| /dports/cad/calculix-ccx/CalculiX/ccx_2.18/src/ |
| H A D | calcflux.f | 19 subroutine calcflux(area,vfa,xxna,ipnei,nef,neifa,flux,xxj, argument
33 real*8 area(*),vfa(0:7,*),xxna(3,*),flux(*),xxj(3,*),gradpfa(3,*), local
62 & (vfa(1,ifa)*xxna(1,indexf)+
63 & vfa(2,ifa)*xxna(2,indexf)+
64 & vfa(3,ifa)*xxna(3,indexf))
75 & ((hfa(1,ifa)-coef*xxj(1,indexf))*xxna(1,indexf)+
76 & (hfa(2,ifa)-coef*xxj(2,indexf))*xxna(2,indexf)+
77 & (hfa(3,ifa)-coef*xxj(3,indexf))*xxna(3,indexf))
99 & ((hfa(1,ifa)-coef*xxj(1,indexf))*xxna(1,indexf)+
100 & (hfa(2,ifa)-coef*xxj(2,indexf))*xxna(2,indexf)+
[all …]
|
| H A D | calcinitialflux.f | 19 subroutine calcinitialflux(area,vfa,xxna, argument
31 real*8 area(*),vfa(0:7,*),xxna(3,*),flux(*) local
37 & (vfa(1,ifa)*xxna(1,indexf)+
38 & vfa(2,ifa)*xxna(2,indexf)+
39 & vfa(3,ifa)*xxna(3,indexf))
|
| H A D | mafillvcomp.f | 23 & a2,a3,flux,nefa,nefb,icyclic,c,ifatie,iau6,xxna,xxnj, argument
253 & (gradvfa(1,k,ifa)*xxna(1,indexf)+
254 & gradvfa(2,k,ifa)*xxna(2,indexf)+
255 & gradvfa(3,k,ifa)*xxna(3,indexf)-
256 & div*xxna(k,indexf))
257 & -vfa(4,ifa)*xxna(k,indexf)
262 & (gradvfa(1,k,ifa)*xxna(1,indexf)+
263 & gradvfa(2,k,ifa)*xxna(2,indexf)+
264 & gradvfa(3,k,ifa)*xxna(3,indexf)-
265 & div*xxna(k,indexf))
[all …]
|
| H A D | extrapol_kel2.f | 19 subroutine extrapol_kel2(ipnei,neifa,vfa,area,xxna,volume,gradkel, argument
29 real*8 vfa(0:7,*),area(*),xxna(3,*),volume(*),gradkel(3,*)
45 & vfa(6,ifa)*xxna(l,indexf)
|
| H A D | extrapol_dpel2.f | 19 subroutine extrapol_dpel2(ipnei,neifa,vfap,area,xxna,volume, argument
29 real*8 vfap(0:7,*),area(*),xxna(3,*),volume(*),gradpcel(3,*) local
45 & vfap(4,ifa)*xxna(l,indexf)
|
| H A D | extrapol_oel2.f | 19 subroutine extrapol_oel2(ipnei,neifa,vfa,area,xxna,volume, argument
29 real*8 vfa(0:7,*),area(*),xxna(3,*),volume(*),gradoel(3,*)
45 & vfa(7,ifa)*xxna(l,indexf)
|
| H A D | extrapol_pel2.f | 19 subroutine extrapol_pel2(ipnei,neifa,vfa,area,xxna,volume,gradpel, argument
29 real*8 vfa(0:7,*),area(*),xxna(3,*),volume(*),gradpel(3,*) local
45 & vfa(4,ifa)*xxna(l,indexf)
|
| H A D | extrapol_tel2.f | 19 subroutine extrapol_tel2(ipnei,neifa,vfa,area,xxna,volume,gradtel, argument
29 real*8 vfa(0:7,*),area(*),xxna(3,*),volume(*),gradtel(3,*) local
45 & vfa(0,ifa)*xxna(l,indexf)
|
| H A D | extrapol_vel2.f | 19 subroutine extrapol_vel2(ipnei,neifa,vfa,area,xxna,volume,gradvel, argument
29 real*8 vfa(0:7,*),area(*),xxna(3,*),volume(*),gradvel(3,3,*) local
48 & vfa(k,ifa)*xxna(l,indexf)
|
| H A D | compfluid.c | 288 NNEW(xxna,double,3**nflnei); in compfluid()
447 &iitg,&num_cpus,&compressible,xxna,&ncfd,cofa); in compfluid()
459 &iitg,c,&num_cpus,&compressible,xxna,&ncfd); in compfluid()
478 &iitg,c,&num_cpus,&compressible,xxna,&ncfd); in compfluid()
838 &a2,&a3,flux,&icyclic,c,ifatie,iau6,xxna,xxnj, in compfluid()
859 &a2,&a3,flux,&icyclic,c,ifatie,iau6,xxna,xxnj, in compfluid()
1074 &iitg,&num_cpus,&compressible,xxna,&ncfd,cofa); in compfluid()
1093 &iitg,c,&num_cpus,&compressible,xxna,&ncfd); in compfluid()
1278 &iitg,c,&num_cpus,&compressible,xxna,&ncfd); in compfluid()
1362 &iitg,c,&num_cpus,&compressible,xxna,&ncfd); in compfluid()
[all …]
|
| H A D | mafillv.f | 23 & a2,a3,flux,nefa,nefb,icyclic,c,ifatie,iau6,xxna,xxnj, argument
39 & xxj(3,*),a1,a2,a3,flux(*),c(3,3),xxna(3,*),xxnj(3,*),difcoef, local
220 & -vfa(4,ifa)*xxna(k,indexf)
226 & *xxna(k,indexf)
|
| H A D | calcfluxmain.c | 30 void calcfluxmain(double *area,double *vfa,double *xxna,ITG *ipnei, in calcfluxmain() argument
46 area1=area;vfa1=vfa;xxna1=xxna;ipnei1=ipnei;nef1=nef;neifa1=neifa; in calcfluxmain()
|
| H A D | extrapol_pelmain.c | 40 double *xxna,ITG *ncfd){ in extrapol_pelmain() argument
86 ipnei1=ipnei;neifa1=neifa;vfa1=vfap;area1=area;xxna1=xxna;volume1=volume; in extrapol_pelmain()
154 ipnei1=ipnei;neifa1=neifa;vfa1=vfa;area1=area;xxna1=xxna;volume1=volume; in extrapol_pelmain()
|
| H A D | mafillvmain.c | 46 double *xxna,double *xxnj,ITG *iturbulent,double *gradvel, in mafillvmain() argument
117 adv1=adv;auv1=auv;bv1=bv;xxna1=xxna;xxnj1=xxnj;iturbulent1=iturbulent; in mafillvmain()
|
| H A D | extrapol_dpelmain.c | 40 double *xxna,ITG *ncfd,ITG *ip){ in extrapol_dpelmain() argument
86 ipnei1=ipnei;neifa1=neifa;vfap1=vfap;area1=area;xxna1=xxna;volume1=volume; in extrapol_dpelmain()
|
| H A D | extrapol_oelmain.c | 41 double *xxna,ITG *ncfd,ITG *inlet){ in extrapol_oelmain() argument
90 ipnei1=ipnei;neifa1=neifa;vfa1=vfap;area1=area;xxna1=xxna;volume1=volume; in extrapol_oelmain()
175 ipnei1=ipnei;neifa1=neifa;vfa1=vfa;area1=area;xxna1=xxna;volume1=volume; in extrapol_oelmain()
|
| H A D | extrapol_velmain.c | 39 ITG *compressible,double *xxna,ITG *ncfd,double *cofa){ in extrapol_velmain() argument
84 ipnei1=ipnei;neifa1=neifa;vfa1=vfap;area1=area;xxna1=xxna;volume1=volume; in extrapol_velmain()
170 ipnei1=ipnei;neifa1=neifa;vfa1=vfa;area1=area;xxna1=xxna;volume1=volume; in extrapol_velmain()
|
| H A D | extrapol_kelmain.c | 40 double *c,ITG *num_cpus,ITG *compressible,double *xxna, in extrapol_kelmain() argument
88 ipnei1=ipnei;neifa1=neifa;vfa1=vfap;area1=area;xxna1=xxna;volume1=volume; in extrapol_kelmain()
173 ipnei1=ipnei;neifa1=neifa;vfa1=vfa;area1=area;xxna1=xxna;volume1=volume; in extrapol_kelmain()
|
| H A D | extrapol_telmain.c | 39 ITG *compressible,double *xxna,ITG *ncfd){ in extrapol_telmain() argument
85 ipnei1=ipnei;neifa1=neifa;vfa1=vfap;area1=area;xxna1=xxna;volume1=volume; in extrapol_telmain()
171 ipnei1=ipnei;neifa1=neifa;vfa1=vfa;area1=area;xxna1=xxna;volume1=volume; in extrapol_telmain()
|
| H A D | geocfd.f | 23 & iturbulent,rf,yy,vel,velo,veloo,xxna,ale,alet,h) argument
49 & velo(nef,0:7),veloo(nef,0:7),areal,xxna(3,*),ale(*),alet(*) local
787 xxna(k,i)=xxn(k,i)*areal
|
| H A D | CalculiX.h | 377 void FORTRAN(calcflux,(double *area,double *vfa,double *xxna,ITG *ipnei,
385 void calcfluxmain(double *area,double *vfa,double *xxna,ITG *ipnei,
391 void FORTRAN(calcinitialflux,(double *area,double *vfa,double *xxna,
1845 ITG *num_cpus,double *xxna,ITG *ncfd,ITG *ip);
1917 double *xxna,ITG *ncfd,ITG *inlet);
1964 ITG *compressible,double *xxna,ITG *ncfd,ITG *inlet);
2011 double *xxna,ITG *ncfd);
2065 ITG *compressible,double *xxna,ITG *ncfd);
2437 double *xxna,double *ale,double *alet,double *h));
3751 ITG *iau6,double *xxna,double *xxnj,ITG *iturbulent,
[all …]
|
| H A D | LOGBOOK | 3736 - created field xxna=xxn*area (CFD)
|
| /dports/www/dooble/dooble-2021.12.05/Dictionaries/kmr_Latn/ |
| H A D | kmr_Latn.aff | 10 # di- dibe na-, bi-, ne-; xxdi- dibe xxna-, xx-, xxne-
|
| /dports/chinese/scim-tables/scim-tables-0.5.10/tables/zh/ |
| H A D | EZ-Big.txt.in | 113454 xxna 教習
|
| /dports/textproc/scim-table-imengine/scim-tables-0.5.10/tables/zh/ |
| H A D | EZ-Big.txt.in | 113454 xxna 教習
|