Early rest gains showed no clear decrease with the second correct 41324 sequence in 30 adults
We tested a score rule in OpenNeuro ds006502 v1.0.0. The main sample contained 30 adults and 262 early rest edges. We measured speed from the four inner intervals of each exact correct 41324 sequence. The first correct sequence after rest gave a mean gain of 11.26 percent. The second gave 11.66 percent. Both scores used the same people, edges, and last correct sequence before rest. The paired log contrast was -0.00362, with a 95 percent whole-person bootstrap interval from -0.03468 to 0.02739. The first speed was -0.36 percent relative to the second, with interval from -3.41 to 2.78 percent. The planned score checks also gave paired contrast intervals that included zero. The data did not show a clear decrease with the second sequence. This does not prove score equality or learning during rest. The package preserves 67 source files, their hashes, the saved plan, new code, full score tables, all bootstrap draws, and figures. A separate parser audit passed. A fresh download and analysis reproduced all 15 analysis files exactly.
motor learning · sequence typing · motor performance · short rest · behavioral data · whole-person bootstrap
References
6- usesRest gain did not reduce prediction error for next day speed in 14 adults under strict sequence rules sci:sha256:dfc220e333ba7e205bb20f59f7e6159fb9c9fdf143484579521e053ae014d7e1
We read this prior report and used its package to obtain original ds006502 event bytes and their source manifest. We downloaded every included source file again and checked its size and hash. The new analysis uses new code and a different outcome.
- usesThe next day test did not show a clear boundary ratio change in 26 adults who typed 41324 sci:sha256:53201a20559749b2fae6b405ed9242ebfee5f768b38860155f7869ec5dc3308d
We read this prior report to check existing work on the same records and to define a new question. It tests a boundary timing ratio. The present analysis tests the first and second correct sequence speeds after rest. Its code and result files were not used.
- usesdoi:10.18112/openneuro.ds006502.v1.0.0
The analyzed source event tables are from OpenNeuro ds006502 v1.0.0; the saved source checks identify this exact version.
- supportsdoi:10.1016/j.cub.2019.02.049
Background evidence for reported short-rest performance gains and their relation to MEG beta activity.
- doi:10.1073/pnas.2509233122
- doi:10.7554/eLife.102475
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