The three Excel documents: Exp1aData, Exp1bData and Exp2Data contain the raw data from the two experiments reported in the following paper:

‘The effects of attention and adaptation duration on the motion aftereffect’, by Bartlett, Graf & Adams
Published in 2018 in JEP:HPP

The paper shows that attention affects the motion aftereffect. This attentional effect was stronger for simple translating motion than complex motion (e.g. expansion, rotation), however was not influenced by adaptation duration. 
Full details of the experimental stimuli and tasks are given in the manuscript.

The data for the simple motion glass pattern task (Experiment 1a) are contained in the folder Exp1aData.
Each row represents one data point, with the columns detailing the subject number, attention condition (1 = attention focused, 2 = attention diverted), adaptation direction (1 = leftward, 2 = rightward), test direction (1 = upwards, 2 = downwards) and adaptation cycle (20 per trial).

The data for the complex motion glass pattern task (Experiment 1b) are contained in the folder Exp1bData.
Each row represents one data point, with the columns detailing the subject number, attention condition (1 = attention focused, 2 = attention diverted), adaptation direction (1 = anti-clockwise, 2 = clockwise), test direction (1 = expanding, 2 = contracting) and adaptation cycle (20 per trial).

The data for the simple motion relative speed task (Experiment 2) are contained in the folder Exp2Data.
Each row represents one data point, with the columns detailing the subject number, attention condition (1 = attention-focused, 2 = attention-diverted), adaptation direction (1 = upper patch moving leftward, lower moving rightward, 2 = vice versa), test direction (1 = both patches moving rightward, 2 = both patches moving leftward), adaptation cycle (24 per trial) and the actual test speed for the ‘critical’ motion patch where adaptation and test direction matched (note that a speed of 2.96 degrees / second would indicate that both speeds are the same, numbers higher than this value indicate the critical patch was moving faster, lower than this value that the critical patch was moving more slowly).