Summary: LLVM-15 has a warning `-Wunused-but-set-variable` which we treat as an error because it's so often diagnostic of a code issue. Unused variables can compromise readability or, worse, performance. This diff either (a) removes an unused variable and, possibly, it's associated code, or (b) qualifies the variable with `[[maybe_unused]]`, mostly in cases where the variable _is_ used, but, eg, in an `assert` statement that isn't present in production code. - If you approve of this diff, please use the "Accept & Ship" button :-) Reviewed By: dmm-fb Differential Revision: D56065763 fbshipit-source-id: b0541b8a759c4b6ca0e8753fc24b8c227047bd3d |
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.. | ||
offline_ivf | ||
rocksdb_ivf | ||
CMakeLists.txt | ||
README.md | ||
demo_auto_tune.py | ||
demo_client_server_ivf.py | ||
demo_imi_flat.cpp | ||
demo_imi_pq.cpp | ||
demo_ivfpq_indexing.cpp | ||
demo_nndescent.cpp | ||
demo_ondisk_ivf.py | ||
demo_residual_quantizer.cpp | ||
demo_sift1M.cpp | ||
demo_weighted_kmeans.cpp |
README.md
Demos for a few Faiss functionalities
demo_auto_tune.py
Demonstrates the auto-tuning functionality of Faiss
demo_ondisk_ivf.py
Shows how to construct a Faiss index that stores the inverted file data on disk, eg. when it does not fit in RAM. The script works on a small dataset (sift1M) for demonstration and proceeds in stages:
0: train on the dataset
1-4: build 4 indexes, each containing 1/4 of the dataset. This can be done in parallel on several machines
5: merge the 4 indexes into one that is written directly to disk (needs not to fit in RAM)
6: load and test the index