Video processing method and device, electronic equipment and readable storage medium
A video processing and video technology, applied in the field of data processing, can solve the problem that dragging the progress bar cannot accurately or quickly locate the content that the user is interested in, so as to improve the smoothness and coherence of playback and shorten the time consumption.
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Embodiment approach A
[0104] Embodiment A: Analyze the serial numbers of the plurality of video segments, and obtain the splicing order among the plurality of video segments that is arranged in sequence according to their respective encodings.
[0105] Wherein, the number of the video can be understood as the ID number of the video segment, such as 012 and so on. In this embodiment, the numbers of the multiple video clips can be converted into serial numbers, so that the sequence of the serial numbers of the multiple video clips is the splicing sequence of the multiple video clips. For example, if the number of video clip A is 0125, the number of video clip B is 0126, and the number of video clip C is 0122, then after conversion, the serial numbers of video clips A, B, and C are: 02, 03, 01 respectively.
[0106] When adopting such an implementation mode, when the respective contents of some multiple video clips are content with continuous plots of each other, for example, if the multiple video cli...
Embodiment approach B
[0108] Embodiment B: Analyze the respective playback duration parameters of the plurality of video clips, and obtain the splicing order of the plurality of video clips according to their respective playback durations from long to short or from short to long.
[0109] When this embodiment is adopted, when the respective contents of the plurality of video clips are mutually independent contents, the splicing order can be determined according to the sequence of the playback duration. For example, when multiple video clips are all interviews with a star's album, the video clips with the longest playing time can be arranged in front by default, so that the video clips with longer interview time (that is, more in-depth interviews) can be played by default.
[0110] Embodiment C: Analyze the title texts of the multiple video clips to obtain the splicing sequence of the multiple video clips.
[0111] In this embodiment, the respective title texts of the plurality of video clips may re...
Embodiment approach D
[0117] Implementation mode D: in this implementation mode D, the splicing sequence is mainly determined for multiple video clips in an interactive video scene. refer to Figure 4 As shown in FIG. 1 , it shows a roadmap of steps for determining the splicing sequence between multiple video clips in this embodiment, which may specifically include the following steps:
[0118] Step S401: Obtain the respective default tags of the plurality of video clips. The default tag of a video clip indicates whether there is a jump relationship between the video clip and other video clips.
[0119] In this embodiment, in an interactive video scene, multiple video clips refer to multiple video clips recorded for an interactive scenario, and each video clip is a complete video content. Multiple video clips get different plot developments through different combinations. In practice, when watching one of the video clips, the user can obtain and play the corresponding video clip by operating the ...
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