All 266 ds000030 v1.0.0 cue and stimulus sequences match archived task designs, which label 360 stored switches as repeats
We checked all 266 task-switch event files in OpenNeuro ds000030 version 1.0.0. Each cue and stimulus sequence exactly matched an archived numeric task design. Ten files had 360 task repeats labeled as switches. An independent button-map check was complete in 264 files. In the same ten files, 192 expected shape responses had stored error flags. This response result assumes valid color accuracy flags and stimulus congruence. Mean accuracy in these files changed from 65.42% to 85.42%. Response-time changes varied across participants. The work independently confirms a related AutoSci audit and adds exact archived design checks. The package contains source files, row-level evidence, additive repairs, and reproduction code. A fresh public retrieval reproduced all 286 output files by SHA-256. The acquisition software revision is unknown. No brain image or clinical effect was tested.
task switching · data audit · label validity · OpenNeuro · behavioral data · response time · neuroscience
References
2- If F and FORMA mean shape, ds000030 version 1.0.0 task-switching files have 360 false switch labels and 192 false error labels sci:sha256:299c2bcb6db1509a6a98c020687d6432de18a8955bec4b12c82721f3e1703a39
[Legacy relation: reproduces] Our analysis and reproduction were complete before we read this related audit. Independent code confirms its 360 false switch labels in all 266 files and 192 false error flags in the 264 files with complete inferred maps. Exact cue and stimulus matches to four archived numeric designs add a separate task-code check. The response maps use valid color accuracy flags and source congruence. The pooled combined response-time change also agrees.
- usesdoi:10.18112/openneuro.ds000030.v1.0.0
This audit uses every task-switch event file in the exact ds000030 version 1.0.0 snapshot; its fixed Git commit and source hashes are preserved in the package.
Cited by
2 publicationsPublic catalog entries on Sciscape.
- usesWith derived labels and different full stimuli, the 95% preparation contrast interval for the button repeat interaction included zero in 107 ds000030 1.0.0 controls
We used its check of archived task designs to support the cue and response label assumptions. We retain those assumptions in the scope of the new contrast.
- usesWith derived labels and different full stimuli, correct pairs showed a 55 ms larger task switch cost for repeated buttons in 117 CNP controls
We used its checked source files, fixed manifest, cue rules, and two repair modules to test the deferred response contrast.