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iced_plot_lidar_test.pro~
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iced_plot_lidar_test.pro~
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;pro iced_lidar, flno, run=run, display=display, showcloud=showcloud
compile_opt strictarr, strictarrsubs
flno ='B923'
;if (n_elements(display) NE 1) then display = 1
;if (n_elements(showcloud) NE 1) then showcloud = 1
;if (n_elements(flno) NE 1) then message, 'Specify flno.'
;flno = strupcase(strtrim(flno,2))
altrange = [0,8]
extrange = [0,400]
;if (flno EQ 'B923' || flno EQ 'B924') then extrange = [0,1000]
;if (flno EQ 'B920') then run0 = ['R1', 'R6']
;if (flno EQ 'B923') then run0 = ['R1']
;if (flno EQ 'B924') then run0 = ['R1-3','R6-7']
;if (flno EQ 'B928') then run0 = ['R1', 'R7-9']
;if (flno EQ 'B932') then run0 = ['R0-1', 'R5E']
;if (flno EQ 'B934') then run0 = ['R2', 'R8']
;if (n_elements(run) EQ 0 && n_elements(run0) NE 0) then begin
; run = run0
;endif else if (n_elements(run) EQ 0) then begin
; message, 'Specify runs.'
;endif
run0 = ['R1']
n_runs = n_elements(run)
;home = '/home/h02/frmo/' ; NetCDF routine does not like '~'
dir = '/project/obr/Lidar_data/Faam_data/ICE-D/lidar/'
search = '*_' + flno + '_it060s_res045m_ext_dext.sav'
extfln = file_search(dir + search)
sumdir = '/project/obr/Lidar_data/Faam_data/core/'
sumfln = strlowcase(flno) + '_summary.txt'
psfln = strlowcase(flno) + '_ext.ps'
savfln = strlowcase(flno) + '_ext.sav'
ncfln = strlowcase(flno) + '_ext.nc'
cld_search = '*_' + flno + '_it060s_cloudtop.sav'
cldsav = file_search(dir + cld_search)
;cldsav = home + 'Faam/Data-post-flight/Ice-D/cloudtops/iced_cloud_it02.sav'
restore, cldsav
cloud_time = CLOUD_TIME ;FLOAT Array[6658]
cloud_top_h = CLOUD_TOP_HEIGHT ;DOUBLE Array [6658, 3]
col27
;restore, cldsav
idx = where(cloud.flno EQ flno, cnt)
if (cnt EQ 1) then begin
cloud1 = cloud_top_h[idx]
endif else begin
message, 'Cloud info missing.', /continue
showcloud = 0
endelse
title = flno + ' - Aerosol extinction coefficient (Mm!u-1!n)'
_nan_ = !values.f_nan
dt = 20 ; tolerance on run start/stop time
read_run_prof, sumdir+sumfln, name=sname, start=sstart, stop=sstop, $
run_idx=run_idx
rstart = sstart[run_idx]
rstop = sstop[run_idx]
rname = sname[run_idx]
run_start = fltarr(n_runs)
run_stop = fltarr(n_runs)
for i=0, n_runs-1 do begin
idx = where(rname EQ run[i], cnt)
if (cnt NE 1) then message, 'Run not in summary, or duplicated.'
run_start[i] = rstart[idx] - dt
run_stop[i] = rstop[idx] + dt
endfor
runs = run[0]
for i=1, n_runs-1 do runs += ' ' + run[i]
print, flno, runs, format='(%"%s: %s")'
restore, extfln
idx = where(lid_extinc LT -1E10, cnt)
if (cnt GT 0) then lid_extinc[idx] = _nan_
idx = where(lid_unc_ext LT -1E10, cnt)
if (cnt GT 0) then lid_unc_ext[idx] = _nan_
nh = n_elements(lid_height)
i3km = where(lid_height GE 3000.0 AND lid_height LT 3045.0, c3km)
if (c3km NE 1) then message, 'Hard to define height=3km.'
idx = where(finite(lid_extinc[*,i3km]))
lid_extinc *= 1E6
lid_unc_ext *= 1E6
lid_altitude /= 1000.0
lid_height /= 1000.0
vres = mean(lid_height[1:*]-lid_height)*1E-3 ; in Mm
lidar = {flight:flno, height:lid_height, run:run, $
aod:fltarr(n_runs), ext:fltarr(n_runs, nh)}
latmin = floor(min(lid_latitude[idx]))
latmax = ceil(max(lid_latitude[idx]))
latrange = [latmin, latmax]
circle_sym = dindgen(19) * 2.0D * !dpi / 18.0D
usersym, cos(circle_sym), sin(circle_sym), /fill
ps_plot, fln = dir + psfln
set_palette, 4, bottom=bottom, top=top, maxlevs=maxlevs
nlevs = min([maxlevs, 32])
nrow = 2
!p.multi = [0, 0, nrow]
v_pos_top = 0.92 - 0.90 * findgen(nrow) / nrow
v_pos_bot = v_pos_top + 0.04 - 0.8 / nrow
cols = bottom + bytscl(indgen(nlevs), top=top-bottom)
levs = extrange[0] + (extrange[1]-extrange[0]) * dindgen(nlevs) / nlevs
for i=0, n_runs-1 do begin
idx = where(lid_time GE run_start[i] AND lid_time LE run_stop[i], np)
xvar = lid_latitude[idx]
alt = lid_altitude[idx]
var = lid_extinc[idx,*]
dummy = where(finite(var[*,i3km]), nvalid)
for k=0, nh-1 do lidar.ext[i,k] = mean(var[*,k], /nan)
lidar.aod[i] = total(lidar.ext[i,*],/nan) * vres
print, run[i], np, nvalid, lidar.aod[i], $
format='(%"%s: %d profiles (%d valid), AOD=%0.2f")'
xvar2 = replicate(_nan_, 2*np)
var2 = replicate(_nan_, 2*np, nh)
delta = 0.2 * mean(xvar[1:*]-xvar)
for k=0, np-1 do begin
xvar2[2*k] = xvar[k] - delta
xvar2[2*k+1] = xvar[k] + delta
var2[2*k,*] = var[k,*]
var2[2*k+1,*] = var[k,*]
endfor
contour, var2, xvar2, lid_height, levels=levs, c_colors=cols, $
/cell_fill, /xstyle, /ystyle, xrange=latrange, $
xtitle = (i MOD nrow EQ nrow-1 ? 'Latitude': ''), $
title = (i MOD nrow EQ 0 ? title : ''), $
yrange=altrange, ytickformat='(i)', ytitle='Altitude (km)', $
position=[0.08, v_pos_bot[i MOD nrow], 0.86, $
v_pos_top[i MOD nrow]]
oplot, xvar, alt
xyouts, 0.11, v_pos_top[i]-0.04, run[i], /normal, charsize=1.5
if (showcloud) then begin
idx = where(cloud1.tim*3600.0 GE run_start[i] $
AND cloud1.tim*3600.0 LE run_stop[i])
for k=0, 2 do oplot, cloud1.lat[idx], cloud1.top[idx,k],$
psym=8, symsize=0.7, color=1
for k=0, 2 do oplot, cloud1.lat[idx], cloud1.top[idx,k],$
psym=8, symsize=0.3, color=20
endif
endfor
colorbar, range=extrange, bottom=bottom, ncolors=top-bottom+1,$
min_value=0, divisions=4, minor=5, format='(i0)', charsize=1.5, $
position = [0.97, 0.2, 0.99, 0.8], /vertical
ps_plot, /close, /gzip, display=display
save, lidar, filename=dir+savfln
write_netcdf, lidar, dir+ncfln, /clobber, /noattcomplain
end