Cannot read uppercase extensions .F in Ubuntu

[ICG14]

Hi,

I know that the library has not been tested in ubuntu but I would like to ask if anyone knows how to read .F extensions in Abaqus in Ubuntu.
The library is not working because the pre-processor is not called.

abaqus14 job=rectangle_fibers user=hgo_crimpingCopy.F
Abaqus Error: The following file(s) could not be located: hgo_crimpingCopy.F.f, hgo_crimpingCopy.F.for, hgo_crimpingCopy.F.c, hgo_crimpingCopy.F.cpp, hgo_crimpingCopy.F.C, hgo_crimpingCopy.F.c++, hgo_crimpingCopy.F.o
Abaqus/Analysis exited with error(s).

If I rename the file with a .f, there is a pre-processor violation and *Use tensor does not work.

Thanks in advance,

Iulen,

[adtzlr]

Hi, please try an older version of the library, see #20 (comment)

[adtzlr]

Also, take a look on the older version of the readme how to use Tensor with .f files. https://github.com/adtzlr/ttb/tree/15372e07ad2031a83b8e3a4fe1c99bf538c4d20b

[ICG14]

Also, take a look on the older version of the readme how to use Tensor with .f files. https://github.com/adtzlr/ttb/tree/15372e07ad2031a83b8e3a4fe1c99bf538c4d20b

Thank you for your quick response.

I see I have to use double precision. Sorry for making so questions but now I have this error or similar multiple times:

Error: Invalid character in name at (1)
ttb/libdot.f:328:6:

It seems a fortran-version error. I think I have f90, should I change my fortran version or change the files to my current version?

GNU Fortran (Ubuntu 7.5.0-3ubuntu1~18.04) 7.5.0,

I just wrote include 'ttb/ttb_library.f' because if I add a #, there is a illegal preprocesor directive and use tensor is not read properly.

Thanks a lot for your help,

Iulen,

[adtzlr]

Sorry I have no idea what's wrong now...

[jfriedlein]

The ttb works for me also under Ubuntu (Ubuntu 18.04.6 LTS) in LS-Dyna. Both the current release v1.0.2 and the older version (https://github.com/adtzlr/ttb/archive/15372e07ad2031a83b8e3a4fe1c99bf538c4d20b.zip) work fine. However, Linux seems to dislike the precompilation flags, so I removed each block of lines "#ifndef NOR4 ... #endif" inside ttb_library.F in my local copy under Linux of release v1.0.2 and go without the "#NOR4" flag (see example below). LS-Dyna (as already known: #10) causes problems with the r4(kind=4) functions originally guarded by "#ifndef NOR4 ... #endif", thus I removed all related "module procedure ...r4" lines from the ttb_library.F (I might have figured out the actual cause for LS-Dyna, I will let you know soon).

LS-Dyna has a somewhat different Fortran file structure (https://github.com/jfriedlein/usrmat_LS-Dyna_Fortran) than Abaqus. In the file dyn21umats.f where use Tensor is used for the first time, I add include 'ttb/ttb_library.F as the first line with the ttb-folder (release v1.0.2 without the precompilation flags) in the same directory as this file:

dyn21umats.f (note the lower case .f extension):

include 'ttb/ttb_library.F'
...
      subroutine umat43(cm,eps,sig,epsp,hsv,dt1,capa,etype,tt,
     1 temper,failel,crv,nnpcrv,cma,qmat,elsiz,idele,reject)
c
      use Tensor
c
      include 'nlqparm'
      include 'bk06.inc'
      include 'iounits.inc'
      dimension cm(*),eps(*),sig(*),hsv(*),crv(lq1,2,*),cma(*),qmat(3,3)
      integer nnpcrv(*)
      character*5 etype
      logical failel,reject
      integer*8 idele
c Declarations
      real lame_lambda, shearMod_mu, bulkMod_kappa
      type(Tensor2) :: Eye, d_eps, stress, stress_n
c Material parameters, extracted from the material parameter array 'cm'
      lame_lambda = cm(1)
      shearMod_mu = cm(2)
      bulkMod_kappa = lame_lambda + 2./3. * shearMod_mu
c Second order identity tensor
      Eye = identity2(Eye)
      d_eps = strain(eps,3,3,6)
      stress_n = symstore_2sa(sig)
      stress = stress_n + lame_lambda * tr(d_eps) * Eye
     &                  + 2. * shearMod_mu * d_eps
c Transform the stress tensor back into a vector:
      sig(1:6) = asarray(voigt(stress),6)
c
      return
      end
...

Then I call "make" in this directory with gfortran --version GNU Fortran (Ubuntu 7.5.0-3ubuntu1~18.04) 7.5.0. The default LS-Dyna Makefile uses a bunch of flags, maybe that also helps: FF=-safe_cray_ptr -assume byterecl,buffered_io,protect_parens -warn nousage -zero -ftz -fp-model precise -mP2OPT_hpo_dist_factor=21 -diag-disable 10212,10010 -fimf-arch-consistency=true -qno-opt-dynamic-align -xSSE2 -align array16byte -nopad -qopenmp -i8 -r8 -DINTEL -DAdd_ -fPIC -O2.

[adtzlr]

Thanks @jfriedlein for providing further informations for Linux. @ICG14 if you have success please post your solution.