CN114625466B

CN114625466B - Interactive execution and control method and device for online singing hall, equipment, medium and product

Info

Publication number: CN114625466B
Application number: CN202210255888.8A
Authority: CN
Inventors: 彭学杰; 陈琳琳; 王路通; 李正阳; 罗超
Original assignee: Guangzhou Geshen Information Technology Co ltd
Current assignee: Guangzhou Geshen Information Technology Co ltd
Priority date: 2022-03-15
Filing date: 2022-03-15
Publication date: 2023-12-08
Anticipated expiration: 2042-03-15
Also published as: CN114625466A

Abstract

The application discloses a method and a device for interactively executing and controlling an online singing hall, equipment, a medium and a product, wherein the executing method comprises the following steps: in response to the mode presentation event, displaying, in a distributed manner, in a audience aggregation area of a graphical user interface of an online singing hall, identity controls of at least a portion of audience users that have joined the online singing hall; automatically controlling the identity controls of all audience users to move close towards the preset azimuth of the audience gathering area, and maintaining all the identity controls in a visible state; and displaying the speaking information sent by any audience user, and visually displaying the speaking information in an information bubble for indexing the identity control of the audience user. The application updates the display mode of the online singing hall, efficiently utilizes the limited display space of the graphical user interface, improves the information transmission efficiency of the online singing hall, and comprehensively improves the user experience of the online singing hall.

Description

Interactive execution and control method and device for online singing hall, equipment, medium and product

Technical Field

The present application relates to the field of music information processing technology, and in particular, to an online singing hall interaction execution method, an online singing hall interaction control method, apparatuses corresponding to the methods, a computer device, a computer readable storage medium, and a computer program product.

Background

With the development of online entertainment technology, online singing halls are emerging as a service that can activate user interactions of online music. The existing online singing hall has simple functions and effects, mainly uses the network video live broadcasting technology as a playing user, and shares songs in the playing user for audience users to listen to, so that song sharing is realized. In the prior art, when information interaction is needed among users in an online singing hall, information is often expressed in a form of public screen flowing water, the form is single, the information readability is poor, and the information transmission efficiency is limited.

On the other hand, with the development of virtual reality technology, more and more online services gradually change to a virtual reality mode, an online singing hall is used as a common online service, the deployment of the virtual reality technology is more and more important, and the online singing hall is subjected to the virtual close to reality perception on a terminal device, so that the improvement of user experience and the change of information transmission form are related, and the technical framework of a system is called.

In view of this, the online singing hall in the prior art has a huge technical improvement space, and the present inventors have focused on the technical development of the related field for a long time, so the present application is developed after exploration.

Disclosure of Invention

It is a primary object of the present application to solve at least one of the above problems and to provide an online singing hall interactive execution method and corresponding apparatus, computer device, computer-readable storage medium, computer program product.

Another object of the present application is to solve at least one of the above problems and to provide an online singing hall interaction control method and corresponding apparatus, computer device, computer readable storage medium, computer program product.

In order to meet the purposes of the application, the application adopts the following technical scheme:

an online singing hall interactive execution method provided by adapting to one of the purposes of the application comprises the following steps:

in response to the mode presentation event, displaying, in a distributed manner, in a audience aggregation area of a graphical user interface of an online singing hall, identity controls of at least a portion of audience users that have joined the online singing hall;

automatically controlling the identity controls of all audience users to move close towards the preset azimuth of the audience gathering area, and maintaining all the identity controls in a visible state;

and displaying the speaking information sent by any audience user, and visually displaying the speaking information in an information bubble for indexing the identity control of the audience user.

In a further embodiment, in response to a pattern presentation event, a distributed display of identity controls of at least a portion of audience users who have joined an online singing hall in an audience aggregation area of a graphical user interface of the online singing hall, comprising the steps of:

triggering a mode display event in response to a voice hall mode switching instruction triggered by a current audience user or a play user of the online voice hall, or in response to an operation event entering the online voice hall;

responding to the mode display event, displaying a song playing area and the audience aggregation area in a graphical user interface of an online singing hall of the current terminal equipment, wherein the song playing area is used for displaying playing information of the online singing hall in playing songs, and the audience aggregation area is used for displaying all identity controls of the online singing hall;

an identity control of at least a portion of the audience users is created, each identity control is randomly positioned in the audience aggregation area and rendered for display, and the identity control is used for displaying personal identity images of the corresponding audience users.

In one embodiment of the present invention, the method for automatically controlling the movement of the identity controls of the individual audience toward the predetermined orientation of the audience gathering area and maintaining the individual identity controls in a visible state comprises the steps of:

Taking the geometric center position of the audience gathering area or the preset position preset by the current audience user as the preset position of each identity control movement, and starting to control the identity controls of each audience user to move close towards the preset position;

automatically controlling the moving process of the identity controls of all audience users, so that the identity control of one audience user firstly enters the preset azimuth to determine the stay position of the audience user, and the identity controls of other audience users gradually determine the stay position of the audience user from inside to outside by taking the preset azimuth as the center;

during the movement of the identity control of each audience user, controlling the distance between the identity control and the nearest identity control which has completed the movement in the direction towards the preset azimuth and determines the stay position not to exceed a preset distance threshold, and maintaining the nearest identity control in a visible state by determining the stay position of the moved identity control by keeping the distance.

In a further embodiment, the speaking information sent by any listener user is displayed, and visually displayed in an information bubble for indexing an identity control of the listener user, and the method comprises the following steps:

receiving speaking information input by a current audience user displayed in an audience gathering area, and sending the speaking information to a corresponding user of the online singing hall so as to drive the speaking information to be displayed on a graphical user interface of the corresponding user;

Receiving speaking information broadcast by any audience user, creating information bubbles for indexing identity controls of the audience user in the audience gathering area, and visually displaying the speaking information in the information bubbles;

and when the display time of the information bubble reaches a preset time, clearing the information bubble.

In an extended embodiment, in response to the mode presentation event, after the step of distributively displaying in the audience aggregation area of the graphical user interface of the online singing hall identity controls of at least a portion of the audience users that have joined the online singing hall, the steps of:

responding to a motion control instruction triggered by an acceleration sensor of terminal equipment of a current audience user, and determining a motion direction and a motion speed corresponding to the motion control instruction;

and controlling all identity controls in the audience gathering area to synchronously move along the movement direction at the movement speed until the identity controls collide with the boundary of the audience gathering area in the movement direction.

Monitoring a space occupation control instruction acted by a current audience user in any moving direction, moving an identity control of the current audience user according to the space occupation control instruction, and controlling the distance between the boundary of the identity control and the identity control of another audience user closest to the identity control in the moving direction to not exceed a preset distance threshold;

and monitoring the idle time length of the current audience user without applying the occupation control instruction, and automatically controlling the identity control of the current audience user to move close towards the preset azimuth of the audience gathering area after the idle time length reaches a preset time length threshold value, wherein the distance between the boundary of the identity control and the identity control of another audience user closest to the identity control in the moving direction does not exceed a preset distance threshold value.

responding to a slow-remote control instruction triggered by a current audience user, and acquiring rhythm information of music played in the online singing hall;

And automatically controlling the identity controls of all audience users to synchronously shake back and forth according to the beats in the rhythm information.

responding to the gift sending notification message triggered by any audience user, and acquiring the gift sending grade in the gift sending notification message;

and controlling the identity control of the audience user to be amplified and displayed according to the gift sending grade, so that the amplification rate and the amplification duration of the audience user correspond to the gift sending grade.

responding to a gift sending notification message corresponding to a first virtual gift triggered by any audience user, and acquiring first virtual gift images of a plurality of styles corresponding to the gift sending notification message;

superposing the first virtual gift image at the identity control of each audience user, and randomly distributing the style of the first virtual gift image superposed by each identity control;

And after the display time of the first virtual gift image is maintained for a preset time, the first virtual gift image is cleared.

responding to a gift notification message corresponding to a second virtual gift triggered by any audience user, creating an identity control of a playing user of the online singing hall, and displaying a personal identity image of the playing user in the identity control;

controlling the identity control of the playing user to start to move from the head portrait display position of the playing user in the graphical user interface, and finally returning to the head portrait display position after passing through the position of the identity control of the audience user;

and after the identity control of the playing user returns to the head portrait display position, clearing the identity control of the playing user.

An online singing hall interaction control method provided by the application, which is suitable for one of the purposes of the application, comprises the following steps:

responding to a singing hall mode switching request sent by a playing user, switching an online singing hall of the playing user into a virtual singing hall mode, and enabling a graphical user interface of the online singing hall to comprise a song playing area and a listener gathering area, wherein the song playing area is used for displaying playing information of the online singing hall in playing songs;

Acquiring personal identity information of at least part of audience users joining the online singing hall, pushing the personal identity information to terminal equipment of each audience user, so that personal identity images in the corresponding personal identity information are displayed in corresponding identity controls of the audience aggregation areas of the graphical user interfaces of the audience users;

the speech information transmitted by any listener user is received and broadcast to the on-line singing hall so that the speech information is displayed in an information bubble that references the individual identity image of the listener user.

An online singing hall interaction device according to one of the objects of the present application comprises: the singing hall starting module, the motion control module and the information processing module, wherein: the singing hall starting module is used for responding to the mode display event and displaying identity controls of at least part of audience users which have joined the online singing hall in a distributed mode in an audience gathering area of a graphical user interface of the online singing hall; the motion control module is used for automatically controlling the identity controls of all audience users to move close towards the preset azimuth of the audience gathering area and maintaining all the identity controls in a visible state; the information processing module is used for displaying speaking information sent by any audience user and visually displaying the speaking information in information bubbles for indexing identity controls of the audience user.

An on-line singing hall interaction control device provided in accordance with one of the objects of the present application includes: the system comprises a singing hall switching module, an avatar pushing module and an information pushing module, wherein: the system comprises a song playing area and a listener gathering area, wherein the song playing area is used for displaying playing information of the online singing hall in playing songs; the head portrait pushing module is used for acquiring personal identity information of at least part of audience users joining the online singing hall and pushing the personal identity information to terminal equipment of each audience user so that personal identity images in the corresponding personal identity information are displayed in corresponding identity controls of the audience aggregation areas of the graphical user interfaces of the audience users; the information pushing module is used for receiving speaking information sent by any audience user, broadcasting the speaking information to an online singing hall, and enabling the speaking information to be displayed in information bubbles for indexing personal identity images of the audience user.

A computer device provided in accordance with one of the objects of the present application includes a central processor and a memory, the central processor being configured to invoke a computer program stored in the memory to perform the steps of the online singing hall interaction execution method or the online singing hall interaction control method of the present application.

A computer-readable storage medium adapted to another object of the present application stores, in the form of computer-readable instructions, a computer program implemented according to the online hall interaction execution method or the online hall interaction control method, which when invoked by a computer to run, performs the steps included in the method.

A computer program product adapted to another object of the present application is provided, comprising computer programs/instructions which, when executed by a processor, implement the steps of the online singing hall interaction execution method or the online singing hall interaction control method in any of the embodiments of the present application.

Compared with the prior art, the application has the following advantages:

first, the application improves the information transmission efficiency in the online singing hall. The application provides the audience gathering area in the graphical user interface of the online singing hall, creates the identity control for at least part of audience users in the audience gathering area to realize the indication of the audience users, then controls the identity control to realize gathering and gathering in the audience gathering area and ensure that each identity control maintains visibility, maximally utilizes the limited display space of the screen of the terminal equipment, can display the audience users of the online singing hall as much as possible in the limited display space range, further displays the speaking information sent by any audience user in the information bubble for indexing the audience user, realizes the visual display of the speaking information, ensures that readers can more easily identify the speaking information and the source users thereof, thereby improving the information transmission efficiency and correspondingly improving the information processing efficiency in the online singing hall.

Secondly, the application optimizes the interface display effect of the online singing hall. Compared with the traditional mode that the speaking information is displayed through the public screen flow area and the audience user is displayed through the user list area in the traditional technology, the virtual singing hall mode defined by the technical principle that the audience user is interacted based on the identity control of the audience user is displayed compactly in the audience gathering area, is more concise and readable, and the interface display effect is more beneficial to improving user experience.

Furthermore, the present application defines a new business state for the online singing hall. The application provides the audience gathering area, the identity control refers to the audience user, an automatic control mechanism is adopted to ensure that the audience user realizes the gathering effect in the audience gathering area, the effective virtual of the real singing hall on the computer equipment is realized, the new product form of the online singing hall is upgraded and defined, the user flow can be stimulated, and the user activity of the corresponding service platform is improved.

Drawings

The foregoing and/or additional aspects and advantages of the application will become apparent and readily appreciated from the following description of the embodiments, taken in conjunction with the accompanying drawings, in which:

FIG. 1 is a schematic diagram of a typical network deployment architecture according to an embodiment of the present application;

FIG. 2 is a flow chart of an exemplary embodiment of an online singing hall interaction method of the present application;

fig. 3 to 7 are schematic diagrams of graphical user interfaces of an online singing hall according to the present application, in which fig. 3 is a diagram illustrating a layout effect of a small number of audience users, fig. 4 is a diagram illustrating a layout effect of a large number of audience users, fig. 5 is a diagram illustrating a layout effect including a shortcut menu, fig. 6 is a diagram illustrating a layout effect of identity controls of randomly positioned audience users, and fig. 7 is a diagram illustrating a layout effect of display information bubbles;

FIG. 8 is a flowchart illustrating a process of initializing a virtual singing hall mode in an embodiment of the present application;

FIG. 9 is a schematic diagram of a graphical user interface of an online singing hall of the present application illustrating the layout effect of a song playing area sharing the same screen display area with a listener's focus area;

FIG. 10 is a flow chart of a mobile closing process implemented by an identity control in an audience aggregation area according to an embodiment of the present application;

fig. 11 is a flowchart illustrating a process of displaying speech information in a listener assembly area according to an embodiment of the present application;

fig. 12 and 13 are schematic views of a graphical user interface of an online singing hall according to the present application, in which fig. 12 illustrates a layout effect of controlling an enlarged display of an identity control of a listener user according to a gift class, and fig. 13 illustrates a first virtual gift image layout effect;

Fig. 14 and fig. 15 are schematic diagrams of a graphical user interface of an online singing hall of the present application, together illustrating a motion track of an identity control of a playing user, where fig. 14 illustrates that the identity control of the playing user is at the same initial position as an avatar of the playing user, and fig. 15 illustrates that the identity control is at a position of an identity control of a listener user who sends a second virtual gift;

FIG. 16 is a flow chart of an exemplary embodiment of an online singing hall interaction control method of the present application;

fig. 17 and 18 are schematic block diagrams of an on-line singing hall interaction executing apparatus and an on-line singing hall interaction controlling apparatus of the present application, respectively;

fig. 19 is a schematic structural diagram of a computer device used in the present application.

Detailed Description

Embodiments of the present application are described in detail below, examples of which are illustrated in the accompanying drawings, wherein like or similar reference numerals refer to like or similar elements or elements having like or similar functions throughout. The embodiments described below by referring to the drawings are illustrative only and are not to be construed as limiting the application.

As used herein, the singular forms "a", "an", "the" and "the" are intended to include the plural forms as well, unless expressly stated otherwise, as understood by those skilled in the art. It will be further understood that the terms "comprises" and/or "comprising," when used in this specification, specify the presence of stated features, integers, steps, operations, elements, and/or components, but do not preclude the presence or addition of one or more other features, integers, steps, operations, elements, components, and/or groups thereof. It will be understood that when an element is referred to as being "connected" or "coupled" to another element, it can be directly connected or coupled to the other element or intervening elements may also be present. Further, "connected" or "coupled" as used herein may include wirelessly connected or wirelessly coupled. The term "and/or" as used herein includes all or any element and all combination of one or more of the associated listed items.

It will be understood by those skilled in the art that all terms (including technical and scientific terms) used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this application belongs unless defined otherwise. It will be further understood that terms, such as those defined in commonly used dictionaries, should be interpreted as having a meaning that is consistent with their meaning in the context of the prior art and will not be interpreted in an idealized or overly formal sense unless expressly so defined herein.

As used herein, "client," "terminal device," and "terminal device" are understood by those skilled in the art to include both devices that include only wireless signal receivers without transmitting capabilities and devices that include receiving and transmitting hardware capable of two-way communication over a two-way communication link. Such a device may include: a cellular or other communication device such as a personal computer, tablet, or the like, having a single-line display or a multi-line display or a cellular or other communication device without a multi-line display; a PCS (Personal Communications Service, personal communication system) that may combine voice, data processing, facsimile and/or data communication capabilities; a PDA (Personal Digital Assistant ) that can include a radio frequency receiver, pager, internet/intranet access, web browser, notepad, calendar and/or GPS (Global Positioning System ) receiver; a conventional laptop and/or palmtop computer or other appliance that has and/or includes a radio frequency receiver. As used herein, "client," "terminal device" may be portable, transportable, installed in a vehicle (aeronautical, maritime, and/or land-based), or adapted and/or configured to operate locally and/or in a distributed fashion, at any other location(s) on earth and/or in space. As used herein, a "client," "terminal device," or "terminal device" may also be a communication terminal, an internet terminal, or a music/video playing terminal, for example, a PDA, a MID (Mobile Internet Device ), and/or a mobile phone with music/video playing function, or may also be a device such as a smart tv, a set top box, or the like.

The application refers to hardware such as a server, a client, a service node, and the like, which essentially is an electronic device with personal computer and other functions, and is a hardware device with necessary components disclosed by von neumann principles such as a central processing unit (including an arithmetic unit and a controller), a memory, an input device, an output device, and the like, wherein a computer program is stored in the memory, and the central processing unit calls the program stored in the memory to run, executes instructions in the program, and interacts with the input and output devices, thereby completing specific functions.

It should be noted that the concept of the present application, called "server", is equally applicable to the case of server clusters. The servers should be logically partitioned, physically separate from each other but interface-callable, or integrated into a physical computer or group of computers, according to network deployment principles understood by those skilled in the art. Those skilled in the art will appreciate this variation and should not be construed as limiting the implementation of the network deployment approach of the present application.

Referring to fig. 1, the hardware base required for implementing the related technical solution of the present application may be deployed according to the architecture shown in the figure. The server 70 of the present application is deployed at the cloud as a service server, and may be responsible for further connecting to related data servers and other servers providing related support, so as to form a logically related service cluster, to provide services for related terminal devices, such as a smart phone 71 and a personal computer 72 shown in the figure, or a third party server (not shown). The smart phone and the personal computer can access the internet through a well-known network access mode, and establish a data communication link with the cloud server 70 so as to run a terminal application program related to the service provided by the server.

For the server, the application program is usually constructed as a service process, and a corresponding program interface is opened for remote call of the application program running on various terminal devices.

The application program refers to an application program running on a server or terminal equipment, the application program adopts a programming mode to realize the related technical scheme of the application, the program codes of the application program can be stored in a nonvolatile storage medium which can be identified by a computer in the form of computer executable instructions, and the program codes are called by a central processing unit to run in a memory, and the related device of the application is constructed by the running of the application program on the computer.

One or more technical features of the present application, unless specified in the clear, may be deployed either on a server for implementation and the client remotely invokes an online service interface provided by the acquisition server for implementation of the access, or may be deployed and run directly on the client for implementation of the access.

The neural network model cited or possibly cited in the application can be deployed on a remote server and can be used for implementing remote call on a client, or can be deployed on a client with sufficient equipment capability for direct call, unless specified by plaintext, and in some embodiments, when the neural network model runs on the client, the corresponding intelligence can be obtained through migration learning so as to reduce the requirement on the running resources of the hardware of the client and avoid excessively occupying the running resources of the hardware of the client.

The various data related to the present application, unless specified in the plain text, may be stored either remotely in a server or in a local terminal device, as long as it is suitable for being invoked by the technical solution of the present application.

Those skilled in the art will appreciate that: although the various methods of the present application are described based on the same concepts so as to be common to each other, the methods may be performed independently of each other unless specifically indicated otherwise. Similarly, for the various embodiments disclosed herein, all concepts described herein are presented based on the same general inventive concept, and thus, concepts described herein with respect to the same general inventive concept, and concepts that are merely convenient and appropriately modified, although different, should be interpreted as equivalents.

The various embodiments of the present application to be disclosed herein, unless the plain text indicates a mutually exclusive relationship with each other, the technical features related to the various embodiments may be cross-combined to flexibly construct a new embodiment as long as such combination does not depart from the inventive spirit of the present application and can satisfy the needs in the art or solve the deficiencies in the prior art. This variant will be known to the person skilled in the art.

The online singing hall interaction execution method can be programmed into a computer program product and is mainly deployed in terminal equipment to be operated so as to be realized by accessing an interface opened after the computer program product is operated and performing man-machine interaction with the computer program product through a graphical user interface.

Referring to fig. 2, the online singing hall interaction execution method of the present application, in an exemplary embodiment thereof, includes the steps of:

step S1100, in response to the mode presentation event, displaying identity controls of at least part of audience users who have joined the online singing hall in a distributed manner in an audience aggregation area of a graphical user interface of the online singing hall:

the online singing hall is realized by providing background data support by a server, and the terminal equipment is responsible for completing the performance function and the man-machine interaction function of a graphical user interface. The participation objects of the online singing hall mainly comprise a playing user and a listener user, wherein the playing user is responsible for creating and maintaining the online singing hall, the server creates a service instance of the online singing hall for the playing user in the background, and each user of the online singing hall, including the playing user and the listener user, can display a graphical user interface of the online singing hall through the running of an application program installed on the terminal equipment of the playing user and the listener user. The playing user can control the playing of songs at the terminal equipment of the playing user so that each listener user can synchronously listen to the songs, each user in the online singing hall, including the playing user and any listener user, can broadcast the speaking information of the playing user to the online singing hall or unicast the speaking information of the playing user to any selected user, and the corresponding speaking information is displayed in a visual form in a graphical user interface of the received user.

In the example of a graphical user interface on the user side of an online singing hall audience as shown in fig. 3 and 4, the online singing hall operates in a virtual singing hall mode for simulating the presentation of a real singing hall on the graphical user interface, so that the graphical user interface comprises an audience aggregation area 81, and the audience aggregation area 81 can occupy a part (as in fig. 3) or a whole screen (as in fig. 4) of the graphical user interface, and can be flexibly set by a person skilled in the art.

The audience aggregation area 81 is used to present some or all of the audience users who have joined the online singing hall, and the specific determination of which audience users are target audience users displayed in the audience aggregation area 81 may be implemented in a variety of ways, for example:

in one embodiment, all of the audience users may be presented, with the audience aggregate area 81 first presented in a fixed size as shown in fig. 3 to accommodate all of the audience users. As audience users continue to join, individual audience users are successively added to the audience aggregation area 81, resulting in the audience aggregation area 81 being insufficient to display all of the audience users, at which point the size of the graphical user interface occupied by the audience aggregation area 81 may be enlarged by a predetermined amount of expansion or to accommodate the number of newly joined audience users, such that the audience aggregation area 81 accommodates more newly joined audience users as shown in fig. 4, and so on, until substantially the entire graphical user interface is occupied. Conversely, as the audience user exits the online singing hall, the proportion or size of the graphical user interface occupied by the audience area may be correspondingly reduced. It will be appreciated that the remaining display frames in the graphical user interface, in addition to the audience aggregation area 81, may be used to enable presentation of other information for an online singing hall, such as for presenting a song playing area 82. Accordingly, the audience aggregation area 81 is adaptively expanded or contracted according to all audience users of the online singing hall, virtual reality display is enhanced by preferentially displaying the audience aggregation area 81, various information of the online singing hall can be flexibly and uniformly regulated in display, and effective transmission and expression of important information are ensured.

In another embodiment, the number of users that can be shown in the audience aggregation area 81 may be predetermined according to the size of the audience aggregation area 81, and then, according to the number of users, the partial audience users among all the audience users in the current online hall are shown, and the determination of the partial audience users may be determined according to any one or any multiple of association factors such as the identity level in the personal account of the audience users joining the online hall, the total number of points, the online time length of the online hall, the total value of the virtual gift given to the playing user, etc., for example, a batch of audience users with the largest online time length is preferentially selected as the target audience users entering the audience aggregation area 81, so that when the number of all the audience users in the online hall is large, the display of excessive audience users can be avoided, the interface is kept clean, the effective display of the audience users is ensured, and thus the information conveying effect is more effective.

The terminal device may be brought into the graphical user interface of the virtual singing hall mode of the on-line singing hall in a number of alternative ways for displaying said audience gathering area 81, including by a play user control trigger, by an audience user control trigger, or by the audience user first entering a trigger, etc., which can be flexibly implemented by a person skilled in the art by opening one or more trigger mechanisms.

The mode presentation event is triggered in such a case that the corresponding audience aggregation area 81 is displayed in the graphical user interface, regardless of the way the user causes the online singing hall to enter said virtual singing hall mode in the terminal device, and the presentation process to the audience aggregation area 81 is initiated.

In order to enable the presentation of the audience users in the audience aggregation area 81, an identity control 80 is created correspondingly for each audience user to be displayed in the audience aggregation area 81, i.e. the target audience user, for loading and presenting personal identity information associated with the audience user, and if necessary, the identity control 80 may be further configured by a person skilled in the art to interactively respond to the user, so that, for example, touching the identity control 80 may trigger a one-to-one chat session to be performed on the audience user corresponding to the identity control 80, or call out a shortcut menu 801 corresponding to the audience user, provide personal information of the audience user corresponding to the identity control 80 to be viewed in the shortcut menu 801, add attention, etc. as shown in fig. 5.

In one embodiment, as shown in fig. 6, the identity control 80 is an image display control, and is used for loading and displaying a personal identity image of a corresponding target audience user, where the personal identity image generally adopts a personal avatar customized by the corresponding target audience user, and can be pushed to a terminal device where an online singing hall is located by a server, and referenced and loaded onto the identity control 80. Thus, each identity control 80 may display the personal avatar of its corresponding audience user. All audience users entering the audience aggregation area 81 have corresponding identity controls 80 for displaying personal head portraits thereof, and different audience users can be quickly identified through the personal head portraits, so that better identification effect is achieved. When the identity control 80 is configured with interactive capability, for example, the identity control 80 is configured with the capability of adding unicast chat information of the audience user corresponding to the identity control 80 to the chat input box by default in response to a double-click event, or is configured with the capability of popping up a shortcut menu 801 of the audience user corresponding to the identity control 80 in response to a long-press event, at this time, it can be found that the information interaction efficiency between the audience users can be further improved and the user experience can be improved through the interactive capability configured by the identity control 80.

When the online singing hall enters the virtual singing hall mode for the first time, the number of target audience users to be displayed in the audience aggregation area 81 is generally large, and in this case, the identity controls 80 corresponding to the target audience users are generally distributed in the audience aggregation area 81 to play a role in initializing display. In one embodiment, as shown in FIG. 6, the identity controls 80 may be randomly distributed in the audience aggregation area 81, i.e., the location at which each identity control 80 appears in the audience aggregation area 81 is randomly determined; in another embodiment, the identity controls 80 may also be ordered to appear from the audience gathering area side. And so on, can be flexibly implemented in combination with the atmosphere effect to be created. Accordingly, it will be readily appreciated that upon completion of the collective display of the identity controls 80 of the target audience users in the audience aggregation area 81, the individual avatars corresponding to the individual target audience users may be seen from the audience aggregation area 81.

Step S1200, automatically controlling the identity controls 80 of the audience users to move closer toward the predetermined azimuth of the audience aggregation area 81, and maintaining the identity controls 80 in a visible state:

the audience gathering area 81 is essentially a planar area provided in the graphical user interface, and thus, the orientation may be determined based on rectangular planar coordinates, and the predetermined orientation may be a local area, a point, or a line in the audience gathering area 81, for example, a point corresponding to the geometric center position of the audience gathering area 81 or each point on a line passing through the geometric center position, or a miniature local area with the point as an additional reference, so that the reference for the movement of the identity control 80 may be determined, so that the predetermined orientation may be referred to later, and the movement direction (movement direction) and movement speed (movement speed) of each identity control 80 may be determined accordingly by the corresponding computer program instructions to control the movement of the identity control 80 relative to the point or the local area, or the closest point on the line.

After determining the movement direction and movement speed of each identity control 80, the background computer program instructions may continuously control each identity control 80 to move towards the movement direction at the movement speed, so as to implement the aggregation effect, in one embodiment, for each identity control 80, the movement direction of the identity control 80 is determined by centering on the determined predetermined azimuth, according to the connection between the center position of the identity control 80 and the center position of the predetermined azimuth, and the movement speed of the identity control 80 may use a preset value, or dynamically adjust the movement speed in association with some external parameter, for example, any external parameter such as personal identity level, integral, etc. of the audience user corresponding to the identity control 80. Therefore, each identity control 80 is centered on the preset azimuth, and under the control of the corresponding movement speed, the identity controls 80 are slowly concentrated to the preset azimuth, so that the identity controls 80 are converged and close, the effect of compact arrangement is finally realized, the efficient utilization of the limited information display range of the audience gathering area 81 is realized, and the computer virtual effect of the real singing hall is also constructed.

Further, in order to avoid the mutual shielding of the identity controls 80, in the process that each identity control 80 moves towards the predetermined direction, two adjacent identity controls 80 in the control position keep a certain distance, so that each identity control 80 has a displayed space, and each identity control 80 is kept in a visible state in the audience gathering area 81 by avoiding that one identity control 80 is covered by the other adjacent identity control 80.

In order to achieve the purpose of maintaining the identity control 80 to be visible, in one embodiment, considering the fact that each identity control 80 is realized to be of a uniform size specification under the default condition, when the identity control 80 is a perfect circle control, the distance between the central positions of any two adjacent identity controls 80 can be controlled to be greater than or equal to 2/3 of the diameter of the identity control 80, so that in the same movement direction, such as the transverse direction, one identity control 80 is blocked by two adjacent identity controls 80 even if the two adjacent identity controls 80 are left and right, each adjacent identity control 80 only affects the display of 1/3 image of the former at most, and at least 1/3 visible content can be reserved without considering the interference of the identity controls 80 moving in other directions. If the identity controls 80 in the same arrangement direction are further sequentially stacked, 2/3 of visual content can be left by each identity control 80, so that not only is all the identity controls 80 further compact and densely packed and displayed for the most audience users possible, but also the identity controls 80 of all the audience users can be ensured to be in an effective visual state and can be identified.

In order to achieve the goal of maintaining the identity controls 80 visible, in another embodiment, considering the fact that each identity control 80 is implemented as a uniform size specification by default, when the identity control 80 is a square control, the adjustment of the distance between two adjacent identity controls 80 is the same as in the previous embodiment, except that when the distance is controlled, the diameter of the right circular shape is replaced by the side length of the square.

The identity control 80 in the audience gathering area 81 is controlled to move towards a preset azimuth, and computer program instructions of the application program running on terminal equipment entering an online singing hall can be responsible for automatic control so as to improve timeliness of automatic control of the identity control 80. In theory, in other alternative embodiments, the server supporting the online singing hall may also perform control, and the server calculates the data corresponding to the moving process of each identity control 80 and pushes the data to each corresponding terminal device for analysis and execution. In this regard, one skilled in the art can flexibly implement this.

Step S1300, displaying the speaking information sent by any audience user, and visually displaying the speaking information in an information bubble of the identity control 80 for indexing the audience user:

For the terminal device that the current user logs in, whether the current user is the playing user or the audience user, the information interaction in the online singing hall can be realized based on the identity control 80 in the audience aggregation area 81.

For example, when any one of the listener users in the online singing hall transmits speech information, the speech information is submitted to the server, and pushed to the corresponding listener user by the server according to whether the nature of the speech information belongs to unicast information or broadcast information. If the current user receives the speaking information, the background computer program instruction of the application program of the online singing hall running on the current terminal equipment can be responsible for analyzing the speaking information, outputting the speaking information to a graphical user interface, specifically to the audience aggregation area 81, and realizing the association of the speaking information and the source user of the speaking information.

To this end, in one embodiment, referring to fig. 7, an information bubble 84 is created for the speaking information, and the information bubble 84 is placed around the identity control 80 of the user from which the speaking information originates, so that the information bubble 84 achieves indexing of the identity control 80 to illustrate that the speaking information is sent by the listener user corresponding to the identity control 80. The pattern of the information bubble 84 may be determined according to a preset specified pattern of the source user of the speaking information, or may be correspondingly determined according to personal identity information of the source user, where the personal identity information includes, but is not limited to, an identity level of the source user, a total integral value, a total value of giving a virtual gift to the playing user, a total duration of residence of the source user in a current online singing hall, and the like. This allows the information bubbles 84 in the audience collecting area 81 to be differently displayed, so that the information bubbles 84 have a function of being distinguished from each other, thereby ensuring that readers are not easily confused.

The utterance information is then output to its corresponding information bubble 84. The speaking information can be any item of text, expression images, voice and the like. Specifically, for text, it may be output directly into the information bubble 84; for the expression image, the expression image may be reduced to a certain size and then filled into the information bubble 84; for voice data, a voice play control for playing the voice data may be inserted into the information bubble 84. By creating the information bubble 84 and inserting the utterance information visualization into the information bubble 84, the corresponding utterance information can be read or heard by the current user when the information bubble 84 is rendered. Because the information bubble 84 establishes the association with the source user thereof through the index identity control 80, and the identity control 80 displays the personal identity image of the source user, the user of the current terminal device can quickly look up the information interacted between the audience users in the audience gathering area 81 through rich image information, and the audience gathering area 81 realizes the technical framework for efficiently displaying the user information in a limited local space through the form of the virtual singing hall, thus greatly improving the user interaction efficiency in the online singing hall, activating the virtual reality atmosphere of the online singing hall and integrally improving the information transmission efficiency of the online singing hall.

It will be readily apparent from the above exemplary embodiments of the present application and various modifications thereof that may be made by practicing the present application with many technical advantages, including but not limited to the following aspects:

first, the application improves the information transmission efficiency in the online singing hall. According to the application, the audience gathering area 81 is provided in the graphical user interface of the online singing hall, the identity controls 80 are created in the audience gathering area 81 for at least part of audience users to realize the indication of the audience users, then the identity controls 80 are controlled to realize gathering and gathering in the audience gathering area 81 and ensure that each identity control 80 maintains visibility, the limited display space of a terminal device screen is maximally utilized, so that the audience users of the online singing hall can be displayed as much as possible in the limited display space range, further, the speaking information sent by any audience user is displayed in the information bubble 84 for indexing the audience users, the visual display of the speaking information is realized, readers can more easily identify the speaking information and the source users thereof, the information transmission efficiency is improved, and the information processing efficiency in the online singing hall is correspondingly improved.

Secondly, the application optimizes the interface display effect of the online singing hall. Compared with the traditional mode of displaying speaking information through a public screen flow area and displaying audience users through a user list area in the traditional technology, the application compactly displays the audience users in the audience gathering area 81, and the virtual singing hall mode defined on the technical principle of interaction based on the identity control 80 of the audience users is more concise and readable, and the interface display effect is more beneficial to improving user experience.

Furthermore, the present application defines a new business state for the online singing hall. The application provides the audience gathering area 81, the identity control 80 refers to the audience user, an automatic control mechanism is adopted to ensure that the audience user realizes the gathering effect in the audience gathering area 81, the effective virtual of a real singing hall on computer equipment is realized, the new product form of the online singing hall is upgraded and defined, the user flow can be stimulated, and the user activity of a corresponding service platform is improved.

Referring to fig. 8, in a further embodiment, in response to the mode presentation event, the step S1100 of displaying the identity control of at least part of the audience users who have joined the online singing hall in a distributed manner in the audience aggregation area of the graphical user interface of the online singing hall includes the steps of:

step S1110, triggering a mode presentation event in response to a voice hall mode switching instruction triggered by a current audience user or a play user of the online voice hall, or in response to an operation event entering the online voice hall:

there are a number of ways to trigger a mode presentation event for an online singing hall, such as:

in one embodiment, in the terminal device of the playing user, a control key may be provided in a graphical user interface of the online singing hall, after the playing user touches the control key, a mode showing event is triggered, and the mode showing event is broadcasted to all users in the online singing hall through the server in response to the mode showing event, so that the online singing hall displayed by the terminal device of all users is controlled to be uniformly switched from the original graphical user interface to the graphical user interface in the virtual singing hall mode, and the audience gathering area 81 is displayed. This embodiment provides the broadcasting user with a control function of collectively and uniformly controlling the mode switching of the online singing hall in effect, so that the broadcasting user can switch the online singing hall to the virtual singing hall mode in all the user's terminal devices in one key, thereby causing the graphical user interfaces of the respective terminal devices to be switched to display the audience aggregation area 81.

In another embodiment, the user of the listener is allowed to control the switching of the on-line singing hall graphic user interface displayed by the application program of the user of the listener, so that the on-line singing hall of the terminal device is switched from the original graphic user interface to the virtual singing hall mode to display the graphic user interface corresponding to the listener gathering area 81. In this embodiment, the terminal device application program allowing the online singing hall to run provides the function that the locally registered listener user independently controls the effect of the online singing hall on his own display, so that the switching control implemented by one listener user does not affect the interface display effect of the terminal devices of other listener users, and the terminal devices do not need to be processed by a server, thereby being flexible and efficient.

In still another embodiment, when an audience user selects an online hall from the application program of his terminal device to join, the virtual hall mode of the online hall is entered by default, thereby displaying the audience aggregation area 81.

When the application is implemented to develop the corresponding application program product, a developer can simultaneously realize codes corresponding to the modes, so that the functions provided by the application program product are more abundant.

In the above various manners, the control key for triggering the mode display event may be implemented by replacing a specific physical key of the terminal device, for example, a volume key, or by replacing the identification of a certain preset motion mode implemented by the acceleration sensor of the terminal device, and when the preset motion mode occurs, the control key is regarded as a trigger instruction to trigger the mode display event. And so forth, those skilled in the art will be able to implement the teachings herein.

Step S1120, responding to the mode display event, displaying a song playing area and the audience aggregation area in a graphical user interface of an online singing hall of the current terminal equipment, wherein the song playing area is used for displaying playing information of the online singing hall in playing songs, and the audience aggregation area is used for displaying all identity controls of the online singing hall:

referring to fig. 3 to 7 in combination, when the mode presentation event is triggered, the background computer program instructions of the application program currently running on the terminal device present at least a song playing area 82 and a listener aggregation area 81 in the graphical user interface of the online singing hall in response to the mode presentation event.

The song playing area 82 is used for displaying playing information of the playing song in the online singing hall, where the playing information is generally a song controlled by a playing user in the online singing hall, and the playing information generally includes lyric information of the playing song, if necessary, playing progress information of the playing song, and if the playing song includes a video file, the playing information may also include a video image played by the playing song, which can be implemented flexibly by a person skilled in the art according to the teachings herein. In the song playing area 82, other information may be further added, such as adding an identity control 80 of the playing user in the online singing hall, adding personal identity information of the playing user, singer information of the playing song, and the like.

As for the audience aggregation area 81, as described above, all identity controls 80 for presenting the online singing hall are described in accordance with any of the related embodiments of the present application.

In one embodiment, the song playing area 82 and the audience gathering area 81 may generally occupy areas of the graphical user interface of the online singing hall that are not overlapped with each other, for example, they may be disposed up and down (when the terminal device is on a vertical screen) or left and right (when the terminal device is on a horizontal screen), and they both occupy different areas with fixed sizes, so that the information display of each other may be more clearly readable.

In another embodiment, the embodiment of dynamically expanding and contracting the audience aggregation area 81 allows the size of the occupied spaces of the audience aggregation area 81 and the song playing area 82 to be dynamically adjusted within the whole frame space range provided by the graphical user interface, for example, comparing fig. 3 and fig. 4, when the audience aggregation area 81 expands the occupied area of the audience aggregation area 82 in response to the display needs of more and more identity controls 80 of new audience users, the size of the occupied area of the song playing area 82 is correspondingly reduced, and conversely, when the audience aggregation area 81 reduces the occupied area of the audience aggregation area 81 in response to the continuous exit needs of the audience users from the online singing hall, the size of the occupied area of the song playing area 82 is correspondingly increased, thereby realizing the dynamic adjustment of the display space of the audience aggregation area 81 and the song playing area 82 and ensuring the overall information transmission efficiency.

In still another embodiment, the song playing area 82 may share an area of the same graphical user interface with the audience aggregation area 81, for example, the playing information of the playing songs required to be displayed in the song playing area 82 and the identity controls 80 of the individual audience users in the audience aggregation area 81 may be set in a staggered manner, if necessary, as shown in fig. 9, one of the two may be set as a background of the other, for example, the video picture corresponding to the playing songs displayed in the song playing area 82 is used as an opaque background, and the identity controls 80 are displayed as a semitransparent foreground, so that both are convenient to achieve the maximization of the information display space.

It can be seen that, according to the teachings herein, those skilled in the art can flexibly design the relative positional relationship between the song playing area 82 and the audience gathering area 81, so that the two cooperatively display various information of the online singing hall, and ensure that the virtual singing hall mode of the online singing hall can obtain better virtual effect.

Step S1130, creating identity controls of at least part of the audience users, randomly positioning each identity control in the audience aggregation area and rendering and displaying, where the identity controls are used to display personal identity images of their corresponding audience users:

as previously described, there are a variety of ways to determine at least some of the audience users to be displayed in the audience aggregation area 81, and these determined audience users are referred to as target audience users. In order to realize the presentation of the target audience users, as also described above, the instances of the identity controls 80 corresponding to the target audience users need to be created in the memory, and then the positions of the identity controls 80 in the audience aggregation area 81 are randomly determined in a random distribution manner, so that the random positioning of the identity controls 80 is realized.

Then, by graphics rendering, each identity control 80 is caused to be displayed in its corresponding determined position in the audience aggregation area 81. The identity control 80 may load an image of the personal identity of its respective audience user, such as a custom avatar, whereby the corresponding avatar for each target audience user may be displayed in the audience aggregation area 81. The image of the target audience user can be acquired by the server and pushed to the terminal equipment, and the application program at the terminal equipment side loads and displays the image.

According to the embodiment, the display process of the audience users entering the audience aggregation area 81 is expanded, an online singing hall can be switched to a virtual singing hall mode in any one of a plurality of modes, so that the audience aggregation area 81 is displayed, then the personal identity images of the target audience users displayed in the audience aggregation area 81 are obtained and loaded into the corresponding identity controls 80 according to a certain strategy, the display of the personal identity images of the target audience users in the audience aggregation area 81 finally is realized by rendering the identity controls 80, the initialization display process of the audience users in the audience aggregation area 81 is completed, the layout relation between the audience aggregation area 81 and the song playing area 82 is coordinated, the balance of the technical realization efficiency and the information transmission efficiency is comprehensively considered, and more efficient computer processing efficiency can be achieved.

Referring to fig. 10, in a deepened embodiment, the step S1200 of automatically controlling the identity controls of the audience users to move closer toward a predetermined azimuth of the audience gathering area and maintaining the identity controls in a visible state includes the following steps:

step S1210, using the geometric center position of the audience aggregation area or the preset position of the current audience user as the preset azimuth of each identity control movement, starting to control each identity control of the audience user to move towards the preset azimuth:

In an alternative embodiment, the geometric center position of the audience gathering area 81 is determined to be the predetermined azimuth; in an alternative embodiment, the current user may touch and control by himself to long press a blank position in the designated audience aggregation area 81, then analyze the blank position to a predetermined position, and use the predetermined position as a predetermined position determined by the current user, and start to control the identity control 80 of each audience user to move towards the predetermined position with reference to the predetermined position. The latter allows the current user of the terminal device to participate in the layout adjustment of the virtual singing hall more in participation, providing effective technical support for the current user to adjust the aggregation area of the audience aggregation area 81.

Step S1220, automatically controlling the moving process of the identity control of each audience user, so that one of the identity control of each audience user enters the predetermined azimuth to determine the stay position, and the identity control of the other audience user gradually determines the stay position from inside to outside with the predetermined azimuth as the center:

after the process of controlling the identity controls 80 to move close is started, the movement of each identity control 80 can be automatically controlled by the computer program instructions of the background of the terminal equipment. An exemplary implementation strategy is as follows: all identity controls 80 are controlled to start moving at a certain movement speed towards the predetermined orientation at their original positions, whereby the identity control 80 closest to the predetermined orientation will first reach the predetermined orientation, thereby stopping its movement and allowing it to determine the corresponding rest position. Then, in the process of moving the identity control 80 corresponding to other audience users towards the preset azimuth, when the identity control 80 collides or properly contacts with the adjacent identity control 80 relatively close to the preset azimuth, the corresponding stay position can be determined in a timely stopping manner, and the like, and it is easy to understand that all the identity controls 80 on the periphery gradually determine the stay positions by taking the preset azimuth as the center from inside to outside, so that the aggregation of all the identity controls 80 is finally realized.

Step S1230, during the movement of the identity control of each audience user, controlling the distance between the identity control and the closest identity control which has completed the movement in the direction towards the predetermined azimuth and determines the stay position to not exceed the preset distance threshold, and maintaining the closest identity control in a visible state by determining the stay position of the moved identity control by keeping the distance:

in order to efficiently utilize the display space of the audience aggregation area 81, a preset distance threshold is set for the movement of the identity control 80 in the moving process of each audience user identity control 80, and whether the moving identity control 80 reaches a stop condition is judged by using the preset distance threshold, and when the stop condition is reached, the movement of the identity control 80 is correspondingly stopped, so that the corresponding stop position of the identity control 80 is determined.

Specifically, whether the distance between the center positions of the current identity control 80 and the nearest adjacent identity control 80 in the moving direction exceeds the preset distance threshold can be calculated in real time in the moving process, when the distance exceeds the preset distance threshold, the current identity control 80 is continuously controlled to move towards the moving direction, and when the distance does not exceed the preset distance threshold, the current identity control 80 can be stopped from moving, so that the relative distance between the two adjacent identity controls 80 is determined to be maintained to be a fixed value, and the stay position of the current identity control 80 is determined.

The preset distance threshold may be preset by a person skilled in the art for the purpose of maintaining that each identity control 80 is not completely blocked by other identity controls 80, that is, ensuring that, in two adjacent identity controls 80, the preset distance threshold of the preceding identity control 80 and the rear-end identity control 80 results in that the preceding identity control 80 is still in a visible state in enough interior even after the preceding identity control 80 is partially overlapped and blocked, so that a user can realize visual identification of the preceding identity control 80 conveniently.

In a more specific implementation manner, reference may be made to the examples of the present application given in the foregoing exemplary embodiment, and the rule of specifying the distances between two neighboring identity controls 80 in the case where the identity controls 80 are right circles or squares may be applied to this embodiment, where the rule is used to determine the preset distance threshold, for example, the preset distance threshold is set to be 2/3 of the diameter or the side length of the right circular identity control 80, so that at most 1/3 of the two identity controls 80 overlap. In addition, the person skilled in the art can set the preset distance threshold in a more similar manner, as long as it is ensured that each identity control 80 is visually identifiable after stopping movement, as taught herein.

The present embodiment gives an implementation example of the aggregation process of all the identity controls 80 in the audience aggregation area 81, and it can be seen that, since the identity controls 80 can be controlled to be moderately aggregated, the identity controls 80 are not affected in recognition, but more audience users can be represented in the audience aggregation area 81 to the maximum extent by compacting the identity controls 80, so that efficient utilization of the information expression space of the limited graphical user interface is achieved, the information transmission efficiency of the audience aggregation area 81 with the limited size is improved, and man-machine interaction based on the identity controls 80 can still not be affected.

Referring to fig. 11, in a deepened embodiment, the step S1300 of displaying the speaking information sent by any listener user and visually displaying the speaking information in an information bubble for indexing an identity control of the listener user includes the following steps:

step S1310, receiving speech information input by a current audience user already shown in the audience aggregation area, and sending the speech information to a corresponding user of the online singing hall, so as to drive display of the speech information on a graphical user interface of the corresponding user:

when the on-line singing hall enters the virtual singing hall mode, after each listener user is presented in the listener aggregation area 81, the corresponding identity control 80 of each listener user plays the role of identity recognition, for which purpose, when a current listener user already presented in the listener aggregation area 81 inputs speech information as a source user to the on-line singing hall, the speech information is unicast or broadcast to the corresponding user designated by the current listener user by the server of the on-line singing hall. The corresponding users can contain all audience users and broadcasting users, and can also contain only broadcasting users or only one audience user, and at the moment, a unicast transmission mode is adopted. Thus, the terminal device of the corresponding user, driven by the speaking information, may display the speaking information in its gui, specifically, for example, in the audience aggregation area 81, and establish a correspondence with the source user, and the display process may refer to step S1320.

Step S1320, receiving speaking information broadcast by any audience, creating an information bubble for indexing an identity control of the audience in the audience aggregation area, and visually displaying the speaking information in the information bubble:

on the other side of the two sides of the integration, any one of the audience users in the audience aggregation area 81 is used as the speaking information sent by the source user, and after arriving at a terminal device of the corresponding user responsible for receiving, the speaking information is analyzed and displayed. To this end, the terminal device receives the speaking information, determines its source user, so as to determine the identity control 80 corresponding to the source user in the audience aggregation area 81, and then, as shown in fig. 7, associates the identity control 80 to create an information bubble 84 in the manner described above, and displays the speaking information visually in the information bubble 84, so as to complete presentation of the speaking information in association with its source user in the audience aggregation area 81. As previously mentioned, the utterance information may be text, expressions, or speech, all of which may be presented in a suitable visual form.

Step S1330, when the display time of the information bubble reaches a predetermined time, clearing the information bubble:

To ensure the cleanliness of the graphical user interface in the terminal device, a predetermined time period may be set for each information bubble 84, and then the display time period of the information bubble 84 is monitored to determine whether the predetermined time period is reached, when the predetermined time period is reached, the information bubble 84 is cleared from the audience aggregation area 81, and timely elimination of the information bubble 84 ensures that messages in the audience aggregation area 81 are not too crowded.

Further, when a source user frequently sends the speaking information, if the previous information bubble 84 is not cleared, the subsequent speaking information can be output to the information bubble 84 that is not cleared, so as to realize multiplexing, and of course, the display duration can be recalculated to ensure that the latest speaking information maintains a reasonable display time so as to be read by the audience.

When the information bubble 84 is text and has a large word length, for example, more than 20 words, when the information bubble 84 is output to the user, the information bubble 84 can be displayed in a truncated mode according to a preset fixed length, and accordingly, the configuration information bubble 84 can respond to the touch of the user to expand the full text of the speaking information, so that interface confusion is avoided, an entrance for reading the full speaking information can be provided, and effective information transmission is ensured.

The present embodiment gives an example of the process of displaying the speaking information generated by the online singing hall in the audience aggregation area 81, and it can be seen that the control logic thereof effectively coordinates the display of a large amount of speaking information, so that the effective transmission of the information is ensured, the clean and efficient interface is ensured, and the overall information transmission efficiency is very high because the audience users are gathered.

In an extended embodiment, the step S1100, in response to the mode presentation event, after the step of displaying the identity control of at least part of the audience users that have joined the online singing hall in a distributed manner in the audience aggregation area of the graphical user interface of the online singing hall, includes the steps of:

step S1410, in response to a motion control command triggered by an acceleration sensor of a terminal device of a current audience user, determining a motion direction and a motion speed corresponding to the motion control command:

in this embodiment, the audience users of the online singing hall are allowed to self-adjust the aggregate area of the total audience users in the audience aggregate area 81, for which purpose the adjustment process can be started by using an acceleration sensor carried by the terminal device where the audience users are located.

Specifically, in this step, a current listener logged in a terminal device may operate the terminal device to tilt to one side, so that the acceleration sensor carried by the terminal device generates corresponding motion data, and according to the motion data, a tilt direction and a tilt amplitude thereof may be determined, so that the motion data is resolved into a motion control instruction, the tilt direction is determined as a motion direction specified by the motion control instruction, and according to the tilt amplitude, the motion direction is correspondingly converted into a motion speed specified by the motion control instruction, and then the motion control instruction may be executed according to the motion direction and the tilt amplitude.

In order to facilitate normal use of the terminal device, a state of frequently triggering the motion control instruction is avoided, a switching control can be set in the online singing hall, when the switching control is set to be in a first state, motion data generated by the acceleration sensor is analyzed to determine whether the motion control instruction is triggered, and when the switching control is set to be in a second state, whether the motion control instruction is generated or not is not performed on the motion data. Thus, the individual steps of the present embodiment exert corresponding effects only when the user needs to adjust the aggregation area in the audience aggregation area 81.

Step S1420, controlling all identity controls in the audience aggregation area to synchronously move along the moving direction at the moving speed until the identity controls collide with the boundary of the audience aggregation area in the moving direction:

after the motion control instruction is analyzed, the background computer program instruction of the terminal device can control all the identity controls 80 in the audience gathering area 81 to translate synchronously along the motion direction according to the motion speed, for example, when the terminal device inclines to the left, all the identity controls 80 are controlled to move to the left at the same speed, and when the leftmost identity control 80 collides with the boundary in the motion direction, namely the left side line of the example, the translation motion of all the identity controls 80 is stopped, so that the execution of the motion control instruction is completed.

The motion control command can be triggered immediately to implement quantitative translational control, so that translational motion to one side boundary can be completed by continuously analyzing and executing a plurality of motion control commands, thus, a user swings the terminal equipment at will, and the full-quantity identity control 80 immediately responds to the motion control command triggered by the user to update the motion direction and the motion speed of the user immediately to generate a motion effect which is changed according to swing, thereby increasing the interestingness of the user in the adjustment process; or a single trigger can be used to complete the control of all identity controls 80 to translate to the boundaries at one time, which can be flexibly implemented by those skilled in the art.

In this embodiment, the acceleration sensor of the terminal device is used to obtain the motion control instruction, so as to adjust the aggregation area of the full-quantity identity control 80 in the audience aggregation area 81, so that the user of the terminal device can conveniently and automatically adjust the position of the full-quantity identity control 80, thereby adjusting the space available for displaying other information from the audience aggregation area 81, and further excavating the information expression capability of the limited interface.

Step S1510, monitor the occupation control instruction of the current audience user acting on any moving direction, move the identity control of the current audience user according to the occupation control instruction, and control the distance between the boundary of the identity control and the identity control of another audience user closest to the identity control in the moving direction not to exceed the preset distance threshold:

this embodiment allows the audience user to self-move their corresponding identity control 80 to occupy a blank area in the audience aggregation area 81. In general, an online singing hall is constantly being newly added or exited by a listener user during the course of its activity, wherein the identity control 80 displayed in the listener aggregate area 81 of the exiting listener user is correspondingly cleared, thus leaving blank areas, and other listener users, particularly newly added listener users, can automatically control their corresponding newly added identity control 80 to occupy these blank areas. For newly joined audience users' identity controls, the location where their identity controls first appear in the audience aggregate area, or appear in a default location in the audience aggregate area, such as the lower left corner of the audience aggregate area, may be randomly determined.

For example, after a current listener user enters the virtual singing hall mode of an online singing hall by any one of the ways, or when a listener user adjacent to the current listener user already shown in the listener assembly area 81 has exited the listener assembly area 81, the terminal device of the current listener user begins to recognize the occupancy control instructions triggered by the current listener user under the monitoring of the background computer program instructions. In one embodiment, the current audience user may trigger the occupancy control command in any of a number of alternative ways, such as touching, sliding, tilting the screen to cause the acceleration sensor to provide motion data. In another embodiment, for the identity control of the listener user newly joining the online singing hall, a direction control keyboard is displayed on the graphical user interface of the listener user, and is used for receiving the touch control of the buttons of the user in each direction to trigger the corresponding occupation control instruction. After the current audience user on the terminal device triggers the occupation control instruction, responding to the occupation control instruction, and starting to move and control the identity control 80 corresponding to the current audience user to move in the audience aggregation area 81 according to the movement direction and the movement speed indicated by the occupation control instruction under the action of a program.

At the same time, the background detects the position reached by the boundary of the identity control 80 of the current audience, and when the distance between the boundary and the identity control 80 of another audience closest to the boundary in the motion direction exceeds the preset distance threshold, the movement of the identity control 80 of the current audience can be terminated. The predetermined distance threshold may be determined in advance by one skilled in the art, for example, by 1/2 the radius of the two right circular identity controls 80. When determining the distance between the boundary of the identity control 80 of the current audience user and the closest identity control 80 of another audience user, the connection line between the boundary of the former and the geometric center position of the latter, such as the center of a circle of the right circular identity control 80, is taken as the actual distance obtained by detection, the actual distance is compared with the preset distance threshold value, and the actual distance is always maintained not to exceed the preset distance threshold value, so that it can be ensured that the identity control 80 of the other audience user is always covered by the identity control 80 of the current audience user in a 3/4 range, so as to maintain the identity control 80 of the other audience user to be always in a visible state.

The movement control principle for a square or other shaped identity control 80 is the same as for a right circular identity control 80 according to the principles disclosed in this embodiment. The preset distance threshold, which is considered to control the visible area of the identity control 80, can be flexibly preset by a person skilled in the art. As for determining the actual distance during the movement of the identity control 80, although the present embodiment refers to the line between the boundary of the identity control 80 of the current audience and the geometric center position of the identity control 80 of the other audience, in other alternative embodiments, the line between the geometric center positions of the two identity controls 80 may be based, so long as the preset distance threshold is flexibly set according to the starting point of the referenced line.

Step S1520, monitoring the idle time length of the current audience user without applying the space occupation control instruction, when the idle time length reaches a preset time length threshold, automatically controlling the identity control of the current audience user to move close towards a preset azimuth of the audience aggregation area, and controlling the distance between the boundary of the identity control and the identity control of another audience user closest to the identity control in the moving direction not to exceed a preset distance threshold:

in addition to allowing the current listener user to move the identity control 80 to occupy the space according to the occupancy control instruction, the background process on the terminal device also monitors the idle time period when the current listener user does not apply the occupancy control instruction. When the current audience user has implemented the last occupation control instruction, the time corresponding to the last occupation control instruction can be the counted time; or the time corresponding to when the current audience user initially entered the online singing hall and presented to the audience gathering area 81. Thus, after the background timer calculates that the idle duration reaches the preset duration threshold, the current audience user 'S identity control 80 is automatically controlled to move towards the preset azimuth of the audience aggregation area 81, and the control principle is the same as that disclosed in the foregoing related embodiment of the present application, and in the same manner as step S1510, in the process that the current audience user' S identity control 80 is automatically controlled to move, it is ensured that the distance between the boundary of the identity control 80 and the closest identity control 80 in the moving direction thereof does not exceed the preset distance threshold.

In this embodiment, the listener user is allowed to control and adjust the position of the corresponding identity control 80 in the listener aggregation area 81 in the online singing hall graphical user interface of the terminal device, so that the identity control 80 and other identity controls 80 are aggregated, and when the current listener user does not apply such control, the background can also automatically control the movement of the identity control 80 of the current listener user after a certain idle period, so as to achieve the aggregation effect. Therefore, on one hand, richer user interaction means are opened, and interaction entertainment is enhanced; on the other hand, the method is convenient to adapt to the timely deficiency of the vacant space in the audience aggregation area 81 when the audience user exits, timely finishes the arrangement of the information display space of the audience aggregation area 81, and keeps the uniformity of the information display style of the audience aggregation area 81 as much as possible, so that the user can conveniently read the information, and the information transmission efficiency is further ensured.

Step S1610, responding to a slow-remote control command triggered by a current audience user, and acquiring rhythm information of the music played by the online singing hall:

there are a number of ways suitable for triggering the jog command. For example:

in one embodiment, a current audience user logged in the online singing hall in a terminal device can shake the terminal device with force to cause the acceleration sensor to generate corresponding motion data, and then the online singing hall computer program process in the background of the terminal device identifies whether the motion data matches a preset motion model, and when the motion data matches the motion model, a slow-remote control instruction is regarded as being triggered. When the listener user triggers the terminal device to shake again so that the motion data of the acceleration sensor of the terminal device matches the motion model, the listener user can correspondingly be regarded as triggering a corresponding slow shake termination instruction.

In another embodiment, please refer to fig. 3-7 and fig. 9, a jog switch key is provided on the graphical user interface of the online singing hall, and the jog control command is triggered when the jog switch key is set to the first state; when set to the second state, a slow roll termination command is triggered accordingly.

The slow-swing control instruction is used for controlling all the identity controls 80 in the audience gathering area 81 of the singing hall in the current terminal equipment to enter a synchronous swinging state, and the slow-swing termination instruction, as the name implies, can be used for controlling the current terminal equipment to terminate the synchronous swinging state, so that all the identity controls 80 in the audience gathering area 81 return to the original display positions before entering the synchronous swinging state.

Responsive to the jog control instruction, rhythm information of music currently being played in the online singing hall can be acquired to control movement of the identity control 80 in the audience aggregation area 81 in accordance with the rhythm information. The rhythm information can be obtained by sending a request to a server of an online singing hall or by local acquisition.

In one embodiment, when the slow remote control command is triggered, the terminal device sends a rhythm information obtaining request to the server, the server returns rhythm information corresponding to the playing music of the online singing hall to the terminal device, and the terminal device analyzes the re-shooting time length in the rhythm information, wherein the re-shooting time length is generally the time length between two adjacent drum points in the playing music, so that the movement control of the identity control 80 in the audience aggregation area 81 is implemented according to the re-shooting time length. The server may detect the playing music in real time in response to the rhythm information acquisition request to obtain the rhythm information, or may detect the rhythm information of the playing music in advance to obtain corresponding rhythm information and store the corresponding rhythm information in association with the playing music for later recall. The method for determining the rhythm information of playing music by the server can save the system overhead of the terminal equipment, and can be suitable for all scenes after the rhythm information is uniformly determined by the server, so that the method is convenient for any user to acquire quickly at any time.

In another embodiment, when the slow remote control command is triggered, an application program of the singing hall on the line in the terminal device detects the drum points in the playing music in real time in the background according to a preset algorithm, the time between two adjacent drum points is the re-shooting time of the playing music, the re-shooting time can be used as rhythm information to control the movement of the identity control 80 in the audience gathering area 81, meanwhile, the background continues to detect the drum points playing the music in real time and calculate the re-shooting time in real time, and when the re-shooting time detected in real time changes obviously relative to the re-shooting time detected last time, for example, when the time difference between the detected re-shooting time and the detected re-shooting time exceeds 50ms, the re-shooting time used for controlling the movement of the identity control 80 can be updated, so that the movement of the identity control is kept synchronous with the rhythm of the playing music rapidly. The terminal equipment determines the rhythm information for controlling the movement of the identity control 80 in the audience aggregation area 81 by itself, and can adapt to some music played without uniformly determining the rhythm information, so that any song played by a playing user in an online singing hall can determine the rhythm information and be used for controlling the shaking of the identity control 80 in the audience aggregation area 81.

It will be appreciated that the rhythm information and the playing music have a corresponding relationship in the time stamp, so that each drum point corresponds to a corresponding time stamp of the playing music, and accordingly, a specific time node of the re-beat time period corresponding to the playing process of the playing music can be determined, so that synchronization of the shaking control of the identity control 80 and the rhythm of the playing music can be ensured.

Step S1620, automatically controlling identity controls of all audience users to synchronously shake back and forth according to beats in the rhythm information:

after the terminal device obtains the rhythm information, specifically, after determining the information such as the re-beat time length corresponding to the drum point and the corresponding time stamp, and the like, each re-beat time length is taken as the identity control 80 to implement a complete period of back and forth shaking motion, the period is divided into two phases of time information corresponding to the played music, all the identity controls 80 in the audience gathering area 81 are controlled to move towards one direction in the first phase, and then the identity controls 80 are controlled to move reversely in the second phase, so that the back and forth shaking effect of all the identity controls 80 in the audience gathering area 81 is rendered, and the slow shaking simulation effect of the audience in the real singing hall along with the music rhythm is realized. In a modified embodiment, each identity control 80 can implement an arc motion based on a neighboring point far from the identity control 80 itself when moving back and forth, so that the simulation of the slow-rocking effect can be more realistic. Because the motion control of the identity control is always carried out according to the re-shooting time length, the shaking effect of the identity control is correspondingly updated as long as the re-shooting time length is updated, and in general, the spectator can obtain the slow shaking ornamental effect.

Of course, when the current listener user of the terminal device triggers the slow shake termination instruction, all the identity controls 80 in the listener integration area 81 can be controlled to return to the original positions before entering the shake state, so as to terminate the shake of the identity control.

In an alternative embodiment, the slow-panning control command and the slow-panning termination command may also be triggered by the playing user in the online singing hall to control the terminal devices of the audience users in the online singing hall to correspondingly execute the processes of acquiring the rhythm information and controlling the shaking of the identity control in the audience aggregation area 81 according to the rhythm information, thereby achieving the technical effect of one control more.

According to the embodiment, by responding to the slow-rock control instruction, all identity control in the audience gathering area 81 is controlled to synchronously rock according to the rhythm information of the online singing hall in playing music, so that the simulation effect of the online singing hall on slow-rock motion in the real singing hall is enhanced, the simulation atmosphere of the online singing hall is further enhanced, the simulation atmosphere of the online singing hall is facilitated to stimulate the perception of users to activate the interaction atmosphere of the online singing hall, the active user quantity and the user residence rate of the online singing hall are improved, and the emotion information of users in the online singing hall is effectively expressed by using a technical means in fact.

step S1710, responding to the gift notifying message triggered by any audience user, and obtaining the gift class in the gift notifying message:

in an online singing hall, a listener user may give a virtual gift to a playing user. When any audience user gives a virtual gift to a playing user, a corresponding virtual gift giving request is firstly initiated to an online singing hall server, and after the server implements a corresponding virtual gift giving flow, a corresponding gift sending notification message is broadcasted to the online singing hall, wherein the gift sending notification message generally comprises characteristic information of the given virtual gift and a corresponding gift sending grade thereof, the characteristic information is used for uniquely indicating the virtual gift, and the gift sending grade can be correspondingly determined according to the giving quantity or the value of the given virtual gift. After the gift sending notification message is broadcast to the online singing hall, each user, including the playing user and the audience user, can receive the gift sending notification message, so that the terminal equipment of the user logging in the online singing hall can analyze the provided gift sending grade from the received gift sending notification message under the action of the online singing hall application program process.

Step S1720, controlling the identity control of the audience user to perform amplification display according to the gift class, so that the amplification factor and the amplification duration of the audience user correspond to the gift class:

the gift class may include a plurality of class labels for indicating different magnification and length of time, for example, for the first class, the magnification is 1.5 times, and the length of time of amplification is 1 second; for the second level, the magnification is 2 times, and the length of the magnification is 2 seconds. Similarly, multiple gift classes can be flexibly set by those skilled in the art as desired. In general, the higher the value of the virtual gift given, the higher the level thereof, and the higher the level, the greater the magnification and the length of the magnification are given. Therefore, the identity control 80 of the audience user of the virtual gift giver can be controlled to be amplified and displayed according to the gift-giving level, and the value of the virtual gift giver gived by the audience user corresponding to the identity control 80 is marked through different amplified sizes of the identity control 80.

Specifically, since the gift-offering notification message includes the feature information of the audience user who gives the virtual gift, the identity control 80 corresponding to the audience user in the audience aggregation area 81 can be quickly determined according to the feature information, and accordingly, the identity control 80 can be controlled to perform the enlarged display, as shown in fig. 12, so that the enlarged display is performed according to the enlargement ratio. Then, the enlarged state is maintained according to the enlarged time period until the identity control 80 of the audience user is restored to the original size before enlargement after the enlarged time period. When the same audience user sends a plurality of virtual gifts in sequence to trigger a plurality of gift sending notification messages which successively arrive at the terminal device, if the identity control 80 corresponding to the audience user is still in the amplifying state corresponding to the previous virtual gift, at this time, the identity control 80 can be immediately controlled to recover, and then the user can amplify again after a very short time which can be perceived by human eyes, for example, 0.2 seconds, so as to form a flash effect, in this way, the audience can perceive that the same audience user frequently sends the virtual gift, and an effective information conveying effect is achieved in a virtual singing hall mode.

The present embodiment enriches the information display capability in the virtual singing hall mode, determines the characteristic information of the audience user presenting the virtual gift and the corresponding gift class thereof according to the gift notification message triggered by the audience user presenting the virtual gift, and then enlarges and displays the identity control 80 corresponding to the audience user according to the magnification in the gift class, and maintains the display duration according to the enlargement duration in the gift class, so that the audience user can extract significant prompts in the crowded audience aggregation area 81, and the effective information transmission effect is achieved through the interface processing means, so that the audience of the terminal equipment receiving the gift notification message can timely and prominently know the virtual gift presentation event.

step S1810, responding to the gift notification message triggered by any audience user and corresponding to the first virtual gift, and acquiring the first virtual gift images of multiple styles corresponding to the gift notification message:

The online singing hall can preset various different virtual gifts, give different meanings to the different virtual gifts in advance, and predefine the interface expression mode of the different virtual gifts when being presented, so that the different virtual gifts play a role in bearing different information expected to be expressed by a donor user. An exemplary virtual gift is used as a first virtual gift to represent the care of all audience users in an online singing hall by the audience users presenting the virtual gift, and thus it is desirable to present this information in the audience aggregation area 81 of the online singing hall, for which purpose a corresponding first virtual gift image may be employed for carrying this information.

In operation, any one audience user presenting the first virtual gift touches a control corresponding to the first virtual gift in a gift operation area in a graphical user interface of an online singing hall of a terminal device of the audience user, so that the terminal device sends a corresponding first virtual gift presentation request to a server of the online singing hall, the control server responds to the request to transfer the first virtual gift from a personal account of the audience user to a personal account of a playing user of the online singing hall, and then a gift notification message corresponding to the first virtual gift is generated, wherein the gift notification message can contain characteristic information of the first virtual gift, and finally the gift notification message is broadcasted to terminal devices of all users in the online singing hall.

After receiving the gift sending notification message corresponding to the first virtual gift, any one of the terminal devices in the online singing hall responds to and analyzes the gift sending notification message to acquire the characteristic information corresponding to the first virtual gift, and then locally acquires a plurality of pre-stored first virtual gift images of different types associated with the characteristic information according to the characteristic information, for example, when the first virtual gift is a fluorescent rod effect, a plurality of fluorescent rod images of different colors can be used as the first virtual gift images of different types, and when the first virtual gift is required to be called, all the first virtual gift images of different colors such as red, blue, yellow and the like are obtained.

Step S1820, superimposing the first virtual gift image at the identity control of each audience user, and randomly assigning the style of the first virtual gift image superimposed by each identity control:

after the terminal device obtains the first virtual gift images of multiple styles, a corresponding first virtual gift image of one style may be assigned to each audience in the audience aggregation area 81, and the first virtual gift image may be superimposed on the periphery or above the corresponding identity control 80, as shown in fig. 13, so that the audience may recognize that the audience obtains the first virtual gift image 85. Each listener user is assigned a first virtual gift image 85 and the pattern of the first virtual gift images obtained by each listener user may be randomly determined, for example, a bar of fluorescent lights as described, a B listener user may be assigned a blue pattern of bar images and a C listener user may be assigned a red pattern of bar images, but each listener user may randomly obtain a first virtual gift image 85 of one pattern. Therefore, the audience user presenting the first virtual gift can transfer the information expected to be expressed to all users in the online singing hall at one time only through single touch control, so that the method is very efficient, and a neat and uniform interface display effect can be created.

Step S1830, after maintaining the display duration of the first virtual gift image for a predetermined duration, clearing the first virtual gift image:

each identity control 80 in the audience gathering area 81 of the online singing hall carries one first virtual gift image 85, so that the overall effect on the interface is more consistent, the first virtual gift is randomly distributed in different modes, and more artistic interface effects can be further created, but the situation is generally unfavorable for a long time, otherwise, the display of interface information including the virtual gift may be affected. For this reason, in the present embodiment, a predetermined time period is set corresponding to the first virtual gift image 85 for the maximum display time of the first virtual gift image 85 in the audience aggregation area 81. The background process of the terminal device displaying the first virtual gift image 85 is responsible for monitoring the actual display time of the first virtual gift image 85, and when the actual display time has reached the predetermined time, all the first virtual gift images 85 can be cleared from the audience aggregation area 81, so as to complete the whole responding process of the first virtual gift sending notification message and complete the information transmission.

In this embodiment, any audience user in the online singing hall is allowed to bear the information that the audience user desires to convey by means of the virtual gift, and then, by presenting the virtual gift to the playing user, the trigger server broadcasts a corresponding gift notification message, so that the terminal device of the audience user who receives the gift notification message can call the pre-stored first virtual gift images in a plurality of modes according to the characteristic information of the first virtual gift specified in the gift notification message, load and display the first virtual gift images at each identity control 80 of the audience aggregation area 81, thereby effectively showing the meaning of touching the whole person that the audience user of the donor achieves, and improving the information conveying capability of the online singing hall.

step S1910, in response to the gift notification message corresponding to the second virtual gift triggered by any audience user, creating an identity control of the playing user in the online singing hall, and displaying a personal identity image of the playing user in the identity control:

The online singing hall can preset various different virtual gifts, give different meanings to the different virtual gifts in advance, and predefine the interface expression mode of the different virtual gifts when being presented, so that the different virtual gifts play a role in bearing different information expected to be expressed by a donor user. One example virtual gift is adapted to drive the terminal device to alert the viewer of the donor user of the second virtual gift as the second virtual gift. When any listener user of the online singing hall gives a second virtual gift to the playing user, a corresponding second virtual gift giving request is sent to the online singing hall server, the control server responds to the request to transfer the second virtual gift from the personal account of the listener user to the personal account of the playing user of the online singing hall, and then a gift sending notification message corresponding to the second virtual gift is generated, wherein the gift sending notification message can contain characteristic information of the second virtual gift, and finally the gift sending notification message is broadcasted to terminal equipment of all users in the online singing hall.

The terminal device receiving the gift sending notification message analyzes the gift sending notification message, determines the characteristic information of the second virtual gift and the user characteristic information of the audience user presenting the second virtual gift, and accordingly identifies the second virtual gift and the audience user, so that an identity control 80 of the playing user of the online singing hall is firstly created according to the business flow of the second virtual gift pre-agreement, and a personal identity image of the playing user of the online singing hall is loaded in the identity control 80 so as to represent the identity of the playing user through the display of the personal identity image.

Step 1920, controlling the identity control of the playing user to start moving from the head portrait display position of the playing user in the graphical user interface, and finally returning to the head portrait display position after passing through the position of the identity control of the audience user:

in an alternative embodiment, the avatar of the playing user with the online singing hall is displayed in the song playing area 82 in advance, and on an exemplary basis, the identity control 800 created and loaded with the personal identity image of the playing user in the previous step may be positioned to the same position as the avatar of the playing user, that is, the avatar display position, as shown in fig. 14, and then rendered for display.

In turn, the motion of the identity control 800 of the playing user in the entire gui is started to be controlled, and the motion track 88 thereof may be a predetermined, for example, a parabolic track or other irregular motion track, however, for the purpose of achieving the eye-catching notification of the present embodiment, the motion track is limited to pass through the identity control of the donor audience user of the second virtual gift, where the identity control of the donor audience user may be determined according to the user feature information in the gift notification message, and when the location of the identity control of the audience user is reached, a visually identifiable extremely short time such as 0.2 seconds may be left, and then the motion may be continued, finally, the avatar display location may be returned, as shown in fig. 15. The motion trail can be flexibly set by those skilled in the art, and is not limited to a parabolic form, but it is not easy to understand that the motion trail of the identity control 800 of the playing user is constrained to pass through the identity control 80 of the audience user presenting the second virtual gift, and the information transmission function of the audience user of the donor of the second virtual gift can be obviously marked.

Step S1930, after the identity control of the playing user returns to the avatar display position, clearing the identity control of the playing user:

similarly, after the identity control 800 of the playing user returns to the avatar display position of the playing user on the graphical user interface, the background program process of the terminal device determines that the interface expression process of the second virtual gift is finished, and at this time, the identity control 800 of the playing user can be cleared from the memory, and the identity control 800 and the personal identity image thereof are not displayed any more.

In this embodiment, the interface is presented in response to the gift sending notification message of the second virtual gift, and the identity control 800 of the playing user is configured to control the playing user to move according to the predetermined track, so that the identity control 80 of the audience user is prompted to obviously indicate the audience user of the donor of the second virtual gift to the audience, and for the audience gathering area 81 where gathering is achieved and people are crowded, the problem of how to indicate the audience user's identity control 80 in the crowded area obviously is solved, so that the efficiency of information transmission is self-evident.

The online singing hall interaction control method can be programmed into a computer program product and is mainly deployed in a server to be operated so as to be realized, and the method can be executed by accessing an interface which is opened after the computer program product is operated and performing man-machine interaction with the computer program product through a graphical user interface.

Referring to the related graphical user interface cited in the foregoing in fig. 16, the online singing hall interaction control method of the present application, according to the implementation principle of the online singing hall interaction execution method of the present application and its various embodiments, in a typical but not exclusive embodiment of the online singing hall interaction control method, is deployed on an online singing hall server to perform a function of performing part of technical support for the operation of an online singing hall, according to this idea, the online singing hall interaction control method includes the following steps:

step S2100, responding to a request for switching the mode of the singing hall sent by a playing user, switching the online singing hall of the playing user to a virtual singing hall mode, so that a graphical user interface of the online singing hall comprises a song playing area and a listener gathering area, wherein the song playing area is used for displaying playing information of the online singing hall in playing songs:

When the playing user of the online singing hall needs to control the online singing hall to uniformly enter the virtual singing hall mode, a singing hall mode switching request can be sent to the server through control keys provided by a graphical user interface of terminal equipment of the online singing hall, the server responds to the request, firstly, the online singing hall is switched into the virtual singing hall mode in the background, then, configuration information set by the playing user for the virtual singing hall mode is called, the configuration information can comprise partition setting information, skin material information and the like in the online singing hall interface, then, a corresponding switching notification message is constructed for packaging the configuration information, and the switching notification message is pushed to terminal equipment of all audience users of the online singing hall.

After receiving the switching notification message, the terminal equipment of the audience user analyzes the configuration information, determines the size specifications of a song playing area 82 and an audience gathering area 81 in the graphical user interface according to the partition setting information in the configuration information, loads playing information of the song playing area 82 for displaying songs in the online singing hall, and calls a local skin material file according to the skin material information to finish decoration display of the whole graphical user interface.

Step S2200, acquiring personal identity information of at least part of audience users joining the online singing hall, pushing the personal identity information to terminal equipment of each audience user, so that personal identity images in the corresponding personal identity information are displayed in corresponding identity controls of the audience aggregation areas of the graphical user interfaces of the audience users:

the server may be further responsible for determining all or a portion of the audience users added to the display in the audience aggregation area 81 as target audience users after responding to the request for the change of the singing hall mode of the playing user, and the manner of determining the target audience users may be referred to in the foregoing description of the present application. After the server determines the target audience users, the personal identity information of the target audience users, including the user characteristic information, the personal identity image thereof and the like, can be acquired from the background and pushed to the terminal equipment of each audience user.

After receiving the personal identity information of the target audience users, the terminal equipment of the audience users analyzes the personal identity information, creates corresponding identity controls 80 according to the user characteristic information of each target audience user, loads the personal identity images of each target audience user into the corresponding identity controls 80 for display, and accordingly completes the initialization display of the graphical user interface of the online singing hall in the virtual singing hall mode of the terminal equipment of each audience user.

Step S2300, receiving the speaking information sent by any audience user, broadcasting the speaking information to the online singing hall, and displaying the speaking information in an information bubble for indexing the personal identity image of the audience user:

when any one of the listener users submits his request for speaking to the server to provide the corresponding speaking information, the server broadcasts the speaking information in association with the user characteristic information of the listener user to the on-line singing hall for all users in the on-line singing hall to receive, and creates an information bubble 84 indexing an identity control 80 corresponding to the user characteristic information according to the method of the application, and visualizes the corresponding speaking information in the information bubble 84. Whereby the identity control 80 has loaded the personal identity image of the audience user so that the audience can intuitively identify the corresponding audience user through the personal identity image and to establish a cognitive association of the information bubble 84 with the audience user to thereby quickly determine the audience user who sent the speech information.

The exemplary embodiment is just one example of implementation of the online singing hall interaction control method on the server side, and the example shows that part of technical elements of the technical scheme of the application can be deployed on the server side so as to provide necessary basic data for the online singing hall to enter a virtual singing hall mode, thereby driving the interface expression of the online singing hall on the terminal equipment, ensuring that the online singing hall can perform efficient information transmission through the virtual singing hall mode and ensuring that the information interaction of the online singing hall is unobstructed.

It is to be understood that, in support of the online singing hall interaction control method deployed by the server of the present exemplary embodiment, the online singing hall performs better on the terminal device.

Referring to fig. 17 and the related graphical user interfaces cited above, an online singing hall interaction execution device provided in accordance with one of the objects of the present application is a solution obtained by functional deployment according to the online singing hall interaction execution method, which includes: a singing hall start module 1100, a motion control module 1200, and an information processing module 1300, wherein: the singing hall actuation module 1100 for distributively displaying, in response to a pattern presentation event, identity controls 80 of at least some audience users who have joined the online singing hall in an audience aggregation area 81 of a graphical user interface of the online singing hall; the motion control module 1200 is configured to automatically control the identity controls 80 of the audience users to move closer toward a predetermined direction of the audience aggregation area 81, and maintain the identity controls 80 in a visible state; the information processing module 1300 is configured to display the speaking information sent by any listener user, and visually display the speaking information in the information bubble 84 that references the identity control 80 of the listener user.

In one embodiment, the singing hall start module 1100 includes: a request triggering unit, configured to trigger a mode display event in response to a singing hall mode switching instruction triggered by a current audience user or a play user of the online singing hall, or in response to an operation event entering the online singing hall; a response display unit, configured to respond to the mode display event, and display a song playing area 82 and the audience aggregation area 81 in a graphical user interface of an online singing hall of the current terminal device, where the song playing area 82 is used to display playing information of a song played by the online singing hall, and the audience aggregation area 81 is used to display all identity controls 80 of the online singing hall; a visual association unit for creating identity controls 80 of at least part of the audience users, positioning each identity control 80 randomly in said audience aggregation area 81 and rendering a display, said identity controls 80 being for displaying personal identity images of their respective audience users.

In one embodiment, the motion control module 1200 includes: a directional moving unit, configured to start to control the identity controls 80 of each audience user to move closer towards a predetermined orientation when the geometric center position of the audience gathering area 81 or a predetermined position preset by the current audience user is used as the predetermined orientation for each identity control 80 to move; the mobile execution unit is used for automatically controlling the moving process of the identity control 80 of each audience user, so that the identity control 80 of one audience user firstly enters the preset azimuth to determine the stay position of the audience user, and the identity control 80 of the other audience users gradually determines the stay position of the audience user from inside to outside by taking the preset azimuth as the center; and the mobile positioning unit is used for controlling the distance between the mobile positioning unit and the nearest identity control 80 which has completed moving in the direction towards the preset azimuth and determines the stay position to be not more than a preset distance threshold value in the moving process of the identity control 80 of each audience user, and maintaining the nearest identity control 80 in a visible state by determining the stay position of the moving identity control 80 by keeping the distance.

In one embodiment, the information processing module 1300 includes: an input receiving unit, configured to receive speech information input by a current audience user already shown in the audience aggregation area 81, and send the speech information to a corresponding user in the online singing hall, so as to drive display of the speech information on a graphical user interface of the corresponding user; a push processing unit, configured to receive speaking information broadcast by any audience, create, in the audience aggregation area 81, an information bubble 84 that indexes an identity control 80 of the audience, and visually display the speaking information in the information bubble 84; and a bubble processing unit for clearing the information bubble 84 after the display time of the information bubble 84 reaches a predetermined time.

In an extended embodiment, the online singing hall interaction execution device of the present application further includes: the instruction analysis module is used for responding to a motion control instruction triggered by an acceleration sensor of terminal equipment of a current audience user and determining a motion direction and a motion speed corresponding to the motion control instruction; the instruction execution module is used for controlling all the identity controls 80 in the audience gathering area 81 to synchronously move along the movement direction at the movement speed until the identity controls 80 collide with the boundary of the audience gathering area 81 in the movement direction.

In an extended embodiment, the online singing hall interaction execution device of the present application further includes: the controlled movement module is used for monitoring a occupation control instruction of a current audience user acting in any movement direction, moving an identity control 80 of the current audience user according to the occupation control instruction, and controlling the distance between the boundary of the identity control 80 and the identity control 80 of another audience user closest to the identity control 80 in the movement direction to not exceed a preset distance threshold; and the idle time moving module is used for monitoring the idle time length of the current audience user without applying the occupation control instruction, automatically controlling the identity control 80 of the current audience user to move close towards the preset azimuth of the audience gathering area 81 after the idle time length reaches a preset time length threshold, and controlling the distance between the boundary of the identity control 80 and the identity control 80 of another audience user closest to the identity control 80 in the moving direction not to exceed a preset distance threshold.

In an extended embodiment, the online singing hall interaction execution device of the present application further includes: the rhythm acquisition module is used for responding to a slow-remote control instruction triggered by the current audience user to acquire rhythm information of the music played in the online singing hall; and the action synchronization module is used for automatically controlling the identity controls 80 of all audience users to synchronously shake back and forth according to the beats in the rhythm information.

In an extended embodiment, the online singing hall interaction execution device of the present application further includes: the notification analysis module is used for responding to the gift notification message triggered by any audience user and acquiring the gift class in the gift notification message; and the control scaling module is used for controlling the identity control 80 of the audience user to be amplified and displayed according to the gift class, so that the amplification rate and the amplification duration of the audience user correspond to the gift class.

In an extended embodiment, the online singing hall interaction execution device of the present application further includes: the gift image calling module is used for responding to the gift sending notification message corresponding to the first virtual gift triggered by any audience user and acquiring a plurality of first virtual gift images corresponding to the gift sending notification message; the gift image processing module is configured to superimpose the first virtual gift image at the identity control 80 of each audience user, and randomly allocate a style of the first virtual gift image superimposed by each identity control 80; and the gift image cleaning module is used for cleaning the first virtual gift image after the display time of the first virtual gift image reaches a preset time.

In an extended embodiment, the online singing hall interaction execution device of the present application further includes: the gift analysis module is used for responding to the gift notification message corresponding to the second virtual gift triggered by any audience user, creating an identity control 800 of the playing user of the online singing hall, and displaying a personal identity image of the playing user in the identity control 800; the track control module is used for controlling the identity control 800 of the playing user to start moving from the head portrait display position in the graphical user interface, and finally returning to the head portrait display position after passing through the position of the identity control 80 of the audience user; and the restoration cleaning module is used for cleaning the identity control 800 of the playing user after the identity control 800 of the playing user returns to the head portrait display position.

Referring to fig. 18 and the related graphical user interfaces cited above, an online singing hall interaction control device provided in accordance with one of the purposes of the present application is a solution obtained by functionally deploying the online singing hall interaction control method, which includes: a singing hall switching module 2100, an avatar pushing module 2200, and an information pushing module 2300, wherein: the singing hall switching module 2100 is configured to switch an online singing hall of a playing user to a virtual singing hall mode in response to a singing hall mode switching request sent by the playing user, so that a graphical user interface of the online singing hall includes a song playing area 82 and a listener gathering area 81, where the song playing area 82 is used for displaying playing information of the online singing hall in playing songs; the head portrait pushing module 2200 is configured to obtain and push personal identity information of at least some audience users joining the online singing hall to terminal devices of the audience users, so that a personal identity image in the corresponding personal identity information is displayed in a corresponding identity control 80 of the audience aggregation area 81 of the graphical user interface of the audience users; the information pushing module 2300 is configured to receive speech information sent by any audience user, broadcast the speech information to an online singing hall, and display the speech information in the information bubble 84 that indicates a personal identity image of the audience user.

In order to solve the technical problems, the embodiment of the application also provides computer equipment. As shown in fig. 19, the internal structure of the computer device is schematically shown. The computer device includes a processor, a computer readable storage medium, a memory, and a network interface connected by a system bus. The computer readable storage medium of the computer device stores an operating system, a database and computer readable instructions, the database can store a control information sequence, and when the computer readable instructions are executed by a processor, the processor can realize an online singing hall interaction execution method or an online singing hall interaction control method. The processor of the computer device is used to provide computing and control capabilities, supporting the operation of the entire computer device. The memory of the computer device may store computer readable instructions that, when executed by the processor, cause the processor to perform the online singing hall interaction execution method or the online singing hall interaction control method of the present application. The network interface of the computer device is for communicating with a terminal connection. It will be appreciated by those skilled in the art that the structure shown in FIG. 19 is merely a block diagram of some of the structures associated with the present inventive arrangements and is not limiting of the computer device to which the present inventive arrangements may be applied, and that a particular computer device may include more or fewer components than shown, or may combine some of the components, or have a different arrangement of components.

The processor in this embodiment is configured to perform specific functions of each module and its sub-module in fig. 17 and 18, and the memory stores program codes and various types of data required for executing the above-mentioned modules or sub-modules. The network interface is used for data transmission between the user terminal or the server. The memory in this embodiment stores program codes and data required for executing all modules/sub-modules in the online singing hall interaction executing device or the online singing hall interaction controlling device of the present application, and the server can call the program codes and data of the server to execute the functions of all sub-modules.

The present application also provides a storage medium storing computer-readable instructions that, when executed by one or more processors, cause the one or more processors to perform the steps of the online singing hall interaction execution method or the online singing hall interaction control method of any of the embodiments of the present application.

The present application also provides a computer program product comprising computer programs/instructions which, when executed by one or more processors, implement the steps of the online singing hall interaction execution method or the online singing hall interaction control method according to any of the embodiments of the present application.

Those skilled in the art will appreciate that all or part of the processes implementing the methods of the above embodiments of the present application may be implemented by a computer program for instructing relevant hardware, where the computer program may be stored on a computer readable storage medium, where the program, when executed, may include processes implementing the embodiments of the methods described above. The storage medium may be a computer readable storage medium such as a magnetic disk, an optical disk, a Read-Only Memory (ROM), or a random access Memory (Random Access Memory, RAM).

In summary, the online singing hall display method updates the online singing hall display mode, efficiently utilizes the limited display space of the graphical user interface, improves the information transmission efficiency of the online singing hall, and comprehensively improves the user experience of the online singing hall.

Those of skill in the art will appreciate that the various operations, methods, steps in the flow, acts, schemes, and alternatives discussed in the present application may be alternated, altered, combined, or eliminated. Further, other steps, means, or steps in a process having various operations, methods, or procedures discussed herein may be alternated, altered, rearranged, disassembled, combined, or eliminated. Further, steps, measures, schemes in the prior art with various operations, methods, flows disclosed in the present application may also be alternated, altered, rearranged, decomposed, combined, or deleted.

The foregoing is only a partial embodiment of the present application, and it should be noted that it will be apparent to those skilled in the art that modifications and adaptations can be made without departing from the principles of the present application, and such modifications and adaptations are intended to be comprehended within the scope of the present application.

Claims

1. An online singing hall interactive execution method is characterized by comprising the following steps:

2. The online singing hall interactive execution method of claim 1, wherein the identity control of at least a portion of the audience users who have joined the online singing hall is displayed in a distributed manner in an audience aggregation area of a graphical user interface of the online singing hall in response to the pattern presentation event, comprising the steps of:

in response to the mode display event, displaying a song playing area and the audience aggregation area in a graphical user interface of an online singing hall of the current terminal device, wherein the song playing area is used for displaying playing information of songs played by the online singing hall, and the audience aggregation area is used for displaying identity controls of all audience users of the online singing hall;

3. The online singing hall interaction execution method of claim 1, wherein automatically controlling the movement of the identity controls of the individual audience users toward a predetermined orientation of the audience gathering area and maintaining the individual identity controls in a viewable state comprises the steps of:

4. The online singing hall interaction execution method of claim 1, wherein the speech information transmitted by any listener user is displayed and visually presented in an information bubble that indexes an identity control of the listener user, comprising the steps of:

5. The online singing hall interactive execution method of claim 1, wherein the step of distributively displaying in the audience aggregation area of the graphical user interface of the online singing hall, in response to the pattern presentation event, identity controls of at least a portion of audience users who have joined the online singing hall, comprises the steps of:

and controlling the identity control of each audience user in the audience gathering area to synchronously move along the movement direction at the movement speed until the identity control interferes with the boundary of the audience gathering area in the movement direction.

6. The online singing hall interactive execution method of claim 1, wherein the step of distributively displaying in the audience aggregation area of the graphical user interface of the online singing hall, in response to the pattern presentation event, identity controls of at least a portion of audience users who have joined the online singing hall, comprises the steps of:

7. The online singing hall interactive execution method of claim 1, wherein the step of distributively displaying in the audience aggregation area of the graphical user interface of the online singing hall, in response to the pattern presentation event, identity controls of at least a portion of audience users who have joined the online singing hall, comprises the steps of:

And automatically controlling the identity control of each audience user to synchronously shake back and forth according to the beats in the rhythm information.

8. The online singing hall interactive execution method of claim 1, wherein the step of distributively displaying in the audience aggregation area of the graphical user interface of the online singing hall, in response to the pattern presentation event, identity controls of at least a portion of audience users who have joined the online singing hall, comprises the steps of:

9. The online singing hall interactive execution method of claim 1, wherein the step of distributively displaying in the audience aggregation area of the graphical user interface of the online singing hall, in response to the pattern presentation event, identity controls of at least a portion of audience users who have joined the online singing hall, comprises the steps of:

10. The online singing hall interactive execution method of claim 1, wherein the step of distributively displaying in the audience aggregation area of the graphical user interface of the online singing hall, in response to the pattern presentation event, identity controls of at least a portion of audience users who have joined the online singing hall, comprises the steps of:

11. An online singing hall interaction control method is characterized by comprising the following steps:

acquiring personal identity information of at least part of audience users joining the online singing hall, pushing the personal identity information to terminal equipment of each audience user, so that personal identity images in the corresponding personal identity information are displayed in corresponding identity controls of the audience aggregation areas of the graphical user interfaces of the audience users; the identity control is in a visible state and controlled to move close towards a preset azimuth of the audience gathering area;

12. An online singing hall interaction execution device, characterized in that it comprises:

a singing hall start module for distributively displaying, in a audience aggregation area of a graphical user interface of an online singing hall, identity controls of at least a portion of audience users that have joined the online singing hall in response to a mode presentation event;

The motion control module is used for automatically controlling the identity controls of all audience users to move close towards the preset azimuth of the audience gathering area and maintaining all the identity controls in a visible state;

and the information processing module is used for displaying the speaking information sent by any audience user and visually displaying the speaking information in the information bubble for indexing the identity control of the audience user.

13. An on-line singing hall interaction control device, characterized in that it comprises:

the system comprises a singing hall switching module, a virtual singing hall mode switching module and a song playing module, wherein the singing hall switching module is used for responding to a singing hall mode switching request sent by a playing user and switching the online singing hall of the playing user to the virtual singing hall mode, so that a graphical user interface of the online singing hall comprises a song playing area and a listener gathering area, and the song playing area is used for displaying playing information of the online singing hall in playing songs;

the head portrait pushing module is used for acquiring the personal identity information of at least part of audience users joining the online singing hall and pushing the personal identity information to the terminal equipment of each audience user so that the personal identity image in the corresponding personal identity information is displayed in the corresponding identity control of the audience aggregation area of the graphical user interface of the audience user; the identity control is in a visible state and controlled to move close towards a preset azimuth of the audience gathering area;

And the information pushing module is used for receiving the speaking information sent by any audience user and broadcasting the speaking information to the online singing hall so that the speaking information is displayed in the information bubble for indexing the personal identity image of the audience user.

14. A computer device comprising a central processor and a memory, characterized in that the central processor is arranged to invoke a computer program stored in the memory for performing the steps of the method according to any of claims 1 to 11.

15. A computer-readable storage medium, characterized in that it stores in the form of computer-readable instructions a computer program implemented according to the method of any one of claims 1 to 11, which, when invoked by a computer, performs the steps comprised by the corresponding method.