CapsAdmin
Joined 10 years ago
Joined 10 years ago
I've used local models extensively (mostly qwen 3.8 27b) and now Claude sonnet/opus 5.5 since launch.
Sometimes I really wonder if not being able to see what's going on in thinking is a large contributor to thinking the models are stronger.
That assumes you bother skimming through thinking traces and the output in-between.
In my experience both qwen and claude fumbles and misunderstand, but will in a lot of cases self correct.
Qwen models can feel very indecisive but somehow makes it in the end. If the harness was able to hide that and only highlight the end results, I'd probably think qwen models are smarter.
Reading the tool calls Claude does while thinking shows a lot of trial and error about even simple things like editing code and getting the whitespace wrong. But it happens so fast compared to qwen that it's sort of acceptable. With qwen, it can feel frustrating because it spends so much time on it.
This is all assuming that's what you meant by mistakes, but maybe you meant something different.
Code can be art, and copyright/plagiarism is real. It sort of boils down to how much it bothers us.
Not all image models (or sampler settings) do this, but with gpt it's very obvious.
With this in mind, I misjudged 3 images on the default game.
It sounds completely trivial and likely I'm wrong here, but could it be that opus saw the reference image squished? That might explain the sharper horizontal curvature
Is there nothing out there that does this? I'm paying for kagi and I can see that it has an api, is that maybe sufficient if configured properly?
(I switched to using local models as usage limits, api instability and the concept of paying per token stresses me out)
https://gistpreview.github.io/?815466e3208746488d47679949b68... - 33170 tokens
https://gistpreview.github.io/?815466e3208746488d47679949b68... - 18125 tokens
https://gistpreview.github.io/?815466e3208746488d47679949b68... - 12960 tokens
Scale 35 felt a bit noisy and incoherent, but 30 seemed nice. (they use the same seed, but idk how reliable seed in llamacpp is)
I use a python test script that captures the answer and renders it to a html page along with the llama-cli log, launch parameters, the chat log, and the python script itself for maximum transparency. :)
ThinkingCap is a 3.6 27b finetune that claims to halve thinking tokens while maintaining the same output quality. I've used the model a lot and I'd say it holds up. Since 3.6 has the same architecture as 3.8, the lora can be applied.
With the prompt "create a fancy circle in html", these are the results for xhigh, medium, low and xhigh + thinkingcap lora
https://gist.github.com/CapsAdmin/b0ea64006f942c5a96a56dba78...
(Note that the gists are bloated because they contain the full chat and launch params in text/plain script tags for transparency)
I'd say xhigh looks a little better than xhigh + lora, but the lora variant has 40% less thinking tokens. Both seemed to take the same approach with adding random details that weren't explicitly specified.
Medium and low (no lora) are close to each other but are much simpler results.
This is just me testing a single turn. I haven't tested this on multi turns and whatnot, but I thought the result was interesting enough to share anyway.
My total sleep time is about 6 hours. deep sleep is about 1 hour and 30 min. rem sleep is about 1 hour and 20 min.
I usually go to bed around 11pm and wake up at 6 am (give or take, I'm married)
It does however warn me about bad sleep if I've been drinking, have a fever, traveling across timezones, or staying up very late for some reason. One of these things may happen every 2 months or so.
I feel mentally good, I'm in shape and in general good health according to yearly checkups. I've been drinking coffee for about 18 years now.
It doesn't matter if I have 1 cup in the morning or drink coffee all day. As long as I have it in my system from the previous day, it's very easy to wake up the next day.
I think it's useful when evaluating "model+intended harness", but I'm more interested in seeing raw model improvements than harness improvements.
I've had to use the aws cli at work a few times (not an expert), but I could see aws trying to compete here if this becomes a thing.
Almost everything was possible given you put in the effort, but few people possess the will to put in the effort AND pursue a malicious goal.
I think an obvious example is all the fake ai content flooding the internet made to trick people in exchange for money (ad revenue, scams, likes, etc). This existed before ai, but I think it's fair to say pumping out content now requires less effort than it did before.
Most physical locks are an example of security through obscurity/effort. You can after all just pick a lock if you go through the effort to learn the skill. But once a universal lock picker is made available to everyone, you will simply see more locks getting picked.
Socials: - github.com/capsadmin - soundcloud.com/capsadmin - x.com/eliashogstvedt - instagram.com/eliashogstvedt
Interests: Programming
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