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Heya, I never tested this on Apple M CPUs so I don't know if any of the libraries I used will support being compiled for them. It looks like I was using arm 7, and i haven't tested with arm 8. You could also disable the SSE tests by providing the config options in CMakeLists.txt to set e.g -DEIGEN_TEST_NEON=on, or possibly by deleting the contents of the else body from line 77.
This is an old project now and the libraries have probably moved on significantly in terms of performance and CPU architecture support. If I was evaluating math libraries now I'd have a look too SSE which new libraries have appeared since and then repeat the experiment on a number of my target CPUs.
Another option for you might be to cross compile on Docker, but emulating a cpu architecture might not give you real world performance results.
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mfoo commentedon Aug 18, 2025
Heya, I never tested this on Apple M CPUs so I don't know if any of the libraries I used will support being compiled for them. It looks like I was using arm 7, and i haven't tested with arm 8. You could also disable the SSE tests by providing the config options in
CMakeLists.txtto set e.g-DEIGEN_TEST_NEON=on, or possibly by deleting the contents of theelsebody from line 77.This is an old project now and the libraries have probably moved on significantly in terms of performance and CPU architecture support. If I was evaluating math libraries now I'd have a look too SSE which new libraries have appeared since and then repeat the experiment on a number of my target CPUs.
Another option for you might be to cross compile on Docker, but emulating a cpu architecture might not give you real world performance results.
Have a nice day and good luck!