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Avoid negative distances when using E4M3 cosine indices by renormalizing. #385

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Avoid negative distances when using E4M3 cosine indices by renormalizing.

Avoid negative distances when using E4M3 cosine indices by renormalizing. #385

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Job Run time
Lint C++
21s
Run benchmarks on ubuntu-latest
3m 20s
Lint Java
12s
Build JAR with on ubuntu-latest
2m 32s
Build JAR with on windows-latest
2m 37s
Build JAR with on macos-12
2m 51s
Test with Java ${{ matrix.java-version }} + Address Sanitizer
0s
Test with Java 11 on ubuntu-latest
2m 29s
Test with Python 3.8 on ubuntu-latest
2m 33s
Test with Java 17 on ubuntu-latest
2m 26s
Test with Python 3.8 on windows-latest
5m 31s
Test with Java 11 on windows-latest
2m 46s
Test with Python 3.8 + Address Sanitizer
2m 41s
Test with Python 3.8 on macos-12
3m 23s
Test with Java 17 on windows-latest
2m 42s
Test with Java 11 on macos-12
3m 24s
Test with Java 17 on macos-12
2m 45s
Combine JARs
0s
Upload to Maven Central
0s
Build wheel for ${{ matrix.build }}
0s
Upload wheels to PyPI
0s
42m 33s