Window Adaptive Media Playing Method and Device, and Media Networking Publishing Method

Abstract

The invention relates to a window self-adaptive media playing method and device and a media network publishing method. Wherein the window adaptive media playing method is applied to a display terminal including a signal connection display control system and a display screen, which includes steps: the display control system obtains media files, obtains the resolution size of the display screen, and adjusts the resolution of the playback window and the display screen The media file data is scaled and rendered and then played in the playback window, and the content of the playback window is mapped to the display screen for display. Therefore, the present invention transfers the zoom conversion of media files from user editing to automatic completion by the display control system, which avoids the problem of poor playback effect caused by human error, improves the playback effect; reduces the need to generate a large number of attachments for the same media (that is, Media files with different resolutions) improves transmission efficiency and saves disk space; in addition, it can simplify the media production process and shorten the media release cycle.

Description

technical field [0001] The invention relates to the field of display technology, in particular to a window adaptive media playing method, a window adaptive media playing device and a media network publishing method. Background technique [0002] see figure 1 , which is a schematic diagram of the architecture of the LED display terminal media network publishing system. figure 1 It shows that media A and media B are remotely released to LED display terminal 1, LED display terminal 2 and LED display terminal 3 with different display specifications and sizes (that is, different display resolutions) through the network for playback. . Since the display screen specifications of each LED display terminal 1, 2, and 3 are different, in order to achieve a better media playback effect, it is necessary to produce media files with different resolutions and sizes according to different display screen specifications. For example, for media A, then It is necessary to produce three media ...

AI Technical Summary

Problems solved by technology

[0003] (1) It takes a lot of time for the user to make the same form of media content into multiple media files corresponding to the display specifications of each LED display terminal;

[0004] (2) Media files cannot be sent to all LED display terminals arbitrarily, because the display specifications of LED display terminals are inconsistent, and media files can only be sent to LED display terminals with corresponding display specifications;

[0005] (3) It is susceptible to human influence, because the media content published to each LED display terminal may be inconsistent or have errors during production, which will affect the playback effect; and

[0006] (4) If the media network is published as a server transmission mode, the same media content will be transmitted to the server multiple times, which will affect the transmission efficiency and waste the disk space of the server

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