CN112312188B

CN112312188B - Multimedia data processing method and device and computer readable storage medium

Info

Publication number: CN112312188B
Application number: CN201910703472.6A
Authority: CN
Inventors: 邵和明
Original assignee: Tencent Technology Shenzhen Co Ltd
Current assignee: Tencent Technology Shenzhen Co Ltd
Priority date: 2019-07-31
Filing date: 2019-07-31
Publication date: 2022-07-29
Anticipated expiration: 2039-07-31
Also published as: CN112312188A

Abstract

The application discloses a multimedia data processing method, a device and a computer readable storage medium, wherein the method comprises the following steps: responding to marking operation aiming at the multimedia data in the recommended stream playlist, and adding the multimedia data corresponding to the marking operation into the marked playlist; recommending a streaming playlist as a list displayed in an application interface; the application interface also comprises a marking prompt piece; and counting the playing parameters of the multimedia data in the marked play list, determining prompt contents associated with the marked play list according to the playing parameters, and displaying the prompt contents in the marked prompt piece. By the method and the device, display data for the multimedia data in the application interface are enriched, and viewing efficiency of the prompt content corresponding to the multimedia data is improved.

Description

Multimedia data processing method and device and computer readable storage medium

Technical Field

The present application relates to the field of data processing technologies, and in particular, to a multimedia data processing method and apparatus, and a computer-readable storage medium.

Background

With the continuous emergence of various applications, the functions that the applications can provide to users are also richer. Among them, there are not a large number of video applications for watching videos, and as time goes on, the number of videos included in the video applications becomes larger, and thus, the user's requirements for the use of the video applications become higher and higher.

In the prior art, when a user browses videos in a video recommendation list, the videos in the video recommendation list can be marked, and the marked videos are added to a later play list. When a user wants to view the related information of the video after the marking has been performed, the later playlist can be found, and then the related statistical information of the video existing in the later playlist can be viewed. However, since the later playlist is generally harder to find, it is inefficient for the user to view statistics about the videos that are already in the later playlist.

Disclosure of Invention

The application provides a multimedia data processing method, a multimedia data processing device and a computer readable storage medium, which can enrich display data aiming at multimedia data in an application interface and improve the viewing efficiency aiming at related statistical information of the multimedia data.

One aspect of the present application provides a multimedia data processing method, including:

responding to marking operation aiming at the multimedia data in the recommended stream playlist, and adding the multimedia data corresponding to the marking operation into the marked playlist; the recommended stream playlist is a list displayed in an application interface; the application interface also comprises a marking prompt piece;

And counting the playing parameters of the multimedia data in the marked play list, determining prompt contents associated with the marked play list according to the playing parameters, and displaying the prompt contents in the marked prompt piece.

The recommended stream playlist comprises a plurality of information fields, and each information field comprises multimedia data and a visual marker; the marker is used for responding to the marking operation aiming at the multimedia data in the information bar.

Wherein the responding to a marking operation for multimedia data in the recommended stream playlist, and adding the multimedia data corresponding to the marking operation to the marked playlist includes:

responding to the marking operation aiming at the marking piece, adding the multimedia data corresponding to the marking operation to a marking play list, and updating the text information in the marking piece responding to the marking operation; the text information is a flag addition state for characterizing the multimedia data.

Wherein, still include:

when the number of the multimedia data in the mark play list changes, updating the play parameters of the multimedia data in the mark play list to obtain updated play parameters;

Updating the prompt content based on the updated playing parameters to obtain the updated prompt content;

and updating and displaying the updated prompt content in the mark prompt piece.

Wherein, the counting playing parameters of the multimedia data in the marked play list, determining the prompt content associated with the marked play list according to the playing parameters, and displaying the prompt content in the marked prompt part includes:

counting the total amount of multimedia data in the marked play list, and determining the total amount as the play parameter;

and determining the prompt content according to the playing parameters, and displaying the prompt content in the marked prompt piece.

Wherein the adding the multimedia data corresponding to the marking operation to the marking playlist includes:

determining the multimedia data corresponding to the marking operation as multimedia data to be played;

according to the response time of the marking operation, the multimedia data to be played are sequentially added to the marking play list; and the playing sequence of the multimedia data to be played in the marked playing list is the adding sequence of the multimedia data to be played added to the marked playing list.

Wherein, still include:

when the target multimedia data in the playing window is played, calling the marked playing list, and sequentially playing the multimedia data to be played in the marked playing list in the playing window according to the playing sequence of the multimedia data to be played in the marked playing list; the target multimedia data belongs to the recommended stream playlist, and the target multimedia data does not belong to the marked playlist.

Wherein, still include:

when the target multimedia data in the playing window is played completely, pausing the playing, and accumulating the pause playing time; the target multimedia data belongs to the recommended stream playlist, and the target multimedia data does not belong to the marked playlist;

and when the playing pause duration is equal to the playing pause duration threshold, calling the marked playing list, and playing the multimedia data in the marked playing list in the playing window.

Wherein, still include:

when the target multimedia data in the playing window is played, calling the marked playing list, playing the multimedia data in the marked playing list in the playing window, and accumulating the playing time length corresponding to the marked playing list; the target multimedia data belongs to the recommended stream playlist, and the target multimedia data does not belong to the marked playlist;

And when the playing time length corresponding to the marked playing list is equal to a playing time length threshold value, triggering the playing window to pause playing the multimedia data in the marked playing list.

Wherein, still include:

responding to the switching operation of a playing window in the application interface, and switching and displaying the playing window into a floating playing window; the suspension playing window is a sub-interface which is independently displayed on the application interface;

and responding to the moving operation aiming at the floating playing window, and adjusting the display position of the floating playing window.

Wherein, still include:

responding to the expansion triggering operation of the mark prompting piece in the area where the playing window is located, and switching and displaying the recommended stream playlist in the application interface into the mark playlist;

then, the method further comprises the following steps:

and responding to the contraction triggering operation aiming at the marking prompt piece in the area where the playing window is positioned, and switching and displaying the marking playing list in the application interface into the recommended stream playing list.

Wherein, still include:

determining the multimedia data in the mark play list as multimedia data to be played;

respectively acquiring the playing time length of each multimedia data to be played;

Determining the total playing time length corresponding to the marked playing list according to the playing time length of each multimedia data to be played;

and displaying the total playing time length in an application interface comprising the marked playing list.

Wherein, still include:

responding to sequence adjustment operation aiming at a mark play list in the application interface, and adjusting the play sequence of the multimedia data in the mark play list; alternatively, the first and second electrodes may be,

responding to a removal operation aiming at a marked play list in the application interface, and removing multimedia data corresponding to the removal operation from the marked play list; alternatively, the first and second electrodes may be,

and responding to the emptying operation aiming at the marked play list in the application interface, and emptying the multimedia data in the marked play list.

Wherein the responding to the expansion triggering operation of the mark prompting piece in the area where the playing window is located, and switching and displaying the recommended stream playlist in the application interface as the mark playlist comprises:

If the target multimedia data is played in the playing window, a playing status bar is established in an application interface comprising the marked playing list, and the data title information of the target multimedia data is displayed in the playing status bar; the target multimedia data belongs to the recommended stream playlist, and the target multimedia data does not belong to the marked playlist.

The mark play list comprises information columns corresponding to each multimedia data respectively; further comprising:

when the target multimedia data in the playing window is played, calling the marked playing list, and playing the multimedia data in the marked playing list in the playing window;

and adding playing state information in an information bar corresponding to the multimedia data played in the playing window, and deleting the playing state bar.

responding to a play trigger operation aiming at the multimedia data in the marked play list, and switching the target multimedia data played in the play window into the multimedia data corresponding to the play trigger operation;

One aspect of the present application provides a multimedia data processing apparatus, including:

the adding module is used for responding to marking operation aiming at the multimedia data in the recommended stream playlist and adding the multimedia data corresponding to the marking operation into the marked playlist; the recommended stream playlist is a list displayed in an application interface; the application interface also comprises a marking prompt piece;

and the counting module is used for counting the playing parameters of the multimedia data in the marked play list, determining the prompt content associated with the marked play list according to the playing parameters and displaying the prompt content in the marked prompt piece.

The adding module is further configured to respond to a marking operation for the marking piece, add multimedia data corresponding to the marking operation to a marking playlist, and update text information in the marking piece that has responded to the marking operation; the text information is a flag addition state for characterizing the multimedia data.

Wherein, the multimedia data processing device further comprises:

the first updating module is used for updating the playing parameters of the multimedia data in the marked playing list when the number of the multimedia data in the marked playing list changes, so as to obtain the updated playing parameters;

the second updating module is used for updating the prompt content based on the updated playing parameter to obtain the updated prompt content;

and the updating display module is used for updating and displaying the updated prompt content in the mark prompt piece.

Wherein, the statistic module comprises:

a counting unit, configured to count a total amount of multimedia data in the marked playlist, and determine the total amount as the playing parameter;

and the generating unit is used for determining the prompt content according to the playing parameters and displaying the prompt content in the marked prompt piece.

Wherein, the adding module comprises:

the determining unit is used for determining the multimedia data corresponding to the marking operation as multimedia data to be played;

the adding unit is used for sequentially adding the multimedia data to be played to the mark play list according to the response time of the marking operation; and the playing sequence of the multimedia data to be played in the marked playing list is the adding sequence of the multimedia data to be played added to the marked playing list.

Wherein, the multimedia data processing device further comprises:

the automatic playing module is used for calling the marked playing list when the target multimedia data in the playing window are played, and sequentially playing the multimedia data to be played in the marked playing list in the playing window according to the playing sequence of the multimedia data to be played in the marked playing list; the target multimedia data belongs to the recommended stream playlist, and the target multimedia data does not belong to the marked playlist.

Wherein, the multimedia data processing device further comprises:

the first accumulation module is used for pausing the playing when the target multimedia data in the playing window is played completely and accumulating the playing pause time; the target multimedia data belongs to the recommended stream playlist, and the target multimedia data does not belong to the marked playlist;

and the first playing module is used for calling the marked playing list and playing the multimedia data in the marked playing list in the playing window when the playing pause duration is equal to a playing pause duration threshold value.

Wherein, the multimedia data processing device further comprises:

The second accumulation module is used for calling the marked play list when the target multimedia data in the play window is played, playing the multimedia data in the marked play list in the play window and accumulating the play time length corresponding to the marked play list; the target multimedia data belongs to the recommended stream playlist, and the target multimedia data does not belong to the marked playlist;

and the second playing module is used for triggering the playing window to pause playing the multimedia data in the marked playing list when the playing time length corresponding to the marked playing list is equal to the playing time length threshold value.

Wherein, the multimedia data processing device further comprises:

the switching module is used for responding to switching operation aiming at a playing window in the application interface and switching and displaying the playing window into a suspended playing window; the suspension playing window is a sub-interface which is independently displayed on the application interface;

and the adjusting module is used for responding to the moving operation aiming at the floating playing window and adjusting the display position of the floating playing window.

Wherein, the multimedia data processing device further comprises:

The expansion module is used for responding to expansion triggering operation of a mark prompt piece in the area where the playing window is located and switching and displaying a recommended stream playing list in the application interface into the mark playing list;

then, the multimedia data processing apparatus further includes:

and the contraction module is used for responding to contraction triggering operation of the mark prompt piece in the area where the playing window is located, and switching and displaying the mark playing list in the application interface into the recommended stream playing list.

Wherein, the multimedia data processing device further comprises:

the first determining module is used for determining the multimedia data in the mark play list as the multimedia data to be played;

the acquisition module is used for respectively acquiring the playing time length of each multimedia data to be played;

a second determining module, configured to determine, according to the playing time length of each to-be-played multimedia data, a total playing time length corresponding to the marked playlist;

and the duration display module is used for displaying the total playing duration in an application interface comprising the marked playlist.

Wherein, the multimedia data processing device further comprises:

The first editing module is used for responding to the sequence adjustment operation aiming at the mark play list in the application interface and adjusting the play sequence of the multimedia data in the mark play list; alternatively, the first and second electrodes may be,

the second editing module is used for responding to the removal operation of the mark play list in the application interface and removing the multimedia data corresponding to the removal operation from the mark play list; alternatively, the first and second electrodes may be,

and the third editing module is used for responding to the emptying operation aiming at the marked play list in the application interface and emptying the multimedia data in the marked play list.

Wherein the deployment module comprises:

the expansion unit is used for responding to expansion triggering operation of a mark prompt piece in the area where the playing window is located and switching and displaying a recommended stream playing list in the application interface into the mark playing list;

a creating unit, configured to create a play status bar in an application interface including the marked play list if the target multimedia data is played in the play window, and display data title information of the target multimedia data in the play status bar; the target multimedia data belongs to the recommended stream playlist, and the target multimedia data does not belong to the marked playlist.

The mark play list comprises information columns corresponding to each multimedia data respectively; the multimedia data processing apparatus further includes:

the first calling module is used for calling the marked play list when the target multimedia data in the play window is played, and playing the multimedia data in the marked play list in the play window;

and the first deleting module is used for adding playing state information in an information bar corresponding to the multimedia data played in the playing window and deleting the playing state bar.

a switching playing module, configured to respond to a play trigger operation for multimedia data in the marked play list, and switch the target multimedia data played in the play window to multimedia data corresponding to the play trigger operation;

and the second deleting module is used for adding playing state information in an information bar corresponding to the multimedia data played in the playing window and deleting the playing state bar.

One aspect of the present application provides a multimedia data processing apparatus, including: a processor and a memory;

the processor is connected to a memory, wherein the memory is used for storing a computer program, and the processor is used for calling the computer program to execute the method according to one aspect of the application.

An aspect of the application provides a computer-readable storage medium having stored thereon a computer program comprising program instructions which, when executed by a processor, cause the processor to perform the method of the above-mentioned aspect.

The method includes the steps that firstly, a marking operation aiming at multimedia data in a recommended stream play list is responded, and the multimedia data corresponding to the marking operation are added into the marked play list; the recommended stream playlist is a list displayed in an application interface; the application interface also comprises a marking prompt piece; and counting the playing parameters of the multimedia data in the marked play list, determining prompt contents associated with the marked play list according to the playing parameters, and displaying the prompt contents in the marked prompt piece. Therefore, the method provided by the application supports the user to check the prompt content associated with the marked play list in real time through the marked prompt piece, and the prompt content displays the number of the multimedia data in the marked play list, so that the display data in the application interface is enriched, and the checking efficiency of the prompt content associated with the marked play list is improved.

Drawings

In order to more clearly illustrate the technical solutions in the present application or the prior art, the drawings needed for the description of the embodiments or the prior art will be briefly described below, and it is obvious that the drawings in the following description are only some embodiments of the present application, and it is obvious for those skilled in the art to obtain other drawings based on these drawings without creative efforts.

FIG. 1 is a schematic block diagram of a system provided herein;

FIG. 2 is a schematic interface diagram of a terminal provided herein;

FIG. 3 is a flow chart illustrating a multimedia data processing method provided herein;

FIG. 4 is a flow chart illustrating a multimedia data processing method provided herein;

FIG. 5 is a schematic interface diagram of another terminal provided herein;

FIG. 6 is a schematic interface diagram of another terminal provided herein;

FIG. 7 is a schematic interface diagram of another terminal provided herein;

FIG. 8 is a schematic interface diagram of another terminal provided herein;

fig. 9a is a schematic flowchart of a terminal display method provided in the present application;

FIG. 9b is a schematic flow chart illustrating another terminal display method provided by the present application;

Fig. 9c is a schematic flowchart of another terminal display method provided in the present application;

FIG. 9d is a schematic flow chart illustrating another terminal display method provided by the present application;

fig. 9e is a schematic flowchart of another terminal display method provided in the present application;

FIG. 10 is a schematic diagram of a multimedia data processing apparatus provided in the present application;

fig. 11 is a schematic structural diagram of another multimedia data processing apparatus provided in the present application.

Detailed Description

The technical solutions in the present application will be described clearly and completely with reference to the accompanying drawings in the present application, and it is obvious that the described embodiments are only a part of the embodiments of the present application, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present application.

Please refer to fig. 1, which is a schematic diagram of a system according to the present application. As shown in fig. 1, the system configuration diagram includes a server 100, a terminal 200a, a terminal 200b and a terminal 200c, and the server 100 can communicate with the terminal 200a, the terminal 200b and the terminal 200 c. Here, the present application will be described by taking communication between the server 100 and the terminal 200a as an example. The terminal 200a may respond to a user operation entered by a user in a terminal interface, when corresponding target data needs to be acquired according to the user operation of the user, the terminal 200a may correspondingly generate different data request instructions according to different user operations of the user, and send the generated data request instructions to the server 100, the server 100 may acquire target data requested by the data request instructions in a memory, and send the acquired target data to the terminal 200a, and the terminal 200a may display the acquired target data sent by the server 100 in an application interface. Please refer to fig. 2, which is a schematic interface diagram of a terminal provided in the present application.

As shown in FIG. 2, interface A1, interface A2, interface A3, and interface A4 are 4 interfaces in terminal 200 a.

The interface A1 comprises a video recommendation list, wherein the video recommendation list comprises a plurality of recommended videos such as video 1, video 2, video 3, video 4, … and video n. An information column of each recommended video corresponds to the video recommendation list in the interface a1, and each information column correspondingly comprises a cover page, a name and a "view later" button of the recommended video. The "watch later" button is used to mark the recommended video, and therefore, the "watch later" button may also be referred to as a mark button, and the terminal 200a may add the recommended video after marking to a play later list. Supporting the user's clicking of the "watch later" button in the information field of video 2, the terminal 200a may update the text information in the "watch later" button in the information field of video 2 in the interface a1 from "watch later" to "joined list" indicating that video 2 has been added to the later playlist, in response to the user's clicking operation with respect to the "watch later" button in the information field of video 2. At this time, the terminal 200a can jump from the interface a1 to the interface a2 in response to the play operation for the video 1 in the interface a 1. The playing operation may be a click operation, a long-press operation, a double-click operation, a sliding operation, or the like on a blank, a cover, or a title in an information field of the video 1, and a specific operation mode of the user operation is determined according to an actual application scenario, which is not limited herein.

The interface a2 includes a play window a1, and the video content played in the play window a1 is the video content of the video 1 clicked by the user in the interface a 1. The video recommendation list A3 in the interface a2 may be understood as a video recommendation list in the interface a1, that is, the video recommendation list A3 in the interface a2 and the recommended video contained in the video recommendation list in the interface a1 may be consistent. Since the user has added video 2 to the later playlist before this through the video recommendation list in interface a1, the text in the "watch later" button in the information field for video 2 in list a3 becomes a "joined list" indicating that video 2 has been added to the later playlist, and the "watch later" button at this time may be referred to as a "joined list" button. Alternatively, terminal 200a may delete video 2 corresponding to the "joined list" button from the later play list in response to a user operation on the "joined list" button. The supporting user also adds video 3 to the later playlist in interface a2, and at the same time, the text information in the "watch later" button in the information bar for video 3 also becomes the "joined list". The way video 3 is added to the later playlist is the same as the way video 2 is added to the later playlist described above. Interface a2 also includes a marking indicator a2, where marking indicator a2 may be a button, marking indicator a2 may also be a floating window, and marking indicator a2 may also be a button-and-floating window combination (i.e., a floating window that includes button functionality). The mark prompt piece a2 includes prompt content associated with a later playlist, and here, the number of the prompt content that is recommended videos in the later playlist is taken as an example for explanation. Since video 2 has been added to the later playlist through the video recommendation list in interface a1 described above, and video 3 has also been added to the later playlist through list a3, two videos, video 2 and video 3, are now included in the later playlist.

Here, the prompt content displayed in the mark prompt a2 in the interface a3 is "2 videos to be played", that is, it indicates that two videos are to be played in the playlist later. Terminal 200a may display interface a2 as interface A3 in response to user operation on flag prompt a 2. When the interface a2 is displayed as the interface A3, the play window a1 remains unchanged, that is, the play window a1 normally plays the video 1 in the process of displaying the interface a2 to the interface A3, and the interface A3 is compared with the interface a2, and only the list A3 in the interface a2 is switched and displayed to play the status bar a5 and the later play list a 6. In the playback status bar, the front cover of video 1 being played back in the playback window a1, the title "video 1", and the playback status of "playing back" are displayed. The information fields of video 3 and video 2 added to the later playlist described above are included in the later playlist a6, and the information fields show the cover, title, and a "remove" button of video 3 and video 2, respectively. The terminal may remove the recommended video corresponding to the "remove" button, which is responsive to the user operation, from the later playlist in response to the user operation on the "remove" button. The user is supported to edit the later playlist a6 in the interface A3, and the edited content includes operations of removing the corresponding recommended video through the above-mentioned "remove" button, clearing the recommended video in the later playlist a6 through the "clear" button in the interface A3, and adjusting the arrangement order of the recommended video in the later playlist (i.e., adjusting the play order of the recommended video in the later playlist). Also displayed in interface a3 is the total play time length "total 15 minutes" of the recommended videos in the later playlist, which means that the total play time length of video 2 and video 3 is 15 minutes. Further, the terminal 200a can display the interface A3 as the interface a4 in response to a user operation on the marking tip in the interface A3.

Here, the interface a4 is the same type of interface as the interface A3, that is, the interface a4 is compared with the interface A3, and only the play state column a5 and the later play list a6 in the interface A3 are switched and displayed as the video recommendation list a7, and the video recommendation list a7 can be understood as the same list as the video recommendation list A3, but the time displayed in the terminal 200a is different. In the process of displaying the interface A3 as the interface a4, the playing window a1 is not affected, that is, the video content of the video 1 is normally played by the playing window a1 and remains unchanged. Alternatively, the recommended videos in the list A3 may be video 1, video 2, video 3, video 4, and video 5 in sequence, when the user has performed a slide browsing on the recommended videos in the list A3 in the interface a2, and at the previous time when the interface a2 is displayed as the interface A3, the positions of the information fields of video 1, video 2, and video 3 in the list A3 are displayed, and the slide browsing is displayed to the positions of the information fields of video 3, video 4, and video 5, when the interface A3 is displayed as the interface a4, the position of the information field of the video displayed in the list a7 in the interface a4 may coincide with the position of the information field of the recommended videos displayed after the slide browsing in the list A3, that is, at this time, the recommended video list in the list a7 may be displayed from the positions of the information fields of video 3, video 4, and video 5, by synchronously displaying the list a3 and the information fields of the recommended videos in the list a7, it is convenient for the user to continue browsing the information fields of the recommended videos at the later positions in the list a3 in the list a7 based on the positions of the information fields of the recommended videos in the list a3 browsed before.

When the playback of video 1 in the playback window a1 is completed, the recommended videos in the later playlist are automatically played back in the playback window a 1. When the play window a1 plays the recommended videos in the later play list, the videos may be played in turn according to the arrangement order (also referred to as play order) of the recommended videos in the later play list, and the arrangement order of the recommended videos in the later play list may be the addition order in which the recommended videos are sequentially added to the later play list, and the recommended videos with later addition times are sorted in the later play list earlier. The user operation on the mark prompting piece a2, the user operation on the "remove" button, the user operation on the "clear" button, and the user operation on the mark button may be a click operation, a long-time press operation, a double-click operation, a sliding operation, etc., and the specific operation mode of the user operation is determined according to the actual application scenario, which is not limited herein.

When the interface a1 is switched to be displayed as the interface a2, the terminal 200a may first generate a corresponding play instruction in response to a play operation for the video 1 in the interface a1, and send the generated play instruction to the server 100. The server may obtain the specific video content of the video 1 from the memory and transmit the obtained specific video content of the video 1 to the terminal 200a, and the terminal 200a may play the specific video content of the video 1 transmitted by the server in a play window a1 in the interface a 2. In addition, the terminal 200a may generate an addition instruction in response to a user operation of adding a certain recommended video z to a later play list, and transmit the generated addition instruction to the server 100, the later play list also being created in the server 100, and the server 100 may store identification information of the recommended video indicated by the addition instruction in the later play list.

Subsequently, the terminal 200a may generate a deployment instruction in response to a deployment operation for the later playlist (e.g., in response to a user operation on the mark prompt in the interface a 2), and send the generated deployment instruction to the server 100, the server 100 may acquire identification information of a recommended video in the later playlist according to the deployment instruction, and send the acquired identification information of the recommended video to the terminal 200a, and the terminal 200a may display an information field of the recommended video corresponding to the acquired identification information of the recommended video in the later playlist in the application interface, so as to present the recommended video contained in the later playlist (e.g., the later playlist displayed in the interface A3) to the user. The operation performed by the server 100 may also be independently completed by the terminal 200a, that is, the terminal 200a may also directly acquire the specific video content of the video 1 that is cached in advance in response to the play operation for the video 1 in the interface a1, and play the specific video content of the video 1 in the play window a1 in the interface a 2.

In addition, the terminal 200a may include therein an identification information list of recommended videos in the later play list, and the terminal 200a may also store the identification information of the recommended video z in the identification information list in response to a user operation of adding the recommended video z to the later play list. Subsequently, the terminal 200a may display, in response to the expansion operation for the later playlist, an information field of the recommended video z corresponding to the identification information included in the identification information list in the later playlist in the application interface. The execution device for acquiring the specific video content played in the play window and the execution device for storing the identification information of the recommended video in the play list later are determined according to an actual application scenario, and are not limited here.

By the method, browsing operation of the videos in the video recommendation list and browsing operation and editing operation (including removing operation, clearing operation and playing sequence changing operation) of the videos in the later play list can be achieved simultaneously on the premise that a user watches the videos. In the marking prompt piece of the video playing interface (which can be the interface A2, the interface A3 or the interface A4), the user can check the prompt content corresponding to the number of the recommended videos in the later play list at any time, so that the checking efficiency of the user for the prompt content corresponding to the recommended videos in the later play list is improved. And when the playing window in the video playing interface finishes playing the current video 1, the recommended video in the later playing list can be automatically played, so that the efficiency of watching the recommended video by the user is improved, and meanwhile, the watching rate of the recommended video in the later playing list is improved.

Referring to fig. 3, it is a schematic flow chart of a multimedia data processing method provided in the present application, and as shown in fig. 3, the method may include:

step S101, responding to marking operation aiming at multimedia data in a recommended stream play list, and adding the multimedia data corresponding to the marking operation into the marked play list; the recommended stream playlist is a list displayed in an application interface; the application interface also comprises a marking prompt piece;

Specifically, the terminal may respond to a marking operation for multimedia data in a recommended stream playlist in an application interface (which may refer to the interface a1 and the interface a2 in fig. 2 described above), and add the multimedia data corresponding to the marking operation to the marked playlist. The recommended stream playlist includes a plurality of multimedia data for recommendation to the user, and the marked playlist includes multimedia data marked by the user and desired to be played later, so the marked playlist may also be referred to as a later playlist. Optionally, the terminal may respond to a marking operation on a marking piece in an information bar for the multimedia data in the recommended stream playlist, specifically: the recommended stream playlist includes a plurality of information fields, each of which may include a multimedia data recommended to the user and a visual tag (e.g., a tag button), and it is understood that each of the multimedia data in the recommended stream playlist corresponds to one of the information fields. The information bar may display profile information of the multimedia data (e.g., title information, upload person information, genre information, upload time information, etc. of the multimedia data). The tag in a certain information field is used for responding to the tagging operation of the multimedia data in the information field, that is, the terminal can respond to the tagging operation on the tag and add the multimedia data in the tag responding to the tagging operation to the tagged playlist. The terminal may also respond to a marking operation on an information field for the multimedia data in the recommended stream playlist, specifically: each piece of multimedia data in the recommended streaming playlist corresponds to an information bar, the terminal can respond to user operation of a user for the information bar, a function menu bar pops up in an area where the information bar is located (the area can be the area beside the information bar), the function menu bar comprises an 'adding' function menu (namely, the multimedia data corresponding to the information bar is added to a menu of the marked playlist), the user can select the 'adding' function menu, and the terminal can add the multimedia data corresponding to the information bar of the selected 'adding' function menu to the marked playlist. The user operation on the information bar and the user selection operation for the "add" function menu may be referred to as a marking operation on the information bar. The specific response mode of the marking operation is also determined according to the actual application scenario, and is not limited herein. The multimedia data in the recommended streaming playlist may be various types of data such as video data or audio data. The markup hints may be displayed in application interfaces that include a recommended streaming playlist (e.g., interface a1 and interface a2 described above). For example, when the user opens a recommended stream playlist (e.g., the recommended column playlist in interface a 1), a mark-up cue may be displayed in interface a1, and the mark-up cue displays cue information corresponding to the marked-up playlist, and when there is no multimedia data in the marked-up playlist, the cue information in the mark-up cue may be "0 pieces of multimedia data have been added". For another example, when a user selects and plays multimedia data recommended to the user in an application interface (for example, interface a 1) including only a recommended stream playlist, the user can display a playback window to play the selected multimedia data, and the above-described mark presentation piece can be displayed in the application interface (for example, interface a 2) in which the playback window is displayed, so that the user can view presentation information associated with the mark playlist displayed in the mark presentation piece at any time while viewing the multimedia data. Wherein the markup prompt is a means for displaying prompt contents for the multimedia data in the markup playlist. The markup prompt can be a button containing a text, picture or video clip, or can be a floating window containing a text, picture or video clip. The markup prompt can also be a link containing text, pictures or video clips. The specific form of the marking prompt is determined according to the actual application scenario and is not limited herein. And the user can check the prompt content aiming at the multimedia data in the marked play list in real time through the marked prompt piece in the multimedia data play interface.

Step S102, counting the playing parameters of the multimedia data in the marked playing list, determining the prompting content associated with the marked playing list according to the playing parameters, and displaying the prompting content in the marked prompting piece;

specifically, the playing parameters of the multimedia data in the marked playlist are counted, the multimedia data in the marked playlist may be referred to as to-be-played multimedia data, and the counted playing parameters may be a total number of all to-be-played multimedia data (for example, when the to-be-played multimedia data is to-be-played video data, the playing parameters may be video numbers of all to-be-played video data), covers of all to-be-played multimedia data (i.e., image covers), or data segments of all to-be-played multimedia data (for example, when the to-be-played multimedia data is to-be-played video data, the playing parameters may be video segments intercepted from each to-be-played video data). And obtaining the prompt content associated with the marked play list according to the play parameters obtained by statistics. For example, when the playing parameter is the total amount of all multimedia data to be played, a total amount prompt text for marking the playlist may be generated according to the total amount, and the total amount prompt text may be used as the prompt content, that is, the obtained prompt content may be the text content. For example, when the total amount of all the multimedia data to be played is 5, the generated total amount prompt text may be "5 data to be played", and the prompt content corresponds to "5 data to be played", that is, it indicates that there are 5 multimedia data waiting to be played in the mark playlist. When the playing parameter is the cover of all the multimedia data to be played, the obtained prompt content may be image content, for example, when the number of all the multimedia data to be played is 5, the cover of each multimedia data to be played may be correspondingly obtained, and 5 covers may be obtained in total, and the obtained prompt content may be an image generated by splicing and combining the 5 covers, or may be a dynamic image (for short, a moving picture) in which the 5 covers are displayed in a round-robin manner. When the playing parameter is all the data segments of the multimedia data to be played, the obtained prompt content may be video content, for example, when the multimedia data to be played is the video data to be played and the number of all the video data to be played is 5, the video segment of each video data to be played may be correspondingly obtained, 5 video segments may be obtained altogether, and the obtained prompt content may be a video in which 5 video segments are played in a round robin manner. The resulting alert content associated with the marked playlist may be displayed in the marked alert. For example, text information, image content, or video content derived from the playback parameters may be displayed in the markup hints.

Alternatively, the markup prompt may be displayed only in an application interface (for example, interface a 2) in which a play window for playing multimedia data is displayed. The multimedia data being played in the playing window may be multimedia data belonging to a recommended stream playlist but not belonging to a marked playlist, or multimedia data belonging to both the recommended stream playlist and the marked playlist. When the playing of the multimedia data being played in the playing window in the application interface is completed, the playing window can be triggered to automatically play the multimedia data in the marked playing list. When the playing window plays the multimedia data in the marked playlist, the multimedia data can be played in sequence according to the arrangement sequence of the multimedia data in the marked playlist, and the arrangement sequence can also be referred to as a playing sequence. The above arrangement order may be an addition order of adding the multimedia data to the mark playlist, or a reverse order of the addition order. For example, if the multimedia data 1 is added to the mark play list first, and then the multimedia data 2 is added to the mark play list, the multimedia data 2 added later may be added to the top of the mark play list, that is, the multimedia data in the mark play list are arranged in the order of the multimedia data 2 and the multimedia data 1. The multimedia data 2 added later may also be added to the end of the mark playlist, that is, the multimedia data in the mark playlist are sequentially the multimedia data 1 and the multimedia data 2. The specific arrangement order of the multimedia data in the marked playlist is determined according to the actual application scenario, and is not limited herein. Optionally, when the playing window plays the multimedia data in the marked playing list, the multimedia data in the marked playing list may be sequentially played according to the arrangement order of the multimedia data in the marked playing list, or may be played according to a random algorithm in a random order. The playing sequence of the playing window when playing the multimedia data in the marked playlist is determined according to the actual application scenario, which is not limited herein.

Referring to fig. 4, it is a schematic flow chart of a multimedia data processing method provided in the present application, and as shown in fig. 4, the method may include:

step S201, when the number of the multimedia data in the mark play list changes, the updated prompt content is updated and displayed in the mark prompt piece;

Specifically, when the number of multimedia data in the mark playlist changes, the terminal needs to update the prompt content displayed in the mark prompt and update and display the updated prompt content. The number of multimedia data in the markup playlist may be changed as follows: when new multimedia data is added to the markup playlist in the recommended stream playlist (which may be the recommended stream playlist in interface B1 or the recommended stream playlist in interface B2), the amount of multimedia data in the markup playlist may change; when the multimedia data in the marked play list is removed or emptied, the number of the multimedia data in the marked play list changes; when the multimedia data in the marked playlist is completely played in the play window, the amount of the multimedia data in the marked playlist may change. For example, each multimedia data in the recommended streaming playlist may have a tag (e.g., a tag button) for tagging the multimedia data in the recommended streaming playlist, and the tagged multimedia data is added to the tagged playlist. The multimedia data in the recommended stream playlist may be video data, for example, the recommended stream playlist in the interface B1 includes multiple multimedia data such as video 1, video 2, video 3, …, and video n, the recommended stream playlist in the interface B2 includes multiple multimedia data such as video 2, video 3, …, and video m, and each multimedia data has its own information column in the recommended column playlist, for example, the information column of video 1 in the interface B1 is B6. The multimedia data in the recommended stream playlist in the interface B2 may be the same as the multimedia data in the recommended stream playlist in the interface B1, and the multimedia data in the recommended stream playlist in the interface B2 may also be the same type of multimedia data as the multimedia data (video 1) being played in the play window B1. The above-mentioned markers may be "view later" buttons of the multimedia data in the interface B1 and the interface B2. When the terminal responds to a user operation (e.g., a click operation) on the "play later" button in the information field for video 4 in interface B1, the multimedia data in the tag playlist is increased by 1, and at the same time, the text information of video 4 in the "view later" button in interface B1 or interface B2 is changed to "joined list", that is, the text information in the tag is updated from "view later" to "joined list", indicating that video 4 has been added to the tag playlist, and the text information in a certain tag (e.g., "view later" and "joined list") is used to represent the tag addition state of the multimedia data in the tag, including the state of having been added to the tag playlist and the state of not being added to the tag playlist. For example, the text information "view later" represents a state of the multimedia data that is not added to the mark playlist, and the text information "added list" represents a state of the multimedia data that is added to the mark playlist. Thereafter, the terminal can switch the display to the interface B2 in response to the play operation on the information bar of the video 1 in the interface B1. As shown in the interface B2, a markup prompt B1 is included in the interface B2, and prompt contents for multimedia data in the markup playlist are displayed in the markup prompt, where the prompt contents are prompt contents for the total amount of multimedia data in the markup playlist. The terminal may add video 3 to the mark-up play button as well in response to user operation of the "play later" button for video 3 in interface B2. At this time, the markup playlist includes two multimedia data, i.e., video 3 and video 4, so that the content of the markup prompt in the interface B2 is "2 videos to be played", which indicates that the markup playlist includes 2 multimedia data. In the above process, the content of the prompt corresponding to the mark prompt piece is updated twice. The first update is that the number of multimedia data in the mark play list is 0 before the video 4 is added to the mark play list, and the number of multimedia data in the mark play list is 1 after the video 4 is added to the mark play list, that is, the prompt content in the mark prompt is updated and displayed from "0 videos to be played" to "1 video to be played". The second update is that before the video 3 is added to the marked play list, the number of the multimedia data in the marked play list is 1 (i.e. contains one multimedia data for video 4), and after the video 3 is added to the marked play list, the number of the multimedia data in the marked play list is 2, i.e. the prompt content in the marked prompt is updated and displayed from "1 video is to be played" to "2 videos are to be played". Optionally, when the number of the multimedia data in the mark playlist is 0, the mark prompting piece may not be displayed in the application interface, and when the number of the multimedia data in the mark playlist is not 0, the mark prompting piece is displayed in the application interface. The play window B0 in the interface B2 may be fixedly displayed at the top of the interface B2, and simultaneously, when the user views the multimedia data played in the play window B0, the user may continuously slide and browse the recommended streaming playlist below the play window B0 in the interface B2 to view more multimedia data, and add the viewed interesting multimedia data to the markup playlist through the "view later" button, and when adding new multimedia data to the markup playlist, the display of the hint content in the markup hint may also be continuously updated. The terminal may respond to the removal operation for the multimedia data in the recommended streaming playlist and update the cue content in the display mark cue. For example, in interface B2, video 3 has been added to the markup playlist, the text information in the "view later" button corresponding to video 3 also becomes the "joined list", the "view later" button that can change the text information to the "joined list" is referred to as the "joined list" button, and the "view later" button and the "joined list" button are the same markup piece. The terminal may remove video 3 from the mark-up playlist in response to a removal operation (e.g., a click operation on the "joined list" button) on the "joined list" button for video 3 in interface B2. Then the original marked play list includes two multimedia data, namely video 3 and video 4, and now only one multimedia data, namely video 4, is changed, the number of the multimedia data in the marked play list is changed from 2 to 1, and therefore, the prompt content in the marked prompt is updated and displayed from "2 videos to be played" to "1 video to be played". The terminal can update and display the prompt content in the mark prompt piece according to the playing condition of the multimedia data in the mark play list. For example, if the markup playlist includes two multimedia data, i.e., video 3 and video 4, and the play window b0 plays video 3 in the markup playlist, when the play window b0 finishes playing video 3, video 3 will be removed from the markup playlist, and at this time, only one multimedia data, i.e., video 4, exists in the markup playlist, the number of multimedia data in the markup playlist is changed from 2 to 1, and therefore, the prompt content in the markup prompt will be updated and displayed from "2 videos are to be played" to "1 video is to be played". And the terminal updates the prompt content displayed in the mark prompt piece in real time according to the change of the number of the multimedia data in the mark play list.

Step S202, determining the multimedia data corresponding to the marking operation as the multimedia data to be played; according to the response time of the marking operation, the multimedia data to be played are sequentially added to the marking play list;

specifically, the multimedia data corresponding to the mark operation may be referred to as multimedia data to be played, for example, the user operation on the mark button (i.e. the "watch later" button) in the above-mentioned interface B1 and interface B2 may be referred to as mark operation, and the video 3 and the video 4 corresponding to the mark button corresponding to the user operation may be referred to as multimedia data to be played. And sequentially adding the multimedia data to be played to the mark play list according to the response time of the marking operation. For example, if the response time of the mark operation on the mark button corresponding to video 4 is earlier than the response time of the mark operation on the mark button corresponding to video 3, video 4 may be added to the mark playlist first, and then video 3 may be added to the mark playlist. When the video 3 is added to the tagged playlist, the video 3 may be added to the back of the video 4, or may be added to the front of the video 4, that is, the playing order (or the arrangement order) of the multimedia data in the tagged playlist may be that the multimedia data added to the tagged playlist first is played first, or that the multimedia data added to the tagged playlist is played first.

Alternatively, the information fields of the multimedia data to be played in the tag playlist (here, video 3 and video 4 in the tag playlist in the interface B3) may be laid out horizontally, in addition to being laid out vertically in the tag playlist as shown in the interface B3, and cover page information of each multimedia data to be played may be sequentially displayed when laid out horizontally, and corresponding title information (for example, text information "video 3" or "video 4") may be displayed below the cover page information of each multimedia data to be played. The typesetting mode of the information bar of the multimedia data to be played in the marked play list is determined according to the actual application scene, and is not limited here.

Step S203, responding to the expansion triggering operation of the mark prompting piece in the area where the playing window is located, and switching and displaying the recommended stream playlist in the application interface into a mark playlist; if the target multimedia data is played in the playing window, a playing status bar is established in an application interface comprising a marked playing list;

specifically, the terminal may switch and display the recommended stream playlist in the application interface as the marked playlist in response to an expansion trigger operation for the marked prompt in the area where the play window is located. For example, the area where the play window is located may refer to an area B5 that includes the play window, and the terminal may switch and display the recommendation stream playlist in the interface B2 as a mark playlist B4 (which may be referred to as a later playlist) in the interface B3 in response to an expansion trigger operation (e.g., a click operation on the mark prompt B1) on the mark prompt B1 in the area B5, that is, display the interface B2 as the interface B3. When interface B2 is displayed as interface B3, play window B0 plays video 1 normally, and remains unchanged. In addition, the terminal can also respond to a contraction trigger operation on the mark prompting piece in the interface B3 (for example, a click operation on the mark prompting piece in the interface B3) to switch and display the mark playlist as the recommended stream playlist, that is, the interface B3 is returned to display as the same type of interface as the interface B2, that is, the switch and display between the mark playlist and the recommended stream playlist can be realized through the mark prompting piece, and the normal and continuous playing of the multimedia data in the playing window B0 is not influenced in the process. The playing time length of each to-be-played multimedia data in the marked playing list can be respectively obtained, the playing time lengths of each to-be-played multimedia data are added to obtain the total playing time length corresponding to the marked playing list, and the total playing time length corresponding to the marked playing list can be displayed in the application interface containing the marked playing list. For example, in the interface B3, the text information "total 15 minutes" corresponding to the total playing time length is displayed, which indicates that the total playing time length of all the multimedia data to be played (including the video 3 and the video 4) included in the mark playlist in the interface B3 is 15 minutes. When the target multimedia data is played in the play window b0, a play status bar may be created in the application interface including the markup playlist b 4. The target multimedia data refers to multimedia data that belongs to the recommended stream playlist but not to the marked playlist, and the content displayed in the play status bar may include title information, cover page information, and play status information (e.g., "in play" text information) of the target multimedia data being played in the play window. As shown in the interface B3, since the video 1 belongs to the recommended stream playlist but does not belong to the mark playlist B4, a play status column B2 may be created in the interface B3 containing the mark playlist B4, and cover information, title information (i.e., "video 1"), and play status information "in play" of the video 1 being played in the play window B0 may be displayed in the play status column B2. In interface B3, which includes the play window B0 and the mark-up play list B4, there may be a "clear" button B3, and the terminal may respond to a clear operation (e.g., a click operation) on the "clear" button B3 to clear all the multimedia data in the mark-up play list B4, which is referred to herein as clearing up the video 3 and the video 4 in the mark-up play list B4. The terminal can respond to the removal operation on the "remove" button and remove the multimedia data corresponding to the "remove" button responding to the removal operation from the mark play list. For example, the terminal may remove video 4 from the mark-up playlist b4 in response to a removal operation on the "remove" button in the information bar for video 4 in the mark-up playlist b 4. Wherein the remove operation may also be non-responsive on the "remove" button. Each multimedia data to be played also has its own information column in the markup playlist, for example, the information column of the multimedia data to be played (video 4) in the markup playlist is b 7. Alternatively, the user may remove video 4 from the mark-up playlist b4 in response to a lateral sliding operation of the information bar for video 4 in the mark-up playlist b4, i.e., a removal operation. The specific response mode of the removing operation is determined according to the actual application scenario, and is not limited herein. The terminal may also adjust the playing order of the multimedia data in the markup playlist in response to the order adjustment operation for the markup playlist. When playing the multimedia data in the mark list, the playing window can play the multimedia data in sequence according to the sequence of the multimedia data in the mark list, so the playing sequence can also be referred to as the sequence. For example, the terminal may adjust the playing order of the multimedia data in the mark playlist in response to a drag operation (i.e., an order adjustment operation) with respect to the information bar of the multimedia data in the mark playlist. For example, please refer to fig. 5, which is a schematic interface diagram of another terminal provided in the present application. As shown in fig. 5, in the later viewing list (i.e., the mark playlist) in the interface C1 including the information column C1 of video 3 and the information column C2 of video 4, the terminal may adjust the arrangement order of the information column C1 and the information column C2 in the later viewing list in response to a drag operation (i.e., an order adjustment operation) by the user with respect to the information column C1 or the information column C2. Here, the information column C2 of the dragged video 4 is taken as an example (the dragging mode is shown as an interface C2), a user is supported to press the information column C2 for a long time to trigger a dragging model of the information column C2, and in the process of dragging in the dragging mode, the user keeps continuously pressing the information column C2 and moves the position of the information column C2, the position of the information column C1 in the application interface can be kept unchanged, when the user drags the information column C2 to a position basically overlapped with the information column C1, the user stays for a specified time (for example, 2 seconds), and when the staying time reaches the specified time, the terminal can automatically swap the positions of the information column and the information column C2, as shown as an interface C3, that is, the positions of the information column C1 and the information column C2 are swapped through the dragging operation.

When the target multimedia data in the playing window B0 (including the playing window B0 in the interface B2 or the playing window B0 in the interface B3) is played completely, the terminal may invoke the tag playlist, and sequentially play the multimedia data to be played according to the playing sequence (also referred to as the arrangement sequence) of the multimedia data to be played in the tag playlist. Optionally, when the playing of the target multimedia data in the playing window b0 is completed, the playing window b0 may pause the playing of the multimedia data and accumulate the playing pause duration, and when the playing pause duration is equal to the playing pause duration threshold, the terminal may call the marked playlist, and automatically play the multimedia data to be played in the playing window b 0. The time length threshold for playing temporarily may be a time length threshold preset by a user, for example, the set time length threshold for playing temporarily is 30 minutes or 1 hour, and the time length for playing temporarily may be a time length obtained by starting timing when the playing of the target multimedia data is completed. Optionally, when the playing of the target multimedia data in the playing window b0 is completed, the terminal may invoke the mark playlist, automatically play the multimedia data to be played in the playing window b0, and accumulate the playing time duration corresponding to the mark playlist, and when the playing time duration corresponding to the mark playlist is equal to the playing time duration threshold, the terminal may trigger the playing window b0 to pause the playing of the multimedia data in the mark playlist. The playing time threshold may be a time threshold preset by a user, for example, the set playing time threshold is 15 minutes or 1 hour, and the marking of the playing time corresponding to the playlist may be understood as a timing time obtained by starting timing when the playing window finishes playing the target multimedia data and starts playing the multimedia data to be played.

Step S204, responding to the play trigger operation aiming at the multimedia data in the marked play list, and switching the target multimedia data played in the play window into the multimedia data corresponding to the play trigger operation;

specifically, the terminal may respond to a play trigger operation for the multimedia data in the marked play list, and switch the target multimedia data being played in the play window to the multimedia data corresponding to the play trigger operation. For example, in response to a play trigger operation on the information bar for video 3 in the tagged playlist B4 in interface B3, the terminal may switch the video 1 (i.e., the target multimedia data) being played in the play window B0 to be played as video 3 (i.e., the multimedia data corresponding to the trigger operation), that is, interface B3 is displayed as interface B4. As shown in interface B4, since video 3 is being played in the play window B0, the play status information "in play" may be added to the information column of video 3 in interface B4, while the play status column B2 is deleted in interface B4. Only when the multimedia data played in the play window b0 belongs to the recommended stream playlist and does not belong to the markup playlist, the play status bar b2 is displayed in the application interface including the markup playlist.

When the terminal does not respond to the play triggering operation aiming at the multimedia data in the marked play list, if the target multimedia data in the play window is played completely, the terminal can trigger the play window to automatically play the multimedia data to be played in the marked play list and also can delete the play status bar in the application interface containing the marked play list. When the playing window plays the multimedia data to be played in the marked playing list, the played multimedia data to be played can be directly removed from the marked playing list when one multimedia data to be played is played, correspondingly, the data volume of the multimedia data to be played in the marked playing list can be reduced by 1, and meanwhile, the playing window can automatically play the next multimedia data to be played.

The method includes the steps that firstly, a marking operation aiming at multimedia data in a recommended stream play list is responded, and the multimedia data corresponding to the marking operation are added into the marked play list; the recommended stream playlist is a list displayed in an application interface; the application interface also comprises a marking prompt piece; and counting the playing parameters of the multimedia data in the marked play list, determining prompt contents associated with the marked play list according to the playing parameters, and displaying the prompt contents in the marked prompt piece. Therefore, the method provided by the application supports the user to check the prompt content associated with the marked play list in real time through the marked prompt piece, and the prompt content displays the number of the multimedia data in the marked play list, so that the display data in the application interface is enriched, and the checking efficiency of the prompt content associated with the marked play list is improved. Please refer to fig. 6, which is a schematic interface diagram of another terminal provided in the present application. As shown in fig. 6, the markup playlist in the interface D1 includes an information field for video 3 and an information field for video 4. The terminal may respond to a left-swipe operation on the information bar of video 4 (i.e., enabling the user to swipe the information bar of the multimedia data in the markup playlist to the left) to display a "timed reminder" menu and a "set top" menu in the information bar of video 4, as shown in interface D2. Video 4 may be set to the top of the tagged playlist, i.e., the order in which video 4 is arranged in the tagged playlist is changed to the first, in response to a set-top operation (e.g., a click operation on the "set-top" menu) on the "set-top" menu in the information field of video 4, as shown in interface D3. When the playing of video 1 in the playing window is completed, the playing will be sequentially started from the first multimedia data in the marked playlist, that is, video 4 will be played next, and video 3 will be played next after the playing of video 4 is completed. More specifically, the terminal may respond to a timing reminding operation (for example, a click operation on the timing reminding menu) on the timing reminding menu in the information bar of the video 4 in the interface D2, pop up a time setting window, support the user to enter the reminding time in the time setting window, and obtain the reminding time entered in the time setting window by the user, and remind the user to watch the video 4 when a time point corresponding to the reminding time is reached. The time setting window may correspond to an option of reminding time, for example, "remind me after 15 minutes, remind me after 30 minutes, remind me after 1 hour, and the like," when the option selected by the user is "remind me after 15 minutes," start timing from when the user enters the reminding time, and the terminal reminds the user to watch the video 4 after 15 minutes. The user can also be supported to freely enter the reminding time in the time setting window, for example, "10 minutes, 20 minutes or 25 minutes and the like", when the reminding time entered by the user is 10 minutes, the time is counted from the time when the reminding time is entered by the user, and after 10 minutes, the terminal reminds the user to watch the video 4. When the time point corresponding to the reminding time is reached, the mode of the terminal for reminding the user to watch the video 4 can be a vibration mode, a ringing mode or a popup reminding popup mode. When the time point corresponding to the reminding time is reached, the terminal can start to vibrate, can ring while vibrating, can pop up a reminding popup while vibrating and ringing, and can display an entry of the video 4 (the entry can be a link, and the link can include a title, a cover or a brief introduction of the video 4) and options of whether to watch the video 4 (including options of yes and no). When the user clicks the entry of the video 4 in the reminding popup window or the option of yes, the terminal can trigger the playing window to play the video 4, and when the user clicks the option of no in the reminding popup window, the reminding popup window disappears. The display modes of the "timed reminder" menu and the "set top" menu in the information bar of the video 4 may also be displayed by long-pressing or double-clicking the information bar of the video 4, and the specific display modes of the "timed reminder" menu and the "set top" menu are determined according to actual application scenarios, which are not limited herein.

Please refer to fig. 7, which is a schematic interface diagram of another terminal provided in the present application. As shown in fig. 7, the interface F1 includes a recommended stream playlist including a plurality of recommended videos, such as video 1, video 2, video 3, and video 4, and the terminal may respond to a play trigger operation on the information bar of video 1 in the recommended stream playlist in the interface F1, and a popup window a2 appears at the top of the application interface, as shown in the interface F2. The popup window a2 includes a play window, a markup prompt, and some additional functions (including praise (13 praise at this time), comment (14 comment at this time), forward, etc.). The interface F2 also has the recommended stream playlist in the interface F1, which supports the user to slide the recommended stream playlist in the browsing interface F2 to view more recommended videos, and the top position of the pop-up window a2 in the browsing process may be kept unchanged. When the user double-clicks the play window in the two-down popup window a2, the terminal may trigger the play window in the popup window a2 to pause playing the multimedia data. When the user clicks on the play window in the pop-up window a2, the menu a3 with the cover layer may be called. The menu a3 includes a "mute" menu, a "widget" menu, and an "exit play" menu. When the user clicks the "mute" menu, the terminal may trigger the play window in the pop-up window a2 to mute the multimedia data. When the user clicks the "widget play" menu, the clicking operation on the "widget play" menu may be referred to as a switching operation of the play window, and the terminal switches and displays the popup window a2 as the floating play window a4, that is, switches and displays the play window in the popup window a2 as the floating play window a4, as shown in an interface F3. The floating play window a4 is a sub-interface independently displayed on the application interface, and the floating play window a4 may be dragged in a dragging manner to adjust the display position of the floating play window a4, and the floating play window a4 may be displayed at any position in the application interface through a dragging operation, where the dragging operation may be referred to as a moving operation, that is, the display position of the floating play window a4 may be adjusted through a moving operation. The multimedia data played by the playing window in the pop-up window a2 is played next in the floating playing window a4, and when the playing of the multimedia data played by the playing window in the pop-up window a2 is completed, the multimedia data in the marked playing list can be sequentially played in sequence. By switching and displaying the playing window into the floating playing window, the shielding area of the playing window in the application interface can be reduced, and a user can conveniently browse the multimedia data in the recommendation column playing list. A "close" button and a "restore" button may be provided in the floating play window a4, the terminal may close the floating play window a4 in response to a close operation on the "close" button, and the terminal may restore and display the floating play window a4 in the form of a play window in the popup window a2 in response to the restore operation of the "restore" button. When the user clicks the "exit play" menu, the terminal closes the pop-up window a2 and displays the same type of interface as the interface F1, i.e., displays the recommended stream playlist. In addition, the user is supported to enter the operation of switching the playing user in the playing window or the floating playing window so as to switch the multimedia data played in the playing window or the floating playing window. For example, the user is supported to switch to play the next multimedia data in the playing window or the floating playing window in a leftward sliding manner, or switch to play the previous multimedia data in the playing window or the floating playing window in a rightward sliding manner. The user operation of sliding left and sliding right may be referred to as the user operation of switching playback. The last multimedia data may be multimedia data played by the playing window before the multimedia data currently being played is played. The next multimedia data may be multimedia data arranged in the mark playlist after the currently played multimedia data.

Please refer to fig. 8, which is a schematic interface diagram of another terminal provided in the present application. The interface E1 is a multimedia data playing interface, the area E1 in the interface E1 includes a plurality of recommended videos (including video 5, video 6, video 7, and the like) in the recommended stream playlist, and the area E2 in the interface E1 includes a mark button "watch later" button corresponding to each recommended video in the area E1. The area E3 in the interface E2 includes a play status bar for the target multimedia data (i.e., video 2) being played in the play window. The area E4 in the interface E2 includes a markup playlist E4, and the markup playlist E4 includes two multimedia data, video 3 and video 4. Please refer to fig. 9a, 9b, 9c, 9d and 9e together, where fig. 9a is a schematic flow chart of a terminal display method provided by the present application, fig. 9b is a schematic flow chart of another terminal display method provided by the present application, fig. 9c is a schematic flow chart of another terminal display method provided by the present application, fig. 9d is a schematic flow chart of another terminal display method provided by the present application, and fig. 9e is a schematic flow chart of another terminal display method provided by the present application. The terminal display method may include:

Step S301, the content in the e3 area is played completely;

specifically, the content in the e3 area is the target multimedia data of the content being played in the e3, and the content playing completion in the e3 area is the target multimedia data playing completion.

Step S302, the e3 area disappears, and the contents in the area e4 are played in sequence;

specifically, the e3 area is deleted, that is, the e3 area disappears in the application interface, and the contents in e4 are automatically played in sequence, and the contents in e4 are the multimedia data in the markup playlist.

Step S303, clicking an area e2 by the user;

specifically, the user clicks the "view later" button in the area e2, and the terminal can respond to the user's clicking operation on the "view later" button in the area e 2.

Step S304, the content of the area e2 appears at the top of the area e 4;

specifically, the multimedia data corresponding to the "view later" button in the area e2 in response to the click operation is added to the top of the area e4, that is, the multimedia data corresponding to the "view later" button in response to the click operation is added to the position at the top of the mark playlist in the arrangement order.

Step S305, the user clicks the area e 3;

specifically, the user clicks the play status bar in the area e3, and the terminal may respond to the click operation on the play status bar in the area e 3.

Step S306, normally playing;

specifically, the multimedia data in the play status bar in the normal play area e3 in the play window is played.

Step S307, the user clicks the content x of the area e 4;

specifically, when the user clicks on the content x (including the video 3 and the video 4) in the area e4, the terminal may respond to the play trigger operation (obtained by the click operation) on the information bar of the video 3 or the video 4.

Step S308, the playing window plays the content x, and if the area e3 exists, the area e3 disappears;

specifically, the content x in the area e4 corresponding to the play trigger operation is played in the play window, and if the target multimedia data is being played in the play window before the content x is played in the play window, that is, the area e3 exists, the play status bar in the area e3 is deleted, that is, the area e3 disappears.

Step S309, the user clicks the content y of the area e 1;

specifically, when the user clicks on the content y (including the video 5, the video 6, and the video 7) in the area e1, the terminal may respond to a play trigger operation (obtained by the click operation) on the information bar of the video 5, the video 6, or the video 7.

Step S310, if the playing window is playing the content in the area e 3;

specifically, if the content in the area e3 is being played in the playing window, the target multimedia data is being played in the playing window.

Step S311, the playing window plays the content y, and the content y replaces the original playing content in the area e 3;

specifically, the terminal triggers the play window to play the content y in response to the play trigger operation, and the content y replaces the original play content in the area e3, that is, the play status bar of the video 2 in the area e3 is changed into the play status bar corresponding to the content y.

Step S312, if the playing window is playing the content in the area e 4;

specifically, if the playing window is playing the multimedia data in the marked playlist, there is no playing status bar in the application interface containing the marked playlist, i.e. there is no area e 3.

Step S313, the playing window plays the content y while the area e3 appears, the content y appears in the area e 3;

specifically, the content y corresponding to the play trigger operation is played in the play window, and meanwhile, a play status bar is created in the application interface including the marked playlist, and the play status bar displays the play status information of the content y, that is, the area e3 appears in the application interface including the marked playlist, and the area e3 includes the content y.

Please refer to fig. 10, which is a schematic structural diagram of a multimedia data processing apparatus according to the present application. As shown in fig. 10, the multimedia data processing apparatus 1 may include: an adding module 101 and a counting module 102;

An adding module 101, configured to respond to a marking operation for multimedia data in a recommended stream playlist, and add the multimedia data corresponding to the marking operation to the marked playlist; the recommended stream playlist is a list displayed in an application interface; the application interface also comprises a marking prompt piece;

a counting module 102, configured to count playing parameters of the multimedia data in the marked playlist, determine, according to the playing parameters, prompt content associated with the marked playlist, and display the prompt content in the marked prompt component.

The adding module 101 is further configured to respond to a marking operation for the marker, add multimedia data corresponding to the marking operation to a marking playlist, and update text information in the marker that has responded to the marking operation; the text information is a flag addition state for characterizing the multimedia data.

For a specific implementation manner of the functions of the adding module 101 and the counting module 102, please refer to steps S101 to S102 in the embodiment corresponding to fig. 3, which is not described herein again.

The multimedia data processing apparatus 1 further includes a first update module 103, a second update module 104, and an update display module 105:

a first updating module 103, configured to update the playing parameters of the multimedia data in the marked playlist when the number of the multimedia data in the marked playlist changes, so as to obtain updated playing parameters;

a second updating module 104, configured to update the prompt content based on the updated playing parameter, so as to obtain an updated prompt content;

and an update display module 105, configured to update and display the updated prompt content in the mark prompt.

For a specific implementation manner of the functions of the first updating module 103, the second updating module 104, and the updating display module 105, please refer to step S201 in the embodiment corresponding to fig. 4, which is not described herein again.

The statistic module 102 includes a statistic unit 1021 and a generating unit 1022:

a counting unit 1021, configured to count a total amount of multimedia data in the marked playlist, and determine the total amount as the playing parameter;

A generating unit 1022, configured to determine the prompt content according to the playing parameter, and display the prompt content in the marked prompt component.

For a specific function implementation manner of the statistics unit 1021 and the generation unit 1022, please refer to step S103 in the corresponding embodiment of fig. 3, which is not described herein again.

The adding module 101 includes a determining unit 1011 and an adding unit 1012:

a determining unit 1011, configured to determine the multimedia data corresponding to the marking operation as multimedia data to be played;

an adding unit 1012, configured to sequentially add the multimedia data to be played to the tag playlist according to the response time of the tagging operation; and the playing sequence of the multimedia data to be played in the marked playing list is the adding sequence of the multimedia data to be played added to the marked playing list.

For a specific implementation manner of functions of the determining unit 1011 and the adding unit 1012, please refer to step S103 in the corresponding embodiment of fig. 3, which is not described herein again.

The multimedia data processing apparatus 1 further includes an automatic playing module 106:

the automatic playing module 106 is configured to invoke the marked play list when the target multimedia data in the play window is played, and sequentially play the multimedia data to be played in the marked play list in the play window according to the playing sequence of the multimedia data to be played in the marked play list; the target multimedia data belongs to the recommended stream playlist, and the target multimedia data does not belong to the marked playlist.

Please refer to step S203 in the embodiment corresponding to fig. 4 for a specific implementation manner of the automatic playing module 106, which is not described herein again.

The multimedia data processing apparatus 1 further includes a first accumulating module 107 and a first playing module 108:

a first accumulation module 107, configured to pause playing when the playing of the target multimedia data in the playing window is completed, and accumulate a playing pause duration; the target multimedia data belongs to the recommended stream playlist, and the target multimedia data does not belong to the marked playlist;

a first playing module 108, configured to invoke the marked playlist when the pause playing time length is equal to a pause playing time length threshold, and play the multimedia data in the marked playlist in the playing window.

Please refer to step S203 in the corresponding embodiment of fig. 4 for a specific implementation manner of functions of the first accumulating module 107 and the first playing module 108, which is not described herein again.

The multimedia data processing apparatus 1 further includes a second accumulating module 109 and a second playing module 110:

a second accumulation module 109, configured to invoke the marked playlist when the target multimedia data in the playback window is played, play the multimedia data in the marked playlist in the playback window, and accumulate a playback time duration corresponding to the marked playlist; the target multimedia data belongs to the recommended stream playlist, and the target multimedia data does not belong to the marked playlist;

The second playing module 110 is configured to trigger the playing window to pause playing the multimedia data in the marked playlist when the playing duration corresponding to the marked playlist is equal to the playing duration threshold.

Please refer to step S203 in the corresponding embodiment of fig. 4 for a specific implementation manner of the functions of the second accumulating module 109 and the second playing module 110, which is not described herein again.

The multimedia data processing apparatus 1 further includes a switching module 111 and an adjusting module 112:

a switching module 111, configured to respond to a switching operation for a play window in the application interface, and switch and display the play window to a floating play window; the suspension playing window is a sub-interface which is independently displayed on the application interface;

an adjusting module 112, configured to adjust a display position of the floating play window in response to a moving operation for the floating play window.

For a specific implementation manner of the functions of the switching module 111 and the adjusting module 112, please refer to the embodiment corresponding to fig. 7, which is not described herein again.

The multimedia data processing apparatus 1 further includes an expansion module 113:

the expansion module 113 is configured to respond to an expansion trigger operation for the mark prompt piece in the area where the play window is located, and switch and display the recommended stream playlist in the application interface to the mark playlist;

Then, the multimedia data processing apparatus 1 further comprises a contraction module 114:

a shrinking module 114, configured to respond to a shrinking trigger operation for the mark prompt in the area where the play window is located, and switch and display the mark playlist in the application interface to the recommended stream playlist.

For a specific implementation manner of the functions of the expansion module 113 and the contraction module 114, please refer to step S203 in the corresponding embodiment of fig. 4, which is not described herein again.

The multimedia data processing apparatus 1 further includes a first determining module 115, an obtaining module 116, a second determining module 117, and a duration displaying module 118:

a first determining module 115, configured to determine the multimedia data in the marked playlist as multimedia data to be played;

an obtaining module 116, configured to obtain a playing duration of each to-be-played multimedia data;

a second determining module 117, configured to determine, according to the playing time length of each to-be-played multimedia data, a total playing time length corresponding to the marked playlist;

a duration display module 118, configured to display the total playing duration in an application interface including the marked playlist.

For a specific implementation manner of functions of the first determining module 115, the obtaining module 116, the second determining module 117, and the duration display module 118, please refer to step S203 in the embodiment corresponding to fig. 4, which is not described herein again.

The multimedia data processing apparatus 1 further includes a first editing module 119, a second editing module 120, and a third editing module 121:

a first editing module 119, configured to adjust a playing sequence of multimedia data in a markup playlist in response to a sequence adjustment operation for the markup playlist in the application interface; alternatively, the first and second liquid crystal display panels may be,

a second editing module 120, configured to respond to a removal operation for a markup playlist in the application interface, and remove multimedia data corresponding to the removal operation from the markup playlist; alternatively, the first and second electrodes may be,

a third editing module 121, configured to respond to an emptying operation for a marked playlist in the application interface, and empty multimedia data in the marked playlist.

For a specific implementation manner of functions of the first editing module 119, the second editing module 120, and the third editing module 121, please refer to step S203 in the corresponding embodiment of fig. 4, which is not described herein again.

The expansion module 113 includes an expansion unit 1131 and a creation unit 1132:

an expanding unit 1131, configured to respond to an expansion trigger operation for a mark prompt in an area where the play window is located, and switch and display a recommended stream playlist in the application interface to the mark playlist;

a creating unit 1132, configured to create a play status bar in an application interface including the marked play list if the target multimedia data is played in the play window, and display data title information of the target multimedia data in the play status bar; the target multimedia data belongs to the recommended stream playlist, and the target multimedia data does not belong to the marked playlist.

For a specific implementation manner of functions of the expanding unit 1131 and the creating unit 1132, please refer to step S203 in the embodiment corresponding to fig. 4, which is not described herein again.

The mark play list comprises information columns corresponding to each multimedia data respectively; the multimedia data processing apparatus 1 further includes a first calling module 122 and a first deleting module 123:

a first calling module 122, configured to call the marked playlist when the target multimedia data in the playing window is completely played, and play the multimedia data in the marked playlist in the playing window;

The first deleting module 123 is configured to add playing status information to an information field corresponding to the multimedia data played in the playing window, and delete the playing status field.

For a specific implementation manner of the functions of the first calling module 122 and the first deleting module 123, please refer to step S204 in the corresponding embodiment of fig. 4, which is not described herein again.

The mark play list comprises information columns corresponding to each multimedia data respectively; the multimedia data processing apparatus 1 further comprises a switch playing module 124 and a second deleting module 125:

a switching playing module 124, configured to respond to a playing triggering operation for the multimedia data in the marked playing list, and switch the target multimedia data played in the playing window to the multimedia data corresponding to the playing triggering operation;

the second deleting module 125 is configured to add playing status information to an information field corresponding to the multimedia data played in the playing window, and delete the playing status field.

For a specific implementation manner of the functions of the switching playing module 124 and the second deleting module 125, please refer to step S204 in the corresponding embodiment of fig. 4, which is not described herein again.

Please refer to fig. 11, which is a schematic structural diagram of another multimedia data processing apparatus provided in the present application. As shown in fig. 11, the multimedia data processing apparatus 1000 may include: the processor 1001, the network interface 1004, and the memory 1005, and the multimedia data processing apparatus 1000 may further include: a user interface 1003, and at least one communication bus 1002. Wherein a communication bus 1002 is used to enable connective communication between these components. The user interface 1003 may include a Display screen (Display) and a Keyboard (Keyboard), and the optional user interface 1003 may also include a standard wired interface and a standard wireless interface. The network interface 1004 may optionally include a standard wired interface, a wireless interface (e.g., WI-FI interface). The memory 1005 may be a high-speed RAM memory or a non-volatile memory (non-volatile memory), such as at least one disk memory. The memory 1005 may optionally be at least one memory device located remotely from the processor 1001. As shown in fig. 11, a memory 1005, which is a kind of computer storage medium, may include therein an operating system, a network communication module, a user interface module, and a device control application program.

In the multimedia data processing apparatus 1000 shown in fig. 11, the network interface 1004 may provide network communication functions; the user interface 1003 is an interface for providing input to a user; and the processor 1001 may be configured to call the device control application stored in the memory 1005 to implement the multimedia data processing method described in the embodiment corresponding to any of fig. 3 and 4.

It should be understood that the multimedia data processing apparatus 1000 described in the present application can perform the description of the multimedia data processing method in the embodiment corresponding to any one of fig. 3 and fig. 4, and can also perform the description of the multimedia data processing apparatus 1 in the embodiment corresponding to fig. 10, which is not described herein again. In addition, the beneficial effects of the same method are not described in detail.

Further, here, it is to be noted that: the present application further provides a computer-readable storage medium, and the computer-readable storage medium stores therein the aforementioned computer program executed by the multimedia data processing apparatus 1, and the computer program includes program instructions, and when the processor executes the program instructions, the description of the multimedia data processing method in the embodiment corresponding to any of fig. 3 and fig. 4 can be executed, so that details will not be repeated here. In addition, the beneficial effects of the same method are not described in detail. For technical details not disclosed in the embodiments of the computer storage medium referred to in the present application, reference is made to the description of the embodiments of the method of the present application.

It will be understood by those skilled in the art that all or part of the processes of the methods of the embodiments described above can be implemented by a computer program, which can be stored in a computer-readable storage medium, and when executed, can include the processes of the embodiments of the methods described above. The storage medium may be a magnetic disk, an optical disk, a Read-Only Memory (ROM), a Random Access Memory (RAM), or the like.

The above disclosure is only for the purpose of illustrating the preferred embodiments of the present application and is not to be construed as limiting the scope of the present application, so that the present application is not limited thereto but rather by the claims appended hereto.

Claims

1. A method for processing multimedia data, comprising:

responding to marking operation aiming at the multimedia data in the recommended stream playlist, and adding the multimedia data corresponding to the marking operation into the marked playlist; the recommended stream playlist is a list displayed in an application interface; the application interface also comprises a marking prompt piece; the application interface also comprises a playing window, the playing window is used for playing multimedia data, and the playing window is used for automatically playing the multimedia data in the marked playing list;

Counting playing parameters of multimedia data in the marked play list, determining prompt contents associated with the marked play list according to the playing parameters, and displaying the prompt contents in the marked prompt piece;

the mark prompting piece is used for performing mutual switching display on the recommended streaming playlist and the mark playlist in the application interface, and the playing window continuously plays multimedia data in the process of mutual switching display of the recommended streaming playlist and the mark playlist.

2. The method of claim 1, wherein the recommended streaming playlist comprises a plurality of information fields, each information field comprising a multimedia data and a visual tag; the marker is used for responding to the marking operation aiming at the multimedia data in the information bar.

3. The method of claim 2, wherein the responding to the marking operation for the multimedia data in the recommended streaming playlist, and adding the multimedia data corresponding to the marking operation to the marked playlist comprises:

4. The method of claim 1, further comprising:

and displaying the updated prompt content in the mark prompt piece.

5. The method of claim 1, wherein the counting playing parameters of the multimedia data in the marked playlist, determining the prompt content associated with the marked playlist according to the playing parameters, and displaying the prompt content in the marked prompt comprises:

6. The method according to claim 1, wherein the adding the multimedia data corresponding to the marking operation to the marked playlist comprises:

7. The method of claim 6, further comprising:

when the target multimedia data in the playing window is played, calling the marked playing list, and sequentially playing the multimedia data to be played in the marked playing list in the playing window according to the playing sequence of the multimedia data to be played in the marked playing list;

the target multimedia data belongs to the recommended stream playlist, and the target multimedia data does not belong to the marked playlist.

8. The method of claim 1, further comprising:

responding to the switching operation aiming at the playing window in the application interface, and switching and displaying the playing window into a floating playing window; the suspension playing window is a sub-interface which is independently displayed on the application interface;

9. The method of claim 1, further comprising:

then, the method further comprises the following steps:

10. The method of claim 9, further comprising:

determining the multimedia data in the marked play list as multimedia data to be played;

11. The method according to claim 9, wherein the switching and displaying the recommended stream playlist in the application interface as the marked playlist in response to the expansion triggering operation of the marked prompt in the area where the playing window is located comprises:

12. The method of claim 11, wherein the markup playlist includes an information field corresponding to each multimedia data; further comprising:

13. The method of claim 11, wherein the markup playlist includes an information field corresponding to each multimedia data; further comprising:

14. A multimedia data processing apparatus, comprising: a processor and a memory;

the processor is connected to a memory, wherein the memory is used for storing a computer program, and the processor is used for calling the computer program to execute the method according to any one of claims 1-13.

15. A computer-readable storage medium, characterized in that the computer-readable storage medium stores a computer program comprising program instructions which, when executed by a processor, perform the method according to any one of claims 1-13.