Because the four people just occupy a sleeper box, the four people stay in the box most of the time along the way to play games, sometimes fighting landlords, mahjong, flying machines and other idle games, sometimes they will grab the screen with both hands and turn left and right as a steering wheel to play simulated racing, simulated flying.

Even when Atletico Madrid and Tang Qi played CS online, Tang Jiayi and Lu Wei sometimes shook the screen to join in, but most of the time they were troublemakers. Because I haven't played a first-person game, I was killed before I could get used to the visuals. Because of the frequent death to send monetary rewards to the enemy, resulting in which side to lose, the two women simply broke the jar and broke it, switched camps and continued to deliver food, and it was also a lively fight.

This is also due to the fact that Atletico Madrid has several sensors built into the color screen tablet, which has made a huge change in the gameplay.

You no longer need to move the mouse to determine the direction of the target, you just need to use the tablet screen as a small window, turn the tablet to change the perspective of the game screen, and then press the fire button or bomb button with your thumb.

After mastering the preliminary skills of squatting in the pit, Tang Jiayi's mother and daughter simply shrank at the foot of the bed, holding the tablet with both hands and shaking back and forth to shift the perspective, looking for the target, once found, immediately press the fire button, but killed Atletico and Tang Qiyin several times. Of course, this is not only because the two of them are careless about Jingzhou, but also because they deliberately release water to maintain family harmony.

This shaking of the screen to operate the game requires the support of several motion-sensing sensors.

The acceleration sensor G-sensor returns the acceleration values of the X, Y, and Z axes, and can sense the direction of the force of the sensor in space, so that it can judge the screen orientation of the mobile phone and realize the functions of automatically switching the screen direction to make it consistent with the user.

The e-compass sensor uses the magnetic sensor M-Sensor (which returns ambient magnetic field data in the X, Y, and Z axes) and the O-Sensor (which returns the angle data of the three axes, and the unit of direction data is angle) and even the G-Sensor, which is used to obtain the precise orientation of the mobile phone in space.

The gyro-sensor returns angular acceleration data in the x, y, and z axes.

Through these sensors, smart devices can "recognize" their posture and movement in space, so as to make some appropriate responses, such as turning off the screen when the screen is facing down, shaking the device to synchronize the screen, and so on.

The light sensor allows the device to automatically adjust the brightness of the backlight system and the LeD display system.

In addition, there are pressure sensors and temperature sensors that return the current air pressure and temperature respectively, and if it weren't for the wind speed sensor, which would have been fitted with a small tube that allowed air flow through, Atletico might have even installed a wind speed sensor.

In addition to the different screens, there are also some differences in the choice of sensors and functional chips.

Because of the screen relationship, the ink level part is completely powerless for video playback, and the support for games and application software is also very average. It's also a game of "Bee Fighting Landlord", there will be character animations on the color screen tablet, card animation, and it will become static on the ink level. "Bee Moving Map" also does not support arbitrary drag-and-drop on the ink tablet, but uses a click-to-adjust method to minimize the number of screen refreshes.

But even so, Atletico still put the position sensor, gPs positioning module, barometric temperature module, etc. on the ink level plate. This is mainly because the ink level plate is more power-efficient, although there is also a color screen version of the "Bee Moving Map" software on the color screen tablet, but it is very power-consuming to light up the screen to view the map for a long time.

In short, the two tablets are two devices that complement each other and are independent, and the specific division of labor and use methods are still being improved.

In fact, the camera and microphone on the mobile phone are also sensors, but because the received signals are mainly used for specific functions such as taking photos and videos, call recording, etc., there are not many software and games that treat them as simple sensors.

The reason why Bee 3 is nicknamed a chameleon is because it is loaded with a function to adjust the color according to the photo target, and when it is turned on, it will shoot at the bag, and the color of the lighting group will become close to the color of the bag.

This feature was originally designed to achieve a "versatile cover" effect, automatically adjusting the backlight system according to the photo taken or other photos. However, because the number of LeD light groups is not enough, the original "variety cover" has become a "psychedelic cover", and it is difficult to see the graphic and texture details of the original photo, only some faint color blocks are still there.

The way the camera is configured on the Bee 3 is still the double-sided plug-in camera module of the Bee B1 mobile phone, which can take selfies towards the front and shoot landscapes and other people with the back.

Of course, only the color screen tablet supports dual camera joint photo and video mode, and the IsP, DsP and gPu of the ink level plate are relatively weak for energy-saving purposes, and the screen does not support dynamic images of dozens of frames per second, so it can only take still photos. However, even the status photos cannot be previewed in real time, and can only be taken first and then seen, and automatically beautified.

With the help of a more powerful multi-IsP joint processing mechanism, the C2 camera used in the Bee 3 has reached 3 million pixels, and there are two models, one is the planar binocular camera c2a, and the other is the extended optical zoom camera c2B. The latter's camera module is very similar to Nokia's N9X series phones.

Launched in 2005, the Nokia N90 is the world's first camera phone with a 2-million-pixel professional Carl Zeiss lens, its camera module is in the shape of a square barrel to support autofocus and flash, and the camera can be rotated 315 degrees parallel to the camera body. On the N93 mobile phone, which was just launched in July this year, the camera was upgraded to a 3.2 million pixel Zeiss lens, 3x optical zoom, and 8x digital zoom. The shape is roughly similar to that of its predecessor N90, but this time the camera is fixed to the body, but the screen and keyboard can be rotated at multiple angles with the help of double hinges, so that the screen can be horizontally when holding the keyboard vertically, just like DV.

Interestingly, the n93 also uses Texas Instruments TI's omaP2420 mobile phone processor. Consistent with Honey Bee 3. Bee 3 uses one omaP2420 on the left and right sides of each screen, and the whole Bee 3 uses 4 omaP2420s.

The twenty omaP2420 processors that Wei Huailiang brought to Atletico Madrid were made into five sets of Bee 3 by him, one set for four people in the box, and a set of special editions left in Jupiter Communications.

The special version does not have a bee operating system, but uses a modified B1 operating system, which can only barely drive 800×600 screens and other internal hardware, and the use experience can even be said to be very poor, but even such a bad performance in the eyes of Jupiter communication is worthy of amazement and attention.

If they were to see the actual use of Bee 3 so far, they would think that Atletico Madrid had stolen the technology and products from somewhere else, which would be too much.

It is precisely because of seeing Atletico's miraculous performance in hardware development and software special algorithm design that Jupiter Communication has also accelerated the speed of cooperation, and prepared a set of the latest mobile phone processors on the market for Atletico to take away, hoping that he can design the firmware code suitable for the dual-camera system for the IsP modules of these processors as soon as possible.

For this cooperation plan, Atletico Madrid is very satisfied, Jupiter communication can use the new firmware written by Atletico Madrid, and continue to launch the latest processor of the camera mobile phone program, and Atletico Madrid can also get the latest and best mobile phone chips on the market in time, at this moment Atletico Madrid's suitcase in the mobile phone processor and various sensors can be said to be the latest and most complete Huaqiang set. For mobile phone users, please visit http://m.piaotian.net