WO2017080145A1 - 一种信息处理方法及终端、计算机存储介质 - Google Patents

一种信息处理方法及终端、计算机存储介质 Download PDF

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Publication number
WO2017080145A1
WO2017080145A1 PCT/CN2016/081770 CN2016081770W WO2017080145A1 WO 2017080145 A1 WO2017080145 A1 WO 2017080145A1 CN 2016081770 W CN2016081770 W CN 2016081770W WO 2017080145 A1 WO2017080145 A1 WO 2017080145A1
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Prior art keywords
information
multimedia information
video
multimedia
playing
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PCT/CN2016/081770
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English (en)
French (fr)
Inventor
吴宝森
李若凡
陈兰文
石铭
徐旭瑜
唐伟为
谢雄钊
吴康瑞
林雨
冯超
陈权
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腾讯科技（深圳）有限公司
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Priority to KR1020177035786A priority Critical patent/KR101989732B1/ko
Priority to JP2018509965A priority patent/JP6469313B2/ja
Publication of WO2017080145A1 publication Critical patent/WO2017080145A1/zh
Priority to US15/712,944 priority patent/US10448081B2/en

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Definitions

  • the present invention relates to information interaction technologies, and in particular, to an information processing method, a terminal, and a computer storage medium.
  • the terminal With the intelligent development of the terminal, by installing various applications on the terminal, it is possible to provide users with various personalized life services by means of technical means, and it can be said that one machine is in hand, and there is no worry.
  • a mobile phone As an example, now users can watch news, browse web pages, play videos, etc., and install a corresponding application on the mobile phone, such as a news application, a browser application, a video playback application, etc., video, picture
  • a corresponding application on the mobile phone such as a news application, a browser application, a video playback application, etc., video, picture
  • the text of these multimedia information can give users a more intuitive experience, especially the video including sound, picture, text combined play, through a video can bring users a great amount of information and intuitive feeling.
  • the dynamic video playback is mainly based on playing a single category of TV dramas, movies and variety shows. The user only watches the video played, and there is not much interaction with the user.
  • the current user demand is: I hope that the information presentation method is more diversified and more interactive. For this user demand, there is no effective solution in the related technology.
  • the embodiments of the present invention are intended to provide an information processing method, a terminal, and a computer storage medium, which at least solve the problems existing in the prior art, meet the needs of users, and make the information more diversified and more interactive. Sex, between the user and the information presented Good interactivity, more conducive to the sharing and promotion of information.
  • An embodiment of the present invention provides an information processing method, where the method includes:
  • the multimedia information is arranged in the specified storage area in order;
  • the simulation After detecting that the i+1th multimedia information is played, the simulation generates an interactive interaction interface, where the interactive interaction interface includes a touch interaction object that opens the i+2 multimedia information, and acts on the touch interaction object.
  • the first operation is responsive, extracting the i+2 multimedia information sequentially from the designated storage area, and switching to playing the i+2 multimedia information.
  • the embodiment of the invention further provides a terminal, where the terminal includes:
  • a display unit configured to display first information and second information on the user interface, where An information is a statically presented information type, and the second information is an i-th multimedia information extracted in order from the specified storage area;
  • a first detecting unit configured to detect that the i-th multimedia information is in a loading process, and an initial state corresponding to the i-th multimedia information is a static rendering mode
  • the play switching unit is configured to, after detecting that the i-th multimedia information is played, extract the i+1th multimedia information from the designated storage area, and switch to play the i+1th multimedia information;
  • the interaction unit is configured to: after detecting that the i+1th multimedia information is played, the simulation generates an interactive interaction interface, where the interactive interaction interface includes a touch interaction object that opens the i+2 multimedia information, and acts on the touch Responding to the first operation on the control interaction object, sequentially extracting the i+2 multimedia information from the specified storage area, and switching to playing the i+2 multimedia information.
  • Embodiments of the present invention also provide a computer storage medium in which computer executable instructions are stored, the computer executable instructions being configured to perform the above information processing method.
  • Generating an interactive interaction interface including the touch interaction object that opens the i+2 multimedia information, responding to the first operation acting on the touch interaction object, and sequentially extracting from the specified storage area
  • the i+2 multimedia information is switched to play the i+2 multimedia information.
  • the first information and the second information are displayed on the user interface, where the first information is a statically presented information type, and the second information is an ith extracted sequentially from the specified storage area.
  • the multimedia information is detected to be in the loading process, and the initial state corresponding to the i-th multimedia information is a static presentation mode, and after detecting that the loading of the i-th multimedia information is ended, the corresponding i-th multimedia information is switched.
  • the state is a dynamic presentation mode, and the i-th multimedia information is played, so that a plurality of different information types can be simultaneously presented in the user interface, including a static information type and a dynamic information type, so that the information presentation manner is diversified.
  • the simulation After detecting the end of the playing of the i-th multimedia information, sequentially extracting the (i+1)th multimedia information from the designated storage area, and switching to playing the i+1th multimedia information, is an automatic seamless switching, the switching The user does not need manual intervention at all, which makes the playing effect smoother. There is no play gap between multiple videos. The user can always get the information display result and concentrate on the information sharing when the information is displayed.
  • the simulation After detecting that the i+1th multimedia information is played, the simulation generates an interactive interaction interface, where the interactive interaction interface includes a touch interaction object that opens the i+2 multimedia information, and acts on the touch interaction object.
  • the first operation responds by sequentially extracting the i+2 multimedia information from the specified storage area, and switching to playing the i+2 multimedia information, thereby increasing the interaction link, so that the information presentation manner is interactive. Therefore, the user has good interaction with the presented information, which is more conducive to the sharing and promotion of information.
  • 1 is a schematic diagram of hardware entities of each party performing information interaction in an embodiment of the present invention
  • 3-6 are schematic diagrams of multiple scenarios in which a practical application of the embodiment of the present invention is applied;
  • FIG. 7 is a schematic flowchart of an implementation process of Embodiment 2 of the present invention.
  • FIG. 8 is a schematic flowchart of an implementation process of Embodiment 3 of the present invention.
  • 9-10 are schematic diagrams of multiple scenarios in which a practical application of the third embodiment of the present invention is applied.
  • FIG. 11 is a schematic flowchart of an implementation process of Embodiment 4 of the present invention.
  • FIG. 12 is a schematic diagram of a practical application of the fourth embodiment of the present invention.
  • FIG. 13 is a schematic structural diagram of a composition of Embodiment 6 of the present invention.
  • FIG. 14 is a schematic structural diagram of a hardware component of a tenth embodiment of the present invention.
  • Figure 15-16 shows the scenario of multiple practical applications in the H5 page implementation scenario.
  • FIG. 1 is a schematic diagram of hardware entities of each party performing information interaction according to an embodiment of the present invention.
  • FIG. 1 includes: a server 11-1n, a terminal device 21-24, and a terminal device 21-24 performs information with a server through a wired network or a wireless network.
  • Interaction, terminal equipment includes mobile phones, desktop computers, PCs, all-in-ones and the like.
  • the terminal device is installed with a plurality of applications, such as a news application, a webpage browsing application, and a video playing application.
  • the terminal acquires multiple videos from the server in advance, or The plurality of videos are downloaded from the server in real time as needed.
  • the user interface of the information item specified by the first application (such as a news application, a webpage browsing application) is opened by opening the portal of the first application (such as a news application, a webpage browsing application)
  • M multimedia information is preloaded, and the M is pre-loaded.
  • a positive integer, and the M> 2; the M multimedia information that is loaded and completed is sequentially arranged in a specified storage area; the first information and the second information are displayed on the user interface, and the first information is statically presented.
  • the information type, the second information is the i-th multimedia information extracted in order from the specified storage area, and achieves the first aspect of the technical effect: a plurality of different information types can be simultaneously presented in the user interface, including static
  • the type of information and the type of dynamic information make the presentation of information diversified.
  • the initial state corresponding to the i-th multimedia information is a static presentation mode
  • the initial state corresponding to the i-th multimedia information is a static presentation mode
  • the simulation After detecting that the i+1th multimedia information is played, the simulation generates an interactive interaction interface, where the interactive interaction interface includes a touch interaction object that opens the i+2 multimedia information, and acts on the touch interaction object.
  • the first operation is responsive, extracting the i+2 multimedia information sequentially from the designated storage area, and switching to playing the i+2 multimedia information.
  • the fourth aspect of achieving technical effects generating an interactive interactive interface and a touch interactive object for opening the i+2 multimedia information on the interface, adding an interactive link, and making the information presentation mode interactive, thereby The user has good interactivity with the presented information, which is more conducive to the sharing and promotion of information.
  • FIG. 1 is only a system architecture example for implementing the embodiment of the present invention.
  • the embodiment of the present invention is not limited to the system structure described in FIG. 1 above, and various embodiments of the present invention are proposed based on the system architecture.
  • Embodiment 1 is a diagrammatic representation of Embodiment 1:
  • FIG. 2 An information processing method according to an embodiment of the present invention is shown in FIG. 2, where the method includes:
  • the M multimedia information is arranged in the specified storage area in order.
  • the first application takes a news application as an example.
  • the news application includes a plurality of news items, such as a news headline, a news hot event, and the like, and enters a news display page corresponding to a specific news item in the news application, as shown in FIG. Show, on the news display page through a static text + dynamic video (before the video is displayed on the news display page before the completion of the video is a static picture, when the video is finished after the start of the video is played by the previous " The static picture is converted to "dynamic video", the static picture is the display state before the loading, and the dynamic video is the display state after the loading is completed). The information in the news display page is presented.
  • the text information of the news content as shown in the first box a1 is included on the news display page (as a specific example of the first information described in the subsequent step 102, which is the static text); and further includes a second box a2
  • the video information of the news content shown in the following (as a specific example of the second information described in the subsequent step 102, the dynamic video), in a practical application of the embodiment of the present invention, the first box a1 and the second Box a2 does not exist, and the above two boxes are introduced here for the sake of clarity to indicate different types of information presented on the same news page.
  • the first video can be the video information of the location identified by the second frame a2 in FIG. 3, and the designated character in a specific scene, such as the “small B brother” pair.
  • the text information of the position indicated by the first frame a1 is interpreted.
  • the second video may be as shown in FIG. 4, and the second video includes at least a video first frame 201, a second video frame 202, a third video frame 203, and a fourth video frame 204.
  • the second video formed by the video frames.
  • a specific character in a specific scene such as "small B brother” in the interpretation of the text information in the position identified by the first box a1
  • the textual information of the identified location) prompting the user to share the specific information content with the interactive way of interacting with the information.
  • the third video can trigger the playing of the third video by using the touch interactive object 302 for opening the third video in the interactive interactive interface 301 generated in FIG. 5, and the third video can be as shown in FIG. 6.
  • the specified character in a specific scene such as "small B brother” first interacts with the user through the chat session of the simulated WeChat, and after starting the third video through the answer button, at least includes the first frame of the video 301, the video
  • the third video of the second frame 302 continues to interpret the "fake news" (the text information of the location identified by the first frame a1), and clarifies in person, saying that he will join the game of the national battle, not to join the army, etc. Wait.
  • Step 102 Display first information and second information in the user interface, where the first information is a statically presented information type, and the second information is an i-th multimedia information that is sequentially extracted from the specified storage area.
  • the first application takes the news application as an example.
  • the first information is as an example of the text information of the location identified by the first box a1 in FIG. 3, such as a piece of news content—“the little B brother is going to join the army”.
  • the second information is as an example of the video information of the "small B brothers participating in the personal interpretation" that can be changed from static to dynamic, as indicated by the second box a2 in FIG.
  • the three videos are pre-loaded according to the information sharing requirement.
  • the three videos can be stored in a specified location (specified storage area), such as in the phone memory or the mobile phone memory card, and can be stored in order. Other storage methods can also be used. As long as the video information can be identified, the first video, the second video, and the third video can be correctly extracted.
  • Step 103 It is detected that the i-th multimedia information is in a loading process, and an initial state corresponding to the i-th multimedia information is a static presentation mode.
  • the first video is a static rendering mode, which appears to be a picture, and can also be said to be a static image of a certain frame in the first video.
  • a video consists of multiple video frames, and multiple video frames form a dynamic video presentation.
  • Step 105 After detecting that the ith multimedia information is played, the i+1th multimedia information is sequentially extracted from the designated storage area, and the i+1th multimedia information is played.
  • the second video is sequentially extracted from the designated storage area, and seamlessly switched to play the second video.
  • the front-end processing technology of how to implement the seamless switching of the terminal video between the first video and the second video is described in the following embodiments, and details are not described herein.
  • Step 106 After detecting that the i+1th multimedia information is played, the simulation generates an interactive interaction interface, where the interactive interaction interface includes a touch interaction object that opens the i+2 multimedia information, and acts on the touch interaction.
  • the first operation on the object responds by sequentially extracting the i+2 multimedia information from the designated storage area, and switching to playing the i+2 multimedia information.
  • the simulation After detecting that the second video is played, the simulation generates an interactive interaction interface (such as the simulated WeChat chat interface in FIG. 5), and the interactive interaction interface includes a touch interaction object that opens the third video (as shown in FIG. 5). Responding to the first operation on the touch interaction object (such as the answer button in FIG. 5), sequentially extracting the third video from the specified storage area, and switching to playing the first Three videos.
  • an interactive interaction interface such as the simulated WeChat chat interface in FIG. 5
  • the interactive interaction interface includes a touch interaction object that opens the third video (as shown in FIG. 5).
  • the first operation on the touch interaction object such as the answer button in FIG. 5
  • sequentially extracting the third video from the specified storage area and switching to playing the first Three videos.
  • the specific scenario example and the specific video page presentation are just examples.
  • the embodiment is not limited to the specific scenario and page presentation.
  • the seamless switching between the first video and the second video in this embodiment is to enable multiple videos. Smooth continuous play, and introduce analog interactive interface and touch interactive object to switch between multiple videos during the second video and third video switching process, Through the whole process, through a series of technical means: presenting diversified information, changing the state of information, switching multiple information, and interacting between information can achieve the rapid sharing of information and the technical effect of widespread information dissemination.
  • Embodiment 2 is a diagrammatic representation of Embodiment 1:
  • FIG. 7. An information processing method according to an embodiment of the present invention is as shown in FIG. 7. The method includes:
  • Step 401 Receive a first operation to start the first application and enter a user interface of the first application.
  • Step 402 Display a plurality of information items in a user interface of the first application.
  • the user enters the interface by opening a news application and finding a news item of the character "small B brother" as a soldier from a plurality of news.
  • the first application takes a news application as an example.
  • the news application includes a plurality of news items, such as a news headline, a news hot event, and the like, and enters a news display page corresponding to a specific news item in the news application, as shown in FIG. Show, on the news display page through a static text + dynamic video (before the video is displayed on the news display page before the completion of the video is a static picture, when the video is finished after the start of the video is played by the previous " The static picture is converted to "dynamic video", the static picture is the display state before the loading, and the dynamic video is the display state after the loading is completed). The information in the news display page is presented.
  • the text information of the news content as shown in the first box a1 is included on the news display page (as a specific example of the first information described in the subsequent step 404, which is the static text); and further includes a second box a2
  • the video information of the news content shown in the following (as a specific example of the second information described in the subsequent step 404, the dynamic video), in a practical application of the embodiment of the present invention, the first box a1 and the second Box a2 does not exist, just to introduce the above two boxes for indication Differentiate the different types of information presented on the same news page.
  • the first video may be the video information of the location identified by the second frame a2 in FIG. 3, and the designated character “small B brother” in the specific scenario.
  • the text information of the position identified by the first frame a1 is interpreted.
  • the second video may be as shown in FIG. 4, and the second video includes at least a video first frame 201, a second video frame 202, a third video frame 203, and a fourth video frame 204.
  • the second video formed by the video frames.
  • a specific character in a specific scene such as "small B brother” in the interpretation of the text information in the position identified by the first box a1
  • will dynamically display him jumped into the page to tear off the "fake news" first box a1 Identifying the textual information of the location
  • the third video can trigger the playing of the third video by using the touch interactive object 302 for opening the third video in the interactive interactive interface 301 generated in FIG. 5, and the third video can be as shown in FIG. 6.
  • the specified character in a specific scene such as "small B brother” first interacts with the user through the chat session of the simulated WeChat, and after starting the third video through the answer button, at least includes the first frame of the video 301, the video
  • the third video of the second frame 302 continues to interpret the "fake news" (the text information of the location identified by the first frame a1), and clarifies in person, saying that he will join the game of the national battle, not to join the army, etc. Wait.
  • Step 404 Display first information and second information in the user interface, where the first information is a statically presented information type, and the second information is an i-th multimedia information that is sequentially extracted from the specified storage area.
  • the first application takes the news application as an example.
  • the first information is as an example of the text information of the location identified by the first box a1 in FIG. 3, such as a piece of news content—“the little B brother is going to join the army”.
  • the second information is as shown in the figure of the second frame a2 in FIG. 3, which can be interpreted by the "small B brother" who is statically changed into a dynamic presentation.
  • the three pre-loaded videos are configured according to the information sharing requirements.
  • the video can be stored in a specified location (specified storage area), such as in the phone memory or in the phone memory card. It can be stored in order, or other storage methods. As long as it can identify which video information, it can correctly extract the first. Video, second video, third video.
  • Step 405 It is detected that the i-th multimedia information is in a loading process, and an initial state corresponding to the i-th multimedia information is a static presentation mode.
  • the first video is a static rendering mode, which appears to be a picture, and can also be said to be a static image of a certain frame in the first video.
  • a video consists of multiple video frames, and multiple video frames form a dynamic video presentation.
  • Step 407 After detecting that the i-th multimedia information is played, the i+1th multimedia information is sequentially extracted from the designated storage area, and switched to play the (i+1)th multimedia information.
  • the second video is sequentially extracted from the designated storage area, and seamlessly switched to play the second video.
  • the front-end processing technology of how to implement the seamless switching of the terminal video between the first video and the second video is described in the following embodiments, and details are not described herein.
  • Step 408 After detecting that the i+1th multimedia information is played, the simulation generates an interactive interaction interface, where the interactive interaction interface includes a touch interaction object that opens the i+2 multimedia information, and acts on the touch interaction.
  • the first operation on the object responds by sequentially extracting the i+2 multimedia information from the designated storage area, and switching to playing the i+2 multimedia information.
  • the simulation After detecting that the second video is played, the simulation generates an interactive interactive interface (eg, The simulated WeChat chat interface in FIG. 5, the interactive interaction interface includes a touch interaction object (such as the answer button in FIG. 5) that opens the third video, and acts on the touch interaction object (as shown in FIG. 5).
  • the first operation on the answer button is responsive, extracting the third video sequentially from the designated storage area, and switching to playing the third video.
  • the specific scenario example and the specific video page presentation are just examples.
  • the embodiment is not limited to the specific scenario and page presentation.
  • the seamless switching between the first video and the second video in this embodiment is to enable multiple videos. Smooth continuous play, and the introduction of analog interactive interface and touch interactive object in the second video and third video switching process to switch between multiple videos, the whole process, through a series of technical means: presenting diverse information, The state of information changes, the switching of multiple information, and the interaction between information can achieve the rapid sharing of information and the technical effects of widespread information dissemination.
  • Embodiment 3 is a diagrammatic representation of Embodiment 3
  • Step 501 Receive an information address link sent by the peer user to the local user, where the information address link is link address information of the information item specified by the first application.
  • the first application takes the news application as an example.
  • the user enters the user interface corresponding to the specified information item through the news address recommended by the friend, or enters the user interface corresponding to the specified information item through the information link of the WeChat friend circle. As shown in Figure 9 or Figure 10.
  • Step 502 Initiate a touch operation on the information address link, jump to the specified information item according to the information address link, and enter a user interface corresponding to the specified information item, and preload M pieces.
  • the first application takes a news application as an example.
  • the news application includes a plurality of news items, such as a news headline, a news hot event, and the like, and enters a news display page corresponding to a specific news item in the news application, as shown in FIG. Show that there is a static on the news display page State text + dynamic video (displayed as a static image when the video is displayed before the video is loaded).
  • the previous "still image” is changed to "dynamic video", static
  • the picture is the display state before the upload, and the dynamic video is the display state after the loading is completed.
  • the information in the news display page is presented.
  • the text information of the news content as shown in the first box a1 is included on the news display page (as a specific example of the first information described in the subsequent step 503, which is the static text); and further includes the second box a2
  • the video information of the news content shown in the following is a specific example of the second information described in the subsequent step 503, which is the dynamic video.
  • the first box a1 and the second Box a2 does not exist, and the above two boxes are introduced here for the sake of clarity to indicate different types of information presented on the same news page.
  • the first video can be the video information of the location identified by the second frame a2 in FIG. 3, and the designated character in a specific scene, such as the “small B brother” pair.
  • the text information of the position indicated by the first frame a1 is interpreted.
  • the second video may be as shown in FIG. 4, and the second video includes at least a video first frame 201, a second video frame 202, a third video frame 203, and a fourth video frame 204.
  • the second video formed by the video frames.
  • a specific character in a specific scene such as "small B brother” in the interpretation of the text information in the position identified by the first box a1
  • will dynamically display him jumped into the page to tear off the "fake news" first box a1 Identifying the textual information of the location
  • the third video can trigger the playing of the third video by using the touch interactive object 302 for opening the third video in the interactive interactive interface 301 generated in FIG. 5, and the third video can be as shown in FIG. 6.
  • the specified character in a specific scene such as "small B brother” first interacts with the user through the chat session of the simulated WeChat, and after starting the third video through the answer button, at least includes the first frame of the video 301, the video
  • the third video of the second frame 302 continues to interpret the "fake news" (the text information of the location identified by the first frame a1), and clarifies in person, saying that he will join the whole This game application of civil combat is not to join the army and so on.
  • Step 503 Display first information and second information in the user interface, where the first information is a statically presented information type, and the second information is an i-th multimedia information that is sequentially extracted from the specified storage area.
  • the first application takes the news application as an example.
  • the first information is as an example of the text information of the location identified by the first box a1 in FIG. 3, such as a piece of news content—“the little B brother is going to join the army”.
  • the second information is as an example of the video information of the "small B brothers participating in the personal interpretation" that can be changed from static to dynamic, as indicated by the second box a2 in FIG.
  • the three videos are pre-loaded according to the information sharing requirement.
  • the three videos can be stored in a specified location (specified storage area), such as in the phone memory or the mobile phone memory card, and can be stored in order. Other storage methods can also be used. As long as the video information can be identified, the first video, the second video, and the third video can be correctly extracted.
  • Step 505 It is detected that the i-th multimedia information is in a loading process, and an initial state corresponding to the i-th multimedia information is a static presentation mode.
  • the first video is a static rendering mode, which appears to be a picture, and can also be said to be a static image of a certain frame in the first video.
  • a video consists of multiple video frames, and multiple video frames form a dynamic video presentation.
  • Step 507 After detecting that the i-th multimedia information is played, the i+1th multimedia information is sequentially extracted from the designated storage area, and is switched to play the (i+1)th multimedia information.
  • the second video is sequentially extracted from the designated storage area, and seamlessly switched to play the second video.
  • the front-end processing technology of how to implement the seamless switching of the terminal video between the first video and the second video is described in the following embodiments, and details are not described herein.
  • Step 508 After detecting that the i+1th multimedia information is played, the simulation generates an interactive interaction interface, where the interactive interaction interface includes a touch interaction object that opens the i+2 multimedia information, and acts on the touch interaction.
  • the first operation on the object responds by sequentially extracting the i+2 multimedia information from the designated storage area, and switching to playing the i+2 multimedia information.
  • the simulation After detecting that the second video is played, the simulation generates an interactive interaction interface (such as the simulated WeChat chat interface in FIG. 5), and the interactive interaction interface includes a touch interaction object that opens the third video (as shown in FIG. 5). Responding to the first operation on the touch interaction object (such as the answer button in FIG. 5), sequentially extracting the third video from the specified storage area, and switching to playing the first Three videos.
  • an interactive interaction interface such as the simulated WeChat chat interface in FIG. 5
  • the interactive interaction interface includes a touch interaction object that opens the third video (as shown in FIG. 5).
  • the first operation on the touch interaction object such as the answer button in FIG. 5
  • sequentially extracting the third video from the specified storage area and switching to playing the first Three videos.
  • the specific scenario example and the specific video page presentation are just examples.
  • the embodiment is not limited to the specific scenario and page presentation.
  • the seamless switching between the first video and the second video in this embodiment is to enable multiple videos. Smooth continuous play, and the introduction of analog interactive interface and touch interactive object in the second video and third video switching process to switch between multiple videos, the whole process, through a series of technical means: presenting diverse information, The state of information changes, the switching of multiple information, and the interaction between information can achieve the rapid sharing of information and the technical effects of widespread information dissemination.
  • Embodiment 4 is a diagrammatic representation of Embodiment 4:
  • An information processing method is as shown in FIG. 11, and the method includes:
  • Step 601 Scan the identifier code information sent by the peer user to the local user.
  • Step 602 After the scanning ends, parsing out the identifier code information as an information address link, The information address links the link address information of the information item specified by the first application.
  • the first application takes the news application as an example, and the user can enter the interface through the scan code through the QR code of the PC, and the like, as shown in FIG. 12, the QR code scan page of the PC end.
  • Step 603 Initiate a touch operation on the information address link, jump to the specified information item according to the information address link, and enter a user interface corresponding to the specified information item, and preload M pieces.
  • the first application takes a news application as an example.
  • the news application includes a plurality of news items, such as a news headline, a news hot event, and the like, and enters a news display page corresponding to a specific news item in the news application, as shown in FIG. Show, on the news display page through a static text + dynamic video (before the video is displayed on the news display page before the completion of the video is a static picture, when the video is finished after the start of the video is played by the previous " The static picture is converted to "dynamic video", the static picture is the display state before the loading, and the dynamic video is the display state after the loading is completed). The information in the news display page is presented.
  • the text information of the news content as shown in the first box a1 is included on the news display page (as a specific example of the first information described in the subsequent step 604, which is the static text); and further includes a second box a2
  • the video information of the news content shown in the following is a specific example of the second information described in the subsequent step 604, which is the dynamic video.
  • the first box a1 and the second Box a2 does not exist, and the above two boxes are introduced here for the sake of clarity to indicate different types of information presented on the same news page.
  • the first video can be the video information of the location identified by the second frame a2 in FIG. 3, and the designated character in a specific scene, such as the “small B brother” pair.
  • the text information of the position indicated by the first frame a1 is interpreted.
  • the second video may be as shown in FIG. 4, and the second video includes at least a video first frame 201, a video second frame 202, a video third frame 203, and a fourth video frame 204, and a second view formed by the video frames.
  • a specific character in a specific scene such as "small B brother", when he interprets the text information of the position identified by the first box a1, will dynamically display that he jumps into the page to tear off the "fake news" (first box a1)
  • the textual information of the identified location prompting the user to share the specific information content with the interactive way of interacting with the information.
  • the third video can trigger the playing of the third video by using the touch interactive object 302 for opening the third video in the interactive interactive interface 301 generated in FIG. 5, and the third video can be as shown in FIG. 6.
  • the specified character in a specific scene such as "small B brother” first interacts with the user through the chat session of the simulated WeChat, and after starting the third video through the answer button, at least includes the first frame of the video 301, the video
  • the third video of the second frame 302 continues to interpret the "fake news" (the text information of the location identified by the first frame a1), and clarifies in person, saying that he will join the game of the national battle, not to join the army, etc. Wait.
  • Step 604 Display first information and second information in the user interface, where the first information is a statically presented information type, and the second information is an i-th multimedia information that is sequentially extracted from the specified storage area.
  • the first application takes the news application as an example.
  • the first information is as an example of the text information of the location identified by the first box a1 in FIG. 3, such as a piece of news content—“the little B brother is going to join the army”.
  • the second information is as an example of the video information of the "small B brothers participating in the personal interpretation" that can be changed from static to dynamic, as indicated by the second box a2 in FIG.
  • the three videos are pre-loaded according to the information sharing requirement.
  • the three videos can be stored in a specified location (specified storage area), such as in the phone memory or the mobile phone memory card, and can be stored in order. Other storage methods can also be used. As long as the video information can be identified, the first video, the second video, and the third video can be correctly extracted.
  • Step 605 It is detected that the i-th multimedia information is in a loading process, and an initial state corresponding to the i-th multimedia information is a static presentation mode.
  • the first video when the initial loading is not completed, the first video is in a static rendering mode. It looks like a picture, or it can be said to be a static image of a certain frame in the first video.
  • a video consists of multiple video frames, and multiple video frames form a dynamic video presentation.
  • Step 607 After detecting that the ith multimedia information is played, the i+1th multimedia information is sequentially extracted from the designated storage area, and the i+1th multimedia information is played.
  • the second video is sequentially extracted from the designated storage area, and seamlessly switched to play the second video.
  • the front-end processing technology of how to implement the seamless switching of the terminal video between the first video and the second video is described in the following embodiments, and details are not described herein.
  • Step 608 After detecting that the i+1th multimedia information is played, the simulation generates an interactive interaction interface, where the interactive interaction interface includes a touch interaction object that opens the i+2 multimedia information, and acts on the touch interaction.
  • the first operation on the object responds by sequentially extracting the i+2 multimedia information from the designated storage area, and switching to playing the i+2 multimedia information.
  • the simulation After detecting that the second video is played, the simulation generates an interactive interaction interface (such as the simulated WeChat chat interface in FIG. 5), and the interactive interaction interface includes a touch interaction object that opens the third video (as shown in FIG. 5). Responding to the first operation on the touch interaction object (such as the answer button in FIG. 5), sequentially extracting the third video from the specified storage area, and switching to playing the first Three videos.
  • an interactive interaction interface such as the simulated WeChat chat interface in FIG. 5
  • the interactive interaction interface includes a touch interaction object that opens the third video (as shown in FIG. 5).
  • the first operation on the touch interaction object such as the answer button in FIG. 5
  • sequentially extracting the third video from the specified storage area and switching to playing the first Three videos.
  • the specific scenario example and the specific video page presentation are only examples.
  • the embodiment is not limited to the specific scenario and page presentation.
  • the first video and the second video in this embodiment are Seamless switching to enable smooth continuous playback between multiple videos, and to introduce analog interactive interfaces and touch interactive objects in the second video and third video switching process to switch between multiple videos, the entire process, through a A series of technical means: presenting diversified information, changing state of information, switching of multiple information, and interaction between information can achieve rapid sharing of information and technical effects of widespread information dissemination.
  • Embodiment 5 is a diagrammatic representation of Embodiment 5:
  • An information processing method based on the first to fourth embodiments, after detecting that the i-th multimedia information is played, sequentially extracting the (i+1)th multimedia information from the designated storage area, and Switching to playing the (i+1)th multimedia information includes: acquiring system configuration information of the terminal, detecting, according to the system configuration information, whether the terminal adopts a first operating system; if yes, performing the first policy according to the first policy i multimedia information is switched to the (i+1)th multimedia information for playing, otherwise, the i-th multimedia information is switched to the (i+1)th multimedia information for playing according to the second policy.
  • the first operating system may be an ios system
  • the non-first operating system may be a second operating system, such as an Android system.
  • the specific implementation is different in the two different systems, that is, the front-end processing technology for how to implement seamless switching of the terminal video between the first video and the second video mentioned in the foregoing embodiment is specifically described below.
  • the switching between the two videos is not limited to the switching between the two videos, that is, the detection is performed.
  • the i-th multimedia information is played, the i+1th multimedia information is sequentially extracted from the specified storage area, and the first i+1 multimedia information is played, including: acquiring system configuration information of the terminal, according to the The system configuration information is used to detect whether the terminal adopts the first operating system; if yes, the i-th multimedia information is switched to the (i+1)th multimedia information for playing according to the first policy, otherwise, according to the second policy, The ith multimedia information is switched to the (i+1)th multimedia information for playing.
  • the monitoring progress of the playing of the i-th multimedia information after detecting that the playing of the i-th multimedia information is finished, sequentially extracting the (i+1)th multimedia information from the designated storage area, and switching to the playing station
  • the i+1 multimedia information includes: configuring a usage end event to monitor a play progress of the i-th multimedia information; and detecting, by the end event, that the i-th multimedia information is played, responding to the end event, and playing the play The instruction of the i+1th multimedia information; according to the instruction for playing the (i+1)th multimedia information, calling back to the i+1th multimedia information that has been loaded, and switching to playing the (i+1)th multimedia information.
  • the i-th multimedia information is switched to the (i+1)th multimedia information for playing according to the first policy, specifically: monitoring the playing progress of the i-th multimedia information, when After detecting that the i-th multimedia information is played, the i+1th multimedia information is sequentially extracted from the designated storage area, and the i+1th multimedia information is played to be played.
  • an example can be:
  • And monitoring the playing progress of the ith multimedia information, and after detecting that the ith multimedia information is played, extracting the (i+1)th multimedia information from the designated storage area, and switching to playing the ith +1 multimedia information includes: configuring a usage end event to monitor a play progress of the i-th multimedia information; and detecting, by the end event, that the i-th multimedia information is played, responding to the end event, and playing the i+th An instruction of the multimedia information; according to the instruction for playing the (i+1)th multimedia information, calling back to the i+1th multimedia information that has been loaded, and switching to playing the (i+1)th multimedia information.
  • the i-th multimedia information is switched to the (i+1)th multimedia information for playing according to the second policy, specifically: extracting the i+th from the specified storage area in order 1 multimedia information, detecting whether the i+1th multimedia information has a play record, and if the play record exists, suspending playing the (i+1)th multimedia information; monitoring the a progress of playing the i-th multimedia information, after detecting that the playing of the i-th multimedia information is finished, sequentially extracting the (i+1)th multimedia information from the designated storage area, and canceling the playing record to re-roll back to the The initial playback position of the i+1th multimedia information is switched to play the (i+1)th multimedia information.
  • two videos can be directly loaded without entering any trigger condition. After the loading is completed, after the first video is played, the second video can be played continuously.
  • a trigger condition such as You can preload two videos by scrolling the news page up to a certain height or scrolling down to a certain height, or other touch or slide operation; loading the two videos requires playing the second video first. After the temporary reservation, after saving, the second video can be played after waiting for the first video to play.
  • the callback of the second video is paused to the initial playback point, and the second video is started, because the Android system Different from the ios system, even if two videos are loaded, if one of them is not played, the first video ends, the second video cannot be played automatically, and must be manually intervened, but the invention does not need to be manually Intervention is an automatic switching operation to implement the entire flow of this embodiment.
  • a terminal of the embodiment of the present invention as shown in FIG. 13, the terminal includes:
  • the display unit 12 is configured to display the first information and the second information on the user interface, where the first information is a statically presented information type, and the second information is an ith extracted sequentially from the specified storage area.
  • Multimedia information
  • the first detecting unit 13 is configured to detect that the i-th multimedia information is in a loading process, and the initial state corresponding to the i-th multimedia information is a static rendering mode;
  • the play switching unit 15 is configured to, after detecting the end of the playing of the i-th multimedia information, sequentially extract the (i+1)th multimedia information from the designated storage area, and switch to playing the (i+1)th multimedia information;
  • the interaction unit 16 is configured to: after detecting that the i+1th multimedia information is played, the simulation generates an interactive interaction interface, where the interactive interaction interface includes a touch interaction object that opens the i+2 multimedia information, and acts on the The first operation on the touch interaction object responds by sequentially extracting the i+2 multimedia information from the specified storage area, and switching to playing the i+2 multimedia information.
  • the first application takes a news application as an example.
  • the news application includes a plurality of news items, such as a news headline, a news hot event, and the like, and enters a news display page corresponding to a specific news item in the news application, as shown in FIG. Show, on the news display page through a static text + dynamic video (before the video is displayed on the news display page before the completion of the video is a static picture, when the video is finished after the start of the video is played by the previous " The static picture is converted to "dynamic video", the static picture is the display state before the loading, and the dynamic video is the display state after the loading is completed). The information in the news display page is presented.
  • the text information of the news content as shown in the first box a1 is included on the news display page (as a specific example of the first information described in the subsequent step 102, which is the static text); and further includes a second box a2
  • the video information of the news content shown in the following (as a specific example of the second information described in the subsequent step 102, the dynamic video), in a practical application of the embodiment of the present invention, the first box a1 and the second Box a2 does not exist, and the above two boxes are introduced here for the sake of clarity to indicate different types of information presented on the same news page.
  • the first video can be the video information of the location identified by the second frame a2 in FIG. 3, and the designated character in a specific scene, such as the “small B brother” pair.
  • the text information of the position indicated by the first frame a1 is interpreted.
  • the second video may be as shown in FIG. 4, and the second video includes at least a video first frame 201, a second video frame 202, a third video frame 203, and a fourth video frame 204.
  • the second video formed by the video frames.
  • a specific character in a specific scene such as "small B brother” in the interpretation of the text information in the position identified by the first box a1
  • will dynamically display him jumped into the page to tear off the "fake news" first box a1 Identifying the textual information of the location
  • the third video can trigger the playing of the third video by using the touch interactive object 302 for opening the third video in the interactive interactive interface 301 generated in FIG. 5, and the third video can be as shown in FIG. 6.
  • the specified character in a specific scene such as "small B brother” first interacts with the user through the chat session of the simulated WeChat, and after starting the third video through the answer button, at least includes the first frame of the video 301, the video
  • the third video of the second frame 302 continues to interpret the "fake news" (the text information of the location identified by the first frame a1), and clarifies in person, saying that he will join the game of the national battle, not to join the army, etc. Wait.
  • the first application takes the news application as an example.
  • the first information is as an example of the text information of the location identified by the first box a1 in FIG. 3, such as a piece of news content—“the little B brother is going to join the army”.
  • the second information is as an example of the video information of the "small B brothers participating in the personal interpretation" that can be changed from static to dynamic, as indicated by the second box a2 in FIG.
  • the three videos are pre-loaded according to the information sharing requirement.
  • the three videos can be stored in a specified location (specified storage area), such as in the phone memory or the mobile phone memory card, and can be stored in order. Other storage methods can also be used. As long as the video information can be identified, the first video, the second video, and the third video can be correctly extracted.
  • the first video is a static rendering mode, which appears to be a picture, and can also be said to be a static image of a certain frame in the first video.
  • a video consists of multiple video frames, and multiple video frames form a dynamic video presentation.
  • the second video is sequentially extracted from the designated storage area, and seamlessly switched to play the second video.
  • a front-end processing technique for how to seamlessly switch terminal video between the first video and the second video is described in the following embodiments. Do not repeat them.
  • the simulation After detecting that the second video is played, the simulation generates an interactive interaction interface (such as the simulated WeChat chat interface in FIG. 5), and the interactive interaction interface includes a touch interaction object that opens the third video (as shown in FIG. 5). Responding to the first operation on the touch interaction object (such as the answer button in FIG. 5), sequentially extracting the third video from the specified storage area, and switching to playing the first Three videos.
  • an interactive interaction interface such as the simulated WeChat chat interface in FIG. 5
  • the interactive interaction interface includes a touch interaction object that opens the third video (as shown in FIG. 5).
  • the first operation on the touch interaction object such as the answer button in FIG. 5
  • sequentially extracting the third video from the specified storage area and switching to playing the first Three videos.
  • the specific scenario example and the specific video page presentation are just examples.
  • the embodiment is not limited to the specific scenario and page presentation.
  • the seamless switching between the first video and the second video in this embodiment is to enable multiple videos. Smooth continuous play, and the introduction of analog interactive interface and touch interactive object in the second video and third video switching process to switch between multiple videos, the whole process, through a series of technical means: presenting diverse information, The state of information changes, the switching of multiple information, and the interaction between information can achieve the rapid sharing of information and the technical effects of widespread information dissemination.
  • the terminal further includes a first processing unit, configured to: receive a first operation, start the first application, and enter a user interface of the first application; A plurality of information items are displayed in the user interface of the application; the information items specified in the plurality of information items are queried according to the information keyword, and the user interface corresponding to the specified information item is entered.
  • a first processing unit configured to: receive a first operation, start the first application, and enter a user interface of the first application; A plurality of information items are displayed in the user interface of the application; the information items specified in the plurality of information items are queried according to the information keyword, and the user interface corresponding to the specified information item is entered.
  • the terminal further includes a first processing unit, configured to: receive an information address link sent by the peer user to the local user, where the information address link is the a link address information of the specified information item; a touch operation initiated on the information address link, and a jump to the specified letter according to the information address link The entry is entered and enters the user interface corresponding to the specified information item.
  • a first processing unit configured to: receive an information address link sent by the peer user to the local user, where the information address link is the a link address information of the specified information item; a touch operation initiated on the information address link, and a jump to the specified letter according to the information address link The entry is entered and enters the user interface corresponding to the specified information item.
  • the terminal further includes a first processing unit, configured to: scan the identifier code information sent by the peer user to the local user; after the scanning is finished, parse the identifier code.
  • the information is an information address link, the information address link is link address information of the information item specified by the first application; a touch operation is initiated to act on the information address link, and the link jumps to the information according to the information address link The specified information item and enters the user interface corresponding to the specified information item.
  • the playback switching unit is further configured to: acquire system configuration information of the terminal, and detect, according to the system configuration information, whether the terminal adopts the first operation. a system, if yes, switching the i-th multimedia information to the (i+1)th multimedia information for playing according to the first policy, otherwise, switching the i-th multimedia information to the i-th+ according to the second policy 1 multimedia information is played.
  • the play switching unit is further configured to: monitor a play progress of the i-th multimedia information, and when the i-th multimedia information is detected to be played Then, the i+1th multimedia information is sequentially extracted from the specified storage area, and switched to play the (i+1)th multimedia information.
  • the playback switching unit is further configured to: extract, according to the specified storage area, the i+1th multimedia information, and detect the i+th 1 whether there is a play record of the multimedia information, if the play record exists, the i+1th multimedia information is paused; monitoring the playing progress of the i-th multimedia information, when detecting that the i-th multimedia information is played,
  • the specified storage area sequentially extracts the (i+1)th multimedia information, and eliminates the play record to fall back to the initial play position of the (i+1)th multimedia information, and switches to playing the (i+1)th multimedia information.
  • the above terminal may be an electronic device such as a PC, and may also be a portable electronic device such as a PAD, a tablet computer, a laptop computer, or an intelligent mobile terminal such as a mobile phone, and is not limited to the description herein;
  • the server may be configured by a cluster system, and is integrated into one or each unit function split electronic device for realizing each unit function, and both the terminal and the server include at least a database for storing data and processing for data processing. Or a storage medium set in the server or a separately set storage medium.
  • a microprocessor for the processor for data processing, a microprocessor, a central processing unit (CPU), a digital signal processor (DSP, Digital Singnal Processor) or programmable logic may be used when performing processing.
  • An FPGA Field-Programmable Gate Array
  • An operation instruction for a storage medium, includes an operation instruction, where the operation instruction may be computer executable code, and the operation instruction is used to implement the information processing method in the foregoing embodiment of the present invention.
  • the apparatus includes a processor 31, a storage medium 32, and at least one external communication interface 33; the processor 31, the storage medium 32, and the external communication interface 33 are all connected by a bus 34.
  • the embodiment of the present invention further provides a computer storage medium, wherein computer executable instructions are stored, and the computer executable instructions are used to execute the above information processing method of the embodiment of the present invention.
  • three videos can be pre-loaded according to an information sharing requirement, that is, after the user interface corresponding to the information item specified by the news application is opened by opening the portal of the news application, the pre-loading is performed.
  • the interactive interaction interface includes a touch interaction object
  • the first video may be the video information of the location identified by the second frame a2 in FIG. 3, and the designated character in a specific scene, such as “small B brother”, interprets the text information of the location identified by the first frame a1.
  • the second video may be as shown in FIG. 4, and the second video includes at least a video first frame 201, a second video frame 202, a third video frame 203, and a fourth video frame 204.
  • the second video formed by the video frames.
  • a specific character in a specific scene such as "small B brother” in the interpretation of the text information in the position identified by the first box a1
  • will dynamically display him jumped into the page to tear off the "fake news" first box a1 Identifying the textual information of the location
  • the third video can trigger the playing of the third video by using the touch interactive object 302 for opening the third video in the interactive interactive interface 301 generated in FIG. 5, and the third video can be as shown in FIG. 6.
  • the specified character in a specific scene such as "small B brother” first interacts with the user through the chat session of the simulated WeChat, and after starting the third video through the answer button, at least includes the first frame of the video 301, the video
  • the third video of the second frame 302 continues to interpret the "fake news" (the text information of the location identified by the first frame a1), and presents it in person. Clarify that he will join the game of national combat, not to join the army and so on.
  • An example of the integration of one of these videos is shown in the information presentation results of Figure 15.
  • the H5 is a form of displaying dynamic interactions, which can carry rich media information for display, and can interact with multiple users through dynamic information display.
  • H5 performances through gravity sensing - 360° viewing angles, interactive forms with dual mobile phones, typical multiple-choice expressions, received calls, and simulated WeChat expressions. form.
  • all of them are for the display of a single information, and the embodiment of the present invention is applied by the combination of information and video (that is, there are two expression design forms in H5), and triggers the interactive form of continuous play.
  • This scenario is an implementation technology that can play the interactive experience H5 of flash.
  • the interaction operation implemented by the embodiment of the present invention includes two implementation schemes of the mobile phone terminal and the PC terminal. Considering that the PC end is not as convenient to use as the mobile phone terminal, the interaction effect is not as good as that of the mobile phone terminal. Therefore, the mobile terminal is specifically described. Use, if implemented with a PC terminal, a similar implementation principle can be used, and will not be described. For the mobile terminal, if the PC terminal is combined, the PC terminal can be used as an entry, for example, the mobile phone terminal scans the QR terminal of the PC terminal to perform the page of the mobile terminal (as shown in FIG. 12).
  • the interactive operation implemented by the embodiment of the present invention is implemented on the mobile terminal side, and the H5 of the news item “the small B brother is about to join the army” can be divided into five parts, as shown in FIG. 15 of the five user interfaces. Diversified information presentation and video seamless switching, also added interactive links. Specifically, 1) first enter the fake news interface through a news headline news item, which is actually an H5 page, including text + MP4 video + picture. In order to make this "true news interface" look realistic, it uses text, including text, comments and related news. The middle "photo” is a photo (as shown in Figure 16). At the same time, it is actually loading the video.
  • the interface displays (H5 page), the page mimics the WeChat video chat interface, and even the background music of WeChat is not missed, the "Receive” button is a video playback start button (as shown in Figure 5); 4) The final video of the character “Little B brother” confession, followed by a full-screen video. In the narrative of the clarification of "enlistment”, the mystery was revealed. It turned out to be a national assault and a star captain (falling version). This process is presented in the information shown in Figure 6.
  • the PC side is briefly described as follows. The specific implementation details refer to the implementation principle of the mobile terminal.
  • the entire implementation process of the above H5 scenario is also output to the PC at the same time to provide the user with the operation of the PC, which can ensure the multi-end experience. Ensure that the experience of the mobile phone and the PC end should be unified, complete a closed loop), in fact, it is also seen in the interaction, as shown in Figure 12, on the PC side, just use the first two steps shown in the figure to guide back to the mobile phone. Experience and complete a unified closed loop technology implementation.
  • the disclosed apparatus and method may be implemented in other manners.
  • the device embodiments described above are merely illustrative.
  • the division of the unit is only a logical function division.
  • there may be another division manner such as: multiple units or components may be combined, or Can be integrated into another system, or some features can be ignored or not executed.
  • the coupling, or direct coupling, or communication connection of the components shown or discussed may be indirect coupling or communication connection through some interfaces, devices or units, and may be electrical, mechanical or other forms. of.
  • the units described above as separate components may or may not be physically separated, and the components displayed as the unit may or may not be physical units, that is, may be located in one place or distributed to multiple network units; Some or all of the units may be selected according to actual needs to achieve the purpose of the solution of the embodiment.
  • each functional unit in each embodiment of the present invention may be integrated into one processing unit, or each unit may be separately used as one unit, or two or more units may be integrated into one unit;
  • the unit can be implemented in the form of hardware or in the form of hardware plus software functional units.
  • the foregoing program may be stored in a computer readable storage medium, and the program is executed when executed.
  • the foregoing storage device includes the following steps: the foregoing storage medium includes: a mobile storage device, a read-only memory (ROM), a random access memory (RAM), a magnetic disk, or an optical disk.
  • ROM read-only memory
  • RAM random access memory
  • magnetic disk or an optical disk.
  • optical disk A medium that can store program code.
  • the above-described integrated unit of the present invention may be stored in a computer readable storage medium if it is implemented in the form of a software function module and sold or used as a standalone product.
  • the technical solution of the embodiments of the present invention may be embodied in the form of a software product in essence or in the form of a software product stored in a storage medium, including a plurality of instructions.
  • a computer device (which may be a personal computer, server, or network device, etc.) is caused to perform all or part of the methods described in various embodiments of the present invention.
  • the foregoing storage medium includes various media that can store program codes, such as a mobile storage device, a ROM, a RAM, a magnetic disk, or an optical disk.
  • the first information and the second information are displayed on the user interface, where the first information is a statically presented information type, and the second information is pressed from the specified storage area.
  • the i-th multimedia information extracted in sequence is detected to be in the loading process, and the initial state corresponding to the i-th multimedia information is a static presentation mode, and after detecting that the loading of the i-th multimedia information is finished, switching the The state corresponding to the i-th multimedia information is a dynamic presentation mode, and the i-th multimedia information is played, so that a plurality of different information types can be simultaneously presented in the user interface, including a static information type and a dynamic information type, so that the information is presented.
  • the way is diversified.
  • the simulation After detecting the end of the playing of the i-th multimedia information, sequentially extracting the (i+1)th multimedia information from the designated storage area, and switching to playing the i+1th multimedia information, is an automatic seamless switching, the switching The user does not need manual intervention at all, which makes the playing effect smoother. There is no play gap between multiple videos. The user can always get the information display result and concentrate on the information sharing when the information is displayed.
  • the simulation After detecting that the i+1th multimedia information is played, the simulation generates an interactive interaction interface, where the interactive interaction interface includes a touch interaction object that opens the i+2 multimedia information, and acts on the touch interaction object.
  • the first operation responds by sequentially extracting the i+2 multimedia information from the specified storage area, and switching to playing the i+2 multimedia information, thereby increasing the interaction link, so that the information presentation manner is interactive. Therefore, the user has good interaction with the presented information, which is more conducive to the sharing and promotion of information.

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Abstract

本发明公开了一种信息处理方法及终端、计算机存储介质，其中，所述方法包括：通过开启第一应用的入口进入第一应用指定的信息条目所对应的用户界面后，预先加载M个多媒体信息，所述M为正整数，且所述M>＝2；将加载完成的M个多媒体信息按顺序排列在指定存储区域；检测到所述第i多媒体信息播放结束后，从所述指定存储区域依序提取第i+1多媒体信息，并切换到播放所述第i+1多媒体信息；检测到所述第i+1多媒体信息播放结束后，模拟生成互动交互界面，所述互动交互界面包括开启第i+2多媒体信息的触控交互对象，对作用于所述触控交互对象上的第一操作进行响应，从所述指定存储区域依序提取第i+2多媒体信息，切换到播放所述第i+2多媒体信息。

Description

一种信息处理方法及终端、计算机存储介质 技术领域
本发明涉及信息交互技术，尤其涉及一种信息处理方法及终端、计算机存储介质。
背景技术
随着终端的智能化发展，通过在终端上安装各种应用，可以以技术手段为用户提供各种个性化的生活服务，可以说一机在手，从此无忧。以终端为手机为例，现在用户看新闻，浏览网页，播放视频等一系列操作完全可以通过在手机上安装相应的应用，如新闻应用，浏览器应用，视频播放应用等来实现，视频，图片，文字这些多媒体信息能给用户更直观的感受，特别是视频包括声音，画面，文字相结合播放，通过一个视频就能带给用户带来极大的信息量和直观的感受。
然而，目前的信息呈现方式，如用户看新闻或浏览网页时以单一的图片或文字这种静态呈现方式居多，与用户的互动不多。而动态的视频播放多以播放单一门类的电视剧、电影和综艺节目等为主，用户只是观看所播放的视频，与用户的互动也不多。
当前的用户需求为：希望在信息呈现方式上更具备多元化，更具备互动性，对于这个用户需求，目前相关技术中尚无有效解决方案。
发明内容
有鉴于此，本发明实施例希望提供一种信息处理方法及终端、计算机存储介质，至少解决了现有技术存在的问题，符合用户需求，使信息在呈现方式上更具备多元化，更具备互动性，从而在用户与所呈现的信息之间 具备良好的交互性，更利于信息的分享和推广。
本发明实施例的技术方案是这样实现的：
本发明实施例提供了一种信息处理方法，所述方法包括：
通过开启第一应用的入口进入第一应用指定的信息条目所对应的用户界面后，预先加载M个多媒体信息，所述M为正整数，且所述M>＝2；将加载完成的M个多媒体信息按顺序排列在指定存储区域；
在所述用户界面显示第一信息和第二信息，所述第一信息为静态呈现的信息类型，所述第二信息为从所述指定存储区域按照顺序提取的第i多媒体信息；
检测到所述第i多媒体信息处于加载过程中，第i多媒体信息对应的初始状态为静态呈现模式；
检测到所述第i多媒体信息加载结束后，切换所述第i多媒体信息对应的状态为动态呈现模式，并播放所述第i多媒体信息，所述i为正整数，且所述i>＝1；
检测到所述第i多媒体信息播放结束后，从所述指定存储区域依序提取第i+1多媒体信息，并切换到播放所述第i+1多媒体信息；
检测到所述第i+1多媒体信息播放结束后，模拟生成互动交互界面，所述互动交互界面包括开启第i+2多媒体信息的触控交互对象，对作用于所述触控交互对象上的第一操作进行响应，从所述指定存储区域依序提取第i+2多媒体信息，切换到播放所述第i+2多媒体信息。
本发明实施例还提供了一种终端，所述终端包括：
预加载单元，配置为通过开启第一应用的入口进入第一应用指定的信息条目所对应的用户界面后，预先加载M个多媒体信息，所述M为正整数，且所述M>＝2；将加载完成的M个多媒体信息按顺序排列在指定存储区域；
显示单元，配置为在所述用户界面显示第一信息和第二信息，所述第 一信息为静态呈现的信息类型，所述第二信息为从所述指定存储区域按照顺序提取的第i多媒体信息；
第一检测单元，配置为检测到所述第i多媒体信息处于加载过程中，第i多媒体信息对应的初始状态为静态呈现模式；
第二检测单元，配置为检测到所述第i多媒体信息加载结束后，切换所述第i多媒体信息对应的状态为动态呈现模式，并播放所述第i多媒体信息，所述i为正整数，且所述i>＝1；
播放切换单元，配置为检测到所述第i多媒体信息播放结束后，从所述指定存储区域依序提取第i+1多媒体信息，并切换到播放所述第i+1多媒体信息；
交互单元，配置为检测到所述第i+1多媒体信息播放结束后，模拟生成互动交互界面，所述互动交互界面包括开启第i+2多媒体信息的触控交互对象，对作用于所述触控交互对象上的第一操作进行响应，从所述指定存储区域依序提取第i+2多媒体信息，切换到播放所述第i+2多媒体信息。
本发明实施例还提供一种计算机存储介质，其中存储有计算机可执行指令，该计算机可执行指令配置为执行上述信息处理方法。
本发明实施例的信息处理方法包括：通过开启第一应用的入口进入第一应用指定的信息条目所对应的用户界面后，预先加载M个多媒体信息，所述M为正整数，且所述M>＝2；将加载完成的M个多媒体信息按顺序排列在指定存储区域；在所述用户界面显示第一信息和第二信息，所述第一信息为静态呈现的信息类型，所述第二信息为从所述指定存储区域按照顺序提取的第i多媒体信息；检测到所述第i多媒体信息处于加载过程中，第i多媒体信息对应的初始状态为静态呈现模式；检测到所述第i多媒体信息加载结束后，切换所述第i多媒体信息对应的状态为动态呈现模式，并播放所述第i多媒体信息，所述i为正整数，且所述i>＝1；检测到所述第i多媒 体信息播放结束后，从所述指定存储区域依序提取第i+1多媒体信息，并切换到播放所述第i+1多媒体信息；检测到所述第i+1多媒体信息播放结束后，模拟生成互动交互界面，所述互动交互界面包括开启第i+2多媒体信息的触控交互对象，对作用于所述触控交互对象上的第一操作进行响应，从所述指定存储区域依序提取第i+2多媒体信息，切换到播放所述第i+2多媒体信息。
采用本发明实施例，在所述用户界面显示第一信息和第二信息，所述第一信息为静态呈现的信息类型，所述第二信息为从所述指定存储区域按照顺序提取的第i多媒体信息，检测到所述第i多媒体信息处于加载过程中，第i多媒体信息对应的初始状态为静态呈现模式，检测到所述第i多媒体信息加载结束后，切换所述第i多媒体信息对应的状态为动态呈现模式，并播放所述第i多媒体信息，从而，可以在用户界面同时呈现多种不同信息类型，包括静态的信息类型和动态的信息类型，使得信息的呈现方式呈现多元化。检测到所述第i多媒体信息播放结束后，从所述指定存储区域依序提取第i+1多媒体信息，并切换到播放所述第i+1多媒体信息，是自动的无缝切换，这个切换过程中完全不需要用户人工介入，使得播放效果更加流畅，多个视频间没有播放间隙，用户始终可以得到信息的展示结果，也更专注于信息展示时的信息分享。检测到所述第i+1多媒体信息播放结束后，模拟生成互动交互界面，所述互动交互界面包括开启第i+2多媒体信息的触控交互对象，对作用于所述触控交互对象上的第一操作进行响应，从所述指定存储区域依序提取第i+2多媒体信息，切换到播放所述第i+2多媒体信息，从而增加了互动环节，使得信息呈现方式上具备了互动性，从而在用户与所呈现的信息之间具备良好的交互性，更利于信息的分享和推广。
附图说明
图1为本发明实施例中进行信息交互的各方硬件实体的示意图；
图2为本发明方法实施例一的一个实现流程示意图；
图3-6为应用本发明实施例的一个实际应用的多个场景示意图；
图7为本发明实施例二的一个实现流程示意图；
图8为本发明实施例三的一个实现流程示意图；
图9-10为应用本发明实施例三的一个实际应用的多个场景示意图；
图11为本发明实施例四的一个实现流程示意图；
图12为应用本发明实施例四的一个实际应用的场景示意图；
图13为本发明实施例六的一个组成结构示意图；
图14为本发明实施例十的一个硬件组成结构示意图；
图15-16为H5页面实现场景中的多个实际应用的场景示意图。
具体实施方式
下面结合附图对技术方案的实施作进一步的详细描述。
图1为本发明实施例中进行信息交互的各方硬件实体的示意图，图1中包括：服务器11-1n、终端设备21-24，终端设备21-24通过有线网络或者无线网络与服务器进行信息交互，终端设备包括手机、台式机、PC机、一体机等类型。其中，终端设备中安装了如新闻应用，网页浏览应用，视频播放应用等多种应用，采用本发明实施例，基于上述图1所示的系统，终端预先从服务器获取多个视频，或者在有需要时实时从服务器下载得到所述多个视频。通过开启第一应用(比如新闻应用，网页浏览应用)的入口进入第一应用(比如新闻应用，网页浏览应用)指定的信息条目所对应的用户界面后，预先加载M个多媒体信息，所述M为正整数，且所述M>＝2；将加载完成的M个多媒体信息按顺序排列在指定存储区域；在所述用户界面显示第一信息和第二信息，所述第一信息为静态呈现的信息类型，所述第二信息为从所述指定存储区域按照顺序提取的第i多媒体信息，达到技术效果的第一方面：可以在用户界面同时呈现多种不同信息类型，包括静态 的信息类型和动态的信息类型，使得信息的呈现方式呈现多元化。检测到所述第i多媒体信息处于加载过程中，第i多媒体信息对应的初始状态为静态呈现模式，检测到所述第i多媒体信息加载结束后，切换所述第i多媒体信息对应的状态为动态呈现模式，并播放所述第i多媒体信息，所述i为正整数，且所述i>＝1，达到技术效果的第二方面：由于加载完成的第i多媒体信息在最终动态呈现之前，在未加载完成之前的加载过程中给用户在视觉上的感觉是个静态图片，因此，由静到动的状态切换，会带给用户不同的感受，从而通过这种技术实现使得用户对所述第i多媒体信息播放时所呈现的信息有更多兴趣和关注度，从而达到更好的信息分享和推广目的。检测到所述第i多媒体信息播放结束后，从所述指定存储区域依序提取第i+1多媒体信息，并切换到播放所述第i+1多媒体信息，达到技术效果的第三方面：是自动的无缝切换，这个切换过程中完全不需要用户人工介入(如用户发起视频切换操作)就能实现多个视频间的视频切换，多个视频间没有播放间隙而连续播放，使得播放效果更加流畅，用户始终可以得到信息的展示结果，也更专注于信息展示时的信息分享。检测到所述第i+1多媒体信息播放结束后，模拟生成互动交互界面，所述互动交互界面包括开启第i+2多媒体信息的触控交互对象，对作用于所述触控交互对象上的第一操作进行响应，从所述指定存储区域依序提取第i+2多媒体信息，切换到播放所述第i+2多媒体信息。达到技术效果的第四方面：通过模拟生成互动交互界面及该界面上用于开启第i+2多媒体信息的触控交互对象，增加了互动环节，使得信息呈现方式上具备了互动性，从而在用户与所呈现的信息之间具备良好的交互性，更利于信息的分享和推广。
上述图1的例子只是实现本发明实施例的一个系统架构实例，本发明实施例并不限于上述图1所述的系统结构，基于该系统架构，提出本发明各个实施例。
实施例一：
本发明实施例的一种信息处理方法，如图2所示，所述方法包括：
步骤101、通过开启第一应用的入口进入第一应用指定的信息条目所对应的用户界面后，预先加载M个多媒体信息，所述M为正整数，且所述M>＝2；将加载完成的M个多媒体信息按顺序排列在指定存储区域。
这里，第一应用以新闻应用为例，新闻应用中包括多个新闻条目，比如新闻头条，新闻热点事件等等，进入新闻应用中的一个具体新闻条目所对应的新闻显示页面，如图3所示，在该新闻显示页面上通过一个具备静态文字+动态视频(在该视频未曾加载完成之前显示于该新闻显示页面时为一个静态的图片，当加载完成后开始播放视频时就由之前的“静态图片”转变为“动态视频”，静态图片是未加载之前的显示状态，动态视频为加载完成后的显示状态)进行新闻显示页面中的信息呈现。在该新闻显示页面上包括如第一框a1中所示的新闻内容的文字信息(作为后续步骤102中描述的第一信息的具体实例，为所述静态文字)；还包括如第二框a2中所示的新闻内容的视频信息(作为后续步骤102中描述的第二信息的具体实例，为所述动态视频)，在本发明实施例的一个实际应用中，上述第一框a1和第二框a2并不存在，这里只是为了表述清楚而引入了上述两个框进行指示区分在同一个新闻页面所呈现的不同信息类型。
比如，可以根据一个信息分享需求来配置预先加载三个视频，第一个视频可以为图3中第二框a2所标识位置的视频信息，一个具体场景中的指定人物如“小B兄”对上述第一框a1所标识位置的文字信息进行解读。第二个视频可以为如图4所示，第二视频至少包括视频第一帧201、视频第二帧202、视频第三帧203、视频第四帧204，通过这些视频帧构成的第二视频要表达：一个具体场景中的指定人物如“小B兄”在解读第一框a1所标识位置的文字信息时，会动态呈现他跳进页面来撕掉“假新闻”(第一框a1 所标识位置的文字信息)，提示用户可以与他以信息交互的互动方式来共同分享具体的信息内容是什么？与上述“假新闻”的关系。第三个视频可以通过如图5所示的模拟生成的互动交互界面301中的用于开启第三视频的触控交互对象302来触发第三视频的播放，第三视频可以为如图6所示，一个具体场景中的指定人物如“小B兄”先和用户之间通过模拟微信的聊天通话界面开始交互，通过接听按钮启动本第三视频后，通过至少包括视频第一帧301、视频第二帧302的第三视频来继续对“假新闻”(第一框a1所标识位置的文字信息)进行解读，自己当面出来澄清，说自己将加入全民战斗这个游戏应用，并不是去参军等等。
步骤102、在所述用户界面显示第一信息和第二信息，所述第一信息为静态呈现的信息类型，所述第二信息为从所述指定存储区域按照顺序提取的第i多媒体信息。
这里，第一应用以新闻应用为例，第一信息如图3中第一框a1所标识位置的文字信息为例，如一段新闻内容——“小B兄要参军了”。第二信息如图3中第二框a2所标识位置的可以由静态变为动态呈现的“小B兄参军本人亲身解读”视频信息为例。
这里，仍以根据信息分享需求来配置预先加载三个视频为例，这三个视频可以存放在一个指定位置(指定存储区域)，如手机内存中或手机存储卡中，可以按照顺序进行存储，也可以采用其他存储方式，只要能标识出哪个视频信息，能正确提取出第一视频，第二视频，第三视频即可。
步骤103、检测到所述第i多媒体信息处于加载过程中，第i多媒体信息对应的初始状态为静态呈现模式。
这里，初始加载，还未加载完成时，所述第一视频为静态呈现模式，看起来就是图片，也可以说是以第一视频中的某一帧静态图像所组成。视频由多个视频帧组成，多个视频帧构成动态的视频呈现。
步骤104、检测到所述第i多媒体信息加载结束后，切换所述第i多媒体信息对应的状态为动态呈现模式，并播放所述第i多媒体信息，所述i为正整数，且所述i>＝1。
这里，加载完成时，多个视频帧构成动态的视频呈现，由静态呈现模式切换为动态呈现模式，此时，就看出实际上图片是个视频，播放该第一视频。
步骤105、检测到所述第i多媒体信息播放结束后，从所述指定存储区域依序提取第i+1多媒体信息，并切换到播放所述第i+1多媒体信息。
这里，在检测到所述第一视频播放结束后，从所述指定存储区域依序提取第二视频，并无缝切换到播放所述第二视频。第一视频和第二视频之间如何实现终端视频无缝切换的前端处理技术，在后续实施例中描述，这里不做赘述。
步骤106、检测到所述第i+1多媒体信息播放结束后，模拟生成互动交互界面，所述互动交互界面包括开启第i+2多媒体信息的触控交互对象，对作用于所述触控交互对象上的第一操作进行响应，从所述指定存储区域依序提取第i+2多媒体信息，切换到播放所述第i+2多媒体信息。
这里，检测到所述第二视频播放结束后，模拟生成互动交互界面(如图5中模拟的微信聊天界面)，所述互动交互界面包括开启第三视频的触控交互对象(如图5中的接听按钮)，对作用于所述触控交互对象(如图5中的接听按钮)上的第一操作进行响应，从所述指定存储区域依序提取第三视频，切换到播放所述第三视频。
上述具体的场景举例和具体的视频页面呈现都只是作为示例，本实施例并不限于这些具体场景和页面呈现，本实施例的第一视频和第二视频间的无缝切换以使得多个视频间流畅的连续播放，及在第二视频和第三视频切换过程中引入模拟交互界面和触控交互对象来进行多个视频间的切换， 整个流程，通过一系列技术手段：呈现多元化信息，信息的状态变化，多个信息的切换，信息间的互动能达到信息快速分享，信息广泛传播的技术效果。
实施例二：
本发明实施例的一种信息处理方法，如图7所示，所述方法包括：
步骤401、接收第一操作，以开启第一应用，进入第一应用的用户界面。
步骤402、在所述第一应用的用户界面中显示多条信息条目。
这里，以第一应用为新闻应用为例，用户通过开启新闻应用，从诸多新闻中找到人物“小B兄”当兵的新闻条目后，进入该界面。
步骤403、按照信息关键字查询到所述多条信息条目中所述指定的信息条目，进入所述指定的信息条目所对应的用户界面，预先加载M个多媒体信息，所述M为正整数，且所述M>＝2；将加载完成的M个多媒体信息按顺序排列在指定存储区域。
这里，第一应用以新闻应用为例，新闻应用中包括多个新闻条目，比如新闻头条，新闻热点事件等等，进入新闻应用中的一个具体新闻条目所对应的新闻显示页面，如图3所示，在该新闻显示页面上通过一个具备静态文字+动态视频(在该视频未曾加载完成之前显示于该新闻显示页面时为一个静态的图片，当加载完成后开始播放视频时就由之前的“静态图片”转变为“动态视频”，静态图片是未加载之前的显示状态，动态视频为加载完成后的显示状态)进行新闻显示页面中的信息呈现。在该新闻显示页面上包括如第一框a1中所示的新闻内容的文字信息(作为后续步骤404中描述的第一信息的具体实例，为所述静态文字)；还包括如第二框a2中所示的新闻内容的视频信息(作为后续步骤404中描述的第二信息的具体实例，为所述动态视频)，在本发明实施例的一个实际应用中，上述第一框a1和第二框a2并不存在，这里只是为了表述清楚而引入了上述两个框进行指示 区分在同一个新闻页面所呈现的不同信息类型。
比如，可以根据一个信息分享需求来配置预先加载三个视频，第一个视频可以为图3中第二框a2所标识位置的视频信息，一个具体场景中的指定人物“小B兄”对上述第一框a1所标识位置的文字信息进行解读。第二个视频可以为如图4所示，第二视频至少包括视频第一帧201、视频第二帧202、视频第三帧203、视频第四帧204，通过这些视频帧构成的第二视频要表达：一个具体场景中的指定人物如“小B兄”在解读第一框a1所标识位置的文字信息时，会动态呈现他跳进页面来撕掉“假新闻”(第一框a1所标识位置的文字信息)，提示用户可以与他以信息交互的互动方式来共同分享具体的信息内容是什么？与上述“假新闻”的关系。第三个视频可以通过如图5所示的模拟生成的互动交互界面301中的用于开启第三视频的触控交互对象302来触发第三视频的播放，第三视频可以为如图6所示，一个具体场景中的指定人物如“小B兄”先和用户之间通过模拟微信的聊天通话界面开始交互，通过接听按钮启动本第三视频后，通过至少包括视频第一帧301、视频第二帧302的第三视频来继续对“假新闻”(第一框a1所标识位置的文字信息)进行解读，自己当面出来澄清，说自己将加入全民战斗这个游戏应用，并不是去参军等等。
步骤404、在所述用户界面显示第一信息和第二信息，所述第一信息为静态呈现的信息类型，所述第二信息为从所述指定存储区域按照顺序提取的第i多媒体信息。
这里，第一应用以新闻应用为例，第一信息如图3中第一框a1所标识位置的文字信息为例，如一段新闻内容——“小B兄要参军了”。第二信息如图3中第二框a2所标识位置的可以由静态变为动态呈现的“小B兄”参军本人亲身解读”视频信息为例。
这里，仍以根据信息分享需求来配置预先加载三个视频为例，这三个 视频可以存放在一个指定位置(指定存储区域)，如手机内存中或手机存储卡中，可以按照顺序进行存储，也可以采用其他存储方式，只要能标识出哪个视频信息，能正确提取出第一视频，第二视频，第三视频即可。
步骤405、检测到所述第i多媒体信息处于加载过程中，第i多媒体信息对应的初始状态为静态呈现模式。
这里，初始加载，还未加载完成时，所述第一视频为静态呈现模式，看起来就是图片，也可以说是以第一视频中的某一帧静态图像所组成。视频由多个视频帧组成，多个视频帧构成动态的视频呈现。
步骤406、检测到所述第i多媒体信息加载结束后，切换所述第i多媒体信息对应的状态为动态呈现模式，并播放所述第i多媒体信息，所述i为正整数，且所述i>＝1。
这里，加载完成时，多个视频帧构成动态的视频呈现，由静态呈现模式切换为动态呈现模式，此时，就看出实际上图片是个视频，播放该第一视频。
步骤407、检测到所述第i多媒体信息播放结束后，从所述指定存储区域依序提取第i+1多媒体信息，并切换到播放所述第i+1多媒体信息。
这里，在检测到所述第一视频播放结束后，从所述指定存储区域依序提取第二视频，并无缝切换到播放所述第二视频。第一视频和第二视频之间如何实现终端视频无缝切换的前端处理技术，在后续实施例中描述，这里不做赘述。
步骤408、检测到所述第i+1多媒体信息播放结束后，模拟生成互动交互界面，所述互动交互界面包括开启第i+2多媒体信息的触控交互对象，对作用于所述触控交互对象上的第一操作进行响应，从所述指定存储区域依序提取第i+2多媒体信息，切换到播放所述第i+2多媒体信息。
这里，检测到所述第二视频播放结束后，模拟生成互动交互界面(如 图5中模拟的微信聊天界面)，所述互动交互界面包括开启第三视频的触控交互对象(如图5中的接听按钮)，对作用于所述触控交互对象(如图5中的接听按钮)上的第一操作进行响应，从所述指定存储区域依序提取第三视频，切换到播放所述第三视频。
上述具体的场景举例和具体的视频页面呈现都只是作为示例，本实施例并不限于这些具体场景和页面呈现，本实施例的第一视频和第二视频间的无缝切换以使得多个视频间流畅的连续播放，及在第二视频和第三视频切换过程中引入模拟交互界面和触控交互对象来进行多个视频间的切换，整个流程，通过一系列技术手段：呈现多元化信息，信息的状态变化，多个信息的切换，信息间的互动能达到信息快速分享，信息广泛传播的技术效果。
实施例三：
本发明实施例的一种信息处理方法，如图8所示，所述方法包括：
步骤501、收到对端用户发送给本端用户的信息地址链接，所述信息地址链接为所述第一应用指定的信息条目的链接地址信息。
这里，第一应用以新闻应用为例，用户通过朋友推荐的新闻地址链接，进入指定的信息条目所对应的用户界面，或者通过微信朋友圈的信息链接进入指定的信息条目所对应的用户界面，如图9或图10所示。
步骤502、发起作用于所述信息地址链接的触控操作，根据所述信息地址链接跳转到所述指定的信息条目，并进入所述指定的信息条目所对应的用户界面，预先加载M个多媒体信息，所述M为正整数，且所述M>＝2；将加载完成的M个多媒体信息按顺序排列在指定存储区域。
这里，第一应用以新闻应用为例，新闻应用中包括多个新闻条目，比如新闻头条，新闻热点事件等等，进入新闻应用中的一个具体新闻条目所对应的新闻显示页面，如图3所示，在该新闻显示页面上通过一个具备静 态文字+动态视频(在该视频未曾加载完成之前显示于该新闻显示页面时为一个静态的图片，当加载完成后开始播放视频时就由之前的“静态图片”转变为“动态视频”，静态图片是未加载之前的显示状态，动态视频为加载完成后的显示状态)进行新闻显示页面中的信息呈现。在该新闻显示页面上包括如第一框a1中所示的新闻内容的文字信息(作为后续步骤503中描述的第一信息的具体实例，为所述静态文字)；还包括如第二框a2中所示的新闻内容的视频信息(作为后续步骤503中描述的第二信息的具体实例，为所述动态视频)，在本发明实施例的一个实际应用中，上述第一框a1和第二框a2并不存在，这里只是为了表述清楚而引入了上述两个框进行指示区分在同一个新闻页面所呈现的不同信息类型。
比如，可以根据一个信息分享需求来配置预先加载三个视频，第一个视频可以为图3中第二框a2所标识位置的视频信息，一个具体场景中的指定人物如“小B兄”对上述第一框a1所标识位置的文字信息进行解读。第二个视频可以为如图4所示，第二视频至少包括视频第一帧201、视频第二帧202、视频第三帧203、视频第四帧204，通过这些视频帧构成的第二视频要表达：一个具体场景中的指定人物如“小B兄”在解读第一框a1所标识位置的文字信息时，会动态呈现他跳进页面来撕掉“假新闻”(第一框a1所标识位置的文字信息)，提示用户可以与他以信息交互的互动方式来共同分享具体的信息内容是什么？与上述“假新闻”的关系。第三个视频可以通过如图5所示的模拟生成的互动交互界面301中的用于开启第三视频的触控交互对象302来触发第三视频的播放，第三视频可以为如图6所示，一个具体场景中的指定人物如“小B兄”先和用户之间通过模拟微信的聊天通话界面开始交互，通过接听按钮启动本第三视频后，通过至少包括视频第一帧301、视频第二帧302的第三视频来继续对“假新闻”(第一框a1所标识位置的文字信息)进行解读，自己当面出来澄清，说自己将加入全 民战斗这个游戏应用，并不是去参军等等。
步骤503、在所述用户界面显示第一信息和第二信息，所述第一信息为静态呈现的信息类型，所述第二信息为从所述指定存储区域按照顺序提取的第i多媒体信息。
这里，第一应用以新闻应用为例，第一信息如图3中第一框a1所标识位置的文字信息为例，如一段新闻内容——“小B兄要参军了”。第二信息如图3中第二框a2所标识位置的可以由静态变为动态呈现的“小B兄参军本人亲身解读”视频信息为例。
这里，仍以根据信息分享需求来配置预先加载三个视频为例，这三个视频可以存放在一个指定位置(指定存储区域)，如手机内存中或手机存储卡中，可以按照顺序进行存储，也可以采用其他存储方式，只要能标识出哪个视频信息，能正确提取出第一视频，第二视频，第三视频即可。
步骤505、检测到所述第i多媒体信息处于加载过程中，第i多媒体信息对应的初始状态为静态呈现模式。
这里，初始加载，还未加载完成时，所述第一视频为静态呈现模式，看起来就是图片，也可以说是以第一视频中的某一帧静态图像所组成。视频由多个视频帧组成，多个视频帧构成动态的视频呈现。
步骤506、检测到所述第i多媒体信息加载结束后，切换所述第i多媒体信息对应的状态为动态呈现模式，并播放所述第i多媒体信息，所述i为正整数，且所述i>＝1。
这里，加载完成时，多个视频帧构成动态的视频呈现，由静态呈现模式切换为动态呈现模式，此时，就看出实际上图片是个视频，播放该第一视频。
步骤507、检测到所述第i多媒体信息播放结束后，从所述指定存储区域依序提取第i+1多媒体信息，并切换到播放所述第i+1多媒体信息。
这里，在检测到所述第一视频播放结束后，从所述指定存储区域依序提取第二视频，并无缝切换到播放所述第二视频。第一视频和第二视频之间如何实现终端视频无缝切换的前端处理技术，在后续实施例中描述，这里不做赘述。
步骤508、检测到所述第i+1多媒体信息播放结束后，模拟生成互动交互界面，所述互动交互界面包括开启第i+2多媒体信息的触控交互对象，对作用于所述触控交互对象上的第一操作进行响应，从所述指定存储区域依序提取第i+2多媒体信息，切换到播放所述第i+2多媒体信息。
这里，检测到所述第二视频播放结束后，模拟生成互动交互界面(如图5中模拟的微信聊天界面)，所述互动交互界面包括开启第三视频的触控交互对象(如图5中的接听按钮)，对作用于所述触控交互对象(如图5中的接听按钮)上的第一操作进行响应，从所述指定存储区域依序提取第三视频，切换到播放所述第三视频。
上述具体的场景举例和具体的视频页面呈现都只是作为示例，本实施例并不限于这些具体场景和页面呈现，本实施例的第一视频和第二视频间的无缝切换以使得多个视频间流畅的连续播放，及在第二视频和第三视频切换过程中引入模拟交互界面和触控交互对象来进行多个视频间的切换，整个流程，通过一系列技术手段：呈现多元化信息，信息的状态变化，多个信息的切换，信息间的互动能达到信息快速分享，信息广泛传播的技术效果。
实施例四：
本发明实施例的一种信息处理方法，如图11所示，所述方法包括：
步骤601、扫描对端用户发送给本端用户的标识码信息。
步骤602、扫描结束后，解析出所述标识码信息为信息地址链接，所述 信息地址链接为所述第一应用指定的信息条目的链接地址信息。
这里，第一应用以新闻应用为例，用户可以通过PC端的二维码通过扫码进入该界面等等，如图12所示为PC端的二维码扫码页面。
步骤603、发起作用于所述信息地址链接的触控操作，根据所述信息地址链接跳转到所述指定的信息条目，并进入所述指定的信息条目所对应的用户界面，预先加载M个多媒体信息，所述M为正整数，且所述M>＝2；将加载完成的M个多媒体信息按顺序排列在指定存储区域。
这里，第一应用以新闻应用为例，新闻应用中包括多个新闻条目，比如新闻头条，新闻热点事件等等，进入新闻应用中的一个具体新闻条目所对应的新闻显示页面，如图3所示，在该新闻显示页面上通过一个具备静态文字+动态视频(在该视频未曾加载完成之前显示于该新闻显示页面时为一个静态的图片，当加载完成后开始播放视频时就由之前的“静态图片”转变为“动态视频”，静态图片是未加载之前的显示状态，动态视频为加载完成后的显示状态)进行新闻显示页面中的信息呈现。在该新闻显示页面上包括如第一框a1中所示的新闻内容的文字信息(作为后续步骤604中描述的第一信息的具体实例，为所述静态文字)；还包括如第二框a2中所示的新闻内容的视频信息(作为后续步骤604中描述的第二信息的具体实例，为所述动态视频)，在本发明实施例的一个实际应用中，上述第一框a1和第二框a2并不存在，这里只是为了表述清楚而引入了上述两个框进行指示区分在同一个新闻页面所呈现的不同信息类型。
比如，可以根据一个信息分享需求来配置预先加载三个视频，第一个视频可以为图3中第二框a2所标识位置的视频信息，一个具体场景中的指定人物如“小B兄”对上述第一框a1所标识位置的文字信息进行解读。第二个视频可以为如图4所示，第二视频至少包括视频第一帧201、视频第二帧202、视频第三帧203、视频第四帧204，通过这些视频帧构成的第二视 频要表达：一个具体场景中的指定人物如“小B兄”在解读第一框a1所标识位置的文字信息时，会动态呈现他跳进页面来撕掉“假新闻”(第一框a1所标识位置的文字信息)，提示用户可以与他以信息交互的互动方式来共同分享具体的信息内容是什么？与上述“假新闻”的关系。第三个视频可以通过如图5所示的模拟生成的互动交互界面301中的用于开启第三视频的触控交互对象302来触发第三视频的播放，第三视频可以为如图6所示，一个具体场景中的指定人物如“小B兄”先和用户之间通过模拟微信的聊天通话界面开始交互，通过接听按钮启动本第三视频后，通过至少包括视频第一帧301、视频第二帧302的第三视频来继续对“假新闻”(第一框a1所标识位置的文字信息)进行解读，自己当面出来澄清，说自己将加入全民战斗这个游戏应用，并不是去参军等等。
步骤604、在所述用户界面显示第一信息和第二信息，所述第一信息为静态呈现的信息类型，所述第二信息为从所述指定存储区域按照顺序提取的第i多媒体信息。
这里，第一应用以新闻应用为例，第一信息如图3中第一框a1所标识位置的文字信息为例，如一段新闻内容——“小B兄要参军了”。第二信息如图3中第二框a2所标识位置的可以由静态变为动态呈现的“小B兄参军本人亲身解读”视频信息为例。
这里，仍以根据信息分享需求来配置预先加载三个视频为例，这三个视频可以存放在一个指定位置(指定存储区域)，如手机内存中或手机存储卡中，可以按照顺序进行存储，也可以采用其他存储方式，只要能标识出哪个视频信息，能正确提取出第一视频，第二视频，第三视频即可。
步骤605、检测到所述第i多媒体信息处于加载过程中，第i多媒体信息对应的初始状态为静态呈现模式。
这里，初始加载，还未加载完成时，所述第一视频为静态呈现模式， 看起来就是图片，也可以说是以第一视频中的某一帧静态图像所组成。视频由多个视频帧组成，多个视频帧构成动态的视频呈现。
步骤606、检测到所述第i多媒体信息加载结束后，切换所述第i多媒体信息对应的状态为动态呈现模式，并播放所述第i多媒体信息，所述i为正整数，且所述i>＝1。
这里，加载完成时，多个视频帧构成动态的视频呈现，由静态呈现模式切换为动态呈现模式，此时，就看出实际上图片是个视频，播放该第一视频。
步骤607、检测到所述第i多媒体信息播放结束后，从所述指定存储区域依序提取第i+1多媒体信息，并切换到播放所述第i+1多媒体信息。
这里，在检测到所述第一视频播放结束后，从所述指定存储区域依序提取第二视频，并无缝切换到播放所述第二视频。第一视频和第二视频之间如何实现终端视频无缝切换的前端处理技术，在后续实施例中描述，这里不做赘述。
步骤608、检测到所述第i+1多媒体信息播放结束后，模拟生成互动交互界面，所述互动交互界面包括开启第i+2多媒体信息的触控交互对象，对作用于所述触控交互对象上的第一操作进行响应，从所述指定存储区域依序提取第i+2多媒体信息，切换到播放所述第i+2多媒体信息。
这里，检测到所述第二视频播放结束后，模拟生成互动交互界面(如图5中模拟的微信聊天界面)，所述互动交互界面包括开启第三视频的触控交互对象(如图5中的接听按钮)，对作用于所述触控交互对象(如图5中的接听按钮)上的第一操作进行响应，从所述指定存储区域依序提取第三视频，切换到播放所述第三视频。
上述具体的场景举例和具体的视频页面呈现都只是作为示例，本实施例并不限于这些具体场景和页面呈现，本实施例的第一视频和第二视频间 的无缝切换以使得多个视频间流畅的连续播放，及在第二视频和第三视频切换过程中引入模拟交互界面和触控交互对象来进行多个视频间的切换，整个流程，通过一系列技术手段：呈现多元化信息，信息的状态变化，多个信息的切换，信息间的互动能达到信息快速分享，信息广泛传播的技术效果。
实施例五：
本发明实施例的一种信息处理方法，基于上述实施例一-四，所述检测到所述第i多媒体信息播放结束后，从所述指定存储区域依序提取第i+1多媒体信息，并切换到播放所述第i+1多媒体信息，包括：获取终端的系统配置信息，根据所述系统配置信息检测所述终端是否采用第一操作系统；如果是，则根据第一策略将所述第i多媒体信息切换到所述第i+1多媒体信息进行播放，否则，根据第二策略将所述第i多媒体信息切换到所述第i+1多媒体信息进行播放。
在本发明实施例一具体应用中，第一操作系统可以为ios系统，除此之外，非第一操作系统可以为第二操作系统，如Android系统。在这两种不同系统下具体实现有所不同，即上述实施例中提及的“第一视频和第二视频之间如何实现终端视频无缝切换的前端处理技术”，以下具体阐述。
针对在第一视频和第二视频之间如何实现终端视频无缝切换的前端处理技术而言，不限于在两个视频间的切换，可以是多个视频间的切换，即：所述检测到所述第i多媒体信息播放结束后，从所述指定存储区域依序提取第i+1多媒体信息，并切换到播放所述第i+1多媒体信息，包括：获取终端的系统配置信息，根据所述系统配置信息检测所述终端是否采用第一操作系统；如果是，则根据第一策略将所述第i多媒体信息切换到所述第i+1多媒体信息进行播放，否则，根据第二策略将所述第i多媒体信息切换到所述第i+1多媒体信息进行播放。
具体的，所述监控所述第i多媒体信息的播放进度，当检测到所述第i多媒体信息播放结束后，从所述指定存储区域依序提取第i+1多媒体信息，并切换到播放所述第i+1多媒体信息包括：配置使用结束事件对所述第i多媒体信息的播放进度进行监控；通过所述结束事件检测到第i多媒体信息播放结束后，响应所述结束事件，并发出播放第i+1多媒体信息的指令；根据所述播放第i+1多媒体信息的指令，回调至已经加载完成的第i+1多媒体信息，并切换到播放所述第i+1多媒体信息。
由于ios系统和Android系统的处理不同，因此，需要采用不同的策略在所述第i多媒体信息和所述第i+1多媒体信息之间实现无缝切换播放。
具体的，在ios系统的场景下，是根据第一策略将所述第i多媒体信息切换到所述第i+1多媒体信息进行播放，具体包括：监控所述第i多媒体信息的播放进度，当检测到所述第i多媒体信息播放结束后，从所述指定存储区域依序提取第i+1多媒体信息，并切换到播放所述第i+1多媒体信息。
那么，是如何具体实现上述监控处理的，一个实例可以为：
所述监控所述第i多媒体信息的播放进度，当检测到所述第i多媒体信息播放结束后，从所述指定存储区域依序提取第i+1多媒体信息，并切换到播放所述第i+1多媒体信息包括：配置使用结束事件对所述第i多媒体信息的播放进度进行监控；通过所述结束事件检测到第i多媒体信息播放结束后，响应所述结束事件，并发出播放第i+1多媒体信息的指令；根据所述播放第i+1多媒体信息的指令，回调至已经加载完成的第i+1多媒体信息，并切换到播放所述第i+1多媒体信息。
具体的，在Android系统的场景下，是根据第二策略将所述第i多媒体信息切换到所述第i+1多媒体信息进行播放，具体包括：从所述指定存储区域按照顺序提取第i+1多媒体信息，检测所述第i+1多媒体信息是否存在播放记录，如果存在播放记录则暂停播放所述第i+1多媒体信息；监控所述 第i多媒体信息的播放进度，当检测到所述第i多媒体信息播放结束后，从所述指定存储区域依序提取第i+1多媒体信息，并消除所述播放记录以重新回退至所述第i+1多媒体信息的起始播放位置，切换到播放所述第i+1多媒体信息。
那么，是如何具体实现对上述播放记录的检测呢？一个实例可以为：
所述检测所述第i+1多媒体信息是否存在播放记录，如果存在播放记录则暂停播放所述第i+1多媒体信息，包括：配置使用时间更新事件对所述第i+1多媒体信息是否存在播放记录进行监控，如果监控获取到所述第i+1多媒体信息的当前播放时间大于零，则检测得到所述第i+1多媒体信息存在播放记录；暂停播放所述第i+1多媒体信息，并记录所述第i+1多媒体信息的当前的播放暂停位置，以作为所述播放记录的结束位置点。
那么，又是如何具体实现上述监控处理的呢？一个实例可以为：
所述监控所述第i多媒体信息的播放进度，当检测到所述第i多媒体信息播放结束后，从所述指定存储区域依序提取第i+1多媒体信息，并消除所述播放记录以重新回退至所述第i+1多媒体信息的起始播放位置，切换到播放所述第i+1多媒体信息，包括：配置使用结束事件对所述第i多媒体信息的播放进度进行监控；通过所述结束事件检测到第i多媒体信息播放结束后，响应所述结束事件，并发出播放第i+1多媒体信息的指令；根据所述播放第i+1多媒体信息的指令，回调至已经暂停播放的第i+1多媒体信息，针对第i+1多媒体信息，消除所述播放记录的结束位置点，回退至所述第i+1多媒体信息的起始播放位置，以切换到播放所述第i+1多媒体信息。
综上所述，通过不同的处理，可以实现多个视频间的无缝切换播放，以两个视频为例，比如，ios系统下，进入页面无需任何触发条件就可以直接预先加载两个视频，加载完成后，第一视频播放结束后，就可以接续播放第二视频。而在Android系统下，进入页面后，需要有个触发条件，如可 以将新闻页面向上滚动一定高度或向下滚动一定高度，或者其他触控或滑动操作来触发后才可以预先加载两个视频；加载两个视频还需要将其中的第二个视频先播放一点，暂定后保存，这样处理后，在等待第一视频播放结束后才可以播放第二视频，此时，将第二个视频之前暂停的回调到初始播放点，开始播放第二视频，因为Android系统有别于ios系统，即便开始加载了两个视频，如果其中一个没有播放过的话，第一个视频播放结束，第二个视频也是不可以自动播放的，必须手动介入，而本发明不需要手动介入，都是自动的切换操作来实现本实施例的整个流程。
实施例六：
本发明实施例的一种终端，如图13所示，所述终端包括：
预加载单元11，配置为通过开启第一应用的入口进入第一应用指定的信息条目所对应的用户界面后，预先加载M个多媒体信息，所述M为正整数，且所述M>＝2；将加载完成的M个多媒体信息按顺序排列在指定存储区域；
显示单元12，配置为在所述用户界面显示第一信息和第二信息，所述第一信息为静态呈现的信息类型，所述第二信息为从所述指定存储区域按照顺序提取的第i多媒体信息；
第一检测单元13，配置为检测到所述第i多媒体信息处于加载过程中，第i多媒体信息对应的初始状态为静态呈现模式；
第二检测单元14，配置为检测到所述第i多媒体信息加载结束后，切换所述第i多媒体信息对应的状态为动态呈现模式，并播放所述第i多媒体信息，所述i为正整数，且所述i>＝1；
播放切换单元15，配置为检测到所述第i多媒体信息播放结束后，从所述指定存储区域依序提取第i+1多媒体信息，并切换到播放所述第i+1多媒体信息；
交互单元16，配置为检测到所述第i+1多媒体信息播放结束后，模拟生成互动交互界面，所述互动交互界面包括开启第i+2多媒体信息的触控交互对象，对作用于所述触控交互对象上的第一操作进行响应，从所述指定存储区域依序提取第i+2多媒体信息，切换到播放所述第i+2多媒体信息。
这里，第一应用以新闻应用为例，新闻应用中包括多个新闻条目，比如新闻头条，新闻热点事件等等，进入新闻应用中的一个具体新闻条目所对应的新闻显示页面，如图3所示，在该新闻显示页面上通过一个具备静态文字+动态视频(在该视频未曾加载完成之前显示于该新闻显示页面时为一个静态的图片，当加载完成后开始播放视频时就由之前的“静态图片”转变为“动态视频”，静态图片是未加载之前的显示状态，动态视频为加载完成后的显示状态)进行新闻显示页面中的信息呈现。在该新闻显示页面上包括如第一框a1中所示的新闻内容的文字信息(作为后续步骤102中描述的第一信息的具体实例，为所述静态文字)；还包括如第二框a2中所示的新闻内容的视频信息(作为后续步骤102中描述的第二信息的具体实例，为所述动态视频)，在本发明实施例的一个实际应用中，上述第一框a1和第二框a2并不存在，这里只是为了表述清楚而引入了上述两个框进行指示区分在同一个新闻页面所呈现的不同信息类型。
比如，可以根据一个信息分享需求来配置预先加载三个视频，第一个视频可以为图3中第二框a2所标识位置的视频信息，一个具体场景中的指定人物如“小B兄”对上述第一框a1所标识位置的文字信息进行解读。第二个视频可以为如图4所示，第二视频至少包括视频第一帧201、视频第二帧202、视频第三帧203、视频第四帧204，通过这些视频帧构成的第二视频要表达：一个具体场景中的指定人物如“小B兄”在解读第一框a1所标识位置的文字信息时，会动态呈现他跳进页面来撕掉“假新闻”(第一框a1所标识位置的文字信息)，提示用户可以与他以信息交互的互动方式来共同 分享具体的信息内容是什么？与上述“假新闻”的关系。第三个视频可以通过如图5所示的模拟生成的互动交互界面301中的用于开启第三视频的触控交互对象302来触发第三视频的播放，第三视频可以为如图6所示，一个具体场景中的指定人物如“小B兄”先和用户之间通过模拟微信的聊天通话界面开始交互，通过接听按钮启动本第三视频后，通过至少包括视频第一帧301、视频第二帧302的第三视频来继续对“假新闻”(第一框a1所标识位置的文字信息)进行解读，自己当面出来澄清，说自己将加入全民战斗这个游戏应用，并不是去参军等等。
这里，第一应用以新闻应用为例，第一信息如图3中第一框a1所标识位置的文字信息为例，如一段新闻内容——“小B兄要参军了”。第二信息如图3中第二框a2所标识位置的可以由静态变为动态呈现的“小B兄参军本人亲身解读”视频信息为例。
这里，仍以根据信息分享需求来配置预先加载三个视频为例，这三个视频可以存放在一个指定位置(指定存储区域)，如手机内存中或手机存储卡中，可以按照顺序进行存储，也可以采用其他存储方式，只要能标识出哪个视频信息，能正确提取出第一视频，第二视频，第三视频即可。
这里，初始加载，还未加载完成时，所述第一视频为静态呈现模式，看起来就是图片，也可以说是以第一视频中的某一帧静态图像所组成。视频由多个视频帧组成，多个视频帧构成动态的视频呈现。
这里，加载完成时，多个视频帧构成动态的视频呈现，由静态呈现模式切换为动态呈现模式，此时，就看出实际上图片是个视频，播放该第一视频。
这里，在检测到所述第一视频播放结束后，从所述指定存储区域依序提取第二视频，并无缝切换到播放所述第二视频。第一视频和第二视频之间如何实现终端视频无缝切换的前端处理技术，在后续实施例中描述，这 里不做赘述。
这里，检测到所述第二视频播放结束后，模拟生成互动交互界面(如图5中模拟的微信聊天界面)，所述互动交互界面包括开启第三视频的触控交互对象(如图5中的接听按钮)，对作用于所述触控交互对象(如图5中的接听按钮)上的第一操作进行响应，从所述指定存储区域依序提取第三视频，切换到播放所述第三视频。
上述具体的场景举例和具体的视频页面呈现都只是作为示例，本实施例并不限于这些具体场景和页面呈现，本实施例的第一视频和第二视频间的无缝切换以使得多个视频间流畅的连续播放，及在第二视频和第三视频切换过程中引入模拟交互界面和触控交互对象来进行多个视频间的切换，整个流程，通过一系列技术手段：呈现多元化信息，信息的状态变化，多个信息的切换，信息间的互动能达到信息快速分享，信息广泛传播的技术效果。
实施例七：
本发明实施例的终端，基于上述实施例六，所述终端还包括第一处理单元，配置为：接收第一操作，以开启第一应用，进入第一应用的用户界面；在所述第一应用的用户界面中显示多条信息条目；按照信息关键字查询到所述多条信息条目中所述指定的信息条目，进入所述指定的信息条目所对应的用户界面。
实施例八：
本发明实施例的终端，基于上述实施例六，所述终端还包括第一处理单元，配置为：收到对端用户发送给本端用户的信息地址链接，所述信息地址链接为所述第一应用指定的信息条目的链接地址信息；发起作用于所述信息地址链接的触控操作，根据所述信息地址链接跳转到所述指定的信 息条目，并进入所述指定的信息条目所对应的用户界面。
实施例九：
本发明实施例的终端，基于上述实施例六，所述终端还包括第一处理单元，配置为：扫描对端用户发送给本端用户的标识码信息；扫描结束后，解析出所述标识码信息为信息地址链接，所述信息地址链接为所述第一应用指定的信息条目的链接地址信息；发起作用于所述信息地址链接的触控操作，根据所述信息地址链接跳转到所述指定的信息条目，并进入所述指定的信息条目所对应的用户界面。
基于上述实施例六-实施例九，本发明实施例的终端中，所述播放切换单元，还配置为：获取终端的系统配置信息，根据所述系统配置信息检测所述终端是否采用第一操作系统；如果是，则根据第一策略将所述第i多媒体信息切换到所述第i+1多媒体信息进行播放，否则，根据第二策略将所述第i多媒体信息切换到所述第i+1多媒体信息进行播放。
基于上述实施例六-实施例九，本发明实施例的终端中，所述播放切换单元，还配置为：监控所述第i多媒体信息的播放进度，当检测到所述第i多媒体信息播放结束后，从所述指定存储区域依序提取第i+1多媒体信息，并切换到播放所述第i+1多媒体信息。
基于上述实施例六-实施例九，本发明实施例的终端中，所述播放切换单元，还配置为：从所述指定存储区域按照顺序提取第i+1多媒体信息，检测所述第i+1多媒体信息是否存在播放记录，如果存在播放记录则暂停播放所述第i+1多媒体信息；监控所述第i多媒体信息的播放进度，当检测到所述第i多媒体信息播放结束后，从所述指定存储区域依序提取第i+1多媒体信息，并消除所述播放记录以重新回退至所述第i+1多媒体信息的起始播放位置，切换到播放所述第i+1多媒体信息。
实施例十：
这里需要指出的是，上述终端可以为PC这种电子设备，还可以为如PAD，平板电脑，手提电脑这种便携电子设备、还可以为如手机这种智能移动终端，不限于这里的描述；所述服务器可以是通过集群系统构成的，为实现各单元功能而合并为一或各单元功能分体设置的电子设备，终端和服务器都至少包括用于存储数据的数据库和用于数据处理的处理器，或者包括设置于服务器内的存储介质或独立设置的存储介质。
其中，对于用于数据处理的处理器而言，在执行处理时，可以采用微处理器、中央处理器(CPU，Central Processing Unit)、数字信号处理器(DSP，Digital Singnal Processor)或可编程逻辑阵列(FPGA，Field－Programmable Gate Array)实现；对于存储介质来说，包含操作指令，该操作指令可以为计算机可执行代码，通过所述操作指令来实现上述本发明实施例信息处理方法流程中的各个步骤。
该终端和该服务器作为硬件实体S11的一个示例如图14所示。所述装置包括处理器31、存储介质32以及至少一个外部通信接口33；所述处理器31、存储介质32以及外部通信接口33均通过总线34连接。
这里需要指出的是：以上涉及终端的描述，与上述方法描述是类似的，同方法的有益效果描述，不做赘述。对于本发明终端实施例中未披露的技术细节，请参照本发明方法实施例的描述。
本发明实施例还提供一种计算机存储介质，其中存储有计算机可执行指令，该计算机可执行指令用于执行本发明实施例的上述信息处理方法。
以一个现实应用场景为例对本发明实施例阐述如下：
在H5动画互动场景下应用本发明实施例，可以根据一个信息分享需求来配置预先加载三个视频，即：通过开启新闻应用的入口进入新闻应用指定的信息条目所对应的用户界面后，预先加载三个视频；将加载完成的三 个视频按顺序排列在指定存储区域；在所述用户界面显示第一信息和第二信息，所述第一信息为静态呈现的信息类型，所述第二信息为从所述指定存储区域按照顺序提取的第一视频；检测到所述第一视频处于加载过程中，第一视频对应的初始状态为静态呈现模式；检测到所述第一视频加载结束后，切换所述第一视频对应的状态为动态呈现模式，并播放所述第一视频，所述i为正整数，且所述i>＝1；检测到所述第一视频播放结束后，从所述指定存储区域依序提取第二视频，并切换到播放所述第二视频；检测到所述第二视频播放结束后，模拟生成互动交互界面，所述互动交互界面包括开启第三视频的触控交互对象，对作用于所述触控交互对象上的第一操作进行响应，从所述指定存储区域依序提取第三视频，切换到播放所述第三视频。
比如，第一个视频可以为图3中第二框a2所标识位置的视频信息，一个具体场景中的指定人物如“小B兄”对上述第一框a1所标识位置的文字信息进行解读。第二个视频可以为如图4所示，第二视频至少包括视频第一帧201、视频第二帧202、视频第三帧203、视频第四帧204，通过这些视频帧构成的第二视频要表达：一个具体场景中的指定人物如“小B兄”在解读第一框a1所标识位置的文字信息时，会动态呈现他跳进页面来撕掉“假新闻”(第一框a1所标识位置的文字信息)，提示用户可以与他以信息交互的互动方式来共同分享具体的信息内容是什么？与上述“假新闻”的关系。第三个视频可以通过如图5所示的模拟生成的互动交互界面301中的用于开启第三视频的触控交互对象302来触发第三视频的播放，第三视频可以为如图6所示，一个具体场景中的指定人物如“小B兄”先和用户之间通过模拟微信的聊天通话界面开始交互，通过接听按钮启动本第三视频后，通过至少包括视频第一帧301、视频第二帧302的第三视频来继续对“假新闻”(第一框a1所标识位置的文字信息)进行解读，自己当面出来 澄清，说自己将加入全民战斗这个游戏应用，并不是去参军等等。一个这些视频整合在一起的一个实例如图15的信息呈现结果所示。
所述H5是一种展示动态交互的形式，可以携带富媒体信息进行展示，通过动态的信息展示可以与多个用户进行互动的交互操作。就目前的H5形式表现，有通过重力感应——360°视角的表现形式、有双手机互动形式、有通常的选择题表现形式、有接电话形式、还有模拟微信表现形式等等H5的表现形式。但是都是对单一信息的展示，而本H5场景应用本发明实施例，是通过一种信息和视频结合(也就是一个H5里存在两种的表现设计形式)，并触发连续播放的交互形式，目前还没有相应的H5做到，本场景是既能播放flash的互动体验H5的实现技术。
本H5场景应用本发明实施例实现的交互操作包括在手机终端和PC终端的两套实现方案，考虑到PC端不如手机终端使用起来方便，互动效果也不如手机终端，因此，具体讲述手机终端的使用，如果用PC终端实现，采用类似的实现原理就可以，不做赘述。针对手机终端而言，如果结合PC终端，可以将PC终端作为入口，比如通过手机终端扫码PC终端的二维码进行手机终端的页面(如图12所示)。本H5场景应用本发明实施例实现的交互操作在手机终端侧实现，可以将新闻条目——“小B兄即将入伍”的H5分为5个部分，如图15所示的5个用户界面的多元化信息呈现和视频无缝切换，还增加了交互环节。具体的，1)首先通过一个新闻头条的新闻条目进入以假乱真的新闻界面，这其实是一个H5页面，包括文字+MP4视频+图片。为了让这条“以假乱真的新闻界面”显得逼真，所以用了文字，包括正文、评论和相关新闻。中间的“照片”是一张照片(如图16所示)的同时，其实是正在加载的视频，在浏览的同时，图片突然就动了，和你在说话，然后走出了屏幕；2)男神从新闻页面中跳出，撕下画面(如图4所示)，图4的界面显示是整个H5的精华，给了用户一个惊喜，其实这个技 术实现就是一个全屏幕播放的视频，走出去的人物“小B兄”又跑了进来(跑进屏幕里)，和你说话互动；3)接着，进入视频来电等环节，紧凑连接之前的视频播放，人物“小B兄”邀你视频聊天。具体的，该界面显示(H5页面)，页面模仿微信的视频聊天界面，连微信的背景音乐也不放过，“接听”按钮就是一个视频播放的启动键(如图5所示)；4)最后人物“小B兄”的亲身视频告白，接上面的，又一个全屏幕视频。在叙述对于“入伍”的澄清，谜底揭晓，原来是入伍全民突击，做明星队长(落版)，这个过程如图6所示的信息呈现。
对PC端简单描述如下，具体的实现细节参照手机终端的实现原理。
上述H5场景的整个实现流程也同期输出到PC端，以提供给用户通过PC端操作实现，可以确保多端体验。确保手机端和PC端的体验要统一，完成一个闭环)，其实在交互也看到，如图12所示，在PC端，只是用了图中所示的前2个步骤就又引导回了手机体验，完成一个统一的闭环技术实现。
在本申请所提供的几个实施例中，应该理解到，所揭露的设备和方法，可以通过其它的方式实现。以上所描述的设备实施例仅仅是示意性的，例如，所述单元的划分，仅仅为一种逻辑功能划分，实际实现时可以有另外的划分方式，如：多个单元或组件可以结合，或可以集成到另一个系统，或一些特征可以忽略，或不执行。另外，所显示或讨论的各组成部分相互之间的耦合、或直接耦合、或通信连接可以是通过一些接口，设备或单元的间接耦合或通信连接，可以是电性的、机械的或其它形式的。
上述作为分离部件说明的单元可以是、或也可以不是物理上分开的，作为单元显示的部件可以是、或也可以不是物理单元，即可以位于一个地方，也可以分布到多个网络单元上；可以根据实际的需要选择其中的部分或全部单元来实现本实施例方案的目的。
另外，在本发明各实施例中的各功能单元可以全部集成在一个处理单元中，也可以是各单元分别单独作为一个单元，也可以两个或两个以上单元集成在一个单元中；上述集成的单元既可以采用硬件的形式实现，也可以采用硬件加软件功能单元的形式实现。
本领域普通技术人员可以理解：实现上述方法实施例的全部或部分步骤可以通过程序指令相关的硬件来完成，前述的程序可以存储于一计算机可读取存储介质中，该程序在执行时，执行包括上述方法实施例的步骤；而前述的存储介质包括：移动存储设备、只读存储器(ROM，Read-Only Memory)、随机存取存储器(RAM，Random Access Memory)、磁碟或者光盘等各种可以存储程序代码的介质。
或者，本发明上述集成的单元如果以软件功能模块的形式实现并作为独立的产品销售或使用时，也可以存储在一个计算机可读取存储介质中。基于这样的理解，本发明实施例的技术方案本质上或者说对现有技术做出贡献的部分可以以软件产品的形式体现出来，该计算机软件产品存储在一个存储介质中，包括若干指令用以使得一台计算机设备(可以是个人计算机、服务器、或者网络设备等)执行本发明各个实施例所述方法的全部或部分。而前述的存储介质包括：移动存储设备、ROM、RAM、磁碟或者光盘等各种可以存储程序代码的介质。
以上所述，仅为本发明的具体实施方式，但本发明的保护范围并不局限于此，任何熟悉本技术领域的技术人员在本发明揭露的技术范围内，可轻易想到变化或替换，都应涵盖在本发明的保护范围之内。因此，本发明的保护范围应以所述权利要求的保护范围为准。
工业实用性
采用本发明实施例，在所述用户界面显示第一信息和第二信息，所述第一信息为静态呈现的信息类型，所述第二信息为从所述指定存储区域按 照顺序提取的第i多媒体信息，检测到所述第i多媒体信息处于加载过程中，第i多媒体信息对应的初始状态为静态呈现模式，检测到所述第i多媒体信息加载结束后，切换所述第i多媒体信息对应的状态为动态呈现模式，并播放所述第i多媒体信息，从而，可以在用户界面同时呈现多种不同信息类型，包括静态的信息类型和动态的信息类型，使得信息的呈现方式呈现多元化。检测到所述第i多媒体信息播放结束后，从所述指定存储区域依序提取第i+1多媒体信息，并切换到播放所述第i+1多媒体信息，是自动的无缝切换，这个切换过程中完全不需要用户人工介入，使得播放效果更加流畅，多个视频间没有播放间隙，用户始终可以得到信息的展示结果，也更专注于信息展示时的信息分享。检测到所述第i+1多媒体信息播放结束后，模拟生成互动交互界面，所述互动交互界面包括开启第i+2多媒体信息的触控交互对象，对作用于所述触控交互对象上的第一操作进行响应，从所述指定存储区域依序提取第i+2多媒体信息，切换到播放所述第i+2多媒体信息，从而增加了互动环节，使得信息呈现方式上具备了互动性，从而在用户与所呈现的信息之间具备良好的交互性，更利于信息的分享和推广。

Claims (15)

  1. 一种信息处理方法，所述方法包括：
    通过开启第一应用的入口进入第一应用指定的信息条目所对应的用户界面后，预先加载M个多媒体信息，所述M为正整数，且所述M>＝2；将加载完成的M个多媒体信息按顺序排列在指定存储区域；
    在所述用户界面显示第一信息和第二信息，所述第一信息为静态呈现的信息类型，所述第二信息为从所述指定存储区域按照顺序提取的第i多媒体信息；
    检测到所述第i多媒体信息处于加载过程中，第i多媒体信息对应的初始状态为静态呈现模式；
    检测到所述第i多媒体信息加载结束后，切换所述第i多媒体信息对应的状态为动态呈现模式，并播放所述第i多媒体信息，所述i为正整数，且所述i>＝1；
    检测到所述第i多媒体信息播放结束后，从所述指定存储区域依序提取第i+1多媒体信息，并切换到播放所述第i+1多媒体信息；
    检测到所述第i+1多媒体信息播放结束后，模拟生成互动交互界面，所述互动交互界面包括开启第i+2多媒体信息的触控交互对象，对作用于所述触控交互对象上的第一操作进行响应，从所述指定存储区域依序提取第i+2多媒体信息，切换到播放所述第i+2多媒体信息。
  2. 根据权利要求1所述的方法，其中，所述通过开启第一应用的入口进入第一应用指定的信息条目所对应的用户界面，包括：
    接收第一操作，以开启第一应用，进入第一应用的用户界面；
    在所述第一应用的用户界面中显示多条信息条目；
    按照信息关键字查询到所述多条信息条目中所述指定的信息条目，进入所述指定的信息条目所对应的用户界面。
  3. 根据权利要求1所述的方法，其中，所述通过开启第一应用的入口进入第一应用指定的信息条目所对应的用户界面，包括：
    收到对端用户发送给本端用户的信息地址链接，所述信息地址链接为所述第一应用指定的信息条目的链接地址信息；
    发起作用于所述信息地址链接的触控操作，根据所述信息地址链接跳转到所述指定的信息条目，并进入所述指定的信息条目所对应的用户界面。
  4. 根据权利要求1所述的方法，其中，所述通过开启第一应用的入口进入第一应用指定的信息条目所对应的用户界面，包括：
    扫描对端用户发送给本端用户的标识码信息；
    扫描结束后，解析出所述标识码信息为信息地址链接，所述信息地址链接为所述第一应用指定的信息条目的链接地址信息；
    发起作用于所述信息地址链接的触控操作，根据所述信息地址链接跳转到所述指定的信息条目，并进入所述指定的信息条目所对应的用户界面。
  5. 根据权利要求1至4任一项所述的方法，其中，所述检测到所述第i多媒体信息播放结束后，从所述指定存储区域依序提取第i+1多媒体信息，并切换到播放所述第i+1多媒体信息，包括：
    获取终端的系统配置信息，根据所述系统配置信息检测所述终端是否采用第一操作系统；如果是，则根据第一策略将所述第i多媒体信息切换到所述第i+1多媒体信息进行播放，否则，根据第二策略将所述第i多媒体信息切换到所述第i+1多媒体信息进行播放。
  6. 根据权利要求5所述的方法，其中，所述根据第一策略将所述第i多媒体信息切换到所述第i+1多媒体信息进行播放，包括：
    监控所述第i多媒体信息的播放进度，当检测到所述第i多媒体信息播放结束后，从所述指定存储区域依序提取第i+1多媒体信息，并切换到播放所述第i+1多媒体信息。
  7. 根据权利要求5所述的方法，其中，所述根据第二策略将所述第i多媒体信息切换到所述第i+1多媒体信息进行播放，包括：
    从所述指定存储区域按照顺序提取第i+1多媒体信息，检测所述第i+1多媒体信息是否存在播放记录，如果存在播放记录则暂停播放所述第i+1多媒体信息；
    监控所述第i多媒体信息的播放进度，当检测到所述第i多媒体信息播放结束后，从所述指定存储区域依序提取第i+1多媒体信息，并消除所述播放记录以重新回退至所述第i+1多媒体信息的起始播放位置，切换到播放所述第i+1多媒体信息。
  8. 一种终端，所述终端包括：
    预加载单元，配置为通过开启第一应用的入口进入第一应用指定的信息条目所对应的用户界面后，预先加载M个多媒体信息，所述M为正整数，且所述M>＝2；将加载完成的M个多媒体信息按顺序排列在指定存储区域；
    显示单元，配置为在所述用户界面显示第一信息和第二信息，所述第一信息为静态呈现的信息类型，所述第二信息为从所述指定存储区域按照顺序提取的第i多媒体信息；
    第一检测单元，配置为检测到所述第i多媒体信息处于加载过程中，第i多媒体信息对应的初始状态为静态呈现模式；
    第二检测单元，配置为检测到所述第i多媒体信息加载结束后，切换所述第i多媒体信息对应的状态为动态呈现模式，并播放所述第i多媒体信息，所述i为正整数，且所述i>＝1；
    播放切换单元，配置为检测到所述第i多媒体信息播放结束后，从所述指定存储区域依序提取第i+1多媒体信息，并切换到播放所述第i+1多媒体信息；
    交互单元，配置为检测到所述第i+1多媒体信息播放结束后，模拟生成 互动交互界面，所述互动交互界面包括开启第i+2多媒体信息的触控交互对象，对作用于所述触控交互对象上的第一操作进行响应，从所述指定存储区域依序提取第i+2多媒体信息，切换到播放所述第i+2多媒体信息。
  9. 根据权利要求8所述的终端，其中，所述终端还包括第一处理单元，配置为：
    接收第一操作，以开启第一应用，进入第一应用的用户界面；
    在所述第一应用的用户界面中显示多条信息条目；
    按照信息关键字查询到所述多条信息条目中所述指定的信息条目，进入所述指定的信息条目所对应的用户界面。
  10. 根据权利要求8所述的终端，其中，所述终端还包括第一处理单元，配置为：
    收到对端用户发送给本端用户的信息地址链接，所述信息地址链接为所述第一应用指定的信息条目的链接地址信息；
    发起作用于所述信息地址链接的触控操作，根据所述信息地址链接跳转到所述指定的信息条目，并进入所述指定的信息条目所对应的用户界面。
  11. 根据权利要求8所述的终端，其中，所述终端还包括第一处理单元，配置为：
    扫描对端用户发送给本端用户的标识码信息；
    扫描结束后，解析出所述标识码信息为信息地址链接，所述信息地址链接为所述第一应用指定的信息条目的链接地址信息；
    发起作用于所述信息地址链接的触控操作，根据所述信息地址链接跳转到所述指定的信息条目，并进入所述指定的信息条目所对应的用户界面。
  12. 根据权利要求8至11任一项所述的终端，其中，所述播放切换单元，还配置为：
    获取终端的系统配置信息，根据所述系统配置信息检测所述终端是否 采用第一操作系统；如果是，则根据第一策略将所述第i多媒体信息切换到所述第i+1多媒体信息进行播放，否则，根据第二策略将所述第i多媒体信息切换到所述第i+1多媒体信息进行播放。
  13. 根据权利要求12所述的终端，其中，所述播放切换单元，还配置为：
    监控所述第i多媒体信息的播放进度，当检测到所述第i多媒体信息播放结束后，从所述指定存储区域依序提取第i+1多媒体信息，并切换到播放所述第i+1多媒体信息。
  14. 根据权利要求12所述的终端，其中，所述播放切换单元，还配置为：
    从所述指定存储区域按照顺序提取第i+1多媒体信息，检测所述第i+1多媒体信息是否存在播放记录，如果存在播放记录则暂停播放所述第i+1多媒体信息；
    监控所述第i多媒体信息的播放进度，当检测到所述第i多媒体信息播放结束后，从所述指定存储区域依序提取第i+1多媒体信息，并消除所述播放记录以重新回退至所述第i+1多媒体信息的起始播放位置，切换到播放所述第i+1多媒体信息。
  15. 一种计算机存储介质，其中存储有计算机可执行指令，该计算机可执行指令配置为执行上述权利要求1-7任一项所述的信息处理方法。
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