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subroutine dgsub(ii,z,dg)
c ======================================================================
C Soft and Fortrans coded externals for colnew
c ======================================================================
c Copyright INRIA
INCLUDE '../stack.h'
integer iadr,sadr
common/iercol/iero
double precision z(*), dg(*)
common / icolnew/ ncomp,mstar
common / coladr / kfsub,kdfsub,kgsub,kdgsub,kguess,kx,ki,kz
common / coltyp / itfsub,itdfsub,itgsub,itdgsub,itguess
integer ii
logical allowptr
data mlhs/1/,mrhs/2/
iadr(l)=l+l-1
sadr(l)=(l/2)+1
if (ddt .eq. 4) then
write(buf(1:12),'(3i4)') top,r,sym
call basout(io,wte,' dgsub top:'//buf(1:4))
endif
if(itdgsub.eq.10) then
c Fortran case
call fcoldg(ii,z,dg)
return
endif
c Putting Fortran arguments on Scilab stack
c+
call ftob(dble(ii),1,ki)
if(err.gt.0) goto 9999
call ftob(z,mstar,kz)
if(err.gt.0) goto 9999
c+
if(itdgsub.ne.15) then
fin=lstk(kdgsub)
else
ils=iadr(lstk(kdgsub))
nelt=istk(ils+1)
l=sadr(ils+3+nelt)
ils=ils+2
c external adress
fin=l
c Extra arguments in calling list that westore on the Scilab stack
call extlarg(l,ils,nelt,mrhs)
if (err.gt.0) goto 9999
endif
c Macro execution
pt=pt+1
if(pt.gt.psiz) then
call error(26)
goto 9999
endif
ids(1,pt)=lhs
ids(2,pt)=rhs
rstk(pt)=1001
lhs=mlhs
rhs=mrhs
niv=niv+1
fun=0
c
icall=5
include '../callinter.h'
200 lhs=ids(1,pt)
rhs=ids(2,pt)
pt=pt-1
c+
C Scilab to Fortran convertion
call btof(dg,mstar)
if(err.gt.0) goto 9999
c+
niv=niv-1
return
c
9999 continue
iero=1
niv=niv-1
return
end
subroutine gsub(ii,z,g)
c ======================================================================
C Soft and Fortrans coded externals for colnew
c ======================================================================
INCLUDE '../stack.h'
integer iadr,sadr
common/iercol/iero
double precision z(*), g(*)
common / icolnew/ ncomp,mstar
common / coladr / kfsub,kdfsub,kgsub,kdgsub,kguess,kx,ki,kz
common / coltyp / itfsub,itdfsub,itgsub,itdgsub,itguess
logical allowptr
integer ii
data mlhs/1/,mrhs/2/
iadr(l)=l+l-1
sadr(l)=(l/2)+1
if (ddt .eq. 4) then
write(buf(1:12),'(3i4)') top,r,sym
call basout(io,wte,' gsub top:'//buf(1:4))
endif
if(itgsub.eq.10) then
c Fortran case
call fcolg(ii,z,g)
return
endif
c Putting Fortran arguments on Scilab stack
c+
call ftob(dble(ii),1,ki)
if(err.gt.0) goto 9999
call ftob(z,mstar,kz)
if(err.gt.0) goto 9999
c+
if(itgsub.ne.15) then
fin=lstk(kgsub)
else
ils=iadr(lstk(kgsub))
nelt=istk(ils+1)
l=sadr(ils+3+nelt)
ils=ils+2
c external adress
fin=l
c Extra arguments in calling list that westore on the Scilab stack
call extlarg(l,ils,nelt,mrhs)
if (err.gt.0) goto 9999
endif
c Macro execution
pt=pt+1
if(pt.gt.psiz) then
call error(26)
goto 9999
endif
ids(1,pt)=lhs
ids(2,pt)=rhs
rstk(pt)=1001
lhs=mlhs
rhs=mrhs
niv=niv+1
fun=0
c
icall=5
include '../callinter.h'
200 lhs=ids(1,pt)
rhs=ids(2,pt)
pt=pt-1
c+
C Scilab to Fortran convertion
call btof(g,1)
if(err.gt.0) goto 9999
c+
niv=niv-1
return
c
9999 continue
iero=1
niv=niv-1
return
end
subroutine dfsub(x,z,df)
c ======================================================================
C Soft and Fortrans coded externals for colnew
c ======================================================================
INCLUDE '../stack.h'
integer iadr,sadr
common/iercol/iero
double precision z(*), df(*),x
common / icolnew/ ncomp,mstar
common / coladr / kfsub,kdfsub,kgsub,kdgsub,kguess,kx,ki,kz
common / coltyp / itfsub,itdfsub,itgsub,itdgsub,itguess
logical allowptr
data mlhs/1/,mrhs/2/
iadr(l)=l+l-1
sadr(l)=(l/2)+1
if (ddt .eq. 4) then
write(buf(1:12),'(3i4)') top,r,sym
call basout(io,wte,' dfsub top:'//buf(1:4))
endif
if(itdfsub.eq.10) then
c Fortran case
call fcoldf(x,z,df)
return
endif
c Putting Fortran arguments on Scilab stack
c+
call ftob(x,1,kx)
if(err.gt.0) goto 9999
call ftob(z,mstar,kz)
if(err.gt.0) goto 9999
c+
if(itdfsub.ne.15) then
fin=lstk(kdfsub)
else
ils=iadr(lstk(kdfsub))
nelt=istk(ils+1)
l=sadr(ils+3+nelt)
ils=ils+2
c external adress
fin=l
c Extra arguments in calling list that westore on the Scilab stack
call extlarg(l,ils,nelt,mrhs)
if (err.gt.0) goto 9999
endif
c Macro execution
pt=pt+1
if(pt.gt.psiz) then
call error(26)
goto 9999
endif
ids(1,pt)=lhs
ids(2,pt)=rhs
rstk(pt)=1001
lhs=mlhs
rhs=mrhs
niv=niv+1
fun=0
c
icall=5
include '../callinter.h'
200 lhs=ids(1,pt)
rhs=ids(2,pt)
pt=pt-1
c+
C Scilab to Fortran convertion
call btof(df,mstar*ncomp)
if(err.gt.0) goto 9999
c+
niv=niv-1
return
c
9999 continue
iero=1
niv=niv-1
return
end
subroutine fsub(x,z,f)
c ======================================================================
C Soft and Fortrans coded externals for colnew
c ======================================================================
INCLUDE '../stack.h'
integer iadr,sadr
common/iercol/iero
double precision z(*), f(*),x
common / icolnew/ ncomp,mstar
common / coladr / kfsub,kdfsub,kgsub,kdgsub,kguess,kx,ki,kz
common / coltyp / itfsub,itdfsub,itgsub,itdgsub,itguess
logical allowptr
data mlhs/1/,mrhs/2/
iadr(l)=l+l-1
sadr(l)=(l/2)+1
if (ddt .eq. 4) then
write(buf(1:12),'(3i4)') top,r,sym
call basout(io,wte,' fsub top:'//buf(1:4))
endif
if(itfsub.eq.10) then
c Fortran case
call fcolf(x,z,f)
return
endif
c Putting Fortran arguments on Scilab stack
c+
call ftob(x,1,kx)
if(err.gt.0) goto 9999
call ftob(z,mstar,kz)
if(err.gt.0) goto 9999
c+
if(itfsub.ne.15) then
fin=lstk(kfsub)
else
ils=iadr(lstk(kfsub))
nelt=istk(ils+1)
l=sadr(ils+3+nelt)
ils=ils+2
c external adress
fin=l
c Extra arguments in calling list that westore on the Scilab stack
call extlarg(l,ils,nelt,mrhs)
if (err.gt.0) goto 9999
endif
c Macro execution
pt=pt+1
if(pt.gt.psiz) then
call error(26)
goto 9999
endif
ids(1,pt)=lhs
ids(2,pt)=rhs
rstk(pt)=1001
lhs=mlhs
rhs=mrhs
niv=niv+1
fun=0
c
icall=5
include '../callinter.h'
200 lhs=ids(1,pt)
rhs=ids(2,pt)
pt=pt-1
c+
C Scilab to Fortran convertion
call btof(f,ncomp)
if(err.gt.0) goto 9999
c+
niv=niv-1
return
c
9999 continue
iero=1
niv=niv-1
return
end
subroutine dguess(x,z,dmval)
c ======================================================================
C Soft and Fortrans coded externals for colnew
c ======================================================================
INCLUDE '../stack.h'
integer iadr,sadr
common/iercol/iero
double precision z(*), dmval(*),x
common / icolnew/ ncomp,mstar
common / coladr / kfsub,kdfsub,kgsub,kdgsub,kguess,kx,ki,kz
common / coltyp / itfsub,itdfsub,itgsub,itdgsub,itguess
logical allowptr
data mlhs/2/,mrhs/1/
iadr(l)=l+l-1
sadr(l)=(l/2)+1
if (ddt .eq. 4) then
write(buf(1:12),'(3i4)') top,r,sym
call basout(io,wte,' guess top:'//buf(1:4))
endif
if(itguess.eq.10) then
c Fortran case
call fcolgu(x,z,dmval)
return
endif
c Putting Fortran arguments on Scilab stack
c+
call ftob(x,1,kx)
if(err.gt.0) goto 9999
c+
if(itguess.ne.15) then
fin=lstk(kguess)
else
ils=iadr(lstk(kguess))
nelt=istk(ils+1)
l=sadr(ils+3+nelt)
ils=ils+2
c external adress
fin=l
c Extra arguments in calling list that westore on the Scilab stack
call extlarg(l,ils,nelt,mrhs)
if (err.gt.0) goto 9999
endif
c Macro execution
pt=pt+1
if(pt.gt.psiz) then
call error(26)
goto 9999
endif
ids(1,pt)=lhs
ids(2,pt)=rhs
rstk(pt)=1001
lhs=mlhs
rhs=mrhs
niv=niv+1
fun=0
c
icall=5
include '../callinter.h'
200 lhs=ids(1,pt)
rhs=ids(2,pt)
pt=pt-1
c+
C Scilab to Fortran convertion
call btof(dmval,ncomp)
if(err.gt.0) goto 9999
call btof(z,mstar)
if(err.gt.0) goto 9999
c+
niv=niv-1
return
c
9999 continue
iero=1
niv=niv-1
return
end
|
