What is being done to make touchscreens reach their full potential?
The new era of touch technology is here to stay, with touch screens as a great exponent ฟิล์มอัจฉริยะ. What you can do with a keyboard and mouse, you can now do it with your fingers in a much more natural and intuitive way.
Touchscreens are featured on many computers and all-in-ones with a number of benefits for users, and with plenty of room for improvement in the future. Today it is about them: how touch screens work, what Windows has done with its new interfaces and the evolutions that are to come in the coming years.
How a touch screen works
Understanding how a touch screen works is very simple: they have a layer Smart Film, called a digitizer, that detects increases in electrical flux on its surface. In other words, any element that has an electrical charge – your fingers, for example, or also certain accessories – will modify the electrical properties of areas of this digitizer, determining the coordinates of the surface where these changes have been made.
How does a touch screen work?
This is the basic operation of capacitive touch screens, most of them on the market today. There are also those of the resistive type that instead of working with electricity, they do so by measuring the pressure you exert on the surface, although they are much less common today and have been displaced to a second place by the capacitive ones, which are more comfortable and accurate.
Your finger is the pointer
Since people have an electrical charge, you can all be ‘detected’ by touch screens. Even most of these panels are capable of managing multiple ‘touches’ simultaneously, thus allowing gestures or other input methods that programmers have been commissioned to design Chiefway Thailand. For example, it is not the same to slide one finger down than to do it with two fingers at the same time, and this is something that applies to many systems (Windows, iOS, Android) and also compatible applications (the system itself, Web browsers, games, etc.).
In addition, many programs have begun to adapt to touch input methods, and many of them are demonstrating extraordinary capabilities. For example, touch screens are a perfect functionality for the artistic section, for the creation of drawings and illustrations in the digital field. Just swapping the graphite pencil and paper for a pointer and a screen will you can achieve similar results.
In the same way, many videogames are also benefiting from tactile possibilities, proposing possibilities that were unthinkable before the arrival of this technology. Gestures that involve movements in your character, and in which it is not the same to slide one finger than to slide two, or make a gesture in line or do it in a cross. There are also soccer games in which the effect of the ball in a shot on goal is performed by sliding your finger on the screen, making any slight difference in movement imply scoring the best goal of your career or throwing it out touching the stick. There are even those who have developed their own touchscreen for Minecraft.