cross-posted from: https://feddit.fr/c/microblogmemes/p/226650/i-also-have-one
Maybe normalizing mental illness was a mistake
Submitted 1 week ago by url@feddit.fr to [deleted]
https://media.feddit.fr/posts/P6/a7/P6a77mL9nGy1DqI.png
cross-posted from: https://feddit.fr/c/microblogmemes/p/226650/i-also-have-one
Maybe normalizing mental illness was a mistake
OK fine but everybody else has to quit that big popular delusion before I’ll stop being ADHD.
This!!!
I use an open wire shelf like this Image
And it works great as an ADHD friendly solution for me. Completely solved my clothes-all-over-the-floor problem, since I can’t put them on my chair (I need my chair free for light therapy in the mornings)
If the chair is for light therapy do you use a chaise longue for heavy therapy?
No, my psychologist has like a small couch, loveseat kinda thing
(Light therapy meaning light as in lighting or sunlight. Used to manage my circadian rhythm disorder)
Whats gonna be O(n^n) is the number of belts on you ass should you not start organizing now.
Y’all are slobs. Just get a clothes tree.
Be me, have 15 items. Use any structure with any O. Latency still low
hirihit640@sh.itjust.works 1 week ago
if it’s big it’s definitely not O(1)
Jeffdude@piefed.social 1 week ago
If it’s a finite sized chair, it’s O(1)!
notabot@piefed.social 1 week ago
Not if items are covered by other items. You’ve got a layer of fast L1 cache that is O(1), but exceed the limit of that layer by placing an item of clothing on top of it, and some elements are effectively “pushed down” to a higher latency tier, which is going to be closer to O(log N) as you have to move some percentage of the items out of the way to get to the target item. Cache eviction (doing the laundry) will reset this.
As always careful optimisation of the cache size, in relation to the expected distribution of items to be accessed, is key to maximising performance.
Lysergid@lemmy.ml 1 week ago
That’s not how Big O works
hirihit640@sh.itjust.works 1 week ago
You’ve probably never actually kept clothes in a pile before. The bigger the pile, the longer it takes to find an individual item