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c
c *******************************************
c
subroutine wrapdlacpy(m,n,A,ldA,B,ldB)
external dlacpy
call dlacpy('G',m,n,A,ldA,B,ldB)
end
c
c *******************************************
c
subroutine wrapdpotrf(upper,n,A,ldA,info)
integer upper
character uplo
external dpotrf
if(upper.eq.0) then
uplo = 'L'
else
uplo = 'U'
endif
call dpotrf(uplo,n,A,ldA,info)
end
c
c *******************************************
c
subroutine wrapdpstrf(upper,n,A,ldA,piv,rank,
$ tol,work,info)
integer upper
character uplo
external dpstrf
if(upper.eq.0) then
uplo = 'L'
else
uplo = 'U'
endif
call dpstrf(uplo,n,A,ldA,piv,rank,tol,work,info)
end
c
c *******************************************
c
subroutine wrapdpotri(upper,n,A,ldA,info)
integer upper
character uplo
external dpotri
if(upper.eq.0) then
uplo = 'L'
else
uplo = 'U'
endif
call dpotri(uplo,n,A,ldA,info)
end
c
c *******************************************
c
subroutine wrapdtrtri(upper,n,A,ldA,info)
integer upper
character uplo
external dpotri
if(upper.eq.0) then
uplo = 'L'
else
uplo = 'U'
endif
call dtrtri(uplo,'N',n,A,ldA,info)
end
c
c *******************************************
c
subroutine wrapdlauum(upper,n,A,ldA,info)
integer upper
character uplo
external dlauum
if(upper.eq.0) then
uplo = 'L'
else
uplo = 'U'
endif
call dlauum(uplo,n,A,ldA,info)
end
c
c *******************************************
c
subroutine wrapdgetrf(m,n,A,ldA,ipiv,info)
external dgetrf
call dgetrf(m,n,A,ldA,ipiv,info);
end
c
c *******************************************
c
subroutine wrapdgesv(n,nrhs,A,ldA,ipiv,B,ldB,info)
external dgesv
call dgesv(n,nrhs,A,ldA,ipiv,B,ldB,info);
end
c
c *******************************************
c
subroutine wrapdsgesv(n,nrhs,A,ldA,ipiv,B,ldB,X,ldX,
$ work,swork,iter,info)
external dsgesv
call dsgesv(n,nrhs,A,ldA,ipiv,B,ldB,X,ldX,
$ work,swork,iter,info);
end
c
c *******************************************
c
subroutine wrapdgetri(n,A,ldA,ipiv,work,lwork,info)
external dgetri
call dgetri(n,A,ldA,ipiv,work,lwork,info);
end
c
c *******************************************
c
subroutine wrapdgels(trans,m,n,nrhs,A,ldA,B,ldB,work,lwork,info)
integer trans
character tr
external dgels
if(trans.eq.0) then
tr = 'N'
else
tr = 'T'
endif
call dgels(tr,m,n,nrhs,A,ldA,B,ldB,work,lwork,info)
end
c
c *******************************************
c
subroutine wrapdgeqrf(m,n,A,ldA,tau,work,lwork,info)
external dgeqrf
call dgeqrf(m,n,A,ldA,tau,work,lwork,info)
end
c
c *******************************************
c
subroutine wrapdormqr(left,trans,m,n,k,A,ldA,tau,
$ C,ldC,work,lwork,info)
external dormqr
integer left, trans
character side, tr
if(left.eq.0) then
side = 'R'
else
side = 'L'
endif
if(trans.eq.0) then
tr = 'N'
else
tr = 'T'
endif
call dormqr(side,tr,m,n,k,A,ldA,tau,C,ldC,work,lwork,info)
end
c
c *******************************************
c
subroutine wrapdorgqr(m,n,k,A,ldA,tau,work,lwork,info)
external dgeqrf
call dorgqr(m,n,k,A,ldA,tau,work,lwork,info)
end
c
c *******************************************
c
subroutine wrapdpbtrf(upper,n,kd,A,ldA,info)
integer upper
character uplo
external dpbtrf
if(upper.eq.0) then
uplo = 'L'
else
uplo = 'U'
endif
call dpbtrf(uplo,n,kd,A,ldA,info)
end
c
c *******************************************
c
subroutine wrapdpbsv(upper,n,kd,nrhs,A,ldA,B,ldB,info)
integer upper
character uplo
external dpbtrf
if(upper.eq.0) then
uplo = 'L'
else
uplo = 'U'
endif
call dpbsv(uplo,n,kd,nrhs,A,ldA,B,ldB,info)
end
c
c *******************************************
c
subroutine wrapdgbtrf(n,m,kl,ku,A,ldA,ipiv,info)
external dgbtrf
call dgbtrf(n,m,kl,ku,A,ldA,ipiv,info)
end
c
c *******************************************
c
subroutine wrapdtbtrs(upper,trans,diag,n,kd,nrhs,A,ldA,B,ldB,info)
external dtrsm
integer upper, trans, diag
character uplo, tr, diago
if(upper.eq.0) then
uplo = 'L'
else
uplo = 'U'
endif
if(trans.eq.0) then
tr = 'N'
else
tr = 'T'
endif
if(diag.eq.0) then
diago = 'N'
else
diago = 'U'
endif
call dtbtrs(uplo,tr,diago,n,kd,nrhs,A,ldA,B,ldB,info)
end
c
c *******************************************
c
subroutine wrapdgbtrs(trans,n,kl,ku,nrhs,A,ldA,ipiv,B,ldB,info)
external dgbtrs
integer trans
character tr
if(trans.eq.0) then
tr = 'N'
else
tr = 'T'
endif
call dgbtrs(tr,n,kl,ku,nrhs,A,ldA,ipiv,B,ldB,info)
end
c
c *******************************************
c
subroutine wrapdsyev(job,upper,n,A,ldA,W,work,lwork,info)
external dsyev
integer job, upper
character jobz,uplo
if(upper.eq.0) then
uplo = 'L'
else
uplo = 'U'
endif
if(job.eq.0) then
jobz = 'N'
else
jobz = 'V'
endif
call dsyev(jobz,uplo,n,A,ldA,W,work,lwork,info)
end
c
c *******************************************
c
subroutine wrapdgeev(jobvl,jobvr,n,A,ldA,WR,WI,VL,ldVL,VR,
$ ldVR,work,lwork,info)
external dgeev
integer jobvl, jobvr
character jobvlc, jobvrc
if(jobvl.eq.0) then
jobvlc = 'N'
else
jobvlc = 'V'
endif
if(jobvr.eq.0) then
jobvrc = 'N'
else
jobvrc = 'V'
endif
call dgeev(jobvlc,jobvrc,n,A,ldA,WR,WI,VL,ldVL,VR,
$ ldVR,work,lwork,info)
end
c
c *******************************************
c
subroutine wrapdgesvd(jobz,jobvt,m,n,A,ldA,S,
$ U,ldU,Vt,ldVt,work,lwork,info)
external dsyev
integer jobz, jobvt
character cjobz,cjobvt
if(jobz.eq.0) then
cjobz = 'N'
else
cjobz = 'S'
endif
if(jobvt.eq.0) then
cjobvt = 'N'
else
cjobvt = 'S'
endif
call dgesvd(cjobz,cjobvt,m,n,A,ldA,
$ S,U,ldU,Vt,ldVt,work,lwork,info)
end
c
c *******************************************
c
subroutine wrapdgesdd(jobz,m,n,A,ldA,S,
$ U,ldU,Vt,ldVt,work,lwork,iwork,info)
external dsyev
integer jobz
character cjobz
if(jobz.eq.0) then
cjobz = 'N'
else
cjobz = 'S'
endif
call dgesdd(cjobz,m,n,A,ldA,
$ S,U,ldU,Vt,ldVt,work,lwork,iwork,info)
end
c
c *******************************************
c
|
