"Marlboro College is a small, private, academically rigorous liberal-arts college located in Marlboro, Vermont, United States, with an enrollment of 195 students. The College received a perfect academics rating of 99 from The Princeton Review in 2014. Students at Marlboro create an individualized course of study in collaboration with faculty members and participate in a self-governed (self-run) community. Students pursue a self-designed, often inter-disciplinary thesis, the Plan of Concentration, based on their academic interests that culminates in a major body of scholarship.
Marlboro was ranked #117 (out of 1,611 institutions) among liberal arts colleges in the United States by U.S. News & World Report in 2017.
The College's unique facilities that can be used by students include an organic farm, a solar greenhouse, Marlboro's own nature forestland preserve, and an aviary. Weekly "town meetings" are held to vote for and change the College's bylaws."
quietbritishjim 2 days ago [-]
In response to the multiple comments here complaining that multithreading is impossible in Python without using multiple processes, because of the GIL (global interpreter lock):
This is just not true, because C extension modules (i.e. libraries written to be used from Python but whose implementations are written in C) can release the global interpreter lock while inside a function call. Examples of these include numpy, scipy, pandas and tensorflow, and there are many others. Most Python processes that are doing CPU-intensive computation spend relatively little time actually executing Python, and are really just coordinating the C libraries (e.g. "mutiply these two matrices together").
The GIL is also released during IO operations like writing to a file or waiting for a subprocess to finish or send data down its pipe. So in most practical situations where you have a performance-critical application written in Python (or more precisely, the top layer is written in Python), multithreading works fine.
If you are doing CPU intensive work in pure Python and you find things are unacceptably slow, then the simplest way to boost performance (and probably simplify your code) is to rewrite chunks of your code in terms of these C extension modules. If you can't do this for some reason then you will have to throw in the Python towel and re-write some or all of your code in a natively compiled language (if it's just a small fraction of your code then Cython is a good option). But this is the best course of action regardless of the threads situation, because pure Python code runs orders of magnitude slower than native code.