CN117436990A - Virtual account creation method, system, server and computer readable storage medium - Google Patents

Abstract

The invention relates to the technical field of meta space, in particular to a virtual account creation method, a virtual account creation system, a virtual account server and a computer readable storage medium. The virtual account creation method comprises the steps of obtaining real scene information of a real scene where a terminal is located based on position information of the terminal, and responding to a virtual account creation request to generate a virtual account, wherein the virtual account is associated with a corresponding virtual scene, and the virtual scene is an on-line mapping of the real scene. Because the real user is associated with the real scene through the position information of the terminal, the virtual account is associated with the corresponding virtual scene, the virtual account can replace the real user to execute tasks in the virtual scene, and a plurality of different virtual accounts are utilized to execute tasks in different virtual scenes, so that the real user can execute tasks in the meta universe while having multiple parts of the meta universe, and the consumption efficiency is greatly improved.

Description

Virtual account creation method, system, server and computer readable storage medium

Technical Field

The invention relates to the technical field of meta space, in particular to a virtual account creation method, a virtual account creation system, a virtual account server and a computer readable storage medium.

Background

Metauniverse (Metaverse) is a virtual world linked and created by technological means, mapped and interacted with the real world, and has a digital living space of a novel social system. The metauniverse is essentially a real-world virtualization, digitizing process that requires extensive modification of content production, economic systems, user experience, and physical world content, etc.

The pressure of work and life in modern cities is gradually increased, many people need to go to work, take baby, and have housework and work at the same time, and the people do not have time to visit off-line entity malls such as malls. While the off-line physical mall can satisfy the consumer's experience of goods anytime and anywhere, because the products and services of the store of the off-line mall are unknown to the unusual consumer, it takes time to familiarize, queue, reserve, etc., and different off-line malls have different attractions to the consumer, the consumer may have the need to make friends, queue, reserve, etc. at different off-line malls at the same time, but with a tedious task.

Therefore, how to integrate the traditional offline consumption scenario with the meta-universe technology, so as to help consumers to more conveniently consume and enjoy, and promote the development of the offline consumption scenario is a problem to be solved in the present day.

Disclosure of Invention

The invention aims at fusing the traditional offline consumption scene with the meta-universe technology, solving the problem of tedious operation of consumers, and providing a virtual account creation method, a system, a server and a computer readable storage medium.

The embodiment of the invention provides a virtual account creation method, which comprises the following steps:

obtaining a virtual account creation request corresponding to a real user;

acquiring position information of a terminal, and acquiring real scene information of a real scene in which the terminal is positioned based on the position information, wherein the terminal is associated with a real user;

and generating a virtual account in response to the virtual account creation request, wherein the virtual account is associated with a corresponding virtual scene, the virtual scene is an online mapping of a real scene where the terminal is located, the virtual account is an online mapping account of a real user in the corresponding real scene, a task which is issued by the real user or expected by the real user is executed in the corresponding virtual scene by utilizing the virtual account, and the task is an online mapping of the behavior of the real user in the real scene in the virtual scene.

Optionally, the virtual account is an online mapping account of the real user in a corresponding real scene, and the virtual account synchronizes active data of the real user in the real scene.

Optionally, the virtual account has a first parameter value, and the task ability of the virtual account is determined by using the first parameter value, wherein the first parameter value is associated with active data of a real user in a real scene.

Optionally, the terminal is a personal computing terminal of a real user or a scene computing terminal within a real scene.

Optionally, the association between the terminal and the real user specifically includes: and the terminal acquires the user information of the real user, and associates the user information of the real user with the real scene information of the real scene after acquiring the real scene information of the real scene of the terminal based on the position information.

Optionally, the method further comprises: and autonomously executing the task by using the virtual account.

Optionally, the task is one of social, reservation, shopping, queuing, robbing coupons, chat, and gifting.

The embodiment of the invention also provides a virtual account creation system, which comprises:

the virtual account request module is suitable for acquiring a virtual account creation request corresponding to a real user;

the terminal comprises a real scene information acquisition module, a real scene information acquisition module and a real user acquisition module, wherein the real scene information acquisition module is suitable for acquiring the position information of a terminal, and acquiring the real scene information of a real scene where the terminal is located based on the position information, wherein the terminal is associated with the real user;

and the virtual account generation module is used for responding to the virtual account creation request to generate a virtual account, wherein the virtual account is associated with a corresponding virtual scene, the virtual scene is the on-line mapping of a real scene, and the virtual account is utilized to execute the task issued by the real user in the corresponding virtual scene.

Optionally, the method further comprises: the virtual task generating module is suitable for acquiring the task of the real user and executing the task autonomously by utilizing the virtual account.

The embodiment of the invention also provides a server, which comprises: a memory, a processor, and a bus system;

wherein the memory is used for storing programs;

the processor is used for executing the program in the memory, and specifically comprises the following steps:

obtaining a virtual account creation request corresponding to a real user;

acquiring position information of a terminal, and acquiring real scene information of a real scene in which the terminal is positioned based on the position information, wherein the terminal is associated with a real user;

and generating a virtual account in response to the virtual account creation request, wherein the virtual account is associated with a corresponding virtual scene, the virtual scene is an online mapping of a real scene where the terminal is located, the virtual account is an online mapping account of a real user in the corresponding real scene, a task which is issued by the real user or expected by the real user is executed in the corresponding virtual scene by utilizing the virtual account, and the task is an online mapping of the behavior of the real user in the real scene in the virtual scene.

The invention has the beneficial effects that:

the invention discloses a virtual account creation method, which is used for acquiring real scene information of a real scene where a terminal is located based on position information of the terminal, responding to a virtual account creation request to generate a virtual account, wherein the virtual account is associated with a corresponding virtual scene, the virtual scene is mapped on line of the real scene, a task which is issued or expected by a real user is executed on the corresponding virtual scene by utilizing the virtual account, and the task is mapped on line of the behavior of the real user in the real scene in the virtual scene. Because the terminal is used for acquiring the position information to associate the real user with the real scene, the virtual account is associated with the corresponding virtual scene, the real user can create one virtual account in different virtual scenes (corresponding to one real scene), different tasks can be executed in different virtual scenes by using different virtual accounts, the real user can execute the tasks while having multiple parts in the meta universe, and the consumption and living efficiency is greatly improved.

Drawings

Fig. 1 is a schematic flow chart of a virtual account creation method according to an embodiment of the present invention.

Fig. 2 is a schematic block diagram of a virtual account creation system according to an embodiment of the present invention.

Detailed Description

The following description of the embodiments of the present invention will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present invention, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.

Referring to fig. 1, the present embodiment provides a technical solution: a virtual account creation method, comprising:

step S100, a virtual account creation request corresponding to a real user is obtained;

step S200, acquiring position information of a terminal, and acquiring real scene information of a real scene in which the terminal is positioned based on the position information, wherein the terminal is associated with a real user;

step S300, generating a virtual account in response to the virtual account creation request, wherein the virtual account is associated with a corresponding virtual scene, and the virtual scene is an on-line mapping of a real scene;

step S400, obtaining a virtual task of a real user, and executing the task autonomously by using a virtual account.

Specifically, step S100 is executed, where the virtual account creation request may be a virtual account creation request actively initiated by the real user through the terminal, or may be an initiated virtual account creation request after the system acquires the relevant information of the real user in advance.

The terminal in the embodiment of the invention is a personal computing terminal of a real user or a scene computing terminal in a real scene, wherein the personal computing terminal of the real user is an intelligent wearable device such as an intelligent bracelet and an intelligent glasses, a wireless communication terminal such as a mobile phone, and the scene computing terminal in the real scene is an intelligent terminal of the real scene, and the like, and can be specifically an intelligent large screen of an off-line mall, a customized mobile terminal of the off-line mall or a store, an intelligent guide screen, and the like.

When the terminal is a terminal product belonging to a real user individual such as an intelligent wearing device or a mobile phone, and when the real user needs to actively create a virtual account, logging in by using a creation interface of software corresponding to the intelligent wearing device or the mobile phone and initiating a virtual account creation request, wherein the virtual account creation request comprises related information of the real user, so that the virtual account is bound with the real user, and the virtual account is an online mapping account of the real user in a corresponding real scene. The related information of the real user can be input through a virtual account creation interface of corresponding software, and the related information of the real user can be obtained through other personal information databases.

When the terminal is a scene computing terminal of a real scene, and when a real user actively creates a virtual account, a virtual account creation request is initiated by logging in a corresponding software login interface of the scene computing terminal of the real scene, wherein the virtual account creation request comprises related information of the acquired real user, so that the virtual account is bound with the real user. For example, the intelligent large screen of the off-line market displays the two-dimensional code, and after the two-dimensional code is scanned by software such as WeChat, payment treasures and the like, the intelligent large screen acquires user information, so that a virtual account is created.

And after the system acquires the relevant information of the real user through other personal information databases, the virtual account creation request is initiated by triggering operation by utilizing a personal computing terminal of the real user or a scene computing terminal of a real scene. The triggering operation is that a terminal product of a person of a real user enters a corresponding real scene range or a scene calculation terminal of a real scene obtains that the real user enters the real scene range. For example, an intelligent guide screen of a mall has a face recognition function, and when a user enters a mall station before and after the intelligent guide screen, a virtual account creation request is initiated for a real user under the condition of collecting user consent.

Step S200 is executed to obtain location information of a terminal, and obtain real scene information of a real scene in which the terminal is located based on the location information, where the terminal is associated with a real user.

In one embodiment, a virtual account is created by using a terminal product belonging to a real user person, such as an intelligent wearable device or a mobile phone, so that after a virtual account creation request is acquired, position information of a current corresponding terminal product is further acquired, and real scene information of a real scene in which the terminal is located is acquired based on the position information.

For example, when a real user holds a mobile phone in a market under XX line, a virtual account creation request initiated by logging in a software login interface of the mobile phone is utilized, meanwhile, GPS or Beidou positioning position information of the mobile phone is obtained, when the position information of the mobile phone is located in the position range of the market under XX line, namely, the real scene where the mobile phone is located is considered to be the market under XX line, the real user is also in the market under XX line, and the real scene information of the market under XX line is obtained.

In another embodiment, the virtual account is created by using the scene computing terminal of the real scene, so that after the virtual account creation request is acquired, the related information of the scene computing terminal corresponding to the real scene is also acquired. The scene computing terminal of the real scene can be an intelligent large screen, a customized mobile terminal, an intelligent guide screen and the like of the off-line mall, and the scene computing terminal is already bound with the corresponding real scene, so that the related information of the scene computing terminal corresponding to the real scene is acquired, namely the real scene information of the real scene where the terminal is located is acquired, namely the real scene information corresponding to the off-line mall or other off-line consumption scenes where the scene computing terminal is located.

For example, when the scene computing terminal of the real scene is an intelligent large screen of an off-line mall, the intelligent large screen displays a two-dimensional code for creating an account, after the mobile phone of the user scans the code, user information of the real user stored by the mobile phone of the user is acquired, and meanwhile, the user information is associated with the intelligent large screen of the off-line mall, so that the terminal is associated with the real user.

In other embodiments, the position information of the GPS or the beidou positioning of the current scene computing terminal may also be directly obtained, and the real scene information of the real scene where the terminal is located may be obtained based on the position information.

In other embodiments, after the virtual account creation request is acquired, the user may select and confirm the location information of the terminal, where the location information of the terminal that is selected and confirmed may be the same as or different from the location information of the current GPS or beidou positioning of the terminal, and acquire the real scene information of the real scene where the terminal is located by using the location information of the terminal that is selected and confirmed.

And after the terminal acquires the user information of the real user and acquires the real scene information of the real scene where the terminal is located based on the position information, associating the user information of the real user with the real scene information of the real scene.

Step S300 is executed to generate a virtual account in response to the virtual account creation request, the virtual account being associated with a corresponding virtual scene, wherein the virtual scene is an online mapping of a real scene.

In this embodiment, when the real scene is an offline mall, the virtual scene is also an online mall, for example, when the offline mall includes a nike store and a hua-to-be store, the online mall also has a corresponding nike online store and a hua-to-be online store, and when the offline mall has a coupon issue, or a discount activity, the corresponding online mall also has an online corresponding coupon issue, or a discount activity. The online mall is digital twin of the offline mall, and the virtual scene is digital twin of the real scene.

In other embodiments, the real scene may be a food street, a recreation ground, etc., which is not limited herein.

In one embodiment, when the real scene is an XX line lower mall, the virtual scene corresponds to an XX line upper mall, and the virtual account is an online mapping account of the real user in the XX line lower mall.

In one aspect, all active data of the store under the XX line by the real user is synchronously stored in the virtual account, wherein the active data comprises, but is not limited to, total consumption amount of the store under the XX line by the real user, consumption amount of each store, total duration of the store under the XX line, time of last consumption of the store under the XX line, marketing activity number of participation in the store under the line, recharging condition and the like. The active data may affect the virtual user's ability to perform tasks.

On the other hand, the ability of the virtual user to perform tasks is also affected by the virtual user's various active data of the online marketplace.

In this embodiment, one real scene (one virtual scene) and one real user correspond to one virtual account, and when there are a plurality of real scenes (a plurality of virtual scenes), the real user corresponds to a different virtual account. Since each virtual scene corresponds to one virtual account, when acquiring a task of a real user, the virtual account can execute the task in the corresponding virtual scene. And because a real user can simultaneously allocate a plurality of virtual accounts to execute different tasks in different virtual scenes, the user can not have the problem of boring in the universe.

And executing step S400, obtaining a task of a real user, and executing the task by utilizing the virtual account.

In this embodiment, in addition to the virtual account synchronizing active data of the real user in the real scene, the real user may also perform tasks by using the virtual account, where the tasks are performed by using the virtual account instead of the real user in the virtual scene, and the tasks are mapped on-line in the virtual scene by the behavior of the real user in the real scene, including but not limited to one or more of social interaction, reservation, shopping, queuing, coupon, chat, and gift, where the virtual account may directly perform a specific task, or may autonomously perform a large task.

Specifically, for example, the user is required to purchase the Mate100 mobile phone in the morning, but the mobile phone needs to be purchased in the morning 10 on time, the user does not pay attention to and robs the mobile phone, the virtual account can be prepared in advance and robbed the mobile phone order spontaneously in the virtual scene before 10 points, when the mobile phone order is robbed to prepare payment, the user is reminded to pay and complete the purchase action, the corresponding real scene is the purchase action, and the user can acquire the Mate100 mobile phone in the evening through the way of picking up goods or express delivery.

In other embodiments, the real user may also select an automatic payment and pick-up mode when the task is assigned, such as when the queuing wheel is up for purchase, and send to the user's home via express delivery.

In another embodiment, when a real user wishes to rush to a plurality of coupons, the coupons are issued on the 3 pm dotted line, the virtual account can be utilized to autonomously start to rush to coupons at 3 pm, wherein specific instructions can be utilized to rush to several coupons, or the virtual account can be utilized to autonomously select which coupons the real user needs at 3 pm by using artificial intelligence.

In another embodiment, when the task of the real user is to know more about other virtual accounts in a certain virtual scene, the virtual account corresponding to the real user spontaneously selects one or more other virtual accounts meeting a certain condition to perform autonomous chat and social contact, so as to solve the problem of the social contact and the tedious operation of the real user.

Furthermore, the virtual account has a first parameter value, with which the task ability of the virtual account is determined, the first parameter value being associated with active data of a real user in a real scene. For example, active data of the real user in the real scene is formed according to the total consumption amount of the real user in the market under the XX line, the consumption amount of each store, the total duration of the market under the XX line, the time of the last consumption in the market under the XX line, the marketing activity number of the market under the line and the recharging condition, first parameter values of virtual users corresponding to the real user are generated based on the active data, the first parameter values of different virtual users are different, and when the first parameter values are higher, the virtual account is utilized to help reservation, shopping, queuing, coupon and the like in the virtual scene has larger probability and higher priority.

On the one hand, the virtual account can execute corresponding steps completely according to the task targets and requirements of the user, on the other hand, the virtual account can also select and execute corresponding steps independently according to the general targets and requirements of the user, and the capacity of the virtual account for executing different tasks is improved based on different priority levels.

Specifically, first, task objects and events are made into vector data, such as: nike store offers, become multidimensional vector data;

222	133	45	22	。。	。
						branding	Brand influence	Coupon type	Preferential strength

TABLE 1

Forming such vector data T, multiple vector data, and making vector data alignment table

	T’1	T’2	。。
				T1	T1T’1	T1T’2
T2	T2T’1	T2T’2
				。。

TABLE 2

Wherein T1, T '1, T2 and T'2 are different vector data, T1T '1 and T2T'2 are the largest in weight, and the rest are trained in advance to complete weight calculation

Establishing a correlation table of users and task targets and events

	T1	T2	...
				P1	P1T1	P1T2

TABLE 3 Table 3

P1 represents a user, P1T1 represents a user's weight on a task goal or event T1

When an event Tn occurs, table 2 calculates similar tasks by using cosine similarity algorithm to determine task Ts recommended by the system, and table 3 calculates task Tp interested by the user, and determines possible tasks to be executed according to Ts and Tp. When the real user or the virtual user actually performs the task, the weight of the table 3 is correspondingly adjusted.

All behaviors of a real user in an on-line real scene can influence the weight of the table 3, a correlation table of the user, task targets and events is established, when the real user frequently enters an off-line Nike store corresponding to the real scene, and when a larger preference appears in an on-line Nake store, the virtual account determines a task which can be executed according to Ts and Tp, namely, a discount commodity of the corresponding Nake store is determined to be purchased. And when the real user catches up the consumption behavior of the virtual account, the corresponding consumption behavior is completed. Or the real user gives a certain authority to the virtual account, and when the virtual account completes the consumption behavior in the corresponding authority range, the corresponding consumption behavior is completed.

Therefore, the virtual account can be selected and executed independently according to the general target and the requirement of the user, the problem of social engagement and separation of the real user is solved, and online and offline consumption fusion and upgrading are facilitated.

Meanwhile, a traditional offline consumption scene and a meta-universe technology are fused, consumers are helped to consume and enjoy more conveniently, development of offline consumption scenes is promoted, real users are stimulated to appear in offline scenes of a market at more frequencies, when current position information of the real users is matched with position information of a specific real scene corresponding to a virtual user, the virtual user and the real users realize a fit, and the capacity index of the virtual user for executing tasks in the corresponding specific virtual scene is improved, wherein the specific virtual scene is mapped on-line of the corresponding specific real scene; and when the current position information of the real user is not matched with the position information of the specific real scene corresponding to the virtual user again, the virtual user and the real user are separated from each other, and the capability index of the virtual user for executing the task in the corresponding specific virtual scene is fallen back.

The current position information of the real user is matched with the position information of the specific real scene corresponding to the virtual user, for example, the current position information of the real user is displayed as XX market or satellite positioning position of the real user is in the range of XX market, account information of the virtual user comprises the position information such as XX market or satellite positioning information corresponding to XX market, and when the current position information and the satellite positioning information are consistent, the real user is indicated to return to the specific real scene corresponding to the virtual user, and the virtual user and the real user are combined.

In this embodiment, the implementation of the combination of the virtual user and the real user specifically includes: and acquiring the activity information of the real user in the specific real scene, and synchronizing the activity information of the corresponding virtual user in the specific virtual scene. The method comprises the steps of obtaining one or more of stay time, consumption record, recharging record, reservation record, queuing record, action track and coupon record of the real user in the specific real scene, synchronizing the activity information to the activity information of the virtual user in the specific virtual scene, increasing the activity information content of the virtual user in the specific virtual scene, and improving the activity index of the virtual user in the specific virtual scene.

In this embodiment, the ability index of the virtual user to execute the task in the corresponding specific virtual scene is positively related to the activity index of the virtual user in the specific virtual scene, and when the more the activity information of the virtual user in the specific virtual scene is, the more the activity information of the real user in the specific real scene is, or the more the number of times of fitting is, the higher the activity index of the virtual user in the specific virtual scene is, the stronger the ability index of the virtual user to execute the task in the corresponding specific virtual scene is.

In other embodiments, the activity index of the virtual user in the specific virtual scene further includes a body combination index, when the virtual user and the real user realize the body combination, not only the activity information of the real user in the specific real scene is synchronized to the activity information of the virtual user in the specific virtual scene to improve the activity index, but also the body combination index is additionally increased, so that when the real user is in the specific real scene, the stronger the ability index of the virtual user to execute the task in the corresponding specific virtual scene is, the stronger the ability of the virtual user to execute other tasks in the specific virtual scene is arranged.

For example, when a real user takes dinner at XX restaurant in XX mall, meanwhile, 7 th of apple store in the mall has a robbery activity, although the user is in the mall at this moment, the user does not need to directly go to the apple store to take the purchase on site, the user can directly take advantage of the apple store in the online mall to take the purchase, and because the user is in the mall at this moment, the capability of taking the corresponding virtual user to take the purchase at the apple store in the online mall is improved, the apple product is easier to take, the traditional offline consumption scene is fused with the meta-universe technology, the consumers are helped to more conveniently consume and enjoy, and the development of the offline consumption scene is promoted.

In other embodiments, when the current location information of the real user is not matched with the location information of the specific real scene corresponding to the virtual user again, that is, the real user leaves the specific real scene, the virtual user and the real user are separated from each other, the combination index is reduced or zeroed, the activity index of the virtual user in the specific virtual scene falls back, and the capability index of the virtual user for executing the task in the corresponding specific virtual scene is fallen back.

In other embodiments, the activity index of the virtual user in the specific virtual scene has a time coefficient and is inversely related to the time interval from the last fit, and correspondingly, the ability index of the virtual user to perform the task in the corresponding specific virtual scene is inversely related to the time interval from the last fit.

Based on the same inventive concept, the embodiment of the present invention further provides a virtual account creation system, please refer to fig. 2, including the following modules:

the virtual account creation module 10 acquires a virtual account creation request corresponding to a real user;

the real scene information acquisition module 20 acquires position information of a terminal, acquires real scene information of a real scene in which the terminal is located based on the position information, and associates the terminal with a real user;

the virtual account generation module 30 is used for generating a virtual account in response to the virtual account creation request, wherein the virtual account is associated with a corresponding virtual scene, the virtual scene is an online mapping of a real scene where the terminal is located, the virtual account is an online mapping account of a real user in the corresponding real scene, a task which is required by the real user to be issued or the real user is executed in the corresponding virtual scene by using the virtual account, and the task is an online mapping of a behavior of the real user in the real scene in the virtual scene;

the virtual task generation module 40 acquires a task of a real user, and autonomously executes the task using a virtual account.

Based on the same inventive concept, the embodiments of the present invention further provide an electronic device, with respect to the constituent parts, reference may be made to the foregoing related description, and the repetition is not repeated, including: at least one processor, a memory communicatively coupled to the at least one processor; the at least one processor is configured to read the program in the memory for performing the method described above.

Based on the same inventive concept, the embodiments of the present invention further provide a computer readable storage medium, with reference to the foregoing related description, for components, and details will not be repeated, where the medium stores instructions that, when executed on a computer, cause the computer to perform the method described above.

In addition, each functional unit in the embodiments of the present invention may be integrated in one processing unit, or each unit may exist alone physically, or two or more units may be integrated in one unit.

The functions, if implemented in the form of software functional units and sold or used as a stand-alone product, may be stored in a non-volatile computer readable storage medium executable by a processor. Based on this understanding, the technical solution of the present invention may be embodied essentially or in a part contributing to the prior art or in a part of the technical solution, in the form of a software product stored in a storage medium, comprising several instructions for causing a computer device (which may be a personal computer, a server, a network device, etc.) to perform all or part of the steps of the method according to the embodiments of the present invention. And the aforementioned storage medium includes: a U-disk, a removable hard disk, a Read-Only Memory (ROM), a random access Memory (RAM, random Access Memory), a magnetic disk, or an optical disk, or other various media capable of storing program codes.

Although the present invention has been described with respect to the preferred embodiments, it is not intended to be limited thereto, and any person skilled in the art can make any possible variations and modifications to the technical solution of the present invention by using the methods and techniques disclosed herein without departing from the spirit and scope of the present invention.

Claims (10)

1. A virtual account creation method, comprising:

obtaining a virtual account creation request corresponding to a real user;

acquiring position information of a terminal, and acquiring real scene information of a real scene in which the terminal is positioned based on the position information, wherein the terminal is associated with a real user;

and generating a virtual account in response to the virtual account creation request, wherein the virtual account is associated with a corresponding virtual scene, the virtual scene is an online mapping of a real scene where the terminal is located, the virtual account is an online mapping account of a real user in the corresponding real scene, a task which is issued by the real user or expected by the real user is executed in the corresponding virtual scene by utilizing the virtual account, and the task is an online mapping of the behavior of the real user in the real scene in the virtual scene.

2. The virtual account creation method of claim 1, wherein the virtual account maps accounts for real users on-line in a corresponding real scene, the virtual account synchronizing active data of real users in a real scene.

3. A virtual account creation method as claimed in claim 1 or 2, wherein the virtual account has a first parameter value with which the task capabilities of the virtual account are determined, the first parameter value being associated with active data of a real user in a real scene.

4. The virtual account creation method of claim 1 wherein the terminal is a personal computing terminal of a real user or a scene computing terminal within a real scene.

5. The virtual account creation method of claim 1 wherein the terminal is associated with a real user specifically comprising: and the terminal acquires the user information of the real user, and associates the user information of the real user with the real scene information of the real scene after acquiring the real scene information of the real scene of the terminal based on the position information.

6. The virtual account creation method of claim 1, further comprising: and autonomously executing the task by using the virtual account.

7. The virtual account creation method of claim 1 wherein the task is one or more of social, reservation, shopping, queuing, robbing coupons, chat, gifting.

8. A virtual account creation system, comprising:

the virtual account request module is suitable for acquiring a virtual account creation request corresponding to a real user;

the terminal comprises a real scene information acquisition module, a real scene information acquisition module and a real user acquisition module, wherein the real scene information acquisition module is suitable for acquiring the position information of a terminal, and acquiring the real scene information of a real scene where the terminal is located based on the position information, wherein the terminal is associated with the real user;

and the virtual account generation module is used for responding to the virtual account creation request to generate a virtual account, wherein the virtual account is associated with a corresponding virtual scene, the virtual scene is the on-line mapping of a real scene, and the virtual account is utilized to execute the task issued by the real user in the corresponding virtual scene.

9. A server, comprising: a memory, a processor, and a bus system;

wherein the memory is used for storing programs;

the processor is used for executing the program in the memory, and specifically comprises the following steps:

obtaining a virtual account creation request corresponding to a real user;

acquiring position information of a terminal, and acquiring real scene information of a real scene in which the terminal is positioned based on the position information, wherein the terminal is associated with a real user;

and generating a virtual account in response to the virtual account creation request, wherein the virtual account is associated with a corresponding virtual scene, the virtual scene is an online mapping of a real scene where the terminal is located, the virtual account is an online mapping account of a real user in the corresponding real scene, a task which is issued by the real user or expected by the real user is executed in the corresponding virtual scene by utilizing the virtual account, and the task is an online mapping of the behavior of the real user in the real scene in the virtual scene.

10. A computer readable storage medium comprising instructions which, when run on a computer, cause the computer to perform the method of any of claims 1-7.