AI-pilled / Building https://xitter.cf/t.co/3j8glg8Mq4 / Cloud architect / Kubestronaut
Joined February 2026
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OddSVG oddsvg.com
My tests ask models to generate something they almost certainly never saw in training.
- Dishwashing Raccoon
- Handstanding Giraffe
- Ironing Platypus
- Jump-roping Octopus
- Necktie-tying Jellyfish
Because of that, memorized output won't carry them — a model has to actually combine 3D shading, SMIL animation, and plausible anatomy on the spot.
The dishwashing raccoon is the easiest of the three, but it still exposes plenty: how the kitchen reads, the shape of the hands, the running water and the suds.
The handstanding giraffe raises the bar, since the long neck has to go down while the body holds its balance.
The ironing platypus is the hardest. The platypus itself is difficult to draw correctly, and on top of that you get to watch how the model handles the iron and the ironing board — and the contact between them.
Jump-roping Octopus: The model must accurately render all 8 tentacles, coordinating 2 tentacles to swing the rope while the remaining 6 handle the jump and landing. It also tests whether the model avoids spatial errors, such as the rope clipping through the octopus's body.
Jellyfish Tying a Necktie in Front of a Mirror: This tests how the model creatively handles putting a necktie on a neckless creature, along with its ability to correctly render mirror reflections and spatial perspective.
Weaker models fail most of these outright. Among the stronger ones, the differences show up in the details, which is where you start to see each model's temperament.
Transurfer retweeted
OddSVG oddsvg.com
My tests ask models to generate something they almost certainly never saw in training.
- Dishwashing Raccoon
- Handstanding Giraffe
- Ironing Platypus
- Jump-roping Octopus
- Necktie-tying Jellyfish
Because of that, memorized output won't carry them — a model has to actually combine 3D shading, SMIL animation, and plausible anatomy on the spot.
The dishwashing raccoon is the easiest of the three, but it still exposes plenty: how the kitchen reads, the shape of the hands, the running water and the suds.
The handstanding giraffe raises the bar, since the long neck has to go down while the body holds its balance.
The ironing platypus is the hardest. The platypus itself is difficult to draw correctly, and on top of that you get to watch how the model handles the iron and the ironing board — and the contact between them.
Jump-roping Octopus: The model must accurately render all 8 tentacles, coordinating 2 tentacles to swing the rope while the remaining 6 handle the jump and landing. It also tests whether the model avoids spatial errors, such as the rope clipping through the octopus's body.
Jellyfish Tying a Necktie in Front of a Mirror: This tests how the model creatively handles putting a necktie on a neckless creature, along with its ability to correctly render mirror reflections and spatial perspective.
Weaker models fail most of these outright. Among the stronger ones, the differences show up in the details, which is where you start to see each model's temperament.
Ox Alpha가 며칠 전보다 더 뛰어나졌다는 글을 봤어.
그래서 직접 테스트 해봤지.
전혀 그런 건 없었어. 오히려 테스트 결과가 안좋아.
며칠 전보다 뛰어나진게 아니라
그냥 여러번 테스트 하다가 우연히 결과가 더 좋게 나왔던거야.
Pi + Opus 5 (OpenRouter)
Pi + Qwen3.8 Max (OpenRouter)
아무래도 구독이 필요할 것 같아.
Pi + Kimi K3 (Ollama Cloud)
K3는 많이 안써봤는데
써보고 후기 올릴게.
Tailscale로 사용하는 개인 웹앱들.
프록시 하나 두고 라우팅하게 만들고
앱 아이콘 같이 보여주는 메인 페이지 만들기.
아이콘은 ipaslogo.com/ 링크 주고 알아서 설정해달라고 하면 됨.
제 테스트를 완벽하게 통과한 모델은 현재 없습니다.
OddSVG oddsvg.com
My tests ask models to generate something they almost certainly never saw in training.
- Dishwashing Raccoon
- Handstanding Giraffe
- Ironing Platypus
- Jump-roping Octopus
- Necktie-tying Jellyfish
Because of that, memorized output won't carry them — a model has to actually combine 3D shading, SMIL animation, and plausible anatomy on the spot.
The dishwashing raccoon is the easiest of the three, but it still exposes plenty: how the kitchen reads, the shape of the hands, the running water and the suds.
The handstanding giraffe raises the bar, since the long neck has to go down while the body holds its balance.
The ironing platypus is the hardest. The platypus itself is difficult to draw correctly, and on top of that you get to watch how the model handles the iron and the ironing board — and the contact between them.
Jump-roping Octopus: The model must accurately render all 8 tentacles, coordinating 2 tentacles to swing the rope while the remaining 6 handle the jump and landing. It also tests whether the model avoids spatial errors, such as the rope clipping through the octopus's body.
Jellyfish Tying a Necktie in Front of a Mirror: This tests how the model creatively handles putting a necktie on a neckless creature, along with its ability to correctly render mirror reflections and spatial perspective.
Weaker models fail most of these outright. Among the stronger ones, the differences show up in the details, which is where you start to see each model's temperament.
계속 얘기하지만,
모델이 문제가 아니라
하네스가 문제입니다.
클로드 코드 대신에 Pi + Opus 5를 만족스럽게 사용 중이에요.
if fable felt dumber this week, it's not you ❗❗❗
since 2.1.237 the model reads "high" effort as 10 out of 100, the exact number "low" used to be
and the changelog doesn't say a word
i spent my whole afternoon convinced t3 code and my own app were broken before i went digging through the actual requests
anyone else notice or am i going insane?
LLM 테스트는 모델이 수행하기 충분히 어려워서 모델마다 결과물에 차이가 있어야 함.
OddSVG oddsvg.com
My tests ask models to generate something they almost certainly never saw in training.
- Dishwashing Raccoon
- Handstanding Giraffe
- Ironing Platypus
- Jump-roping Octopus
- Necktie-tying Jellyfish
Because of that, memorized output won't carry them — a model has to actually combine 3D shading, SMIL animation, and plausible anatomy on the spot.
The dishwashing raccoon is the easiest of the three, but it still exposes plenty: how the kitchen reads, the shape of the hands, the running water and the suds.
The handstanding giraffe raises the bar, since the long neck has to go down while the body holds its balance.
The ironing platypus is the hardest. The platypus itself is difficult to draw correctly, and on top of that you get to watch how the model handles the iron and the ironing board — and the contact between them.
Jump-roping Octopus: The model must accurately render all 8 tentacles, coordinating 2 tentacles to swing the rope while the remaining 6 handle the jump and landing. It also tests whether the model avoids spatial errors, such as the rope clipping through the octopus's body.
Jellyfish Tying a Necktie in Front of a Mirror: This tests how the model creatively handles putting a necktie on a neckless creature, along with its ability to correctly render mirror reflections and spatial perspective.
Weaker models fail most of these outright. Among the stronger ones, the differences show up in the details, which is where you start to see each model's temperament.