![]() ![]() The possibility of making continuous presses on a key.The possibility of making keyboard shortcuts.The presence of a predictive input system (some on-screen keyboards are able to support and do predictive input in several languages).This type of faulty behavior exists on a lot of softwares, so be careful to test this functionality when you try this type of assistive device ! How to choose successfully an on-screen keyboard ? You must also be vigilant because to play correctly with an on-screen keyboard, it is often necessary to be able to perform continuous actions on the keys : if I press the A key without releasing it on the on-screen keyboard, the key must be sent to the computer continuously.Įven if this behavior seems natural to you (and it is normal because it is the normal and logical behavior of a physical keyboard), this is not how all on-screen keyboards work : often when you press on a key continuously, only a brief action is sent to the computer ! There are many issues with managing windows and key combinations. However, this is not the strong point of this type of accessibility software. They will allow you to emulate the keyboard keys needed in a game. Onscreen keyboard software is quite useful for playing video games. ![]() In this case, remember to turn off predictive input to allow the student to practice his spelling and grammar skills (otherwise it will be cheating ! lol).Īt the same time, for activities in which we will have to draw geometry, make 3D models or do programming, it is useful to use the on-screen keyboard for brief and occasional uses to write a few characters. In addition to writing text via predictive typing which is very useful for writing homework, presentations, essays, etc…, the visual keyboard can be used for primary school work such as writing and dictation. Visual keyboards can play an important role in school integration. You can easily experiment with the simple keyboard combination Ctrl + C and Ctrl + V to copy and paste. So be careful to check this point before buying any software ! In addition, to have a good productivity on computer, the use of keyboard shortcuts is crucial !Īs bizarre as it may sound, not all virtual keyboards have the ability to make keyboard shortcuts, so you have to be very careful because some on-screen keyboard are quite poorly programmed and do not allow you to do them. To achieve good productivity with this type of software, it is essential to verify your future virtual keyboard has this functionality because it is essential to write mass text ! It is a writing style that works a little bit like the one used on smartphones : you start writing letters and the software will automatically suggest words or conjugations to you. One of the most important points to highlight is that most of the “good” on-screen keyboards use predictive typing (word suggestions based on the first letters entered). ![]() In terms of productivity, the virtual keyboard is one of the slowest tool on the market, although with practice it is possible to write with it relatively quickly. ![]() It must guide your choice according to your physical possibilities and the degree of compensation you want to obtain. This type of reasoning is fundamentally wrong in the field of disability !Įach software and each hardware equipment has its own specific functions. To be clear, an expensive virtual keyboard does not mean that it has all the features to compensate your disability. We are going to see in this post why the virtual keyboard is a great ally to compensate motor impairments and improve your autonomy.īefore getting started, it’s important to point out that there are many virtual keyboards, but they’re not equal. The virtual keyboard or visual keyboard or on-screen keyboard is a type of accessibility software used very frequently to allow people with physical disabilities to use the keyboard, keyboard shortcuts and write text. ![]()
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