Pick It: Attention and Focus
Aim of the training
Attention, visual scanning and concentration
Pick It starts with very distinct images. This way, even patients with severe impairments can train according to their abilities for a long time in easy levels, and still have a lot of variety in the image material.
The training person views a set of images. They look very similar, but have hidden differences. Here, the task is also to find the one matching the yellow framed image.
This task requires a high amount of concentration. In addition to attention, visual scanning (for patients with neglect and hemianopsia) is trained.
With increasing difficulty, the number of images increases and the distinctness decreases.
Stars per level
This parameter is used to set how many tasks have to be solved by the training person before the level of difficulty is increased (in case of a good performance). If the tasks were too difficult, the level of difficulty can also decrease.
Limit training duration
Due to time management or for therapeutic reasons, limiting the training duration may be useful.
When you are clicking on “Limit training duration”, a slide control appears. By means of this slide control, the therapy duration can be set between 10 and 60 minutes.
Above, an image of the level of difficulty Medium is shown. The images have the same topic (e.g. animals), but they are easy to distinguish.
The aphasia mode image-word is enabled. In this example, the image matching the word “panda” has to be found.
Course of the training
The level of difficulty of the training automatically in- or decreases, depending on the percentage of the correctly selected images. 4 degrees of difficulty are available (Easy, Medium, Hard and Crazy), each degree has 8 levels of difficulty.
This image shows the difficulty degree Crazy as an example. At this difficulty degree, the differences are very small and only visible in the details.
To allow every HeadApp user (also people with visual impairments) to use HeadApp, a zoom function is implemented.
Patients with neglect are supported by an additional opto-kinetic stimulation during training.