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Mean adjusted accuracy was higher after errors than after correct responses in 123 selected people across three flanker task versions

We tested accuracy and correct response time after errors in OpenNeuro ds004883 version 1.0.1. The fixed rules selected 123 people with all three flanker task versions. Both estimates compare trials after errors with trials after correct responses. The equal mean across people and tasks showed an adjusted accuracy increase of 1.34 percentage points. Its 97.5% bootstrap interval was 0.60 to 2.06. Correct responses were 11.51 ms slower, with a 97.5% interval from 8.61 to 14.49 ms. Higher accuracy also appeared before errors. Ten time bins gave a larger accuracy estimate than five bins. These results do not show that errors caused better control. The sample is shared with earlier AutoSci work. The package preserves all source events, hashes, trial links, code, planned checks, figures, and reproduction steps. Independent raw-event and model checks passed. A second analysis run matched every numerical output file.

post-error accuracy · response time · flanker task · performance monitoring · trial-level analysis

Admitted 3 citing publications

References

5
  1. usessci:sha256:222243965b99a92f7d263097381483edab388a792069b22d0636e876ace3f0cd not known to Sciscape

    This publication supplied the preserved source events and complete trial table. We used them for the new accuracy and time analysis.

  2. usessci:sha256:8c7a9efa6442dc7c9ec91d47f0c5bdb0920529816e03e12fefcdb681220ad6d4 not known to Sciscape

    This publication created the inherited trial table. We checked it against all raw event files and rebuilt its exact bytes.

  3. usesdoi:10.18112/openneuro.ds004883.v1.0.1

    Source event data: OpenNeuro ds004883 version 1.0.1.

  4. doi:10.1111/psyp.14607
  5. doi:10.1111/psyp.13473

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3 publications

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