- Ansys 15 installation guide fortran compiler software#
- Ansys 15 installation guide fortran compiler code#
- Ansys 15 installation guide fortran compiler torrent#
- Ansys 15 installation guide fortran compiler windows#
Tecknique RE: Convert ANSYS.Download ansys 13 installation guide on ĪNSYS.PRODUCTS.16.0.WINX64-SSQ Torrent (Magnet Link).ĭownloading and Installing RabbitMQ.
Ansys 15 installation guide fortran compiler code#
If any UNIX OS users are out there who have used the ANSYS.f subroutine or any of the Fortran capabilities, please submit a post and let me know how well it works and what the steps are to making Fortran code and ANSYS work together.
Although the lessons I learned are invaluable, I hope that this post will save someone with similar ideas a lot of time.
Ansys 15 installation guide fortran compiler windows#
This brings me to the wonderful lesson that I learned: WINDOWS SUCKS!!!!!įortunately, I have been able to use a "bubblegum and duct tape approach" to solving my problem. Apparently there are some files and some extra program restructuring that the ANSYS company would have to do in order to make this feature work on the Windows OS. The capability for ANSYS to run as a subroutine works only on UNIX platforms. Well, this was a great idea with the exception of one crucial piece of information which was to be the source of my downfall. Based on certain criterion, the necessity of further ANSYS runs would then be determined and executed. Periodically, the FE solution data would be delivered back to Matlab where it would be further post-processed by my own native Matlab code. I had intended to use Matlab's MEX capability with the ANSYS.f subroutine to automate, on an iterative basis, the running of a set of ANSYS macros. I had the Intel 8.1 Fortran compiler which is compatible with both Matlab and ANSYS. Now, Matlab allows, through the use MEX functions, one to call any external C/C++ or Fortran programs. At the outset of my work I was attempting to call ANSYS from Matlab 7.1. If this subroutine is preprocessed in a C compiler then what type of object file is produced? Will it be a Fortran source file or what? In that case, how can a C compiler produce Fortran source files instead of an object file in some type of machine (or pseudo-machine) code format? So, if someone out there has any ideas on this, please share your thoughts.Īlso, I would like to share with users out there a huge lesson that I learned. I'm a little confused by this statement though. What I found out from ANSYS is that this subroutine is first preprocessed through a C compiler then sent to a Fortran compiler.
Ansys 15 installation guide fortran compiler software#
Well, after much heartache and finally talking with a software developer at ANSYS, I found out what is going on with the subroutine I placed in my first post on this topic. Any ideas? RE: Convert ANSYS.f to Fortran subroutine Tecknique (Mechanical) Fortran 90 should just be INCLUDE 'filename.f' correct.
*** since this is the command I want to execute? ***įinally, I was a little puzzled by the presence of the # in the INCLUDE statement. *** Should I put Command = '*USE,model.mac' here *** Correct?Īlso, I have the following code for Subroutine Ansys: Therefore, I can eliminate the DO-Loops and OPEN file statements. In contrast to the example subroutine given in which multiple calls were made, I will only need to call ANSYS once. I am trying to understand where to place the *USE command in order to call and execute a macro that will build my model. The ansys.f (I have version 8.1) main program allows one to modify it for use as a subroutine in the user's independent Fortran code.
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