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su0phy.F90 @ 3040

Last change on this file since 3040 was 1990, checked in by Laurent Fairhead, 11 years ago

Corrections à la version r1989 pour permettre la compilation avec RRTM
Inclusion de la licence CeCILL_V2 pour RRTM

Changes to revision r1989 to enable RRTM code compilation
RRTM part put under CeCILL_V2 licence

Property copyright set to
Name of program: LMDZ
Creation date: 1984
Version: LMDZ5
License: CeCILL version 2
Holder: Laboratoire de m\'et\'eorologie dynamique, CNRS, UMR 8539
See the license file in the root directory

File size: 34.6 KB

Line
1	SUBROUTINE SU0PHY(KULOUT)
2
3	USE PARKIND1 ,ONLY : JPIM ,JPRB
4	USE YOMHOOK ,ONLY : LHOOK, DR_HOOK
5
6	!USE YOMLUN , ONLY : NULOUT ,NULNAM MPL 14.04.09
7	USE YOMLUN , ONLY : NULOUT
8	! Ce qui concerne LSLPHY commente par MPL 24.11.08
9	!USE YOMSLPHY , ONLY : LSLPHY
10	USE YOMPHY , ONLY : NBITER ,NOIR, NDPSFI, NPHYREP ,LMPHYS ,LREASUR ,&
11	& LCAPE ,LCONDWT ,LCVPP ,LCVDD ,LHUNEG ,&
12	& LNEIGE ,LRNUMX ,LCLSATUR,L2PHYS ,LCVRA ,LGWD ,&
13	& LGWDC ,LHMTO ,LNEBCO ,LNEBN ,LNEBR ,LQXRTGH, LHUCN,&
14	& LNEBT ,LND2DIFF ,LOZONE ,LRAY ,LRAYFM ,LRAYFM15 ,&
15	& LRRMES ,LSFHYD ,LSNV ,LSOLV ,LFGEL ,&
16	& LSRCON ,LSRCONT ,LSLC ,LRRGUST ,LRELAXW ,&
17	& LAEROSEA ,LAEROLAN ,LAEROSOO ,LAERODES ,LAEROVOL ,LAEROSUL ,LRELAXT ,&
18	& LO3ABC ,LSTRA ,LSTRAS ,LTHERMO ,LVDIF ,&
19	& LRAYLU ,LREWS ,LRPROX ,LRMIX ,LRSTAB ,&
20	& LRAUTOEV ,LRAYPL ,LCVLIS ,LCVCAS ,LVGSN ,&
21	& LNEBNXR ,LFPCOR ,LNOIAS ,CGMIXLEN ,LPRGML ,LGLT ,&
22	& LNEWD ,LRTPP ,LRTDL ,LDIFCONS ,LECT ,&
23	& LCVPGY ,LPROCLD ,LEVAPP ,LCOLLEC ,LPTKE ,L3MT ,&
24	& LCVPRO ,LCDDPRO ,LSCMF ,LVOIGT ,LVFULL ,&
25	& LNSMLIS, LPHCDPI ,&
26	& NPHY ,JPHYEC ,JPHYMF ,JPHYARO , &
27	& LAJUCV ,LPBLE ,LNEBGR ,LNEBGY ,&
28	& LBCCOND ,LCVRAV3 ,LZ0HSREL ,LBLVAR ,&
29	& LADJCLD ,LAUTONEB ,LSSD ,LCVPPKF ,LECTFL ,&
30	& LPIL ,LPHSPSH ,LSMROT ,LSMNIMBT ,&
31	& LSMTPS ,L1DRHCRI ,LGWRHCRI ,NSMTBOT , &
32	& NSMDNEB ,NPRAG ,NPRAC ,NPRRI ,LSTRAPRO, LNEWSTAT
33	USE YOMARPHY , ONLY : LMPA ,LMICRO ,LTURB ,&
34	& LMSE ,LKFBCONV ,LKFBD ,LKFBS ,LUSECHEM ,&
35	& LORILAM ,LRDUST, LBUFLUX ,CCOUPLING
36	USE YOEPHY , ONLY : LEPHYS ,&
37	& LECOND ,LECUMF ,LEDCLD ,LEEVAP ,LEGWDG ,&
38	& LEOZOC ,LEQNGT ,LERADI ,LERADS ,&
39	& LESHCV ,LESICE ,LESURF ,LEVDIF ,&
40	& LAGPHY ,LEPCLD ,LECO2DIU ,&
41	& LEO3CH ,LBUD23 ,LEMETHOX ,LERA40 ,LECURR ,LVDFTRAC ,&
42	& LEOCWA ,LEOCCO ,LEOCSA ,LMFTRAC ,LERAIN ,LE4ALB ,&
43	& RTHRFRTI ,NEPHYS_PCFULL, LEMWAVE
44	USE YOEWCOU , ONLY : NSTPW ,RSOUTW ,RNORTW ,RDEGREW ,&
45	& LWCOU ,LWCOU2W
46	! Ce qui concerne RCLDTOPP commente par MPL 24.11.08
47	!USE YOECLDP , ONLY : RCLDTOPP
48	USE YOPHLC , ONLY : ALPHA ,AH0 ,USTARL ,&
49	& USTARS ,ALANDZ0 ,ASEAZ0 ,LSPHLC ,LVDFLC ,&
50	& LSDRLC ,LCZDEB ,LZMCON ,LKEXP ,LVDFDS ,&
51	& LSDRDS
52	USE YOMCT0 , ONLY : NCONF ,&
53	& LRETCFOU ,LWRTCFOU, LAROME,LFPOS,LPC_FULL
54	USE YOMCT0B , ONLY : LECMWF
55	! Tous les YOM* ci-dessous commentes par MPL 24.11.08
56	!USE YOMINI , ONLY : NEINI
57	!USE YOMDFI , ONLY : NEDFI
58	!USE YOMVRTL , ONLY : L131TL
59	!USE YOPHNC , ONLY : LETRAJP ,LETRAJPT ,LERADI2 ,LERADS2 ,&
60	! & LERADSW2 ,LERADN2 ,LERADFL2 ,LEDCLD2 ,LENCLD2 ,&
61	! & LEVAPLS2 ,LEVDIF2 ,LEGWDG2 ,LECUMF2 ,LECUBM2 ,&
62	! & LECOND2 ,LEQNGT2 ,LESURF2 ,LEKPERT ,LTRACLNPH
63	!USE YOEPHLI , ONLY : LENOPERT
64	!USE YOMNCL , ONLY : LNCLIN ,LREGCL
65	USE YOMSIMPHL, ONLY : LSIMPH ,LTRAJPS ,LTRAJPST ,&
66	& LSMOOTHD ,LSMOOTHA ,LSMOOTHB ,LCVRASP ,&
67	& LGWDSP ,LRAYSP ,LSTRASP ,LVDIFSP ,LRRMESSP ,LCLOUDS
68	USE YOMRCOEF , ONLY : LRCOEF ,LTLADDIA ,LGLOBRAD
69	!USE YOMIOP , ONLY : NPCKFT95 ,NEXPBT95
70	!USE YOMDYNA , ONLY : LGWADV
71	!USE YOMCOAPHY , ONLY : NPHYINT
72
73	!**** SU0PHY - Initialize common YOxPHY controlling physics
74
75	! Purpose.
76	! --------
77	! Initialize YOxPHY, the common that includes the
78	! basic switches for the physics of the model.
79
80	!** Interface.
81	! ----------
82	! CALL *SU0PHY(KULOUT) from SU0YOMA
83
84	! Explicit arguments :
85	! --------------------
86	! KULOUT : Logical unit for the output
87
88	! Implicit arguments :
89	! --------------------
90
91	! Method.
92	! -------
93	! See documentation
94
95	! Externals.
96	! ----------
97
98	! Reference.
99	! ----------
100	! ECMWF Research Department documentation of the IFS
101
102	! or
103
104	! Documentation ARPEGE (depending on which physics will be used)
105
106	! Author.
107	! -------
108	! J.-J. Morcrette ECMWF
109	! J.-F. Geleyn for the ARPEGE rewriting.
110
111	! Modifications.
112	! --------------
113	! Original : 91-11-12
114	! Modified 92-02-22 by M. Deque (tests of consistency with YOMDPHY)
115	! Modified by R. EL Khatib : 93-04-02 Set-up defaults controled by LECMWF
116	! Modified 94-02-28 by M. Deque : Shallow convection clouds
117	! Modified 93-10-28 by Ph. Dandin : FMR scheme with MF physics
118	! Modified 93-08-24 by D. Giard (test of consistency with digital filter)
119	! Modified by M. Hamrud : 93-06-05 Make use of LECMWF for ECMWF
120	! Modified 95-11-27 by M. Deque (2nd call to APLPAR)
121	! Modified 96-01-10 by M. Janiskova (logical switches for simpl.ph.par.)
122	! Modified 97-02-28 by J.M. Piriou (cloudiness scheme switch LNEBN)
123	! Modified 97-04-17 by J.M. Piriou (default values)
124	! Modified by F. Rabier : 96-09-25 Full physics set-up for 801 job
125	! Modified by G. Hello : 97-07-31 Full MF physics set-up for 801
126	! Modified by M. Deque : 97-05-25 Frozen FMR
127	! Modified by E.Bazile : 97-11-18 Soil freezing (LFGEL)
128	! Modified by M. Deque : 98-01-05 Cleaning of NDPSFI
129	! Modified by M. Janiskova : 98-11-18 Full MF physics set-up for 131
130	! : 99-02-21 Set-up for radiation coef.
131	! Modified by C. Jakob : 98-04 Methane oxidation
132	! Modified by T. Bergot : 98-08 Full MF physics set-up for 601
133	! Modified by E.Bazile : 99-02-12 Superficial soil freezing (LFGELS)
134	! Modified by L. Gerard : 98-12-07 LSRCON
135	! Modified by J.M. Piriou : 99-04-19 Moon radiation
136	! Modified 99-02-17 by K. YESSAD: options LRETCFOU, LWRTCFOU.
137	! Modified by J.M. Piriou : 99-06-18 LCVLIS and LCVCAS
138	! Modified by J.M. Piriou : 99-07-07 Introduce reproductibility in physics (NPHYREP).
139	! Modified by D. Giard : 2000-10-25 LVGSN (snow and vegetation)
140	! Modified by E. Bazile : 2000-11-12 CYCORA's default value.
141	! Modified by F. Bouyssel : 2001-03-03 LRRMESSP
142	! Modified by J.M. Piriou : 2001-11-27 LSRCONT
143	! Modified by J.M. Piriou : 2002-11-15 LNEBNXR
144	! Modified by F. Bouyssel : 2002-06-25 LCVPPLIS and LRRGUST
145	! R. El Khatib : 2001-08-07 Pruning options
146	! J.M. Piriou : 2002-01-10 set default values to operational ones.
147	! Modified by A.Beljaars : 2002-11-12 LECURR (Ocean current)
148	! Modified by Y. Bouteloup : 2002-03-05 LO3ABC
149	! Modified 08-2002 C. Smith : use "w" as prognostic variable in the
150	! semi-lag advection of vertical divergence in the NH model.
151	! Modified by F. Bouyssel : 2002-12-18 Cleaning of LCVPPLIS
152	! Modified by E. Bazile : 2003-02-13 LFPCOR
153	! Modified by E. Bazile : 2003-02-18 LNOIAS
154	! Modified by M. Janiskova : 2003-05 set-up for ECMWF stat.cloud scheme
155	! M.Hamrud 01-Oct-2003 CY28 Cleaning
156	! P. Viterbo ECMWF 03-12-2004 Include user-defined RTHRFRTI
157	! Modified by Y Seity : 2004-11-16 For AROME setup, default values
158	! for namarphy keys,read namarphy, switch off arp/ald physics keys
159	! Modified by R. Brozkova : 2004-11 modifs for Xu-Randall cloud. scheme
160	! P. Marquet and F. Bouyssel : 2004-08-18 (Lopez)
161	! G. Hello : 2005-04-25 Lground initialization (surfex and arome)
162	! Y. Seity : 2005-09-25 LRDUST, LORILAM and LUSECHEM initialisation
163	! for AROME
164	! T. Kovacic : 2006-03-17 LPHCDPI, NPHY, LBUFLUX; for DDH and BUDGET
165	! Modified by F. Bouyssel : 2005-01-25 Change default of LNSMLIS
166	! D.Salmond 22-Nov-2005 Mods for coarser/finer physics
167	! P. Lopez 14-02-2006 Added switch LTRACLNPH for including
168	! tracers in linearized physics
169	! R.Brozkova : pre ALARO 0 modset: mixing lengths computation
170	! Modified by GMGEC/EAC : 2006-03 list of modif.
171	! P. Marquet : 99-01-18 Dry Conv. Adj. (LAJUCV)
172	! P. Marquet : 02-02-14 YOMPHY
173	! P. Marquet : 02-06-18 LBCCOND (Becht/Chab ACCOND)
174	! P. Marquet : 02-08-30 LCVRAV3 (old ACCVIMP_V3)
175	! and new cloud model : 2006-03-03
176	! Modified by E. Bazile : 2006-04-11 Add LPBLE in case of LECT
177	! Modified by E. Bazile : 2006-04-20 Add LADJCLD,LCVPPKF, LECTFL
178	! JF. Gueremy : LZ0HSREL initialised (used in ACHMT)
179	! Modified by F. Bouyssel : 2006-10-30 Add LAUTONEB, LSSD
180	! Modified by F. Vana : 2006-01-30 LPTKE
181	! Modifed by D. Banciu : 2006-08-31 LND2DIFF
182	! M. Bellus : 28-Sep-2006 ALARO-0 phasing: L3MT,LCVPRO,LCDDPRO,LSCMF,
183	! LVOIGT,LVFULL,LPIL,LPHSPSH,LSMROT,LSMNIMBT,LSMTPS,
184	! L1DRHCRI,LGWRHCRI,NSMTBOT,NSMDNEB,NPRAG,NPRAC,NPRRI,
185	! LSTRAPRO,LNEWSTAT ; removed duplicity in LPBLE
186	! JJMorcrette 20060721 MODIS albedo
187	! ------------------------------------------------------------------
188
189	IMPLICIT NONE
190
191	INTEGER(KIND=JPIM),INTENT(IN) :: KULOUT
192
193	! ------------------------------------------------------------------
194
195	INTEGER(KIND=JPIM) :: IERR
196	REAL(KIND=JPRB) :: ZHOOK_HANDLE
197
198	! ------------------------------------------------------------------
199
200	#include "abor1.intfb.h"
201	#include "posnam.intfb.h"
202	#include "suscm.intfb.h"
203
204	! ------------------------------------------------------------------
205
206	#include "namphy.h"
207	!#include "namarphy.h"
208	#include "naephy.h"
209	#include "naphlc.h"
210	!#include "namtrajp.h"
211	!#include "namsimphl.h"
212	!#include "namrcoef.h"
213
214	! ------------------------------------------------------------------
215	print*,'Dans SUOPHY ', KULOUT
216
217	IF (LHOOK) CALL DR_HOOK('SU0PHY',0,ZHOOK_HANDLE)
218
219	! ------------------------------------------------------------------
220
221	!* 1. Set default values.
222	! -------------------
223
224	!* 1.1.1 Set default values for Meteo-France physics
225	! -------------------------------------------
226
227	LMPHYS=.FALSE.
228	LREASUR=.TRUE.
229
230	CGMIXLEN='Z'
231	LPRGML=.FALSE.
232	LCAPE=.FALSE.
233	LCONDWT=.FALSE.
234	LCVCAS=.FALSE.
235	LCVLIS=.FALSE.
236	LCVPP=.FALSE.
237	LCVPPKF=.FALSE.
238	LCVDD=.FALSE.
239	LHUNEG=.TRUE.
240	LNEIGE=.TRUE.
241	LRNUMX=.FALSE.
242	LCLSATUR=.FALSE.
243	LVOIGT=.FALSE.
244	LVFULL=.FALSE.
245	LRRGUST=.FALSE.
246	L2PHYS=.FALSE.
247	LO3ABC=.FALSE.
248	LAEROSEA=.FALSE.
249	LAEROLAN=.FALSE.
250	LAEROSOO=.FALSE.
251	LAERODES=.FALSE.
252	LAEROVOL=.FALSE.
253	LAEROSUL=.FALSE.
254	LRELAXT=.FALSE.
255	LRELAXW=.FALSE.
256	LE4ALB=.FALSE.
257	LGLT=.FALSE.
258	LNEWD=.FALSE.
259	LDIFCONS=.FALSE.
260	LECT=.FALSE.
261	LPTKE=.FALSE.
262	LECTFL=.FALSE.
263	LPBLE=.FALSE.
264	LCVPGY=.FALSE.
265	L3MT=.FALSE.
266
267	LCVRA=.FALSE.
268	LGWDC=.FALSE.
269	LGWD=.FALSE.
270	LHMTO=.FALSE.
271	LNEBCO=.FALSE.
272	LNEBN=.FALSE.
273	LNEBNXR=.FALSE.
274	LNEBR=.FALSE.
275	LNEBT=.FALSE.
276	LND2DIFF=.FALSE.
277	LQXRTGH=.FALSE.
278	LHUCN=.FALSE.
279	LOZONE=.FALSE.
280	LRAY=.FALSE.
281	LRAYLU=.FALSE.
282	LREWS=.FALSE.
283	LRPROX=.FALSE.
284	LRMIX=.FALSE.
285	LRSTAB=.FALSE.
286	LRAUTOEV=.FALSE.
287	LRTPP=.FALSE.
288	LRTDL=.FALSE.
289	LRAYPL=.FALSE.
290	LRAYFM=.FALSE.
291	LRAYFM15=.FALSE.
292	LRRMES=.FALSE.
293	LSFHYD=.FALSE.
294	LSNV=.FALSE.
295	LSOLV=.FALSE.
296	LFGEL=.FALSE.
297	LSRCON=.FALSE.
298	LSRCONT=.FALSE.
299	LSLC=.FALSE.
300	LSTRA=.FALSE.
301	LSTRAS=.FALSE.
302	LTHERMO=.FALSE.
303	LVDIF=.FALSE.
304	LVGSN=.FALSE.
305	LFPCOR=.FALSE.
306	LNOIAS=.FALSE.
307	LPHCDPI=.FALSE.
308	LBLVAR=.FALSE.
309
310	LZ0HSREL=.FALSE.
311
312	NBITER=2
313	NDPSFI=0
314	NPHYREP=1
315	NOIR=0
316
317	! ---------------------------------------------------
318	! ALARO-0 (cloud)
319	! ---------------------------------------------------
320	LPIL=.FALSE.
321	LSTRAPRO=.FALSE.
322	LNEWSTAT=.TRUE.
323	LPHSPSH=.FALSE. ! Pseudo Historic Surface Precip Sensible Heat Flux
324	LSMROT=.FALSE.
325	LSMTPS=.FALSE.
326	LSMNIMBT=.FALSE.
327	L1DRHCRI=.FALSE.
328	LGWRHCRI=.FALSE.
329	NSMTBOT=0 ! interpolate
330	NSMDNEB=2 ! gradient limitation
331	NPRAG=1
332	NPRAC=1
333	NPRRI=1
334	! ---------------------------------------------------
335	! ALARO-0 (prognostic convection)
336	! ---------------------------------------------------
337	LCVPRO=.FALSE.
338	LCDDPRO=.FALSE.
339	LSCMF=.FALSE.
340
341	! - - - - - - - - - - - - - - - - - - - - - - - - - -
342	! Cloud and precipitation prognostic scheme (Lopez) :
343	! - - - - - - - - - - - - - - - - - - - - - - - - - -
344
345	LPROCLD=.FALSE.
346	LEVAPP=.TRUE.
347	LCOLLEC=.TRUE.
348	LNSMLIS=.TRUE.
349	LADJCLD=.TRUE.
350	LAUTONEB=.FALSE.
351	LSSD=.FALSE.
352
353	!AROME physics
354	LMPA=.FALSE.
355	LMICRO=.FALSE.
356	LTURB=.FALSE.
357	LMSE=.FALSE.
358	LKFBCONV=.FALSE.
359	LKFBD=.FALSE.
360	LKFBS=.FALSE.
361	LUSECHEM=.FALSE.
362	LORILAM=.FALSE.
363	LRDUST=.FALSE.
364	LBUFLUX=.TRUE.
365	CCOUPLING='E'
366
367	! - - - - - - - - - - -
368	! Module YOMPHY :
369	! - - - - - - - - - - -
370
371	LAJUCV=.FALSE.
372	LNEBGR=.FALSE.
373	LNEBGY=.FALSE.
374	LBCCOND=.FALSE.
375
376	LCVRAV3=.FALSE.
377
378	!* 1.1.2 Set default values for simplified physical parametrization
379	! of Meteo-France
380	! -----------------------------------------------------------------
381
382	LSIMPH=.FALSE.
383	LTRAJPS=.FALSE.
384	LTRAJPST=.FALSE.
385	LSMOOTHD=.FALSE.
386	LSMOOTHA=.FALSE.
387	LSMOOTHB=.FALSE.
388	LCLOUDS=.FALSE.
389
390	LCVRASP=.FALSE.
391	LGWDSP=.FALSE.
392	LRAYSP=.FALSE.
393	LSTRASP=.FALSE.
394	LVDIFSP=.FALSE.
395	LRRMESSP=.FALSE.
396
397	LRCOEF=.FALSE.
398	LTLADDIA=.FALSE.
399	LGLOBRAD=.FALSE.
400
401	!* 1.2.1 Set default values for ECMWF physics package
402	! --------------------------------------------
403
404	LEPHYS=.FALSE.
405	LAGPHY=.TRUE.
406
407	LECOND=.FALSE.
408	LEPCLD=.FALSE.
409	LECUMF=.FALSE.
410	LEDCLD=.FALSE.
411	LEEVAP=.TRUE.
412	LEGWDG=.FALSE.
413	LEOZOC=.FALSE.
414	LEQNGT=.FALSE.
415	LERADI=.FALSE.
416	LERADS=.FALSE.
417	LESHCV=.FALSE.
418	LESICE=.TRUE.
419	LESURF=.FALSE.
420	LEVDIF=.FALSE.
421	LEOCWA=.FALSE.
422	LEOCCO=.FALSE.
423	LEOCSA=.FALSE.
424	LEMETHOX=.FALSE.
425	LERA40=.FALSE.
426	LECURR=.FALSE.
427	LVDFTRAC=.TRUE.
428	LMFTRAC=.TRUE.
429	LERAIN=.FALSE.
430	LE4ALB=.FALSE.
431	RTHRFRTI=0.0_JPRB
432	!NPHYINT=0
433	LE4ALB=.FALSE.
434
435	!-------------------------------------------------------
436	! pressure above which cloud scheme is not called
437	! !!!WARNING!!! this has to be in the part of the domain
438	! where the pure pressure level grid is used, otherwise
439	! the code is not bit-reproducible!!!
440	! Don't call the cloud scheme for pressures lower than 1hPa
441	!RCLDTOPP=100.0_JPRB
442
443	!--------------------------------------------------------
444
445	!* 1.2.2 Set-up linearized physical parametrization of ECMWF
446	! ---------------------------------------------------
447
448	!LETRAJP = .FALSE.
449	!LETRAJPT= .FALSE.
450	!LERADI2 = .FALSE.
451	!LERADS2 = .FALSE.
452	!LERADSW2= .FALSE.
453	!LERADN2 = .FALSE.
454	!LERADFL2= .FALSE.
455	!LEDCLD2 = .FALSE.
456	!LENCLD2 = .FALSE.
457	!LEVAPLS2= .FALSE.
458	!LEVDIF2 = .FALSE.
459	!LEGWDG2 = .FALSE.
460	!LECUMF2 = .FALSE.
461	!LECUBM2 = .FALSE.
462	!LECOND2 = .FALSE.
463	!LEQNGT2 = .FALSE.
464	!LESURF2 = .FALSE.
465	!LEKPERT = .FALSE.
466	!LNCLIN = .FALSE.
467	!LREGCL = .FALSE.
468	!LTRACLNPH = .FALSE.
469
470	! No perturbation of surface arrays
471	!LENOPERT = .TRUE.
472
473	!* Packing parameters
474	! -------------------
475	!NPCKFT95 = 1
476	!NEXPBT95 = 6
477
478	! LOGICAL FOR THE VERT DIFF SCHEME VDIFLCZ USED IN CONF 601
479
480	LSPHLC = .FALSE.
481	LVDFLC = .FALSE.
482	LVDFDS = .TRUE.
483	LSDRLC = .TRUE.
484	LSDRDS = .FALSE.
485	LCZDEB = .FALSE.
486	LZMCON = .TRUE.
487	LKEXP = .TRUE.
488	ALPHA = 3._JPRB
489	AH0 = 1000.0_JPRB
490	USTARL = 0.5_JPRB
491	USTARS = 0.2_JPRB
492	ALANDZ0 = 0.05_JPRB
493	ASEAZ0 = 0.0005_JPRB
494
495	NSTPW=2
496	! NSTPW=30
497
498	LWCOU=.FALSE.
499	LWCOU2W=.FALSE.
500
501	! Setup for 3 degree resolution wave model
502
503	! RNORTW= 72.0
504	! RSOUTW=-63.0
505	! RDEGREW=3.0
506
507	! Setup for 1.5 degree resolution wave model
508
509	RNORTW= 81.0_JPRB
510	RSOUTW=-81.0_JPRB
511	RDEGREW=1.5_JPRB
512
513	! 1.3 Modify default values according to LECMWF
514
515	IF (LECMWF) THEN
516	LEPCLD=.TRUE.
517	LEVDIF=.TRUE.
518	LEOCWA=.FALSE.
519	LEOCCO=.FALSE.
520	LEOCSA=.TRUE.
521	LESURF=.TRUE.
522	LECOND=.FALSE.
523	LECUMF=.TRUE.
524	LEEVAP=.TRUE.
525	LEGWDG=.TRUE.
526	LEOZOC=.TRUE.
527	LEQNGT=.TRUE.
528	LERADI=.TRUE.
529	LERADS=.TRUE.
530	LESICE=.TRUE.
531	LEDCLD=.TRUE.
532	LEO3CH=.FALSE.
533	LECO2DIU=.FALSE.
534	LEMETHOX=.TRUE.
535	IF(NCONF == 1) THEN
536	LEPHYS=.TRUE.
537	ENDIF
538	IF(NCONF == 131) THEN
539	! LERADI2 = .TRUE.
540	! LERADS2 = .TRUE.
541	! LEVDIF2 = .TRUE.
542	! LEGWDG2 = .TRUE.
543	! LECUMF2 = .TRUE.
544	! LECOND2 = .TRUE.
545	! IF(L131TL) THEN
546	! LEPHYS=.TRUE.
547	! LECOND=.TRUE.
548	! LEPCLD=.FALSE.
549	! ENDIF
550	LSPHLC=.TRUE.
551	LVDFLC=.TRUE.
552	LSDRLC=.TRUE.
553	LZMCON=.TRUE.
554	LKEXP =.TRUE.
555	ENDIF
556	IF (NCONF == 401 .OR. NCONF == 501) THEN
557	LEPHYS = .TRUE.
558	LECOND = .TRUE.
559	LEPCLD = .FALSE.
560
561	! LETRAJP = .TRUE.
562	! LERADI2 = .TRUE.
563	! LERADS2 = .TRUE.
564	! LEVDIF2 = .TRUE.
565	! LEGWDG2 = .TRUE.
566	! LECUMF2 = .TRUE.
567	! LECOND2 = .TRUE.
568	ENDIF
569
570	IF(NCONF == 601.OR.NCONF == 801) THEN
571
572	! Full physics when computing the trajectory
573
574	LEPHYS=.TRUE.
575
576	! Simple scheme for TL and ADJ
577
578	LSPHLC = .TRUE.
579	LVDFLC = .TRUE.
580	LVDFDS = .TRUE.
581	LSDRLC = .TRUE.
582	LSDRDS = .TRUE.
583	LCZDEB = .FALSE.
584	LZMCON = .TRUE.
585	LKEXP = .TRUE.
586	ALPHA = 3._JPRB
587	AH0 = 1000.0_JPRB
588	USTARL = 0.5_JPRB
589	USTARS = 0.2_JPRB
590	ALANDZ0 = 0.05_JPRB
591	ASEAZ0 = 0.0005_JPRB
592
593	ENDIF
594	NPHY = JPHYEC
595	ELSE
596	IF ((NCONF == 1).OR.(NCONF == 131).OR.(NCONF == 401)&
597	& .OR.(NCONF == 501).OR.(NCONF == 601)&
598	& .OR.(NCONF == 701).OR.(NCONF == 801)) THEN
599	LAGPHY=.FALSE.
600	LCVCAS=.TRUE.
601	LCVDD=.TRUE.
602	LCVLIS=.TRUE.
603	LCVPP=.TRUE.
604	LSRCONT=.FALSE.
605	LCVRA=.TRUE.
606	LFGEL=.TRUE.
607	LGWD=.TRUE.
608	LHMTO=.TRUE.
609	LMPHYS=.TRUE.
610	LNEBN=.TRUE.
611	LNEBT=.FALSE.
612	LNEBNXR=.FALSE.
613	LNEIGE=.TRUE.
614	LRAY=.TRUE.
615	LRAYLU=.TRUE.
616	LRAYPL=.TRUE.
617	LRRMES=.TRUE.
618	LSFHYD=.TRUE.
619	LSOLV=.TRUE.
620	LSRCON=.TRUE.
621	LSTRA=.TRUE.
622	LTHERMO=.TRUE.
623	LVDIF=.TRUE.
624	NPHY = JPHYMF
625	IF(LAROME.AND..NOT.LFPOS) THEN
626	!extinction of MF phsic's keys for arome's run
627	!lfpos is added for 927 confs for example.
628	LCVRA=.FALSE.
629	LGWD=.FALSE.
630	LGWDC=.FALSE.
631	LNEBCO=.FALSE.
632	LNEBN=.FALSE.
633	LNEBR=.FALSE.
634	LNEBT=.FALSE.
635	LOZONE=.FALSE.
636	LRAY=.FALSE.
637	LRAYLU=.FALSE.
638	LREWS=.FALSE.
639	LRAYPL=.FALSE.
640	LRAYFM=.FALSE.
641	LRAYFM15=.FALSE.
642	LRRMES=.FALSE.
643	LSFHYD=.FALSE.
644	LSNV=.FALSE.
645	LSOLV=.FALSE.
646	LFGEL=.FALSE.
647	LSTRA=.FALSE.
648	LSTRAS=.FALSE.
649	LVDIF=.FALSE.
650	!initialisation of AROME's physic ones
651	LMPA=.TRUE.
652	LMICRO=.FALSE.
653	LTURB=.FALSE.
654	LMSE=.FALSE.
655	LKFBCONV=.FALSE.
656	LUSECHEM=.FALSE.
657	LKFBD=.FALSE.
658	LKFBS=.FALSE.
659	LUSECHEM=.FALSE.
660	LORILAM=.FALSE.
661	LRDUST=.FALSE.
662	NPHY = JPHYARO
663	ENDIF
664	ENDIF
665	ENDIF
666
667	! ------------------------------------------------------------------
668
669	!* 2. Modify default values.
670	! ----------------------
671
672	! Ce qui concerne NAMPHY commente par MPL le 14.04.09
673	!CALL POSNAM(NULNAM,'NAMPHY')
674	!READ(NULNAM,NAMPHY)
675
676	! Ce qui concerne NAMARPHY commente par MPL le 24.11.08
677	!CALL POSNAM(NULNAM,'NAMARPHY')
678	!READ(NULNAM,NAMARPHY)
679	!IF(LMSE) THEN
680	! LSOLV=.FALSE.
681	! LFGEL=.FALSE.
682	! LSNV=.FALSE.
683	! LVGSN=.FALSE.
684	! WRITE(NULOUT,'('' INFO -old isba-lsolv,lfgel,lsnv,lvgsn- reset to .F. '', &
685	! &'' when using lground i.e. surfex '')')
686	!ENDIF
687
688	NEPHYS_PCFULL=3
689
690	! Ce qui concerne NAEPHY commente par MPL le 14.04.09
691	!CALL POSNAM(NULNAM,'NAEPHY')
692	!READ(NULNAM,NAEPHY)
693
694	IF(LPC_FULL)THEN
695	IF(NEPHYS_PCFULL < 2 .OR.NEPHYS_PCFULL > 3)THEN
696	CALL ABOR1(' SU0PHY: NEPHYS_PCFULL')
697	ENDIF
698	ELSE
699	NEPHYS_PCFULL=3
700	ENDIF
701
702	IF( NCONF == 201.OR.NCONF == 202 &
703	& .OR.NCONF == 421.OR.NCONF == 422 &
704	& .OR.NCONF == 521.OR.NCONF == 522 )THEN
705	LREASUR=.FALSE.
706	ENDIF
707	!IF(.NOT.(LEPHYS.OR.LMPHYS)) THEN
708	! LAGPHY=.FALSE.
709	! LSLPHY=.FALSE.
710	! WRITE(NULOUT,'('' INFO - LSLPHY RESET TO .FALSE. '')')
711	!ENDIF
712	IF(LEPCLD) THEN
713	LECOND=.FALSE.
714	ENDIF
715	IF(LAGPHY.AND.NDPSFI /= 0) THEN
716	NDPSFI=0
717	WRITE(NULOUT,'('' WARNING - NDPSFI RESET TO 0 '')')
718	ENDIF
719
720	! Commente par MPL 24.11.08
721	!CALL POSNAM(NULNAM,'NAPHLC')
722	!READ(NULNAM,NAPHLC)
723
724	! Commente par MPL 24.11.08
725	!CALL POSNAM (NULNAM,'NAMTRAJP')
726	!READ (NULNAM,NAMTRAJP)
727
728	! Commente par MPL 24.11.08
729	!CALL POSNAM(NULNAM,'NAMSIMPHL')
730	!READ(NULNAM,NAMSIMPHL)
731
732	! Commente par MPL 24.11.08
733	!CALL POSNAM(NULNAM,'NAMRCOEF')
734	!READ(NULNAM,NAMRCOEF)
735
736	!-------------------------------------------------
737	! Initialize profile extractions for the Single Column Model .
738	!-------------------------------------------------
739
740	CALL SUSCM(KULOUT)
741
742	! ------------------------------------------------------------------
743
744	!* 3. Do tests of consistency.
745	! ------------------------
746
747	IERR=0
748
749	! * Test that adequate physics is activated when at least one of the
750	! options LRETCFOU, LWRTCFOU, LRCOEF,is set to .TRUE.
751	IF( LWRTCFOU .AND. ((.NOT.LMPHYS).OR.LEPHYS.OR.LAGPHY) ) THEN
752	IERR=IERR+1
753	WRITE(KULOUT,'(1X,A,I3,A)') ' ! SU0PHY: ERROR NR ',IERR,' !!!'
754	WRITE(KULOUT,'(1X,A,A,A)') ' SU0PHY: options ',&
755	& 'LWRTC, LWRTCFOU ',&
756	& 'require the following options for physics:'
757	WRITE(KULOUT,'(1X,A)') ' - LMPHYS=.TRUE. '
758	WRITE(KULOUT,'(1X,A)') ' - LEPHYS=.FALSE. '
759	WRITE(KULOUT,'(1X,A)') ' - LAGPHY=.FALSE. '
760	IF(.NOT.LRAYSP) THEN
761	WRITE(KULOUT,'(1X,A,A,A)') ' SU0PHY: option ',&
762	& ' LWRTCFOU ',&
763	& 'require the following option for simplified physics:'
764	WRITE(KULOUT,'(1X,A)') ' - LRAYSP=.TRUE. '
765	ENDIF
766	ENDIF
767	IF( LRETCFOU .AND. ((.NOT.(LMPHYS.OR.LSIMPH)).OR.LEPHYS.OR.LAGPHY) ) THEN
768	IERR=IERR+1
769	WRITE(KULOUT,'(1X,A,I3,A)') ' ! SU0PHY: ERROR NR ',IERR,' !!!'
770	WRITE(KULOUT,'(1X,A,A,A)') ' SU0PHY: option ',&
771	& ' LRETCFOU ',&
772	& 'require the following options for physics:'
773	WRITE(KULOUT,'(1X,A)') ' - LMPHYS=.TRUE. or LSIMPH=.TRUE.'
774	WRITE(KULOUT,'(1X,A)') ' - LEPHYS=.FALSE. '
775	WRITE(KULOUT,'(1X,A)') ' - LAGPHY=.FALSE. '
776	ENDIF
777	IF( LRCOEF .AND. ((.NOT.LMPHYS).OR.LEPHYS.OR.LAGPHY) ) THEN
778	IERR=IERR+1
779	WRITE(KULOUT,'(1X,A,I3,A)') ' ! SU0PHY: ERROR NR ',IERR,' !!!'
780	WRITE(KULOUT,'(1X,A,A,A)') ' SU0PHY: options ',&
781	& 'LRCOEF ',&
782	& 'require the following options for physics:'
783	WRITE(KULOUT,'(1X,A)') ' - LMPHYS=.TRUE. '
784	WRITE(KULOUT,'(1X,A)') ' - LEPHYS=.FALSE. '
785	WRITE(KULOUT,'(1X,A)') ' - LAGPHY=.FALSE. '
786	IF(.NOT.LRAYSP) THEN
787	WRITE(KULOUT,'(1X,A,A,A)') ' SU0PHY: options ',&
788	& 'LRCOEF ',&
789	& 'require the following option for simplified physics:'
790	WRITE(KULOUT,'(1X,A)') ' - LRAYSP=.TRUE. '
791	ENDIF
792	ENDIF
793
794	! * Test that options LRETCFOU, LWRTCFOU are set to .FALSE.
795	! when at least LRCOEF=.TRUE.
796	IF( (LRCOEF) .AND. (LRETCFOU.OR.LWRTCFOU) ) THEN
797	IERR=IERR+1
798	WRITE(KULOUT,'(1X,A,I3,A)') ' ! SU0PHY: ERROR NR ',IERR,' !!!'
799	WRITE(KULOUT,'(1X,A,A,A)') ' SU0PHY: options ',&
800	& 'LRCOEF ',&
801	& 'require that:'
802	WRITE(KULOUT,'(1X,A)') ' - LRETCFOU=.FALSE. '
803	WRITE(KULOUT,'(1X,A)') ' - LWRTCFOU=.FALSE. '
804	ENDIF
805
806	! * Test that option LSRCONT is set to .FALSE. when LSRCON=.FALSE.
807	IF( (LSRCONT) .AND. (.NOT.LSRCON) ) THEN
808	IERR=IERR+1
809	WRITE(KULOUT,'(1X,A,I3,A)') ' ! SU0PHY: ERROR NR ',IERR,' !!!'
810	WRITE(KULOUT,'(1X,A,A,A)') ' SU0PHY: options ',&
811	& 'LSRCONT ',&
812	& 'require that:'
813	WRITE(KULOUT,'(1X,A)') ' - LSRCON=.TRUE. '
814	ENDIF
815
816	! * Use NDPSFI=1 when not available or inconsistent with some other options?
817	!IF(LGWADV .AND. (NDPSFI==1)) THEN
818	! * these two options actually can run together on an informatic
819	! point of view, but the current assumptions done with LGWADV=T
820	! are that a particle which is on the Earth surface remains
821	! on the Earth surface; this is equivalent to assume that "etadot_surf"
822	! is always zero. This condition is satisfied when NDPSFI=0
823	! but not when NDPSFI=1 which gives a non-zero value to "etadot_surf".
824	! So one forbids combination "LGWADV .AND. (NDPSFI==1)" which leads
825	! to inconsistencies in the model at the surface.
826	! IERR=IERR+1
827	! WRITE(KULOUT,'(1X,A,I3,A)') ' ! SU0PHY: ERROR NR ',IERR,' !!!'
828	! WRITE(KULOUT,'(1X,A,A,A)') ' SU0PHY: options ',&
829	! & 'NDPSFI=1 ',&
830	! & 'require that:'
831	! WRITE(KULOUT,'(1X,A)') ' - LGWADV=.FALSE. '
832	!ENDIF
833
834	! TESTS FOR ALARO-0 (cloud)
835	IF (LPIL.AND..NOT.LCONDWT) THEN
836	IERR=IERR+1
837	WRITE(KULOUT,'(1X,A,I3,A)') ' ! SU0PHY: ERROR NR ',IERR,' !!!'
838	WRITE(KULOUT,'(1X,A)') ' SU0PHY: LPIL requires LCONDWT '
839	ENDIF
840
841	! TESTS FOR ALARO-0 (prognostic convection)
842	IF (LCVPRO) THEN
843	LCDDPRO=.TRUE.
844	IF (NCONF /= 1)THEN
845	WRITE(KULOUT,'(1X, A)') 'WARNING: LCVPRO requires NCONF=1'
846	LCVPRO=.FALSE.
847	LCDDPRO=.FALSE.
848	ENDIF
849	ENDIF
850
851	IF (LPHSPSH .AND. .NOT.(L3MT.OR.LSTRAPRO)) THEN
852	! * For the time being, LPHSPSH requires L3MT.OR.LSTRAPRO (missing code
853	! in CPTEND in the other cases, to be coded later).
854	IERR=IERR+1
855	WRITE(KULOUT,'(1X,A,I3,A)') ' ! SU0PHY: ERROR NR ',IERR,' !!!'
856	WRITE(KULOUT,'(1X,A)') ' SU0PHY: LPHSPSH requires L3MT.OR.LSTRAPRO '
857	ENDIF
858
859	! * Use simplified physics with LMPA=T?
860	IF(LMPA.AND.LSIMPH) THEN
861	! * Simplified physics is not consistent with AROME physics
862	! concerning most of the physical parameterizations.
863	IERR=IERR+1
864	WRITE(KULOUT,'(1X,A,I3,A)') ' ! SU0PHY: ERROR NR ',IERR,' !!!'
865	WRITE(KULOUT,'(1X,A)') ' SU0PHY: LMPA and LSIMPH cannot be both to T.'
866	ENDIF
867
868
869	IF (IERR >= 1) THEN
870	CALL FLUSH(KULOUT)
871	CALL ABOR1(' SU0PHY: ABOR1 CALLED')
872	ENDIF
873
874	! ------------------------------------------------------------------
875
876	!* 4. Print final values.
877	! -------------------
878
879	WRITE(UNIT=KULOUT,FMT='('' COMMON YOMPHY '')')
880	WRITE(UNIT=KULOUT,FMT='('' LMPHYS= '',L5,'' LREASUR = '',L5)')LMPHYS,LREASUR
881	if (1==0) then !!!!! A REVOIR (MPL)
882	WRITE(UNIT=KULOUT,FMT='('' LCONDWT='',L5,'' LCVPP = '',L5,&
883	& '' LCVPPKF = '',L5,&
884	& '' LNEIGE = '',L5,'' LRNUMX = '',L5,'' LCLSATUR = '',L5,'' LHUNEG = '',L5,&
885	& '' LVOIGT = '',L5,'' LVFULL = '',L5,&
886	& '' L2PHYS = '',L5,&
887	& '' LCVDD = '',L5,'' LCAPE= '',L5,'' LSRCON = '',L5,&
888	& '' LCVLIS = '',L5,'' LCVCAS= '',L5,'' LSRCONT= '',L5,'' LO3ABC= '',L5, &
889	& '' LAEROSEA = '',L5,'' LAEROLAN = '',L5,'' LAEROSOO = '',L5, &
890	& '' LAERODES = '',L5,'' LAEROVOL = '',L5,'' LAEROSUL = '',L5, &
891	& '' LRELAXT = '',L5,'' LRELAXW = '',L5,&
892	& '' LSLC = '',L5,'' LRRGUST= '',L5, &
893	& '' LNEWD = '',L5,'' LGLT= '',L5,'' LDIFCONS= '',L5, &
894	& '' LECT = '',L5,'' LECTFL = '',L5,'' LPBLE = '',L5,'' LCVPGY= '',L5, &
895	& '' LPTKE= '',L5,'' L3MT= '',L5 &
896	& )')&
897	& LCONDWT,LCVPP,LCVPPKF,LNEIGE,LRNUMX,LCLSATUR,LHUNEG,LVOIGT,LVFULL,L2PHYS,LCVDD,&
898	& LCAPE,LSRCON,LCVLIS,LCVCAS,LSRCONT,LO3ABC,LAEROSEA,LAEROLAN,LAEROSOO, &
899	& LAERODES,LAEROVOL,LAEROSUL,LRELAXT,LRELAXW,LSLC,LRRGUST,LNEWD,LGLT,&
900	& LDIFCONS,LECT,LECTFL,LPBLE,LCVPGY,LPTKE,L3MT
901	else
902	print*,'OKL'
903	print*,'LOGICS',&
904	& LCONDWT,LCVPP,LCVPPKF,LNEIGE,LRNUMX,LCLSATUR,LHUNEG,LVOIGT,LVFULL,L2PHYS,LCVDD,&
905	& LCAPE,LSRCON,LCVLIS,LCVCAS,LSRCONT,LO3ABC,LAEROSEA,LAEROLAN,LAEROSOO, &
906	& LAERODES,LAEROVOL,LAEROSUL,LRELAXT,LRELAXW,LSLC,LRRGUST,LNEWD,LGLT,&
907	& LDIFCONS,LECT,LECTFL,LPBLE,LCVPGY,LPTKE,L3MT
908	endif
909	WRITE(UNIT=KULOUT,FMT='('' LCVRA = '',L5 ,'' LFPCOR = '',L5&
910	& ,'' LNOIAS = '',L5 &
911	& ,'' LGWD = '',L5,'' LHMTO = '',L5,'' LRAY = '',L5 &
912	& ,'' LSFHYD = '',L5,'' LSTRA = '',L5,'' LTHERMO = '',L5,/&
913	& ,'' LVDIF = '',L5,'' LNEBCO = '',L5,'' LNEBT = '',L5,/&
914	& ,'' LRRMES = '',L5,'' LOZONE = '',L5,'' LNEBR = '',L5,/&
915	& ,'' LSNV = '',L5,'' LSOLV = '',L5,'' LFGEL = '',L5,/&
916	& ,'' LVGSN ='',L5,'' LND2DIFF ='',L5,/&
917	& ,'' LNEBN = '',L5,'' LNEBNXR = '',L5,'' LQXRTGH = '',L5,'' LSTRAS = '',L5,/&
918	& ,'' LHUCN = '',L5,'' LGWDC = '',L5,'' LRAYFM = '',L5,'' LRAYFM15= '',L5,/&
919	& ,'' LRAYLU = '',L5,'' LREWS = '',L5,'' LRPROX = '',L5 /&
920	& ,'' LRMIX = '',L5,'' LRSTAB = '',L5,''LRAUTOEV = '',L5 /&
921	& ,'' LRTPP = '',L5,'' LRTDL = '',L5,'' LRAYPL = '',L5 &
922	& )')&
923	& LCVRA,LFPCOR,LNOIAS,LGWD,LHMTO,LRAY,LSFHYD,LSTRA,LTHERMO,LVDIF,LNEBCO,&
924	& LNEBT,LRRMES,LOZONE,LNEBR,LSNV,LSOLV,LFGEL,LVGSN,LND2DIFF,&
925	& LNEBN,LNEBNXR,LQXRTGH,LSTRAS,LHUCN,LGWDC,&
926	& LRAYFM,LRAYFM15,LRAYLU,LREWS,&
927	& LRPROX,LRMIX,LRSTAB,LRAUTOEV,LRTPP,LRTDL,LRAYPL
928	WRITE(UNIT=KULOUT,FMT='('' NBITER = '',I2,'' NDPSFI = '',I2,'' NPHYREP = '',I2)') &
929	& NBITER,NDPSFI,NPHYREP
930	WRITE(UNIT=KULOUT,FMT='('' NOIR = '',I2)')NOIR
931	!WRITE(UNIT=KULOUT,FMT='('' NPHYINT = '',I2)')NPHYINT
932
933	WRITE(UNIT=KULOUT,FMT='('' - - - - - - - - - -'')')
934	WRITE(UNIT=KULOUT,FMT='('' COMMON YOMPHY'')')
935	WRITE(UNIT=KULOUT,FMT='('' - - - - - - - - - -'')')
936	WRITE(UNIT=KULOUT,FMT='(&
937	& '' LECT = '',L5,'' LAJUCV = '',L5,/, &
938	& '' LCVRAV3 = '',L5, &
939	& '' LNEBGR = '',L5,'' LNEBGY = '',L5,'' LBCCOND = '',L5 &
940	& )') LECT, LAJUCV, &
941	& LCVRAV3, LNEBGR, LNEBGY, LBCCOND
942
943	WRITE(UNIT=KULOUT,FMT='('' - - - - - - - - -'')')
944	WRITE(UNIT=KULOUT,FMT='('' MICROPHYSICS KEY '')')
945	WRITE(UNIT=KULOUT,FMT='('' - - - - - - - - -'')')
946	WRITE(UNIT=KULOUT,FMT='( '' LPROCLD = '',L5 &
947	&,'' LEVAPP = '',L5,'' LCOLLEC = '',L5,'' LNSMLIS = '',L5 &
948	&,'' LADJCLD = '',L5,'' LAUTONEB = '',L5,'' LSSD = '',L5)')&
949	&LPROCLD,LEVAPP,LCOLLEC,LNSMLIS,LADJCLD,LAUTONEB,LSSD
950
951	WRITE(UNIT=KULOUT,FMT='('' ALARO-0 cloud '')')
952	WRITE(UNIT=KULOUT,FMT='('' LPIL = '',L5,'' LSTRAPRO = '',L5 &
953	&,'' LNEWSTAT = '',L5 &
954	&,'' LPHSPSH = '',L5 ,'' LSMROT = '',L5 &
955	&,'' LSMTPS = '',L5 ,'' LSMNIMBT = '',L5 &
956	&,'' L1DRHCRI = '',L5 ,'' LGWRHCRI = '',L5 &
957	&,'' NSMTBOT = '',I2,'' NSMDNEB = '',I2 &
958	&,'' NPRAG = '',I2,'' NPRAC = '',I2 &
959	&,'' NPRRI = '',I2 &
960	&) ')LPIL,LSTRAPRO,LNEWSTAT,LPHSPSH,LSMROT,LSMTPS, LSMNIMBT, &
961	& L1DRHCRI, LGWRHCRI,&
962	& NSMTBOT,NSMDNEB, NPRAG,NPRAC,NPRRI
963
964	WRITE(UNIT=KULOUT,FMT='('' ALARO-0 prognostic convection '')')
965	WRITE(UNIT=KULOUT,&
966	&FMT='('' LCVPRO ='',L1,'' LCDDPRO ='',L1,'' LSCMF ='',L1)') &
967	& LCVPRO,LCDDPRO,LSCMF
968
969	WRITE(UNIT=KULOUT,FMT='('' COMMON YOMSIMPHL '')')
970	WRITE(UNIT=KULOUT,FMT='('' LSIMPH= '',L5,'' LTRAJPS = '',L5 &
971	& ,'' LTRAJPST = '',L5 &
972	& ,'' LSMOOTHD = '',L5,'' LSMOOTHA = '',L5,'' LSMOOTHB = '',L5 &
973	& ,'' LCLOUDS = '',L5 )')&
974	& LSIMPH,LTRAJPS,LTRAJPST,LSMOOTHD,LSMOOTHA, &
975	& LSMOOTHB,LCLOUDS
976	WRITE(UNIT=KULOUT,FMT='('' LCVRASP = '',L5,'' LGWDSP = '',L5 &
977	& ,'' LRAYSP = '',L5,'' LSTRASP = '',L5,'' LVDIFSP = '',L5 &
978	& ,'' LRRMESSP = '',L5)')&
979	& LCVRASP,LGWDSP,LRAYSP,LSTRASP,LVDIFSP,LRRMESSP
980	WRITE(UNIT=KULOUT,FMT='('' COMMON YOMRCOEF '')')
981	WRITE(UNIT=KULOUT,FMT='('' LRCOEF= '',L5 &
982	& ,'' LTLADDIA = '',L5,'' LGLOBRAD = '',L5)')&
983	& LRCOEF,LTLADDIA,LGLOBRAD
984
985	! TEST OF CONSISTENCY FOR RADIATION SCHEMES
986
987	IF(LMPHYS) THEN
988	IF((LRAY.AND.LRAYFM).OR.(LRAY.AND.LRAYFM15).OR.(LRAYFM15.AND.LRAYFM)) THEN
989	WRITE(NULOUT,'('' WARNING - 2 RADIATION SCHEMES... '')')
990	CALL ABOR1('SU0PHY: ABOR1 CALLED')
991	ENDIF
992	ENDIF
993
994	! TESTS OF CONSISTENCY INSIDE YOMPHY
995
996	IF(LSTRAS.AND.LRNUMX)THEN
997	WRITE(NULOUT,FMT='('' ACPLUIS AND LRNUMX ARE NOT COMPATIBLE''&
998	& ,'' FOR THE MOMENT'')')
999	CALL ABOR1('SU0PHY: ABOR1 CALLED')
1000	ENDIF
1001
1002	! TESTS OF CONSISTENCY BETWEEN YOMPHY AND INITIALIZATION
1003
1004	!IF (.NOT.LMPHYS.AND..NOT.LEPHYS) THEN
1005	! Digital Filter Initialisation
1006	! IF ((NEINI == 2.OR.NEINI == 4).AND.NEDFI >= 2) THEN
1007	! IF (NEDFI <= 5) THEN
1008	! WRITE(NULOUT,FMT='('' YOMPHY AND YEMDFI ARE NOT COMPATIBLE'')')
1009	! CALL ABOR1(' DIABATIC DFI WITHOUT PHYSICS !')
1010	! ELSE
1011	! WRITE(NULOUT,FMT='('' CAUTION : FORWARD DFI WITHOUT PHYSICS'')')
1012	! ENDIF
1013	! ENDIF
1014	!ENDIF
1015
1016	WRITE(UNIT=KULOUT,FMT='('' COMMON YOMARPHY '')')
1017	WRITE(UNIT=KULOUT,FMT='('' LMPA = '',L5, &
1018	& '' LMICRO = '',L5,'' LTURB = '',L5, &
1019	& '' LMSE = '',L5,'' LKFBCONV = '',L5,&
1020	& '' LKFBD = '',L5,'' LKFBS = '',L5,&
1021	& '' LUSECHEM = '',L5,'' LORILAM = '',L5,'' LRDUST = '',L5)')&
1022	& LMPA,LMICRO,LTURB,LMSE,LKFBCONV,LKFBD,LKFBS,LUSECHEM,&
1023	& LORILAM,LRDUST
1024
1025	WRITE(UNIT=KULOUT,FMT='('' COMMON YOEPHY '')')
1026	WRITE(UNIT=KULOUT,FMT='('' LEPHYS = '',L5, &
1027	& '' LECOND = '',L5,'' LECUMF = '',L5 &
1028	& )')&
1029	& LEPHYS,LECOND,LECUMF
1030	!WRITE(NULOUT,'("RCLDTOPP=",F10.2)') RCLDTOPP
1031	WRITE(UNIT=KULOUT,FMT='('' LEDCLD = '',L5,'' LEGWDG = '',L5 &
1032	& ,'' LEOZOC = '',L5,'' LEQNGT = '',L5 &
1033	& ,'' LEO3CH = '',L5)')&
1034	& LEDCLD,LEGWDG,LEOZOC,LEQNGT,LEO3CH
1035	WRITE(UNIT=KULOUT,FMT='('' LERADI = '',L5 &
1036	& ,'' LESHCV = '',L5,'' LESURF = '',L5,'' LEVDIF = '',L5 &
1037	& ,'' LEOCWA = '',L5,'' LEOCCO = '',L5,'' LEOCSA = '',L5 &
1038	& ,'' LECURR = '',L5,'' RTHRFRTI = '',F7.2 &
1039	& )')&
1040	& LERADI,LESHCV,LESURF,LEVDIF,LEOCWA,LEOCCO,LEOCSA,LECURR,RTHRFRTI
1041	WRITE(UNIT=KULOUT,FMT='('' LEPCLD = '',L5,'' LEMETHOX= '',L5 &
1042	& ,'' LE4ALB = '',L5 &
1043	& )')&
1044	& LEPCLD,LEMETHOX,LE4ALB
1045
1046	! Do not allow storage of trajectory in TL physics if tracers
1047	! are to be included in linearized physics (temporary)
1048	!IF (LETRAJP .AND. LETRAJPT .AND. LTRACLNPH) THEN
1049	! WRITE(UNIT=KULOUT,FMT='('' CAUTION : STORAGE OF TRAJECTORY IN LINEAR. PHYSICS NOT YET '')')
1050	! WRITE(UNIT=KULOUT,FMT='('' IMPLEMENTED FOR TRACERS: LETRAJPT WILL BE RESET TO .FALSE. '')')
1051	!ENDIF
1052
1053	!IF (LETRAJP) THEN
1054	! WRITE(UNIT=KULOUT,FMT='('' ======================== '')')
1055	! WRITE(UNIT=KULOUT,FMT='('' LINEAR PHYSICS ACTIVATED '')')
1056	! WRITE(UNIT=KULOUT,FMT='('' ======================== '')')
1057	! WRITE(UNIT=KULOUT,FMT='('' LERADI2 = '',L4 &
1058	! & ,'' LERADS2 = '',L4 &
1059	! & ,'' LERADSW2= '',L4 &
1060	! & ,'' LERADN2 = '',L4 &
1061	! & ,'' LERADFL2= '',L4 &
1062	! & )')&
1063	! & LERADI2,LERADS2,LERADSW2,LERADN2,LERADFL2
1064	! WRITE(UNIT=KULOUT,FMT='('' LEDCLD2 = '',L4 &
1065	! & ,'' LENCLD2 = '',L4 &
1066	! & ,'' LEVAPLS2= '',L4 &
1067	! & ,'' LREGCL = '',L4 &
1068	! & ,'' LNCLIN = '',L4 &
1069	! & )')&
1070	! & LEDCLD2,LENCLD2,LEVAPLS2,LREGCL,LNCLIN
1071	! WRITE(UNIT=KULOUT,FMT='('' LECUMF2 = '',L4 &
1072	! & ,'' LECUBM2 = '',L4 &
1073	! & ,'' LECOND2 = '',L4 &
1074	! & )')&
1075	! & LECUMF2,LECUBM2,LECOND2
1076	! WRITE(UNIT=KULOUT,FMT='('' LEVDIF2 = '',L4 &
1077	! & ,'' LEGWDG2 = '',L4 &
1078	! & ,'' LEQNGT2 = '',L4 &
1079	! & ,'' LESURF2 = '',L4 &
1080	! & )')&
1081	! & LEVDIF2,LEGWDG2,LEQNGT2,LESURF2
1082	! WRITE(UNIT=KULOUT,FMT='('' LEKPERT = '',L4,'' LENOPERT = '',L4)')&
1083	! & LEKPERT,LENOPERT
1084	! WRITE(UNIT=KULOUT,FMT='('' ======================== '')')
1085	! WRITE(UNIT=KULOUT,FMT='('' LETRAJPT = '',L4)')LETRAJPT
1086	! WRITE(UNIT=KULOUT,FMT='('' ======================== '')')
1087	! WRITE(UNIT=KULOUT,FMT='('' LTRACLNPH = '',L4)')LTRACLNPH
1088	! WRITE(UNIT=KULOUT,FMT='('' ======================== '')')
1089	!ELSE
1090	! WRITE(UNIT=KULOUT,FMT='('' ============================ '')')
1091	! WRITE(UNIT=KULOUT,FMT='('' LINEAR PHYSICS NOT ACTIVATED '')')
1092	! WRITE(UNIT=KULOUT,FMT='('' ============================ '')')
1093	! WRITE(UNIT=KULOUT,FMT='('' LENCLD2 = '',L4)')LENCLD2
1094	! WRITE(UNIT=KULOUT,FMT='('' LEVAPLS2= '',L4)')LEVAPLS2
1095	!ENDIF
1096
1097	WRITE(UNIT=KULOUT,FMT='('' LSPHLC = '',L5,'' LVDFLC = '',L5 &
1098	& ,'' LVDFDS = '',L5,'' LSDRLC = '',L5,'' LSDRDS = '',L5)')&
1099	& LSPHLC,LVDFLC,LVDFDS,LSDRLC,LSDRDS
1100	WRITE(UNIT=KULOUT,FMT='('' LCZDEB = '',L5,'' LZMCON = '',L5 &
1101	& ,'' LKEXP = '',L5)') LCZDEB,LZMCON,LKEXP
1102	WRITE(UNIT=KULOUT,FMT='('' ALPHA = '',E16.6)') ALPHA
1103	WRITE(UNIT=KULOUT,FMT='('' AH0 = '',E16.6,''m'')') AH0
1104	WRITE(UNIT=KULOUT,FMT='('' USTARL = '',E16.6,''m s-1'')') USTARL
1105	WRITE(UNIT=KULOUT,FMT='('' USTARS = '',E16.6,''m s-1'')') USTARS
1106	WRITE(UNIT=KULOUT,FMT='('' ALANDZ0= '',E16.6,''m'')') ALANDZ0
1107	WRITE(UNIT=KULOUT,FMT='('' ASEAZ0 = '',E16.6,''m'')') ASEAZ0
1108
1109	IF (LAGPHY) THEN
1110	WRITE(UNIT=KULOUT,FMT='('' LAGPHY = '',L5,'' THE PHYSICS PAC&
1111	& KAGE IS CALLED AFTER THE DYNAMICS IN LAGGED MODE'')')LAGPHY
1112	ELSE
1113	WRITE(UNIT=KULOUT,FMT='('' LAGPHY = '',L5,'' THE PHYSICS PAC&
1114	& KAGE IS CALLED BEFORE THE DYNAMICS '')')LAGPHY
1115	ENDIF
1116	WRITE(UNIT=KULOUT,FMT=*) 'CGMIXLEN=',TRIM(CGMIXLEN)
1117	WRITE(UNIT=KULOUT,FMT='('' LPRGML = '',L4)') LPRGML
1118
1119	! ------------------------------------------------------------------
1120
1121	IF (LHOOK) CALL DR_HOOK('SU0PHY',1,ZHOOK_HANDLE)
1122	END SUBROUTINE SU0PHY

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