12 Output the median after the samples are collected3ChatGPT 4ChatGPT 5Median #include <algorithm> #include #include auto median(std::vector& v) { std::ranges::sort(v); const auto medianIndex = std::size(v) / 2; return v[medianIndex]; } 6Evolution of a Median Algorithm Pete Isensee Engineering Director 7Goal 8 template std::cout << "empty"; } // one line version if rg is not empty std::cout << *median(rg).value();Median Algorithm Takeaways Pros • Generic version possible • Example w/ proven nth/max_element • Much more efficient

== 3 9 . 4/ String Compression Lets make a compressed string table https://github.com/AshleyRoll/squeeze map from enum Key to Compressed String Hu�man Coding for compression Output struct: Mapping totalEncodedLength = std::accumulate(stringLengths.begin(), stringLengths.end(), 0); 10 . 12/ Using <algorithm>s Able to use most algorithms, eg: std::sort std::push_heap / std::pop_heap std::count_if std::di�erence choose an arbitrary amount of work they will allow in constexpr context Complex processing like compression will hit the limits Had to make more complex implementation to cache bit streams rather than walk

V4 or later: Open a PowerShell console and verify the file as follows: Get-FileHash filename -Algorithm SHA256 – If you don't have PowerShell V4 or later: Use the free online verifier tool on the Microsoft initial internal compression format support, we chose Zstandard (zstd). The actual compression format used does not matter, as long as the format is supported by libarchive. The compression format may change future as more advanced compression algorithms are developed and no change to the .conda format is necessary. Only an updated libarchive would be required to add a new compression format to .conda files

V4 or later: Open a PowerShell console and verify the file as follows: Get-FileHash filename -Algorithm SHA256 – If you don't have PowerShell V4 or later: Use the free online verifier tool on the Microsoft initial internal compression format support, we chose Zstandard (zstd). The actual compression format used does not matter, as long as the format is supported by libarchive. The compression format may change future as more advanced compression algorithms are developed and no change to the .conda format is necessary. Only an updated libarchive would be required to add a new compression format to .conda files

V4 or later: Open a PowerShell console and verify the file as follows: Get-FileHash filename -Algorithm SHA256 – If you don't have PowerShell V4 or later: Use the free online verifier tool on the Microsoft initial internal compression format support, we chose Zstandard (zstd). The actual compression format used does not matter, as long as the format is supported by libarchive. The compression format may change future as more advanced compression algorithms are developed and no change to the .conda format is necessary. Only an updated libarchive would be required to add a new compression format to .conda files

V4 or later: Open a PowerShell console and verify the file as follows: Get-FileHash filename -Algorithm SHA256 – If you don't have PowerShell V4 or later: Use the free online verifier tool on the Microsoft initial internal compression format support, we chose Zstandard (zstd). The actual compression format used does not matter, as long as the format is supported by libarchive. The compression format may change future as more advanced compression algorithms are developed and no change to the .conda format is necessary. Only an updated libarchive would be required to add a new compression format to .conda files

V4 or later: Open a PowerShell console and verify the file as follows: Get-FileHash filename -Algorithm SHA256 – If you don't have PowerShell V4 or later: Use the free online verifier tool on the Microsoft initial internal compression format support, we chose Zstandard (zstd). The actual compression format used does not matter, as long as the format is supported by libarchive. The compression format may change future as more advanced compression algorithms are developed and no change to the .conda format is necessary. Only an updated libarchive would be required to add a new compression format to .conda files

V4 or later: Open a PowerShell console and verify the file as follows: Get-FileHash filename -Algorithm SHA256 – If you don't have PowerShell V4 or later: Use the free online verifier tool on the Microsoft initial internal compression format support, we chose Zstandard (zstd). The actual compression format used does not matter, as long as the format is supported by libarchive. The compression format may change future as more advanced compression algorithms are developed and no change to the .conda format is necessary. Only an updated libarchive would be required to add a new compression format to .conda files

V4 or later: Open a PowerShell console and verify the file as follows: Get-FileHash filename -Algorithm SHA256 – If you don't have PowerShell V4 or later: Use the free online verifier tool on the Microsoft initial internal compression format support, we chose Zstandard (zstd). The actual compression format used does not matter, as long as the format is supported by libarchive. The compression format may change future as more advanced compression algorithms are developed and no change to the .conda format is necessary. Only an updated libarchive would be required to add a new compression format to .conda files

initial internal compression format support, we chose Zstandard (zstd). The actual compression format used does not matter, as long as the format is supported by libarchive. The compression format may change future as more advanced compression algorithms are developed and no change to the .conda format is necessary. Only an updated libarchive would be required to add a new compression format to .conda files Anaconda metapackage. The Anaconda metapackage contains several core, low-level libraries, including compression, encryption, linear alge- bra, and some GUI libraries. Read more about the Anaconda metapackage