![]() On the Results page, you should be able to preview the output image(s) by clicking on the screen icon next to the filename.For this case we will select a single Emerald core Choose an appropriate core-type and number of cores.You may skip this if it is already included with the OpenFOAM solution files Note that the cylinder.foam file is being created here.Select ParaView from the Software Settings page.Include the OpenFOAM solution (cylinder_results.tgz) and ParaView Python script (pv_rescale.py here) as Input Files.Create a + New Job on the Rescale Platform.You can refer to our Basic Job Tutorial if you would like more details about submitting a job. With a working ParaView Python script prepared, we can now submit it as a batch job. This will be evidenced by the renders not including the flow solution data in the resultant images. One thing to note is that ParaView in batch mode seems to ignore solutions residing in the 0 folder, regardless of *.SkipZeroTime = 0 setting within the script. Ensure that the created output files are what you expectedĪgain, it is critical to correct the recorded trace ParaView from absolute file paths to relative paths (for both input and output files).Select the Python script file you have created.In ParaView go to: Tools > Python Shell.Once you have modified your script sufficiently, be sure to test it locally to ensure it behaves properly. ![]()
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