medequivalence.f
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C* GNU Lesser General Public License for more details.
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C* along with MED. If not, see <http://www.gnu.org/licenses/>.
C
subroutine meqcre(fid , maa , eq , des , cret)
c DEC$ ATTRIBUTES DLLEXPORT :: meqcre
c
implicit none
save
c
character *(*) maa, des, eq
integer*8 fid
integer cret
integer meqfcre
c
cret = meqfcre(fid, maa, len(maa), eq, len(eq), des, len(des))
c
return
end
c
c
c
subroutine meqcow(fid,maa,eq,numdt,numit,typent,typgeo,
& n,corr,cret)
c DEC$ ATTRIBUTES DLLEXPORT :: meqcow
c
implicit none
save
c
character *(*) maa, eq
integer numit, numdt
integer*8 fid
integer cret, n, typent, typgeo
integer corr(*)
integer meqfcow
c
cret = meqfcow(fid,maa,len(maa),eq,len(eq),
& numdt,numit,typent,typgeo,
& n,corr)
c
return
end
c
c
c
subroutine meqneq(fid,maa,n,cret)
c DEC$ ATTRIBUTES DLLEXPORT :: meqneq
c
implicit none
save
c
character *(*) maa
integer*8 fid
integer cret, n
integer meqfneq
c
n = meqfneq(fid, maa, len(maa))
if (n.lt.0) then
cret = -1
else
cret =0
endif
c
return
end
c
c
c
subroutine meqeqi(fid,maa,ind,eq,des,nstep,nctcor,cret)
c DEC$ ATTRIBUTES DLLEXPORT :: meqeqi
c
implicit none
save
c
character *(*) maa,eq,des
integer*8 fid
integer cret,ind,nstep,nctcor
integer meqfeqi
c
cret = meqfeqi(fid,maa,len(maa),ind,eq,des,
& nstep,nctcor)
c
return
end
c
c
c
subroutine meqcsz(fid,maa,eq,numdt,numit,
& typent,typgeo,n,cret)
c DEC$ ATTRIBUTES DLLEXPORT :: meqcsz
c
implicit none
save
c
character *(*) maa, eq
integer*8 fid
integer cret,n,typent,typgeo,numit,numdt
integer meqfcsz
c
n = meqfcsz(fid,maa,len(maa),eq,len(eq),
& numdt,numit,typent,typgeo)
c
if (n.lt.0) then
cret = -1
else
cret =0
endif
c
return
end
c
c
c
subroutine meqszi(fid,maa,eq,numdt,numit,
& corit,typent,typgeo,n,cret)
c DEC$ ATTRIBUTES DLLEXPORT :: meqszi
c
implicit none
save
c
character *(*) maa, eq
integer*8 fid
integer cret,n,typent,typgeo,numit,numdt
integer corit
integer meqfszi
c
cret = meqfszi(fid,maa,len(maa),eq,len(eq),
& numdt,numit,corit,typent,typgeo,n)
c
return
end
c
c
c
subroutine meqcor(fid,maa,eq,numdt,mumit,typent,typgeo,
& corr,cret)
c DEC$ ATTRIBUTES DLLEXPORT :: meqcor
c
implicit none
save
c
character *(*) maa, eq
integer*8 fid
integer cret, corr(*), typent, typgeo,numdt,mumit
integer meqfcor
c
cret = meqfcor(fid, maa, len(maa), eq, len(eq),
& numdt,mumit,typent,typgeo,corr)
c
return
end
c
c
c
subroutine meqcsi(fid,maa,eq,ind,numdt,numit,ncor,cret)
c DEC$ ATTRIBUTES DLLEXPORT :: meqcsi
c
implicit none
save
c
character *(*) maa,eq
integer*8 fid
integer cret,ind,numdt,numit,ncor
integer meqfcsi
c
cret = meqfcsi(fid,maa,len(maa),eq,len(eq),
& numdt,numit,ncor)
c
return
end
meqneq
subroutine meqneq(fid, maa, n, cret)
Definition medequivalence.f:60
meqcsi
subroutine meqcsi(fid, maa, eq, ind, numdt, numit, ncor, cret)
Definition medequivalence.f:169
meqcre
subroutine meqcre(fid, maa, eq, des, cret)
Definition medequivalence.f:19
meqcow
subroutine meqcow(fid, maa, eq, numdt, numit, typent, typgeo, n, corr, cret)
Definition medequivalence.f:38
meqcor
subroutine meqcor(fid, maa, eq, numdt, mumit, typent, typgeo, corr, cret)
Definition medequivalence.f:150
meqeqi
subroutine meqeqi(fid, maa, ind, eq, des, nstep, nctcor, cret)
Definition medequivalence.f:83
meqcsz
subroutine meqcsz(fid, maa, eq, numdt, numit, typent, typgeo, n, cret)
Definition medequivalence.f:103
meqszi
subroutine meqszi(fid, maa, eq, numdt, numit, corit, typent, typgeo, n, cret)
Definition medequivalence.f:129