CN108614829A - A kind of playback method and terminal - Google Patents

Abstract

The embodiment of the invention discloses a kind of playback method and terminals, wherein playback method includes：Preset audio and video playing rule is obtained, audio and video playing rule is used to provide the broadcast mode of the first sub-audio data and the first sub-video data；Obtain X the first sub-audio datas corresponding with audio and video playing rule and Y the first sub-video datas, X the first sub-audio datas are at least one of M the first sub-audio datas divided in advance, and Y the first sub-video datas are at least one of N number of first sub-video data divided in advance；X the first sub-audio datas and Y the first sub-video datas are played out according to audio and video playing rule.Playback method provided in an embodiment of the present invention and terminal can individually repeat playing audio or video content, reduce network latency and transmission flow, save the memory space of terminal, improve the flexibility of video playing.

Description

A playback method and terminal

technical field

The present invention relates to the communication field, in particular to a playing method and a terminal.

Background technique

At present, people use terminals more and more widely to play music and video.

Existing terminal playback methods mainly include two types: one is the independent video file playback technology, that is, a video file includes an audio file, and the playback file is directly opened through the system player; the other is the streaming media playback technology, that is, the continuous Video and audio information are compressed and stored in the video server, and the video server transmits each compressed package to the end user sequentially or in real time, so that the end user can watch and listen to it while downloading.

However, the existing terminal playback methods are all based on independent video units, that is, the audio and video content contained in a playback file cannot be split as a whole, so that the existing terminal playback methods cannot repeatedly play the audio or video content separately , so that the video playback form is too single, which increases the network transmission time and transmission traffic, and also increases the storage space of the terminal.

Contents of the invention

In order to solve the above-mentioned technical problems, the embodiment of the present invention expects to provide a playback method and a terminal, which can repeatedly play audio or video content independently, reduce network transmission time and transmission traffic, save terminal storage space, and improve video playback. flexibility.

Technical scheme of the present invention is realized like this:

In the first aspect, an embodiment of the present invention provides a playback method, the method is applied to a terminal, including:

Acquiring preset audio and video playback rules, the audio and video playback rules are used to specify the playback mode of the first sub-audio data and the first sub-video data;

Obtain X first sub-audio data and Y first sub-video data corresponding to audio and video playback rules, the X first sub-audio data is at least one of the pre-divided M first sub-audio data, Y The first sub-video data is at least one of the pre-divided N first sub-video data;

The X pieces of first sub-audio data and the Y pieces of first sub-video data are played according to audio and video playing rules.

Optionally, the audio and video playback rules include time-length proofreading rules, and the X first sub-audio data and the Y first sub-video data are played according to the audio and video playback rules, specifically including:

The playing time of the X pieces of first sub-audio data and the Y pieces of first sub-video data is controlled according to the time-length collation rule.

Optionally, the audio and video playback rules include blank note filling rules, and the X first sub-audio data and the Y first sub-video data are played according to the audio and video playback rules, specifically including:

When the play time of the first sub-audio data of X is less than the play time of the first sub-video data of Y, according to the blank note filling rule, the blank play time of the first sub-audio data of X and the first sub-video data of Y Between, fill blank notes, so that the playing time of X first sub-audio data is equal to the playing time of Y first sub-video data.

Optionally, after playing the X first sub-audio data and the Y first sub-video data according to the audio and video playback rules, the method further includes:

Setting a default operation and a first playback operation corresponding to the default operation;

When the preset operation is detected, the first playback operation is performed on the X pieces of first sub-audio data and the Y pieces of first sub-video data being played.

Optionally, M first sub-audio data and N first sub-video data are stored in the server, and X first sub-audio data and Y first sub-video data corresponding to audio and video playback rules are obtained, specifically including:

Download corresponding X pieces of first sub-audio data and Y pieces of first sub-video data from the server according to audio and video playback rules.

Optionally, after downloading the corresponding X first sub-audio data and Y first sub-video data from the server, before playing the X first sub-audio data and Y first sub-video data, the method Also includes:

Merging X first sub-audio data into one second audio data;

Correspondingly, the X first sub-audio data and the Y first sub-video data are played, specifically:

The second audio data and the Y pieces of first sub-video data are played according to the audio and video playing rules.

Optionally, M first sub-audio data and N first sub-video data are stored in the terminal, and X first sub-audio data and Y first sub-video data corresponding to the audio and video playing rules are obtained, specifically including:

The first audio data is divided into M first sub-audio data according to the preset audio segmentation rule, and the first video data is divided into N first sub-video data according to the preset video segmentation rule; M is greater than or equal to 1, and N is greater than or equal to 1;

Obtain corresponding X pieces of first sub-audio data from M pieces of first sub-audio data according to audio and video playing rules, and obtain corresponding Y pieces of first sub-video data from N pieces of first sub-video data.

In a second aspect, an embodiment of the present invention provides a terminal, including an acquisition unit and a playback unit, wherein:

The obtaining unit is used to obtain preset audio and video playback rules, and the audio and video playback rules are used to specify the playback mode of the first sub-audio data and the first sub-video data; obtain X first sub-audios corresponding to the audio and video playback rules data and Y first sub-video data, the X first sub-audio data is at least one of the pre-divided M first sub-audio data, and the Y first sub-video data is the pre-divided N first sub-audio data. at least one of the sub video data;

The playing unit is configured to play the X pieces of first sub-audio data and the Y pieces of first sub-video data according to the audio and video playing rules acquired by the acquiring unit.

Optionally, the audio and video playback rules include duration proofreading rules and playback units, which are specifically used for:

The playing time of the X pieces of first sub-audio data and the Y pieces of first sub-video data is controlled according to the time-length collation rule.

Optionally, the audio and video playback rules include blank note filling rules and playback units, which are specifically used for:

When the play time of the first sub-audio data of X is less than the play time of the first sub-video data of Y, according to the blank note filling rule, the blank play time of the first sub-audio data of X and the first sub-video data of Y Between, fill blank notes, so that the playing time of X first sub-audio data is equal to the playing time of Y first sub-video data.

Optionally, the terminal also includes a setting unit and an execution unit, wherein:

The setting unit is used to set the preset operation and the first playback operation corresponding to the preset operation after the playback unit plays the X first sub-audio data and the Y first sub-video data according to the audio and video playback rules;

The execution unit is configured to execute the first playback operation on the X pieces of first sub-audio data and Y pieces of first sub-video data being played when the preset operation set by the setting unit is detected.

Optionally, the M first sub-audio data and N first sub-video data are stored in the server, and the acquisition unit is specifically used for:

Download corresponding X pieces of first sub-audio data and Y pieces of first sub-video data from the server according to audio and video playback rules.

Optionally, the terminal further includes a merging unit, which is used for pairing the X first sub-audio data and Y first sub-video data in the playback unit after the acquiring unit downloads the corresponding X first sub-audio data and Y first sub-video data from the server. Before playing the Y first sub-video data, combining X first sub-audio data into one second audio data;

Correspondingly, the playing unit is specifically configured to play the second audio data and the Y pieces of first sub-video data combined by the combining unit according to the audio and video playing rules.

Optionally, the M first sub-audio data and N first sub-video data are stored in the terminal, and the acquisition unit is specifically used for:

The first audio data is divided into M first sub-audio data according to the preset audio segmentation rule, and the first video data is divided into N first sub-video data according to the preset video segmentation rule; M is greater than or equal to 1, and N is greater than or equal to 1. Obtain corresponding X pieces of first sub-audio data from M pieces of first sub-audio data according to audio and video playback rules, and obtain corresponding Y pieces of first sub-video data from N pieces of first sub-video data.

Embodiments of the present invention provide a playback method and terminal, by acquiring preset audio and video playback rules, the audio and video playback rules are used to specify the playback mode of the first sub-audio data and the first sub-video data; acquisition and audio and video playback X first sub-audio data and Y first sub-video data corresponding to the rules, the X first sub-audio data is at least one of the pre-divided M first sub-audio data, and the Y first sub-video data It is at least one of the pre-divided N first sub-video data; X first sub-audio data and Y first sub-video data are played according to audio and video playing rules. Using the above technology implementation scheme, since the audio data and video data are independent of each other, they can be played in any arrangement and combination, so the audio or video content can be played repeatedly, reducing the network transmission time and traffic, and saving the storage space of the terminal , which improves the flexibility of video playback.

Description of drawings

FIG. 1 is a first schematic flow diagram of a playing method provided by an embodiment of the present invention;

FIG. 2 is a second schematic flow diagram of a playback method provided by an embodiment of the present invention;

FIG. 3 is a schematic diagram of playback of an audio and video playback combination provided by an embodiment of the present invention;

FIG. 4 is a third schematic flow diagram of a playback method provided by an embodiment of the present invention;

5 is a schematic diagram of the normal play sequence of the audio and video play combination provided by the embodiment of the present invention;

FIG. 6 is a schematic diagram of the switched playback sequence of the audio and video playback combination provided by the embodiment of the present invention;

FIG. 7 is a first structural schematic diagram of a terminal provided by an embodiment of the present invention;

FIG. 8 is a second structural schematic diagram of a terminal provided by an embodiment of the present invention;

FIG. 9 is a third schematic structural diagram of a terminal provided by an embodiment of the present invention.

Detailed ways

The following will clearly and completely describe the technical solutions in the embodiments of the present invention with reference to the drawings in the embodiments of the present invention.

Embodiment one

FIG. 1 is a schematic flow diagram of a playback method provided by an embodiment of the present invention. The method is applied to a terminal, and the playback method includes:

Step 101: Acquiring preset audio and video playback rules, the audio and video playback rules are used to specify the playback mode of the first sub-audio data and the first sub-video data;

It can be understood that the terminal can query the audio and video playback rules corresponding to an audio and video playback combination and the first sub-audio data and the first sub-video data through the query interface set by the terminal to obtain the preset audio and video playback rules.

In practical applications, the terminal can preferentially search for audio and video playback rules from local storage, and if no audio and video playback rules are stored locally, it can search for audio and video playback rules from the server. Certainly, the terminal may also directly search for the audio and video playing rules from the server, and the embodiment of the present invention does not specifically limit the specific manner for the terminal to obtain the preset audio and video playing rules.

It should be noted that the audio and video playback rules are used to describe the playback of each audio and video playback combination. Specifically, the audio and video playback rules may include at least one video playback sequence description file and at least one audio playback sequence description file. Wherein, the video playback sequence description file describes the playback rules of the first sub-video data, including the file name, playback order, repetition times, title, trailer, and other expandable configuration items of each first sub-video data. The audio playback sequence description file describes the playing rules of the first sub-audio data, including the file name, repetition times, times of filling blank notes, and other expandable configuration items of each first sub-audio data.

Step 102: Obtain X first sub-audio data and Y first sub-audio data corresponding to audio and video playback rules, and the X first sub-audio data is at least one of the pre-divided M first sub-audio data , the Y first sub-video data is at least one of the pre-divided N first sub-video data;

It should be noted that the pre-divided M pieces of first sub-audio data and the pre-divided N pieces of first sub-video data can be stored on the server or on the local terminal. The location is not specifically limited.

Specifically, the M first sub-audio data and N first sub-video data are stored in the server, and step 102 includes: downloading the corresponding X first sub-audio data and Y first sub-audio data from the server according to the audio and video playback rules. video data.

Specifically, M pieces of first sub-audio data and N pieces of first sub-audio data are stored in the terminal. Step 102 specifically includes: dividing the first audio data into M pieces of first sub-audio data according to a preset audio segmentation rule, according to The preset video segmentation rule divides the first video data into N first sub-video data; M is greater than or equal to 1, and N is greater than or equal to 1; according to the audio and video playback rules, the corresponding X-th sub-audio data is obtained from the M first sub-audio data For sub-audio data, corresponding Y pieces of first sub-video data are obtained from N pieces of first sub-video data.

In practical applications, the file naming rules of the M first sub-audio data and the N first sub-video data can be set according to user preferences. For example, it can be seen that the playback combination is named Pn, where n is a subscript. The video unit subordinate to Pn is named Pn_VUn, and the audio unit subordinate to Pn is named Pn_AUn. The shareable video unit is named C_VUn, and the shareable audio unit is named C_AUn. Of course, the embodiment of the present invention does not specifically limit the file naming rules of the M first sub-audio data and the N first sub-video data.

For example, the first audio data can be named as: P1_AU1*1, P1_AU2, P1_AU3, CAU0*10, P1_AU1. The first sub-video data can be named: P1_VU1*1, P1_VU2, P1_VU3, P1_VU4*5. An audio and video playback combination is named P1, the video units included are P1_U1, P1_U2, ... P1_Un, and the audio units are named P1_A1, P1_A2, ... P1_An. Such an audio and video playback combination includes a plurality of first sub-video data and a plurality of first audio data. In practical applications, there can be multiple such audio and video playback combinations, for example, P1, P2, P3, ..., Pn, and all M first sub-audio data and N first sub-video data can be shared between them .

Step 103: Play X pieces of first sub-audio data and Y pieces of first sub-video data according to audio and video playing rules.

Further, as shown in FIG. 2, after downloading the corresponding X first sub-audio data and Y first sub-video data from the server, before step 103, the method also includes step 1030, and step 1030 is specifically:

Step 1030: combining X first sub-audio data into one second audio data;

Correspondingly, step 103 specifically includes: playing the second audio data and Y pieces of first sub-video data according to the audio and video playing rules.

It should be noted that one first sub-video data can correspond to a plurality of first sub-audio data, and the terminal uses the method of reading and writing computer files in the memory to stitch all the first sub-video data corresponding to the first sub-video data before playing. The sub-audio data is read into the memory and spliced into an independent audio whole in the memory, that is, merged into a second audio data. In this way, when the terminal is playing an audio-video combination file, since the second audio data is subordinate to a first sub-video data, the combined playback of the second audio data will not affect the playback content of the first sub-video data Change, when the first sub-video data is switched, the second audio data will also be switched at the same time, so that there will be no delay in the overall audio track. At the same time, it also avoids the time consumption caused by the terminal playing multiple first sub-audio data when audio and video are combined, and the time asynchrony between the first sub-audio data and the first sub-video data, which solves the problem of combination Audio and video out of sync issues during playback.

Exemplarily, the audio and video playback rules include time length collation rules, and X first sub-audio data and Y first sub-video data are played according to the audio and video playback rules, specifically including: controlling the X first sub-audio data according to the duration collation rule Playing moments of audio data and Y first sub-video data.

It should be noted that, according to the duration proofreading rules, the terminal resets at the moment when each first sub-video data starts to play, so as to ensure the synchronization of video and audio within a unit, so that the timing of video and audio playback can be synchronized, that is, carry out Play correction.

Exemplarily, the audio and video playback rules include blank note filling rules, and X first sub-audio data and Y first sub-video data are played according to the audio and video playback rules, specifically including: When playing time is less than the playing time of Y first sub-video data, according to blank note filling rule, between the blank playing time of X first sub-audio data and Y first sub-video data, fill up blank note, so that X The playing time of the first sub-audio data is equal to the playing time of Y first sub-video data.

It should be noted that the terminal can name the blank note as C_AU0 according to the blank note filling rule, and the number of repeated files is File Name*n, which means that the file File Name is played n times, and the default is 1 time. The file descriptions are separated by commas. Certainly, the terminal may also name blank notes in various ways, which is not specifically limited in this embodiment of the present invention.

Understandably, if the playback time of X first sub-audio data is less than the playback time of Y first sub-video data, it means that the audio playback time is not enough for the video playback time. Therefore, blank notes are used to fill the air strike time of the audio track, thereby improving the audio frequency. Calibrated with the video moment.

In practical applications, when the terminal plays video, the video player is responsible for playing multiple first sub-video data, and multiple audio players are responsible for playing multiple first sub-audio data respectively. Specifically, as shown in FIG. 3 , each first sub-video data may correspond to multiple audio tracks, where an audio track may be an independent audio file, or may include multiple first sub-audio data. The abscissa of the coordinate axis in Figure 3 represents the playback progress over time, the vertical dotted line in Figure 3 represents the dividing line of the video unit, UV1, UV2 represent a video file, VA1, VA2, VA3, VA4 respectively Represents an independent audio file, VA0 represents a blank note, the duration of the blank note is 1 second, VA0*n represents the number of blank note cycles, and the time of the blank note is converted from once per second. Audio track 1, audio track 2, and audio track 3 represent multiple audios played in conjunction with the video unit. As shown in Figure 3, in the first playback unit, the UV1 video file will be played repeatedly three times, and the corresponding audio is VA1, VA2, and VA2. After VA2 is played, there is no sound, and the blank notes are cycled n times. Then enter the second playback unit, the video will play UV2 files, and the audio will play VA3. Each playback unit has a Next pointer inside. The next pointer of the current playback unit can be dynamically adjusted to any playback unit. When the time of the current playback unit ends, the playback unit pointed to by the next pointer will be loaded.

It can be seen that when a file needs to be played repeatedly, it is played to the end of the file, and then the playback progress is adjusted to the start time through the program, that is, the file can be played again. It can be seen that the playback method provided by the embodiment of the present invention is suitable for teaching classes. video. Such as radio gymnastics, gym teaching and other scenarios.

In addition, in practice, the player of the terminal system implements playback pause/fast forward/backward through a custom UI, and controls audio and video synchronous playback through programs.

Further, as shown in FIG. 4, after step 103, the method further includes steps 104-105, specifically:

Step 104: Setting a preset operation and a first playback operation corresponding to the preset operation;

Step 105: When the preset operation is detected, perform a first playback operation on the X pieces of first sub-audio data and Y pieces of first sub-video data that are being played.

It can be understood that the first playback operation includes various playback events of the terminal, for example, a pause operation, a switching operation, an operation of updating playback content, and the like. The embodiment of the present invention does not specifically limit the type of the first playback operation.

In practical applications, the terminal can detect preset operations through an extensible third-party playback interface. During playback, the terminal detects different preset operations according to different preset notification messages received, and triggers the corresponding first playback operation of the player.

For example, referring to FIG. 5 , the normal playback order of the terminal is to play VU1, VU2, and VU3 in sequence. When receiving the switch operation, the terminal triggers an operation to switch video resources. Specifically, as shown in Figure 6, each video unit played by the terminal is a pointer object, which contains a video object next pointing to the video object to be played at the next moment. When the switch operation is received, the switch is triggered. video resources, the next of the currently played video pointer points to the new target, so that the playback sequence after the terminal is switched is to play VU1, VU NEW, and VU3 in sequence. In this way, the terminal realizes that the playback content can be dynamically changed by triggering an event.

In summary, the playback method provided by the embodiment of the present invention acquires the preset audio and video playback rules, and the audio and video playback rules are used to specify the playback mode of the first sub-audio data and the first sub-video data; The X first sub-audio data and Y first sub-video data corresponding to the playback rules, the X first sub-audio data is at least one of the pre-divided M first sub-audio data, and the Y first sub-video data The data is at least one of the pre-divided N first sub-video data; X first sub-audio data and Y first sub-video data are played according to audio and video playing rules. Using the above technology implementation scheme, since the audio data and video data are independent of each other, they can be played in any arrangement and combination, so the audio or video content can be played repeatedly, reducing the network transmission time and traffic, and saving the storage space of the terminal , which improves the flexibility of video playback.

Embodiment two

FIG. 7 is a schematic structural diagram of a terminal provided by an embodiment of the present invention. Referring to FIG. 7, the terminal includes an acquisition unit 101 and a playback unit 102, wherein:

The acquisition unit 101 is used to acquire preset audio and video play rules, and the audio and video play rules are used to specify the playback mode of the first sub-audio data and the first sub-video data; acquire X first sub-audio data corresponding to the audio and video play rules Audio data and Y first sub-video data, the X first sub-audio data is at least one of the pre-divided M first sub-audio data, and the Y first sub-video data is the pre-divided Nth sub-audio data at least one of sub-video data;

The playing unit 102 is configured to play X pieces of first sub-audio data and Y pieces of first sub-video data according to the audio and video playing rules acquired by the acquiring unit 101 .

Further, the audio and video playback rules include time-length collation rules, and the playback unit 102 is specifically configured to: control the playing moments of the X pieces of first sub-audio data and the Y pieces of first sub-video data according to the time-length collation rules.

Further, the audio and video playback rules include blank note filling rules, and the playback unit 102 is specifically used to: when the playback time of the X first sub-audio data is less than the playback time of the Y first sub-video data, according to the blank note filling rule , between the blank playing time of the X first sub-audio data and the Y first sub-video data, fill blank notes so that the playing time of the X first sub-audio data is equal to the playing time of the Y first sub-video data .

Further, as shown in FIG. 8 , the terminal further includes a setting unit 104 and an execution unit 105, wherein: the setting unit 104 is used to set the X first sub-audio data and the Y first sub-audio data in the playback unit 102 according to the audio and video playback rules After the sub-video data is played, a preset operation and a first play operation corresponding to the preset operation are set; the execution unit 105 is configured to, when detecting the preset operation set by the setting unit 104, execute the X first playback operations being played. The sub-audio data and Y pieces of first sub-video data perform a first playback operation.

Further, the M pieces of first sub-audio data and N pieces of first sub-video data are stored in the server, and the obtaining unit 101 is specifically used to: download corresponding X pieces of first sub-audio data and Y pieces of first sub-audio data from the server according to audio and video playback rules. the first sub-video data.

Further, as shown in FIG. 9 , the terminal further includes a merging unit 106 configured to, after the acquiring unit 101 downloads the corresponding X first sub-audio data and Y first sub-video data from the server, play the unit 102 to Before the X first sub-audio data and the Y first sub-video data are played, the X first sub-audio data are combined into one second audio data; correspondingly, the playback unit 102 is specifically used to play according to the audio and video playing rules Play the second audio data and Y pieces of first sub-video data combined by the merging unit.

Further, the M pieces of first sub-audio data and N pieces of first sub-video data are stored in the terminal, and the acquiring unit 101 is specifically used to: divide the first audio data into M pieces of first sub-audio data according to preset audio segmentation rules According to the preset video segmentation rule, the first video data is divided into N first sub-video data; M is greater than or equal to 1, and N is greater than or equal to 1; according to the audio and video playback rules, the corresponding X is obtained from the M first sub-audio data pieces of first sub-audio data, and obtain corresponding Y pieces of first sub-video data from N pieces of first sub-video data.

To sum up, the terminal provided by the embodiment of the present invention obtains the preset audio and video playback rules, and the audio and video playback rules are used to specify the playback mode of the first sub-audio data and the first sub-video data; acquisition and audio/video playback X first sub-audio data and Y first sub-video data corresponding to the rules, the X first sub-audio data is at least one of the pre-divided M first sub-audio data, and the Y first sub-video data It is at least one of the pre-divided N first sub-video data; X first sub-audio data and Y first sub-video data are played according to audio and video playing rules. Using the above technology implementation scheme, since the audio data and video data are independent of each other, they can be played in any arrangement and combination, so the audio or video content can be played repeatedly, reducing the network transmission time and traffic, and saving the storage space of the terminal , which improves the flexibility of video playback.

Those skilled in the art should understand that the embodiments of the present invention may be provided as methods, systems, or computer program products. Accordingly, the present invention can take the form of a hardware embodiment, a software embodiment, or an embodiment combining software and hardware aspects. Furthermore, the present invention may take the form of a computer program product embodied on one or more computer-usable storage media (including but not limited to disk storage and optical storage, etc.) having computer-usable program code embodied therein.

The present invention is described with reference to flowchart illustrations and/or block diagrams of methods, apparatus (systems), and computer program products according to embodiments of the invention. It should be understood that each procedure and/or block in the flowchart and/or block diagram, and a combination of procedures and/or blocks in the flowchart and/or block diagram can be realized by computer program instructions. These computer program instructions may be provided to a general purpose computer, special purpose computer, embedded processor, or processor of other programmable data processing equipment to produce a machine such that the instructions executed by the processor of the computer or other programmable data processing equipment produce a An apparatus for realizing the functions specified in one or more procedures of the flowchart and/or one or more blocks of the block diagram.

These computer program instructions may also be stored in a computer-readable memory capable of directing a computer or other programmable data processing device to operate in a specific manner, such that the instructions stored in the computer-readable memory produce an article of manufacture comprising instructions that implement A function specified in a process flow or processes and/or a block or blocks in a block diagram.

These computer program instructions can also be loaded onto a computer or other programmable data processing device, causing a series of operational steps to be performed on the computer or other programmable device to produce a computer-implemented process, thereby The instructions provide steps for implementing the functions specified in the flow chart or blocks of the flowchart and/or the block or blocks of the block diagrams.

The above descriptions are only preferred embodiments of the present invention, and are not intended to limit the protection scope of the present invention.

Claims (14)

1. a kind of playback method, which is characterized in that the method is applied to terminal, including：

Preset audio and video playing rule is obtained, the audio and video playing rule is for providing the first sub-audio data and the first son The broadcast mode of video data；

Obtain X first sub-audio datas corresponding with audio and video playing rule and Y the first sub-video numbers It is at least one of a first sub-audio datas of M divide in advance according to, the X the first sub-audio datas, the Y a the One sub-video data is at least one of N number of first sub-video data divided in advance；

The X the first sub-audio datas and the Y the first sub-video datas are carried out according to the audio and video playing rule It plays.

2. according to the method described in claim 1, it is characterized in that, the audio and video playing rule includes duration proof rule, It is described that X first sub-audio datas and Y first sub-video datas are carried out according to the audio and video playing rule It plays, specifically includes：

Broadcasting for X first sub-audio datas and Y first sub-video datas is controlled according to the duration proof rule Put the moment.

3. according to the method described in claim 1, it is characterized in that, the audio and video playing rule, which includes blank note, fills up rule Then, it is described according to the audio and video playing rule to X first sub-audio datas and Y first sub-video datas into Row plays, and specifically includes：

When the reproduction time of X first sub-audio datas is less than the reproduction time of Y first sub-video datas, root Rule is filled up according to blank note, when the blank of X first sub-audio datas and Y first sub-video datas plays Between between, note of plugging a gap, so that the reproduction time of X first sub-audio datas is equal to Y first sub-videos The reproduction time of data.

4. according to the method described in claim 1, it is characterized in that, it is described according to the audio and video playing rule to X institute It states after the first sub-audio data and Y first sub-video datas play out, the method further includes：

Predetermined registration operation and the first play operation corresponding with the predetermined registration operation are set；

When detecting the predetermined registration operation, to the X being played on first sub-audio datas and Y described first Sub-video data executes first play operation.

5. according to the method described in claim 1, it is characterized in that, the M the first sub-audio datas and N number of first son Video data is stored in server, the acquisition and regular corresponding X first sub-audio data of the audio and video playing With Y first sub-video datas, specifically include：

Corresponding X the first sub-audio datas and Y first are downloaded from the server according to the audio and video playing rule Sub-video data.

6. according to the method described in claim 5, it is characterized in that, downloading corresponding X first son from the server After audio data and Y the first sub-video datas, to X first sub-audio datas and Y first sub-videos Before data play out, the method further includes：

The X the first sub-audio datas are merged into a second audio data；

Correspondingly, described play out X first sub-audio datas and Y first sub-video datas, specially：

The second audio data and Y first sub-video datas are played out according to the audio and video playing rule.

7. according to the method described in claim 1, it is characterized in that, the M the first sub-audio datas and N number of first son Video data is stored in the terminal, the acquisition and regular corresponding X first sub-audio of the audio and video playing According to Y first sub-video datas, specifically include：

The first audio data is divided into M the first sub-audio datas according to preset audio segmentation rule, according to pre- setting video point It is N number of first sub-video data that rule, which is cut, by the first partitioning video data；The M is more than or equal to 1, and the N is more than or equal to 1；

Corresponding X the first sub-audios are obtained from the M the first sub-audio datas according to the audio and video playing rule According to obtaining corresponding Y the first sub-video datas from N number of first sub-video data.

8. a kind of terminal, which is characterized in that including acquiring unit and broadcast unit, wherein：

The acquiring unit, for obtaining preset audio and video playing rule, the audio and video playing rule is for providing first The broadcast mode of sub-audio data and the first sub-video data；It obtains and the corresponding X of audio and video playing rule a described the One sub-audio data and Y first sub-video datas, the X the first sub-audio datas are M divide in advance a the At least one of one sub-audio data, the Y the first sub-video datas are N number of first sub-video data divided in advance At least one of；

The broadcast unit, the audio and video playing rule the first son described to X for being obtained according to the acquiring unit Audio data and Y first sub-video datas play out.

9. terminal according to claim 8, which is characterized in that the audio and video playing rule includes duration proof rule, The broadcast unit, is specifically used for：

Broadcasting for X first sub-audio datas and Y first sub-video datas is controlled according to the duration proof rule Put the moment.

10. terminal according to claim 8, which is characterized in that the audio and video playing rule includes that blank note is filled up Rule, the broadcast unit, is specifically used for：

When the reproduction time of X first sub-audio datas is less than the reproduction time of Y first sub-video datas, root Rule is filled up according to blank note, when the blank of X first sub-audio datas and Y first sub-video datas plays Between between, note of plugging a gap, so that the reproduction time of X first sub-audio datas is equal to Y first sub-videos The reproduction time of data.

11. terminal according to claim 8, which is characterized in that the terminal further includes setting unit and execution unit, In：

The setting unit is used in the broadcast unit according to the audio and video playing rule to X first sub-audios After data and Y first sub-video datas play out, predetermined registration operation and corresponding with the predetermined registration operation the are set One play operation；

The execution unit, for when detecting the predetermined registration operation of setting unit setting, to the playing X first sub-audio datas and Y first sub-video datas execute first play operation.

12. terminal according to claim 8, which is characterized in that M first sub-audio datas and N number of described first Sub-video data is stored in server, and the acquiring unit is specifically used for：

Corresponding X the first sub-audio datas and Y first are downloaded from the server according to the audio and video playing rule Sub-video data.

13. terminal according to claim 12, which is characterized in that the terminal further includes combining unit, for described After acquiring unit downloads corresponding X the first sub-audio datas and Y the first sub-video datas from the server, broadcasting It puts before unit plays out X first sub-audio datas and Y first sub-video datas, by the X the One sub-audio data merges into a second audio data；

Correspondingly, the broadcast unit, is specifically used for the institute merged to the combining unit according to the audio and video playing rule It states second audio data and Y first sub-video datas plays out.

14. terminal according to claim 8, which is characterized in that M first sub-audio datas and N number of described first Sub-video data is stored in the terminal, and the acquiring unit is specifically used for：

The first audio data is divided into M the first sub-audio datas according to preset audio segmentation rule, according to pre- setting video point It is N number of first sub-video data that rule, which is cut, by the first partitioning video data；The M is more than or equal to 1, and the N is more than or equal to 1；Root Corresponding X the first sub-audio datas are obtained from the M the first sub-audio datas according to the audio and video playing rule, from institute It states and obtains corresponding Y the first sub-video datas in N number of first sub-video data.