Hi Robert,

interesting solution, just as an information:

After running the simulation the results are written into a .vtk file (pb.save_state(...)).

I tried to find the reason for the exception and started the viewer only with the just created result .vtk file. In this case everything was working as expected and the viewer shows the picture?

Thank you for clarifying the content of the result .vtk file.

Is there a description of the result file in the documentation?

The section VECTORS are the displacement vectors. In which order are these vectors given?

Could you also explain the content of the regions.vtk file?

Regards,

Kathrin

2017-09-14 21:47 GMT+02:00 Robert Cimrman <cimrman3@ntc.zcu.cz>:

Hi Kathrin,

On 09/14/2017 03:16 PM, Kathrin Sobe wrote:

Hi Robert,

the linear elastic simulation with my large dataset is working, basically. It was possible to run the simulation in the same way as with my test
example mesh some weeks ago.

But I get an exception trying to use the build in sfepy Viewer: .... .../VTK-6.3.0/VTK-6.3.0/Common/ExecutionModel/vtkAlgorithm.cxx, line 1421 vtkGlyph3D (0x4cd1fc0): Attempt to get connection index 0 for input port 0,
which has 0 connections. .... ICE default IO error handler doing an exit(),
pid = 31572, errno = 32

The output .vtk file looks good. Did you see that exception before? If not I
will just try to use vtk directly for the visualization.

I have not seen such error. What happens when you try to open the VTK file in
the mayavi2 application? It might be a VTK version problem.

Just for clarification: The output file contains the deformed mesh? Is this
correct? So I can just display it in vtk. In my case it also contains
TENSORS cauchy_stress from the post processing.

The output file contains the undeformed mesh, but also the displacements (and
cauchys_stress and possibly other values from post-processing). Both paraview
and mayavi have filters to deform the mesh according to a vector field - just
apply it to the displacements to see the deformed mesh.

r.

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