[ad_1]
3D Touch. Many like it, some even ignore it. And currently, technology is on everyone's lips again. On the occasion of Apple's decision to completely eliminate 3D Touch on the new iPhone Xr, Patrick from the editorial team explains why he likes 3D Touch.
As you know, 3D touch technology was born in September 2015 with the launch of the iPhone 6S series.
At the time of the conference, I already had slightly shiny eyes because of this technique. At that time, I felt that we were dealing with a technology capable of revolutionizing the operation of touch screens, time being the first capacitive display of the first iPhone.
Well, what should I say now? My presentiment was impressive.
This feature has become so basic and obvious to me that an iPhone without this technology is no longer imaginable. Rather the opposite – I'm always wrong, Apple does not use this feature in its iPad Pro models. just here, an even better Worflow would be possible in combination with the Apple pencil.
Because the biggest difference in productivity compared to MacOS and full programs is the largest archetype of iPad Pro models.
Unfortunately, I'm afraid that Apple will bury this technology again in the near future. A first clue could be the iPhone XR conference "Gather ROUND".
Because with this iPhone, Apple gives up the implementation of 3D Touch and instead uses what is called the Haptic Feedback. This is generated by the built-in vibration motor – as we know from the Apple Watch.
As you have already heard, 3D Touch is really great for me and helps me immensely in the daily workflow with my iPhone X. I see many times that many of you do not know not even what 3D Touch is exactly what you make of it. can do and even less you know that this technology is included in all models of iPhone 6S or higher (the iPhone SE and the new iPhone XR are excluded)
For this reason, I would like to introduce today the underlying technology and badociated applications.
I've thought about it for a long time, because it can explain why everyone can understand it. Let's start with the technical structure of this feature. To this end, a thin layer of capacitive sensors has been inserted between the glbad cover and the actual backlight. The measured values generated by the sensors are compared with the touch sensor and the acceleration sensor. The resulting data is transmitted to the built-in Taptic Engine engine that "makes the screen vibrate" in return, giving you the impression of "pushing" the screen.
The Taptic motor is so powerful and incredibly precise that it can create a haptic feel with a single vibration.
At this point, I must pay tribute to Apple engineers.
Hat, Apple. It's a true masterpiece of engineering.
[ad_2]
Source link
