Newton & Zeyna
Hey Newton, ever thought about how a simple sorting algorithm could evolve into a self‑optimizing system if we let it observe its own performance? I suspect there's a hidden elegance in the feedback loop.
Interesting thought. If the sorter could log its own run‑time and compare different passes, it could tweak its pivot choice or decide when to switch to insertion sort. Over time it would “learn” the best strategy for the data it sees. The hidden elegance is that the loop is self‑referential – the algorithm is both the observer and the subject, refining itself through feedback. It’s like a little experimenter built into the code.
Sounds like a neat feedback loop. Just make sure the logs don’t become another performance killer, or you’ll end up with a sorter that spends more time introspecting than actually sorting. A quick, low‑overhead metric should keep it efficient.
You’re right—logging too much is a recipe for slowdowns. A tiny, cheap metric like counting swaps or measuring the number of comparisons per pass could give enough signal without heavy overhead. The algorithm could then use a simple heuristic: if a pass uses fewer swaps than before, keep the strategy; if not, try a different pivot or switch to a more efficient routine. That keeps the introspection light but still lets it improve.