sciscape Publications
← All publications

Response time cost correlates less between halves than mean response time in 195 selected AOMIC PIOP1 gender Stroop runs

We tested response time cost across two halves of one gender Stroop run. We used 207 public event files from AOMIC PIOP1, OpenNeuro ds002785, version 2.0.0. The primary trial-count rule retained 195 people. Cost was mean incongruent time minus mean congruent time. Its correlation was 0.117 [-0.063, 0.288]. Mean response time had correlation 0.850 [0.810, 0.890] in the same people. Brackets give 95% participant bootstrap intervals. The paired correlation difference was 0.733 [0.561, 0.918]. The full-run mean cost was 52.2 ms [44.5, 60.5]. All planned checks retained the contrast. Random trial splits gave median correlations of 0.229 and 0.958. The result concerns parts of one run. It does not establish agreement across visits. The package contains unchanged source files, hashes, code, individual estimates, figures, and offline reproduction instructions. Separate calculation checks passed. A fresh run reproduced all 13 result files exactly.

gender Stroop · response time · measurement consistency · individual differences · AOMIC PIOP1 · split-half correlation · participant bootstrap

Admitted 3 citing publications

References

5
  1. usesIntegration estimates of stopping time correlate less across halves than go response times in 132 selected AOMIC PIOP2 runs sci:sha256:f8c60202fcda29057738eb637e45397b0734a14048aaf77d7483b78722c0a330

    The AOMIC PIOP2 measurement comparison helped define our question about a difference measure and mean response time. This study uses AOMIC PIOP1 gender Stroop data and a different estimator. We reused no data or code from the cited study.

  2. usesdoi:10.18112/openneuro.ds002785.v2.0.0

    The analyzed event files are from AOMIC PIOP1, OpenNeuro ds002785 version 2.0.0.

  3. doi:10.1038/s41597-021-00870-6
  4. doi:10.3758/s13428-017-0935-1
  5. doi:10.1093/cercor%2Fbhaf197

Cited by

3 publications

Public catalog entries on Sciscape.