Hey all! For those following along with the series on YouTube, I hope you've been enjoying it thus far! In the latest episode (Ep 11), we introduced multithreading into our code base by using std::for_each with the parallel execution policy. I mentioned that if the community has any other suggestions, and wants to do some testing to see if we can multithread in a more efficient way, I'd open a GitHub issue for this discussion - and here we are!
I figured crowd-sourcing this would be a good idea since your mileage may vary - certain techniques might be better or worse on certain hardware and architectures. Feel free to fork this repository and implement something, and then drop it in a comment here so we can test. If your method is faster than our std::for_each method, make sure to include some profiling data and your hardware specifications.
Hey all! For those following along with the series on YouTube, I hope you've been enjoying it thus far! In the latest episode (Ep 11), we introduced multithreading into our code base by using
std::for_eachwith the parallel execution policy. I mentioned that if the community has any other suggestions, and wants to do some testing to see if we can multithread in a more efficient way, I'd open a GitHub issue for this discussion - and here we are!I figured crowd-sourcing this would be a good idea since your mileage may vary - certain techniques might be better or worse on certain hardware and architectures. Feel free to fork this repository and implement something, and then drop it in a comment here so we can test. If your method is faster than our
std::for_eachmethod, make sure to include some profiling data and your hardware specifications.Thanks all! ❤️