HTC Vive players should be more familiar with Google's Tilt Brush, a killer app for the Vive platform that allows you to create incredible images in VR. Tvori is an impressive VR creative software similar to Google's Tilt Brush. With this software, users can create their own scenes and graffiti in the VR environment, and they can be animated. The software is easy to use.
Although using VR to make animation is not a new idea, Tvori is still at the forefront of technology. Developers are trying to make animation more convenient. Creative workers can use this software to create unlimited possibilities. As you can see from the video, Tvori's interface is clear at a glance: Open the software, touch the desktop with your hand, and use the small arrow next to the handle to let the user understand the meaning of the icon. You can extract props and backgrounds from the drawer to create an animation and the film. The software can also achieve teleports like "The Lab" and sketching in "Tilt Brush", and even teleport to a drawer to see the props before taking it to the desktop. Each action can be recorded and played back. The method is simple: one hand holds a virtual camera for recording, and the other hand moves with the object.
OSD, short for On Screen Display, is used On CRT/LCD displays to produce special glyphs or graphics On the Screen of the Display to give the user information.
In CRT/ LCD display, the working principle is to generate a complete picture control by horizontal and vertical synchronization signals. The external environment can generate image signals at appropriate points in time to generate images on the screen.
TTL (transistor-transistor Logic) is a transistor-transistor Logic in which the TTL level signal is generated by a TTL device. TTL device is a kind of digital integrated circuit. It is made by bipolar process and has the characteristics of high speed, low power consumption and many varieties.
TTL interface is an interface for data transmission in parallel mode. When using this interface, it is not necessary to use special interface circuits at the driver board end and the LCD panel end, but the TTL data signal output by the driver board main control chip is directly transmitted to the LCD panel input interface through the cable. Due to the high voltage of TTL interface signal, many connections and long transmission cables, the anti-interference ability of the circuit is relatively poor, and electromagnetic interference (EMI) is easy to occur. In practical applications, TTL interface circuits are often used to drive small size (below 15in) or low resolution LCD panels. The TTL maximum pixel clock is only 28MHz.
TTL is the only signal that can be recognized by TFT-LCD when the signal is emitted. The early digital processing chips were all TTL, that is, RGB is directly output to TFT-LCD.
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