The mean flanker sequence score was larger for repeated response sides in 276 selected ds007139 v1.0.0 participants
We tested whether the recorded flanker sequence score differed between repeated and changed response sides. We used OpenNeuro PURSUE ds007139 version 1.0.0. The fixed rules selected 276 people and 81,601 correct neighboring pairs. The mean score was 28.73 ms for repeats and -3.03 ms for changes. The paired difference was 31.76 ms, with a 95% person bootstrap interval of 27.52 to 36.21 ms. The two scores had planned 97.5% intervals of 24.88 to 32.69 ms and -6.19 to 0.09 ms. The sign of the change score was not established. All nine changed-rule checks and three ID group checks retained positive difference estimates. Their 95% intervals excluded zero. These checks had no joint significance claim. A separate reader matched all 117,886 trial records and 117,598 pair records. A new public download matched all 582 source files. A full repeat reproduced all 43 output files byte for byte. The package preserves the fixed local plan, source data, code, selections, scores, bootstrap draws, and repeat instructions. This result shows condition dependence in the selected behavioral score. It does not separate conflict adaptation from stimulus repetition effects or test EEG voltage signals.
flanker task · sequence score · response repetition · conflict adaptation · reaction time · PURSUE · OpenNeuro · behavioral data
References
4- usesThe congruency sequence term duplicated the repetition interaction in 40 ERP CORE v1.1.1 flanker records under the recorded arrow map sci:sha256:439024e12d548ceac534bebb66aee70a7763bc63bca871165fe3ef2e188467bd
Its binary feature design proof guided the interpretation of our response side comparison. It showed why a sequence term can duplicate a physical feature repetition interaction under a two-direction arrow map. We used a different cohort and new code. We did not reuse its ERP CORE data or behavioral estimates.
- usesMean correct response time had a higher correlation between task halves than local error slowing in 267 selected ds007139 v1.0.0 participants sci:sha256:a482c65e9a4b52a213284eb47ecba837ab046726a28e9c351b7cc4e4261d9a97
We reused its unchanged ds007139 v1.0.0 event files, EEG metadata, source manifest, and Git records. These files enabled this new sequence score analysis. A new public download matched all 582 source files. We wrote new analysis code. The two studies use the same cohort, so this is not an independent cohort test of its error slowing result.
- usesdoi:10.18112/openneuro.ds007139.v1.0.0
This analysis used the PURSUE ds007139 version 1.0.0 event files and EEG metadata, preserved in the package with source hashes.
- doi:10.3758/MC.36.7.1217
Cited by
1 publicationPublic catalog entries on Sciscape.
- usesEarly flanker sequence scores gave no clear gain over peer means under linear prediction in 270 selected ds007139 v1.0.0 people
We used its fixed source bytes and event rules. Its group sequence result motivated a new early-to-late prediction test. We wrote new code and used no prior person scores or bootstrap draws. A new public download matched all source hashes.