![]() There are a few things to note about this call. Inquire(unit=unit, name=filename, opened=is_open)Ĭall assignfiletotextbox(tb, c_loc(filename), unit) Subroutine assignfiletotextbox(tb, cf, u) bind(c, name="assignfiletotextbox") Consider the following wrapper code: subroutine assignunit(tb, unit)Ĭharacter(len=8192, kind=c_char), target::filename To make a call to C, we'll need an intermediate function to handle the transition between languages. Threading and change monitoring on Windows is absolutely possible, but the API is probably best expressed in C for simpler access to the Windows API. Where mytext is the identifier of a multiline text box and myunit is the unit number to "follow." This call would need to effectively start a separate thread that will monitor the unit myunit for changes. What we'd really like to see is a single call to connect a text box to a unit number, something like: call assignunit(mytext, myunit) Ideally, the interface would be simple and clean. To avoid changes to the Fortran runtime library, we'd like introduce a separate module that could look for writes to a given Fortran unit number and display those changes in a multiline text box. ![]() This control resolves most of the problems with the large amount of code necessary to implement text output and scrolling, leaving only the direct connection to the Fortran WRITE statements. Saying that the behavior could be easily emulated was a wild simplification of the work needed to do so.ĪppGraphics recently introduced a multiline text box that relies on Windows to handle most of the complications of text editing and output. In addition, in order to use Fortran FORMAT statement or strings, intermediate character variables were necessary as well. That solution, though, required a substantial amount of code, including custom scrolling code and graphical text formatting. In the past, we've suggested the non-trivial task of replacing this code with calls to outtext and outtextxy as an alternative. This functionality was included in older Microsoft and DEC/Compaq Fortran runtimes, and it may still even be included in another single-architecture compiler. I can run and compile MFIX-21.1.4 without issue with the same step (DMP as shown above).Since AppGraphics was introduced, we received a number of queries about the possibility of writing directly to an AppGraphics window from Fortran WRITE statements. Gfortran: error: unrecognized command line option ‘-ffpe-summary=none’. I tried in serial & smp through the GUI (with and without the parallel option) and I see the same error: ![]() Gfortran: error: unrecognized command line option ‘-ffpe-summary=none’ Building Fortran object model/CMakeFiles/mfixcore.dir/param1_mod.f.o Building Fortran object model/CMakeFiles/mfixcore.dir/dmp_modules/compar_mod.f.o Building Fortran object model/CMakeFiles/mfixcore.dir/funits_mod.f.o Building Fortran object model/CMakeFiles/mfixcore.dir/param_mod.f.o target install -j 4 Scanning dependencies of target mfixcore – Build files have been written to: /gpfs/projects/dufeklab/ebreard/MFIX-21.3/fluid_bed_tfm_2d/buildĬmake -build. – Found Git: /projects/dufeklab/ebreard/anaconda3/envs/mfix-21.3/bin/git (found version “2.33.0”) – Found MPI_Fortran: /packages/intel/17/linux/mpi/intel64/bin/mpif90 (found version “3.1”) – Checking whether /packages/intel/17/linux/mpi/intel64/bin/mpif90 supports Fortran 90 - yes ![]() – Checking whether /packages/intel/17/linux/mpi/intel64/bin/mpif90 supports Fortran 90 – Check for working Fortran compiler: /packages/intel/17/linux/mpi/intel64/bin/mpif90 - skipped – Detecting Fortran compiler ABI info - done – The Fortran compiler identification is GNU 4.8.5 – Setting build type to ‘RelWithDebInfo’ as none was specified. (mfix-21.3) fluid_bed_tfm_2d]$ build_mfixsolver -batch -j -dmpīuilding custom solver for fluid_bed_tfm_2d.mfxĬmake -DENABLE_MPI=1 -G Unix Makefiles -DCMAKE_INSTALL_PREFIX=/gpfs/projects/dufeklab/ebreard/MFIX-21.3/fluid_bed_tfm_2d -DUDF_DIR=/gpfs/projects/dufeklab/ebreard/MFIX-21.3/fluid_bed_tfm_2d -DVERSION=21.3 /projects/dufeklab/ebreard/anaconda3/envs/mfix-21.3/share/mfix/src (mfix-21.3) fluid_bed_tfm_2d]$ module load intel-mpi (mfix-21.3) fluid_bed_tfm_2d]$ module load intel/17 I was trying the new MFIX on our cluster, and noticed that I cannot compile in serial, smp or dmp. ![]()
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