Databank

This databank contains a number of raw data that were exploited in our recent papers, especially using time series analyses.

  1. Self-esteem.

These files contain series of 1024 successive self-assessments, collected twice a day. Data collection was done with the Physical –Self Inventory-6 (Ninot, Fortes & Delignières, 2001). Four participants were involved in this study. EGS: Global Self-Esteem; VPP: Physical Self-Worth, CS: Sport Competence, CP: Perceived Fitness, APP: Attractive Body, F: Perceived Strength).

PSI1024-EGS
PSI1024-VPP
PSI1024-CS
PSI1024-CP
PSI1024-APP
PSI1024-F

This data set was exploited in the following papers:

Delignières, D., Fortes, M., & Ninot, G. (2004). The fractal dynamics of self-esteem and physical self. Nonlinear Dynamics in Psychology and Life Science, 8, 479-510. [pdf]

Delignières, D. (2007). La dynamique fractale de l’estime de soi: une validation statistique. Science et Motricité, 60, 69-73. [pdf]

Delignières, D., Ramdani, S., Lemoine, L., Torre, K., Fortes, M. & Ninot, G. (2006). Fractal analysis for short time series : A reassessement of classical methods. Journal of Mathematical Psychology, 50, 525-544[pdf]

  1. Oscillation -Tapping

This file contains series of periods (ms, 512 data points) collected from two independent groups in a continuation tapping task and a continuation oscillation task (initial frequency: 1.25 Hz).

oscillation-tapping

Delignières, D., Lemoine, L. & Torre, K. (2004) Time intervals production in tapping and oscillatory motion. Human Movement Science, 23, 87-103. [pdf]

  1. Unimanual tapping – Continuation and synchronization

These files colleted contain series of periods and asynchronies (ms, 1024 data points), collected in continuation and in synchronization conditions in a tapping task, following two frequencies (1.8 Hz and 1.25 Hz).

Period-Continuation-1.8Hz
Period-Continuation-1.25Hz
Period-Synchronization-1.8Hz
Period-Synchronization-1.25Hz
Asynchrony-Synchronization-1.8Hz
Asynchrony-Synchronization-1.25Hz

Reference :

Lemoine, L., Torre, K, & Delignières, D. (2006). Testing for the presence of 1/f noise in continuation tapping data. Canadian Journal of Experimental Psychology, 60, 247-257. [pdf]

  1. Unimanual and bimanual timing

This data set contains series from 12 participants. Data were collected in tapping and forearm oscillation tasks, in continuation and in synchronization, in unimanual and in bimanual conditions. Bimanual tasks were performed at F1 = 2 Hz, and at F2 = 1.5 Hz. Unimanual tasks were only performed at 2 Hz. Three kinds of variables were derived: Periods (ms) in all conditions, Asynchronies (ms) in synchronization conditions, and Relative Phase (degrees) in bimanual conditions. In bimanual conditions variables were computed separately for the right and the left hand. All files contain series of 512 data points.

Asyn-oscillation-F1-Bimanual
Asyn-oscillation-F1-Unimanual
Asyn-oscillation-F2-Bimanual
Asyn-tapping-F1-Bimanual
Asyn-tapping-F1-Unimanual
Asyn-tapping-F2-Bimanual
Period-oscillation-continuation-F1-Bimanual
Period-oscillation-continuation-F1-Unimanual
Period-oscillation-continuation-F2-Bimanual
Period-oscillation-synchronization-F1-Bimanual
Period-oscillation-continuation-F1-Unimanual
Period-oscillation-continuation-F2-Bimanual
Period-oscillation-continuation-F1-Bimanual
Period-tapping-continuation-F1-Unimanual
Period-tapping-continuation-F2-Bimanual
Period-tapping-synchronization-F1-Bimanual
Period-tapping-synchronization-F1-Unimanual
Period-tapping-synchronization-F2-Bimanual
Relative phase-oscillation-continuation-F1-Bimanual
Relative phase-oscillation-continuation-F2-Bimanual
Relative phase-oscillation-synchronization-F1-Bimanual
Relative phase-oscillation-synchronization-F2-Bimanual
Relative phase-tapping-continuation-F1-Bimanual
Relative phase-tapping-continuation-F2-Bimanual
Relative phase-tapping-synchronization-F1-Bimanual
Relative phase-tapping-synchronization-F2-Bimanual

This data set was (partially) exploited in the following papers:

Delignières, D., Torre, K., & Lemoine, L. (2008). Fractal models for event-based and dynamical timers. Acta Psychologica, 127, 382-397. [pdf]

Torre, K., & Delignières, D. (2008). Unraveling the finding of 1/fβ noise in self-paced and synchronized tapping: A unifying mechanistic model. Biological Cybernetics, 99, 159-170. [pdf]