1
1
!-------------------------------------------------------------------------------
3
! This file is part of the Code_Saturne Kernel, element of the
4
! Code_Saturne CFD tool.
6
! Copyright (C) 1998-2009 EDF S.A., France
8
! contact: saturne-support@edf.fr
10
! The Code_Saturne Kernel is free software; you can redistribute it
11
! and/or modify it under the terms of the GNU General Public License
12
! as published by the Free Software Foundation; either version 2 of
13
! the License, or (at your option) any later version.
15
! The Code_Saturne Kernel is distributed in the hope that it will be
16
! useful, but WITHOUT ANY WARRANTY; without even the implied warranty
17
! of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
18
! GNU General Public License for more details.
20
! You should have received a copy of the GNU General Public License
21
! along with the Code_Saturne Kernel; if not, write to the
22
! Free Software Foundation, Inc.,
23
! 51 Franklin St, Fifth Floor,
24
! Boston, MA 02110-1301 USA
3
! This file is part of Code_Saturne, a general-purpose CFD tool.
5
! Copyright (C) 1998-2011 EDF S.A.
7
! This program is free software; you can redistribute it and/or modify it under
8
! the terms of the GNU General Public License as published by the Free Software
9
! Foundation; either version 2 of the License, or (at your option) any later
12
! This program is distributed in the hope that it will be useful, but WITHOUT
13
! ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS
14
! FOR A PARTICULAR PURPOSE. See the GNU General Public License for more
17
! You should have received a copy of the GNU General Public License along with
18
! this program; if not, write to the Free Software Foundation, Inc., 51 Franklin
19
! Street, Fifth Floor, Boston, MA 02110-1301, USA.
26
21
!-------------------------------------------------------------------------------
48
43
! --- tableau de travail
49
44
!===============================================================================
46
!===============================================================================
48
!===============================================================================
71
!===============================================================================
53
!===============================================================================
55
!===============================================================================
77
!===============================================================================
84
80
character name*300, chaine*80
85
integer iok20 , iok21 , iok30 , iok31 , iok50 , iok60
86
integer ii , jj , ivar , iphas , iiesca, iest
81
integer iok20 , iok21 , iok30 , iok31 , iok50 , iok51 , iok60
83
integer ii , jj , ivar , iiesca, iest
87
84
integer ipp , iwar , imom
350
write(nfecra,2515)iphas, &
351
iturb(iphas),ideuch(iphas),ypluli(iphas),ilogpo(iphas), &
352
igrhok(iphas),iscalt(iphas)
353
if(iturb(iphas).eq.10) then
356
elseif(iturb(iphas).eq.20) then
358
almax(iphas) ,uref(iphas) , &
359
iclkep(iphas),ikecou(iphas),igrake(iphas)
360
if (ikecou(iphas).eq.0 .and. idtvar.ge.0) then
361
write(nfecra,2527) relaxv(ik(iphas)),relaxv(iep(iphas))
365
elseif(iturb(iphas).eq.21) then
367
almax(iphas) ,uref(iphas) , &
368
iclkep(iphas),ikecou(iphas),igrake(iphas)
369
if (ikecou(iphas).eq.0.and. idtvar.ge.0) then
370
write(nfecra,2527) relaxv(ik(iphas)),relaxv(iep(iphas))
374
elseif(iturb(iphas).eq.30) then
376
almax(iphas) ,uref(iphas) , &
377
irijnu(iphas),irijrb(iphas),irijec(iphas), &
378
idifre(iphas),igrari(iphas),iclsyr(iphas),iclptr(iphas)
379
elseif(iturb(iphas).eq.31) then
381
almax(iphas) ,uref(iphas) , &
382
irijnu(iphas),irijrb(iphas), &
383
igrari(iphas),iclsyr(iphas),iclptr(iphas)
384
elseif(itytur(iphas).eq.4) then
386
csmago(iphas),cwale(iphas), xlesfl(iphas),ales(iphas), &
387
bles(iphas),idries(iphas),cdries(iphas), xlesfd(iphas), &
388
smagmx(iphas), ivrtex
389
elseif(iturb(iphas).eq.50) then
391
almax(iphas) ,uref(iphas) , &
392
iclkep(iphas),ikecou(iphas),igrake(iphas)
393
if (ikecou(iphas).eq.0 .and. idtvar.ge.0) then
394
write(nfecra,2527) relaxv(ik(iphas)),relaxv(iep(iphas))
398
elseif(iturb(iphas).eq.60) then
400
almax(iphas) ,uref(iphas) , &
401
ikecou(iphas),igrake(iphas)
402
if (ikecou(iphas).eq.0 .and. idtvar.ge.0) then
403
write(nfecra,2528) relaxv(ik(iphas)),relaxv(iomg(iphas))
342
iturb,ideuch,ypluli,ilogpo, &
347
elseif(iturb.eq.20) then
351
if (ikecou.eq.0 .and. idtvar.ge.0) then
352
write(nfecra,2527) relaxv(ik),relaxv(iep)
356
elseif(iturb.eq.21) then
360
if (ikecou.eq.0.and. idtvar.ge.0) then
361
write(nfecra,2527) relaxv(ik),relaxv(iep)
365
elseif(iturb.eq.30) then
368
irijnu,irijrb,irijec, &
369
idifre,igrari,iclsyr,iclptr
370
elseif(iturb.eq.31) then
375
elseif(itytur.eq.4) then
377
csmago,cwale, xlesfl,ales, &
378
bles,idries,cdries, xlesfd, &
380
elseif(iturb.eq.50) then
384
if (ikecou.eq.0 .and. idtvar.ge.0) then
385
write(nfecra,2527) relaxv(ik),relaxv(iep)
389
elseif(iturb.eq.51) then
393
if (ikecou.eq.0 .and. idtvar.ge.0) then
394
write(nfecra,2527) relaxv(ik),relaxv(iep)
398
elseif(iturb.eq.60) then
402
if (ikecou.eq.0 .and. idtvar.ge.0) then
403
write(nfecra,2528) relaxv(ik),relaxv(iomg)
407
elseif(iturb.eq.70) then
408
write(nfecra,2529) almax , uref , relaxv(inusa)
455
462
write(nfecra,2535) cv2fa1,cv2fe2,sigmak,sigmae,cv2fmu,cv2fct, &
456
463
cv2fcl,cv2fet,cv2fc1,cv2fc2
466
write(nfecra,2538) cpale1,cpale2,cpale3,cpale4,sigmak,cpalse,cpalmu,cpalct, &
467
cpalcl,cpalet,cpalc1,cpalc2
458
469
if(iok60.gt.0) then
459
470
write(nfecra,2536) ckwsk1,ckwsk2,ckwsw1,ckwsw2,ckwbt1,ckwbt2, &
460
471
ckwgm1,ckwgm2,ckwa1,ckwc1,cmu
474
write(nfecra,2537) csab1,csab2,csasig,csav1,csaw1,csaw2,csaw3
463
477
write(nfecra,9900)
547
561
' ICLKEP = ',4X,I10, ' (Mode de clipping k-epsilon )',/,&
548
562
' IKECOU = ',4X,I10, ' (Mode de couplage k-epsilon )',/,&
549
563
' IGRAKE = ',4X,I10, ' (Prise en compte de gravite )')
565
' - v2f BL-v2/k (ITURB = 51) ',/,&
566
' ALMAX = ', E14.5, ' (Longueur caracteristique )',/,&
567
' UREF = ', E14.5, ' (Vitesse caracteristique )',/,&
568
' ICLKEP = ',4X,I10, ' (Mode de clipping k-epsilon )',/,&
569
' IKECOU = ',4X,I10, ' (Mode de couplage k-epsilon )',/,&
570
' IGRAKE = ',4X,I10, ' (Prise en compte de gravite )')
551
572
' - k-omega SST (ITURB = 60) ',/,&
552
573
' ALMAX = ', E14.5, ' (Longueur caracteristique )',/,&
622
647
' CV2FET = ', E14.5, ' (Constante C_eta )',/,&
623
648
' CV2FC1 = ', E14.5, ' (Constante C1 )',/,&
624
649
' CV2FC2 = ', E14.5, ' (Constante C2 )',/)
651
' - v2f BL-v2/k (ITURB = 51)' ,/,&
652
' CPALE1 = ', E14.5, ' (Cepsilon 1 : coef de Prod. )',/,&
653
' CPALE2 = ', E14.5, ' (Cepsilon 2 : coef de Diss. )',/,&
654
' CPALE3 = ', E14.5, ' (Cepsilon 3 : coef terme E )',/,&
655
' CPALE4 = ', E14.5, ' (Cepsilon 4 : coef Diss. mod.)',/,&
656
' SIGMAK = ', E14.5, ' (Prandtl relatif a k )',/,&
657
' CPALSE = ', E14.5, ' (Prandtl relatif a epsilon )',/,&
658
' CPALMU = ', E14.5, ' (Constante Cmu )',/,&
659
' CPALCT = ', E14.5, ' (Constante CT )',/,&
660
' CPALCL = ', E14.5, ' (Constante CL )',/,&
661
' CPALET = ', E14.5, ' (Constante C_eta )',/,&
662
' CPALC1 = ', E14.5, ' (Constante C1 )',/,&
663
' CPALC2 = ', E14.5, ' (Constante C2 )',/)
626
665
' - k-omega SST (ITURB = 60)' ,/,&
627
666
' CKWSK1 = ', E14.5, ' (Constante sigma_k1 )',/,&
636
675
' CKWC1 = ', E14.5, ' (Cste c1 pour limiteur prod )',/,&
637
676
' CMU = ', E14.5, ' (Cste Cmu (ou Beta*) pour )',/,&
638
677
' conversion omega/epsilon)',/)
679
' - Spalart-Allmaras (ITURB = 70)' ,/,&
680
' CSAB1 = ', E14.5, ' (Constante b1 )',/,&
681
' CSAB2 = ', E14.5, ' (Constante b2 )',/,&
682
' CSASIG = ', E14.5, ' (Constante sigma )',/,&
683
' CSAV1 = ', E14.5, ' (Constante v1 )',/,&
684
' CSAW1 = ', E14.5, ' (Constante w1 )',/,&
685
' CSAW2 = ', E14.5, ' (Constante w2 )',/,&
686
' CSAW3 = ', E14.5, ' (Constante w3 )',/)
720
769
' ICLKEP = ',4X,I10, ' (k-epsilon clipping model )',/,&
721
770
' IKECOU = ',4X,I10, ' (k-epsilon coupling mode )',/,&
722
771
' IGRAKE = ',4X,I10, ' (Account for gravity )')
773
' - v2f BL-v2/k (ITURB = 51) ',/,&
774
' ALMAX = ', E14.5, ' (Characteristic length )',/,&
775
' UREF = ', E14.5, ' (Characteristic velocity )',/,&
776
' ICLKEP = ',4X,I10, ' (k-epsilon clipping model )',/,&
777
' IKECOU = ',4X,I10, ' (k-epsilon coupling mode )',/,&
778
' IGRAKE = ',4X,I10, ' (Account for gravity )')
724
780
' - k-omega SST (ITURB = 60) ',/,&
725
781
' ALMAX = ', E14.5, ' (Characteristic length )',/,&
795
855
' CV2FET = ', E14.5, ' (C_eta constant )',/,&
796
856
' CV2FC1 = ', E14.5, ' (C1 constant )',/,&
797
857
' CV2FC2 = ', E14.5, ' (C2 constant )',/)
859
' - v2f BL-v2/k (ITURB = 51)' ,/,&
860
' CPALE1 = ', E14.5, ' (Cepsilon 1 : Prod. coeff. )',/,&
861
' CPALE2 = ', E14.5, ' (Cepsilon 2 : Diss. coeff. )',/,&
862
' CPALE3 = ', E14.5, ' (Cepsilon 3 : E term coeff. )',/,&
863
' CPALE4 = ', E14.5, ' (Cepsilon 4 : Mod Diss. coef.)',/,&
864
' SIGMAK = ', E14.5, ' (Prandtl relative to k )',/,&
865
' CPALSE = ', E14.5, ' (Prandtl relative to epsilon )',/,&
866
' CPALMU = ', E14.5, ' (Cmu constant )',/,&
867
' CPALCT = ', E14.5, ' (CT constant )',/,&
868
' CPALCL = ', E14.5, ' (CL constant )',/,&
869
' CPALET = ', E14.5, ' (C_eta constant )',/,&
870
' CPALC1 = ', E14.5, ' (C1 constant )',/,&
871
' CPALC2 = ', E14.5, ' (C2 constant )',/)
799
873
' - k-omega SST (ITURB = 60) ',/,&
800
874
' CKWSK1 = ', E14.5, ' (sigma_k1 constant )',/,&
809
883
' CKWC1 = ', E14.5, ' (c1 const. for prod. limiter )',/,&
810
884
' CMU = ', E14.5, ' (Cmu (or Beta*) constant for )',/,&
811
885
' omega/epsilon conversion)',/)
887
' - Spalart-Allmaras (ITURB = 70)' ,/,&
888
' CSAB1 = ', E14.5, ' (b1 constant )',/,&
889
' CSAB2 = ', E14.5, ' (b2 constant )',/,&
890
' CSASIG = ', E14.5, ' (sigma constant )',/,&
891
' CSAV1 = ', E14.5, ' (v1 constant )',/,&
892
' CSAW1 = ', E14.5, ' (w1 constant )',/,&
893
' CSAW2 = ', E14.5, ' (w2 constant )',/,&
894
' CSAW3 = ', E14.5, ' (w3 constant )',/)
815
900
! --- Viscosite secondaire
817
902
write(nfecra,2610)
819
write(nfecra,2620) iphas, ivisse(iphas)
903
write(nfecra,2620) ivisse
822
905
write(nfecra,9900)
1214
1292
write(nfecra,4110) iphydr,icalhy,iprco,ipucou,nterup
1216
write(nfecra,4111)iphas, &
1218
if (idtvar.ge.0) then
1219
write(nfecra,4112) relaxv(ipr(iphas)),arak(iphas)
1221
write(nfecra,4113) arak(iphas)*relaxv(iu(iphas))
1223
write(nfecra,4114)istmpf(iphas),thetfl(iphas), &
1224
iroext(iphas),thetro(iphas), &
1225
iviext(iphas),thetvi(iphas), &
1226
icpext(iphas),thetcp(iphas), &
1227
thetsn(iphas),thetst(iphas),epsup(iphas)
1293
write(nfecra,4111) irevmc
1294
if (idtvar.ge.0) then
1295
write(nfecra,4112) relaxv(ipr),arak
1297
write(nfecra,4113) arak*relaxv(iu)
1299
write(nfecra,4114)istmpf,thetfl, &
1230
1305
write(nfecra,9900)
1985
2055
' ITBRRB = ',4X,I10, ' (Reconstruction T ou H au brd)',/)
1987
'-------------------------------------------------------------',/,&
1988
' Variable Numero IPHSCA ISCSTH IVISLS VISLS0 SIGMAS',/,&
1989
'-------------------------------------------------------------' )
2057
'------------------------------------------------------',/,&
2058
' Variable Numero ISCSTH IVISLS VISLS0 SIGMAS',/,&
2059
'------------------------------------------------------' )
1991
1x, a8, i7, i7, i7, i7, e12.4, e12.4 )
2061
1x, a8, i7, i7, i7, e12.4, e12.4 )
1993
'-------------------------------------------------------------',/)
2063
'------------------------------------------------------',/)
1995
'------------------------------------------' ,/,&
1996
' Variable Numero IPHSCA ISCAVR RVARFL' ,/,&
1997
'------------------------------------------' )
2065
'-----------------------------------' ,/,&
2066
' Variable Numero ISCAVR RVARFL' ,/,&
2067
'-----------------------------------' )
1999
1x, a8, i7, i7, i7, e12.4 )
2069
1x, a8, i7, i7, e12.4 )
2001
'------------------------------------------' ,/)
2071
'-----------------------------------' ,/)
2003
'------------------------------------------------------' ,/,&
2004
' Variable Numero IPHSCA ICLVFL SCAMIN SCAMAX' ,/,&
2005
'------------------------------------------------------' )
2073
'-----------------------------------------------' ,/,&
2074
' Variable Numero ICLVFL SCAMIN SCAMAX' ,/,&
2075
'-----------------------------------------------' )
2007
1x, a8, i7, i7, i7, e12.4, e12.4 )
2077
1x, a8, i7, i7, e12.4, e12.4 )
2009
'------------------------------------------------------' ,/)
2079
'-----------------------------------------------' ,/)
2011
2081
'-------------------------------------------------------------',/,&
2056
2125
' ITBRRB = ',4X,I10, ' (T or H reconstruction at bdy)',/)
2058
'-------------------------------------------------------------',/,&
2059
' Variable Number IPHSCA ISCSTH IVISLS VISLS0 SIGMAS',/,&
2060
'-------------------------------------------------------------' )
2127
'------------------------------------------------------',/,&
2128
' Variable Number ISCSTH IVISLS VISLS0 SIGMAS',/,&
2129
'------------------------------------------------------' )
2062
1x, a8, i7, i7, i7, i7, e12.4, e12.4 )
2131
1x, a8, i7, i7, i7, e12.4, e12.4 )
2064
'-------------------------------------------------------------',/)
2133
'------------------------------------------------------',/)
2066
'------------------------------------------' ,/,&
2067
' Variable Number IPHSCA ISCAVR RVARFL' ,/,&
2068
'------------------------------------------' )
2135
'-----------------------------------' ,/,&
2136
' Variable Number ISCAVR RVARFL' ,/,&
2137
'-----------------------------------' )
2070
1x, a8, i7, i7, i7, e12.4 )
2139
1x, a8, i7, i7, e12.4 )
2072
'------------------------------------------' ,/)
2141
'-----------------------------------' ,/)
2074
'------------------------------------------------------' ,/,&
2075
' Variable Number IPHSCA ICLVFL SCAMIN SCAMAX' ,/,&
2076
'------------------------------------------------------' )
2143
'-----------------------------------------------' ,/,&
2144
' Variable Number ICLVFL SCAMIN SCAMAX' ,/,&
2145
'-----------------------------------------------' )
2078
1x, a8, i7, i7, i7, e12.4, e12.4 )
2147
1x, a8, i7, i7, e12.4, e12.4 )
2080
'------------------------------------------------------' ,/)
2149
'-----------------------------------------------' ,/)
2082
2151
'-------------------------------------------------------------',/,&
2325
2392
#if defined(_CS_LANG_FR)
2329
2396
' ** ENTREES SORTIES' ,/,&
2330
2397
' ---------------' ,/)
2332
2399
' --- Fichier suite' ,/,&
2333
2400
' NTSUIT = ',4X,I10, ' (Periode de sauvegarde)' ,/)
2335
' --- Fichiers EnSight, MED, ou CGNS' ,/,&
2336
' NTCHR = ',4X,I10, ' (Periode de sortie )' ,/,&
2402
' --- Variables post-traitees' ,/,&
2338
2404
' Numero Nom' )
2340
2406
' ', I10,1X, A16 )
2344
2410
' --- Fichiers historiques' ,/,&
2345
2411
' NTHIST = ',4X,I10, ' (Periode de sortie )' ,/,&
2412
' FRHIST = ',4X,E11.5, ' (Periode de sortie (s))' ,/,&
2346
2413
' NCAPT = ',4X,I10, ' (Nombre de capteurs )' ,/,&
2347
2414
' NTHSAV = ',4X,I10, ' (Periode de sauvegarde)' ,/,&
2374
2441
' ** INPUT-OUTPUT' ,/,&
2375
2442
' ------------' ,/)
2377
2444
' --- Restart file' ,/,&
2378
2445
' NTSUIT = ',4X,I10, ' (Checkpoint frequency )' ,/)
2380
' --- EnSight, MED, or CGNS output' ,/,&
2381
' NTCHR = ',4X,I10, ' (Output frequency )' ,/,&
2447
' --- Post-processed variables' ,/,&
2383
2449
' Number Name' )
2385
2451
' ', I10,1X, A16 )
2389
2455
' --- Probe history files' ,/,&
2390
2456
' NTHIST = ',4X,I10, ' (Output frequency )' ,/,&
2457
' FRHIST = ',4X,E11.5, ' (Output frequency (s) )' ,/,&
2391
2458
' NCAPT = ',4X,I10, ' (Number of probes )' ,/,&
2392
2459
' NTHSAV = ',4X,I10, ' (Checkpoint frequency )' ,/,&
2417
2484
!===============================================================================
2419
!===============================================================================
2424
write(nfecra,7610)ficgeo,ficamo,ficamx,ficstp, &
2426
write(nfecra,7611)ficava,ficavx
2427
write(nfecra,7612)ficfpp,ficamr,ficjnf,ficavr, &
2429
write(nfecra,7613)ficaml, ficmls, ficavl, ficvls, ficlal, &
2430
implal, impli1, impli2
2432
! Autres fichiers lagrangien
2433
write(nfecra,7615) impla1,impla2,impla3,impla4,impla5(1), &
2434
impla5(2),impla5(3),impla5(4), &
2435
impla5(5),impla5(6),impla5(7), &
2436
impla5(8),impla5(9),impla5(10), &
2437
impla5(11),impla5(12),impla5(13), &
2438
impla5(14),impla5(15)
2441
write(nfecra,7620)(imphis(ii),ii=1,2 )
2443
write(nfecra,7630) nushmx
2444
write(nfecra,7631)(ficush(ii),ii=1,nushmx)
2445
write(nfecra,7632)(impush(ii),ii=1,nushmx)
2448
! Fichiers utilisateurs
2449
write(nfecra,7640) nusrmx
2450
write(nfecra,7631)(ficusr(ii),ii=1,nusrmx)
2451
write(nfecra,7632)(impusr(ii),ii=1,nusrmx)
2453
write(nfecra,7650) ifoenv
2458
#if defined(_CS_LANG_FR)
2465
' --- Fichiers standard' ,/,&
2467
' GEOMETRIE AMONT PPAL AMONT AUX STOP' ,/,&
2468
'Nom ', 4(5X,A6) ,/,&
2469
'Unite ', I11, 11X, 11X, I11 ,/)
2471
' AVAL PPAL AVAL AUX' ,/,&
2472
'Nom ', 2(5X,A6) ,/)
2474
' --- Fichiers rayonnement' ,/,&
2476
' DONNEES AMONT JANAF AVAL' ,/,&
2477
'Nom ', 4(3X,A6) ,/,&
2478
'Unite ', I9, 9X, I9 ,/)
2480
' --- Fichiers Lagrangiens' ,/,&
2482
' ---- AMONT ---- ---- AVAL ----- ---- POST ----',/,&
2483
' CALCUL STAT. CALCUL STAT. LISTING HISTO',/,&
2484
'Nom ', 2(3X,A6), 1X, 2(3X,A6), 4X, A6 ,/,&
2485
'Unite ', 18X , 1X, 18X, 6X, 3 I4 ,/)
2487
' --- Autres fichiers pour le module Lagrangien' ,/,&
2495
' --- Fichiers developpeurs pour historiques' ,/,&
2496
' IMPHIS(1) IMPHIS(2)' ,/,&
2497
'Unite ', 2(9X,I9) ,/)
2499
' --- Fichiers utilisateurs pour historiques' ,/,&
2500
' ',I10 ,' fichiers' ,/,&
2508
' --- Fichiers utilisateurs libres' ,/,&
2509
' ',I10 ,' fichiers' ,/,&
2513
' --- Fichiers preprocesseur' ,/,&
2514
' Format : 1=Lecture du fichier preprocessor_output' ,/,&
2515
' 0=Solveur autonome' ,/,&
2526
' --- Standard files' ,/,&
2528
' GEOMETRY MAIN RESTART AUX RESTART STOP' ,/,&
2529
'Name ', 4(5X,A6) ,/,&
2530
'Unit ', I11, 11X, 11X, I11 ,/)
2532
' MAIN CHECKPOINT AUX CHECKPOINT' ,/,&
2533
'Name ', 2(5X,A6) ,/)
2535
' --- Radiative files' ,/,&
2537
' DATA RESTART JANAF CHECKPOINT' ,/,&
2538
'Name ', 4(3X,A6) ,/,&
2539
'Unit ', I9, 9X, I9 ,/)
2541
' --- Lagrangian files' ,/,&
2543
' --- RESTART --- -- CHECKPOINT - ---- POST ----',/,&
2544
' CALCUL. STAT. CALCUL. STAT. LOG HIST.',/,&
2545
'Name ', 2(3X,A6), 1X, 2(3X,A6), 4X, A6 ,/,&
2546
'Unit ', 18X , 1X, 18X, 6X, 3 I4 ,/)
2548
' --- Other files for Lagrangian module' ,/,&
2556
' --- Developper files for probe history' ,/,&
2557
' IMPHIS(1) IMPHIS(2)' ,/,&
2558
'Unit ', 2(9X,I9) ,/)
2560
' --- User files for probe history' ,/,&
2561
' ',I10 ,' files' ,/,&
2569
' --- Free user files' ,/,&
2570
' ',I10 ,' files' ,/,&
2574
' --- Preprocessor files' ,/,&
2575
' Format: 1=Read preprocessor_output file' ,/,&
2576
' 0=Standalone solver' ,/,&
2583
!===============================================================================
2585
2486
!===============================================================================