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card: answer length from the final run

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  1. README.md +2 -2
README.md CHANGED
@@ -20,7 +20,7 @@ nothing: no solver, no example solutions, no human data.
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  - Built as a control for [RubiksBench](https://brianbriscoe.dev/lab/rubiksbench),
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  where language models must write the whole answer in one reply. On the same
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  full scrambles the best of them, GPT-6 Astra, solves 9 of 10 with answers
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- averaging over 100 moves; this model's answers average about 21. It is not the
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  same test: this model gets a search loop, the language models get one reply.
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  Write-up and replays: https://brianbriscoe.dev/lab/tiny-cube-solver
@@ -119,7 +119,7 @@ no harder than 20. A full scramble takes about 80 to 90 seconds on one RTX A6000
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  - It is not fast. The Kociemba two-phase solver solves any cube in milliseconds.
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  This model exists to show that a small network can learn the task at all.
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- - Solutions are not guaranteed to be shortest. Full scrambles average about 21
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  moves.
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  - 3x3x3 only.
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  - Built as a control for [RubiksBench](https://brianbriscoe.dev/lab/rubiksbench),
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  where language models must write the whole answer in one reply. On the same
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  full scrambles the best of them, GPT-6 Astra, solves 9 of 10 with answers
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+ averaging over 100 moves; this model's answers average about 22. It is not the
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  same test: this model gets a search loop, the language models get one reply.
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  Write-up and replays: https://brianbriscoe.dev/lab/tiny-cube-solver
 
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  - It is not fast. The Kociemba two-phase solver solves any cube in milliseconds.
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  This model exists to show that a small network can learn the task at all.
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+ - Solutions are not guaranteed to be shortest. Full scrambles average about 22
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  moves.
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  - 3x3x3 only.
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