Zeitpunkt Nutzer Delta Tröts TNR Titel Version maxTL Fr 26.07.2024 00:01:07 61.958 +1 3.580.868 57,8 Fosstodon 4.2.10 500 Do 25.07.2024 00:00:10 61.957 +1 3.577.506 57,7 Fosstodon 4.2.10 500 Mi 24.07.2024 00:01:07 61.956 0 3.574.077 57,7 Fosstodon 4.2.10 500 Di 23.07.2024 00:00:03 61.956 -3 3.570.705 57,6 Fosstodon 4.2.10 500 Mo 22.07.2024 00:01:10 61.959 +1 3.567.825 57,6 Fosstodon 4.2.10 500 So 21.07.2024 00:01:07 61.958 +1 3.564.861 57,5 Fosstodon 4.2.10 500 Sa 20.07.2024 00:01:10 61.957 +1 3.561.604 57,5 Fosstodon 4.2.10 500 Fr 19.07.2024 13:57:34 61.956 -1 3.558.474 57,4 Fosstodon 4.2.10 500 Do 18.07.2024 00:00:27 61.957 +1 3.553.476 57,4 Fosstodon 4.2.10 500 Mi 17.07.2024 00:01:10 61.956 0 3.550.157 57,3 Fosstodon 4.2.10 500
Juan Nunez-Iglesias (@jni) · 11/2022 · Tröts: 2.498 · Folger: 375
Fr 26.07.2024 11:55
Reminder: @numba is an *excellent* accelerator for numeric computations in Python. Also, issues with Python's stability are greatly exaggerated. Case in point: I just ran my 8yo n-body benchmarks without modification:
https://github.com/jni/nbody-numba
and they were just 10% slower than the fastest C code — and that's including all the Python launch time and JIT warmup!
timing results of running an n-body simulation written in C (taking 3.204 seconds) and one written in Python using the numba just-in-time compiler (3.636 seconds).
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