CN103747360A - Intelligent television video playing method and equipment - Google Patents
Intelligent television video playing method and equipment Download PDFInfo
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- CN103747360A CN103747360A CN201310740628.0A CN201310740628A CN103747360A CN 103747360 A CN103747360 A CN 103747360A CN 201310740628 A CN201310740628 A CN 201310740628A CN 103747360 A CN103747360 A CN 103747360A
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Abstract
The embodiment of the invention provides an intelligent television video playing method and intelligent television video playing equipment, and relates to the field of video playing. The automatic switching of playing modes can be carried out according to the video formats of the videos. The method comprises the following steps that a player receives a first video playing instruction, the video information of a first video is obtained from a video server according to a first video mark in the first video playing instruction, the playing mode of the player is switched into a 3D (three-dimensional) playing mode when the video format of the first video is determined to be the 3D video format according to the first format information in the video information of the first video, and the first video is played in the 3D playing mode; when the video format of the first video is determined to be the 2D (two-dimensional) video format according to the first format information, the playing mode of the player is switched to the 2D playing mode, and the first video is played in the 2D playing mode. The method and the equipment provided by the embodiment of the invention are used for intelligent television video playing.
Description
Technical field
The present invention relates to video playback field, relate in particular to a kind of intelligent television video broadcasting method and equipment.
Background technology
Along with the development of 3D film, 3D film more and more welcomed by the people, 3D film is mainly the method for utilizing eye-observation scenery, by two film cameras of settling side by side, commissarial images of left and right eyes, synchronously shoots two slightly mutes of horizontal parallax respectively.During projection, two motion picture films are respectively charged into left and right cinematographic projector, and before projection lens, install respectively two polarization axles and be mutually the polariscope of 90 degree.Two projectors need run-in synchronism, picture are thrown in metal screen simultaneously, form the right picture slur of left picture.
In prior art, when user selects to watch the film of 3D form by videoconference client (as intelligent television), user needs manually current play mode to be switched to 3D play mode by 2D play mode (i.e. the broadcast format of this videoconference client acquiescence), after this film finishes playing, if user selects again to play the film of a 2D form, also need manually this play mode to be switched back to 2D play mode by 3D play mode, like this, because user manually carries out the switching of play mode, thereby increased the operation of human resources.
Summary of the invention
Embodiments of the invention provide a kind of intelligent television video broadcasting method and equipment, and player can carry out according to the video format of video the switching voluntarily of play mode.
For achieving the above object, embodiments of the invention adopt following technical scheme:
First aspect, provides a kind of intelligent television video broadcasting method, comprising:
Player receives the first video playback instruction, and wherein, described the first video playback instruction comprises the first video labeling, is used to indicate the first video corresponding to the first video labeling described in described player plays;
The video information of obtaining described the first video according to described the first video labeling from video server, described video information comprises the first format information;
When determining that according to described the first format information the video format of described the first video is three-dimensional 3D video format, the play mode of described player is switched to 3D play mode, and play described the first video by described 3D play mode;
When determining that according to described the first format information the video format of described the first video is two-dimentional 2D video format, the play mode of described player is switched to 2D play mode, and play described the first video by described 2D play mode.
In the possible implementation of first aspect the first, described 3D video format comprises left and right split screen form, described when determining that according to described the first format information the video format of described the first video is three-dimensional 3D video format, the play mode of described player is switched to 3D play mode, and by described 3D play mode, plays described the first video and comprise:
While determining that according to described the first format information the video format of described the first video is three-dimensional 3D left and right split screen form, the play mode of described player is switched to three-dimensional 3D left and right span mode, and play described the first video by described three-dimensional 3D left and right span mode; Or,
Described 3D video format comprises upper and lower split screen form, described when determining that according to described the first format information the video format of described the first video is three-dimensional 3D video format, the play mode of described player is switched to 3D play mode, and by described 3D play mode, plays described the first video and comprise:
While determining that according to described the first format information the video format of described the first video is the upper and lower split screen form of three-dimensional 3D, the play mode of described player is switched to the upper and lower split screen form of three-dimensional 3D, and play described the first video by the upper and lower split screen form of described three-dimensional 3D.
In the possible implementation of first aspect the second, by described 3D play mode, to play after described the first video, described method also comprises:
Receive and play exit instruction, and according to described broadcasting exit instruction, exit the broadcasting of described the first video;
The play mode of described player is switched to 2D play mode by 3D play mode.
In the third possible implementation of first aspect, by described 3D play mode, to play after described the first video, described method also comprises:
Receive the second video playback instruction, wherein, described the second video playback instruction comprises the second video labeling, be used to indicate the second video corresponding to the second video labeling described in described player plays, and according to described the second video labeling, from video server, obtain the video information of described the second video, described video information comprises the second format information;
When determining that according to described the second format information described the second video is two-dimentional 2D video format, the play mode of described player is switched to 2D play mode by 3D play mode, and play described the second video by described 2D play mode.
In conjunction with first aspect, to the third possible implementation of first aspect, in the 4th kind of possible implementation of first aspect, the described video information of obtaining described the first video according to described the first video labeling from video server comprises:
Described the first video labeling is sent to described video server;
At described video server, determine after the video information corresponding with described the first video labeling, receive the described video information that described video server sends.
Second aspect, provides a kind of player, comprising:
Receiving element, for receiving the first video playback instruction, wherein, described the first video playback instruction comprises the first video labeling, is used to indicate the first video corresponding to the first video labeling described in described player plays;
Acquiring unit, for obtain the video information of described the first video from video server according to the first video labeling of described receiving element reception, described video information comprises the first format information;
Broadcast unit, for when the first format information obtaining according to described acquiring unit determines that the video format of described the first video is three-dimensional 3D video format, the play mode of described player is switched to 3D play mode, and play described the first video by described 3D play mode; When the first format information obtaining according to described acquiring unit determines that the video format of described the first video is two-dimentional 2D video format, the play mode of described player is switched to 2D play mode, and play described the first video by described 2D play mode.
In the possible implementation of second aspect the first, described 3D video format comprises left and right split screen form, described broadcast unit specifically for, while determining that according to described the first format information the video format of described the first video is three-dimensional 3D left and right split screen form, the play mode of described player is switched to three-dimensional 3D left and right span mode, and play described the first video by described three-dimensional 3D left and right span mode; Or,
Described 3D video format comprises upper and lower split screen form, described broadcast unit specifically for, while determining that according to described the first format information the video format of described the first video is the upper and lower split screen form of three-dimensional 3D, the play mode of described player is switched to the upper and lower split screen form of three-dimensional 3D, and play described the first video by the upper and lower split screen form of described three-dimensional 3D.
In the possible implementation of second aspect the second, described receiving element also for, by described 3D play mode, playing after described the first video, receive play exit instruction;
Described broadcast unit also for, the broadcasting exit instruction receiving according to described receiving element exits the broadcasting of described the first video, and the play mode of described player is switched to 2D play mode by 3D play mode.
In the third possible implementation of second aspect, described receiving element also for, by described 3D play mode, playing after described the first video, receive the second video playback instruction, wherein, described the second video playback instruction comprises the second video labeling, is used to indicate the second video corresponding to the second video labeling described in described player plays;
Described acquiring unit also for, the second video labeling receiving according to described receiving element obtains the video information of described the second video from video server, described video information comprises the second format information;
Described broadcast unit also for, when determining that according to described the second format information described the second video is two-dimentional 2D video format, the play mode of described player is switched to 2D play mode by 3D play mode, and play described the second video by described 2D play mode.
In conjunction with second aspect to any in the third possible implementation of second aspect, in the 4th kind of possible implementation, described acquiring unit specifically for, described the first video labeling is sent to described video server, and determine after the video information corresponding with described the first video labeling at described video server, receive the described video information that described video server sends.
A kind of intelligent television video broadcasting method and equipment that the embodiment of the present invention provides, when the video format of user's selection is 3D video format, the play mode of player is switched to 3D play mode, when the video format of user's selection is 2D video format, the play mode of player is switched to 2D play mode, like this, the video format of the video that player can be selected according to user switches corresponding play mode, thereby avoided user that play mode is manually set, reduced the operation of human resources.
Accompanying drawing explanation
A kind of intelligent television video broadcasting method schematic diagram that Fig. 1 provides for the embodiment of the present invention;
The structural representation of a kind of player that Fig. 2 provides for the embodiment of the present invention.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is clearly and completely described, obviously, described embodiment is only the present invention's part embodiment, rather than whole embodiment.Based on the embodiment in the present invention, those of ordinary skills, not making the every other embodiment obtaining under creative work prerequisite, belong to the scope of protection of the invention.
The embodiment of the present invention provides a kind of intelligent television video broadcasting method, and as shown in Figure 1, the executive agent of the method is player, and the method comprises:
S101, player receive the first video playback instruction.
Wherein, this player can be for intelligent television, and establishes a communications link with video server, and this player can be the application software on this intelligent television, the video that user can watch video server to provide by this player.
Particularly, on the broadcast interface of this player, comprise video play lists, user browses this video play lists, and in this list of videos, selects oneself to want the video of watching.After the video that user selects to want to watch, the first video playback instruction that player reception user sends wherein the first video playback instruction comprises the first video labeling, is used to indicate the first video corresponding to this first video labeling of this player plays.Wherein, the title (as movie name or TV play title) that this first video labeling can be this first video.
S102, player obtain the video information of this first video from video server according to the first video labeling in this first video playback instruction.
Wherein, this video information comprises the first format information, this first format information is indicated the video format (as 3D video format or 2D video format) of this first video, certainly, this video information can also comprise the information such as the duration of this first video and video profile, to facilitate user to understand the essential information of this video, promote user and experience.
Particularly, player is sent to this video server by this first video labeling, at this video server, determines after the video information corresponding with this first video labeling, receives this video information that this video server sends.
S103, player are when determining that according to the first format information in this video information the video format of this first video is three-dimensional 3D video format, the play mode of this player is switched to 3D play mode, and play this first video by this 3D play mode.
Usually, the video format of 3D video data mainly comprises three kinds of forms:
1, left and right split screen form: left and right form is to pass through light polarizing film after the picture level direction on the left side is stretched, and forms certain angle; After being stretched, the picture level direction on the right side by light polarizing film, forms 90 degree with left picture.By polarization type eyes, left eye receives left side picture, and right eye receives the right picture.
2, upper and lower split screen form: upper and lower form is to pass through light polarizing film after picture level direction is above stretched, and forms certain angle; After being stretched, picture level direction below by light polarizing film, forms 90 degree with upper picture.By polarization type eyes, left eye receives top picture, and right eye receives following picture.
3, form frame by frame: form is divided into Frame packed and Frame Sequence frame by frame, and Frame packed is placed on left and right signal on same picture and shows, according to parity rows by right and left eyes signal by light polarizing film, right angle sends each other; Frame Sequence is that right and left eyes is respectively a picture, by light polarizing film, alternately sends.
Like this, when the 3D video format of this first format information indication comprises left and right split screen form, when this player determines that according to this first format information the video format of this first video is three-dimensional 3D left and right split screen form, the play mode of this player is switched to three-dimensional 3D left and right span mode, and play this first video by this three-dimensional 3D left and right span mode; When the 3D video format of this first format information indication comprises upper and lower split screen form, when this player determines that according to this first format information the video format of this first video is the upper and lower split screen form of three-dimensional 3D, the play mode of this player is switched to the upper and lower span mode of three-dimensional 3D, and play this first video by this three-dimensional 3D left and right span mode; When the 3D video format of this first format information indication comprises form frame by frame, this player determines that according to this first format information the video format of this first video is that three-dimensional 3D is frame by frame during form, the play mode of this player is switched to three-dimensional 3D pattern frame by frame, and by this three-dimensional 3D this first video of mode playback frame by frame.
Further, player generates prompt window at broadcast interface, and this prompt window is for showing play cuing information to user.
Particularly, player is getting after video data, need to decode to video data, now, player generates prompt window at broadcast interface, wherein, the play cuing information that this prompt window is shown can be that prompting user wears 3D eyes, in addition, this prompt window is reaching automatically hiding after Preset Time, or, at player, this video data decoding is completed, and while starting to play this first video, this prompt window is hidden automatically, or, this prompt window can also be hidden after the hiding instruction that receives user, for example, this prompt window comprises confirmation icon, user need to click this confirmation icon, this reminding window eloquence can be hidden.
Alternatively, player receives plays exit instruction, and according to this broadcasting exit instruction, exits the broadcasting of this first video, and the play mode of this player is switched to 2D play mode by 3D play mode.
Particularly, in this first video playback, complete or when user does not want to watch this first video, user can exit the broadcasting of this video.Particularly, user clicks the icon that exits of broadcast interface, exits the broadcasting of this first video, and player exits after broadcasting at this first video, and this player switches to 2D play mode by play mode by 3D play mode.
Alternatively, player receives the second video playback instruction, wherein, this the second video playback instruction comprises the second video labeling, be used to indicate the second video corresponding to this second video labeling of this player plays, and according to this second video labeling, from video server, obtain the video information of this second video.This video information comprises the second format information, when determining that according to this second format information this second video is two-dimentional 2D video format, the play mode of this player is switched to 2D play mode by 3D play mode, and play this second video by this 2D play mode.
Wherein, this second format information is indicated the video format (as 2D video format) of this second video.
Illustratively, user is when watching 3D video, if reselected second video playback by video play lists, to this player, send the second video playback instruction, player obtains corresponding video information according to the second video labeling in this second video playback instruction from video server.If while determining that according to the second format information in this video information this second video is 2D video format, the play mode of this player is switched to 2D play mode by 3D play mode, and play this video by this 2D play mode.
S104, player are when determining that according to the first format information in this video information the video format of this first video is two-dimentional 2D video format, the play mode of this player is switched to 2D play mode, and play this first video by this 2D play mode.
In a kind of possible implementation of the present invention, player is obtaining after this first format information, can judge that this first video is 3D video format or 2D video format according to the first format information, and select corresponding play mode to play this first video according to judged result.
It should be noted that, usually, 2D play mode is the play mode of player acquiescence, and when the video of watching as user is the video of 2D form, this player is directly play by 2D play mode.
By adopting such scheme, the video format of the video that player can be selected according to user switches corresponding play mode, thereby has avoided user that play mode is manually set, and has reduced the operation of human resources.
The embodiment of the present invention provides a kind of player 20, as shown in Figure 2, this player can be for intelligent television, and establish a communications link with video server, this player can be the application software on this intelligent television, the video that user can watch video server to provide by this player, this player 20 comprises:
Receiving element 21, for receiving the first video playback instruction.
Wherein, this first video playback instruction comprises the first video labeling, is used to indicate the first video corresponding to this first video labeling of this player plays.
Particularly, on the broadcast interface of this player, comprise video play lists, user browses this video play lists, and in this list of videos, selects oneself to want the video of watching.After the video that user selects to want to watch, the first video playback instruction that player reception user sends wherein the first video playback instruction comprises the first video labeling, is used to indicate the first video corresponding to this first video labeling of this player plays.Wherein, the title (as movie name or TV play title) that this first video labeling can be this first video.
Acquiring unit 22, obtains the video information of this first video from video server for the first video labeling receiving according to this receiving element 21.
Wherein, this video information comprises the first format information, this first format information is indicated the video format (as 3D video format or 2D video format) of this first video, certainly, this video information can also comprise the information such as the duration of this first video and video profile, to facilitate user to understand the essential information of this video, promote user and experience.
This acquiring unit 22 specifically for, this first video labeling is sent to this video server, and determines after the video information corresponding with this first video labeling at this video server, receive this video information of this video server transmission.
Broadcast unit 23, for when the first format information obtaining according to this acquiring unit 22 determines that the video format of this first video is three-dimensional 3D video format, the play mode of this player is switched to 3D play mode, and play this first video by this 3D play mode; When the first format information obtaining according to this acquiring unit determines that the video format of this first video is two-dimentional 2D video format, the play mode of this player is switched to 2D play mode, and play this first video by this 2D play mode.
Usually, the video format of 3D video data mainly comprises three kinds of forms:
1, left and right split screen form: left and right form is to pass through light polarizing film after the picture level direction on the left side is stretched, and forms certain angle; After being stretched, the picture level direction on the right side by light polarizing film, forms 90 degree with left picture.By polarization type eyes, left eye receives left side picture, and right eye receives the right picture.
2, upper and lower split screen form: upper and lower form is to pass through light polarizing film after picture level direction is above stretched, and forms certain angle; After being stretched, picture level direction below by light polarizing film, forms 90 degree with upper picture.By polarization type eyes, left eye receives top picture, and right eye receives following picture.
3, form frame by frame: form is divided into Frame packed and Frame Sequence frame by frame, and Frame packed is placed on left and right signal on same picture and shows, according to parity rows by right and left eyes signal by light polarizing film, right angle sends each other; Frame Sequence is that right and left eyes is respectively a picture, by light polarizing film, alternately sends.
Further, this 3D video format comprises left and right split screen form, this broadcast unit 23 specifically for, while determining that according to this first format information the video format of this first video is three-dimensional 3D left and right split screen form, the play mode of this player is switched to three-dimensional 3D left and right span mode, and play this first video by this three-dimensional 3D left and right span mode; Or,
This 3D video format comprises upper and lower split screen form, this broadcast unit 23 specifically for, while determining that according to this first format information the video format of this first video is the upper and lower split screen form of three-dimensional 3D, the play mode of this player is switched to the upper and lower split screen form of three-dimensional 3D, and play this first video by the upper and lower split screen form of this three-dimensional 3D.
Further, player generates prompt window at broadcast interface, and this prompt window is for showing play cuing information to user.
Particularly, player is getting after video data, need to decode to video data, now, player generates prompt window at broadcast interface, wherein, the play cuing information that this prompt window is shown can be that prompting user wears 3D eyes, in addition, this prompt window is reaching automatically hiding after Preset Time, or, at player, this video data decoding is completed, and while starting to play this first video, this prompt window is hidden automatically, or, this prompt window can also be hidden after the hiding instruction that receives user, for example, this prompt window comprises confirmation icon, user need to click this confirmation icon, this reminding window eloquence can be hidden.
Alternatively, this receiving element 21 also for, by this 3D play mode, playing after this first video, receive play exit instruction.This broadcast unit 23 also for, the broadcasting exit instruction receiving according to this receiving element 21 exits the broadcasting of this first video, and the play mode of this player is switched to 2D play mode by 3D play mode.
Particularly, in this first video playback, complete or when user does not want to watch this first video, user can exit the broadcasting of this video.Illustratively, user clicks the icon that exits of broadcast interface, exits the broadcasting of this first video, and player exits after broadcasting at this first video, and this player switches to 2D play mode by play mode by 3D play mode.
Alternatively, this receiving element 21 also for, by this 3D play mode, playing after this first video, receive the second video playback instruction.
Wherein, this second video playback instruction comprises the second video labeling, is used to indicate the second video corresponding to this second video labeling of this player plays.
This acquiring unit 22 also for, the second video labeling receiving according to this receiving element 21 obtains the video information of this second video from video server, this video information comprises the second format information.
This broadcast unit 23 also for, when determining that according to this second format information this second video is two-dimentional 2D video format, the play mode of this player is switched to 2D play mode by 3D play mode, and plays this second video by this 2D play mode.
Illustratively, user is when watching 3D video, if reselected second video playback by video play lists, to this player, send the second video playback instruction, player obtains corresponding video information according to the second video labeling in this second video playback instruction from video server.If while determining that according to the second format information in this video information this second video is 2D video format, the play mode of this player is switched to 2D play mode by 3D play mode, and play this video by this 2D play mode.
By adopting above-mentioned player, the video format of the video that player can be selected according to user switches corresponding play mode, thereby has avoided user that play mode is manually set, and has reduced the operation of human resources.
Affiliated those skilled in the art can be well understood to, and for convenience and simplicity of description, specific works process and the description of the player of foregoing description, can, with reference to the corresponding process in preceding method embodiment, not repeat them here.
The above; be only the specific embodiment of the present invention, but protection scope of the present invention is not limited to this, any be familiar with those skilled in the art the present invention disclose technical scope in; can expect easily changing or replacing, within all should being encompassed in protection scope of the present invention.Therefore, protection scope of the present invention should described be as the criterion with the protection range of claim.
Claims (10)
1. an intelligent television video broadcasting method, described intelligent television comprises the player for displaying video, it is characterized in that, comprising:
Player receives the first video playback instruction, and wherein, described the first video playback instruction comprises the first video labeling, is used to indicate the first video corresponding to the first video labeling described in described player plays;
The video information of obtaining described the first video according to described the first video labeling from video server, described video information comprises the first format information;
When determining that according to described the first format information the video format of described the first video is three-dimensional 3D video format, the play mode of described player is switched to 3D play mode, and play described the first video by described 3D play mode;
When determining that according to described the first format information the video format of described the first video is two-dimentional 2D video format, the play mode of described player is switched to 2D play mode, and play described the first video by described 2D play mode.
2. method according to claim 1, it is characterized in that, described 3D video format comprises left and right split screen form, described when determining that according to described the first format information the video format of described the first video is three-dimensional 3D video format, the play mode of described player is switched to 3D play mode, and by described 3D play mode, plays described the first video and comprise:
While determining that according to described the first format information the video format of described the first video is three-dimensional 3D left and right split screen form, the play mode of described player is switched to three-dimensional 3D left and right span mode, and play described the first video by described three-dimensional 3D left and right span mode; Or,
Described 3D video format comprises upper and lower split screen form, described when determining that according to described the first format information the video format of described the first video is three-dimensional 3D video format, the play mode of described player is switched to 3D play mode, and by described 3D play mode, plays described the first video and comprise:
While determining that according to described the first format information the video format of described the first video is the upper and lower split screen form of three-dimensional 3D, the play mode of described player is switched to the upper and lower split screen form of three-dimensional 3D, and play described the first video by the upper and lower split screen form of described three-dimensional 3D.
3. method according to claim 1, is characterized in that, by described 3D play mode, is playing after described the first video, and described method also comprises:
Receive and play exit instruction, and according to described broadcasting exit instruction, exit the broadcasting of described the first video;
The play mode of described player is switched to 2D play mode by 3D play mode.
4. method according to claim 1, is characterized in that, by described 3D play mode, is playing after described the first video, and described method also comprises:
Receive the second video playback instruction, wherein, described the second video playback instruction comprises the second video labeling, be used to indicate the second video corresponding to the second video labeling described in described player plays, and according to described the second video labeling, from video server, obtain the video information of described the second video, described video information comprises the second format information;
When determining that according to described the second format information described the second video is two-dimentional 2D video format, the play mode of described player is switched to 2D play mode by 3D play mode, and play described the second video by described 2D play mode.
5. according to the method described in claim 1 to 4 any one, it is characterized in that, the described video information of obtaining described the first video according to described the first video labeling from video server comprises:
Described the first video labeling is sent to described video server;
At described video server, determine after the video information corresponding with described the first video labeling, receive the described video information that described video server sends.
6. a player, is characterized in that, comprising:
Receiving element, for receiving the first video playback instruction, wherein, described the first video playback instruction comprises the first video labeling, is used to indicate the first video corresponding to the first video labeling described in described player plays;
Acquiring unit, for obtain the video information of described the first video from video server according to the first video labeling of described receiving element reception, described video information comprises the first format information;
Broadcast unit, for when the first format information obtaining according to described acquiring unit determines that the video format of described the first video is three-dimensional 3D video format, the play mode of described player is switched to 3D play mode, and play described the first video by described 3D play mode; When the first format information obtaining according to described acquiring unit determines that the video format of described the first video is two-dimentional 2D video format, the play mode of described player is switched to 2D play mode, and play described the first video by described 2D play mode.
7. player according to claim 6, it is characterized in that, described 3D video format comprises left and right split screen form, described broadcast unit specifically for, while determining that according to described the first format information the video format of described the first video is three-dimensional 3D left and right split screen form, the play mode of described player is switched to three-dimensional 3D left and right span mode, and play described the first video by described three-dimensional 3D left and right span mode; Or,
Described 3D video format comprises upper and lower split screen form, described broadcast unit specifically for, while determining that according to described the first format information the video format of described the first video is the upper and lower split screen form of three-dimensional 3D, the play mode of described player is switched to the upper and lower split screen form of three-dimensional 3D, and play described the first video by the upper and lower split screen form of described three-dimensional 3D.
8. player according to claim 6, is characterized in that, described receiving element also for, by described 3D play mode, playing after described the first video, receive play exit instruction;
Described broadcast unit also for, the broadcasting exit instruction receiving according to described receiving element exits the broadcasting of described the first video, and the play mode of described player is switched to 2D play mode by 3D play mode.
9. player according to claim 6, it is characterized in that, described receiving element also for, by described 3D play mode, playing after described the first video, receive the second video playback instruction, wherein, described the second video playback instruction comprises the second video labeling, is used to indicate the second video corresponding to the second video labeling described in described player plays;
Described acquiring unit also for, the second video labeling receiving according to described receiving element obtains the video information of described the second video from video server, described video information comprises the second format information;
Described broadcast unit also for, when determining that according to described the second format information described the second video is two-dimentional 2D video format, the play mode of described player is switched to 2D play mode by 3D play mode, and play described the second video by described 2D play mode.
10. according to the player described in claim 6 to 9 any one, it is characterized in that, described acquiring unit specifically for, described the first video labeling is sent to described video server, and determine after the video information corresponding with described the first video labeling at described video server, receive the described video information that described video server sends.
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| CN201310740628.0A CN103747360A (en) | 2013-12-26 | 2013-12-26 | Intelligent television video playing method and equipment |
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| CN201310740628.0A CN103747360A (en) | 2013-12-26 | 2013-12-26 | Intelligent television video playing method and equipment |
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Cited By (8)
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| CN105872852A (en) * | 2015-12-15 | 2016-08-17 | 乐视致新电子科技（天津）有限公司 | Video processing method, video processing device and video player |
| CN105872515A (en) * | 2015-01-23 | 2016-08-17 | 上海乐相科技有限公司 | Video playing control method and device |
| CN105991991A (en) * | 2015-06-19 | 2016-10-05 | 乐视致新电子科技（天津）有限公司 | Video recognition method and device |
| CN108012195A (en) * | 2016-11-01 | 2018-05-08 | 北京星辰美豆文化传播有限公司 | A kind of live broadcasting method, device and its electronic equipment |
| CN108765485A (en) * | 2018-04-10 | 2018-11-06 | 深圳康得新智能显示科技有限公司 | The displaying of image, processing method and processing device |
| CN109936736A (en) * | 2017-12-19 | 2019-06-25 | 深圳Tcl新技术有限公司 | A kind of method, storage medium and smart television automatically switching 3D mode |
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