Video display method and apparatus

Abstract

Embodiments of the present application provide a video display method and device, the method comprising: displaying a first interface of a gallery application, the first interface comprising a folder of a first album and a folder of a second album, the first album and the second album both comprising a first video; in response to a user opening operation on the folder of the first album, displaying a second interface of the gallery application, the second interface comprising a first thumbnail of the first video, the first thumbnail comprising a first preset identifier; and in response to a user opening operation on the folder of the second album, displaying a third interface of the gallery application, the third interface comprising a second thumbnail of the first video, the second thumbnail not comprising the first preset identifier.

Description

TECHNICAL FIELD

[0001] The present application relates to the technical field of data processing, and particularly relates to a video display method and device. BACKGROUND

[0002] With the development of shooting technology, the photographing and video recording functions have become essential functions of electronic devices, and the demand and experience of users for recording and photographing are also constantly increasing. In some shooting scenarios, users expect to extract a short video from a captured original video, and the display of the original video needs to be improved. SUMMARY

[0003] The present application provides a video display method and device, aiming to solve the problem of original video display. In order to achieve the above purpose, the present application provides the following technical solutions:

[0004] In a first aspect, the present application provides a video display method, the method comprising: displaying a first interface of a gallery application, the first interface comprising a folder of a first album and a folder of a second album, the first album and the second album each comprising a first video; in response to a user opening operation on the folder of the first album, displaying a second interface of the gallery application, the second interface comprising a first thumbnail of the first video, the first thumbnail comprising a first preset identifier; in response to a user opening operation on the folder of the second album, displaying a third interface of the gallery application, the third interface comprising a second thumbnail of the first video, the second thumbnail not comprising the first preset identifier.

[0005] In this embodiment, the folders of different albums can be browsed through the first interface of the gallery application, and the electronic device can display interfaces corresponding to different albums in response to user opening operations on the folders of different albums. The thumbnails of the same video can be different in the interfaces of different albums. Taking the first video as an original video for example, in the second interface corresponding to the first album, the first thumbnail of the first video comprises the first preset identifier; in the third interface corresponding to the second album, the second thumbnail of the first video does not comprise the first preset identifier. In this way, the same video can be displayed in different forms in the interfaces of different albums, personalized display is achieved, and different user needs are met.

[0006] In some examples, if the user clicks the first thumbnail and the second thumbnail, the electronic device displays different interfaces of the gallery application. That is, the first preset identifier can indicate that the interface displayed after clicking the first thumbnail can be different from the interface displayed after clicking the second thumbnail. By means of the first preset identifier, the user is prompted that the interface displayed by the electronic device after clicking the first video can be different, and the difference in the display of the first video is achieved.

[0007] In some examples, the first preset identifier can identify that the electronic device has started a special function, such as starting a one-recording-multiple-photograph function. The one-recording-multiple-photograph function can enable the electronic device to obtain a video file of the first video and at least one highlight photo. The corresponding first preset identifier can be a one-recording-multiple-photograph identifier. Thus, the first preset identifier can also indicate that other content is obtained when the first video is obtained, for example, at least one highlight photo is obtained at the same time or after the first video is obtained. The at least one highlight photo is obtained based on the first video, for example, the at least one highlight photo is an image frame in the first video, and for another example, the at least one highlight photo is obtained by processing an image frame in the first video, such as adding special effects and the like.

[0008] In a possible implementation, the method further includes: the first preset identifier is associated with a second preset identifier and at least one photo. The second preset identifier is used to trigger generation of a second video. The second video is obtained based on the first video. The at least one photo is obtained based on the first video. The association of the second preset identifier and the at least one photo with the first preset identifier can enable the at least one photo and the second preset identifier to be displayed when the first video is displayed, thereby realizing simultaneous display of the first video, the at least one photo, and the second preset identifier. The second preset identifier can trigger generation of the second video, that is, the second preset identifier can serve as an entry for generating the second video. When the first video is displayed, the user can operate the second preset identifier to trigger the electronic device to generate the second video, thereby improving user experience.

[0009] In some examples, the second preset identifier can be an artificial intelligence one-key blockbuster identifier. The artificial intelligence one-key blockbuster identifier can trigger the electronic device to automatically generate the second video. During generation of the second video, special effects, music, and the like can be added in the second video, thereby enriching the content of the second video and enabling the second video to be a personalized video that meets the user's appreciation standards. The second video generated each time the artificial intelligence one-key blockbuster identifier is triggered can be different. For example, at least one of the image frames, special effects, and music in the second video is different, thereby generating different second videos. Thus, the second video viewed by the user when the second video is played is also different, thereby improving user experience.

[0010] In a possible implementation, if the first preset identifier is only associated with the at least one photo, the method further includes: if all the photos in the at least one photo are deleted, switching from displaying the second interface to displaying a third interface. If the first preset identifier is only associated with the at least one photo, the first preset identifier can indicate that the at least one photo is obtained when the first video is obtained. If all the photos related to the first video are deleted, it indicates that the photos related to the first video cannot be displayed when the first video is displayed, and the first preset identifier can no longer be added on the thumbnail of the first video. The electronic device can switch from displaying the second interface to displaying the third interface, that is, in response to the opening operation of the folder of the first album by the user, the third interface of the gallery application is displayed, so that the interface corresponding to the first album can change with the change of the content associated with the first preset identifier.

[0011] In a possible implementation, if the first preset identifier is associated with the second preset identifier and the at least one photo, the method further includes: if at least one of the second preset identifier and the at least one photo exists, maintaining the display of the second interface; if neither the second preset identifier nor the at least one photo exists, switching from displaying the second interface to displaying the third interface. If the first preset identifier is associated with the second preset identifier and the at least one photo, if all the photos related to the first video are deleted and the second preset identifier does not exist, the first preset identifier can no longer be added on the thumbnail of the first video. The electronic device can switch from displaying the second interface to displaying the third interface, that is, in response to the opening operation of the folder of the first album by the user, the third interface of the gallery application is displayed, so that the interface corresponding to the first album can change with the change of the content associated with the first preset identifier. However, if the second preset identifier and / or the at least one photo exist, the electronic device can continue to display the second interface, the thumbnail of the first video includes the first preset identifier, and it is prompted that there is content related to the first video.

[0012] In this embodiment, the first preset identifier can be associated with the second video, so that the second video can be displayed when the first video is displayed, for example, a thumbnail of the second video is displayed. If the first preset identifier is only associated with the second video, the first preset identifier can no longer be added on the thumbnail of the first video after the second video is deleted. The first preset identifier can be associated with at least one of the at least one photo, the second preset identifier, and the second video, which is not limited.

[0013] In a possible implementation, a condition for associating the first preset identifier with the second preset identifier is that the first video has a time length greater than a first time length and the first video is used to obtain a first type of photo, or the first video has a time length greater than a second time length and the first video is used to obtain a second type of photo, the first time length is less than the second time length, the first type of photo has a greater highlight degree than the second type of photo, and the first preset identifier and the second preset identifier are associated when the two conditions are met. If the two conditions are not met, the first preset identifier is not associated with the second preset identifier, and based on this, the video that does not meet the condition can be deleted, and the first preset identifier can be added to the thumbnail of the video in a targeted manner.

[0014] In a possible implementation, a condition for associating the first preset identifier with the at least one photo is that the at least one photo is obtained based on the first video.

[0015] In a possible implementation, the method further includes: in response to a click operation of the user on the first thumbnail, displaying a fourth interface of the gallery application, the fourth interface including a thumbnail of the first video and a thumbnail of the at least one photo, the at least one photo being obtained based on the first video; and in response to a click operation of the user on the second thumbnail, displaying a fifth interface of the gallery application, the fifth interface including the first video and not including the thumbnail of the at least one photo.

[0016] After displaying the interfaces corresponding to different albums, the user can perform a click operation on the thumbnail of the first video displayed on the interface. Because the thumbnails of the first video displayed on the interfaces corresponding to different albums are different, the interface displayed by the electronic device can also be different after the thumbnail of the first video is clicked. For example, the fourth interface corresponding to the first thumbnail includes the thumbnail of the first video and the thumbnail of the at least one photo, and the fifth interface corresponding to the second thumbnail includes the first video but does not include the thumbnail of the at least one photo, which achieves the purpose of displaying different interfaces for different thumbnails of the same video and meets different user needs.

[0017] The thumbnail of the at least one photo can serve as an entry for displaying the photo. After the thumbnail of the at least one photo is clicked, the electronic device can display the clicked photo, so that photo viewing is more convenient and user experience is improved. The thumbnail of the at least one photo can be displayed in a thumbnail area of the fifth interface, and the first video can be displayed in a display area of the fifth interface. The display area can also be referred to as a playing area. When the fifth interface is displayed, the first video can be automatically played, which saves the step of manually clicking to play.

[0018] In a possible implementation, the method further includes: in response to a click operation of the user on the thumbnail of the at least one photo, displaying a sixth interface of the gallery application, the sixth interface including the photo pointed by the click operation and the thumbnail of the at least one photo. The thumbnail of the at least one photo can be an entry to display the photo, and after the thumbnail of the at least one photo is clicked, the electronic device can display the clicked photo, so that photo viewing is more convenient and user experience is improved. The sixth interface can be obtained by adjusting the first video displayed in the fifth interface to the photo pointed by the click operation, which reduces workload and improves efficiency compared with re-displaying a complete interface (for example, re-displaying the photo pointed by the click operation and the thumbnail of the at least one photo).

[0019] In a possible implementation, the method further includes: in response to a slide operation of the user on the fifth interface, displaying a sixth interface of the gallery application, the sixth interface including the first photo, the first photo being obtained based on the first video. Although the fifth interface does not include the thumbnail of the at least one photo, the first photo related to the first video can still be displayed through the slide operation (for example, a left slide operation) on the fifth interface, so as to conform to the album viewing mode.

[0020] In a possible implementation, at least one of the fourth interface and the fifth interface includes a second preset identifier, the second preset identifier being used to trigger generation of a second video, the second video being obtained based on the first video. The second preset identifier can be displayed simultaneously with the first video, providing an entry to generate the second video on the first video, so that the second video is generated more conveniently and user experience is improved.

[0021] In a possible implementation, the second interface does not include the photo related to the first video and / or the second video; the third interface includes the photo related to the first video and / or the second video, or the second interface only includes the video. For the second interface that does not include the photo related to the first video and / or the second video, the first thumbnail of the first video in the second interface includes the first preset identifier, and the fourth interface displayed when the first thumbnail is clicked includes the first video and the thumbnail of the at least one photo. For the third interface that includes the photo related to the first video and / or the second video, the second thumbnail of the first video in the third interface does not include the first preset identifier, and the fifth interface displayed when the second thumbnail is clicked does not include the thumbnail of the at least one photo, so that the user can view the highlight photo quickly through the thumbnail when viewing the first video, and meanwhile, the problem that the highlight photo actually saved in the album is repeatedly displayed in association with the original video is avoided. In addition, the fifth interface can view the photo related to the first video through left slide, conforming to the viewing mode of the video and the photo in the album. For the video album, the characteristic that the video album only records the video is retained.

[0022] In a possible implementation, the first album is a camera album, or a folder of the first album is a photo tab; and the second album is a virtual album, a one-take-multiple-get album, a smart album, a recycle bin, a search result, or a picture selection album.

[0023] In a possible implementation, the virtual album includes an all photo album, a video album, a favorite album, a hidden album, or a shared album.

[0024] In a possible implementation, the first album is a camera album, an all photo album, a video album, a favorite album, a one-take-multiple-get album, or a smart album, or a folder of the first album is a photo tab; and the second album is a recycle bin, a search result, a hidden album, a shared album, or a picture selection album. For the camera album, the all photo album, the video album, the favorite album, the one-take-multiple-get album, the smart album, or the photo tab, the fourth interface displayed when the first thumbnail is clicked in the second interface includes a thumbnail of the first video and the at least one photo, to enhance cognition of the first preset identifier.

[0025] In a possible implementation, the one-take-multiple-get album is sorted according to creation time, and the one-take-multiple-get album prohibits changing the sorting. The one-take-multiple-get album can save at least one of the first video, the at least one photo, and the second video. The first video, the at least one photo, and the second video have the same creation time. When the one-take-multiple-get album is sorted according to the creation time, the first video, the at least one photo, and the second video can be displayed at adjacent positions, and after other videos and photos are added, the first video, the at least one photo, and the second video will not be disturbed, so that the related videos and photos can be displayed together, and when the left-right sliding is performed, the related videos and photos can be viewed.

[0026] In a second aspect, the present application provides an electronic device, including a processor and a memory, the processor and the memory are coupled, and the memory is configured to store a computer program, when the computer program is executed by the processor, the electronic device executes the video display method.

[0027] In a third aspect, the present application provides a computer readable storage medium, the computer readable storage medium stores a computer program, when the computer program is executed by an electronic device, the electronic device executes the video display method. BRIEF DESCRIPTION OF DRAWINGS

[0028] Figure 1 The interface display diagram for obtaining the video provided by the present application is provided;

[0029] Figure 2 The interface display diagram for saving the original video provided by the present application is provided;

[0030] Figure 3Interface display diagram of AI video saving provided for the present application;

[0031] Figure 4 Interface display diagram of MM photo saving provided for the present application;

[0032] Figure 5 Original video provided for the present application;

[0033] Figure 6 Interface display diagram of association display provided for the present application;

[0034] Figure 7 Another interface display diagram of association display provided for the present application;

[0035] Figure 8 Still another interface display diagram of association display provided for the present application;

[0036] Figure 9 Interface display diagram of browsing and display from photo tab provided for the present application;

[0037] Figure 10 Interface display diagram of browsing and display from camera album provided for the present application;

[0038] Figure 11 Interface display diagram of browsing and display from all photo albums provided for the present application;

[0039] Figure 12 Interface display diagram of browsing and display from video album provided for the present application;

[0040] Figure 13 Interface display diagram of browsing and display from collection album provided for the present application;

[0041] Figure 14 Interface display diagram of browsing and display from one-take-many album provided for the present application;

[0042] Figure 15 Interface display diagram of display under selection scene provided for the present application;

[0043] Figure 16 Another interface display diagram of browsing and display from one-take-many album provided for the present application;

[0044] Figure 17 Another interface display diagram of browsing and display from all photo albums provided for the present application;

[0045] Figure 18 Another interface display diagram of browsing and display from video album provided for the present application;

[0046] Figure 19 Another interface display provided by the present application for browsing and displaying from the collection album;

[0047] Figure 20 An interface display provided by the present application for browsing and displaying from the recycle bin;

[0048] Figure 21 A schematic diagram provided by the present application for providing a delete MM photo entry;

[0049] Figure 22 A schematic diagram provided by the present application for providing a transfer from the MM photo;

[0050] Figure 23 A hardware structure diagram of an electronic device provided by the present application. DETAILED DESCRIPTION

[0051] The technical solutions in the embodiments of the present application will be clearly and completely described below with reference to the drawings in the embodiments of the present application. The terms used in the following embodiments are only for the purpose of describing the specific embodiments and are not intended to be limiting to the present application. As used in the specification and the appended claims of the present application, the singular forms “a,” “an,” and “the” are intended to include the plural forms as well, unless the context clearly indicates otherwise. It will be further understood that the terms “one or more” as used in the embodiments of the present application refer to one, two, or more than two; “and / or” describes the associated objects in the association relationship, which means that there can be three kinds of relationships; for example, A and / or B can mean that A exists alone, A and B exist together, and B exists alone, where A and B can be singular or plural. The character “ / ” generally represents an “or” relationship between the associated objects.

[0052] In the present specification, the reference to “one embodiment” or “some embodiments” means that a particular feature, structure, or characteristic described in connection with the embodiment is included in at least one embodiment of the present application. Thus, the appearances of the phrases “in one embodiment,” “in some embodiments,” “in other embodiments,” “in additional embodiments,” and so on, in various places in the specification are not necessarily all referring to the same embodiment, unless otherwise specifically noted. The terms “comprising,” “including,” “having,” and their variants, mean “including but not limited to,” unless otherwise specifically indicated.

[0053] The multiple referred to by the embodiments of the present application refers to greater than or equal to two. It should be noted that in the description of the embodiments of the present application, the terms "first", "second", and the like are used only for the purpose of distinguishing the described purposes, and cannot be understood as indicating or implying relative importance, nor can it be understood as indicating or implying order.

[0054] In the following examples, the user's operation mode on objects such as controls, icons, etc. in a graphical user interface (GUI) includes but is not limited to touching a specific control on the screen, pressing a specific physical button or button combination, inputting voice, air gesture, etc.

[0055] One recording multiple getting can be understood as that when a user uses a camera application to shoot a video, one press of a "shooting" control obtains one video file and N Magic Moment (MM) photos, N being greater than or equal to 1. It can be understood that one recording multiple getting can also have other names, such as one-key multiple getting, one-key multiple shooting, one-key film, one-key blockbuster, artificial intelligence (AI) one-key blockbuster, etc.

[0056] MM refers to some magic moments of a video (original video) recording process. For example, MM can be a best motion moment, a best expression moment, or a best check-in action moment. It can be understood that the term MM is not limited by the present application, and MM can also be referred to as a good moment, a magic moment, a magic moment, a decisive moment, or a Best Shot (BS), etc.

[0057] MM tag (TAG), i.e. time tag, is used to indicate the position of MM in the recorded video file. For example, one or more MM tags are included in the video file, and the MM tag can indicate the 10th second, the 1st minute 20 seconds, etc. in the video file.

[0058] MM photo refers to the image frame corresponding to the MM tag in the recorded video (original video), that is, the image frame with the timestamp of the MM tag is the MM photo. In different scenarios, the MM photo can be different types of pictures. For example, when recording a football match video, the MM photo can be a photo of the moment when the player's foot contacts the football when shooting or passing the ball, and the MM photo can also be a photo of the moment when the football flies into the goal. When recording a video of a person jumping from the ground, the magic moment can be a photo of the moment when the person is at the highest point in the air, or a photo of the moment when the person's action is most relaxed in the air.

[0059] The video file can include a video header and video data, the video data including data of an original video captured by a camera application, and the video header including tag data such as a scene tag (TAG), a shot tag, an MM tag, and a good image quality video frame tag. In the one-take-multiple-get function, the generation strategy of the AI video is: according to the tag data, a segment including an MM photo is intercepted from the original video, the time length of each segment can be between 2.5 seconds and 6 seconds (may include 2.5 seconds or 6 seconds), then all the segments are spliced in the time order of the segments, and special effects are added to obtain the AI video. In some implementations, the process of intercepting the video segment is to intercept around the MM photo, and the scene tag is used to prevent the video segment from crossing the shot.

[0060] The AI video can also be referred to as a highlight video, a selected video, a highlight short video, a selected short video, or a highlight video, etc. The AI video can also be referred to as a second video in contrast to the first video. In the following embodiments of the present application, the special effects include objects that can be added to images, such as filters, stickers, themes, styles, sound effects, and text. It can be understood that the AI video corresponding to the original video can also be referred to as a highlight video, a selected video, a highlight short video, a selected short video, or a highlight video, etc.

[0061] In some implementations, the tag data is not written in the video header of the video file, and in order to generate the AI video, the above generation strategy can be formed into an AI video configuration file and saved in the electronic device, such as the AI video configuration file being saved along with the original video, and the AI video configuration file including: special effect templates, special effect music, and the start and end times of each segment. Correspondingly, when generating the AI video, the segments and special effects are combined in the time order of the segments to obtain the AI video. In some implementations, the tag data is written in the video header of the video file, and the electronic device also saves the AI video configuration file.

[0062] However, whether the AI video configuration file is saved or not, the generation and saving of the AI video are triggered by the user's demand, and the AI video is not generated and saved by default, so as to save resources.

[0063] The entity album refers to an album in the gallery application of the electronic device that is actually used to store photos, such as a camera album, which is used to actually store photos and videos captured by the camera. For example, a screenshot album is used to actually store screenshots of the mobile phone. For example, a one-take-multiple-get album is used to actually store photos of highlight moments and selected short videos saved by the user. The paths of each photo and video in the same entity album are generally the same. For example, the paths of each photo and video in the screenshot album are all: data / picture / screen shot.

[0064] The virtual album is also an album in the gallery application of the electronic device. The virtual album is different from the physical album, and is not an album actually storing pictures and videos. The virtual album is mainly used for summarizing and collecting some pictures and videos in the gallery. The pictures and videos viewed in the virtual album are actually stored in multiple different physical albums. For example, the video album in the gallery, the all photo album, and the like are virtual albums. The video album summarizes the videos in all different physical albums in the gallery. The all photo album summarizes the pictures and videos in all actual albums. The paths of the pictures and videos in the same virtual album can be different.

[0065] The one-in-multiple-out function can be applied to an electronic device, which includes but is not limited to a mobile phone, a tablet computer, a desktop computer, a laptop computer, an ultra-mobile personal computer (UMPC), a handheld computer, a netbook, a personal digital assistant (PDA), a wearable electronic device, a vehicle-mounted electronic device, an augmented reality (AR) device, a virtual reality (VR) device, and the like. The specific form of the electronic device is not specially limited in the present application. The following is described by taking a mobile phone as an example.

[0066] Figure 1 An example of a GUI for a user to obtain a video by using a mobile phone. Figure 1 The one-in-multiple-out scenario shown is an example of the electronic device shooting a video. The video described in the embodiments of the present application is not limited to a video file obtained by the one-in-multiple-out function and at least one MM photo. Moreover, Figure 1 The GUI interface shown is only an example of implementing the one-in-multiple-out function and is not limited. Figure 1 In the embodiment, the user opens the one-in-multiple-out function of the mobile phone 1 in the setting interface of the mobile phone 1. Figure 1 (1) The user opens the one-in-multiple-out function of the mobile phone 1 by operating the one-in-multiple-out control 101 in the interface shown. It can be understood that, Figure 1 The interface shown in (1) can be a part of the setting interface of the mobile phone 1, or can be a part of the setting interface of the camera of the mobile phone 1. Here, the interface is not limited.

[0067] After the one-in-multiple-out function is opened as shown in (1), the user can perform one-in-multiple-out shooting through the video shooting function of the camera application, as shown in (2). Figure 1 (1) After the one-in-multiple-out function is opened, the user can perform one-in-multiple-out shooting through the video shooting function of the camera application, as shown in (2). Figure 1 (2) In the interface displayed by the camera application, the user selects the video shooting function and clicks the shooting control 102, and the mobile phone 1 starts the one-in-multiple-out shooting process.

[0068] Figure 1(3) shows a one-shot multi-shot shooting process, taking a football player as an example, Figure 1 The picture displayed in the shooting window 103 in (3) is a picture captured when the recording time is 11 seconds. Figure 1 (3) also shows an end control 104. When the user clicks the end control 104 during the shooting process, the shooting stops, and the camera interface jumps to Figure 1 (4) shown.

[0069] Figure 1 In (4), the shooting process of the video has ended, and the picture displayed in the shooting window 103 is the picture currently captured by the camera. The control 105 is a browsing entry of the video and the pictures obtained by one-shot multi-shot shooting. The user can enter the browsing mode by clicking the control 105. Figure 1 In (4), an example of the display style of the control 105 is the first picture of the original video obtained by one-shot multi-shot.

[0070] As described above, because the purpose of one-shot multi-shot is to obtain at least one MM picture, as well as the original video and the AI video, the shooting process of the original video is not stopped until at least one MM picture is obtained. Figure 1 (1) to Figure 1 The one-shot multi-shot multimedia content obtained by the scene shown in (4) includes a video file and at least one (for example, 5) MM picture. The video file includes video data and a video header, and the video header can carry tag data. In addition, the one-shot multi-shot multimedia content can also include an AI video configuration file. After one-shot multi-shot shooting is completed, no AI video is generated, but the AI video configuration file and / or the tag data can be saved, which can save storage space.

[0071] The original video can be automatically saved in the camera album (also referred to as the photo gallery), and the AI video can be saved along with the original video. In some examples, the AI video configuration file can be saved along with the original video, such as being saved in the camera album in a hidden state, that is, being invisible in the camera album. The MM picture can be automatically saved in the one-shot multi-shot album. The one-shot multi-shot album and the camera album are two independent albums in the album list, and the one-shot multi-shot album and the camera album can be entity albums. The so-called entity album is an album in which a photo / video is saved.

[0072] As Figure 2 An example in which the original video is saved in the camera album is shown in Figure 2 (1) shows that after the phone 1 obtains the original video by shooting, the original video can be automatically saved in the camera album. The content saved in the camera album can be displayed on the photo tab. Figure 2 (2) is a photo tab (TAB) displayed by the phone 1. The user can enter the photo tab by clicking the gallery application. For example, as shown inFigure 2 (2) shows, the gallery application can include four tabs, namely, photo, album, moment and discovery. The original video obtained by the one-take-multiple-get function is displayed in the form of a thumbnail 106 of the original video in the photo tab. In some implementations, the thumbnail of the original video is any frame in the original video. In some implementations, the first frame is displayed as the thumbnail of the original video. Figure 2 (2) shows, the first frame is displayed as the thumbnail of the original video.

[0073] In order to distinguish the video obtained by the one-take-multiple-get function from other videos and photos, in some implementations, a one-take-multiple-get identifier is also displayed in the thumbnail of the original video obtained by the one-take-multiple-get function, so as to Figure 2 (2) shows an identifier 107 in the thumbnail 106. The one-take-multiple-get identifier is used to indicate that the one-take-multiple-get function is enabled during the recording of the original video, and there are MM photos and / or AI videos related to the original video, which are obtained based on the original video. The one-take-multiple-get identifier can also be associated with the AI one-key-movie. For example, the MM photos related to the original video can be images extracted from the original video; the AI video can be generated based on the AI video configuration file or the tag data. The duration of the original video can also be displayed in the thumbnail 106, Figure 2 (2) shows the duration “00:56” as an example. It can be understood that the display position and style of the one-take-multiple-get identifier 107 and the duration of the original video such as “00:56” in the thumbnail 106 of the original video are only examples and are not limited. The thumbnail 106 of the original video can be used as an entry to browse the original video. In addition, as described above, another entry to browse the original video is Figure 1 (4) shows 105.

[0074] The AI video can be saved along with the original video, for example, the AI video can be saved along with the original video in the camera album, and the content saved in the camera album can be displayed on the photo tab. If the user clicks the gallery application to enter the photo tab, the photo tab can display the thumbnail of the AI video in addition to the thumbnail of the original video. As Figure 3 shown, Figure 3 (1) shows an example of the photo tab, and the photo tab displays the thumbnail 106 of the original video and the thumbnail 108 of the AI video. However, Figure 3 (2) shows that the AI video configuration file is not displayed on the photo tab. After the AI video configuration file is saved along with the original video, the AI video configuration file is not visible in the photo tab.

[0075] Figure 4 (1) shows an example of saving the MM photo in the one-take-multiple-get album. In Figure 4 (1) shows that the mobile phone 1 automatically acquires the MM photo, and the MM photo can be automatically saved in the one-take-multiple-get album.Figure 4 (2) The grid interface of the One-Take-More album on the mobile phone 1. The user can click the One-Take-More album to enter the grid interface of the One-Take-More album. In the grid interface of the One-Take-More album, the MM photos obtained by the One-Take-More album are displayed in the form of MM photo thumbnails 88 in the grid interface of the One-Take-More album. The MM photo thumbnails can serve as an entry for browsing the MM photos.

[0076] The original video and the AI video can be automatically saved to the camera album, and the MM photo can be automatically saved to the One-Take-More album. During the saving process of the original video, the AI video, and the MM photo, the user can not participate, and the process of manually selecting a saving path by the user is saved, thereby improving the efficiency. In order to provide a convenient AI video generation entry, the original video can be associated with an AI video one-key blockbuster identifier. When the original video is displayed, the AI video one-key blockbuster identifier can be displayed, as shown in Figure 5 Figure 5 Fig. 6 shows an example of an interface presented by the mobile phone 1 after the user clicks the thumbnail of the original video. Figure 5 The interface shown in Fig. 6 includes four regions A, B, C, and D.

[0077] Region A can be referred to as a title bar. Region A displays at least the creation parameters of the original video, including the shooting time and the shooting location of the original video. For example, in Figure 5 , the shooting time information “2021-04-15” and the location information “Beijing” of the original video are displayed. Region A can also display a return control.

[0078] Region B can be referred to as a display region. Region B can display the first frame image of the original video. Region B can also display a control “AI one-key blockbuster” 110 as an entry for generating an AI video and a play control control 111. The play control control 111 includes a play state control 1111, a sound control 1112, a play progress control control 1113, a time length control 1114, and a play time control 1115. The play state control 1111 is used to control the original video to play or pause. The sound control 1112 is used to control the output of sound during the playing of the original video. The play progress control control 1113 is used to control the play progress of the original video. The time length control 1114 is used to represent the total time length of the original video, for example, Figure 5 . The play time control 1115 is used to represent the time length of the original video that has been played. In the browsing interface of the original video, the sound control 1112 is muted by default. If the user clicks the sound control 1112, the sound control 1112 switches from mute to sound. Of course, the sound control 1112 can be sound by default, which can be determined according to actual needs.

[0079] ​Region C can be called the thumbnail region. Region C can display the thumbnail of the original video (112) and the thumbnails of the photos (113-117). The display format of the currently selected thumbnail in Region C can be different from that of the other thumbnails. For example, if the thumbnail of the original video is currently selected, it can be highlighted, as shown in 118, where the thumbnail of the original video is displayed with its four sides thickened. When the user selects any one of the thumbnails of the photos (113-117) in Region C, the selected thumbnail is highlighted, while the previously selected thumbnails are displayed normally. In some implementations, the currently selected thumbnail can be represented in other ways in Region C, such as displaying a pointer control in Region C that points to the currently selected thumbnail.

[0080] It is understandable that the thumbnail of the MM photo displayed in region C may be a proportionally scaled-down image of the MM photo in some implementations, and a cropped image of the MM photo after cropping a portion of it. The method of cropping the portion of the portion is not limited here. The thumbnail 112 of the original video in region C is either a proportionally scaled-down image of the first frame of the original video or a cropped image of the portion of the video after cropping a portion of it. Figure 5 In the example, thumbnails 112-117 in region C are all images that have been cropped from the middle region and then reduced in size.

[0081] Area D can be called the toolbar. Area D displays operation controls, with operations such as "Share," "Favorite," "Edit," "Delete," and "More" (representing more operations) as examples. The operation menu for the original video can include options such as Share, Favorite, Edit, Delete, and More. If the user clicks Share, the original video can be shared; if the user clicks Favorite, the original video can be saved to a favorites folder (such as a favorites album); if the user clicks Edit, the original video can be edited; if the user clicks Delete, the original video can be deleted; if the user clicks More, other operation functions for the original video can be accessed (such as move, copy, add notes, hide, rename, etc.).

[0082] User click Figure 5 After the AI-powered one-click video editing feature is implemented, electronic devices can obtain videos based on tag data. For example, the device can select photos of women (MM) according to their priority from high to low based on the MM tags. Based on the MM photos and scene tags, video clips are extracted. The duration of each video clip can be between 2.5 seconds and 6 seconds (either 2.5 seconds or 6 seconds is acceptable). Then, all video clips are spliced ​​together according to their chronological order to obtain the AI ​​video. The process of extracting video clips revolves around the MM photos before and after them, and scene tags are used to prevent video clips from crossing scenes.

[0083] After the electronic device generates the AI video, the electronic device can save the AI video, for example, the AI video is saved following the original video, such as being saved in the camera album together with the original video, or the AI video is saved following the MM photo, such as being saved in the one recording multiple getting album together with the MM photo. The creation parameter of the AI video is added by the electronic device to the AI video after the saving of the AI video is completed. During the display and playing of the AI video, the electronic device can simultaneously display the creation parameter of the AI video. The creation parameter of the AI video can be consistent with the creation parameter of the original video, for example, the creation time of the AI video is consistent with the creation time of the original video, and the creation location of the AI video is consistent with the creation location of the original video, so as to indicate that the original video and the AI video are created at the same time and at the same location through the creation parameter, and to prompt that the AI video is created based on the original video through the creation parameter.

[0084] Because the creation parameter of the AI video is consistent with / identical to the creation parameter of the original video, when the photo tab is arranged according to the creation time, the AI video and the original video can be displayed in two adjacent grids in the photo tab, and the AI video can be located before the original video, so as to indicate the saving path of the AI video and the original video, and to indicate that the AI video is obtained through the one-key filming operation on the original video, and the AI video retains the creation parameter of the original video. After the AI video is saved in the camera album following the original video, when the AI video is displayed through the photo tab, the original video and the AI video can be simultaneously viewed in the photo tab, the original video and the AI video can be clicked in the photo tab, and the specific content of the original video and the AI video can be viewed, so as to facilitate the user operation, improve the user experience, and strengthen the user's cognition of the one recording multiple getting function. The order of the AI video and the original video can be determined based on the naming of the AI video and the original video.

[0085] Because the creation parameter of the MM photo is consistent with / identical to the creation parameter of the original video, when the one recording multiple getting album is arranged according to the creation time, the AI video and the MM photo can be displayed in two adjacent grids in the one recording multiple getting album, and the AI video can be located before the MM photo, so as to indicate the saving path of the AI video and the MM photo, and to indicate that the AI video and the MM photo are obtained based on the same original video, and the AI video and the MM photo retain the creation parameter of the original video. The MM photo and the AI video can be simultaneously viewed in the one recording multiple getting album, the MM photo and the AI video can be clicked in the one recording multiple getting album, and the specific content of the MM photo and the AI video can be viewed, so as to facilitate the user operation, improve the user experience, and strengthen the user's cognition of the one recording multiple getting function. In the one recording multiple getting album, the order of the AI video and the MM photo can be determined based on the naming of the AI video and the MM photo.

[0086] In this embodiment, one-to-many identification association in the AI one-key big piece identification, MM photo, and thumbnail of the original video. At least one of the AI one-key big piece identification and MM photo can be associated with the original video through an identity identification, for example, the identity identification can be the identity document (ID) of the original video, also known as the group ID. At least two of the AI one-key big piece identification and MM photo are associated with one-to-many identification in the thumbnail of the original video through the ID of the original video. In this way, when the original video is displayed, the associated content can be found through the identity identification, so that the found content can be displayed when the original video is displayed. The association mode of one-to-many identification in the AI one-key big piece identification, MM photo, and thumbnail of the original video can include but is not limited to the following two modes:

[0087] The first association mode is that the one-to-many identification in the thumbnail of the original video is associated with the MM photo. For the thumbnail of the original video associated with the MM photo, a one-to-many identification can be added to the thumbnail of the original video. The one-to-many identification can indicate that the one-to-many function is turned on during the recording of the original video, and the original video is associated with the MM photo. In this way, the electronic device can display the one-to-many identification when displaying the thumbnail of the original video, such as the photo tab shown in Figure 2 (2)、 Figure 3 (2).

[0088] If the user manually deletes all MM photos associated with the original video, the one-to-many identification is no longer added to the thumbnail of the original video. When the electronic device displays the thumbnail of the original video, the one-to-many identification is no longer displayed on the thumbnail of the original video. As shown in Figure 6 (1), the one-to-many identification in the thumbnail of the original video is associated with the MM photo. When the original video is displayed in the photo tab, the one-to-many identification is added to the thumbnail of the original video. If the user manually deletes all MM photos associated with the original video, the photo tab changes to the form shown in Figure 6 (2), and the one-to-many identification is no longer displayed on the thumbnail of the original video. Accordingly, if the user clicks the thumbnail of the original video, the photo tab jumps to the original video browsing interface shown in Figure 6 (3), which omits the thumbnail area. In addition, the AI one-key big piece identification can not be displayed on the original video. The omission of the AI one-key big piece identification is only an example and is not limited. Figure 6 (3) is only an example. After clicking the thumbnail of the original video, the original video browsing interface shown in Figure 5 may also be displayed, which is not limited.

[0089] The second association manner is that the original video can be associated with at least one of the MM photo and the AI one-key big piece identifier, that is, when the electronic device obtains the MM photo and / or determines that the AI one-key big piece identifier can be marked on the original video, the one-take-multiple-get identifier is added on the thumbnail of the original video, and then the electronic device can display the one-take-multiple-get identifier on the thumbnail of the original video at the same time. The determination that the AI one-key big piece identifier is marked on the original video is after the tag data is obtained, so after the tag data is obtained, the electronic device can generate the AI video based on the tag data, and then the AI one-key big piece identifier displayed on the original video can serve as an entrance for generating the AI video, thereby improving convenience.

[0090] For example, the one-take-multiple-get identifier of the thumbnail of the original video is associated with the MM photo and the AI one-key big piece identifier, and the thumbnail of the original video is added with the one-take-multiple-get identifier when the original video is displayed in the photo tab. If the user manually deletes all the MM photos associated with the original video, but because the tag data is saved in the video header of the original video, the AI one-key big piece identifier exists, and then when the photo tab is displayed, the thumbnail of the original video displayed in the photo tab continues to display the one-take-multiple-get identifier.

[0091] From the first association manner and the second association manner, it can be known that if the one-take-multiple-get identifier is only associated with the MM photo, the MM photo exists, and then the thumbnail of the original video has the one-take-multiple-get identifier; if all the photos are deleted, the thumbnail of the original video does not have the one-take-multiple-get identifier. If the one-take-multiple-get identifier is associated with the MM photo and the AI one-key big piece identifier, the AI one-key big piece identifier exists when it is determined that the tag data exists, and the tag data can be kept in the video header of the original video at all times, so in the case of associating the AI one-key big piece identifier, the thumbnail of the original video has the one-take-multiple-get identifier.

[0092] In addition, the one-take-multiple-get identifier in the thumbnail of the original video can also be associated with the AI video. For example, the third association manner is that the one-take-multiple-get identifier in the thumbnail of the original video can be associated with at least one of the MM photo and the AI video, that is, when the electronic device obtains at least one of the MM photo and the AI video, the one-take-multiple-get identifier is added on the thumbnail of the original video, and then the electronic device can display the one-take-multiple-get identifier on the thumbnail of the original video at the same time. If the user manually deletes one of the MM photo and the AI video, and the other one of the MM photo and the AI video is saved in the electronic device, then the one-take-multiple-get identifier can continue to be added on the thumbnail of the original video.

[0093] For example, after the electronic device obtains the AI video, the electronic device can add the one-take-multiple-get identifier on the thumbnail of the original video. If the user manually deletes the AI video associated with the original video, and no MM photo associated with the original video is obtained, the one-take-multiple-get identifier is no longer added on the thumbnail of the original video. However, if the user manually deletes the AI video associated with the original video, but obtains the MM photo associated with the original video during the deletion process or obtains the MM photo associated with the original video after the deletion, the one-take-multiple-get identifier can continue to be added on the thumbnail of the original video.

[0094] The fourth association manner is that the one-take-multiple-get identifier in the thumbnail of the original video can be associated with at least one of the MM photo, the AI one-key album identifier, and the AI video. For details, please refer to the description above.

[0095] The above four association manners can increase the user's cognition of one-take-multiple-get and enhance the user's perception. Although the one-take-multiple-get identifier in the thumbnail of the original video can be associated with at least one of the MM photo and the AI one-key album identifier, the association manner is irrelevant to whether the MM photo and / or the AI video are simultaneously displayed when the original video is displayed, that is, the association of the one-take-multiple-get identifier in the thumbnail of the original video with at least one of the MM photo and the AI one-key album identifier is an association strategy, and the display of the original video, the MM photo, and the AI video is a display strategy, and the two strategies are independent of each other. In this embodiment, when the original video is displayed, the electronic device can display in the following several manners:

[0096] The first display manner is that the thumbnail of the MM photo associated with the original video and the thumbnail of the AI video associated with the original video can be simultaneously displayed when the original video is displayed. For example, the electronic device can divide a thumbnail area in the browsing interface of the original video, and display the thumbnail of the MM photo and the thumbnail of the AI video in the thumbnail area to realize the simultaneous display of the original video, the MM photo, and the AI video. In addition, the thumbnail of the original video can also be displayed in the thumbnail area.

[0097] As shown in Figure 7 (1), if the original video is associated with the MM photo and the AI video, the one-take-multiple-get identifier can be displayed when the thumbnail of the original video is displayed in the photo tab. If the user clicks the thumbnail of the original video, the display jumps from the photo tab to the Figure 7 (2) shown in the browsing interface of the original video. Figure 7 The browsing interface of the original video shown in Figure 5 (2) is different from the browsing interface of the original video shown in Figure 7Any one of the frames shown in (2) can be the first frame of the AI video, and the thumbnail of the AI video can or can not have special effects. If the electronic device has not generated the AI video, the thumbnail area simultaneously displays the original video and the MM photo, and after the AI video is generated, the thumbnail of the AI video can be added after the thumbnail of the original video. Similarly, if the electronic device has not obtained the MM photo, the thumbnail area does not display the thumbnail of the MM photo, and after the MM photo is obtained, the thumbnail of the MM photo is displayed.

[0098] Similar to the original video browsing interface shown in (2), Figure 5 Similar to the original video browsing interface shown in (2), Figure 7 The original video browsing interface shown in (2) highlights to indicate that the electronic device is currently displaying the original video. If the user clicks on the thumbnail of the MM photo or the AI video, the content clicked by the user is highlighted, and the electronic device displays a large image of the content clicked by the user, i.e., switches from displaying the original video to displaying the content clicked by the user. For example, the user clicks on an MM photo, and the electronic device switches from displaying the original video to displaying the MM photo clicked by the user.

[0099] If the user manually deletes the AI video, the thumbnail of the AI video is no longer displayed in the thumbnail area when the original video is displayed. Similarly, if the user manually deletes an MM photo, the thumbnail of the deleted MM photo is no longer displayed in the thumbnail area when the original video is displayed. If the user manually deletes the AI video and all MM photos, the thumbnail area is no longer displayed when the original video is displayed. Although the AI video is deleted, the tag data is still saved in the original video, so the AI one-key album identifier can still be displayed on the original video.

[0100] In addition to being manually deleted by the user, the electronic device can delete the AI video and / or MM photo in other ways. For example, the electronic device can delete the AI video and / or MM photo when cleaning up the memory, update the album content based on the time update strategy, and delete the AI video and / or MM photo in other ways. After the AI video and / or MM photo is deleted in other ways, the electronic device can no longer display the thumbnail of the deleted content in the thumbnail area when the original video is displayed.

[0101] The second display mode is to display the thumbnail of the MM photo associated with the original video when the original video is displayed. For example Figure 5 As shown in (2), the electronic device can divide a thumbnail area in the original video browsing interface, display the thumbnail of the MM photo in the thumbnail area, and simultaneously display the original video and the MM photo. If the user manually deletes an MM photo, the thumbnail of the deleted MM photo is no longer displayed in the thumbnail area when the original video is displayed. If the user manually deletes all MM photos, the thumbnail area is no longer displayed when the original video is displayed.

[0102] As Figure 8 (1) shows, the user clicks the thumbnail of the original video in the photo tab, and jumps from the photo tab to the browsing interface of the original video shown in Figure 8 (2). If the user manually deletes all MM photos, the browsing interface of the original video no longer displays the thumbnail area, and changes from Figure 8 (2) to Figure 8 (3) shown in the browsing interface, no longer displays the thumbnail area, and the display area of the original video can occupy the thumbnail area, and displays the original video through a larger display area.

[0103] The third display mode is that the thumbnail of the AI video associated with the original video can be displayed when the original video is displayed. For example, the thumbnail of the AI video is displayed in the thumbnail area of the browsing interface of the original video, realizing the simultaneous display of the original video and the AI video. If the user manually deletes an AI video, the thumbnail of the deleted AI video is no longer displayed in the thumbnail area when the original video is displayed. If the user manually deletes all AI videos, the thumbnail area is no longer displayed when the original video is displayed.

[0104] The fourth display mode is that the thumbnail of the AI video associated with the original video and the thumbnail of the MM photo are not displayed when the original video is displayed, that is, the electronic device only displays the original video.

[0105] The above four display modes, the electronic device can simultaneously display the AI video and / or MM photo when displaying the original video, realizing the associated display of the original video, the AI video and / or the MM photo, and the user can quickly view the AI video and / or the MM photo through the thumbnail area when viewing the original video. When the original video, the AI video and / or the MM photo are associatedly displayed, the electronic device can display the one recording multiple getting identifier when displaying the thumbnail of the original video; if the original video, the AI video and / or the MM photo are not associatedly displayed (displayed according to the fourth display mode), the electronic device no longer displays the one recording multiple getting identifier when displaying the thumbnail of the original video, so as to enhance the user's cognition of the one recording multiple getting.

[0106] When the original video is displayed, the electronic device can display the AI one-key big picture identifier on the original video, and the user can continue to click the AI one-key big picture identifier. When the original video is displayed, the electronic device can no longer display the AI one-key big picture identifier on the original video, although the entry of the AI one-key big picture identifier is reduced, but the generated AI video can be maintained as much as possible.

[0107] The following takes the album as an example to illustrate the display mode of the original video, MM photo, AI video and AI one-key big piece identification. Among them, the original video is saved in the camera album by default, and the MM photo is saved in the one-recording-multiple-get album by default. The original video can also be saved in the camera album, which is an entity album. The original video and MM photo can also be recorded in virtual albums such as all camera albums, video albums, and collection albums. The camera album, one-recording-multiple-get album, and camera album belong to entity albums.

[0108] In this embodiment, the electronic device provides a display strategy, the purpose of which is to facilitate the user to quickly view the MM photo through the thumbnail area when viewing the original video, while avoiding the problem of repeated display of the MM photo associated with the original video in the album actually saved.

[0109] For example, when displaying the original video in the photo tab and the grid interface of the camera album, the one-recording-multiple-get identification is displayed on the thumbnail of the original video. The electronic device can display the MM photo in association with the original video when displaying the original video. The reason for this display is that the possibility of saving the MM photo in the photo tab and the camera album is small, so the possibility of viewing the MM photo by sliding left and right on the original video when displaying the original video is also small. Therefore, the electronic device displays the thumbnail of the MM photo in the thumbnail area when displaying the original video. The thumbnail of the MM photo in the thumbnail area serves as an access point for viewing the MM photo, so that the MM photo can be viewed through the access point when viewing the original video, making the viewing of the MM photo more convenient and avoiding the repeated saving of the MM photo.

[0110] As shown in FIG. 9(1), the electronic device displays a photo tab, and displays a thumbnail of an original video in the photo tab. The one-recording-multiple-get identification is displayed on the thumbnail of the original video. If the user clicks the thumbnail of the original video, the electronic device jumps from the photo tab shown in FIG. 9(1) to the grid interface of the camera album shown in FIG. 9(2). Figure 9 (1) to the original video browsing interface shown in FIG. 9(2). Figure 9 (2) shows the original video browsing interface, which displays the original video and the thumbnail of the MM photo in the thumbnail area at the same time. Figure 9 (2) shows the original video browsing interface, which displays the original video and the thumbnail of the MM photo in the thumbnail area at the same time.

[0111] Figure 10 (1) shows an album tab, and the album tab displays a list of all albums. If the user clicks the camera album, the phone can jump from displaying the album tab to displaying the grid interface of the camera album, as shown in FIG. 10(2). Figure 10 (2) shows the original video thumbnail in the grid interface of the camera album, and the one-recording-multiple-get identification is displayed on the thumbnail of the original video. If the user clicks the thumbnail of the original video, the electronic device jumps from the grid interface of the camera album shown in FIG. 10(2) to the original video browsing interface shown in FIG. 10(3). Figure 10 (2) to the original video browsing interface shown in FIG. 10(3). Figure 10 (3) shows the original video browsing interface, which displays the original video and the thumbnail of the MM photo in the thumbnail area at the same time. Figure 9(3) The original video browsing interface displays the original video and the thumbnail of the original video and the MM photo in the thumbnail area.

[0112] For Figure 10 and Figure 11 , if the electronic device saves the AI video, the AI video is saved in the one-to-many album, and the thumbnail of the AI video can also be displayed in the thumbnail area; if the AI video is saved along with the original video (i.e., also saved in the camera album), the thumbnail of the AI video is not displayed in the thumbnail area. If the original video is moved from the camera album to another entity album, and only the original video is saved in the other entity album, the original video is displayed in the manner of the camera album.

[0113] For example Figure 11 (1) The album tab is displayed, and the album tab displays a list of all albums. If the user clicks the all photo album, the phone can jump from displaying the camera tab to displaying the all photo album grid interface, and the all photo album grid interface simultaneously displays the thumbnails of the original video and the MM photo, and the one-to-many album mark is not displayed on the thumbnail of the original video. If the user clicks the thumbnail of the original video, the phone jumps to Figure 11 (2) The all photo album grid interface jumps to Figure 10 (3) The original video browsing interface displays the original video, and the original video browsing interface does not display the thumbnail area. The electronic device does not display the MM photo in association with the display of the original video, i.e., the thumbnail of the MM photo is not displayed when the original video is displayed. Because the grid of the original video and the MM photo is adjacent, the original video can be swiped to the MM photo by left swiping, such as jumping to Figure 11 (3) The original video browsing interface displays the original video, and the original video browsing interface does not display the thumbnail area. The electronic device does not display the MM photo in association with the display of the original video, i.e., the thumbnail of the MM photo is not displayed when the original video is displayed. Because the grid of the original video and the MM photo is adjacent, the original video can be swiped to the MM photo by left swiping, such as jumping to Figure 12 (4) The MM photo browsing interface displays the MM photo.

[0114] If the user clicks the video album of the camera tab, the electronic device displays Figure 12 (1) The video album grid interface displays the thumbnail of the original video, and the one-to-many album mark is not displayed on the thumbnail of the original video when the original video is displayed in the video album grid interface. If the user clicks the original video in the video album grid interface, the phone jumps to Figure 13 (2) The original video browsing interface displays the original video, and the original video browsing interface does not display the MM photo in association with the display of the original video, i.e., the thumbnail of the MM photo is not displayed when the original video is displayed. Because the video album only records videos, the one-to-many album mark can not be displayed when the video album displays the thumbnail of the original video, and the MM photo is not displayed when the original video is displayed, such as no thumbnail area.

[0115] If the user clicks the favorite album of the camera tab, the electronic device displays Figure 13 (1) the grid interface of the favorite album, which simultaneously displays the thumbnail of the original video and the MM photo. In this case, the one-take-multiple-get icon is not displayed on the thumbnail of the original video. If the user clicks the thumbnail of the original video, the electronic device jumps from Figure 13 (1) the grid interface of the favorite album to Figure 13 (2) the browsing interface of the original video, Figure 14 (2) the browsing interface of the original video. The thumbnail area is omitted, and the electronic device does not display the MM photo when displaying the original video. Because the grid of the original video and the MM photo are adjacent, the user can slide from the original video to the MM photo by left swiping, such as jumping to Figure 14 (3) the browsing interface of the MM photo, in which the MM photo is displayed. Because the favorite album is obtained by the user collecting the video and the photo, and the user collects the video and the photo respectively, the video and the photo recorded in the favorite album are independent of each other. Therefore, the one-take-multiple-get icon is not displayed on the thumbnail of the original video, and the thumbnail area is not displayed when the original video is displayed.

[0116] If the original video is moved from the camera album to the one-take-multiple-get album, because the one-take-multiple-get album saves the MM photo, the user can slide from the original video to the MM photo, and in order to avoid the MM photo actually saved in the album being displayed repeatedly with the MM photo associated with the original video, the one-take-multiple-get icon is not displayed on the thumbnail of the original video when the original video is displayed in the grid interface of the one-take-multiple-get album, such as Figure 14 (1) shows. The user clicks the original video in the one-take-multiple-get album, and the electronic device jumps from Figure 14 (1) the grid interface of the one-take-multiple-get album to Figure 15 (2) the browsing interface of the original video, in which the thumbnail area is omitted, and the electronic device does not display the MM photo when displaying the original video. Because the original video and the MM photo are created at the same time, and the one-take-multiple-get album is sorted by the creation time, the grid of the original video and the MM photo are adjacent in the one-take-multiple-get album. Therefore, the user can switch between the original video and the MM photo by left and right swiping. For example, the original video is before the MM photo, and the user clicks the original video. The user can view the MM photo by left swiping from the original video, such as Figure 15 (3) shows. The user can view the original video by right swiping from the MM photo.

[0117] Figure 15 The selection scene is shown, and the original video and the MM photo are called by the application. The thumbnails of the original video and the MM photo can be independently displayed during the calling process Figures 9 to 15(1) The grid interface shown, then the original video thumbnail does not show a record more than the mark, the electronic device to Figures 9 to 15 (2) The display interface shows the original video, and the thumbnail of the MM photo, the AI one-key album mark, the title bar and the toolbar are not displayed when the original video is displayed. Because in the selection scene, the thumbnails of the original video and the MM photo can be displayed independently in the grid interface, so the thumbnail of the original video does not show a record more than the mark, and the electronic device does not display the MM photo when displaying the original video, that is, the thumbnail of the MM photo is not displayed when the original video is displayed.

[0118] Other scenes that do not display in association can include: recycle bin, smart album, map album, search results, hidden album and shared album, which can refer to the display mode of all photo albums. In addition, the MM photo in the one-record-more-than album is a photo automatically generated based on the original video, and the one-record-more-than album can not actively guide the user to add photos in the album, so the one-record-more-than album can not provide an entry for adding photos, and can not support changing the order, so that the one-record-more-than album can maintain the order of creation time, so that the original video and the MM photo with the same creation time can be in adjacent grids. In order to not provide an entry for adding photos and not support changing the order, the upper right corner of the one-record-more-than album does not provide a control or menu for "adding photos and changing the order".

[0119] From the above Figure 9 As can be seen from the above examples, if the thumbnail of the original video has a record more than the mark, the MM photo can be displayed in association when the original video is displayed, such as displaying the MM photo in the thumbnail area; if the thumbnail of the original video does not have a record more than the mark, the MM photo is not displayed in association when the original video is displayed, such as the thumbnail area can be omitted. Because the tag data is saved in the video header of the original video, the AI one-key album mark can be displayed when the original video is displayed.

[0120] For example, the entity album (such as the camera album) can be associated with display. An example is that when the entity album displays a thumbnail of the original video, the thumbnail of the original video has a one-take-multiple-get identifier. When the thumbnail of the original video is clicked, the original video is displayed, and the MM photo is associated with and displayed at the same time. The virtual album can not be associated with display. An example is that when the original video is displayed in the grid interface of the virtual album, the one-take-multiple-get identifier is not displayed on the thumbnail of the original video. The electronic device does not associate and display the MM photo when the original video is displayed, that is, the thumbnail of the MM photo is not displayed when the original video is displayed. Such display is because the possibility of saving the MM photo in the virtual album is high, and then the possibility of viewing the MM photo by sliding left and right on the original video when the original video is displayed is also high. Therefore, the electronic device no longer displays the thumbnail of the MM photo when the original video is displayed, thereby avoiding the problem of repeated display of the MM photo actually saved in the album and the MM photo associated with and displayed by the original video. In the selection scenario, the thumbnails of the original video and the MM photo can be independently displayed in the grid interface. Therefore, the one-take-multiple-get identifier is not displayed on the thumbnail of the original video, and the electronic device does not associate and display the MM photo when the original video is displayed, that is, the thumbnail of the MM photo is not displayed when the original video is displayed.

[0121] In addition to the display strategies described above Figure 10 , the electronic device also provides another display strategy, the purpose of which is to facilitate the user's consistent cognition of one-take-multiple-get associated display and enhance the user's perception. Under this display strategy, in addition to the selection scenario, the MM photo and the AI video can be associated with and displayed in all scenarios in which the original video is viewed. For example, the one-take-multiple-get identifier is displayed on the thumbnail of the original video, and the thumbnail of the MM photo and / or the AI video is displayed when the original video is displayed. The AI one-key album identifier can also be displayed on the original video.

[0122] For example, when the original video is displayed in the grid interface of the photo tab and the camera album, the one-take-multiple-get identifier is displayed on the thumbnail of the original video, and the electronic device can associate and display the MM photo when the original video is displayed. In this way, the electronic device displays the thumbnail of the MM photo in the thumbnail area when the original video is displayed. The thumbnail of the MM photo in the thumbnail area serves as a viewing entrance of the MM photo. The MM photo can be viewed through the viewing entrance when the original video is viewed. In this way, the cognition of one-take-multiple-get is enhanced, and the viewing of the MM photo is more convenient without causing repeated saving of the MM photo. Figure 16 and Figure 14 are the same, and will not be described in detail here.

[0123] If the original video is moved from the camera album to other entity albums, the one-take-multiple-get identifier is displayed on the thumbnail of the original video, and the electronic device can associate and display the MM photo when the original video is displayed, that is, the electronic device displays the thumbnail of the MM photo in the thumbnail area when the original video is displayed, thereby enhancing the cognition of one-take-multiple-get. For exampleFigure 17 As shown in FIG. 1 1 A, the original video is moved to the multi-shot album, and when the original video is displayed in the grid interface of the multi-shot album, a multi-shot identifier is displayed on the thumbnail of the original video. The electronic device displays the thumbnail of the MM photo when displaying the original video, thereby enhancing the cognition of multi-shot. Compared with the above display strategy, the difference is that the multi-shot identifier can be displayed when the thumbnail of the original video is displayed in the grid interface of the multi-shot album, and the thumbnail area is displayed on the browsing interface of the original video, and the thumbnails of the original video and the AI video can be displayed in the thumbnail area. Figure 18 As shown in FIG. 1 1 A, the original video is moved to the multi-shot album, and when the original video is displayed in the grid interface of the multi-shot album, a multi-shot identifier is displayed on the thumbnail of the original video. The electronic device displays the thumbnail of the MM photo when displaying the original video, thereby enhancing the cognition of multi-shot. Compared with the above display strategy, the difference is that the multi-shot identifier can be displayed when the thumbnail of the original video is displayed in the grid interface of the multi-shot album, and the thumbnail area is displayed on the browsing interface of the original video, and the thumbnails of the original video and the AI video can be displayed in the thumbnail area.

[0124] In all photo albums, video albums and collection albums, a multi-shot identifier is displayed on the thumbnail of the original video, and the electronic device can display the MM photo in association when displaying the original video, that is, the electronic device displays the thumbnail of the MM photo in the thumbnail area when displaying the original video. Although there is a possibility of repetition of the MM photo, the cognition of multi-shot can be enhanced. The GUI examples of all photo albums, video albums and collection albums are shown in FIGS. 1 1 B, 1 1 C and 1 1 D respectively. Compared with the last display strategy, the difference is that the multi-shot identifier can be displayed when the thumbnail of the original video is displayed in the grid interface, and the thumbnail area is displayed on the browsing interface of the original video, and the thumbnails of the original video and the AI video can be displayed in the thumbnail area. Figure 19 Figure 15 Figure 20 In all photo albums, video albums and collection albums, a multi-shot identifier is displayed on the thumbnail of the original video, and the electronic device can display the MM photo in association when displaying the original video, that is, the electronic device displays the thumbnail of the MM photo in the thumbnail area when displaying the original video. Although there is a possibility of repetition of the MM photo, the cognition of multi-shot can be enhanced. The GUI examples of all photo albums, video albums and collection albums are shown in FIGS. 1 1 B, 1 1 C and 1 1 D respectively. Compared with the last display strategy, the difference is that the multi-shot identifier can be displayed when the thumbnail of the original video is displayed in the grid interface, and the thumbnail area is displayed on the browsing interface of the original video, and the thumbnails of the original video and the AI video can be displayed in the thumbnail area.

[0125] In the selection scenario, the thumbnails of the original video and the MM photo can be independently displayed in the grid interface, so that the multi-shot identifier is not displayed on the thumbnail of the original video, and the electronic device does not display the MM photo in association when displaying the original video, that is, the thumbnail of the MM photo is not displayed when the original video is displayed. For example Figure 20 As shown in FIG. 1 1 E, the original video and the MM photo are called by the application, and the thumbnails of the original video and the MM photo can be independently displayed in the grid interface during the calling process. Therefore, the multi-shot identifier is not displayed on the thumbnail of the original video, and the electronic device does not display the thumbnail of the MM photo when displaying the original video.

[0126] Other scenarios of independent display can include the recycle bin, hidden album and shared album, and the display mode of all application calls can be referred to. For example Figure 20 (1) As shown in FIG. 1 1 F, the recently deleted (which can also be called the recycle bin) is displayed in the album tab, and if the user clicks the recently deleted album of the camera tab, the electronic device displays the grid interface of the recently deleted album as shown in FIG. 1 1 G. The grid interface of the recently deleted album simultaneously displays the thumbnails of the original video and the MM photo, so that the multi-shot identifier is not displayed on the thumbnail of the original video. If the user clicks the thumbnail of the original video, the electronic device displays the browsing interface of the original video as shown in FIG. 1 1 H. Figure 20 (1) As shown in FIG. 1 1 F, the recently deleted (which can also be called the recycle bin) is displayed in the album tab, and if the user clicks the recently deleted album of the camera tab, the electronic device displays the grid interface of the recently deleted album as shown in FIG. 1 1 G. The grid interface of the recently deleted album simultaneously displays the thumbnails of the original video and the MM photo, so that the multi-shot identifier is not displayed on the thumbnail of the original video. If the user clicks the thumbnail of the original video, the electronic device displays the browsing interface of the original video as shown in FIG. 1 1 H. Figure 20 ​​(2) The grid interface of the recently deleted album shown in the image jumps to... Figure 20 (3) shows the browsing interface of the original video. Figures 11-14 (3) The original video browsing interface shown omits the thumbnail area. The electronic device does not display the MM photo when displaying the original video; that is, the MM photo thumbnail is not displayed when displaying the original video. The user swipes left to display... Figure 21 (4) The photo of the girl is shown because it is adjacent to the original video; swiping left will display the photo of the girl. For the specific interface of a mobile phone when opening a photo album in a non-associated display scenario, please refer to [link to relevant documentation]. Figure 22 The relevant interfaces will not be described in detail in this application embodiment.

[0127] Furthermore, the photos of the girls in the OneClick Album are automatically generated based on the original videos. OneClick Album doesn't actively guide users to add photos, therefore it doesn't need to provide an entry point for adding photos, nor does it support changing the sort order. This allows OneClick Album to maintain its sorting by creation time, ensuring that original videos and photos of girls created at the same time are placed in adjacent cells. To avoid providing an entry point for adding photos and not supporting changing the sort order, OneClick Album does not provide controls or menus for "add photos" or "change sort" in the upper right corner.

[0128] Understandably, when electronic devices display the original video using the two display strategies mentioned above, they may or may not display the "AI One-Click Movie" icon. The illustration shows an example with the "AI One-Click Movie" icon displayed. Additionally, electronic devices can provide an entry point for deleting photos of female characters. In some implementations, this entry point can be integrated into the operation area of ​​the original video's browsing interface, such as within the "More Options" menu. If the user clicks "More Options," a pop-up window will appear in the original video's browsing interface. Figure 22 The control 20 shown may include at least the functions of deleting multiple photos from a single album and moving them. If the user clicks "delete multiple photos from a single album," all photos of the girls in the album will be deleted; if the user clicks "move," the original video can be moved to another album.

[0129] When a user clicks on a photo of a woman in a thumbnail, the original video viewing interface can then display the clicked photo. For example... Figure 23 As shown, if the user clicks "more options," the original video browsing interface will pop up. ​ The control 21 shown can include displaying and moving within a photo album. If the user clicks "display in album," the user will be redirected from the currently displayed photo of the girl to the album where the photo of the girl is saved, such as to the "Multi-Photo Album," where the grid interface of the "Multi-Photo Album" will be displayed. If the user clicks "move," the user can select the album to save the currently displayed photo of the girl.

[0130] It is to be noted that the currently selected thumbnail is displayed in the center of the thumbnail area, and when the MM photo is displayed and the thumbnail area is displayed at the same time, the thumbnail of the original video can have a play control. When the thumbnail of the AI video is displayed in the thumbnail area, the thumbnail of the AI video can be the same as the thumbnail of an MM photo, or the thumbnail of the AI video can be different from the thumbnail of the MM photo.

[0131] In addition, the present application provides an electronic device comprising a processor and a memory, the processor and the memory are coupled, the memory is used to store a computer program, when the computer program is executed by the processor, the electronic device executes the above-mentioned video display method.

[0132] Optionally, the electronic device can be a mobile phone, a smart screen, a tablet computer, a wearable electronic device, a vehicle-mounted electronic device, an augmented reality (AR) device, a virtual reality (VR) device, a notebook computer, an ultra-mobile personal computer (UMPC), a netbook, a personal digital assistant (PDA), a projector, etc.

[0133] ​ A hardware structure schematic diagram of an electronic device is shown. The electronic device can include a processor, an external memory interface, an internal memory, a universal serial bus (USB) interface, a charge management module, a power management module, a battery, an antenna 1, an antenna 2, a mobile communication module, a wireless communication module, a sensor module, a key, a motor, an indicator, an audio module, a camera, a display screen, and a subscriber identification module (SIM) card interface, etc. The audio module can include a speaker, a receiver, a microphone, a headset interface, etc., and the sensor module can include a pressure sensor, a gyroscope sensor, a barometric pressure sensor, a magnetic sensor, an acceleration sensor, a distance sensor, a proximity light sensor, a fingerprint sensor, a temperature sensor, a touch sensor, an ambient light sensor, a bone conduction sensor, etc.

[0134] It can be understood that the structure shown in the embodiment does not constitute a specific limitation on the electronic device. In other embodiments, the electronic device can include more or fewer components than shown, or combine certain components, or split certain components, or different component arrangements. The components shown can be implemented in hardware, software, or a combination of software and hardware.

[0135] The processor can include one or more processing units, for example: the processor can include an application processor (AP), a modem processor, a graphics processing unit (GPU), an image signal processor (ISP), a controller, a video codec, a digital signal processor (DSP), a baseband processor, and / or a neural-network processing unit (NPU), etc. Among them, different processing units can be independent devices, or can be integrated in one or more processors. The processor is the nerve center and command center of the electronic device, and can generate operation control signals according to instruction operation codes and timing signals to complete the control of fetching and executing instructions.

[0136] The external memory interface can be used to connect an external storage card, such as a Micro SD card, to expand the storage capacity of the electronic device. The external storage card communicates with the processor through the external memory interface to realize the data storage function. For example, files such as configuration information of the network are saved in the external storage card. The internal memory can be used to store computer executable program codes, which include instructions. The processor executes various functions of the electronic device and data processing by running the instructions stored in the internal memory. For example, in the present application, the processor executes the video display method provided in the present application by running the instructions stored in the internal memory.

[0137] The display screen can be used to display images or videos. The display screen includes a display panel. The display panel can adopt a liquid crystal display (LCD), an organic light-emitting diode (OLED), an active-matrix organic light-emitting diode (AMOLED), a flex light-emitting diode (FLED), a mini light-emitting diode (Mini LED), a micro light-emitting diode (Micro LED), a micro OLED, or a quantum dot light-emitting diode (QLED). In some embodiments, the electronic device can include 1 or N display screens, N being a positive integer greater than 1. As one possible implementation, when the user views the original video, the MM photo, and the AI video, the display screen can be used to display the original video, the MM photo, and the AI video. When the user views the photo tab and the grid interface of the camera album, the display screen can display the photo tab and the grid interface of the camera album.

[0138] The camera is used to capture still images or videos. An object projects an optical image through a lens to a photosensitive element. The photosensitive element can be a charge coupled device (CCD) or a complementary metal-oxide-semiconductor (CMOS) phototransistor. The photosensitive element converts the optical signal into an electrical signal, which is then transmitted to an ISP to convert into a digital image signal. The ISP outputs the digital image signal to a DSP for processing. The DSP converts the digital image signal into an image signal in a standard red green blue (RGB), YUV, or the like format. In some embodiments, the electronic device can include 1 or N cameras, N being a positive integer greater than 1. In the embodiments of the present application, the processor can determine the MM photo in the original video based on the original video recorded by the camera.

[0139] The present application provides a computer-readable storage medium, which stores a computer program. When the computer program is executed by an electronic device, the electronic device performs the above-mentioned video display method.

[0140] The application provides a computer program product, and the application provides a computer program, which, when executed by an electronic device, causes the electronic device to perform the video display method.

Claims

1. A video display method characterized by, The method comprises: displaying a first interface of a gallery application, the first interface comprising a folder of a first album and a folder of a second album, the first album and the second album each comprising a first video; in response to a user opening operation on the folder of the first album, displaying a second interface of the gallery application, the second interface comprising a first thumbnail of the first video, the first thumbnail comprising a first preset identifier, the first preset identifier being used to indicate that at least one photo is obtained in the process of obtaining the first video, the at least one photo being obtained based on the first video; in response to a user opening operation on the folder of the second album, displaying a third interface of the gallery application, the third interface comprising a second thumbnail of the first video, the second thumbnail not comprising the first preset identifier; in response to a user click operation on the first thumbnail, displaying a fourth interface of the gallery application, the fourth interface comprising thumbnails of the first video and the at least one photo; in response to a user click operation on the second thumbnail, displaying a fifth interface of the gallery application, the fifth interface comprising the first video and not comprising thumbnails of the at least one photo.

2. The method of claim 1, wherein, The method further comprises that the first preset identifier is associated with a second preset identifier and the at least one photo, the second preset identifier being used to trigger generation of a second video, the second video being obtained based on the first video, the at least one photo being obtained based on the first video.

3. The method of claim 2, wherein, If the first preset identifier is only associated with the at least one photo, the method further comprises that if all photos in the at least one photo are deleted, switching from displaying the second interface to displaying the third interface.

4. The method of claim 2, wherein, If the first preset identifier is associated with the second preset identifier and the at least one photo, the method further comprises that if at least one of the second preset identifier and the at least one photo exists, maintaining display of the second interface; if neither the second preset identifier nor the at least one photo exists, switching from displaying the second interface to displaying the third interface.

5. The method according to any one of claims 2 to 4, characterized in that, The condition that the first preset identifier is associated with the second preset identifier is that a time length of the first video is greater than a first time length and a first type of photo is obtained based on the first video, or a time length of the first video is greater than a second time length and a second type of photo is obtained based on the first video, the first time length being less than the second time length, the first type of photo being more exciting than the second type of photo.

6. The method according to any one of claims 2 to 4, characterized in that, The condition that the first preset identifier is associated with the at least one photo is that the at least one photo is obtained based on the first video.

7. The method according to any one of claims 1 to 4, characterized in that, The method further comprises that in response to a user click operation on a thumbnail of the at least one photo, displaying a sixth interface of the gallery application, the sixth interface comprising a thumbnail of a photo pointed to by the click operation and the at least one photo.

8. The method according to any one of claims 1 to 4, characterized in that, The method further comprises that in response to a user sliding operation on the fifth interface, displaying a sixth interface of the gallery application, the sixth interface comprising a first photo, the first photo being obtained based on the first video.

9. The method according to any one of claims 1 to 4, characterized in that, At least one of the fourth interface and the fifth interface comprises a second preset identifier, and the second preset identifier is used to trigger generation of a second video, and the second video is based on the first video.

10. The method according to any one of claims 1 to 4, characterized in that, The second interface does not comprise a photo and / or a second video related to the first video. The third interface comprises a photo and / or the second video related to the first video, or the second interface only comprises a video.

11. The method of claim 10, wherein, The first album is a camera album, or a folder of the first album is a photo tab. The second album is a virtual album, a one-take-multiple-get album, a smart album, a recycle bin, a search result, or a picture selection album.

12. The method of claim 11, wherein, The virtual album comprises all photo albums, video albums, favorite albums, hidden albums, and shared albums.

13. The method according to any one of claims 1 to 4, characterized in that, The first album is a camera album, all photo albums, video albums, favorite albums, a one-take-multiple-get album, or a smart album, or a folder of the first album is a photo tab. The second album is a recycle bin, a search result, a hidden album, a shared album, or a picture selection album.

14. The method of claim 11, wherein, The one-take-multiple-get album is sorted according to creation time, and the one-take-multiple-get album prohibits changing the sorting.

15. An electronic device, comprising: The electronic device comprises a processor and a memory, the processor and the memory are coupled, and the memory is used to store a computer program, when the computer program is executed by the processor, the electronic device executes the video display method in any one of claims 1 to 14.

16. A computer readable storage medium characterized by: The computer readable storage medium stores a computer program, when the computer program is executed by the electronic device, the electronic device executes the video display method in any one of claims 1 to 14.

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