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graphwrf.pro @ 163

Last change on this file since 163 was 85, checked in by aslmd, 14 years ago
LMD_MM_MARS et LMD_LES_MARS: ajout des routines IDL pour tracer les sorties --> voir mesoscale/PLOT
File size: 18.2 KB

Line
1	pro graphwrf, typeplot
2
3
4	;-----------------------------------------
5	; Read files generated by ARWpost & plot
6	;
7	; typeplot is s for see (.ps are not saved, .def saved)
8	; t for trace (.ps are saved, .def saved)
9	; r for report (same as t + tex report)
10	; m for movie (same as t + gif movie)
11	; w for web page (same as t + html animation)
12	;
13	; default is 's'
14	;
15	; use:
16	; 1. set parameters in graphwrf.def
17	; 2. @graphwrf.comp
18	; 3. graphwrf, 's' (or 't' or 'r' or 'm' or 'w')
19	;
20	;-----------------------------------------
21	; A. Spiga, Mars 2008
22	;-----------------------------------------
23
24
25	nomovie='yes'
26
27	if (n_elements(typeplot) eq 0) then typeplot='s'
28
29	print, '---------------------'
30	print, 'init. please wait ...'
31	print, '---------------------'
32
33	;
34	; init.
35	;
36	field1='' & field2='' & winds=['','']
37	backup_data='no' & already_data='no'
38	datafolder='./' & plotfolder='./'
39	textitle='plot'
40	texcomments='plot'
41	topo=0
42	extract='no'
43
44
45	;
46	; defining fields, coordinates, type of plot ... etc ...
47	;
48	@user.idl
49
50
51	;
52	; extracting/interpolating fields from WRF NETCDF files
53	;
54	if (extract eq 'yes') then begin
55	print, 'EXTRACT DATA. OK ?'
56	read, dumb, prompt='type 1 to proceed, 0 to keep the same input >>> '
57	if (dumb ne 0) then begin
58	print, 'WE WILL EXTRACT DATA USING ARWPOST.EXE'
59	if (n_elements(nest) eq 0) then nest='d01'
60	call_arwpost, nam1, nam2, nam3, nam4, nam5, tabnam, nest, datafolder
61	endif
62	endif
63	if (already_data eq 'yes') then begin
64	if (nam5 eq " interp_method = 0 ") then coord='model_level'
65	if ((nam5 eq " interp_method = 1 ") and (tabnam(0) lt tabnam(1))) then coord='height'
66	SPAWN, 'ln -sf '+datafolder+'/'+coord+'.input.ctl input.ctl'
67	SPAWN, 'ln -sf '+datafolder+'/'+coord+'.input.dat input.dat'
68	endif
69
70
71	;-----------------------------;
72	; STARTING TO READ INPUT.CTL ;
73	;-----------------------------;
74
75
76	;
77	; get the local time
78	;
79	interv=0.
80	openr, 99, 'timefil'
81	readf,99,interv
82	close, 99
83
84
85	;
86	; get preliminar info on coordinates
87	;
88	wnx=1
89	wny=1
90	wnz=1
91	wnt=1
92	txt=''
93	param=[0.,0.,0.,0.,0.,0.,0.,0.]
94
95	openr, 1, 'input.ctl'
96	while not eof(1) do begin
97	readf,1,txt
98	match=STRPOS(txt,'linear')
99	if (match ne -1) then begin
100	wnx=(STRPOS(txt,'xdef') eq -1)*wnx ;0 if linear
101	wny=(STRPOS(txt,'ydef') eq -1)*wny ;0 if linear
102	wnz=(STRPOS(txt,'zdef') eq -1)*wnz ;0 if linear
103	wnt=(STRPOS(txt,'tdef') eq -1)*wnt ;0 if linear
104	paramstart=STRSPLIT(txt, 'r', LENGTH=paramlength)
105	paramchar=STRMID(txt,paramstart(1),paramlength(1))
106	READS, paramchar, start, step
107	param=param+[start*(STRPOS(txt,'xdef') ne -1),$
108	step*(STRPOS(txt,'xdef') ne -1),$
109	start*(STRPOS(txt,'ydef') ne -1),$
110	step*(STRPOS(txt,'ydef') ne -1),$
111	start*(STRPOS(txt,'zdef') ne -1),$
112	step*(STRPOS(txt,'zdef') ne -1),$
113	start*(STRPOS(txt,'tdef') ne -1),$
114	step*(STRPOS(txt,'tdef') ne -1)]
115	endif
116	endwhile
117	close, 1
118	timebegin=param(6)
119
120
121	;---------------------------------
122	; READ .CTL FILE INFORMATIONS
123	;---------------------------------
124
125	info=read_ascii('input.ctl', missing_value=1e37)
126	infodat=info.field1
127
128	;
129	; second column : dimensions
130	;
131
132	w=where((infodat(0,) eq 1e37) and (infodat(1,) lt 1e37))
133	dimensions=reform(infodat(1,w))
134
135	nx=round(dimensions(0))
136	ny=round(dimensions(1))
137	nz=round(dimensions(2))
138	nt=round(dimensions(3))
139	fields=round(dimensions(4))
140	vertical=intarr(fields)
141	for i=0,fields-1 do begin
142	vertical(i)=round(dimensions(5+i))
143	endfor
144
145
146	;
147	; first column : coordinates
148	;
149
150	w=where((infodat(1,) eq 1e37) and (infodat(0,) lt 1e37))
151	if (w(0) ne -1) then coordinates=reform(infodat(0,w))
152
153
154	if (wnx ne 0) then begin
155
156	wnx=nx
157	x=coordinates(0:nx-1)
158
159	endif else begin
160
161	xmin=param(0)
162	xmax=param(0)+param(1)*(nx-1) MOD 360
163	;inc=param(0)+param(1)*(nx-1) ;cas mercator
164	;x=start+inc*findgen(nx)
165	x=xmin+(xmax-xmin)*findgen(nx)/(nx-1)
166
167	;param(1)=param(1)-param(0) ;;bricolo plot GCM
168	;xmin=param(0)
169	;xmax=param(0)+param(1)*(nx-1)
170	;x=xmin+(xmax-xmin)*findgen(nx)/(nx-1)
171	;;x = x - (LONG(x)/180)*360.0
172	;print, x
173
174	;stop
175
176	endelse
177
178
179	if (wny ne 0) then begin
180	wny=ny
181	y=coordinates(wnx:wnx+wny-1)
182	endif else begin
183	start=param(2)
184	step=param(3)
185	y=start+step*findgen(ny)
186	endelse
187	if (wnz ne 0) then begin
188	wnz=nz
189	z=coordinates(wnx+wny:wnx+wny+wnz-1)
190	endif else begin
191	start=param(4)
192	step=param(5)
193	z=start+step*findgen(nz)
194	endelse
195	t=interv*findgen(nt)/3700. + timebegin + mean(x)/15.
196	lct = round(t+24) MOD 24
197
198	;
199	; get info on fields
200	;
201	openr, 1, 'input.ctl'
202	toto=5+wnx+1+wny+1+wnz+2+fields
203	infofields=strarr(toto)
204	readf, 1, infofields
205	close, 1
206	desc_field=transpose(infofields(toto-fields:toto-1))
207
208	;
209	; vert coord
210	;
211	if (z(0) lt z(1)) then coord='height'
212	if (z(0) gt z(1)) then coord='pressure'
213	if ((z(0) eq 1.) and (z(nz-1) eq (z(nz-2)+1.))) then coord='model_level'
214
215
216
217	;---------------------------------
218	; READ .DAT FILE DATA
219	;---------------------------------
220	; GrADS views gridded data sets as 5-dimensional arrays
221	; varying in longitude, latitude, vertical level, variable, and time.
222	;---------------------------------
223
224	;-----------------------------;
225	; STARTING TO READ INPUT.DATA ;
226	;-----------------------------;
227	print, '----------------'
228	print, 'reading data ...'
229	print, '----------------'
230	print, 'longitudes: ', min(x), max(x), nx, ' points'
231	print, 'latitudes: ', min(y), max(y), ny, ' points'
232	print, 'altitudes: ', min(z), max(z), nz, ' points'
233	print, 'local times: ', min(lct), max(lct), nt, ' points'
234	print, fields, ' recorded fields :'
235	print, desc_field
236	print, '----------------'
237
238	; see http://www.dfanning.com/tips/ascii_column_data.html
239	OPENR, lun, 'input.dat', /GET_LUN
240
241
242	;
243	; titles and plot name
244	;
245	denom=plot+'_'+coord+'_'+field1
246	if ((field2 ne '') and (topo eq 0)) then denom=denom+'_'+field2
247	if (topo eq 1) then denom=denom+'_HGT'
248	if (winds(0) ne '') then denom=denom+'_'+winds(0)+winds(1)
249	case coord of
250	'height': charlev='Altitude (km)'
251	;'pressure': begin
252	; H=10.
253	; p0=6.1
254	; z=H*alog(p0/z)
255	; charlev='Log-Pressure altitude (km)'
256	;end
257	'model_level': charlev='Model level'
258	endcase
259
260
261	;
262	; graphics settings
263	;
264	!p.charthick = 2.0
265	!p.thick = 3.0
266	!x.thick = 2.0
267	!y.thick = 2.0
268
269	; plot with topography
270	if (topo eq 1) then field2='HGT'
271
272	save_ps='true'
273	if (save_ps ne 'false') then begin
274	; set_plot, 'ps'
275	endif else begin
276	set_plot, 'x'
277	!P.MULTI = [0, 2, 3]
278	window, 0, xsize=600, ysize=900
279	endelse
280
281	no3D='false'
282	print, 'GENERATE PLOTS ',min([nt-1,num-1])+1
283
284	for l=0,min([nt-1,num-1]) do begin ;time loop
285	print, 'time loop ...', l+1, ' / ', string(nt,'(I0)')
286	T = SYSTIME(1)
287	for f=0, fields-1 do begin ;fields (whether 2D or 3D) ;variable loop
288	nzf=vertical(f)
289	print, 'scanning field ...', f+1, ' / ', string(fields,'(I0)')
290
291	data = FLTARR(1,nzfnynx)
292	print, 'read data ...'
293	READF, lun, data ;; the IDL way, two times faster than 3 FOR loops
294	print, 'read data done'
295
296	recognize=STRSPLIT(desc_field(f), /EXTRACT)
297	recognize=recognize[0]
298
299	; IF (STRPOS(desc_field(f),field1) ne -1) then begin
300	; IF ( ( STRPOS(desc_field(f),field1) eq 0 ) and ( STRLEN(desc_field(f)) eq STRLEN(field1) ) ) then begin
301	IF (recognize eq field1) then begin
302	data_save=data
303	print, 'found field1 ', field1
304	data=REFORM(data,nx,ny,nzf,/OVERWRITE)
305	w=where(data eq -9999.) ; missing values: -9999 (before, was 1e20)
306	if (w(0) ne -1) then data[w]=1e37
307	CASE (plot) OF
308	'map': what_I_plot=reform(data(,,-1+min([level,nzf])))
309	'meridional': what_I_plot=reform(data(-1+min([nlon,nx]),,))
310	'zonal': what_I_plot=reform(data(,-1+min([nlat,ny]),))
311	ENDCASE
312	if (nzf eq 1) then no3D='true'
313	data=0. & data=data_save & data_save=0.
314	ENDIF
315	; IF ((STRPOS(desc_field(f),field2) ne -1) and (field2 ne '')) then begin
316	; IF ((STRPOS(desc_field(f),field2) eq 0) and (field2 ne '')) then begin
317	; IF ( ( STRPOS(desc_field(f),field2) eq 0 ) and ( field2 ne '' ) and ( STRLEN(desc_field(f)) eq STRLEN(field2) ) ) then begin
318	IF (recognize eq field2) then begin
319	data_save=data
320	print, 'found field2 ', field2
321	if (topo eq 1) then begin
322	data=data/100.
323	data=round(data)
324	data=float(data)/10.
325	endif
326	data=REFORM(data,nx,ny,nzf,/OVERWRITE)
327	w=where(data eq -9999.) ; missing values
328	if (w(0) ne -1) then data[w]=1e37
329	CASE (plot) OF
330	'map': overcontour=reform(data(,,-1+min([level,nzf])))
331	'meridional': overcontour=reform(data(-1+min([nlon,nx]),,))
332	'zonal': overcontour=reform(data(,-1+min([nlat,ny]),))
333	ENDCASE
334	data=0. & data=data_save & data_save=0.
335	ENDIF
336	; IF (STRPOS(desc_field(f),winds(0)) ne -1 and (winds(0) ne '')) then begin
337	; IF (STRPOS(desc_field(f),winds(0)) eq 0 and (winds(0) ne '')) then begin
338	IF (recognize eq winds(0)) then begin
339	data_save=data
340	print, 'found wind1 ', winds(0)
341	data=REFORM(data,nx,ny,nzf,/OVERWRITE)
342	w=where(data eq -9999.) ; missing values
343	if (w(0) ne -1) then data[w]=!Values.F_NAN
344	CASE (plot) OF
345	'map': overvector_x=reform(data(,,-1+min([level,nzf])))
346	'meridional': overvector_x=reform(data(-1+min([nlon,nx]),,))
347	'zonal': overvector_x=reform(data(,-1+min([nlat,ny]),))
348	ENDCASE
349	data=0. & data=data_save & data_save=0.
350	ENDIF
351	; IF (STRPOS(desc_field(f),winds(1)) ne -1 and (winds(1) ne '')) then begin
352	; IF (STRPOS(desc_field(f),winds(1)) eq 0 and (winds(1) ne '')) then begin
353	IF (recognize eq winds(1)) then begin
354	data_save=data
355	print, 'found wind2 ', winds(1)
356	data=REFORM(data,nx,ny,nzf,/OVERWRITE)
357	w=where(data eq -9999.) ; missing values
358	if (w(0) ne -1) then data[w]=!Values.F_NAN
359	CASE (plot) OF
360	'map': overvector_y=reform(data(,,-1+min([level,nzf])))
361	'meridional': overvector_y=reform(data(-1+min([nlon,nx]),,))
362	'zonal': overvector_y=reform(data(,-1+min([nlat,ny]),))
363	ENDCASE
364	data=0. & data=data_save & data_save=0.
365	ENDIF
366	data=0. ;; free memory
367	data_save=0. ;; free memory
368
369	endfor
370
371	if (n_elements(overcontour) eq 0) then overcontour=0.
372	if (n_elements(overvector_x) eq 0) then overvector_x=0.
373	if (n_elements(overvector_y) eq 0) then overvector_y=0.
374
375	@graphwrf_name.idl
376
377	;;--------------------------------------------------------
378	;; NB: you can use the winds fields to combine variables
379	;;--------------------------------------------------------
380	@wind_stress.idl ;** WIND STRESS
381	@sea_level.idl ;** HYDROSTATIC REDUCTION TO LEVEL OF REFERENCE
382	@ertel_vorticity.idl ;** ERTEL POTENTIAL VORTICITY
383	@tau_cloud.idl ;** CLOUD OPACITY
384	@wind_velocity.idl ;** 3D WIND VELOCITY
385	@hwind_velocity.idl ;** HORIZONTAL WIND VELOCITY
386	;;--------------------------------------------------------
387	;; NB: you can use the winds fields to combine variables
388	;;--------------------------------------------------------
389
390	title=title+', LT '+string(lct(l),'(I0)')
391
392	if (save_ps ne 'false') then begin
393	save_ps=denom+string(1000+l,'(I0)')
394	; device, filename=save_ps+'.ps', /color
395	PS_Start, filename=save_ps+'.ps'
396	endif
397
398	CASE (plot) OF
399	'map': begin
400	case coord of
401	'height': charlev=string(round(z(level-1)*1000.),'(I0)')+' m'
402	'pressure': charlev=string(round(z(level-1)*100.),'(I0)')+' Pa'
403	'model_level': charlev=string(round(z(level-1)),'(I0)')
404	endcase
405	if (no3D ne 'true') then title=title+', at level '+charlev
406	print, title
407	map_latlon, $
408	what_I_plot, $ ; 2D field
409	x, $ ; 1D latitude
410	y, $ ; 1D longitude
411	minfield=0., $ ; minimum value of plotted field (=0: calculate)
412	maxfield=0., $ ; maximum value of plotted field (=0: calculate)
413	overcontour=overcontour, $ ; another 2D field to overplot with contour lines (=0: no)
414	overvector_x=overvector_x, $ ; wind vector - x component (=0: no)
415	overvector_y=overvector_y, $ ; wind vector - y component (=0: no)
416	ct=pal, $ ; color table (33-rainbow is default)
417	colors=colors, $ ; number of colors/levels (32 is default)
418	title=title, $ ; title of the plot ('' is default)
419	format=format ; format of colorbar annotations ('(F6.2)' is default)
420	end
421	'zonal': begin
422	displaylat=float(round(y(nlat-1)*10))/10.
423	title=title+ ', section at latitude '+string(displaylat,format='(1F6.1)')+ '!Uo!N '
424	print, title
425	section, $
426	what_I_plot, $ ; 2D field
427	x, $ ; horizontal coordinate
428	z, $ ; altitude coordinate
429	minfield=0., $ ; minimum value of plotted field (=0: calculate)
430	maxfield=0., $ ; maximum value of plotted field (=0: calculate)
431	minspace=0., $ ; minimum value of space window (=0: calculate)
432	maxspace=0., $ ; maximum value of space window (=0: calculate)
433	overcontour=overcontour, $ ; another 2D field to overplot with contour lines (=0: no)
434	overvector_x=overvector_x, $ ; wind vector - x component (=0: no)
435	overvector_y=overvector_y, $ ; wind vector - y component (=0: no)
436	colors=colors, $ ; number of colors/levels (32 is default)
437	title_plot=title, $ ; title of the plot ('Profile' is default)
438	title_axis=['Longitude',charlev], $ ; title of the [x,y] axis (['Field','Altitude'] is default)
439	ct=pal, $ ; color table (33-rainbow is default)
440	format=format
441	end
442	'meridional': begin
443	displaylon=float(round(x(nlon-1)*10))/10.
444	title=title+', section at longitude '+string(displaylon,format='(1F6.1)')+ '!Uo!N '
445	print, title
446	section, $
447	what_I_plot, $ ; 2D field
448	y, $ ; horizontal coordinate
449	z, $ ; altitude coordinate
450	minfield=0., $ ; minimum value of plotted field (=0: calculate)
451	maxfield=0., $ ; maximum value of plotted field (=0: calculate)
452	minspace=0., $ ; minimum value of space window (=0: calculate)
453	maxspace=0., $ ; maximum value of space window (=0: calculate)
454	overcontour=overcontour, $ ; another 2D field to overplot with contour lines (=0: no)
455	overvector_x=overvector_x, $ ; wind vector - x component (=0: no)
456	overvector_y=overvector_y, $ ; wind vector - y component (=0: no)
457	colors=colors, $ ; number of colors/levels (32 is default)
458	title_plot=title, $ ; title of the plot ('Profile' is default)
459	title_axis=['Latitude',charlev], $ ; title of the [x,y] axis (['Field','Altitude'] is default)
460	ct=pal, $ ; color table (33-rainbow is default)
461	format=format
462	end
463	endcase
464
465	if (save_ps ne 'false') then device, /close
466	if (typeplot eq 's') then SPAWN, 'display '+save_ps+'.ps &'
467
468	;PRINT, 1000*(SYSTIME(1) - T), ' milliSeconds'
469	PRINT, SYSTIME(1) - T, ' seconds to process'
470	endfor
471
472
473
474	CLOSE, lun
475	print, '...done !'
476	help, /memory
477	print, '---------'
478
479
480	CASE (typeplot) OF
481	's': begin
482	;SPAWN, 'find '+denom+'????.ps -exec display {} \;'
483	SPAWN, 'cp -f graphwrf.def '+plotfolder+'/see_'+denom+'.def'
484	;SPAWN, 'mv -f ./'+denom+'????.ps '+plotfolder+'/'
485	SPAWN, '\rm ./'+denom+'????.ps'
486	end
487	't': begin
488	SPAWN, 'mv -f ./'+denom+'????.ps '+plotfolder+'/'
489	SPAWN, 'cp -f graphwrf.def '+plotfolder+'/'+denom+'.def'
490	end
491	'r': begin
492	SPAWN, 'touch report.comments ; \rm report.comments ; echo '+textitle+' > report.comments ; echo '+texcomments+' >> report.comments'
493	SPAWN, 'rm -f '+denom+'_.ps ; echo executing ... base '+denom+'????.ps < report.comments'
494	SPAWN, 'base '+denom+'????.ps < report.comments ; mv -f base.ps '+denom+'_.ps'
495
496	SPAWN, 'mv -f ./'+denom+'????.ps '+plotfolder+'/'
497	SPAWN, 'mv -f ./'+denom+'_.ps '+plotfolder+'/'
498	SPAWN, 'cp -f graphwrf.def '+plotfolder+'/'+denom+'.def'
499	end
500	'm': begin
501	print, 'generating movie ...'
502	SPAWN, 'rm -rf temp ; mkdir temp ; mv -f '+denom+'????.ps temp ; cp bigconvert200 temp ; cd temp'
503	SPAWN, 'bigconvert200 .ps ; convert -delay 60 .png movie.gif ; cd ..'
504	if (nomovie ne 'yes') then SPAWN, 'animate temp/movie.gif &'
505	print, 'movie done'
506
507	SPAWN, 'mv -f temp/'+denom+'????.ps '+plotfolder+'/'
508	SPAWN, 'mv -f temp/movie.gif '+plotfolder+'/'+denom+'.gif'
509	SPAWN, 'mv -f temp/'+denom+'????.png '+plotfolder+'/'
510	SPAWN, 'cp -f graphwrf.def '+plotfolder+'/'+denom+'.def'
511	end
512	'w': begin
513	;
514	;
515	netfolder='/u/aslmd/WWW/ANIMATIONS/'
516	;
517	; set also textitle
518	;
519	print, 'generating frames ...'
520	SPAWN, 'rm -rf temp ; mkdir temp ; mv -f '+denom+'????.ps temp/ ; ls temp/'
521	SPAWN, "find temp/* -exec convert -density 100x100 -crop 0x0 {} '{}.png' \;"
522	SPAWN, 'ls temp/'
523	;SPAWN, 'mv -f temp/'+denom+'????.ps '+plotfolder+'/'
524	SPAWN, 'cp -f graphwrf.def '+plotfolder+'/web_'+denom+'.def'
525	;; webpage
526	;SPAWN, 'rm -rf '+netfolder+textitle+'_'+denom+' ; mkdir '+netfolder+textitle+'_'+denom
527	SPAWN, 'mkdir '+netfolder+textitle
528	SPAWN, 'mv -f temp/'+denom+'????.ps.png '+netfolder+textitle+'/'
529	SPAWN, 'chmod 777 -R '+netfolder+textitle
530	SPAWN, 'rm -rf '+denom+'.html ; more header.html > '+textitle+'_'+denom+'.html'
531	genanim, num, textitle, denom
532	SPAWN, 'more templist >> '+textitle+'_'+denom+'.html ; rm -rf templist'
533	SPAWN, 'more body.html >> '+textitle+'_'+denom+'.html'
534	SPAWN, 'mv -f '+textitle+'_'+denom+'.html '+netfolder+'/'
535	end
536	ENDCASE
537
538	if (backup_data eq 'yes') then SPAWN, 'cp -f namelist.ARWpost '+datafolder+'/'+coord+'.namelist.ARWpost'
539	if (backup_data eq 'yes') then SPAWN, 'cp -f input.ctl '+datafolder+'/'+coord+'.input.ctl'
540	if (backup_data eq 'yes') then SPAWN, 'cp -f input.dat '+datafolder+'/'+coord+'.input.dat'
541
542
543
544
545	end

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