HK40048695B - Interactive image management method based on live broadcast, device, equipment and storage medium - Google Patents

Description

Interactive image management methods, devices, equipment, and storage media based on live streaming

Technical Field

This application relates to the field of computer technology, and specifically to a live-stream-based interactive image management method, apparatus, device, and storage medium.

Background Technology

Live streaming continues the advantages of the internet, becoming a form of online social interaction with rich interactive methods. For example, the host can interact with users in the live stream through the live screen. In addition, users in the live stream can also interact with each other by using text and interactive images.

In the process of researching and practicing related technologies, the inventors of this application discovered that in order to improve the fun of message interaction and the effectiveness of information transmission in live streaming rooms, the anchor can create custom interactive images, such as custom emoticons. However, the management of interactive images in live streaming still needs to be improved.

Summary of the Invention

This application provides a live-stream-based interactive image management method, apparatus, device, and storage medium. It can effectively manage interactive images used in live streams by managing the permissions of the broadcaster to create interactive images and the scope of use of the created interactive images.

This application provides an interactive image management method based on live streaming, including:

Display the target streamer's user operation page on the live streaming client, wherein the user operation page includes an image creation trigger control;

In response to a trigger operation on the image creation trigger control, and when the target broadcaster's permission level meets a preset level, an image creation page is displayed, wherein the image creation page includes an image creation control;

In response to an image creation operation on the image creation control, a target interactive image for the target broadcaster is created, wherein the usage rights of the target interactive image include the user being the target broadcaster and the usage scope being the live broadcast room of the target broadcaster.

Accordingly, embodiments of this application also provide another interactive image management method based on live streaming, including:

The live interaction page of the live streaming client is displayed to the audience. The live interaction page includes a message interaction area for the target live streaming room, and the host of the target live streaming room is the target host.

Based on the image selection trigger operation for the message interaction area, the image selection area is displayed, wherein the image selection area includes the interactive image of the target anchor;

In response to an operation to obtain usage rights for a target interactive image, the usage rights for the target interactive image are obtained, wherein the usage rights include the user being the audience user and the scope of use being the live broadcast room of the target broadcaster.

Accordingly, embodiments of this application also provide an interactive image management device based on live streaming, including:

The operation page display unit is used to display the target anchor's user operation page on the live streaming client, wherein the user operation page includes an image creation trigger control;

A page display unit is created to display an image creation page in response to a trigger operation of the image creation trigger control, and when the target anchor's permission level meets a preset level. The image creation page includes an image creation control.

An interactive image creation unit is configured to create a target interactive image for the target broadcaster in response to an image creation operation of the image creation control, wherein the usage rights of the target interactive image include the user being the target broadcaster and the usage scope being the live broadcast room of the target broadcaster.

In one embodiment, the image creation control includes multiple image upload controls, each image upload control corresponding to a certain attribute requirement of the uploaded image; the interactive image creation unit includes:

The first upload subunit is used to respond to the image upload operation of the image upload control and upload an image that meets the attribute requirements of the image upload control, so as to upload multiple original images with different image attributes;

The first creation subunit is configured to, in response to a creation completion operation for the image creation page, create a target interactive image for the target anchor based on multiple uploaded original images, wherein the target interactive image includes multiple interactive images with different image attributes.

In one embodiment, the image creation control includes multiple image upload controls, and the attribute requirements of the multiple image upload controls include attribute requirements under the same image attribute type; the interactive image creation unit includes:

The second upload subunit is used to respond to the image upload operation of the image upload control and upload an image that meets the attribute requirements of the image upload control, so as to upload multiple original images that meet the attribute requirements under the same image attribute type;

The second creation subunit is used to create a target interactive image of the target anchor based on multiple uploaded original images in response to the creation completion operation of the image creation page. The target interactive image includes multiple interactive images with different image attribute values under the same image attribute type.

In one embodiment, the image creation control includes multiple image upload controls, each corresponding to different size requirements under an image size type; the interactive image creation unit includes:

The third upload subunit is used to respond to the image upload operation of the image upload control and upload the image corresponding to the size requirement of the image upload control, so as to upload multiple original images that meet different size requirements;

The third creation subunit is used to create a target interactive image of the target anchor based on multiple uploaded original images in response to the creation completion operation of the image creation page, wherein the target interactive image includes multiple interactive images with different size requirements.

In one embodiment, the image creation page further includes an image attribute adaptation control; the interactive image creation unit includes:

The configuration page display sub-unit is used to display the image configuration page in image attribute adaptation mode in response to the trigger operation of the image attribute adaptation control. The image configuration page includes an image addition control, which is used to generate multiple interactive images with different image attribute values under the same image attribute type.

The fourth creation subunit is used to create the target interactive image of the target anchor in response to the image addition operation of the image addition control, wherein the target interactive image includes multiple interactive images with different image attribute values under the same image attribute type.

In one embodiment, the fourth creation subunit is used for:

In response to an image addition operation for the image addition control, the original image to be added is obtained, wherein the original image is an image under the image attribute type; based on the added original image, a target interactive image for the target anchor is created, wherein the target interactive image includes multiple interactive images with different image attribute values under the image attribute type.

In one embodiment, the image creation page further includes an image code setting area, which includes an image code input control; the interactive image creation unit includes:

The code acquisition subunit is used to acquire the input image code in response to an input operation on the image code input control;

The fifth creation subunit is used to create a target interactive image of the target anchor in response to an image creation operation of the image creation control, wherein the target interactive image is the interactive image corresponding to the image code.

In one embodiment, the interactive image creation unit further includes:

A data generation subunit is used to generate image data to be verified based on the created target interactive image, wherein the image data to be verified includes the image code of the target interactive image;

The data verification subunit is used to send the image data to be verified to the server, so as to trigger the server to verify the image data to be verified based on the permission level of the target anchor.

The result determination subunit is used to determine the creation result of the target interactive image based on the verification result.

In one embodiment, the image creation page further includes at least one image preview area in image preview mode, and the live-stream-based interactive image management device further includes:

An interactive image preview unit is used to display the target interactive image in the image preview area under the corresponding image preview mode, based on the created target interactive image.

In one embodiment, the page display creation unit includes:

An information acquisition subunit is used to acquire the target streamer's user attribute information and historical behavior information on the live streaming client.

The level determination subunit is used to determine the current permission level of the target anchor based on the user attribute information and the historical behavior information;

A page display subunit is created to display the image creation page in response to the image creation trigger operation of the image creation trigger control, and when the user level of the target anchor meets the preset level.

Accordingly, embodiments of this application also provide an interactive image management device based on live streaming, including:

An interactive page display unit is used to display the live interactive page of the audience user on the live streaming client, wherein the live interactive page includes a message interaction area of the target live streaming room, and the host of the target live streaming room is the target host;

The selection area display unit is used to display an image selection area based on an image selection trigger operation targeting the message interaction area, wherein the image selection area includes the interactive image of the target anchor;

The permission acquisition unit is used to acquire the permission for the target interactive image in response to the permission acquisition operation for the target interactive image, wherein the permission includes the user being the audience user and the scope of use being the live broadcast room of the target anchor.

In one embodiment, the permission acquisition unit includes:

The transfer control display subunit is used to display a virtual resource transfer control in response to an operation that requests access to the target interactive image;

The virtual resource transfer subunit is used to trigger the virtual resource transfer of the viewer user's virtual resource account in response to the virtual resource transfer operation of the virtual resource transfer control;

The permission acquisition subunit is used to acquire the usage permission of the target interactive image if the transfer of virtual resources is detected to be successful.

Accordingly, this application also provides a storage medium storing a computer program thereon, wherein the computer program, when executed by a processor, implements the steps in the method for creating and acquiring live interactive images as shown in the embodiments of this application.

Accordingly, this application also provides a computer device, including a memory, a processor, and a computer program stored in the memory and executable on the processor, wherein the processor executes the computer program to implement the steps in the method for creating and acquiring live interactive images as shown in the embodiments of this application.

This application embodiment can display the user operation page of the target anchor on the live streaming client, wherein the user operation page includes an image creation trigger control; in response to the image creation trigger operation of the image creation trigger control, and when the user level of the target anchor meets the preset level, the image creation page is displayed; in response to the image creation operation of the image creation page, a custom image of the target anchor is created, wherein the scope of use of the custom image includes the target anchor's live streaming room.

This solution, while supporting broadcasters in creating interactive images, determines their permission level to decide whether they have the necessary authorization. Therefore, it manages interactive image creation based on broadcaster permission levels. Furthermore, the solution manages the scope of use of these created interactive images, specifically including the broadcaster who created the image and the live stream room where the image was created. This effectively manages the use and dissemination of interactive images and protects the rights of broadcasters to their creations. Thus, by managing broadcaster permissions and the scope of use of these images, the solution effectively manages interactive images used in live streams, ensuring that live stream resources, such as broadcaster resources, interactive images, and community resources created within the live stream room, can be utilized efficiently.

Attached Figure Description

To more clearly illustrate the technical solutions in the embodiments of this application, the accompanying drawings used in the description of the embodiments will be briefly introduced below. Obviously, the accompanying drawings described below are only some embodiments of this application. For those skilled in the art, other drawings can be obtained based on these drawings without creative effort.

Figure 1 is a schematic diagram of a scenario for an interactive image management method based on live streaming provided in an embodiment of this application;

Figure 2 is a flowchart of the interactive image management method based on live streaming provided in an embodiment of this application;

Figure 3 is a schematic diagram of the page of the interactive image management method based on live streaming provided in an embodiment of this application;

Figure 4 is another page diagram of the interactive image management method based on live streaming provided in the embodiments of this application;

Figure 5 is another page diagram of the interactive image management method based on live streaming provided in the embodiments of this application;

Figure 6 is another page diagram of the interactive image management method based on live streaming provided in the embodiments of this application;

Figure 7 is another page diagram of the interactive image management method based on live streaming provided in the embodiments of this application;

Figure 8 is a schematic diagram of the verification process of the interactive image management method based on live streaming provided in the embodiments of this application;

Figure 9 is another flowchart illustrating the interactive image management method based on live streaming provided in an embodiment of this application;

Figure 10 is another page diagram of the interactive image management method based on live streaming provided in the embodiments of this application;

Figure 11 is another page diagram of the interactive image management method based on live streaming provided in the embodiments of this application;

Figure 12 is a schematic diagram of the verification process of the interactive image management method based on live streaming provided in an embodiment of this application;

Figure 13 is a schematic diagram of the structure of the interactive image management device based on live streaming provided in an embodiment of this application;

Figure 14 is another structural schematic diagram of the interactive image management device based on live streaming provided in an embodiment of this application;

Figure 15 is another structural schematic diagram of the interactive image management device based on live streaming provided in an embodiment of this application;

Figure 16 is another structural schematic diagram of the interactive image management device based on live streaming provided in an embodiment of this application;

Figure 17 is another structural schematic diagram of the interactive image management device based on live streaming provided in an embodiment of this application;

Figure 18 is another structural schematic diagram of the interactive image management device based on live streaming provided in an embodiment of this application;

Figure 19 is another structural schematic diagram of the interactive image management device based on live streaming provided in an embodiment of this application;

Figure 20 is another structural schematic diagram of the interactive image management device based on live streaming provided in an embodiment of this application;

Figure 21 is another structural schematic diagram of the interactive image management device based on live streaming provided in an embodiment of this application;

Figure 22 is another structural schematic diagram of the interactive image management device based on live streaming provided in an embodiment of this application;

Figure 23 is another structural schematic diagram of the interactive image management device based on live streaming provided in an embodiment of this application;

Figure 24 is a schematic diagram of the structure of the computer device provided in an embodiment of this application.

Detailed Implementation

The technical solutions of the embodiments of this application will be clearly and completely described below with reference to the accompanying drawings. Obviously, the described embodiments are only some embodiments of this application, and not all embodiments. Based on the embodiments of this application, all other embodiments obtained by those skilled in the art without creative effort are within the scope of protection of this application.

This application provides a live-stream-based interactive image management method, apparatus, device, and storage medium. Specifically, this application provides a live-stream-based interactive image management apparatus (which may be referred to as a first image management apparatus for distinction) suitable for a first computer device, and a live-stream-based image management apparatus (which may be referred to as a second image management apparatus for distinction) suitable for a second computer device. The first computer device can be a terminal or similar device, such as a mobile phone, tablet computer, or laptop computer. The second computer device can also be a terminal or similar device, such as a mobile phone, tablet computer, or laptop computer.

For example, the first image management device can be in the first terminal, and the second image management device can be in the second terminal. The first terminal and the second terminal can be the same terminal or different terminals.

This application will use a first computer device as the first terminal and a second computer device as the second terminal as an example to introduce a live-stream-based interactive image management method.

Referring to Figure 1, this application embodiment provides a live-stream-based interactive image management system including a first terminal 10 and a second terminal 20, etc.; the first terminal 10 and the second terminal 20 are connected via a network, such as a wired or wireless network, etc., wherein the image management device is integrated in the terminal, for example, in the form of a client.

The first terminal 10 can be used to display the user operation page of the target anchor on the live streaming client. The user operation page includes an image creation trigger control. In response to a trigger operation on the image creation trigger control and when the target anchor's permission level meets a preset level, an image creation page is displayed. The image creation page includes an image creation control. In response to an image creation operation on the image creation control, a target interactive image of the target anchor is created. The usage permissions of the target interactive image include the user being the target anchor and the usage scope being the target anchor's live streaming room.

Optionally, the first terminal 10 can send the custom image to the server so that the second terminal 20 can obtain the interactive image created by the target broadcaster from the server.

The second terminal 20 can be used to display the live interaction page of the viewer on the live streaming client. The live interaction page includes a message interaction area for the target live streaming room, and the host of the target live streaming room is the target host. Based on the image selection trigger operation for the message interaction area, an image selection area is displayed, which includes the interactive image of the target host. In response to the access permission acquisition operation for the target interactive image, the access permission for the target interactive image is acquired, wherein the access permission includes the user being the viewer and the scope of use being the live streaming room of the target host.

Furthermore, the second terminal 20 can respond to an image sending operation for the target interactive image by sending an interactive message to the live streaming client of a member user in the target live streaming room, wherein the interactive message includes the target interactive image, and the target live streaming room is a live streaming room where the streamer is the target streamer.

The following sections provide detailed descriptions of each example. It should be noted that the order in which the embodiments are described is not intended to limit the preferred order of the embodiments.

This embodiment will be described from the perspective of a first image management device, which can be integrated into a terminal.

To facilitate understanding of this embodiment, some terms used in this embodiment are explained:

Live streaming involves collecting data from the broadcaster using certain equipment, processing the data (such as compressing it into a viewable and transmittable video stream through video encoding), and then outputting the processed data to the viewing user's device. There are various types of live streaming, including classroom broadcasts, program broadcasts, shopping broadcasts, and game broadcasts.

In this context, a streamer refers to a user who is responsible for a series of tasks during a live stream, including planning, editing, recording, production, and audience interaction. For example, a streamer can act as the host during a live stream. In practice, streamers can use a computer or mobile phone to simultaneously broadcast what they are doing, and viewers can watch through websites or applications, interacting with their favorite streamers or content.

A live streaming room refers to a live streaming program opened or set up by a host. The host can broadcast live in the live streaming room and interact with the audience. For example, the host can interact with the audience through the live streaming screen, or by sending messages including text and images.

Interactive images are images used by users to interact with during live streaming. For example, interactive images can include images used to convey information to other users in a messaging session, such as images expressing emotions or language; for instance, interactive images can include emoticons. Interactive images can be of various types, including static images and animated images. For example, interactive images can include static emoticons and animated emoticons.

This application provides a live-stream-based image management method, which can be executed by a terminal's processor. As shown in Figure 2, the specific flow of this live-stream-based image management method is as follows:

101. Display the target streamer's user operation page on the live streaming client, wherein the user operation page includes an image creation trigger control.

The user operation page is a page for broadcasters to perform user operations. Broadcasters can perform relevant operations on the live streaming client on the user operation page. For example, broadcasters can start a live stream, set and view live stream information, create and manage interactive images, and so on.

The user operation page can take many forms. For example, referring to Figure 3, the user operation page 1001 can include multiple areas, such as a page navigation list on the left and a content presentation area 1002 on the right.

In one embodiment, referring to FIG3, the terminal may display the target anchor's user operation page 1001 on the live streaming client, wherein the user operation page 1001 may include an image creation trigger control 1003.

The image creation trigger control is a control used to trigger the creation of interactive images. For example, in one embodiment, referring to FIG3, the relevant content for creating interactive images can be presented in the content presentation area 1002 on the right side of the user operation page 1001 by triggering the image creation trigger control 1003.

It is worth noting that this application does not limit the form of the controls in this embodiment. The forms of the controls can be icons, input boxes, buttons, etc., which will not be described in detail below.

102. In response to a trigger operation on an image creation trigger control, and when the target broadcaster's permission level meets a preset level, an image creation page is displayed, wherein the image creation page includes an image creation control.

The permission level describes the level of permissions a streamer possesses. Specifically, the permissions a streamer has can change as the permission level changes. For example, when a streamer's permission level increases, the streamer can obtain more or different streamer permissions.

In one embodiment, the permission level can be information describing the level of interactive images created by the broadcaster. Specifically, different interactive image creation permissions can be set for different permission levels. For example, as the permission level increases, the number of interactive images that the broadcaster can create also increases; as the permission level increases, the validity period of the interactive images created by the broadcaster also increases; as the permission level increases, the broadcaster can add exclusive tags to the interactive images he/she creates, such as image decoration tags; as the permission level increases, more information can be given to the interactive images created by the broadcaster; and so on.

In this application, the preset level can be set based on business needs, and this application does not impose any restrictions on it.

It is worth noting that the triggering operation in this application can be a specific touch operation, such as a single click, long press, double click, or swipe, or it can be triggered by voice. Optionally, the triggering operation can also be a combination of a series of operations. This embodiment does not limit this, and it will not be elaborated on hereafter.

The image creation page is for broadcasters to create interactive images. For example, broadcasters can upload the original page of an interactive image to create an interactive image; broadcasters can also edit existing interactive images to update them, or create new interactive images based on them; and so on.

The image creation page can be displayed within the user operation page; or it can be displayed independently of the user operation page, such as a split-screen display of the image creation page and the user operation page. Alternatively, the image creation page can be displayed as a floating layer above the user operation page, in which case the image creation page has transparency and will not completely obscure the user operation page.

Because the broadcaster's permission level is taken into account when displaying the image creation page, the process doesn't simply respond to a trigger operation on the image creation trigger control, i.e., displaying the image creation page. Instead, the broadcaster's permission level must be determined. There are several ways to determine the broadcaster's permission level. For example, it can be determined based on the broadcaster's user attributes and historical behavior information on the live streaming client. This allows for dynamic adjustment of the broadcaster's permission level. Specifically, the step "display the image creation page when responding to a trigger operation on the image creation trigger control and the target broadcaster's permission level meets the preset level" can include:

Obtain the target streamer's user attribute information and historical behavior information on the live streaming client;

Based on user attribute information and historical behavior information, determine the current permission level of the target streamer;

When an image creation trigger operation is initiated in response to an image creation trigger control, and the target broadcaster's user level meets the preset level, the image creation page is displayed.

Among them, user attribute information describes the user attributes of the streamer in the live streaming client. For example, user attributes may include basic attribute information such as user gender, user age, user education background, and user nationality; user attributes may also include attribute information related to live streaming, such as streamer level and number of streamer fans.

Among them, historical behavior information refers to relevant information describing the streamer's historical behavior in the live streaming client. For example, historical behavior may include registration behavior, live streaming duration, live streaming frequency, number of times the streamer interacts with fans, and streamer violations.

Different permission levels can be set based on the streamer's user attributes and historical behavior information. This means that after obtaining the target streamer's user attributes and historical behavior information on the live streaming client, the streamer's current permission level can be determined based on this information. Furthermore, in response to an image creation trigger operation by an image creation trigger control, and when the target streamer's user level meets the preset level, the image creation page can be displayed.

In one embodiment, the step "displaying the image creation page in response to a trigger operation on the image creation trigger control, and when the target broadcaster's permission level meets a preset level" may include:

In response to a trigger operation that creates a trigger control for an image, an image management page is displayed, wherein the image management page includes an image addition control;

When a new control is added to an image, and the target broadcaster's permission level meets the preset level, the image creation page is displayed.

The image management page is for broadcasters to manage interactive images during live streams. For example, broadcasters can add, delete, modify, and view interactive images through the image management page.

The image management page can be displayed within the user operation page, or it can be displayed independently of the user operation page. For example, the image management page and the user operation page can be displayed in a split-screen manner. Alternatively, the image management page can be displayed as a floating layer above the user operation page, so that the image management page has transparency and will not completely obscure the user operation page.

In one embodiment, referring to FIG3, an image management page can be displayed on the user operation page 1001 in response to a trigger operation of the image creation trigger control 1003.

The image creation control is a control used by the broadcaster to create interactive images. In one embodiment, if the target broadcaster's permission level meets a preset level, the image creation control can be set to an available state (e.g., a clickable state; or, for example, a responsive state). In this way, the image creation page can be displayed in response to a trigger operation on the image creation control, provided that the target broadcaster's permission level meets the preset level.

The image creation page can be displayed within the image management page, or it can be displayed independently of the image management page. For example, the image creation page and the image management page can be displayed in a split-screen manner. Alternatively, the image creation page can be displayed as a floating layer above the image management page, so that the image creation page has transparency and will not completely obscure the image management page.

In one embodiment, referring to FIG4, the user operation page 1004 may include an image creation trigger control as shown in FIG4 1005. After the host clicks the image creation trigger control 1005, the image management page shown in FIG4 1006 can be displayed, wherein the image management page 1006 includes an image addition control 1007.

In one embodiment, referring to FIG4, when the broadcaster clicks the image addition control 1007 and the broadcaster's permission level meets the preset level, the image creation page shown in FIG5 can be displayed.

103. In response to an image creation operation on an image creation control, create a target interactive image for the target broadcaster, wherein the usage permissions of the target interactive image include the user being the target broadcaster and the usage scope being the live broadcast room where the broadcaster is the target broadcaster.

The usage permission refers to the permission information describing the use of the interactive image. Specifically, in this application, the usage permission of the interactive image may include permission information regarding both the user of the interactive image and the scope of use of the interactive image.

In one embodiment, the target broadcaster can use the target interactive image it creates, and can use the target interactive image in the target broadcaster's live broadcast room. It is worth noting that the target broadcaster's live broadcast room refers to a live broadcast room created by the target broadcaster or a live broadcast room authorized by the target broadcaster.

In response to an image creation operation on the image creation control, there are multiple ways to create a target interactive image for the target broadcaster. For example, since different scenarios in a live broadcast will have different attribute requirements for the interactive image, the image creation control can include multiple image upload controls, and each image upload control corresponds to a certain attribute requirement of the uploaded image. In this way, interactive images that meet different attribute requirements can be created through different image upload controls, resulting in interactive images applicable to different live broadcast scenarios. Specifically, the step "In response to an image creation operation on the image creation control, create a target interactive image for the target broadcaster" can include:

In response to an image upload operation for an image upload control, upload an image that meets the attribute requirements of the corresponding image upload control, so as to upload multiple original images with different image attributes;

In response to the completion operation of the image creation page, a target interactive image for the target anchor is created based on multiple uploaded original images, wherein the target interactive image includes multiple interactive images with different image attributes.

Image attributes are used to describe the properties and characteristics of an image. For example, common image attributes may include image size, image format, etc. In addition, attributes specific to interactive emoticons can be set based on their characteristics, such as image background, image theme, etc.

Specifically, in this embodiment, in response to an image upload operation on an image upload control, an image that meets the attribute requirements of the image upload control can be uploaded to upload multiple original images, so that each uploaded original image meets one attribute requirement; in response to a creation completion operation on an image creation page, a target interactive image for the target anchor can be created based on the multiple uploaded original images, so that the created target interactive image includes multiple interactive images, each of which meets one attribute requirement.

In one embodiment, the interactive image can be an emoticon used in live streaming. Referring to Figure 6, the image creation page shown in Figure 6 includes three image upload controls. Each image upload control corresponds to an attribute requirement of the uploaded image. Specifically, image upload control 1008 corresponds to the size requirement of the uploaded image, for example, the size requirement can be that the size of the uploaded image is 108 pixels * 108 pixels; image upload control 1009 corresponds to the resolution requirement of the uploaded image, for example, the resolution requirement can be that the resolution of the uploaded image is not less than 72 dpi (dots per inch); image upload control 10010 corresponds to the format requirement of the uploaded image, for example, the format requirement can be that the format of the uploaded image is PNG (Portable Network Graphics).

In one embodiment, referring to FIG6, when creating an emoticon, the broadcaster can prepare in advance an original image that meets the size requirements, an original image that meets the resolution requirements, and an original image that meets the format requirements. The broadcaster can then drag the original image that meets the size requirements to the image upload control 1008, the original image that meets the resolution requirements to the image upload control 1009, and the original image that meets the format requirements to the image upload control 10010, so as to upload the original images that meet the size requirements, resolution requirements, and format requirements respectively.

Furthermore, in response to the completion operation of the image creation page, a target interactive image for the target anchor can be created based on the uploaded original images, resulting in multiple interactive images with different image attributes. For example, referring to Figure 6, after the anchor clicks the application control shown in 10011, the terminal can create the anchor's target interactive image based on the uploaded original images. Specifically, the target interactive image may include: an interactive image that meets the size requirements, an interactive image that meets the resolution requirements, and an interactive image that meets the format requirements.

In one embodiment, considering that different live streaming scenarios may have different requirements for the image attribute values of interactive images under the same image attribute type, for example, taking an interactive image as an emoticon and the image attribute type as image size, different live streaming scenarios have different requirements for the size of the emoticon to be presented. For example, sometimes a thumbnail of the emoticon needs to be presented, and sometimes a large image of the emoticon needs to be presented. Therefore, the image creation control includes multiple image upload controls, and the attribute requirements of the multiple image upload controls include the attribute requirements under the same image attribute type. In this way, original images that meet different image attribute values under the same image attribute type can be uploaded through multiple image upload controls, thereby generating interactive images that meet different image attribute values under the same image attribute type. Specifically, the step "in response to the image creation operation of the image creation control, create the target interactive image of the target anchor" may include:

In response to an image upload operation for an image upload control, upload an image that meets the attribute requirements of the corresponding image upload control, so as to upload multiple original images that meet the attribute requirements under the same image attribute type;

In response to the completion operation of the image creation page, a target interactive image for the target anchor is created based on multiple uploaded original images. The target interactive image includes multiple interactive images with different image attribute values under the same image attribute type.

The image attribute type refers to the category to which an image attribute belongs. Therefore, different image attribute types correspond to different situations. For example, common image attribute types may include image size, image format, etc. In addition, attributes specific to interactive emoticons can be set, such as image background, image theme, etc.

In one embodiment, the image creation control may include three image upload controls, wherein each image upload control has the same attribute requirements for the uploaded image, which are attribute requirements of the same image attribute type. For example, all three image upload controls may have image resolution requirements; or they may have image format requirements; and so on. In this way, multiple original images that meet the attribute requirements of the same image attribute type can be uploaded. For example, multiple uploaded original images may all meet the image resolution requirements, or multiple uploaded original images may all meet the image format requirements.

In this way, in response to the completion operation of the image creation page, a target interactive image for the target anchor can be created based on multiple uploaded original images. The created target interactive image includes multiple interactive images with different image attribute values under the same image attribute type.

In one embodiment, taking an image creation control that includes multiple image upload controls, and each of the multiple image upload controls corresponding to different size requirements under an image size type as an example, the step "in response to an image creation operation on the image creation control, create a target interactive image for the target broadcaster" may include:

In response to an image upload operation for the image upload control, upload an image that meets the size requirements of the image upload control, so as to upload multiple original images that meet different size requirements;

In response to the completion operation of the image creation page, a target interactive image for the target anchor is created based on multiple uploaded original images, wherein the target interactive image includes multiple interactive images with different size requirements.

For example, referring to Figure 5, in the image creation page shown in Figure 5, the image creation control includes three image upload controls, and each image upload control corresponds to different size requirements under the image size type. Specifically, image upload control 10012 requires the uploaded image to be 108 pixels × 108 pixels; image upload control 10013 requires the uploaded image to be 72 pixels × 72 pixels; and image upload control 10014 requires the uploaded image to be 36 pixels × 36 pixels.

In one embodiment, taking an interactive image as an emoticon as an example, referring to Figure 5, the broadcaster can drag a 108-pixel × 108-pixel original emoticon image to image upload control 10012, a 72-pixel × 72-pixel original emoticon image to image upload control 10013, and a 36-pixel × 36-pixel original emoticon image to image upload control 10014 to upload original emoticon images that meet different size requirements. Further, the broadcaster can click the application control shown in 10011 to create the broadcaster's target emoticon, wherein the created target emoticon includes emoticons with sizes of 108 pixels × 108 pixels, 72 pixels × 72 pixels, and 36 pixels × 36 pixels, respectively.

It is worth noting that the image creation page may also include a notice display area. For example, referring to Figure 5, the image creation page shown in Figure 5 includes a notice display area as shown in 10015. This area may include notices to help the broadcaster upload original images that meet the requirements.

In one embodiment, considering that a broadcaster needs to perform multiple operations to upload original images with different image attribute values under the same image attribute type, an image attribute adaptation mode can be set to improve the efficiency of the broadcaster in creating interactive emoticons. For example, if the image creation page also includes an image attribute adaptation control, then specifically, the step "in response to an image creation operation on the image creation control, create a target interactive image for the target broadcaster" may include:

In response to a trigger operation on the image attribute adaptation control, the image configuration page in image attribute adaptation mode is displayed. The image configuration page includes an image addition control, which is used to generate multiple interactive images with different image attribute values under the same image attribute type.

In response to an image addition operation on an image addition control, a target interactive image for the target anchor is created, wherein the target interactive image includes multiple interactive images with different image attribute values under the same image attribute type.

Image attribute adaptation refers to generating an image with different attribute values from the original image, based on the original attribute values, so that the modified attribute values meet preset conditions. For example, taking image size as an image attribute, image attribute adaptation can be used to obtain images with different size values.

Among them, image attribute adaptation mode refers to the mode of adapting image attributes. For example, taking image size as an image attribute, image attribute adaptation mode refers to the mode of adapting image size.

In one embodiment, taking an interactive image as an emoticon and an image attribute type as image size as an example, referring to Figure 5, the broadcaster can trigger the image attribute adaptation control 10016 in the image creation page shown in Figure 5 to display the image configuration page shown in Figure 7. The image configuration page includes the image addition control shown in Figure 10017, which can be used to generate interactive images, wherein each generated interactive image meets a size requirement.

Furthermore, in response to an image addition operation on the image addition control, a target interactive image for the target anchor can be created. This target interactive image includes multiple interactive images with different image attribute values under the same image attribute type. For example, referring to Figure 7, the anchor can drag a 108-pixel × 108-pixel original expression image to the image addition control 10017, and create the anchor's target expression by clicking the application control shown in Figure 7 (10011). The created target expression includes multiple expressions, each with a different size value.

In image attribute adaptation mode, the step "Create target interactive image for target anchor in response to image addition operation for adding control to image" may include:

In response to an image addition operation on the image addition control, the original image to be added is obtained, wherein the original image is an image under the image attribute type;

Based on the added original image, a target interactive image for the target anchor is created, wherein the target interactive image includes multiple interactive images with different image attribute values under the image attribute type.

In one embodiment, taking an interactive image as an emoticon and the image attribute type as image size as an example, referring to Figure 7, after the broadcaster drags a 108-pixel × 108-pixel original emoticon image to the image adding control 10017, the terminal can obtain the 108-pixel × 108-pixel original emoticon image added by the broadcaster. Furthermore, the terminal can generate emoticons with sizes including 108-pixel × 108-pixel, 72-pixel × 72-pixel, and 36-pixel × 36-pixel by adapting the size of the original emoticon image. In this way, emoticons with different size values can be generated from the original emoticon image added by the broadcaster.

For example, taking an interactive image as an emoticon, and the image attribute type as image resolution, after the broadcaster drags the original emoticon image at resolution A to the image addition control, the terminal can obtain the original emoticon image at resolution A added by the broadcaster. Furthermore, the terminal can generate emoticons including resolution A and other resolutions by adapting the resolution of the original emoticon image. In this way, emoticons with different resolution values can be generated from the original emoticon image added by the broadcaster.

In one embodiment, to expand the diversity of input methods for interactive images, users can input desired interactive emoticons into input controls such as input boxes via an image panel such as an emoticon panel, or they can directly input the code corresponding to the interactive image into the input box. Therefore, when the broadcaster creates the target interactive image, the image creation page can also include an image code setting area, which can include an image code input control. Specifically, the step "in response to an image creation operation on the image creation control, create the target interactive image for the target broadcaster" can include:

In response to an input operation on the image code input control, obtain the input image code;

In response to an image creation operation on the image creation control, a target interactive image is created for the target anchor, wherein the target interactive image is the interactive image corresponding to the image code.

The image code of an interactive image is information used to identify the interactive image. For example, in an application, a user can identify the interactive image they want to input by entering the image code. Correspondingly, the terminal can determine the interactive image that the user wants to input based on the image code, thereby enabling quick input of interactive images.

Image codes can take many forms, such as strings. In practical applications, restrictions can be placed on the length of the image code and the type of strings it contains.

In one embodiment, taking an interactive image as an emoticon as an example, referring to FIG5, the image creation page shown in FIG5 may include an image code input control as shown in FIG518. The host can input the image code "Abc" into the image code input control. Correspondingly, the terminal can obtain the image code input by the host and, in response to the image creation operation of the image creation control, create the host's target emoticon. The image code corresponding to the created target emoticon is "Abc".

In one embodiment, after the step of "creating a target interactive image for the target anchor in response to an image creation operation on an image creation control", the live-stream-based interactive image management method may further include:

Based on the created target interactive image, image data to be verified is generated, wherein the image data to be verified includes the image code of the target interactive image;

Send the image data to be verified to the server to trigger the server to verify the image data based on the target broadcaster's permission level;

Based on the verification results, the creation result of the target interactive image is determined.

Once the streamer creates interactive images, such as emoticons, through the terminal, the administrator of the live streaming platform can verify the interactive images created by the streamer. For example, the verification content may include whether the streamer has the permission to create interactive images, whether the created interactive images comply with relevant rules, etc. In addition, the interactive emoticons and their corresponding image codes can be stored for later use.

In one embodiment, taking interactive images as emoticons as an example, referring to Figure 8, the broadcaster's terminal can generate image data to be verified based on the target emoticon created by the broadcaster. Specifically, the image data to be verified may include the emoticon image uploaded by the broadcaster and the image code set by the broadcaster for the target emoticon, i.e., the emoticon code. The broadcaster's terminal can send a request to the server to add an emoticon. After receiving the request, the emoticon management service can check the broadcaster's permissions and the legality of the emoticon code, and submit it to the review system after passing the check. Furthermore, the administrator can browse the content of the review system and approve or reject new emoticons.

As an example, let's take the creation of a custom emotex by broadcaster A as an illustration. Broadcaster A can choose to send a local image to a Content Delivery Network (CDN) to obtain a Uniform Resource Locator (URL). Broadcaster A's terminal can then submit the emotex information to the emotex management server, for example, in JavaScript Object Notation (JSON) format: {"emoteID":"emotex","url":"www.xyz.com/emotex.png"}. The emotex management server can check broadcaster A's permissions, such as broadcaster level, live broadcast duration, and historical violations. It also checks for prohibited words and conflicts in the emotex. Furthermore, the emotex management server submits the broadcaster's emotex information to the content review system for administrator approval. After the emotex is approved by the content review service, the emotex server can save the emotex information to the database.

In one embodiment, to allow the broadcaster to preview the interactive image in different modes when creating it, at least one image preview area in the image creation page can be set up for each preview mode. Therefore, the live-streaming-based interactive image management method may further include:

In response to an image creation operation on the image creation control, a target interactive image in the corresponding image preview mode is displayed in the image preview area, wherein the target interactive image is the interactive image created by the image creation operation.

The image preview mode is a mode for previewing interactive images. For example, the image preview mode can include previewing interactive images in light mode or dark mode; it can also include previewing interactive images in static mode or dynamic mode; it can also include previewing interactive images based on different image attributes, such as previewing interactive images based on image size, background, or theme; and it can also include previewing interactive images based on different attribute values of the same image attribute, such as previewing interactive images based on different image size values, different image size values, different image background settings, or different image theme settings.

In one embodiment, taking an interactive image as an emoticon as an example, referring to FIG5, the image creation page shown in FIG5 may include the image preview area shown in 10019, which can be used to preview the presentation effect of the emoticon in light mode and dark mode.

As can be seen from the above, this embodiment can display the user operation page of the target anchor on the live streaming client, wherein the user operation page includes an image creation trigger control; in response to the trigger operation of the image creation trigger control, and when the target anchor's permission level meets the preset level, the image creation page is displayed, wherein the image creation page includes an image creation control; in response to the image creation operation of the image creation control, the target interactive image of the target anchor is created, wherein the usage permission of the target interactive image includes the user being the target anchor and the usage scope being the target anchor's live streaming room.

This solution, while supporting broadcasters in creating interactive images, determines their permission level to decide whether they have the necessary authorization. Therefore, it manages interactive image creation based on broadcaster permission levels. Furthermore, it manages the scope of use for these created interactive images, specifically including the user as the broadcaster who created the image and the broadcaster's live stream room. This effectively manages the use and dissemination of interactive images and protects the broadcaster's rights to their creations. Thus, by managing broadcaster permissions and the scope of use, this solution effectively manages interactive images used in live streams, ensuring that live stream resources, such as broadcaster resources, interactive images, and community resources created within the live stream room, function efficiently.

Furthermore, the system offers several quick ways for broadcasters to create interactive images. For example, broadcasters only need to upload the original image of an interactive image to generate multiple interactive emoticons adapted to the platform. Broadcasters can also manage and track previous emoticons, helping them understand fan preferences for their created interactive images. In addition to verifying the broadcaster's permission level on the broadcaster's terminal, the solution also strengthens server-side verification for broadcast-created interactive images, improving the management of interactive images for live streams from the broadcaster's perspective.

Based on the method described in the above embodiments, the following examples will provide further detailed explanations.

In this embodiment, the first image management device is specifically integrated into the first terminal and the second image management device is specifically integrated into the second terminal as an example for explanation.

As shown in Figure 9, a live-stream-based interactive image management method follows the specific process:

201. The first terminal displays the target anchor's user operation page on the live streaming client, wherein the user operation page includes an image creation trigger control.

For example, taking interactive images as emoticons, referring to Figure 4, the first terminal can display the target anchor's user operation page 1004 on the live streaming client, wherein the user operation page may include the image creation trigger control shown in 1005.

It is worth noting that this application does not limit the form of the control in this embodiment. The form of the control can be an icon, an input box, or a button, etc., which will not be described in detail below.

Furthermore, the triggering operation in this application can be a specific touch operation, such as a single click, long press, double click, or swipe, or it can be triggered by voice. Optionally, the triggering operation can also be a combination of a series of operations. This embodiment does not limit this, and it will not be elaborated on hereafter.

202. When the first terminal responds to the trigger operation of the image creation trigger control and the target broadcaster's permission level meets the preset level, the image creation page is displayed, wherein the image creation page includes an image creation control.

For example, a target broadcaster can create a trigger control by clicking the image shown in Figure 4 (1005). When the target broadcaster's permission level meets the preset level, the image management page shown in Figure 1006 is displayed. This image management page can include the image addition control shown in Figure 1007. Furthermore, the broadcaster can manage the emoticons they create on the image management page. For example, the image management page 1006 can include an emoticon information list, which can consist of multiple emoticon entries. The broadcaster can view the emoticon thumbnail, the corresponding image code, the number of times the emoticon has been sent, the current status of the emoticon, etc., and can also edit the created emoticons, such as changing the emoticon code, deleting emoticons, and adjusting the position of the emoticon information in the emoticon information list.

Referring to Figure 4, when the target broadcaster clicks on the image creation control 1007 and the target broadcaster's permission level meets the preset level, the first terminal can display the image creation page shown in Figure 5. The image creation page may include the image creation controls shown in 10012, 10013 and 10014.

203. The first terminal responds to the image creation operation of the image creation control and creates the target interactive image of the target anchor, wherein the usage rights of the target interactive image include the user being the target anchor and the usage scope being the live broadcast room where the anchor is the target anchor.

For example, referring to Figure 4, the target streamer can create the target emoticon by dragging and dropping the original image of the emoticon into the image creation control in Figure 5. The usage permissions of the target emoticon include: the user is the target streamer, and the usage scope is the target streamer's live broadcast room.

204. The first terminal generates image data to be verified based on the created target interactive image and sends the image data to be verified to the server, so as to trigger the server to verify the image data to be verified based on the target broadcaster's permission level.

205. The first terminal obtains the verification result sent by the server and determines the creation result of the target interactive image based on the verification result.

For example, if the verification result is "verification passed", then the creation result of the target emoticon can be determined as "created successfully"; otherwise, the creation result of the target tag can be determined as "creation failed".

In one embodiment, referring to FIG4, the first terminal can update the status of the expression based on the verification result in the image management page shown in 1006. For example, if the verification result of the expression is that the verification is passed, the status of the expression can be updated to "in use"; if the verification result of the expression is that the verification is failed, the status of the expression can be updated to "not approved"; if the verification result of the expression is not yet determined, the status of the expression can be updated to "under review"; and so on.

206. The second terminal displays the live interaction page of the viewer user on the live streaming client, wherein the live interaction page includes a message interaction area for the target live streaming room, and the host of the target live streaming room is the target host.

Among them, viewers are users who are opposite to the streamer. Viewers can join the streamer's live room through the live streaming client, watch the live broadcast provided by the streamer, and interact with the streamer and other viewers in the live room.

The live interactive page is a page for viewers to interact with the live stream. For example, referring to Figure 10, the second terminal can display the live interactive page 2001 of the live streaming client for viewers. The live interactive page can include the message interaction area 2002 of the target live stream room, where viewers can interact with users in the live stream room.

It is worth noting that in some embodiments, the message interaction area may also include the live screen area shown in 2003, in which users can interact with users in the live screen area through bullet comments or scrolling messages.

207. The second terminal displays an image selection area based on the image selection trigger operation of the message interaction area, wherein the image selection area includes the interactive image of the target anchor.

The image selection area is a region where viewers can select interactive images. For example, taking emoticons as the interactive image and Zhang San as the target anchor, referring to Figure 10, the image selection area 2004 can include free emoticons provided by the live streaming platform, or emoticons created by Zhang San. Emoticons that viewers do not have permission to use can be marked with an unlocking flag 20012, while emoticons that viewers currently have permission to use can be left unmarked.

The second terminal can display the image selection area in various ways based on the image selection trigger operation for the message interaction area. For example, the live interaction page may include a message creation trigger control, which can be used by users to create messages. Specifically, the step "displaying the image selection area based on the image selection trigger operation for the message interaction area" may include:

In response to a trigger operation on a message creation trigger control, a message creation area is displayed, wherein the message creation area includes an image selection trigger control;

In response to a trigger action on the image selection trigger control, the image selection area is displayed.

In one embodiment, referring to Figure 10, the live interactive page shown in 2001 includes a message creation trigger control as shown in 2005. After a viewer clicks on the message creation trigger control, the second terminal can display the message creation area shown in 2006. This message creation area may include the image selection trigger control shown in 2007. After a viewer clicks on the image selection trigger control, the second terminal can display the image selection area shown in 2004.

208. The second terminal responds to the operation of obtaining the usage rights of the target interactive image, and obtains the usage rights of the target interactive image, wherein the usage rights include the user being the viewer and the scope of use being the live broadcast room where the broadcaster is the target broadcaster.

The usage permission refers to the permission information describing the use of the interactive image. Specifically, in this application, the usage permission of the interactive image may include permission information regarding both the user of the interactive image and the scope of use of the interactive image.

In one embodiment, after obtaining permission to use the target interactive image created by the target streamer, the viewer can use the target interactive image in the target streamer's live broadcast room.

There are several ways to obtain usage rights to a target interactive image. For example, it can be obtained through virtual resource transfer. Specifically, the step "in response to the operation of obtaining usage rights to the target interactive image, obtain the usage rights to the target interactive image" can include:

In response to an operation that requests access to a target interactive image, a virtual resource transfer control is displayed;

In response to a virtual resource transfer operation targeting the virtual resource transfer control, trigger a virtual resource transfer for the viewer's virtual resource account.

If the transfer of virtual resources is detected to be successful, access to the target interactive image will be granted.

Virtual resources are a type of resource that is the opposite of real resources. With the development of the Internet and digitalization, virtual resources can be further abstracted based on people's understanding and use of real resources. For example, virtual resources can be information resources created using databases and programs; for instance, they can be monetary records obtained by converting real currency into value, and so on.

There are various methods for transferring virtual resources. For example, when a virtual resource is a record of an amount equivalent to or convertible with real currency, it can be transferred to the corresponding virtual resource account by transferring the corresponding amount of real currency. Similarly, if a virtual resource is a record of an amount equivalent to or convertible with blockchain currency, it can be transferred to the corresponding virtual resource account by transferring the corresponding amount of blockchain currency. And so on.

In one embodiment, the step "displaying a virtual resource transfer control in response to an operation to obtain access rights to a target interactive image" may include:

In response to an image selection operation for a target interactive image, a permission acquisition area is displayed, wherein the permission acquisition area includes at least one permission acquisition control, each permission acquisition control being used to acquire usage permissions for the target interactive image within different usage periods;

In response to a triggered action on the permission acquisition control, display the virtual resource transfer control.

The permission acquisition area can provide users with different permission acquisition schemes. For example, different permission acquisition controls can be set for the use of the target interactive image within different usage periods, so that viewers can obtain the use of the target interactive image within different usage periods through different permission acquisition controls.

The usage period refers to the period during which viewers can use the target interactive image. Specifically, the usage period can be the period during which viewers can use the target interactive image within the live stream room of the broadcaster who created the target interactive image.

In one embodiment, taking the interactive image as an emoticon, the target anchor as Zhang San, and the target interactive image as the target emoticon 2008 in Figure 11 as an example, referring to Figure 11, after the viewer clicks on the target emoticon 2008, the second terminal can display the permission acquisition area shown in 2009. The permission acquisition area includes two permission acquisition controls, and each permission acquisition control is used to acquire the usage permission of the target emoticon within different usage periods. Specifically, permission acquisition control 20010 is used to acquire the usage permission of the target emoticon within 24 hours, and permission acquisition control 20011 is used to acquire the usage permission of the target emoticon within other usage periods.

In one embodiment, different virtual resources can be set for different usage rights of the target interactive image. For example, referring to Figure 11, for an example where the usage period of the target emoticon is 24 hours, 800 virtual resources can be set; for an example where the usage period of the target emoticon is 1 month, 3 months or other usage period schemes, a "subscription" function can be provided for the audience user, and different virtual resources can be set for different usage period schemes.

Therefore, the second terminal can respond to the triggering operation of the permission acquisition control and display the virtual resource transfer control accordingly, so that the corresponding virtual resources can be transferred based on the viewer's selection.

Furthermore, the second terminal can respond to the virtual resource transfer operation of the virtual resource transfer control, trigger the virtual resource account transfer of the audience user, and if the virtual resource transfer is detected to be successful, obtain the usage rights of the target interactive image.

In one embodiment, referring to Figure 11, after a viewer selects the emoticon shown in 2008, the second terminal can display the permission acquisition area shown in 2009. After the viewer clicks the permission acquisition control 2010, the second terminal can display a virtual resource transfer control, which is used to transfer 800 virtual resources to the viewer's virtual resource account. When the viewer confirms the virtual resource transfer on the virtual resource transfer control, the second terminal can respond to the virtual resource transfer operation on the virtual resource transfer control, triggering the deduction of 800 virtual resources from the viewer's virtual resource account. If the virtual resource transfer is detected as successful, it can be determined that the viewer has obtained the right to use the target emoticon for 24 hours, and this right is for use within Zhang San's live broadcast room.

In one embodiment, after obtaining permission to use the target interactive image, a viewer can use the target interactive image by sending a message session containing the target interactive image within the target live stream room. For example, when generating message content, the viewer can input the target interactive image and text information through a message input control, such as an input box, to generate the message content to be sent. There are several ways to input the target interactive image; for example, it can be achieved by inputting the image code of the target interactive image in the message input control.

In one embodiment, considering the need for more stringent management of the interactive image usage rights of viewers, the usage rights of interactive images in the message content can be further verified when viewers interact with each other. Specifically, the live-streaming-based interactive image management method may further include:

Based on the audience user's conversation messages, generate conversation data to be verified, wherein the conversation data to be verified includes image code of at least one interactive image;

The session data to be verified is sent to the server to trigger the server to perform permission verification on the interactive image based on the user's permission information. After verification, the session data is sent to the live streaming client of the member user in the target live streaming room, where the target live streaming room is the live streaming room where the session data is sent by the user.

In one embodiment, taking interactive images as emoticons as an example, referring to Figure 12, the second terminal on the viewer's side can generate a conversation message based on the viewer's input and send it to the message service. After receiving the conversation message, the message service can analyze the emoticon permission control information in the conversation message and clean up any unauthorized control information. Finally, the message body and permission information are pushed to the live streaming clients of the member users in the live streaming room. After receiving the message pushed by the server, the member users' live streaming clients can decide whether to display or block emoticons based on whether there is permission control information.

As an example, let's consider a scenario where viewer A sends an emoticon created by streamer B in streamer B's livestream room. Specifically, streamer B owns the livestream room, and has successfully created two emoticons with image codes emotex and emotey, respectively. User A only has access to streamer B's emotex emoticon. Additionally, user C is also in streamer B's livestream room and can receive messages within the room.

It's worth noting that users can click on the emotex image, and the client will automatically insert the corresponding symbol [:emotex] into the text the user wants to send. Alternatively, users can directly enter the emotex symbol [:emotey] in the text input box.

In this example, user A can send the following text:

[:emotex]foofoofoofoofoofoofoofoofoofoo[:emotey],bar[:emotez]

User A's corresponding second terminal can generate a message and send it to the server, with the following content (using JSON as an example, but not limited to JSON).

{

"text":"[:emotex]foofoofoofoofoofoofoofoofoofoo[:emotey],bar[:emotez]",

"emote_ext_info":["emotex","emotey","emotez"]

}

After receiving the message, the server can scan the `emote_ext_info` content and, by requesting the emoji permission control policy, determine that `emotex` can be sent by user A (user A has permission), `emotey` cannot be sent by user A (user A does not have permission), and `emotez` cannot be sent by user A (anchor B does not have this emoji). The message service can then process the message, obtaining the processed message content as follows:

{

"text":"[:emotex]foofoofoofoofoofoofoofoofoofoo[:emotey],bar[:emotez]",

"emote_ext_info":["emotex"]

}

Furthermore, the server forwards the above message to the second terminal of user C in the live broadcast room. After receiving the message, user C only correctly displays the emotex image, while the other two identifiers, which resemble emoticons, are not translated into images.

As can be seen from the above, this embodiment of the application, based on supporting the creation of interactive images by broadcasters, determines whether the broadcaster currently has the permission to create interactive images by judging the broadcaster's permission level. Therefore, this embodiment of the application can manage the creation of interactive images by broadcasters through the broadcaster's permission level. Furthermore, this embodiment of the application also manages the scope of use of the created interactive images. Specifically, the scope of use includes the user being the broadcaster who created the interactive image, and the scope of use being the live broadcast room where the broadcaster created the interactive image. In this way, this embodiment of the application can effectively manage the use and dissemination of interactive images, and also effectively protect the rights and interests of broadcasters regarding the interactive images they create.

In other words, the embodiments of this application can effectively manage interactive images used in live streaming by managing the permissions of the anchor to create interactive images and the scope of use of the created interactive images, thereby enabling live streaming resources, such as anchor resources, interactive images, and community resources created based on the live streaming room, to play a role efficiently.

Furthermore, in this embodiment, viewers within the target streamer's livestream room can also access interactive images created by the streamer, provided they meet the required permissions. For obtaining these permissions, methods such as virtual resource transfer and streamer subscription are implemented, enhancing the playability and uniqueness of the streamer's livestream room. Additionally, in this embodiment, the permission information for interactive images is separated from the message text information, allowing the server to process permission information without needing to concern itself with the message content, thus improving computational efficiency.

To better implement the above methods, this application also provides a live-stream-based interactive image management device (i.e., a first interactive image management device), which can be integrated into a terminal.

For example, as shown in Figure 13, the live-stream-based interactive image management device may include an operation page display unit 301, a creation page display unit 302, and an interactive image creation unit 303, as follows:

The operation page display unit 301 is used to display the target anchor's user operation page on the live streaming client, wherein the user operation page includes an image creation trigger control;

The page creation display unit 302 is used to display an image creation page in response to a trigger operation of the image creation trigger control and when the permission level of the target anchor meets the preset level. The image creation page includes an image creation control.

The interactive image creation unit 303 is used to create a target interactive image of the target anchor in response to an image creation operation of the image creation control, wherein the usage rights of the target interactive image include the user being the target anchor and the usage scope being the live broadcast room of the target anchor.

In one embodiment, referring to FIG14, the image creation control includes multiple image upload controls, each of which corresponds to an attribute requirement of the uploaded image; the interactive image creation unit 303 may include:

The first upload subunit 3031 can be used to respond to an image upload operation for the image upload control and upload an image that meets the attribute requirements of the image upload control, so as to upload multiple original images with different image attributes;

The first creation subunit 3032 can be used to create a target interactive image of the target anchor based on multiple uploaded original images in response to a creation completion operation for the image creation page, wherein the target interactive image includes multiple interactive images with different image attributes.

In one embodiment, referring to FIG15, the image creation control includes multiple image upload controls, and the attribute requirements of the multiple image upload controls include attribute requirements under the same image attribute type; the interactive image creation unit 303 may include:

The second upload subunit 3033 can be used to upload an image that meets the attribute requirements of the image upload control in response to the image upload operation of the image upload control, so as to upload multiple original images that meet the attribute requirements under the same image attribute type;

The second creation subunit 3034 can be used to create a target interactive image of the target anchor based on multiple uploaded original images in response to the creation completion operation of the image creation page. The target interactive image includes multiple interactive images with different image attribute values under the same image attribute type.

In one embodiment, referring to FIG16, the image creation control includes multiple image upload controls, each corresponding to different size requirements under an image size type; the interactive image creation unit 303 may include:

The third upload subunit 3035 can be used to upload an image corresponding to the size requirements of the image upload control in response to an image upload operation of the image upload control, so as to upload multiple original images that meet different size requirements;

The third creation subunit 3036 can be used to create a target interactive image of the target anchor based on multiple uploaded original images in response to a creation completion operation for the image creation page, wherein the target interactive image includes multiple interactive images with different size requirements.

In one embodiment, referring to FIG17, the image creation page further includes an image attribute adaptation control; the interactive image creation unit 303 may include:

The configuration page display sub-unit 3037 can be used to respond to the trigger operation of the image attribute adaptation control and display the image configuration page in the image attribute adaptation mode. The image configuration page includes an image addition control, which is used to generate multiple interactive images with different image attribute values under the same image attribute type.

The fourth creation subunit 3038 can be used to create the target interactive image of the target anchor in response to the image addition operation of the image addition control, wherein the target interactive image includes multiple interactive images with different image attribute values under the same image attribute type.

In one embodiment, the fourth creation subunit 3038 can be used to:

In response to an image addition operation for the image addition control, the original image to be added is obtained, wherein the original image is an image under the image attribute type; based on the added original image, a target interactive image for the target anchor is created, wherein the target interactive image includes multiple interactive images with different image attribute values under the image attribute type.

In one embodiment, referring to FIG18, the image creation page further includes an image code setting area, which includes an image code input control; the interactive image creation unit 303 may include:

The code acquisition subunit 3039 can be used to acquire the input image code in response to an input operation on the image code input control;

The fifth creation subunit 30310 can be used to create a target interactive image of the target anchor in response to an image creation operation of the image creation control, wherein the target interactive image is the interactive image corresponding to the image code.

In one embodiment, referring to FIG19, the interactive image creation unit 303 may further include:

The data generation subunit 30311 can be used to generate image data to be verified based on the created target interactive image, wherein the image data to be verified includes the image code of the target interactive image;

The data verification subunit 30312 can be used to send the image data to be verified to the server to trigger the server to verify the image data to be verified based on the permission level of the target anchor.

The result determination subunit 30313 can be used to determine the creation result of the target interactive image based on the verification result.

In one embodiment, referring to FIG20, the image creation page further includes at least one image preview area in image preview mode, and the live-stream-based interactive image management device may further include:

The interactive image preview unit 304 can be used to display the target interactive image in the image preview area under the corresponding image preview mode based on the created target interactive image.

In one embodiment, referring to FIG21, the page display creation unit 302 may include:

The information acquisition subunit 3021 can be used to acquire the target anchor's user attribute information and historical behavior information in the live streaming client;

The level determination subunit 3022 can be used to determine the current permission level of the target anchor based on the user attribute information and the historical behavior information;

The page display subunit 3023 can be used to display the image creation page in response to the image creation trigger operation of the image creation trigger control, and when the user level of the target anchor meets the preset level.

In practice, each of the above units can be implemented as an independent entity or can be arbitrarily combined to be implemented as the same or several entities. For the specific implementation of each of the above units, please refer to the previous method embodiments, which will not be repeated here.

As can be seen from the above, in the live-streaming-based interactive image management device of this embodiment, the operation page display unit 301 displays the user operation page of the target anchor on the live-streaming client, wherein the user operation page includes an image creation trigger control; the creation page display unit 302, in response to the trigger operation of the image creation trigger control and when the target anchor's permission level meets the preset level, displays an image creation page, wherein the image creation page includes an image creation control; and the interactive image creation unit 303, in response to the image creation operation of the image creation control, creates a target interactive image of the target anchor, wherein the usage permission of the target interactive image includes the user being the target anchor and the usage scope being the target anchor's live-streaming room.

This solution, while supporting broadcasters in creating interactive images, determines their permission level to decide whether they have the necessary authorization. Therefore, it manages interactive image creation based on broadcaster permission levels. Furthermore, it manages the scope of use for these created interactive images, specifically including the user as the broadcaster who created the image and the broadcaster's live stream room. This effectively manages the use and dissemination of interactive images and protects the broadcaster's rights to their creations. Thus, by managing broadcaster permissions and the scope of use, this solution effectively manages interactive images used in live streams, ensuring that live stream resources, such as broadcaster resources, interactive images, and community resources created within the live stream room, function efficiently.

To better implement the above methods, this application also provides a live-stream-based interactive image management device (i.e., a second interactive image management device), which can be integrated into a terminal.

For example, as shown in Figure 22, the live-stream-based interactive image management device may include an interactive page display unit 401, a selection area display unit 402, and a usage permission acquisition unit 403, as follows:

The interactive page display unit 401 is used to display the live interactive page of the audience user on the live client, wherein the live interactive page includes a message interaction area of the target live room and the host of the target live room is the target host;

The selection area display unit 402 is used to display an image selection area based on an image selection trigger operation for the message interaction area, wherein the image selection area includes the interactive image of the target anchor;

The permission acquisition unit 403 is used to acquire the permission for the target interactive image in response to the permission acquisition operation for the target interactive image, wherein the permission includes the user being the audience user and the scope of use being the live broadcast room of the target anchor.

In one embodiment, referring to FIG23, the access permission acquisition unit 403 may include:

The transfer control display subunit 4031 can be used to display a virtual resource transfer control in response to an operation that requests access to the target interactive image.

The virtual resource transfer subunit 4032 can be used to trigger a virtual resource transfer of the viewer user's virtual resource account in response to a virtual resource transfer operation on the virtual resource transfer control;

The permission acquisition subunit 4033 can be used to acquire the usage permission of the target interactive image if the transfer of virtual resources is detected to be successful.

As can be seen from the above, this embodiment of the application, based on supporting the creation of interactive images by broadcasters, determines whether the broadcaster currently has the permission to create interactive images by judging the broadcaster's permission level. Therefore, this embodiment of the application can manage the creation of interactive images by broadcasters through their permission level. Furthermore, this embodiment of the application also manages the scope of use of the created interactive images. Specifically, the scope of use includes the user being the broadcaster who created the interactive image, and the scope of use being the live broadcast room where the broadcaster created the interactive image. In this way, this embodiment of the application can effectively manage the use and dissemination of interactive images, and also effectively protect the rights and interests of broadcasters regarding the interactive images they create.

In other words, the embodiments of this application can effectively manage interactive images used in live streaming by managing the permissions of the anchor to create interactive images and the scope of use of the created interactive images, thereby enabling live streaming resources, such as anchor resources, interactive images, and community resources created based on the live streaming room, to play a role efficiently.

Furthermore, the embodiments of this application enable viewers in the target streamer's live broadcast room to also interact with the interactive images created by the target streamer, provided that their usage permissions are met, thereby enhancing the playability and uniqueness of the streamer's live broadcast room.

Furthermore, this application embodiment also provides a computer device, which can be a terminal device, as shown in FIG24, which illustrates a structural schematic diagram of the computer device involved in this application embodiment. Specifically:

The computer device may include a memory 501 with one or more computer-readable storage media, an input unit 502, a display unit 503, a processor 504 including one or more processing cores, and a power supply 505, etc. Those skilled in the art will understand that the computer device structure shown in FIG24 does not constitute a limitation on the computer device, and may include more or fewer components than shown, or combine certain components, or have different component arrangements. Wherein:

The memory 501 can be used to store software programs and modules. The processor 504 executes various functional applications and data processing by running the software programs and modules stored in the memory 501. The memory 501 may mainly include a program storage area and a data storage area. The program storage area may store the operating system, application programs required for at least one function (such as sound playback function, image playback function, etc.), etc.; the data storage area may store data created according to the use of the computer device (such as audio data, telephone directory, etc.). In addition, the memory 501 may include high-speed random access memory, and may also include non-volatile memory, such as at least one disk storage device, flash memory device, or other volatile solid-state storage device. Accordingly, the memory 501 may also include a memory controller to provide access to the memory 501 for the processor 504 and the input unit 502.

Input unit 502 can be used to receive input numerical or character information, and to generate keyboard, mouse, joystick, optical, or trackball signal inputs related to user settings and function control. Specifically, in one embodiment, input unit 502 may include a touch-sensitive surface and other input devices. A touch-sensitive surface, also known as a touch display or touchpad, can collect user touch operations on or near it (e.g., user operations using fingers, styluses, or any suitable object or accessory on or near the touch-sensitive surface) and drive corresponding connection devices according to a pre-set program. Optionally, the touch-sensitive surface may include a touch detection device and a touch controller. The touch detection device detects the user's touch location and the signal generated by the touch operation, transmitting the signal to the touch controller; the touch controller receives touch information from the touch detection device, converts it into touch point coordinates, sends it to the processor 504, and can receive and execute commands from the processor 504. Furthermore, various types of touch-sensitive surfaces, such as resistive, capacitive, infrared, and surface acoustic wave, can be used. In addition to the touch-sensitive surface, input unit 502 may also include other input devices. Specifically, other input devices may include, but are not limited to, one or more of the following: physical keyboard, function keys (such as volume control buttons, power buttons, etc.), trackball, mouse, joystick, etc.

Display unit 503 can be used to display information input by the user or information provided to the user, as well as various graphical user interfaces of computer devices. These graphical user interfaces can be composed of graphics, text, icons, video, and any combination thereof. Display unit 503 may include a display panel, optionally configured as a liquid crystal display (LCD), organic light-emitting diode (OLED), or similar form. Further, a touch-sensitive surface may cover the display panel. When the touch-sensitive surface detects a touch operation on or near it, it transmits the information to processor 504 to determine the type of touch event. Subsequently, processor 504 provides corresponding visual output on the display panel according to the type of touch event. Although in Figure 24, the touch-sensitive surface and the display panel are implemented as two separate components to achieve input and output functions, in some embodiments, the touch-sensitive surface and the display panel can be integrated to achieve input and output functions.

The processor 504 is the control center of the computer device, connecting various parts of the mobile phone through various interfaces and lines. It performs various functions and processes data by running or executing software programs and/or modules stored in the memory 501, and by calling data stored in the memory 501. Optionally, the processor 504 may include one or more processing cores; preferably, the processor 504 may integrate an application processor and a modem processor, wherein the application processor mainly handles the operating system, user interface, and applications, and the modem processor mainly handles wireless communication. It is understood that the modem processor may also not be integrated into the processor 504.

The computer device also includes a power supply 505 (such as a battery) that supplies power to various components. Preferably, the power supply can be logically connected to the processor 504 through a power management system, thereby enabling functions such as charging, discharging, and power consumption management through the power management system. The power supply 505 may also include one or more DC or AC power supplies, recharging systems, power fault detection circuits, power converters or inverters, power status indicators, and other arbitrary components.

Although not shown, the computer device may also include a camera, Bluetooth module, etc., which will not be described in detail here. Specifically, in this embodiment, the processor 504 in the computer device loads the executable files corresponding to the processes of one or more applications into the memory 501 according to the following instructions, and the processor 504 runs the applications stored in the memory 501 to realize various functions, as follows:

The system displays the target streamer's user operation page on the live streaming client, wherein the user operation page includes an image creation trigger control; in response to a trigger operation on the image creation trigger control, and when the target streamer's permission level meets a preset level, an image creation page is displayed, wherein the image creation page includes an image creation control; in response to an image creation operation on the image creation control, a target interactive image of the target streamer is created, wherein the usage permissions of the target interactive image include the user being the target streamer and the usage scope being the target streamer's live streaming room.

or

The system displays a live interaction page for viewers on a live streaming client. This page includes a message interaction area for a target live stream, where the streamer is the target streamer. Based on an image selection trigger operation for the message interaction area, an image selection area is displayed, including interactive images of the target streamer. In response to a permission acquisition operation for the target interactive image, usage permissions for the target interactive image are acquired, where the usage permissions include the user being the viewer and the scope of use being the target streamer's live stream.

For details on the implementation of each of the above operations, please refer to the previous examples, which will not be repeated here.

As can be seen from the above, the computer device in this embodiment, while supporting the creation of interactive images by the broadcaster, determines whether the broadcaster currently has the permission to create interactive images by judging the broadcaster's permission level. Therefore, the computer device in this embodiment can manage the creation of interactive images by the broadcaster based on the broadcaster's permission level. Furthermore, the computer device in this embodiment also manages the scope of use of the created interactive images. Specifically, the scope of use includes the user being the broadcaster who created the interactive image, and the scope of use being the live broadcast room where the broadcaster created the interactive image. In this way, the computer device in this embodiment can effectively manage the use and dissemination of interactive images, and also effectively protect the rights and interests of the broadcaster regarding the interactive images they create.

In other words, the computer device in this embodiment can effectively manage interactive images used in live streaming by managing the permissions of the anchor to create interactive images and the scope of use of the created interactive images, thereby enabling live streaming resources, such as anchor resources, interactive images, and community resources created based on the live streaming room, to play their role efficiently.

Furthermore, the computer equipment in this embodiment enables viewers in the target streamer's live broadcast room to access interactive images created by the target streamer, provided that their usage permissions are met, thereby enhancing the playability and uniqueness of the streamer's live broadcast room.

Those skilled in the art will understand that all or part of the steps in the various methods of the above embodiments can be performed by instructions, or by instructions controlling related hardware. These instructions can be stored in a computer-readable storage medium and loaded and executed by a processor.

To this end, embodiments of this application provide a storage medium storing a plurality of instructions that can be loaded by a processor to execute steps in any of the live-stream-based interactive image management methods provided in embodiments of this application. For example, the instructions can execute the following steps:

The system displays the target streamer's user operation page on the live streaming client, wherein the user operation page includes an image creation trigger control; in response to a trigger operation on the image creation trigger control, and when the target streamer's permission level meets a preset level, an image creation page is displayed, wherein the image creation page includes an image creation control; in response to an image creation operation on the image creation control, a target interactive image of the target streamer is created, wherein the usage permissions of the target interactive image include the user being the target streamer and the usage scope being the target streamer's live streaming room.

or

The system displays a live interaction page for viewers on a live streaming client. This page includes a message interaction area for a target live stream, where the streamer is the target streamer. Based on an image selection trigger operation for the message interaction area, an image selection area is displayed, including interactive images of the target streamer. In response to a permission acquisition operation for the target interactive image, usage permissions for the target interactive image are acquired, where the usage permissions include the user being the viewer and the scope of use being the target streamer's live stream.

For details on the implementation of each of the above operations, please refer to the previous examples, which will not be repeated here.

The storage medium may include: read-only memory (ROM), random access memory (RAM), disk or optical disk, etc.

Since the instructions stored in the storage medium can execute the steps of any of the live-stream-based interactive image management methods provided in the embodiments of this application, the beneficial effects that any of the live-stream-based interactive image management methods provided in the embodiments of this application can achieve can be realized. For details, please refer to the previous embodiments, which will not be repeated here.

According to one aspect of this application, a computer program product or computer program is provided, comprising computer instructions stored in a computer-readable storage medium. A processor of a computer device reads the computer instructions from the computer-readable storage medium and executes the computer instructions, causing the computer device to perform the methods provided in the various alternative implementations of the above-described live-stream-based interactive image management aspect.

The foregoing has provided a detailed description of a live-stream-based interactive image management method, apparatus, device, and storage medium provided in the embodiments of this application. Specific examples have been used to illustrate the principles and implementation methods of this application. The descriptions of the embodiments above are only for the purpose of helping to understand the method and core ideas of this application. At the same time, for those skilled in the art, there will be changes in the specific implementation methods and application scope based on the ideas of this application. Therefore, the content of this specification should not be construed as a limitation of this application.

Claims (16)

1. A live-stream-based interactive image management method, characterized in that it includes: Display the target streamer's user operation page on the live streaming client, wherein the user operation page includes an image creation trigger control; In response to a trigger operation on the image creation trigger control, and when the target broadcaster's permission level meets a preset level, an image creation page is displayed, wherein the image creation page includes an image creation control; In response to an image creation operation on the image creation control, a target interactive image for the target broadcaster is created. The usage rights of the target interactive image include the user being the target broadcaster and the usage scope being the live broadcast room of the target broadcaster. The target interactive image includes at least one of multiple interactive images with different image attributes, multiple interactive images with different image attribute values under the same image attribute type, and multiple interactive images with different size requirements. 2. The interactive image management method based on live streaming according to claim 1, wherein the image creation control includes multiple image upload controls, and each image upload control corresponds to an attribute requirement of the uploaded image; In response to an image creation operation on the image creation control, a target interactive image of the target anchor is created, including: In response to an image upload operation for the image upload control, an image that meets the attribute requirements of the image upload control is uploaded to upload multiple original images with different image attributes; In response to the completion operation of the image creation page, a target interactive image of the target anchor is created based on multiple uploaded original images, wherein the target interactive image includes multiple interactive images with different image attributes. 3. The interactive image management method based on live streaming according to claim 1, wherein the image creation control includes multiple image upload controls, and the attribute requirements of the multiple image upload controls include attribute requirements under the same image attribute type; In response to an image creation operation on the image creation control, a target interactive image of the target anchor is created, including: In response to an image upload operation for the image upload control, an image that meets the attribute requirements of the image upload control is uploaded, so as to upload multiple original images that meet the attribute requirements under the same image attribute type; In response to the completion operation of the image creation page, a target interactive image of the target anchor is created based on multiple uploaded original images, wherein the target interactive image includes multiple interactive images with different image attribute values under the same image attribute type. 4. The interactive image management method based on live streaming according to claim 1, wherein the image creation control includes multiple image upload controls, and the multiple image upload controls correspond to different size requirements under image size type; In response to an image creation operation on the image creation control, a target interactive image of the target anchor is created, including: In response to an image upload operation for the image upload control, upload an image corresponding to the size requirements of the image upload control to upload multiple original images that meet different size requirements; In response to the completion operation of the image creation page, a target interactive image of the target anchor is created based on multiple uploaded original images, wherein the target interactive image includes multiple interactive images with different size requirements. 5. The interactive image management method based on live streaming according to claim 1, wherein the image creation page further includes an image attribute adaptation control; In response to an image creation operation on the image creation control, a target interactive image of the target anchor is created, including: In response to a trigger operation on the image attribute adaptation control, an image configuration page in image attribute adaptation mode is displayed. The image configuration page includes an image addition control, which is used to generate multiple interactive images with different image attribute values under the same image attribute type. In response to an image addition operation for adding a control to the image, a target interactive image for the target anchor is created, wherein the target interactive image includes multiple interactive images with different image attribute values under the same image attribute type. 6. The interactive image management method based on live streaming according to claim 5, characterized in that, in response to an image addition operation for adding controls to the image, creating a target interactive image for the target broadcaster includes: In response to an image addition operation for the image addition control, the original image to be added is obtained, wherein the original image is an image under the image attribute type; Based on the added original image, a target interactive image for the target anchor is created, wherein the target interactive image includes multiple interactive images with different image attribute values under the image attribute type. 7. The interactive image management method based on live streaming according to claim 1, wherein the image creation page further includes an image code setting area, and the image code setting area includes an image code input control; In response to an image creation operation on the image creation control, a target interactive image of the target anchor is created, including: In response to an input operation to the image code input control, the input image code is obtained; In response to an image creation operation on the image creation control, a target interactive image for the target anchor is created, wherein the target interactive image is the interactive image corresponding to the image code. 8. The interactive image management method based on live streaming according to claim 7, characterized in that, after creating the target interactive image of the target anchor in response to the image creation operation of the image creation control, the method further includes: Based on the created target interactive image, image data to be verified is generated, wherein the image data to be verified includes the image code of the target interactive image; The image data to be verified is sent to the server to trigger the server to verify the image data based on the target broadcaster's permission level. Based on the verification results, the creation result of the target interactive image is determined. 9. The interactive image management method based on live streaming according to claim 1, characterized in that the image creation page further includes at least one image preview area in image preview mode, and the method further includes: Based on the created target interactive image, the target interactive image in the corresponding image preview mode is displayed in the image preview area. 10. The interactive image management method based on live streaming according to claim 1, characterized in that, in response to a trigger operation of the image creation trigger control, and when the target broadcaster's permission level meets a preset level, an image creation page is displayed, including: Obtain the target streamer's user attribute information and historical behavior information on the live streaming client; Based on the user attribute information and the historical behavior information, the current permission level of the target streamer is determined; In response to an image creation trigger operation on the image creation trigger control, and when the target broadcaster's user level meets a preset level, the image creation page is displayed. 11. A live-stream-based interactive image management method, characterized in that it includes: The live interaction page of the live streaming client is displayed to the audience. The live interaction page includes a message interaction area for the target live streaming room, and the host of the target live streaming room is the target host. Based on the image selection trigger operation for the message interaction area, the image selection area is displayed, wherein the image selection area includes the interactive image of the target anchor; In response to an operation to obtain usage rights for a target interactive image, the usage rights for the target interactive image are obtained, wherein the usage rights include the user being the audience user and the usage scope being the live broadcast room of the target anchor, and the target interactive image includes at least one of multiple interactive images with different image attributes, multiple interactive images with different image attribute values under the same image attribute type, and multiple interactive images with different size requirements. 12. The interactive image management method based on live streaming according to claim 11, characterized in that, in response to the operation of obtaining usage rights for the target interactive image, obtaining usage rights for the target interactive image includes: In response to an operation to obtain access rights to the target interactive image, a virtual resource transfer control is displayed; In response to a virtual resource transfer operation on the virtual resource transfer control, a virtual resource transfer is triggered for the virtual resource account of the viewer user. If the transfer of virtual resources is detected to be successful, the user rights to the target interactive image are obtained. 13. An interactive image management device based on live streaming, characterized in that it comprises: The operation page display unit is used to display the target anchor's user operation page on the live streaming client, wherein the user operation page includes an image creation trigger control; A page display unit is created to display an image creation page in response to a trigger operation of the image creation trigger control, and when the target anchor's permission level meets a preset level. The image creation page includes an image creation control. An interactive image creation unit is configured to create a target interactive image for the target broadcaster in response to an image creation operation of the image creation control. The usage rights of the target interactive image include the user being the target broadcaster and the usage scope being the live broadcast room of the target broadcaster. The target interactive image includes at least one of multiple interactive images with different image attributes, multiple interactive images with different image attribute values under the same image attribute type, and multiple interactive images with different size requirements. 14. An interactive image management device based on live streaming, characterized in that it comprises: An interactive page display unit is used to display the live interactive page of the audience user on the live streaming client, wherein the live interactive page includes a message interaction area of the target live streaming room, and the host of the target live streaming room is the target host; The selection area display unit is used to display an image selection area based on an image selection trigger operation targeting the message interaction area, wherein the image selection area includes the interactive image of the target anchor; The permission acquisition unit is used to acquire the permission for the target interactive image in response to the permission acquisition operation for the target interactive image. The permission includes the user being the audience user and the scope of use being the live broadcast room of the target anchor. The target interactive image includes at least one of multiple interactive images with different image attributes, multiple interactive images with different image attribute values under the same image attribute type, and multiple interactive images with different size requirements. 15. An electronic device, characterized in that it comprises a memory and a processor; the memory stores an application program, and the processor is configured to run the application program within the memory to perform the operations in the live-stream-based interactive image management method according to any one of claims 1 to 12. 16. A storage medium, characterized in that the storage medium stores a plurality of instructions adapted for loading by a processor to perform operations in the live-stream-based interactive image management method according to any one of claims 1 to 12.