CN112231463A

CN112231463A - Session display method and device, computer equipment and storage medium

Info

Publication number: CN112231463A
Application number: CN202011248051.8A
Authority: CN
Inventors: 黄铁鸣; 周世龙; 陈卓铭; 文琛; 李斌; 邓林升
Original assignee: Tencent Technology Shenzhen Co Ltd
Current assignee: Tencent Technology Shenzhen Co Ltd
Priority date: 2020-11-10
Filing date: 2020-11-10
Publication date: 2021-01-15
Anticipated expiration: 2040-11-10
Also published as: CN112231463B

Abstract

The application relates to a session display method, a session display device, computer equipment and a storage medium. The method comprises the following steps: displaying a conversation window of the target subject conversation corresponding to the target conversation entrance; when the target theme conversation has user theme messages corresponding to the user members, displaying a user message card in a conversation window; the user message card comprises a user theme message and first interactive content information aiming at the user theme message; when the target theme conversation has the robot theme message corresponding to the virtual robot member, displaying a robot message card in a conversation window; the robot message card comprises a robot theme message and an interaction control aiming at the robot theme message; the robot theme message is matched with the robot functions of the virtual robot members; and responding to the interactive triggering operation aiming at the interactive control, and displaying the second interactive content information acquired based on the interactive triggering operation. The method can improve the display effect of the session message.

Description

Session display method and device, computer equipment and storage medium

Technical Field

The present application relates to the field of computer technologies, and in particular, to a session display method and apparatus, a computer device, and a storage medium.

Background

With the development of internet technology, Instant Messaging (IM), which is a service capable of instantly sending and receiving internet messages and the like, has become popular. With the development of instant messaging, the use of instant messaging applications has become more and more widespread.

At present, there are more and more scenes of conversation using the instant messaging application, for example, in life, a user can use the instant messaging application to chat with friends, and in work, the user can also use the instant messaging application to work and communicate with one or more colleagues.

However, as the number of session messages in a session of an instant messaging application increases, there are cases where the presentation effect of the session messages is poor.

Disclosure of Invention

The embodiment of the application provides a conversation display method and device, computer equipment and a storage medium, which can improve the display effect of conversation messages.

A method of session presentation, the method comprising: responding to the trigger operation of the topic conversation function entrance displayed by the instant messaging application, and displaying a topic conversation entrance list; responding to the selection operation of a target conversation entrance in the topic conversation entrance list, and displaying a conversation window of a target topic conversation corresponding to the target conversation entrance; when the target theme conversation has user theme messages corresponding to the user members, displaying a user message card in the conversation window; the user message card comprises the user subject message and first interactive content information aiming at the user subject message; when the target theme conversation has the robot theme message corresponding to the virtual robot member, displaying the robot message card in the conversation window; the robot message card comprises the robot theme message and an interaction control for the robot theme message; the robot theme message is matched with the robot functions of the virtual robot members; and responding to the interactive triggering operation aiming at the interactive control, and displaying second interactive content information acquired based on the interactive triggering operation.

A conversation presentation apparatus, the apparatus comprising: the topic conversation function entry display module is used for responding to the triggering operation of the topic conversation function entry displayed by the instant messaging application and displaying a topic conversation entry list; a conversation window display module, configured to respond to a selection operation on a target conversation entry in the topic conversation entry list, and display a conversation window of a target topic conversation corresponding to the target conversation entry; the user message card display module is used for displaying a user message card in the session window when the target subject session has the user subject message corresponding to the user member; the user message card comprises the user subject message and first interactive content information aiming at the user subject message; the robot message card display module is used for displaying the robot message card in the conversation window when the robot theme message corresponding to the virtual robot member exists in the target theme conversation; the robot message card comprises the robot theme message and an interaction control for the robot theme message; the robot theme message is matched with the robot functions of the virtual robot members; and the second interactive content information module is used for responding to the interactive triggering operation aiming at the interactive control and displaying the second interactive content information acquired based on the interactive triggering operation.

In some embodiments, the robotic message card display module comprises: the function entrance display unit is used for displaying the function entrance corresponding to the virtual robot member; and the robot message card triggering unit is used for responding to the function triggering operation of the function entrance and displaying the robot message card in the conversation window.

In some embodiments, the function portal presentation unit is further configured to present a message input area; acquiring message characters input by a user through the message input area; and when detecting that the message characters in the message input area comprise robot trigger characters, displaying the function entries corresponding to all the virtual robot members in the target topic conversation.

In some embodiments, the robot message card triggering unit is further configured to display a theme message setting interface corresponding to the virtual robot member in response to a function triggering operation on the function entry; and responding to a theme message input operation triggered through the theme message setting interface, acquiring a robot theme message corresponding to the virtual robot member, and displaying a robot message card in the conversation window.

In some embodiments, the robot message card presentation module is further configured to, when the user topic message includes a sentence pointing to a virtual robot member in the target topic conversation, obtain a robot topic message corresponding to the virtual robot member, and present a robot message card corresponding to the robot topic message in the conversation window.

In some embodiments, the robot message card presentation module is further configured to, when the user topic message includes a sentence pointing to a virtual robot member in the target topic session, obtain a robot topic message corresponding to the virtual robot member; and taking the robot theme message as a reply message corresponding to the user theme message, and displaying the robot message card in a reply area of the user message card in the conversation window.

In some embodiments, the apparatus further comprises: the robot adding entrance display module is used for displaying the robot adding entrance corresponding to the target theme session; the candidate robot member display module is used for responding to the triggering operation of adding an entrance to the robot and displaying at least one candidate robot member; and the candidate robot member joining module is used for responding to the robot selection operation, and joining the candidate robot member selected by the robot selection operation into the target theme conversation.

In some embodiments, the second interactive content information presentation module comprises: the associated interactive content information updating unit is used for responding to the interactive triggering operation aiming at the interactive control, updating the associated interactive content information associated with the interactive control in the robot message card and obtaining second interactive content information; and the second interactive content information display unit is used for displaying the second interactive content information.

In some embodiments, the second interactive content information includes thumbnail interactive content, and the apparatus is further configured to, in response to a trigger operation on the thumbnail interactive content, show an interactive operation window corresponding to the thumbnail interactive content; displaying an interactive content set corresponding to the abbreviated interactive content in the interactive operation window; the thumbnail interactive content is a thumbnail representation of the set of interactive content.

A computer device comprising a memory and a processor, the memory storing a computer program, the processor implementing the following steps when executing the computer program: responding to the trigger operation of the topic conversation function entrance displayed by the instant messaging application, and displaying a topic conversation entrance list; responding to the selection operation of a target conversation entrance in the topic conversation entrance list, and displaying a conversation window of a target topic conversation corresponding to the target conversation entrance; when the target theme conversation has user theme messages corresponding to the user members, displaying a user message card in the conversation window; the user message card comprises the user subject message and first interactive content information aiming at the user subject message; when the target theme conversation has the robot theme message corresponding to the virtual robot member, displaying the robot message card in the conversation window; the robot message card comprises the robot theme message and an interaction control for the robot theme message; the robot theme message is matched with the robot functions of the virtual robot members; and responding to the interactive triggering operation aiming at the interactive control, and displaying second interactive content information acquired based on the interactive triggering operation.

A computer-readable storage medium, on which a computer program is stored which, when executed by a processor, carries out the steps of: responding to the trigger operation of the topic conversation function entrance displayed by the instant messaging application, and displaying a topic conversation entrance list; responding to the selection operation of a target conversation entrance in the topic conversation entrance list, and displaying a conversation window of a target topic conversation corresponding to the target conversation entrance; when the target theme conversation has user theme messages corresponding to the user members, displaying a user message card in the conversation window; the user message card comprises the user subject message and first interactive content information aiming at the user subject message; when the target theme conversation has the robot theme message corresponding to the virtual robot member, displaying the robot message card in the conversation window; the robot message card comprises the robot theme message and an interaction control for the robot theme message; the robot theme message is matched with the robot functions of the virtual robot members; and responding to the interactive triggering operation aiming at the interactive control, and displaying second interactive content information acquired based on the interactive triggering operation.

The conversation display method, the conversation display device, the computer equipment and the storage medium respond to the triggering operation of the theme conversation function entrance displayed by the instant messaging application and display the theme conversation entrance list; in response to the selection operation of a target conversation entrance in the topic conversation entrance list, displaying a conversation window of a target topic conversation corresponding to the target conversation entrance, when a user topic message corresponding to a user member exists in the target topic conversation, displaying a user message card in the conversation window, wherein the user message card comprises the user topic message and first interactive content information aiming at the user topic message, when a robot topic message corresponding to a virtual robot member exists in the target topic conversation, displaying a robot message card in the conversation window, wherein the robot message card comprises a robot topic message and an interactive control aiming at the robot topic message, the robot topic message is matched with a robot function of the virtual robot member, and in response to a trigger operation aiming at the interactive control, displaying second interactive content information acquired based on the interactive trigger operation, and enabling the target subject conversation to include the robot message cards corresponding to the virtual robot members. The theme conversation function entry can enter the theme conversation entry list through the theme conversation function entry, so that theme conversation can be carried out in instant messaging application, the user message card comprises user theme messages and first interactive content information aiming at the user theme messages, the display effect of the conversation messages is improved, and the interactive control corresponding to the robot message card is displayed, so that the user can interact aiming at the theme messages sent by the robot, and the conversation efficiency is improved.

A method of session presentation, the method comprising: acquiring a robot theme message corresponding to a virtual robot member and a target theme session corresponding to the robot theme message; the target theme session is a theme session to be subjected to content pushing; generating a structured subject conversation message when it is determined that the virtual robot member is a member of the target subject conversation; sending the theme conversation message to a user member terminal corresponding to the target theme conversation so that the user member terminal displays the robot message card in a conversation window; the robot message card comprises a robot theme message and an interaction control aiming at the robot theme message; the robot theme message matches the robot function of the virtual robot member.

A conversation presentation apparatus, the apparatus comprising: the system comprises a target theme session acquisition module, a theme service module and a theme service module, wherein the target theme session acquisition module is used for acquiring a robot theme message corresponding to a virtual robot member and a target theme session corresponding to the robot theme message; the target theme session is a theme session to be subjected to content pushing; the theme conversation message generation module is used for generating a structured theme conversation message when the virtual robot member is determined to be a member of the target theme conversation; the theme conversation message sending module is used for sending the theme conversation message to a user member terminal corresponding to the target theme conversation so that the user member terminal can display the robot message card in a conversation window; the robot message card comprises a robot theme message and an interaction control aiming at the robot theme message; the robot theme message matches the robot function of the virtual robot member.

A computer device comprising a memory and a processor, the memory storing a computer program, the processor implementing the following steps when executing the computer program: acquiring a robot theme message corresponding to a virtual robot member and a target theme session corresponding to the robot theme message; the target theme session is a theme session to be subjected to content pushing; generating a structured subject conversation message when it is determined that the virtual robot member is a member of the target subject conversation; sending the theme conversation message to a user member terminal corresponding to the target theme conversation so that the user member terminal displays the robot message card in a conversation window; the robot message card comprises a robot theme message and an interaction control aiming at the robot theme message; the robot theme message matches the robot function of the virtual robot member.

A computer-readable storage medium, on which a computer program is stored which, when executed by a processor, carries out the steps of: acquiring a robot theme message corresponding to a virtual robot member and a target theme session corresponding to the robot theme message; the target theme session is a theme session to be subjected to content pushing; generating a structured subject conversation message when it is determined that the virtual robot member is a member of the target subject conversation; sending the theme conversation message to a user member terminal corresponding to the target theme conversation so that the user member terminal displays the robot message card in a conversation window; the robot message card comprises a robot theme message and an interaction control aiming at the robot theme message; the robot theme message matches the robot function of the virtual robot member.

The session display method, the session display device, the computer equipment and the storage medium acquire the robot theme message corresponding to the virtual robot member and the target theme session corresponding to the robot theme message, wherein the target theme session is the theme session to be subjected to content push, when the virtual robot member is determined to be a member of the target theme session, the structured theme session message is generated, and the theme session message is sent to the user member terminal corresponding to the target theme session, so that the user member terminal displays the robot message card in a session window, the robot message card comprises the robot theme message and an interaction control aiming at the robot theme message, the robot theme message is matched with the robot function of the virtual robot member, and the target theme session comprises the robot message card corresponding to the virtual robot member. Because the robot message card comprises the robot theme message and the interactive control aiming at the robot theme message, the display effect of the conversation message is improved, and a user can interact aiming at the theme message sent by the robot by utilizing the interactive control, so that the conversation efficiency is improved.

Drawings

FIG. 1 is a diagram of an application environment of a session presentation method in some embodiments;

FIG. 2 is a flow diagram of a session presentation method in some embodiments;

FIG. 3A is a diagram illustrating a topic conversation function portal in some embodiments;

FIG. 3B is a diagram of a conversation window in some embodiments;

FIG. 3C is a schematic illustration of a functional inlet in some embodiments;

FIG. 3D is a schematic diagram of a robotic message card in some embodiments;

FIG. 3E is a schematic diagram of a member list in some embodiments;

FIG. 4 is a schematic diagram of an add robot interface in some embodiments;

FIG. 5 is a flow diagram of an addition robot in some embodiments;

FIG. 6 is a flow diagram of a session presentation method in some embodiments;

FIG. 7 is a timing diagram that illustrates a post being posted by a member of the virtual robot in some embodiments;

FIG. 8 is a block diagram of the structure of a session presentation device in some embodiments;

FIG. 9 is a block diagram of the structure of a session presentation device in some embodiments;

FIG. 10 is a diagram of the internal structure of a computer device in some embodiments;

FIG. 11 is a diagram of the internal structure of a computer device in some embodiments.

Detailed Description

In order to make the objects, technical solutions and advantages of the present application more apparent, the present application is described in further detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the present application and are not intended to limit the present application.

The session display method provided by the application can be applied to the application environment shown in fig. 1. The first terminal 102 and the second terminal 106 communicate with the server 104 through a network. The first terminal 102 and the second terminal 106 may be terminals for performing a session, and the first terminal 102 may perform a session with other terminals, for example, the second terminal 106, through the server 104. The first terminal 102 responds to the trigger operation of the topic conversation function entrance displayed by the instant messaging application, and displays a topic conversation entrance list; in response to a selection operation of a target conversation entry in the topic conversation entry list, a conversation window corresponding to a target topic conversation corresponding to the target conversation entry is displayed, and when a user topic message corresponding to a user member exists in the target topic conversation, the first terminal 102 may display a user message card in the conversation window, where the user message card may include the user topic message and first interactive content information for the user topic message. When the target theme session has the robot theme message corresponding to the virtual robot member, the first terminal 102 may display a robot message card on the session window, where the robot message card may include the robot theme message and an interactive control for the robot theme message, and the robot theme message may be matched with the robot function of the virtual robot member. The first terminal 102 may respond to the triggering operation for the interactive control, and display the second interactive content information obtained based on the interactive triggering operation. The server 104 may obtain a robot theme message corresponding to the virtual robot member and a target theme session corresponding to the robot theme message, where the target theme session is a theme session to be subjected to content push. When it is determined that the virtual robot member is a member of the target topic session, the server 104 may generate a structured topic session message and send the topic session message to a user member terminal corresponding to the target topic session, for example, the first terminal 102. The user member terminal may present the robotic message card in a conversation window. The robot message card includes a robot theme message and an interactive control for the robot theme message. The robot theme message may match the robot function of the virtual robot member. The first terminal 102 and the second terminal 106 may be, but not limited to, various personal computers, notebook computers, smart phones, tablet computers, and portable wearable devices, and the server 104 may be implemented by an independent server or a server cluster composed of a plurality of servers.

In some embodiments, as shown in fig. 2, a session exhibition method is provided, which is described by taking the method as an example applied to the first terminal 102 in fig. 1, and includes the following steps:

s202, responding to the trigger operation of the topic conversation function entrance displayed by the instant communication application, and displaying a topic conversation entrance list.

An Instant Messaging application (IM) refers to a program capable of sending and receiving internet messages instantly, and may be a team communication application. The team communication application is an instant communication application designed for team users, and team staff can carry out work conversation through the team communication application and also can carry out at least one of office functions such as file transmission, information statistics, daily attendance, conference reservation or mail exchange through the team communication application so as to assist the team staff in working and realize cooperative working among the team staff. Compared with a friend relation chain in a common instant messaging application, the social relation chain in the team communication application is a relation chain constructed based on division of departments and superior and inferior relations inside a team. A team may be a business or an organization.

The session refers to a manner in which at least two users perform a session, the session of two users may be referred to as a general session, and the session of three or more users may be referred to as a group session. The group session may specifically be a group session. The group sessions may be sessions of the same group, for example, a group composed of members in the same project group or the same company, or sessions of different groups, for example, a group composed of members in different project groups or different companies. Sessions of the same group may also be referred to as internal sessions, and sessions of different groups may also be referred to as external sessions. For example, the group session may be a group session in a team communication application. The group may be an instant messaging group, a temporarily established discussion group, or a discussion group established based on an existing group, etc.

A topic session refers to a session having a topic. A conversation may correspond to a topic, which is the central topic of the conversation. The topic may be any topic, may be a question that needs to be discussed, such as a question encountered in a team work project, or may be a topic of interest to the user, such as "XX product experience". A session with a topic may be referred to as a topic session, a small blackboard, or a plate, etc., where a small blackboard is a group session, and thus a small blackboard may also be referred to as a topic group session. The conversation may also be themeless. A session without a theme may be referred to as a normal session. The target topic session can be any topic session.

The theme session function entry is a function entry for triggering the theme session entry list to be displayed, and when the terminal acquires the triggering operation on the theme session function entry, the theme session entry list can be displayed. The topic session entry list may be determined from a user account logged into the instant messaging application. For example, the server may store topic sessions corresponding to user accounts, where the topic sessions corresponding to the user accounts refer to topic sessions in which user members are located. A list formed by topic session entries of a topic session corresponding to a user account logged in an instant messaging application may be used as a topic session entry list.

The topic conversation entry list can include one or more topic conversation entries corresponding to topic conversations, and a plurality refers to at least two. The topic session entry refers to a session entry corresponding to the topic session. The topic session entries in the topic session entry list may be ordered according to a preset ordering rule, or may be ordered randomly, where the preset ordering rule includes, but is not limited to, ordering according to creation time of the topic session, ordering according to number of users in the topic session, or ordering according to content displayed by the session entries.

The topic conversation entrance refers to an entrance for triggering the topic conversation to be shown, and when the terminal detects a trigger operation for the conversation entrance, a conversation window corresponding to the topic conversation entrance can be shown. The topic conversation mark corresponding to the topic conversation can be displayed on the topic conversation entrance. The topic session identification is used to uniquely identify the topic session.

The trigger operation of the theme session function portal may be any operation, including but not limited to a touch operation, a voice operation, an operation performed through an input device such as a mouse, or a gesture operation, and may be at least one of a slide operation, a long press operation, a click operation, or a double-click operation, for example. The sliding operation may include sliding in various directions, and may include at least one of sliding up (i.e., sliding in a 90-degree direction), sliding down (i.e., sliding in a negative 90-degree direction), sliding left (i.e., sliding in a 180-degree direction), sliding right (i.e., sliding in a 0-degree direction), sliding in a 45-degree direction, or sliding in a 135-degree direction, for example. The sliding can be manual sliding or mouse sliding.

Whether the session is a subject session may be determined based on whether the session has a subject or at least one determination based on the creation of a portal to the session. A session in which a topic exists is a topic session. For example, when receiving an operation of creating a session, the terminal may display a theme input box, receive an operation of inputting a theme by a user through the theme input box to obtain the theme input by the user, and when a group creation request sent by the terminal carries the theme, determine that the session is a theme session. For another example, the creation entry of the theme session and the normal session may be different, and when an operation on a control for creating the theme session is received, it may be determined that the session to be created is the theme session. For another example, the server may perform topic detection according to the session content in a session, and when it is detected that a topic exists in the session according to the session content, it may be determined that the session is a topic session. Wherein, the theme detection can be carried out by adopting a machine learning model. Or acquiring each conversation message in the conversation, detecting the number of terms appearing in the conversation message, taking a plurality of terms with the occurrence times larger than the preset number or the occurrence times sequenced before the preset sequencing as key terms, inputting the key terms into a theme detection model, and determining whether the conversation has a theme according to the semantics of the key terms by the theme detection model.

The message card displays messages in card form. A message card corresponds to an original conversation message of a subject conversation, i.e., a message card can display information related to an original conversation message. The message card may include at least the conversation message content of the original conversation message and the abbreviated interaction content for the conversation message content. For example, the message card may correspond to a display area, such as a rectangular display area, in the conversation window. The conversation message content and the abbreviated interaction content for the conversation message content are presented in the area. The conversation data corresponding to the message card can be structured conversation message data corresponding to conversation messages in a conversation. The session message content related to the session message and the interactive content aiming at the session message content can be aggregated through the message card. The message card can be decomposed into a plurality of interrelated components, and each component can have a hierarchical result. The structured message corresponding to the message card can be preset according to the actual application requirement. In the conversation process, conversation communication is carried out in the form of message cards, and one conversation window can comprise one or more message cards, and a plurality refers to two or more than two. The message card may be presented in the form of a post (post), for example.

The abbreviated interactive content refers to content represented in an abbreviated manner, and can be used for representing an interactive content set aiming at the content of the session message. The interactive content set refers to a set including a plurality of interactive contents for the contents of the session message. The interactive content refers to content sent for the content of the conversation message, for example, the interactive content may specifically be text, emoticons, or tags replied for the content of the conversation message. The abbreviated interactive content is an abbreviated representation of a set of interactive content for the session message content, which can be in at least one of a variety of manners. The abbreviated interactive content can be content obtained by processing an interactive content set in an abbreviated mode, the abbreviated mode can be set according to actual application requirements, and the same or different abbreviated modes can be adopted for different interactive contents. For example, when the interactive content set includes a plurality of emoticons replied to the session message content, the abbreviated interactive content may specifically include the corresponding interactive emoticons and the number of the same interactive emoticons included in the interactive content set. For another example, when the interactive content set includes a plurality of texts replied to the session message content, the thumbnail interactive content may specifically include a user identifier for replying to the corresponding text, such as an avatar image for identifying the user.

The session message refers to a message sent for session communication, and the session message may include at least one of an original session message, a reply session message, or a control session message. The reply session message refers to a message for replying to the original session message. The original session message is a different message than the reply session message, and the original session message is a new message and is not a message that replies on the basis of other messages. I.e. the new original session message is not attached to the other session messages. And the reply session message is a message that replies to the original session message. I.e. the messages that interact with respect to the original session messages, are attached to the original session messages. For example, the original conversation message may be referred to as a post (post), and when the user inputs the content of a new post in an area for transmitting the new post in the conversation window, the transmitted conversation message is the new post. The original session message may be referred to as a master post. One original session message may correspond to multiple reply session messages. The control message refers to a message for reminding, and for example, may be a message for reminding that there is a new user who becomes a member of the target subject conversation. The conversation message content refers to the content of a conversation message generated based on a conversation. The session message content may include message content of at least one data type. For example, the content of the conversation message may specifically include, but is not limited to, at least one of text, emoticons, images, video, files, user tag information, or link addresses, etc.

The session message may be issued by a real user or a virtual user, for example, a virtual robot. The session message may correspond to at least one of a message collection time, a message transmission time, and a message reception time. The session message may also correspond to user information of a message publishing user, and the user information may be used to mark a user publishing the content of the session message, and may include a user name, a user account, or an avatar image for identifying the user. The user account may be an account registered in the session application.

In the embodiment of the application, the terminal may display the topic session function entry, when the trigger operation on the topic session function entry is obtained, a topic session entry set may be obtained, where the topic session entry set includes topic session entries corresponding to each topic session, and the terminal may display the topic session entry set in a form of a list, that is, a topic session entry list is displayed. The terminal can determine each topic session where the user member corresponding to the user account logged in the instant messaging application is located from the server, and display topic session entries corresponding to each determined topic session in a list form.

In some embodiments, a topic conversation function entry may be presented in the general conversation entry presentation area, and a corresponding icon and prompt information may be presented on the topic conversation function entry, where the prompt information includes, but is not limited to, information for prompting that an updated conversation message exists in the topic conversation or prompting that a new topic conversation is created. The normal session entry refers to a session entry corresponding to a normal session. As shown in fig. 3A, a topic conversation function portal 334 is shown in the general conversation portal showing area 332. An icon "#" of the theme session entry is shown in the theme session function entry 334, and a solid black dot in the theme session function entry 334 is prompt information for prompting that there is an updated session message. The topic session portal may be "jarry specific" in fig. 3B, for example.

S204, responding to the selection operation of the target conversation entrance in the topic conversation entrance list, and displaying a conversation window of the target topic conversation corresponding to the target conversation entrance.

The target session entry may be any session entry in the topic session entry list. The target topic conversation is the topic conversation corresponding to the target conversation entrance. The conversation window refers to a window for presenting conversation contents generated in the subject conversation, through which the conversation can be conducted. The session window may specifically be a user interface of a session application presented by the terminal. The conversation content can be displayed in the conversation window according to the sequence of the sending time, so that the user can conveniently look up the conversation content. The conversation content displayed in the conversation window can be a message card. A session application for conducting a session may be run on the terminal, and two or more terminals may conduct a session through the session application, for example, sending and receiving session messages. Wherein a plurality means at least three. The terminal can show a conversation window corresponding to the target theme conversation in the conversation application. A conversation application refers to an application program capable of instantly sending and receiving internet messages, thereby performing instant messaging. The conversation application may specifically be a social application with a communication function, or a business application with a conversation function, and the like. For example, the conversation application may be a social application providing associated users with a friend relationship to perform a conversation, or may be a team communication application.

For example, as shown in fig. 3B, a user interface in a session application is shown, where the user interface includes 2 small blackboard lists, one is a whole-member small blackboard list 302, and one is a non-whole-member small blackboard list 304, where small blackboards are shown in the small blackboard lists, such as "jarry-specific" shown in the whole-member small blackboard list 302, and "map-based water-blowing" shown in the non-whole-member small blackboard list 304. A session window 306 corresponding to a small blackboard "jar specific" is also shown in the user interface.

In this embodiment of the application, the terminal may display a conversation window of the target topic conversation in response to a selection operation for a target conversation entry corresponding to the target topic conversation in the topic conversation entry list. One or more message cards, where a plurality refers to at least two, may be displayed in the conversation window. When the message cards are included, the terminal can display the message cards in the conversation window according to the issuing time sequence corresponding to the message cards, and can also display the message cards in the conversation window according to the updating time sequence corresponding to the messages.

In some embodiments, the original conversation message of the subject conversation is stored in the server in the form of a structured message. A structured message of an original session message comprising: the message identifier of the original session message, the session time of the original session message, the message content of the original session message, the message identifiers of the respective reply session messages that reply to the original session message, and the message content of the respective reply session messages. When the terminal receives the operation of displaying the session message of the target subject session, the terminal can send a request for acquiring the session message to the server, the server can send the structured message of each original session message, the message content and the session time of the original session message and the abbreviated interactive content corresponding to the original session message to the terminal, and the terminal can display the message cards of each original session message in the form of the message cards in the session window according to the sequence of the session time of the original session message.

In some embodiments, the terminal may delete the message card in the local storage in response to a delete operation on the message card, so that the conversation window cancels presentation of the message card. After the terminal deletes the message card, the terminal can also respond to the operation of obtaining the historical message card or obtaining the deleted message card input by the user, send a request of obtaining the historical message card or the deleted message card to the server, the server can respond to the request to obtain the stored structured message, return the message content and the conversation time of the original conversation message to the terminal based on the structured message, and send the abbreviated interactive content corresponding to the original conversation message, so that the terminal can display the deleted message card.

S206, when the target theme conversation has the user theme message corresponding to the user member, displaying a user message card in a conversation window; the user message card comprises a user subject message and first interactive content information aiming at the user subject message.

Wherein, the user member refers to an actual user participating in the target subject conversation, i.e. an actual person. The user message card refers to a message card issued by a user member, and as shown in fig. 3B, a user message card 308 is illustrated. The user topic message is a session message sent by a real user in the target topic session, and is sent by a terminal corresponding to a session user in the target topic session, and may be sent by a terminal executing the method of the embodiment of the application, or sent by other terminals. The user theme message is an original conversation message that may be referred to as a post, including but not limited to text, pictures, or emoticons. For example, the association list of "@ in the user message card 308 in FIG. 3B, preferably sorted by popularity". The user topic message may correspond to a reply conversation message, which may be, for example, the post 310 replied to in the user message card 308 in FIG. 3B. Also shown in the conversation window 306 is a message entry area 312 and an edit control 314 corresponding to the message entry area 312. The terminal may obtain the content input by the user from the message input area 312 to obtain the user subject message.

Interactive content is content that is sent for the content of a conversation message. The first interactive content refers to content published for a user topic message. The first interactive content may include a variety of content including, but not limited to, text, emoticons, or tags replied to for the user's subject message. The tags are used for marking the user message cards, and may be preset or set according to needs, different user message cards may correspond to different tags or the same tag, for example, the terminal may mark the user message cards with the similarity between the user subject messages larger than the similarity threshold with the same tag. The first interactive content information refers to information related to the first interactive content, and may include one or more first interactive contents, or may be thumbnail interactive contents formed by one or more first interactive contents. The first interactive content can be replied by a real user or a virtual robot user.

In the embodiment of the application, if a real user sends a session message through a corresponding terminal in a target topic session, the server forwards the session message to the terminal, and the terminal determines that the user topic message exists. For example, the terminal may display a message input area in the session window, where the message input area is used to receive content input by the user, the terminal may obtain the content input by the user through the message input area, when a confirmation operation on the input content is obtained, the content input by the user is used as a user theme message, it is determined that a user theme message corresponding to a user member exists in the target theme session, the terminal or the server may generate a user message card according to the user theme message, and the terminal may display the user message card in the session window.

In some embodiments, the terminal may populate the user subject message into the message card model according to the message card template to generate the user message card. The message card template can comprise a theme message filling area and a control setting area. The terminal can automatically acquire the corresponding control according to the user message card, and set the control into the control setting area to obtain the user message card. Of course, the control setting area may be preset with a corresponding control, and the terminal may generate a user message card by using the preset control and the filled user theme message.

In some embodiments, the message entry area corresponds to an edit control, including but not limited to a symbol addition control, an emoticon addition control, or a file addition control. The symbol adding control is used for triggering and displaying the symbol set, the expression adding control is used for triggering and displaying the expression set, and the file adding control is used for triggering and displaying the file selecting window. When the terminal obtains the selection operation on the symbols in the symbol set, the symbols selected by the selection operation can be added into the message input area, and the emoticons or the files can also be added into the message input area.

In some embodiments, the user message card may include an interactive control for triggering a reply to the user message card. The interactive control is a method for realizing an interactive function and encapsulation of data, and can be used for detecting interactive operation and generating response interactive content based on the interactive operation. The interactive control can be of multiple types, and for example, the interactive control can include at least one of an option control, a reply control, an expression control, a comment control, a label control, or a view control, and the option control can be multiple, and different option controls correspond to different option contents. Comment controls refer to controls for adding comments. The viewing control refers to a control for viewing an interaction result, which may include behavior information of users participating in the interaction and users participating in the interaction. The interactive control can be displayed in any form, for example, in a bubble form, or in other forms.

S208, when the robot theme message corresponding to the virtual robot member exists in the target theme conversation, displaying a robot message card in a conversation window; the robot message card comprises a robot theme message and an interaction control aiming at the robot theme message; the robot theme message matches the robot function of the virtual robot member.

The virtual robot member refers to a virtual robot, the virtual robot may also be called a Bots or chat robot, and is an intelligent conversation system based on natural language processing, and is an intelligent robot that integrates multiple artificial technologies. When a user sends and receives information in the conversation interface, the virtual robot can understand and converse the user's question. The virtual robot may be an applet with certain functionality, and may be a robot in a group session of a team communication application, which may serve individual users in the group session, e.g. a robot in a group chat of an instant communication application, or a robot in a group session, also called a swarm robot, e.g. a swarm robot for reporting weather conditions in the group session. The virtual robot members in the present application may be swarm robots.

The robot message card may correspond to a robot tag. The robot tag is used for indicating that the message card is a robot message card, that is, the message card with the robot tag is a robot message card. The robot message card refers to a message card issued by a virtual robot member and can comprise a robot theme message and an interaction control.

The robot theme message is a conversation message sent by a robot member in the target theme conversation and is an original conversation message in the robot message card. The robot theme message is matched with the robot function of the virtual robot, which means that the robot theme message is determined according to the robot function. The robot theme message may be preset content that embodies the robot function, or may be content customized according to the robot function, and may include at least one of a name of a virtual robot member or function description information. The robot function may be, but is not limited to, initiating a vote, initiating a quest, initiating a draw, initiating an event entry, gathering a picture, or reporting weather. For example, when the robot function is initiating a guest, the robot-themed message may be "do coffee or black tea today? ".

The interactive control of the robot theme message refers to a control included in the robot message card, and may be used to trigger an update of content in the robot message card, and may be referred to as a message card update control. For example, the interactive control may be a control for commenting on the robot theme message or a control for commenting on the robot theme message, and the interactive content in the robot message card may be updated by operating the control. The control corresponding to the virtual robot member can be preset, and the interactive control can also be a control selected and added by the control selection operation of the user. For example, the robot message card may be preset with a default interaction control, and the terminal may display the default interaction control on the robot message card or determine the corresponding interaction control according to a control selection operation of a user. For example, each candidate control may be displayed on the theme message setting interface, and according to the operation of the candidate control by the user, the control selected by the operation is determined as the control corresponding to the robot theme message.

In some embodiments, the robotic message card may also include information of the user member that triggered the issuance of the robotic message card, such as account information of the user member. The robot message card may correspond to a robot tag. The robot tag is used for indicating that the message card is a robot message card, that is, the message card with the robot tag is a robot message card. The robot message card may further include an interaction time of the robot message card and a threshold number of users participating in the interaction. The interaction time refers to the time when some or all of the interaction functions of the interaction controls in the robot message card are in a usable state, for example, may be within 1 hour, and when the time exceeds 1 hour, some or all of the interaction functions of the interaction controls are in an unusable state, for example, a graying state. The threshold number of users participating in an interaction refers to the maximum number of users that are able to participate in the interaction.

In the embodiment of the application, when a sentence or a character pointing to a virtual robot member is acquired, it may be determined that a robot theme message needs to be generated. The virtual robot member may actively acquire or generate a robot theme message. For example, a virtual robot member may periodically acquire or generate a robot theme message, when a specific time arrives, the virtual robot may transmit the acquired robot theme message to a server or a terminal, the terminal or the server may generate a robot message card according to the robot theme message, and the terminal may display the robot message card. For example, a virtual robot member may be a member that periodically publishes weather information into a target topic session. The virtual robot member may also passively acquire or generate a robot theme message according to the operation of the user member or the user theme message. For example, the terminal may expose a function entry pointing to the virtual robot member, for example, when the terminal receives a character pointing to the function entry of the virtual robot member, the terminal may expose the function entry pointing to the virtual robot member, when a trigger operation for the function entry is received, the virtual robot member is triggered to acquire or generate a robot theme message, or when a sentence pointing to the virtual robot member is included in the user theme message, the virtual robot member is triggered to acquire or generate the robot theme message.

For example, in fig. 3C, the terminal obtains the character "/" through the message input area, and when it is determined that the character "/" is a character pointing to a function entry of a virtual robot member, the terminal may display the function entries of each virtual robot member in the target topic session in the function entry display area 316, for example, when the virtual robot members in the target topic session are "please man" and "report man", the terminal displays function entries corresponding to "please man" and "report man" in the function entry display area 316, where "initiate please/ask man [ please content ]" is the function entry of "please man", and "initiate an activity report [ activity title ]" is the function entry of "report man". When the terminal acquires the trigger operation on the function entry of "initiate requester/requester [ requester content ], the terminal may trigger and display a robot message card in the session window through" requester ", as shown in fig. 3D, the terminal displays a robot message card 318 corresponding to" requester "in the session window, the robot message card 318 includes a first control 318a, a second control 318b, a third control 318e, and a fourth control 318f, and further includes information" lggzhou initiate "of a user member that triggers the robot message card to issue, a robot label" BOT ", and the interaction time" ends: 09-1511: 44 "and a threshold number of users participating in the interaction" unlimited number ".

In some embodiments, the terminal or the server may determine the type of the interactive control according to the robot theme message, obtain the interactive control corresponding to the robot theme message, and display a robot message card including the robot theme message and the corresponding interactive control. For example, the terminal may identify the robot theme message, and when it is determined that the robot theme message is a selective sentence, for example, when the robot theme message is "what people feel that the a scheme is good or the B scheme is good", the terminal may extract each option content in the robot theme message, generate a control corresponding to each option content, and obtain an interactive control corresponding to the robot theme message. And the terminal determines the option content selected by the user according to the operation of the user on the interactive control. As in fig. 3D, first interactive control 318a and second interactive control 318b may be terminals according to the robot theme message "do coffee today or black tea? "generated.

S210, responding to the interactive triggering operation aiming at the interactive control, and displaying second interactive content information obtained based on the interactive triggering operation.

Wherein the second interactive content refers to content acquired in response to the operation of the interactive control. The second interactive content may be various and may include text, emoticons, or tags replied to for the robot theme message. The second interactive content information refers to information related to the second interactive content, and may include one or more second interactive contents, and may also be thumbnail interactive contents generated by one or more interactive content information. As shown in fig. 3D, when the terminal acquires the interaction triggering operation on the third interaction control 318e, the comment input area may be displayed, the comment content input by the user is acquired through the comment input area, so as to obtain a second interaction content, the second interaction content may be displayed as second interaction content information, or the comment content may be subjected to thumbnail processing, so as to obtain a thumbnail interaction content, for example, "1 session" may be obtained, and the thumbnail interaction content is displayed as second interaction content information. The second interactive content can be published by a real user or a virtual robot user.

In the embodiment of the application, second interactive content corresponding to the interactive control can be preset, when the terminal receives a trigger operation on the interactive control, the second interactive content corresponding to the interactive control can be obtained, and the second interactive content or abbreviated interactive content generated by the second interactive content is displayed as second interactive content information. For example, when the virtual robot member is a robot reporting weather, the terminal can generate interaction widgets respectively corresponding to the regions according to the region where the user member in the target topic session is located, for example, an interaction widget with widget content being "Shenzhen" is generated, when the terminal acquires the trigger operation on the interaction widget "Shenzhen", the virtual robot member is triggered to issue the weather condition about the "Shenzhen" region, and the weather condition of the "Shenzhen" region is used as second interaction content information to be displayed.

In some embodiments, the terminal or the server may generate associated interactive content corresponding to the interactive control according to the robot theme message, and obtain associated interactive content information according to the associated interactive content. For example, the terminal may count the associated interactive content corresponding to the interactive control to obtain statistical information, obtain associated interactive content information according to the statistical information, and obtain second interactive content information, where the second interactive content information may include the statistical information. When the terminal determines that the number of the associated interactive contents of the interactive control changes, the statistical information can be updated to obtain updated statistical information, and updated associated interactive content information is obtained according to the updated statistical information to obtain updated second interactive content information. The associated interactive content refers to content generated by triggering the interactive control, for example, when the terminal determines that the user member a triggers the first interactive control 318a in fig. 3D, the associated interactive content may be generated: "the user member has selected coffee". The associated interactive content information refers to information related to associated interactive content, and may be the associated interactive content itself or thumbnail interactive content corresponding to a plurality of associated interactive contents. For example, the terminal may use "coffee is selected by a user member" as the associated interactive content information, or may count the users who have selected coffee, and when the statistical result is that 3 users have selected coffee, it may be determined that the associated interactive content information is "3 users have selected coffee". As shown in fig. 3D, the associated interactive content information corresponding to the first interactive control 318a is first associated interactive content information 318c, and the associated interactive content information corresponding to the second interactive control 318b is second associated interactive content information 318D. The second interactive content information may be obtained according to the associated interactive content information, for example, the second interactive content information may be updated associated interactive content information.

In the conversation display method, a topic conversation entry list is displayed in response to the trigger operation of a topic conversation function entry displayed by the instant messaging application; in response to the selection operation of a target conversation entrance in the topic conversation entrance list, displaying a conversation window of a target topic conversation corresponding to the target conversation entrance, when a user topic message corresponding to a user member exists in the target topic conversation, displaying a user message card in the conversation window, wherein the user message card comprises the user topic message and first interactive content information aiming at the user topic message, when a robot message card corresponding to a virtual robot member exists in the target topic conversation, displaying a robot message card in the conversation window, wherein the robot message card comprises a robot topic message and an interactive control aiming at the robot topic message, the robot topic message matches with a robot function of the virtual robot member, and in response to a trigger operation aiming at the interactive control, displaying second interactive content information acquired based on the interactive trigger operation, and enabling the target subject conversation to include the robot message cards corresponding to the virtual robot members. The theme conversation function entry can enter the theme conversation entry list through the theme conversation function entry, so that theme conversation can be carried out in instant messaging application, the user message card comprises user theme messages and first interactive content information aiming at the user theme messages, the display effect of the conversation messages is improved, and the interactive control corresponding to the robot message card is displayed, so that the user can interact aiming at the theme messages sent by the robot, and the conversation efficiency is improved.

In some embodiments, when the target theme conversation has a robot theme message corresponding to the virtual robot member, the step of presenting the robot message card in the conversation window includes: displaying a function entrance corresponding to a virtual robot member; and displaying the robot message card in a conversation window in response to the function triggering operation of the function entrance.

The function entry is an entry for executing a corresponding function, and may be used to point to a virtual robot member. The function portal may display content related to the functions of the virtual robot members, or may display the content when a portal display trigger event that triggers the display of the function portal is acquired. The portal presentation trigger event may be, but is not limited to: the collected voice data includes the name or function information of the virtual robot member, and the input content includes information pointing to the function entry corresponding to the virtual robot member, for example, includes the name or function information of the virtual robot member, and may also be characters pointing to the function entry corresponding to the virtual robot member, which are set according to needs.

The function triggering operation may be an arbitrary operation. The arbitrary operation includes, but is not limited to, a touch operation, a voice operation, an operation performed by an input device such as a mouse, or a gesture operation, and may be at least one of a slide operation, a long-press operation, a click operation, or a double-click operation, for example. The sliding operation may include sliding in various directions, and may include at least one of sliding up (i.e., sliding in a 90-degree direction), sliding down (i.e., sliding in a negative 90-degree direction), sliding left (i.e., sliding in a 180-degree direction), sliding right (i.e., sliding in a 0-degree direction), sliding in a 45-degree direction, or sliding in a 135-degree direction, for example. The sliding can be manual sliding or mouse sliding.

In the embodiment of the application, the terminal can display the function entrance corresponding to the virtual robot member in the conversation window corresponding to the target topic conversation, and can also display the function entrance corresponding to the virtual robot member according to the user operation. For example, the terminal may present a virtual robot member list, and the virtual robot member list may present at least one of names and avatars of virtual robot members in the target subject conversation. The terminal may obtain a function entry showing operation for the virtual robot members in the virtual robot member list, where the function entry showing operation may be any operation, for example, a right button operation of a mouse may be used to show the function entries corresponding to the virtual robot members.

In this embodiment, the function entry that show virtual machine people member corresponds is responded to the function trigger operation to function entry, shows the robot message card at the conversation window, and through the function entry of show, the efficiency of showing the robot message card has been improved to the show robot message card that can be simple and convenient, and convenient operation is simple, has promoted user experience.

In some embodiments, the step of presenting the corresponding function portal of the virtual robot member comprises: displaying a message input area; acquiring message characters input by a user through a message input area; and when detecting that the message characters in the message input area comprise robot trigger characters, displaying the function entries corresponding to all the virtual robot members in the target topic conversation.

And the robot trigger character is used for triggering and displaying the function entrance corresponding to the virtual robot member. The robot trigger character may be any character, may be a character string composed of a plurality of characters, may be a character including the name or function information of a virtual robot member, or may be a special character, for example, "/". The robot trigger character may be preset, or may be set according to needs, and may include a plurality of robot trigger characters with different functions, for example, a robot trigger character that triggers and displays a function entry of a virtual robot member that has joined the target topic conversation may be present, or a robot trigger character that triggers and displays a function entry of a virtual robot member that has not joined the target topic conversation may be present. Different robot trigger characters can correspond to different function entrances of virtual robot members, and the same robot trigger character can also correspond to the function entrances of a plurality of virtual robot members.

In the embodiment of the application, when the terminal detects that the message characters in the message input area include the robot trigger character, and determines that the robot trigger character is the robot trigger character which triggers the function entry which displays the virtual robot members added to the target theme session, the function entry corresponding to each virtual robot member in the target theme session is displayed.

In some embodiments, when the terminal detects that the message characters in the message input area comprise robot trigger characters, and determines that the robot trigger characters are robot trigger characters which trigger the functional entries of the virtual robot members which are not joined in the target subject conversation, the functional entries corresponding to at least one virtual robot member which is not joined in the target subject conversation are presented. When the terminal acquires function triggering operation of a function entrance corresponding to a virtual robot member which is not added to the target theme session, a robot adding window of the virtual robot member corresponding to the function triggering operation is displayed, and the robot adding window may include an option for approving addition and an option for rejecting addition. And when the terminal acquires the trigger operation of the option which agrees to be added, adding the virtual robot member into the target theme session.

In the embodiment, the message input area is displayed, the message characters input by the user are acquired through the message input area, and when the message characters in the message input area are detected to comprise the robot trigger characters, the function entries corresponding to each robot searching member in the target theme session are displayed, so that the function entries can be conveniently and quickly acquired through the message characters, the efficiency and the convenience for acquiring the function entries are improved, and the user experience is improved.

In some embodiments, presenting the robotic message card in the conversation window in response to a function trigger operation to the function portal includes: responding to function triggering operation of the function entrance, and displaying a theme message setting interface corresponding to the virtual robot member; and responding to a theme message input operation triggered through a theme message setting interface, acquiring a robot theme message corresponding to the virtual robot member, and displaying a robot message card in a conversation window.

Wherein, the theme message setting interface can set the robot theme message by the user. The theme message input operation refers to an operation of inputting a robot theme message. The terminal can respond to the theme message input operation triggered through the theme message setting interface, obtain the input content corresponding to the theme message input operation, and obtain the robot theme message corresponding to the virtual robot member.

In the embodiment of the application, a theme message input area can be displayed in the theme message setting interface. The terminal can obtain the content input by the user in the theme message input area to obtain the robot theme message corresponding to the robot virtual robot member.

In some embodiments, the theme message settings interface may also be used to set interactive controls. For example, a control content input area or a selection area corresponding to the interactive control can be included in the theme message setting interface. The control content input area is used for inputting control content, and the control content refers to content displayed on the interactive control. The selection area can correspond to a selected state and an unselected state, when the selection area is in the selected state, the corresponding interaction control is set for the robot message card, and when the selection area is in the unselected state, the corresponding interaction control is not set for the robot message card. When the terminal acquires the trigger operation on the selection area, the state of the interactive control can be switched, for example, when the terminal is in an unselected state, the state of the interactive control can be switched to a selected state, and when the terminal is in a selected state, the state of the interactive control can be switched to the unselected state.

In some embodiments, the theme message setting interface may also allow the user to set an interaction time for the interaction control or a threshold number of users participating in the interaction. The interaction time refers to a time when the interaction function of the interaction control is in a usable state, and may be within 1 hour, for example.

In the embodiment, the theme message setting interface corresponding to the virtual robot member is displayed in response to the function triggering operation of the function entry, and the robot theme message corresponding to the virtual robot member is acquired in response to the theme message input operation triggered through the theme message setting interface, so that a user can set the robot theme message in the theme message setting interface as required, and a robot message card is displayed in a conversation window, so that the robot theme message is conveniently and quickly obtained, the flexibility of generating the robot theme message is improved, and the user experience is improved.

In some embodiments, when the target theme conversation has a robot theme message corresponding to the virtual robot member, presenting the robot message card in the conversation window includes: and when the user theme message comprises a sentence pointing to the virtual robot member in the target theme conversation, acquiring the robot theme message corresponding to the virtual robot member, and displaying a robot message card corresponding to the robot theme message in a conversation window.

The sentence pointing to the virtual robot member in the target topic session may be a sentence including at least one of a name or function information of the virtual robot member, may be a preset sentence, or may be set as needed.

In the embodiment of the application, when the user theme message comprises a sentence pointing to a virtual robot member, the terminal detects whether the virtual robot member is added into the target theme session, and when the virtual robot member is added into the target theme session, the robot theme message corresponding to the virtual robot member is acquired, and the robot message card is displayed in the session window. And when the terminal acquires the triggering operation of the option agreeing to add, adding the virtual robot member into the target theme conversation, acquiring the robot theme message corresponding to the virtual robot member, and displaying a robot message card on the conversation window.

In some embodiments, the terminal may perform text recognition on the user topic message, for example, the trained text recognition neural network model may be used to recognize the user topic message, obtain a recognition result, when the recognition result includes one or more of a name, an identifier, or function information of a virtual robot member, it may be determined that the user topic message includes a sentence pointing to the virtual robot member in the target topic conversation, and the terminal may instruct the virtual robot member to issue a robot message card and display the robot message card in the conversation window. For example, when "weather" and "city a" are included in the user theme message, the terminal may determine that a sentence pointing to the robot reporting weather information is included in the user theme message, and the terminal may instruct the robot reporting weather information to issue a robot message card regarding the weather information of the city a.

In the embodiment, when the user theme message comprises the sentence pointing to the virtual robot member in the target theme session, the robot theme message corresponding to the virtual robot member is acquired, and the robot message card is displayed in the session window, so that the robot message card corresponding to the robot theme message is automatically displayed according to the user theme message, the interaction between the user and the robot is enhanced, and the user experience is improved.

In some embodiments, when the user theme message includes a sentence pointing to a virtual robot member in the target theme session, acquiring a robot theme message corresponding to the virtual robot member, and displaying a robot message card corresponding to the robot theme message in the session window includes: when the user theme message comprises a sentence pointing to a virtual robot member in the target theme session, acquiring a robot theme message corresponding to the virtual robot member; and taking the robot theme message as a reply message corresponding to the user theme message, and displaying the robot message card in a reply area of the user message card in the conversation window.

The virtual robot member can issue a robot message card and reply to a user subject message. The robot theme message may be preset. The reply message refers to a reply session message.

In the embodiment of the application, when the user theme message includes a sentence pointing to a virtual robot member in the target theme session, the terminal may instruct the virtual robot member to acquire a preset robot theme message, and the terminal may use the robot theme message as a reply message corresponding to the user theme message. The terminal can display the robot message card in a session window in an abbreviated mode.

In the embodiment, when the user theme message includes the idiom pointing to the virtual robot in the target theme session, the robot theme message corresponding to the virtual robot member is acquired, the robot theme message is used as the reply message corresponding to the user theme message, and the robot message card is displayed in the reply area of the user message card in the session window, so that the user message card is automatically replied, and the session efficiency in the target theme session is improved.

In some embodiments, the method further comprises: displaying a robot adding inlet corresponding to the target theme session; in response to a triggering operation of adding an entrance to the robot, presenting at least one candidate robot member; and responding to the robot selection operation, and adding the candidate robot member selected by the robot selection operation into the target topic conversation.

Wherein the robot addition portal is for adding a robot to the subject conversation. The robot adding entrance can be displayed in a conversation window, and can also be displayed in an interface triggered by the conversation window. The triggering operation for adding an entry to the robot may be any operation.

The candidate robot members may be preset, or may be set according to needs, and may be part or all of the virtual robot members owned by the organization or group to which the target subject session belongs, for example, the subject session of the employee of the "XX project group" in the "XX enterprise," the "XX enterprise" owns the virtual robot member 1 and the virtual robot member 2, and then the candidate robot member corresponding to the target subject session may include at least one of the virtual robot member 1 or the virtual robot member 2. The robot selection operation is to select a candidate robot member from the presented at least one candidate robot member.

In the embodiment of the application, the terminal can display a robot adding entrance corresponding to the target theme session, acquire each candidate robot member corresponding to the target theme session, respond to a triggering operation of adding the entrance to the robot, display at least one candidate robot member, respond to a robot selecting operation, add the candidate robot member selected by the robot selecting operation into the target theme session, and display the virtual robot member added into the target theme session.

In some embodiments, the terminal may display an operation item entry in the session window, where the operation item entry is used to trigger to display an operation item list, the operation item list includes at least one operation item, the robot addition entry is one operation item in the operation item list, and when the terminal obtains a trigger operation on the operation item entry, the terminal may display the operation item list including the robot addition entry.

In some embodiments, the operation item list may further include a session information viewing entry, where the session information viewing entry is used to trigger presentation of a session information area corresponding to the target topic session, and the robot addition entry may be presented in the session information area. At least one of a name of the target subject conversation, conversation description information or a member list can be displayed in the conversation information area, and the member list can comprise at least one of a user member list or a virtual robot member list. When the terminal acquires the trigger operation of the session information viewing entrance, the session information area can be displayed. The session information area may be displayed in the session window, or may be displayed in a separate window different from the session window. Of course, the session information viewing portal may also be exposed in the session window.

In some embodiments, when the terminal joins the candidate robot member selected by the robot selection operation into the target topic session, the terminal may display the joined function entry pointing to the virtual robot in the virtual robot member list, that is, one function entry in the virtual robot member list represents one virtual robot member.

For example, fig. 3E shows an operation item entry 320, the terminal obtains a click operation on the operation item entry 320, and may show an operation item list 322, and the session information viewing entry may be, for example, "viewing information" in the operation item list 322. The operation item list 322 includes a robot addition entry "add robot". The terminal acquires a click operation on "view information" and can display the session information area 324. The session information area 324 includes 2 member lists, one user member list 326 and one virtual robot member list 330. The session information area 324 also includes the name of the target subject session, "Jarry-specific" session description information "that the test can come from" and the number of virtual robot members joined in the target subject session, for example, 2 in "robot 2" in the session information area 324. Also included in the session information area 324 is a robot addition entry 328. When the terminal acquires the trigger operation of "add robot" to the robot addition entry 328 or the robot addition entry in the operation item list 322, the add robot interface 400 shown in fig. 4 may be displayed, where 2 candidate robot members are displayed in the add robot interface 400, one is "emoticon scraping master" 402, and the other is "remind assistant" 404. When a new virtual robot member joins in the target topic session, the terminal may present the newly joined virtual robot member in the virtual robot member list 330.

In some embodiments, the subject conversation may be stored using structured information. The structured information may be generated according to a preset data structure, or may be set as needed. The preset data structure may include at least one of an identification of the session, a name of the session, a member included in the session, or description information of the session. The preset data structure may be, for example, structured data BlackboardInfo storing a small blackboard. The BlackboardInfo includes an identification (boardld) of the small blackboard, a name (name) of the small blackboard, description information (desc) of the small blackboard, and members (members) of the small blackboard. The members store therein the identifications of the user members of the small blackboard and the robot identifications of the virtual robot members that have been added to the small blackboard.

Fig. 5 shows a flowchart of adding robot members in a small item blackboard, which specifically includes: acquiring a trigger operation on an 'add robot', pulling a robot list configured by a current enterprise, displaying the robot list in an add robot interface 400 shown in fig. 4, wherein the identifiers of the robots in the robot list are robotid 1-robotidN, respectively, acquiring a robot identifier (robotid) corresponding to the robot selected from the robot list, for example robotid1, and adding the identifier corresponding to the selected robot into members of a small blackboard. The member information can be pulled through the identification of the real user or the robot identification in the members to display the member list.

In this embodiment, a robot addition entry corresponding to the target theme session is displayed, at least one candidate robot member is displayed in response to a trigger operation for the robot addition entry, and the candidate robot member selected by the robot selection operation is added to the target theme session in response to the robot selection operation, so that the displayed robot addition entry can quickly and conveniently add the robot member to the theme session, the time for adding the robot member is reduced, the efficiency for adding the robot member is improved, and the user embodiment is improved.

In some embodiments, in response to the interactive trigger operation for the interactive control, displaying the second interactive content information acquired based on the interactive trigger operation includes: in response to the interaction triggering operation aiming at the interaction control, updating the associated interaction content information associated with the interaction control in the robot message card to obtain second interaction content information; and displaying the second interactive content information.

Wherein, the interaction triggering operation of the interaction control can cause the update of the associated interaction content information. The interactive trigger operation of the interactive control can be any operation. The terminal may respond to the interaction triggering operation for the interaction control to obtain updated associated interaction content information, for example, in fig. 3D, when the terminal determines that a new user member selects coffee, the terminal may update the associated interaction content information to "4 users select coffee", and display the updated associated interaction content information as second interaction content information.

In the embodiment, in response to the triggering operation for the interactive control, the associated interactive content information associated with the interactive control in the robot message card is updated to obtain the second interactive content information, and the second interactive content information is displayed, so that the associated interactive content information can be updated and displayed in real time in the target theme session, and the effectiveness of the associated interactive content information is improved.

In some embodiments, the second interactive content information comprises thumbnail interactive content, the method further comprising: responding to the trigger operation of the abbreviated interactive content, and displaying an interactive operation window corresponding to the abbreviated interactive content; displaying an interactive content set corresponding to the abbreviated interactive content in an interactive operation window; the abbreviated interactive content is an abbreviated representation of the set of interactive content.

The interactive content set is an expanded representation of the abbreviated interactive content, and the interactive content set may include second interactive content triggered by a plurality of interactive controls, for example, comment content for the robot theme message. For example, when the abbreviated interactive content is "3 users selected coffee," the interactive content set may include at least one of names or avatars of members of the users who selected coffee.

The corresponding abbreviating mode of the abbreviated interactive content can be preset or can be set according to the requirement. The trigger operation for abbreviating the interactive content may be any operation. The interactive operation window may be a window different from the session window, and may be a popup window suspended in the session window.

In the embodiment of the application, the terminal can respond to the triggering operation of the abbreviated interactive content to display the interactive operation window corresponding to the abbreviated interactive content, and display the interactive content set corresponding to the abbreviated interactive content in the interactive operation window.

In this embodiment, the second interactive content information includes the abbreviated interactive content for the robot theme message, so that the interactive content can be displayed in an abbreviated manner, the displayed content is reduced, the displayed content is more concise, the interactive operation window for the robot theme message is displayed in response to the triggering operation of the abbreviated interactive content, and the interactive content set for the robot theme message is displayed in the interactive operation window, so that when the interactive content is required to be viewed, the complete interactive content can be conveniently and quickly viewed as required, and the user experience is improved.

In some embodiments, as shown in fig. 6, a session exhibition method is provided, which is described by taking the method as an example applied to the server 104 in fig. 1, and includes the following steps:

s602, acquiring a robot theme message corresponding to a virtual robot member and a target theme session corresponding to the robot theme message; the target theme session is a theme session to be subjected to content push.

The target topic session corresponding to the robot topic message may include part or all of the topic session in which the virtual robot member is located, may be a topic session selected from the topic sessions in which the virtual robot member is located according to needs, and may be determined according to the session message in the topic session, for example. When the theme session message includes a sentence for executing the virtual robot member, the server may be triggered to acquire a robot theme message corresponding to the virtual robot member and a target theme session corresponding to the robot theme message.

In the embodiment of the application, a terminal can send a content push request corresponding to a virtual robot member to a server, the content push request can carry a theme session identifier and a virtual robot member identifier, the server can obtain the virtual robot member corresponding to the virtual robot member identifier to obtain a target virtual robot member, and a theme session corresponding to the theme session identifier is used as a target theme session to obtain a target theme session corresponding to a robot theme message of the target virtual robot member.

S604, when the virtual robot member is determined to be a member of the target topic conversation, generating a structured topic conversation message.

The structured topic conversation message refers to an original conversation message issued by a virtual robot member, namely a robot message card. The server can check whether the virtual robot member is added into the target topic session, when the virtual robot member is determined to be added into the target topic session, the virtual robot member is determined to be a member of the target topic session, the server can generate a structured topic session message, and the topic session message is pushed to a terminal corresponding to the target topic session.

S606, the theme conversation message is sent to the user member terminal corresponding to the target theme conversation, so that the user member terminal displays the robot message card in the conversation window; the robot message card comprises a robot theme message and an interaction control aiming at the robot theme message; the robot theme message matches the robot function of the virtual robot member.

The user member terminals may include terminals corresponding to respective users in the target topic session, and may include, for example, the first terminal 102 and the second terminal 106 in fig. 1. The server may push the theme conversation message to each user member terminal, or the user member terminal may actively pull the corresponding theme conversation message from the server, and the user member terminal may display a robot message card, i.e., a structured theme conversation message, in the conversation window.

For example, fig. 7 shows a timing chart of publishing posts to a small blackboard by a member of a virtual robot, where a robot determines a message to be pushed, that is, organizes the robot push message, the robot determines the small blackboard to be subjected to message push, that is, selects a designated small blackboard and pushes the message, a small blackboard background (i.e., a server) obtains the message to be pushed and the designated small blackboard, checks whether the robot is a member of the designated small blackboard, that is, checks whether the robot is in the designated small blackboard, generates a small blackboard post when it is determined that the robot is in the designated small blackboard, that is, generates a small blackboard post according to the message to be pushed, and pushes the generated small blackboard post to a client (i.e., a terminal).

In the session display method, a robot theme message corresponding to a virtual robot member and a target theme session corresponding to the robot theme message are obtained, the target theme session is a theme session to be subjected to content push, when the virtual robot member is determined to be a member of the target theme session, a structured theme session message is generated, and the theme session message is sent to a user member terminal corresponding to the target theme session, so that the user member terminal displays a robot message card in a session window, the robot message card comprises the robot theme message and an interactive control aiming at the robot theme message, and the robot theme message is matched with the robot function of the virtual robot member, so that the target theme session comprises the robot message card corresponding to the virtual robot member. Because the robot message card comprises the robot theme message and the interactive control aiming at the robot theme message, the display effect of the conversation message is improved, and a user can interact aiming at the theme message sent by the robot by utilizing the interactive control, so that the conversation efficiency is improved.

In some embodiments, a session presentation method is provided, comprising the steps of:

1. displaying a robot adding inlet corresponding to the target theme session in the instant messaging application;

in the instant messaging application, after the user creates the robot, the robot can be added to the executed group chat, for example, the small blackboard is in a group chat mode, the robot can be added to the small blackboard, and after the robot is added to the small blackboard, the robot has the right to post to the small blackboard. The robot can send a message to the subject conversation to provide corresponding services for the user, and can publish a post to the small blackboard or reply to the post in the small blackboard.

2. In response to a triggering operation of adding an entrance to the robot, presenting at least one candidate robot member;

3. responding to the robot selection operation, and adding the candidate robot member selected by the robot selection operation into the target topic conversation;

the candidate robot member may be a robot created by a group in which the target topic conversation is located, and after the candidate robot member is added to the target topic conversation, the added candidate robot member may be displayed in a member list of the topic conversation.

4. Responding to a trigger operation of a theme conversation function entrance displayed by the instant messaging application, displaying a theme conversation entrance list, responding to a selection operation of a target conversation entrance in the theme conversation entrance list, and displaying a conversation window of a target theme conversation corresponding to the target conversation entrance;

5. the method comprises the steps of displaying a message input area, acquiring message characters input by a user through the message input area, and displaying a function entrance corresponding to each virtual robot member in a target theme conversation when detecting that the message characters in the message input area comprise robot trigger characters;

6. responding to function triggering operation of the function entrance, and displaying a theme message setting interface corresponding to the virtual robot member;

7. responding to a theme message input operation triggered through a theme message setting interface, acquiring a robot theme message corresponding to a virtual robot member, and generating a robot message card;

8. and displaying the generated robot message card in a session window corresponding to the target subject session.

It should be understood that although the various steps in the flow charts of fig. 2-7 are shown in order as indicated by the arrows, the steps are not necessarily performed in order as indicated by the arrows. The steps are not performed in the exact order shown and described, and may be performed in other orders, unless explicitly stated otherwise. Moreover, at least some of the steps in fig. 2-7 may include multiple steps or multiple stages, which are not necessarily performed at the same time, but may be performed at different times, which are not necessarily performed in sequence, but may be performed in turn or alternately with other steps or at least some of the other steps.

In some embodiments, as shown in fig. 8, there is provided a session exhibition apparatus, which may be a part of a computer device using a software module or a hardware module, or a combination of the two, and specifically includes: a topic conversation entry list display module 802, a conversation window display module 804, a user message card display module 806, a robot message card display module 808, and a second interactive content information display module 810, wherein:

a topic session entry list display module 802, configured to display a topic session entry list in response to a trigger operation on a topic session function entry displayed by the instant messaging application.

A session window displaying module 804, configured to respond to a selection operation on a target session entry in the topic session entry list, and display a session window corresponding to a target topic session corresponding to the target session entry.

And a user message card display module 806, configured to display a user message card in the session window when a user topic message corresponding to the user member exists in the target topic session. The user message card comprises a user subject message and first interactive content information aiming at the user subject message.

And a robot message card display module 808, configured to display a robot message card in the session window when a robot theme message corresponding to the virtual robot member exists in the target theme session. The robot message card includes a robot theme message and an interactive control for the robot theme message. The robot theme message matches the robot function of the virtual robot member.

And a second interactive content information display module 810, configured to respond to the interactive trigger operation for the interactive control, and display second interactive content information obtained based on the interactive trigger operation.

In some embodiments, a robotic message card presentation module 808, comprises:

and the function entrance display unit is used for displaying the function entrance corresponding to the virtual robot member.

And the robot message card triggering unit is used for responding to the function triggering operation of the function entrance and displaying the robot message card in the conversation window.

In some embodiments, the function portal presentation unit is further configured to present a message input area; acquiring message characters input by a user through a message input area; and when detecting that the message characters in the message input area comprise robot trigger characters, displaying the function entries corresponding to all the virtual robot members in the target topic conversation.

In some embodiments, the robot message card triggering unit is further configured to display a theme message setting interface corresponding to the virtual robot member in response to a function triggering operation on the function entry; and responding to a theme message input operation triggered through a theme message setting interface, acquiring a robot theme message corresponding to the virtual robot member, and displaying a robot message card in a conversation window.

In some embodiments, the robot message card displaying module 808 is further configured to, when the user theme message includes a sentence pointing to a virtual robot member in the target theme conversation, obtain a robot theme message corresponding to the virtual robot member, and display a robot message card corresponding to the robot theme message in the conversation window.

In some embodiments, the robot message card presentation module 808 is further configured to, when the user theme message includes a sentence pointing to a virtual robot member in the target theme session, obtain a robot theme message corresponding to the virtual robot member; and taking the robot theme message as a reply message corresponding to the user theme message, and displaying the robot message card in a reply area of the user message card in the conversation window.

In some embodiments, the apparatus further comprises:

and the robot adding entrance display module is used for displaying the robot adding entrance corresponding to the target theme session.

And the candidate robot member display module is used for responding to the triggering operation of adding the entrance to the robot and displaying at least one candidate robot member.

And the candidate robot member joining module is used for responding to the robot selection operation and joining the candidate robot member selected by the robot selection operation into the target theme conversation.

In some embodiments, the second interactive content information presentation module 810 includes:

and the associated interactive content information updating unit is used for responding to the interactive triggering operation aiming at the interactive control, updating the associated interactive content information associated with the interactive control in the robot message card and obtaining second interactive content information.

And the second interactive content information display unit is used for displaying the second interactive content information.

In some embodiments, the second interactive content information includes abbreviated interactive content, and the apparatus is further configured to, in response to a triggering operation on the abbreviated interactive content, present an interactive operation window corresponding to the abbreviated interactive content; displaying an interactive content set corresponding to the abbreviated interactive content in an interactive operation window; the abbreviated interactive content is an abbreviated representation of the set of interactive content.

In some embodiments, as shown in fig. 9, there is provided a session exhibition apparatus, which may be a part of a computer device using a software module or a hardware module, or a combination of the two, and specifically includes: a target topic conversation acquisition module 902, a topic conversation message generation module 904, and a topic conversation message sending module 906, wherein:

a target theme session obtaining module 902, configured to obtain a robot theme message corresponding to a virtual robot member and a target theme session corresponding to the robot theme message; the target theme session is a theme session to be subjected to content push.

And a topic conversation message generating module 904, configured to generate a structured topic conversation message when the virtual robot member is determined to be a member of the target topic conversation.

A theme conversation message sending module 906, configured to send a theme conversation message to a user member terminal corresponding to a target theme conversation, so that the user member terminal displays a robot message card in a conversation window; the robot message card comprises a robot theme message and an interaction control aiming at the robot theme message; the robot theme message matches the robot function of the virtual robot member.

For the specific definition of the session display apparatus, reference may be made to the above definition of the session display method, which is not described herein again. The modules in the above-mentioned conversation exhibition device can be wholly or partially realized by software, hardware and a combination thereof. The modules can be embedded in a hardware form or independent from a processor in the computer device, and can also be stored in a memory in the computer device in a software form, so that the processor can call and execute operations corresponding to the modules.

In some embodiments, a computer device is provided, which may be a terminal, and its internal structure diagram may be as shown in fig. 10. The computer device includes a processor, a memory, a communication interface, a display screen, and an input device connected by a system bus. Wherein the processor of the computer device is configured to provide computing and control capabilities. The memory of the computer device comprises a nonvolatile storage medium and an internal memory. The non-volatile storage medium stores an operating system and a computer program. The internal memory provides an environment for the operation of an operating system and computer programs in the non-volatile storage medium. The communication interface of the computer device is used for carrying out wired or wireless communication with an external terminal, and the wireless communication can be realized through WIFI, an operator network, NFC (near field communication) or other technologies. The computer program is executed by a processor to implement a session exhibition method. The display screen of the computer equipment can be a liquid crystal display screen or an electronic ink display screen, and the input device of the computer equipment can be a touch layer covered on the display screen, a key, a track ball or a touch pad arranged on the shell of the computer equipment, an external keyboard, a touch pad or a mouse and the like.

In some embodiments, a computer device is provided, which may be a server, the internal structure of which may be as shown in fig. 11. The computer device includes a processor, a memory, and a network interface connected by a system bus. Wherein the processor of the computer device is configured to provide computing and control capabilities. The memory of the computer device comprises a nonvolatile storage medium and an internal memory. The non-volatile storage medium stores an operating system, a computer program, and a database. The internal memory provides an environment for the operation of an operating system and computer programs in the non-volatile storage medium. The database of the computer device is used for storing data related to the session display method. The network interface of the computer device is used for communicating with an external terminal through a network connection. The computer program is executed by a processor to implement a session exhibition method.

It will be appreciated by those skilled in the art that the configurations shown in fig. 10 and 11 are block diagrams of only some of the configurations relevant to the present disclosure, and do not constitute a limitation on the computing devices to which the present disclosure may be applied, and that a particular computing device may include more or less components than those shown, or may combine certain components, or have a different arrangement of components.

In some embodiments, there is further provided a computer device comprising a memory and a processor, the memory having stored therein a computer program, the processor implementing the steps of the above method embodiments when executing the computer program.

In some embodiments, a computer-readable storage medium is provided, in which a computer program is stored, which computer program, when being executed by a processor, carries out the steps of the above-mentioned method embodiments.

In some embodiments, a computer program product or computer program is provided that includes computer instructions stored in a computer-readable storage medium. The computer instructions are read by a processor of a computer device from a computer-readable storage medium, and the computer instructions are executed by the processor to cause the computer device to perform the steps in the above-mentioned method embodiments.

It will be understood by those skilled in the art that all or part of the processes of the methods of the embodiments described above can be implemented by hardware instructions of a computer program, which can be stored in a non-volatile computer-readable storage medium, and when executed, can include the processes of the embodiments of the methods described above. Any reference to memory, storage, database or other medium used in the embodiments provided herein can include at least one of non-volatile and volatile memory. Non-volatile Memory may include Read-Only Memory (ROM), magnetic tape, floppy disk, flash Memory, optical storage, or the like. Volatile Memory can include Random Access Memory (RAM) or external cache Memory. By way of illustration and not limitation, RAM can take many forms, such as Static Random Access Memory (SRAM) or Dynamic Random Access Memory (DRAM), among others.

The technical features of the above embodiments can be arbitrarily combined, and for the sake of brevity, all possible combinations of the technical features in the above embodiments are not described, but should be considered as the scope of the present specification as long as there is no contradiction between the combinations of the technical features.

The above-mentioned embodiments only express several embodiments of the present application, and the description thereof is more specific and detailed, but not construed as limiting the scope of the invention. It should be noted that, for a person skilled in the art, several variations and modifications can be made without departing from the concept of the present application, which falls within the scope of protection of the present application. Therefore, the protection scope of the present patent shall be subject to the appended claims.

Claims

1. A session presentation method, the method comprising:

responding to the trigger operation of the topic conversation function entrance displayed by the instant messaging application, and displaying a topic conversation entrance list;

responding to the selection operation of a target conversation entrance in the topic conversation entrance list, and displaying a conversation window of a target topic conversation corresponding to the target conversation entrance;

when the target theme conversation has user theme messages corresponding to the user members, displaying a user message card in the conversation window; the user message card comprises the user subject message and first interactive content information aiming at the user subject message;

when the target theme conversation has the robot theme message corresponding to the virtual robot member, displaying a robot message card in the conversation window; the robot message card comprises the robot theme message and an interaction control for the robot theme message; the robot theme message is matched with the robot functions of the virtual robot members;

and responding to the interactive triggering operation aiming at the interactive control, and displaying second interactive content information acquired based on the interactive triggering operation.

2. The method of claim 1, wherein when the target topic conversation has a robot topic message corresponding to a virtual robot member, the step of presenting a robot message card in the conversation window comprises:

displaying a function entrance corresponding to the virtual robot member;

and in response to a function triggering operation on the function entrance, displaying a robot message card in the conversation window.

3. The method of claim 2, wherein the exposing the corresponding function portal of the virtual robot member comprises:

displaying a message input area;

acquiring message characters input by a user through the message input area;

and when detecting that the message characters in the message input area comprise robot trigger characters, displaying the function entries corresponding to all the virtual robot members in the target topic conversation.

4. The method of claim 2, wherein presenting a robotic message card in the conversation window in response to a function-triggering operation on the function portal comprises:

responding to the function triggering operation of the function entrance, and displaying a theme message setting interface corresponding to the virtual robot member;

and responding to a theme message input operation triggered through the theme message setting interface, acquiring a robot theme message corresponding to the virtual robot member, and displaying a robot message card in the conversation window.

5. The method of claim 1, wherein when the target subject conversation has a robot subject message corresponding to a virtual robot member, presenting the robot message card in the conversation window comprises:

and when the user theme message comprises a sentence pointing to a virtual robot member in the target theme conversation, acquiring the robot theme message corresponding to the virtual robot member, and displaying a robot message card corresponding to the robot theme message in the conversation window.

6. The method according to claim 5, wherein when the user theme message includes a sentence pointing to a virtual robot member in the target theme session, acquiring a robot theme message corresponding to the virtual robot member, and displaying a robot message card corresponding to the robot theme message in the session window includes:

when the user theme message comprises a sentence pointing to a virtual robot member in the target theme session, acquiring a robot theme message corresponding to the virtual robot member;

and taking the robot theme message as a reply message corresponding to the user theme message, and displaying the robot message card in a reply area of the user message card in the conversation window.

7. The method of claim 1, further comprising:

displaying a robot adding inlet corresponding to the target theme session;

presenting at least one candidate robot member in response to a triggering operation of adding an entrance to the robot;

and responding to a robot selection operation, and adding the candidate robot member selected by the robot selection operation into the target topic conversation.

8. The method of claim 1, wherein in response to an interactive trigger operation for the interactive control, displaying second interactive content information obtained based on the interactive trigger operation comprises:

updating associated interactive content information associated with the interactive control in the robot message card in response to the interactive triggering operation aiming at the interactive control to obtain second interactive content information;

and displaying the second interactive content information.

9. The method of claim 1, wherein the second interactive content information comprises thumbnail interactive content, and the method further comprises:

responding to the trigger operation of the abbreviated interactive content, and displaying an interactive operation window corresponding to the abbreviated interactive content;

displaying an interactive content set corresponding to the abbreviated interactive content in the interactive operation window; the thumbnail interactive content is a thumbnail representation of the set of interactive content.

10. A session presentation method, the method comprising:

acquiring a robot theme message corresponding to a virtual robot member and a target theme session corresponding to the robot theme message; the target theme session is a theme session to be subjected to content pushing;

generating a structured subject conversation message when it is determined that the virtual robot member is a member of the target subject conversation;

sending the theme conversation message to a user member terminal corresponding to the target theme conversation so that the user member terminal displays the robot message card in a conversation window; the robot message card comprises a robot theme message and an interaction control aiming at the robot theme message; the robot theme message matches the robot function of the virtual robot member.

11. A conversation exhibition apparatus, characterized in that the apparatus comprises:

the topic conversation function entry display module is used for responding to the triggering operation of the topic conversation function entry displayed by the instant messaging application and displaying a topic conversation entry list;

a conversation window display module, configured to respond to a selection operation on a target conversation entry in the topic conversation entry list, and display a conversation window of a target topic conversation corresponding to the target conversation entry;

the user message card display module is used for displaying a user message card in the session window when the target subject session has the user subject message corresponding to the user member; the user message card comprises the user subject message and first interactive content information aiming at the user subject message;

the robot message card display module is used for displaying the robot message card in the conversation window when the robot theme message corresponding to the virtual robot member exists in the target theme conversation; the robot message card comprises the robot theme message and an interaction control for the robot theme message; the robot theme message is matched with the robot functions of the virtual robot members;

and the second interactive content information display module is used for responding to the interactive triggering operation aiming at the interactive control and displaying the second interactive content information acquired based on the interactive triggering operation.

12. The apparatus of claim 11, wherein the robotic message card presentation module comprises:

the function entrance display unit is used for displaying the function entrance corresponding to the virtual robot member;

13. A conversation exhibition apparatus, characterized in that the apparatus comprises:

the system comprises a target theme session acquisition module, a theme service module and a theme service module, wherein the target theme session acquisition module is used for acquiring a robot theme message corresponding to a virtual robot member and a target theme session corresponding to the robot theme message; the target theme session is a theme session to be subjected to content pushing;

the theme conversation message generation module is used for generating a structured theme conversation message when the virtual robot member is determined to be a member of the target theme conversation;

the theme conversation message sending module is used for sending the theme conversation message to a user member terminal corresponding to the target theme conversation so that the user member terminal can display the robot message card in a conversation window; the robot message card comprises a robot theme message and an interaction control aiming at the robot theme message; the robot theme message matches the robot function of the virtual robot member.

14. A computer device comprising a memory and a processor, the memory storing a computer program, characterized in that the processor, when executing the computer program, implements the steps of the method of any of claims 1 to 9 or 10.

15. A computer-readable storage medium, in which a computer program is stored which, when being executed by a processor, carries out the steps of the method according to any one of claims 1 to 9 or 10.