Errors on SaveĮDIT January 2021: A new version has been released with a FIX in HDF5 library. This interface can also be used to open a standalone rmed file: from a scratch AsterStudy session, in the CaseView tab, select from the menubar Operations -> Post-process an external MED Results File.Īnd select forma01a.rmed file directly from disk. That could be really helpful for the average user. This window is based on Paraview engine, but manage automatically filters and hide the messy interface. This new Results window is really intuitive and ease the management of post-processing comparing to advanced Paravis module. Wait for the initialization of the new window. Right click on an selected result forma01a.rmed and select Post-process. Post processingĪsterStudy has a new tab for post-processing results. Then it is possible to select the value that should be displayed in graph progress (iterations, residuals, etc.) using Graph progress combobox. With ssnv504f case running, we can click on Refresh button for the pending message file to be parsed. The run ends OK as usual with green, but unfortunately forma01 case uses only one increment and shows nothing in the graph. One can notice a new combobox to select refresh mode and a new combobox coming with a graph that aim to show progress of the calculation. Go back to History View tab, save the study, and click as usual on “+” button and then on Run. Type “forma01a” in the lineedit to import testcase forma01a.įrom the tab Case View, let’s define an output file.Ĭlick button “…”, chose a folder and type “ forma01a.rmed’. Go to tab History View, then in the menubar select Operations -> Import Testcase. Let’s compare this new version by following the previous tutorial beginning with AsterStudy. The new AsterStudy version works the same way as the previous version with no major difference in the workflow but the software is expected to improve fluency. Once in SMESH module, only exported to GEOM entities will be accessible to define and compute a new mesh. Once finished, the trick is to use from the menubar Feature -> Export to GEOM before to go to SMESH module. It is then possible to use the buttons to define, for example, a primitive. Shaper allows a parametric definition of the Geometry and offers a much better flexibility than GEOM to deal with geometry. Once the GUI opened, one can notice the new Shaper module, that aim to replace GEOM module (GEOM module subsist in this version). Anyways, launching the GUI doesn’t change much from the previous versions : double click on run_salome.bat. The Windows version is now build using MSVC 2015, one should install corresponding redistribuable Package (圆4). Although this seems to be interesting from the developer point of view, this switch is a significant effort on code modernization that shows the willingness to maintain the project over time. The major change in Salome 9 is the switch from Python2.7 to Python3. But the solver pass the tests and has been validated as the previous builds using the official submit list. The portage to Windows required an important effort due to the transition from Python2.7 to Python3. Version 14.4 is set as stable and replace previous version 13.6. This update comes with many new features (discussed below) in Code_Aster, Salome and its new Shaper module and AsterStudy with a new post-processing tool. This version is based on Salome 9.3 and last AsterStudy update 2019.0.1 and includes Code_Aster 14.4 binary for Windows. Salome-Meca 2019 has been release on Linux few weeks ago and is now ready for Windows at our download page.
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