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Use the mouse to control what part of an image you can see. This demo shows you how easy it is to build rich dynamic studies using only the Builder view.

In this task participants are required to judge whether there are more dots on the left or right side. This experiment is based on Damos and Gibb (1986) experiment.

The numerical Stroop (Henik and Tzelgov, 1982).

In this task participants are required to judge whether there are more dots on the left or right side. This experiment is based on Damos and Gibb (1986) experiment.

Use the mouse to control what part of an image you can see. This demo shows you how easy it is to build rich dynamic studies using only the Builder view.

GFMT (Burton et al 2010) is a face perception task to test the ability to tell two faces are the same person

The numerical Stroop (Henik and Tzelgov, 1982).

In this task participants are required to judge whether there are more dots on the left or right side. This experiment is based on Damos and Gibb (1986) experiment.

A short demonstration (30 trials) of the switching_task which is similar to the Stroop test but with left and right arrows with colors that are sometimes mismatched.

The Attention Network Task (Fan et al., 2002).

The numerical Stroop (Henik and Tzelgov, 1982).

The Balloon Analogue Risk Task

The Balloon Analogue Risk Task

A version of the Corsi blocks task with a 4 x 4 grid of blocks to click on

Use the mouse to control what part of an image you can see. This demo shows you how easy it is to build rich dynamic studies using only the Builder view.

The Attention Network Task (Fan et al., 2002).

The classic Stroop task.

The classic Stroop task.

Use the mouse to control what part of an image you can see. This demo shows you how easy it is to build rich dynamic studies using only the Builder view.