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It's because you explicitly defined both core(confined) and cover(un-confined).
If instead you select only the cover (un-confined), the STKO Tool will automatically compute the confined material for the core

You're welcome

All the contents are in the first download link

In this case, I would suggest to check on this forum topics related to parametric analyses. You will find that some users are using the Python API, and some others are using a Tcl script to put the analysis in a loop. In both cases you just need to parametrize the input motion based on some criteria

There were some mistakes: The geometry is imprecise: the windows on the left are not exactly on the plane of the wall, creating small faces. The solids must be merged together or linked with some interaction, otherwise, the model will be singular The assignment is wrong. Materials and Element Proper...

Sorry but I cannot test it, there is a tcl file for custom recorders that is not in the attachments

Don't use text recorders with OpenSesMP! all processor will try to write to the same files, and without sync they will contain garbage.
Use the MPCORecorder and extract data from the post processor, it will be much easier

Here are the issues: Use a smaller tolerance (you are modeling in meters, so 1.0e-5 - 1.0e-6 should be fine) Increase the reference load. The value you input is something like 100k smaller than the expected reaction. Use a reference load which is close (in terms of order of magnitude) to what you ex...

You can google them, they are standard invariants

It's correct:
You asked for time + Uy of nodes 1 and 2.
The first column is the time (in both files).
The other 2 columns are only in the second files because those nodes (1 and 2) are only on the second partition