This maybe seems complicated because Node has 1 obvious way to run (single threaded with asynchronous functions) but Python has a few ways (single threaded, multithreaded, ioloops kind of like Node, greenlets). Python…
Nobody has said that the quality would be bad, just that some amount of generation loss [1] will occur when you use a lossily compressed [2] video (the netflix stream) as input for the creation of another lossily…
Netflix sends you a video that has been lossy compressed once. If you lossy compress that lossy compressed video, then you will have a video of worse quality than the video that was only lossy compressed once. Original…
Have you seen Bleve? https://github.com/blevesearch/bleve I have only tried it for an hour or two, and can't speak for its search result quality, but it seems promising. On my laptop, with an index of 10,000 documents…
This maybe seems complicated because Node has 1 obvious way to run (single threaded with asynchronous functions) but Python has a few ways (single threaded, multithreaded, ioloops kind of like Node, greenlets). Python…
This maybe seems complicated because Node has 1 obvious way to run (single threaded with asynchronous functions) but Python has a few ways (single threaded, multithreaded, ioloops kind of like Node, greenlets). Python…
Nobody has said that the quality would be bad, just that some amount of generation loss [1] will occur when you use a lossily compressed [2] video (the netflix stream) as input for the creation of another lossily…
Netflix sends you a video that has been lossy compressed once. If you lossy compress that lossy compressed video, then you will have a video of worse quality than the video that was only lossy compressed once. Original…
Have you seen Bleve? https://github.com/blevesearch/bleve I have only tried it for an hour or two, and can't speak for its search result quality, but it seems promising. On my laptop, with an index of 10,000 documents…