Can I run the One Touch Stockings Task online?
Yes. ConductCognition runs the One Touch Stockings Task in a browser-based participant flow with study setup, automated scoring, and export-ready results.
Executive Function
Assess planning with a touchless Tower of London move-count task generated from non-proprietary states.
Useful for executive-function research, planning endpoints, and remote Tower of London-style batteries.
Measures planning by asking participants to judge the minimum number of moves needed to transform one Tower of London arrangement into another.
Core constructs
Research fit
One Touch Stockings of Cambridge is a touchless Tower of London planning task. Participants compare a current and target arrangement of three colored balls and choose the minimum number of legal moves needed to transform one into the other.
The implementation generates non-proprietary Tower states programmatically and computes optimal move counts with breadth-first search. It uses the published one-touch, think-then-answer variant rather than a drag-and-drop execution task.
First-Choice Solved
countNumber of problems answered correctly on the first move-count choice.
Higher is better
First-Choice Latency
msAverage time before the first move-count answer.
Lower is better
Correct-Choice Latency
msAverage response latency on correctly solved problems.
Lower is better
2-Move Accuracy
proportionAccuracy for 2-move problems.
Higher is better
3-Move Accuracy
proportionAccuracy for 3-move problems.
Higher is better
4-Move Accuracy
proportionAccuracy for 4-move problems.
Higher is better
5-Move Accuracy
proportionAccuracy for 5-move problems.
Higher is better
Culbertson WC & Zillmer EA (2001). Tower of London - Drexel University, Second Edition (TOL-DX) Manual.
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Related task pages
Research FAQ
Yes. ConductCognition runs the One Touch Stockings Task in a browser-based participant flow with study setup, automated scoring, and export-ready results.
One Touch Stockings Task is used for planning, executive function, problem solving research workflows.
Researchers can export scored results, and paid plans support trial-level exports for deeper analysis.
ConductCognition is for research use. The platform supports task delivery, scoring, and exports; clinical interpretation remains outside the platform.