwp180','lwp200']
time=[time,btime,btime,btime,btime,btime,btime,btime,btime,btime,btime,btime]
pl=[pl,bpl,bpl,bpl,bpl,bpl,bpl,bpl,bpl,bpl,bpl,bpl]
pl2=[pl2,bpl2,bpl2,bpl2,bpl2,bpl2,bpl2,bpl2,bpl2,bpl2,bpl2,bpl2]
tl=[tl,btl,btl,btl,btl,btl,btl,btl,btl,btl,btl,btl]
tl2=[tl2,btl2,btl2,btl2,btl2,btl2,btl2,btl2,btl2,btl2,btl2,btl2]
rhl=[rhl,brhl,brhl,brhl,brhl,brhl,brhl,brhl,brhl,brhl,brhl,brhl]
rhl2=[rhl2,brhl2,brhl2,brhl2,brhl2,brhl2,brhl2,brhl2,brhl2,brhl2,brhl2,brhl2]
o3l=[o3l,bo3l,bo3l,bo3l,bo3l,bo3l,bo3l,bo3l,bo3l,bo3l,bo3l,bo3l]
o3l2=[o3l2,bo3l2,bo3l2,bo3l2,bo3l2,bo3l2,bo3l2,bo3l2,bo3l2,bo3l2,bo3l2,bo3l2]
wcwl=[wcwl,bwcwl*wcfact[0],bwcwl*wcfact[1],bwcwl*wcfact[2],bwcwl*wcfact[3],bwcwl*wcfact[4],bwcwl*wcfact[5],bwcwl*wcfact[6],bwcwl*wcfact[7],bwcwl*wcfact[8],bwcwl*wcfact[9],bwcwl*wcfact[10]]
wcil=[wcil,bwcil,bwcil,bwcil,bwcil,bwcil,bwcil,bwcil,bwcil,bwcil,bwcil,bwcil]
qcwl=[qcwl,bwcwl/arho*wcfact[0],bwcwl/arho*wcfact[1],bwcwl/arho*wcfact[2],bwcwl/arho*wcfact[3],bwcwl/arho*wcfact[4],bwcwl/arho*wcfact[5],bwcwl/arho*wcfact[6],bwcwl/arho*wcfact[7],bwcwl/arho*wcfact[8],bwcwl/arho*wcfact[9],bwcwl/arho*wcfact[10]]
qcil=[qcil,bqcil,bqcil,bqcil,bqcil,bqcil,bqcil,bqcil,bqcil,bqcil,bqcil,bqcil]
rcwl=[rcwl,brcwl,brcwl,brcwl,brcwl,brcwl,brcwl,brcwl,brcwl,brcwl,brcwl,brcwl]
rcil=[rcil,brcil,brcil,brcil,brcil,brcil,brcil,brcil,brcil,brcil,brcil,brcil]
ts=[ts,bts,bts,bts,bts,bts,bts,bts,bts,bts,bts,bts]
albs=[albs,balbs,balbs,balbs,balbs,balbs,balbs,balbs,balbs,balbs,balbs,balbs]
zen=[zen,bzen,bzen,bzen,bzen,bzen,bzen,bzen,bzen,bzen,bzen,bzen]
lat=[lat,blat,blat,blat,blat,blat,blat,blat,blat,blat,blat,blat]
lon=[lon,blon,blon,blon,blon,blon,blon,blon,blon,blon,blon,blon]
lwd=[lwd,blwd,blwd,blwd,blwd,blwd,blwd,blwd,blwd,blwd,blwd,blwd]
lwu=[lwu,blwu,blwu,blwu,blwu,blwu,blwu,blwu,blwu,blwu,blwu,blwu]
swd=[swd,bswd,bswd,bswd,bswd,bswd,bswd,bswd,bswd,bswd,bswd,bswd]
swu=[swu,bswu,bswu,bswu,bswu,bswu,bswu,bswu,bswu,bswu,bswu,bswu]
mask=[mask,bmask,bmask,bmask,bmask,bmask,bmask,bmask,bmask,bmask,bmask,bmask]
;Temperature  (Sounding -10C to +10C in 2C steps)
expm=[expm,'T-10','T-8','T-6','T-4','T-2','T+2','T+4','T+6','T+8','T+10']
time=[time,btime,btime,btime,btime,btime,btime,btime,btime,btime,btime]
pl=[pl,bpl,bpl,bpl,bpl,bpl,bpl,bpl,bpl,bpl,bpl]
pl2=[pl2,bpl2,bpl2,bpl2,bpl2,bpl2,bpl2,bpl2,bpl2,bpl2,bpl2]
tl=[tl,btl-10.0,btl-8.0,btl-6.0,btl-4.0,btl-2.0,btl+2.0,btl+4.0,btl+6.0,btl+8.0,btl+10.0]
tl2=[tl2,btl2-10.0,btl2-8.0,btl2-6.0,btl2-4.0,btl2-2.0,btl2+2.0,btl2+4.0,btl2+6.0,btl2+8.0,btl2+10.0]
rhl=[rhl,brhl,brhl,brhl,brhl,brhl,brhl,brhl,brhl,brhl,brhl]
rhl2=[rhl2,brhl2,brhl2,brhl2,brhl2,brhl2,brhl2,brhl2,brhl2,brhl2,brhl2]
o3l=[o3l,bo3l,bo3l,bo3l,bo3l,bo3l,bo3l,bo3l,bo3l,bo3l,bo3l]
o3l2=[o3l2,bo3l2,bo3l2,bo3l2,bo3l2,bo3l2,bo3l2,bo3l2,bo3l2,bo3l2,bo3l2]
wcwl=[wcwl,bwcwl,bwcwl,bwcwl,bwcwl,bwcwl,bwcwl,bwcwl,bwcwl,bwcwl,bwcwl]
wcil=[wcil,bwcil,bwcil,bwcil,bwcil,bwcil,bwcil,bwcil,bwcil,bwcil,bwcil]
qcwl=[qcwl,bqcwl,bqcwl,bqcwl,bqcwl,bqcwl,bqcwl,bqcwl,bqcwl,bqcwl,bqcwl]
qcil=[qcil,bqcil,bqcil,bqcil,bqcil,bqcil,bqcil,bqcil,bqcil,bqcil,bqcil]
rcwl=[rcwl,brcwl,brcwl,brcwl,brcwl,brcwl,brcwl,brcwl,brcwl,brcwl,brcwl]
rcil=[rcil,brcil,brcil,brcil,brcil,brcil,brcil,brcil,brcil,brcil,brcil]
ts=[ts,bts-10.0,bts-8.0,bts-6.0,bts-4.0,bts-2.0,bts+2.0,bts+4.0,bts+6.0,bts+8.0,bts+10.0]
albs=[albs,balbs,balbs,balbs,balbs,balbs,balbs,balbs,balbs,balbs,balbs]
zen=[zen,bzen,bzen,bzen,bzen,bzen,bzen,bzen,bzen,bzen,bzen]
lat=[lat,blat,blat,blat,blat,blat,blat,blat,blat,blat,blat]
lon=[lon,blon,blon,blon,blon,blon,blon,blon,blon,blon,blon]
lwd=[lwd,blwd,blwd,blwd,blwd,blwd,blwd,blwd,blwd,blwd,blwd]
lwu=[lwu,blwu,blwu,blwu,blwu,blwu,blwu,blwu,blwu,blwu,blwu]
swd=[swd,bswd,bswd,bswd,bswd,bswd,bswd,bswd,bswd,bswd,bswd]
swu=[swu,bswu,bswu,bswu,bswu,bswu,bswu,bswu,bswu,bswu,bswu]
mask=[mask,bmask,bmask,bmask,bmask,bmask,bmask,bmask,bmask,bmask,bmask]
;Albedo (surface albedo 0.3-1.0 in 0.1 steps)
expm=[expm,'Alb0.3','Alb0.4','Alb0.5','Alb0.6','Alb0.7','Alb0.8','Alb0.9','Alb1.0']
time=[time,btime,btime,btime,btime,btime,btime,btime,btime]
pl=[pl,bpl,bpl,bpl,bpl,bpl,bpl,bpl,bpl]
pl2=[pl2,bpl2,bpl2,bpl2,bpl2,bpl2,bpl2,bpl2,bpl2]
tl=[tl,btl,btl,btl,btl,btl,btl,btl,btl]
tl2=[tl2,btl2,btl2,btl2,btl2,btl2,btl2,btl2,btl2]
rhl=[rhl,brhl,brhl,brhl,brhl,brhl,brhl,brhl,brhl]
rhl2=[rhl2,brhl2,brhl2,brhl2,brhl2,brhl2,brhl2,brhl2,brhl2]
o3l=[o3l,bo3l,bo3l,bo3l,bo3l,bo3l,bo3l,bo3l,bo3l]
o3l2=[o3l2,bo3l2,bo3l2,bo3l2,bo3l2,bo3l2,bo3l2,bo3l2,bo3l2]
wcwl=[wcwl,bwcwl,bwcwl,bwcwl,bwcwl,bwcwl,bwcwl,bwcwl,bwcwl]
wcil=[wcil,bwcil,bwcil,bwcil,bwcil,bwcil,bwcil,bwcil,bwcil]
qcwl=[qcwl,bqcwl,bqcwl,bqcwl,bqcwl,bqcwl,bqcwl,bqcwl,bqcwl]
qcil=[qcil,bqcil,bqcil,bqcil,bqcil,bqcil,bqcil,bqcil,bqcil]
rcwl=[rcwl,brcwl,brcwl,brcwl,brcwl,brcwl,brcwl,brcwl,brcwl]
rcil=[rcil,brcil,brcil,brcil,brcil,brcil,brcil,brcil,brcil]
ts=[ts,bts,bts,bts,bts,bts,bts,bts,bts]
albs=[albs,0.3,0.4,0.5,0.6,0.7,0.8,0.9,1.0]
zen=[zen,bzen,bzen,bzen,bzen,bzen,bzen,bzen,bzen]
lat=[lat,blat,blat,blat,blat,blat,blat,blat,blat]
lon=[lon,blon,blon,blon,blon,blon,blon,blon,blon]
lwd=[lwd,blwd,blwd,blwd,blwd,blwd,blwd,blwd,blwd]
lwu=[lwu,blwu,blwu,blwu,blwu,blwu,blwu,blwu,blwu]
swd=[swd,bswd,bswd,bswd,bswd,bswd,bswd,bswd,bswd]
swu=[swu,bswu,bswu,bswu,bswu,bswu,bswu,bswu,bswu]
mask=[mask,bmask,bmask,bmask,bmask,bmask,bmask,bmask,bmask]
;Zenith Angle (SZA 40-110 in 10 steps)
expm=[expm,'Zen40','Zen50','Zen60','Zen70','Zen80','Zen90','Zen100','Zen110']
time=[time,btime,btime,btime,btime,btime,btime,btime,btime]
pl=[pl,bpl,bpl,bpl,bpl,bpl,bpl,bpl,bpl]
pl2=[pl2,bpl2,bpl2,bpl2,bpl2,bpl2,bpl2,bpl2,bpl2]
tl=[tl,btl,btl,btl,btl,btl,btl,btl,btl]
tl2=[tl2,btl2,btl2,btl2,btl2,btl2,btl2,btl2,btl2]
rhl=[rhl,brhl,brhl,brhl,brhl,brhl,brhl,brhl,brhl]
rhl2=[rhl2,brhl2,brhl2,brhl2,brhl2,brhl2,brhl2,brhl2,brhl2]
o3l=[o3l,bo3l,bo3l,bo3l,bo3l,bo3l,bo3l,bo3l,bo3l]
o3l2=[o3l2,bo3l2,bo3l2,bo3l2,bo3l2,bo3l2,bo3l2,bo3l2,bo3l2]
wcwl=[wcwl,bwcwl,bwcwl,bwcwl,bwcwl,bwcwl,bwcwl,bwcwl,bwcwl]
wcil=[wcil,bwcil,bwcil,bwcil,bwcil,bwcil,bwcil,bwcil,bwcil]
qcwl=[qcwl,bqcwl,bqcwl,bqcwl,bqcwl,bqcwl,bqcwl,bqcwl,bqcwl]
qcil=[qcil,bqcil,bqcil,bqcil,bqcil,bqcil,bqcil,bqcil,bqcil]
rcwl=[rcwl,brcwl,brcwl,brcwl,brcwl,brcwl,brcwl,brcwl,brcwl]
rcil=[rcil,brcil,brcil,brcil,brcil,brcil,brcil,brcil,brcil]
ts=[ts,bts,bts,bts,bts,bts,bts,bts,bts]
albs=[albs,balbs,balbs,balbs,balbs,balbs,balbs,balbs,balbs]
zen=[zen,40.0,50.0,60.0,70.0,80.0,90.0,100.0,110.0]
lat=[lat,blat,blat,blat,blat,blat,blat,blat,blat]
lon=[lon,blon,blon,blon,blon,blon,blon,blon,blon]
lwd=[lwd,blwd,blwd,blwd,blwd,blwd,blwd,blwd,blwd]
lwu=[lwu,blwu,blwu,blwu,blwu,blwu,blwu,blwu,blwu]
swd=[swd,bswd,bswd,bswd,bswd,bswd,bswd,bswd,bswd]
swu=[swu,bswu,bswu,bswu,bswu,bswu,bswu,bswu,bswu]
mask=[mask,bmask,bmask,bmask,bmask,bmask,bmask,bmask,bmask]
;RH and O3
expm=[expm,'RH*0.5','RH*0.75','RH*1.5','RH*2.0','O3*0.5','O3*0.75','O3*1.5','O3*2.0']
time=[time,btime,btime,btime,btime,btime,btime,btime,btime]
pl=[pl,bpl,bpl,bpl,bpl,bpl,bpl,bpl,bpl]
pl2=[pl2,bpl2,bpl2,bpl2,bpl2,bpl2,bpl2,bpl2,bpl2]
tl=[tl,btl,btl,btl,btl,btl,btl,btl,btl]
tl2=[tl2,btl2,btl2,btl2,btl2,btl2,btl2,btl2,btl2]
rhl=[rhl,brhl*0.5,brhl*0.75,brhl*1.5<100.0,brhl*2.0<100.0,brhl,brhl,brhl,brhl]
rhl2=[rhl2,brhl2*0.5,brhl2*0.75,brhl2*1.5<100.0,brhl2*2.0<100.0,brhl2,brhl2,brhl2,brhl2]
o3l=[o3l,bo3l,bo3l,bo3l,bo3l,bo3l*0.5,bo3l*0.75,bo3l*1.5,bo3l*2.0]
o3l2=[o3l2,bo3l2,bo3l2,bo3l2,bo3l2,bo3l2*0.5,bo3l2*0.75,bo3l2*1.5,bo3l2*2.0]
wcwl=[wcwl,bwcwl,bwcwl,bwcwl,bwcwl,bwcwl,bwcwl,bwcwl,bwcwl]
wcil=[wcil,bwcil,bwcil,bwcil,bwcil,bwcil,bwcil,bwcil,bwcil]
qcwl=[qcwl,bqcwl,bqcwl,bqcwl,bqcwl,bqcwl,bqcwl,bqcwl,bqcwl]
qcil=[qcil,bqcil,bqcil,bqcil,bqcil,bqcil,bqcil,bqcil,bqcil]
rcwl=[rcwl,brcwl,brcwl,brcwl,brcwl,brcwl,brcwl,brcwl,brcwl]
rcil=[rcil,brcil,brcil,brcil,brcil,brcil,brcil,brcil,brcil]
ts=[ts,bts,bts,bts,bts,bts,bts,bts,bts]
albs=[albs,balbs,balbs,balbs,balbs,balbs,balbs,balbs,balbs]
zen=[zen,bzen,bzen,bzen,bzen,bzen,bzen,bzen,bzen]
lat=[lat,blat,blat,blat,blat,blat,blat,blat,blat]
lon=[lon,blon,blon,blon,blon,blon,blon,blon,blon]
lwd=[lwd,blwd,blwd,blwd,blwd,blwd,blwd,blwd,blwd]
lwu=[lwu,blwu,blwu,blwu,blwu,blwu,blwu,blwu,blwu]
swd=[swd,bswd,bswd,bswd,bswd,bswd,bswd,bswd,bswd]
swu=[swu,bswu,bswu,bswu,bswu,bswu,bswu,bswu,bswu]
mask=[mask,bmask,bmask,bmask,bmask,bmask,bmask,bmask,bmask]


cd,'/data1/sheba/heatrate/experiments'
;Write the output ncdf file
;Write netCDF file
numbeam=n_elements(time)
nhts=n_elements(hl)
fname='rtinput.lqexp.'+arg+'.cdf'
outfid=ncdf_create(fname,/clobber)
tdid=ncdf_dimdef(outfid,'nlen',numbeam)
hdid=ncdf_dimdef(outfid,'nlm',nhts)
h2did=ncdf_dimdef(outfid,'nlm2',nhts+1)
bdid=ncdf_dimdef(outfid,'byte',16)

tmid=ncdf_vardef(outfid,'time',[tdid],/float)
pid=ncdf_vardef(outfid,'pl',[tdid,hdid],/float)
p2id=ncdf_vardef(outfid,'pl2',[tdid,h2did],/float)
hid=ncdf_vardef(outfid,'hl',[hdid],/float)
h2id=ncdf_vardef(outfid,'hl2',[h2did],/float)
tid=ncdf_vardef(outfid,'tl',[tdid,hdid],/float)
t2id=ncdf_vardef(outfid,'tl2',[tdid,h2did],/float)
qid=ncdf_vardef(outfid,'rhl',[tdid,hdid],/float)
q2id=ncdf_vardef(outfid,'rhl2',[tdid,h2did],/float)
oid=ncdf_vardef(outfid,'o3l',[tdid,hdid],/float)
o2id=ncdf_vardef(outfid,'o3l2',[tdid,h2did],/float)
wwid=ncdf_vardef(outfid,'wcwl',[tdid,hdid],/float)
wiid=ncdf_vardef(outfid,'wcil',[tdid,hdid],/float)
qwid=ncdf_vardef(outfid,'qcwl',[tdid,hdid],/float)
qiid=ncdf_vardef(outfid,'qcil',[tdid,hdid],/float)
rwid=ncdf_vardef(outfid,'rcwl',[tdid,hdid],/float)
riid=ncdf_vardef(outfid,'rcil',[tdid,hdid],/float)
tsid=ncdf_vardef(outfid,'ts',[tdid],/float)
alid=ncdf_vardef(outfid,'albs',[tdid],/float)
zaid=ncdf_vardef(outfid,'zen',[tdid],/float)
ltid=ncdf_vardef(outfid,'lat',[tdid],/float)
lnid=ncdf_vardef(outfid,'lon',[tdid],/float)
ldid=ncdf_vardef(outfid,'lwd',[tdid],/float)
luid=ncdf_vardef(outfid,'lwu',[tdid],/float)
sdid=ncdf_vardef(outfid,'swd',[tdid],/float)
suid=ncdf_vardef(outfid,'swu',[tdid],/float)
mkid=ncdf_vardef(outfid,'mask',[tdid,hdid],/short)
exid=ncdf_vardef(outfid,'expm',[tdid,bdid],/byte)

ncdf_attput,outfid,tmid,'long_name','Time'
ncdf_attput,outfid,tmid,'units','Hours, GMT'
ncdf_attput,outfid,pid,'long_name','Layer Pressure'
ncdf_attput,outfid,pid,'units','mb'
ncdf_attput,outfid,pid,'comment','Layer pressure i is the mean of level pressures i and i+1'
ncdf_attput,outfid,p2id,'long_name','Level Pressure'
ncdf_attput,outfid,p2id,'units','mb'
ncdf_attput,outfid,p2id,'comment','Level pressures bound layer pressures'
ncdf_attput,outfid,hid,'long_name','Layer Height'
ncdf_attput,outfid,hid,'units','km, AGL'
ncdf_attput,outfid,h2id,'long_name','Level Height'
ncdf_attput,outfid,h2id,'units','km, AGL'
ncdf_attput,outfid,tid,'long_name','Layer Temperature'
ncdf_attput,outfid,tid,'units','K'
ncdf_attput,outfid,tid,'source','GLAS rawinsonde system'
ncdf_attput,outfid,t2id,'long_name','Level Temperature'
ncdf_attput,outfid,t2id,'units','K'
ncdf_attput,outfid,t2id,'source','GLAS rawinsonde system'
ncdf_attput,outfid,qid,'long_name','Layer Relative Humidity'
ncdf_attput,outfid,qid,'units','%'
ncdf_attput,outfid,qid,'source','GLAS rawinsonde system'
ncdf_attput,outfid,q2id,'long_name','Level Relative Humidity'
ncdf_attput,outfid,q2id,'units','%'
ncdf_attput,outfid,q2id,'source','GLAS rawinsonde system'
ncdf_attput,outfid,oid,'long_name','Layer Ozone Mixing Ratio'
ncdf_attput,outfid,oid,'units','kg/kg'
ncdf_attput,outfid,oid,'source','McClatchey standard atmosphere'
ncdf_attput,outfid,o2id,'long_name','Level Ozone Mixing Ratio'
ncdf_attput,outfid,o2id,'units','kg/kg'
ncdf_attput,outfid,o2id,'source','McClatchey standard atmosphere'
ncdf_attput,outfid,wwid,'long_name','Layer Cloud Liquid Water Content'
ncdf_attput,outfid,wwid,'units','g/m3'
ncdf_attput,outfid,wwid,'source','Based on LWC retrievals'
ncdf_attput,outfid,wiid,'long_name','Layer Cloud Ice Water Content'
ncdf_attput,outfid,wiid,'units','g/m3'
ncdf_attput,outfid,wiid,'source','Based on IWC retrievals'
ncdf_attput,outfid,qwid,'long_name','Layer Cloud Liquid Water Mixing Ratio'
ncdf_attput,outfid,qwid,'units','kg/kg'
ncdf_attput,outfid,qwid,'source','Based on LWC retrievals'
ncdf_attput,outfid,qiid,'long_name','Layer Cloud Ice Water Mixing Ratio'
ncdf_attput,outfid,qiid,'units','kg/kg'
ncdf_attput,outfid,qiid,'source','Based on IWC retrievals'
ncdf_attput,outfid,rwid,'long_name','Layer Cloud Droplet Effective Radius (liquid)'
ncdf_attput,outfid,rwid,'units','microns'
ncdf_attput,outfid,rwid,'source','Based on liquid Re retrievals'
ncdf_attput,outfid,riid,'long_name','Layer Cloud Particle Effective Radius (ice)'
ncdf_attput,outfid,riid,'units','microns'
ncdf_attput,outfid,riid,'source','Based on ice Dmean retrievals'
ncdf_attput,outfid,tsid,'long_name','Surface Temperature'
ncdf_attput,outfid,tsid,'units','K'
ncdf_attput,outfid,tsid,'source','GLAS rawinsonde system'
ncdf_attput,outfid,alid,'long_name','Surface Albedo, broadband'
ncdf_attput,outfid,alid,'units','unitless'
ncdf_attput,outfid,alid,'source','CRREL albedo line'
ncdf_attput,outfid,zaid,'long_name','Solar Zenith Angle'
ncdf_attput,outfid,zaid,'units','Degrees'
ncdf_attput,outfid,zaid,'comment','Calculated from lat, lon, time'
ncdf_attput,outfid,ltid,'long_name','Latitude'
ncdf_attput,outfid,ltid,'units','Degrees North'
ncdf_attput,outfid,lnid,'long_name','Longitude'
ncdf_attput,outfid,lnid,'units','Degrees West'
ncdf_attput,outfid,ldid,'long_name','Broadband downwelling LW at surface'
ncdf_attput,outfid,ldid,'units','W/m2'
ncdf_attput,outfid,ldid,'source','Atmospheric Surface Flux Group - hourly averages'
ncdf_attput,outfid,luid,'long_name','Broadband upwelling LW at surface'
ncdf_attput,outfid,luid,'units','W/m2'
ncdf_attput,outfid,luid,'source','Atmospheric Surface Flux Group - hourly averages'
ncdf_attput,outfid,sdid,'long_name','Broadband downwelling SW at surface'
ncdf_attput,outfid,sdid,'units','W/m2'
ncdf_attput,outfid,sdid,'source','Atmospheric Surface Flux Group - hourly averages'
ncdf_attput,outfid,suid,'long_name','Broadband upwelling SW at surface'
ncdf_attput,outfid,suid,'units','W/m2'
ncdf_attput,outfid,suid,'source','Atmospheric Surface Flux Group - hourly averages'
ncdf_attput,outfid,mkid,'long_name','Cloud type classification mask'
ncdf_attput,outfid,mkid,'comment','Distinguishes each pixel into different cloud/sky types'
ncdf_attput,outfid,mkid,'value','0: clear, 1: Rain, 2: Snow, 3: Emp Liquid, 4: R-R Liquid, 5: Drizzle, 6: Emp Ice, 7: R-R Ice, 8: Mixed-phase, 9: Uncertain'
ncdf_attput,outfid,exid,'long_name','Experiment name'
ncdf_attput,outfid,exid,'comment','Will describe what changes have been made from the baseline run'

ncdf_attput,outfid,/global,'Date',systime(0)
ncdf_attput,outfid,/global,'Solar Constant','1354.2 W m-2 for (0.28-4.0 um) at 1 AU'
ncdf_attput,outfid,/global,'Platforms','mcrs1microC1.c1, shbglastxtC1.a1'
ncdf_attput,outfid,/global,'Baseline','Baseline run consists of the following number of profiles from the file beginning: '+strtrim(nump,2)

ncdf_control,outfid,/fill
ncdf_control,outfid,/endef

ncdf_varput,outfid,tmid,time
ncdf_varput,outfid,pid,pl
ncdf_varput,outfid,p2id,pl2
ncdf_varput,outfid,hid,hl
ncdf_varput,outfid,h2id,hl2
ncdf_varput,outfid,tid,tl
ncdf_varput,outfid,t2id,tl2
ncdf_varput,outfid,qid,rhl
ncdf_varput,outfid,q2id,rhl2
ncdf_varput,outfid,oid,o3l
ncdf_varput,outfid,o2id,o3l2
ncdf_varput,outfid,wwid,wcwl
ncdf_varput,outfid,wiid,wcil
ncdf_varput,outfid,qwid,qcwl
ncdf_varput,outfid,qiid,qcil
ncdf_varput,outfid,rwid,rcwl
ncdf_varput,outfid,riid,rcil
ncdf_varput,outfid,tsid,ts
ncdf_varput,outfid,alid,albs
ncdf_varput,outfid,zaid,zen
ncdf_varput,outfid,ltid,lat
ncdf_varput,outfid,lnid,lon
ncdf_varput,outfid,ldid,lwd
ncdf_varput,outfid,luid,lwu
ncdf_varput,outfid,sdid,swd
ncdf_varput,outfid,suid,swu
ncdf_varput,outfid,mkid,mask
ncdf_varput,outfid,exid,transpose(byte(expm))

ncdf_close,outfid

end