CN112862582A - User portrait generation system and method based on financial wind control - Google Patents
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Abstract
The invention discloses a user portrait generation system and a method based on financial wind control, wherein the user portrait generation system comprises: the system comprises a user data acquisition module, a mathematical model construction module, a second user data acquisition module and a second user portrait generation module; the user data acquisition module is used for acquiring set first information of a user; the mathematical model construction module is used for constructing a mathematical model; the second user data acquisition module is used for inputting the set first information of the set user into the mathematical model constructed by the mathematical model construction module to obtain second information corresponding to the user; and the second user portrait generating module is used for generating a second user portrait according to the second information and the first information of the user. The user portrait generation system and method based on financial wind control can improve the intuitiveness of a data display mode, improve the timeliness of the auditors for knowing the relevant information of the user, and improve the auditing efficiency.
Description
Technical Field
The invention belongs to the technical field of electronic information, relates to a user information system, and particularly relates to a user portrait generation system and method based on financial wind control.
Background
The financial risk control system captures mass data in real time through various channels, analyzes a borrowing user from multiple dimensions, evaluates repayment capacity suggestions and tracks the situations before, during and after the loan in real time. The existing financial risk control system usually judges the risk of the user by using a set mathematical model according to the data of the user in a set database.
In the existing financial wind control system, part of the system is provided with a manual auditing process, and the data of a user is set through manual auditing. The existing manual review method is to see a plurality of information of the user and know the situation of the user through a form (including data or words). The existing mode for checking the user data cannot visually reflect the user condition, and the efficiency is low.
In view of the above, there is a need to design a new user information display method to overcome at least some of the above-mentioned disadvantages of the existing user information display methods.
Disclosure of Invention
The invention provides a user portrait generation system and method based on financial wind control, which can improve the intuitiveness of a data display mode and improve the auditing efficiency.
In order to solve the technical problem, according to one aspect of the present invention, the following technical solutions are adopted:
a user representation generation system based on financial wind control, the user representation generation system comprising:
the user data acquisition module is used for acquiring set first information of a user;
the first user portrait generating module is used for generating a first user portrait according to first information of a user; the first user portrait generation module is used for generating a first body and each part according to first information of a user; the sizes of the first body and each part are respectively related to at least one attribute value of the first information of the user;
the mathematical model construction module is used for constructing a mathematical model; the mathematical model building module comprises a sample selecting unit, a data preprocessing unit, a feature selecting unit, a variable selecting unit and a modeling unit; the sample selecting unit is used for selecting sample data from a set database; the data preprocessing unit is used for preprocessing the sample data selected by the sample selection unit; the feature selection unit is used for selecting feature data; the variable selection unit is used for selecting variable data; the modeling unit is used for establishing a mathematical model;
the second user data acquisition module is used for inputting the set first information of the set user into the mathematical model constructed by the mathematical model construction module to obtain second information corresponding to the user;
the second user portrait generating module is used for generating a second user portrait according to second information and the first information of the user; the second user portrait generation module is used for generating a second body and each part according to second information and first information of a user; the size of the second body and each part is respectively related to at least one attribute value of the second information or/and the first information of the user;
the association setting module is used for setting the association relationship between the setting attribute in the first information of the user and the setting attribute in the second information of the user;
the related display module is used for controlling the color change displayed by the first body or part and controlling the color change displayed by the second body or/and the corresponding part of the second user portrait related to the corresponding attribute of the first body or part under the condition that the first body or part of the first user portrait is clicked or a cursor falls or is touched; the associated display module is further used for controlling the color change displayed by the second body or part and controlling the color change displayed by the first body or/and the corresponding part of the first user portrait associated with the corresponding attribute of the second body or part when the second body or part of the second user portrait is clicked or a cursor falls or is touched;
the user classification module is used for classifying the users according to the size of the first body or/and the set part generated by the first user portrait generation module and the size of the second body or/and the set part generated by the second user portrait generation module;
the cursor position acquisition module is used for acquiring a cursor position;
the AR module is used for generating data related to the part falling into the position corresponding position and an annotation frame when the cursor position is positioned at the first user portrait or the second user portrait and reaches the set time, and the annotation frame is positioned at the position beside the corresponding part; the related data is located within the comment box.
According to another aspect of the invention, the following technical scheme is adopted: a user representation generation system based on financial wind control, the user representation generation system comprising:
the user data acquisition module is used for acquiring set first information of a user;
the mathematical model construction module is used for constructing a mathematical model;
the second user data acquisition module is used for inputting the set first information of the set user into the mathematical model constructed by the mathematical model construction module to obtain second information corresponding to the user;
the second user portrait generating module is used for generating a second user portrait according to second information and the first information of the user; the second user portrait generation module is used for generating a second body and each part according to second information and first information of a user; the size of the second body and each part is respectively related to at least one attribute value of the second information or/and the first information of the user.
As an implementation mode of the invention, the mathematical model construction module comprises a sample selection unit, a data preprocessing unit, a feature selection unit, a variable selection unit and a modeling unit;
the sample selecting unit is used for selecting sample data from a set database; the data preprocessing unit is used for preprocessing the sample data selected by the sample selection unit; the feature selection unit is used for selecting feature data; the variable selection unit is used for selecting variable data; the modeling unit is used for establishing a mathematical model.
As an embodiment of the present invention, the user representation generation system further comprises a first user representation generation module configured to generate a first user representation based on first information of a user; the first user portrait generation module is used for generating a first body and each part according to first information of a user; the sizes of the first body and each part are respectively related to at least one attribute value of the first information of the user;
the user portrait generation system also comprises an association setting module for setting the association relationship between the setting attribute in the first information of the user and the setting attribute in the second information of the user;
the user representation generation system further comprises an associated display module, a color change control module and a color change control module, wherein the associated display module is used for controlling the color change of the display of the first body or part and simultaneously controlling the color change of the display of the second body or/and the corresponding part of the second user representation associated with the corresponding attribute of the first body or part in the state that the first body or part of the first user representation is clicked or a cursor falls into or is touched;
the associated display module is further used for controlling the color change displayed by the second body or part and controlling the color change displayed by the first body or/and the corresponding part of the first user portrait associated with the corresponding attribute of the second body or part at the same time when the second body or part of the second user portrait is clicked or a cursor falls or is touched.
In an embodiment of the invention, the user representation generating system further includes a user classifying module for classifying the user according to the size of the second body and/or the set part generated by the second user representation generating module.
According to another aspect of the invention, the following technical scheme is adopted: a user portrait generation method based on financial wind control, the user portrait generation method comprising:
a user data acquisition step of acquiring first information set by a user;
a first user portrait generation step, which is to generate a first user portrait according to first information of a user; the first user portrait generation module is used for generating a first body and each part according to first information of a user; the sizes of the first body and each part are respectively related to at least one attribute value of the first information of the user;
a mathematical model construction step, namely constructing a mathematical model; the mathematical model construction step comprises: a sample selecting step, wherein sample data is selected from a set database; a data preprocessing step of preprocessing the sample data selected by the sample selection unit; a feature selection step of selecting feature data; a variable selection step of selecting variable data; a modeling step, namely establishing a mathematical model;
a second user data acquisition step of inputting the set first information of the set user into the mathematical model constructed by the mathematical model construction module to obtain second information corresponding to the user;
a second user portrait generation step, which is used for generating a second user portrait according to the second information and the first information of the user; the second user portrait generation module is used for generating a second body and each part according to second information and first information of a user; the size of the second body and each part is respectively related to at least one attribute value of the second information or/and the first information of the user;
an association setting step of setting an association relationship between a setting attribute in the first information of the user and a setting attribute in the second information of the user;
an associated display step of controlling a color change of a first body or part display of the first body or part and controlling a color change of a second body or/and a corresponding part display of a second user figure associated with a corresponding attribute of the first body or part, in a state where the first body or part of the first user figure is clicked or a cursor falls or is touched; the associated display module is further used for controlling the color change displayed by the second body or part and controlling the color change displayed by the first body or/and the corresponding part of the first user portrait associated with the corresponding attribute of the second body or part when the second body or part of the second user portrait is clicked or a cursor falls or is touched;
a user classification step of classifying users according to the sizes of the first body or/and the set part generated by the first user portrait generation module and the sizes of the second body or/and the set part generated by the second user portrait generation module;
cursor position obtaining step, obtaining cursor position;
an enhanced display step, when the cursor position is located at the first user portrait or the second user portrait and the set time is reached, generating data related to the part falling into the position corresponding and an annotation frame, wherein the annotation frame is located at the position beside the corresponding part; the related data is located within the comment box.
According to another aspect of the invention, the following technical scheme is adopted: a user portrait generation method based on financial wind control, the user portrait generation method comprising:
a user data acquisition step of acquiring first information set by a user;
a mathematical model construction step, namely constructing a mathematical model;
a second user data acquisition step of inputting the set first information of the set user into the mathematical model constructed by the mathematical model construction module to obtain second information corresponding to the user;
a second user portrait generation step, which is used for generating a second user portrait according to the second information and the first information of the user; the second user portrait generation module is used for generating a second body and each part according to second information and first information of a user; the size of the second body and each part is respectively related to at least one attribute value of the second information or/and the first information of the user.
As an embodiment of the present invention, the mathematical model constructing step includes:
a sample selecting step, wherein sample data is selected from a set database;
a data preprocessing step of preprocessing the sample data selected by the sample selection unit;
a feature selection step of selecting feature data;
a variable selection step of selecting variable data;
and a modeling step, namely establishing a mathematical model.
As an embodiment of the present invention, the user representation generation method further includes:
a first user portrait generation step, which is to generate a first user portrait according to first information of a user; generating a first body and each part according to first information of a user; the sizes of the first body and each part are respectively related to at least one attribute value of the first information of the user;
an association setting step of setting an association relationship between a setting attribute in the first information of the user and a setting attribute in the second information of the user;
the method comprises the steps of associating and displaying, in a state that a first body or part of a first user portrait is clicked or a cursor falls or is touched, controlling color change displayed by the first body or part, and simultaneously controlling color change displayed by a second body or/and a corresponding part of a second user portrait associated with corresponding attributes of the first body or part; and under the state that the second body or part of the second user portrait is clicked or dropped or touched by a cursor, controlling the color change displayed by the second body or part, and simultaneously controlling the color change displayed by the first body or/and the corresponding part of the first user portrait associated with the corresponding attribute of the second body or part.
In one embodiment of the present invention, the user representation generating method further includes a user classifying step of classifying the user according to the size of the second body or/and the set part generated by the second user representation generating module.
The invention has the beneficial effects that: the user portrait generation system and method based on financial wind control can improve the intuitiveness of a data display mode, improve the timeliness of the auditors for knowing the relevant information of the user, and improve the auditing efficiency.
According to the method, a plurality of indexes corresponding to user information are obtained through a wind control model; the body of the user is displayed on the terminal, and the size of the whole body and different parts of the body represents the size of the corresponding index. When the operator desires to know the user setting information, the operator can dynamically generate the user information corresponding to the corresponding portion by using the AR technology when placing the cursor (for another mode) on the set portion.
Drawings
FIG. 1 is a schematic diagram of a user representation generation system according to an embodiment of the present invention.
FIG. 2 is a schematic diagram of a user representation generation system according to an embodiment of the present invention.
FIG. 3 is a flowchart illustrating a user representation generation method according to an embodiment of the present invention.
Detailed Description
Preferred embodiments of the present invention will be described in detail below with reference to the accompanying drawings.
For a further understanding of the invention, reference will now be made to the preferred embodiments of the invention by way of example, and it is to be understood that the description is intended to further illustrate features and advantages of the invention, and not to limit the scope of the claims.
The description in this section is for several exemplary embodiments only, and the present invention is not limited only to the scope of the embodiments described. It is within the scope of the present disclosure and protection that the same or similar prior art means and some features of the embodiments may be interchanged.
The steps in the embodiments in the specification are only expressed for convenience of description, and the implementation manner of the present application is not limited by the order of implementation of the steps. The term "connected" in the specification includes both direct connection and indirect connection.
The invention discloses a user portrait generation system based on financial wind control, and FIG. 1 is a schematic composition diagram of the user portrait generation system in an embodiment of the invention; referring to FIG. 1, the user representation generation system includes: the system comprises a user data acquisition module 1, a mathematical model construction module 2, a second user data acquisition module 3 and a second user portrait generation module 4.
The user data acquisition module 1 is used for acquiring set first information of a user; the mathematical model construction module 2 is used for constructing a mathematical model; the second user data obtaining module 3 is configured to input the set first information of the set user to the mathematical model constructed by the mathematical model constructing module, so as to obtain second information corresponding to the user. The second user portrait generating module 4 is used for generating a second user portrait according to the second information and the first information of the user; the second user portrait generation module is used for generating a second body and each part according to second information and first information of a user; the size of the second body and each part is respectively related to at least one attribute value of the second information or/and the first information of the user.
In an embodiment, the first information may refer to user information that can be directly obtained; the second information may be user information obtained through the constructed mathematical model.
In an embodiment of the present invention, the mathematical model building module 2 includes a sample selecting unit, a data preprocessing unit, a feature selecting unit, a variable selecting unit, and a modeling unit. The sample selecting unit is used for selecting sample data from a set database; the data preprocessing unit is used for preprocessing the sample data selected by the sample selection unit (the required data processing mode can be selected according to the setting requirement; the preprocessing process is a technical scheme known by the technical personnel in the field and is not described herein); the feature selection unit is used for selecting feature data; the variable selection unit is used for selecting variable data; the modeling unit is used for establishing a mathematical model.
FIG. 2 is a schematic diagram of a user representation generation system according to an embodiment of the present invention; referring to FIG. 2, in an embodiment of the present invention, the user representation generation system further includes a first user representation generation module 5; the first user representation generating module 5 is configured to generate a first user representation according to first information of a user; the first user portrait generation module is used for generating a first body and each part according to first information of a user; the sizes of the first body and each part are respectively related to at least one attribute value of the first information of the user.
The user representation generation system further comprises an association setting module 6; the association setting module 6 is configured to set an association relationship between a setting attribute in the first information of the user and a setting attribute in the second information of the user.
The user representation generation system further comprises an associated display module 7; the associated display module 7 is used for controlling the color change displayed by the first body or part when the first body or part of the first user portrait is clicked or a cursor falls or is touched, and simultaneously controlling the color change displayed by the second body or/and the corresponding part of the second user portrait associated with the corresponding attribute of the first body or part.
The associated display module 7 is further configured to control color change of the second body or part display when the second body or part of the second user representation is clicked or a cursor is dropped or touched, and simultaneously control color change of the first body or/and corresponding part display of the first user representation associated with the corresponding attribute of the second body or part.
In an embodiment of the present invention, the user representation generation system further comprises a user classification module 8; the user classification module 8 is configured to classify the user according to the size of the second body and/or the set part generated by the second user representation generation module 4.
In one embodiment, the user representation generation system further comprises a cursor position acquisition module and an AR module. The cursor position obtaining module is used for obtaining a cursor position. The AR module is used for generating data related to the part falling into the position corresponding to the cursor position and an annotation frame when the cursor position is located at the first user portrait or the second user portrait and reaches the set time, and the annotation frame is located at the position beside the corresponding part; the related data is located within the comment box. By the mode, when the specific information of the client needs to be known, the cursor can be moved to the set position, and the set information can be consulted.
The invention also discloses a user portrait generation method based on financial wind control, which comprises the following steps:
a user data acquisition step of acquiring first information set by a user;
a mathematical model construction step, namely constructing a mathematical model;
a second user data acquisition step of inputting the set first information of the set user into the mathematical model constructed by the mathematical model construction module to obtain second information corresponding to the user;
a second user portrait generation step, which is used for generating a second user portrait according to the second information and the first information of the user; the second user portrait generation module is used for generating a second body and each part according to second information and first information of a user; the size of the second body and each part is respectively related to at least one attribute value of the second information or/and the first information of the user.
In an embodiment of the present invention, the mathematical model construction step includes: a sample selecting step, wherein sample data is selected from a set database; a data preprocessing step of preprocessing the sample data selected by the sample selection unit; a feature selection step of selecting feature data; a variable selection step of selecting variable data; and a modeling step, namely establishing a mathematical model.
FIG. 3 is a flow chart illustrating a method for generating a user representation according to an embodiment of the present invention; referring to fig. 3, in an embodiment of the present invention, the method for generating a user portrait includes:
step S1, acquiring first setting information of a user;
a first user portrait generation step of generating a first user portrait based on first information of a user (step S2); the first user portrait generation module is used for generating a first body and each part according to first information of a user; the sizes of the first body and each part are respectively related to at least one attribute value of the first information of the user;
step S3, a mathematical model construction step, namely constructing a mathematical model; the mathematical model construction step comprises: a sample selecting step, wherein sample data is selected from a set database; a data preprocessing step of preprocessing the sample data selected by the sample selection unit; a feature selection step of selecting feature data; a variable selection step of selecting variable data; a modeling step, namely establishing a mathematical model;
step S4, a second user data obtaining step of inputting the set first information of the set user to the mathematical model constructed by the mathematical model construction module to obtain second information corresponding to the user;
(S5) generating a second user portrait by using the second information and the first information of the user; the second user portrait generation module is used for generating a second body and each part according to second information and first information of a user; the size of the second body and each part is respectively related to at least one attribute value of the second information or/and the first information of the user;
a step S6 of setting an association relationship between the setting attribute in the first information of the user and the setting attribute in the second information of the user;
a step of associating and displaying (S7), in a state that a first body or part of the first user portrait is clicked or a cursor is dropped or touched, a color change of the first body or part display is controlled, and a color change of a second body or/and a corresponding part display of a second user portrait associated with a corresponding attribute of the first body or part is controlled; the associated display module is further used for controlling the color change displayed by the second body or part and controlling the color change displayed by the first body or/and the corresponding part of the first user portrait associated with the corresponding attribute of the second body or part when the second body or part of the second user portrait is clicked or a cursor falls or is touched;
step S8, a user classification step of classifying the user based on the size of the first body and/or the set part generated by the first user representation generation module and the size of the second body and/or the set part generated by the second user representation generation module.
In an embodiment, the method further comprises:
cursor position obtaining step, obtaining cursor position;
an enhanced display step, when the cursor position is located at the first user portrait or the second user portrait and the set time is reached, generating data related to the part falling into the position corresponding and an annotation frame, wherein the annotation frame is located at the position beside the corresponding part; the related data is located within the comment box. By the mode, when the specific information of the client needs to be known, the cursor can be moved to the set position, and the set information can be consulted.
In summary, the user portrait generation system and method based on financial wind control provided by the invention can improve the intuitiveness of the data presentation mode and improve the auditing efficiency.
It should be noted that the present application may be implemented in software and/or a combination of software and hardware; for example, it may be implemented using Application Specific Integrated Circuits (ASICs), general purpose computers, or any other similar hardware devices. In some embodiments, the software programs of the present application may be executed by a processor to implement the above steps or functions. As such, the software programs (including associated data structures) of the present application can be stored in a computer-readable recording medium; such as RAM memory, magnetic or optical drives or diskettes, and the like. In addition, some steps or functions of the present application may be implemented using hardware; for example, as circuitry that cooperates with the processor to perform various steps or functions.
The technical features of the embodiments described above may be arbitrarily combined, and for the sake of brevity, all possible combinations of the technical features in the embodiments described above are not described, but should be considered as being within the scope of the present specification as long as there is no contradiction between the combinations of the technical features.
The description and applications of the invention herein are illustrative and are not intended to limit the scope of the invention to the embodiments described above. Effects or advantages referred to in the embodiments may not be reflected in the embodiments due to interference of various factors, and the description of the effects or advantages is not intended to limit the embodiments. Variations and modifications of the embodiments disclosed herein are possible, and alternative and equivalent various components of the embodiments will be apparent to those skilled in the art. It will be clear to those skilled in the art that the present invention may be embodied in other forms, structures, arrangements, proportions, and with other components, materials, and parts, without departing from the spirit or essential characteristics thereof. Other variations and modifications of the embodiments disclosed herein may be made without departing from the scope and spirit of the invention.
Claims (10)
1. A user representation generation system based on financial wind control, the user representation generation system comprising:
the user data acquisition module is used for acquiring set first information of a user;
the first user portrait generating module is used for generating a first user portrait according to first information of a user; the first user portrait generation module is used for generating a first body and each part according to first information of a user; the sizes of the first body and each part are respectively related to at least one attribute value of the first information of the user;
the mathematical model construction module is used for constructing a mathematical model; the mathematical model building module comprises a sample selecting unit, a data preprocessing unit, a feature selecting unit, a variable selecting unit and a modeling unit; the sample selecting unit is used for selecting sample data from a set database; the data preprocessing unit is used for preprocessing the sample data selected by the sample selection unit; the feature selection unit is used for selecting feature data; the variable selection unit is used for selecting variable data; the modeling unit is used for establishing a mathematical model;
the second user data acquisition module is used for inputting the set first information of the set user into the mathematical model constructed by the mathematical model construction module to obtain second information corresponding to the user;
the second user portrait generating module is used for generating a second user portrait according to second information and the first information of the user; the second user portrait generation module is used for generating a second body and each part according to second information and first information of a user; the size of the second body and each part is respectively related to at least one attribute value of the second information or/and the first information of the user;
the association setting module is used for setting the association relationship between the setting attribute in the first information of the user and the setting attribute in the second information of the user;
the related display module is used for controlling the color change displayed by the first body or part and controlling the color change displayed by the second body or/and the corresponding part of the second user portrait related to the corresponding attribute of the first body or part under the condition that the first body or part of the first user portrait is clicked or a cursor falls or is touched; the associated display module is further used for controlling the color change displayed by the second body or part and controlling the color change displayed by the first body or/and the corresponding part of the first user portrait associated with the corresponding attribute of the second body or part when the second body or part of the second user portrait is clicked or a cursor falls or is touched;
the user classification module is used for classifying the users according to the size of the first body or/and the set part generated by the first user portrait generation module and the size of the second body or/and the set part generated by the second user portrait generation module;
the cursor position acquisition module is used for acquiring a cursor position;
the AR module is used for generating data related to the part falling into the position corresponding position and an annotation frame when the cursor position is positioned at the first user portrait or the second user portrait and reaches the set time, and the annotation frame is positioned at the position beside the corresponding part; the related data is located within the comment box.
2. A user representation generation system based on financial wind control, the user representation generation system comprising:
the user data acquisition module is used for acquiring set first information of a user;
the mathematical model construction module is used for constructing a mathematical model;
the second user data acquisition module is used for inputting the set first information of the set user into the mathematical model constructed by the mathematical model construction module to obtain second information corresponding to the user;
the second user portrait generating module is used for generating a second user portrait according to second information and the first information of the user; the second user portrait generation module is used for generating a second body and each part according to second information and first information of a user; the size of the second body and each part is respectively related to at least one attribute value of the second information or/and the first information of the user.
3. The user representation generation system of claim 2, wherein:
the mathematical model building module comprises a sample selecting unit, a data preprocessing unit, a feature selecting unit, a variable selecting unit and a modeling unit;
the sample selecting unit is used for selecting sample data from a set database; the data preprocessing unit is used for preprocessing the sample data selected by the sample selection unit; the feature selection unit is used for selecting feature data; the variable selection unit is used for selecting variable data; the modeling unit is used for establishing a mathematical model.
4. The user representation generation system of claim 2, wherein:
the user representation generation system further comprises a first user representation generation module for generating a first user representation based on first information of a user; the first user portrait generation module is used for generating a first body and each part according to first information of a user; the sizes of the first body and each part are respectively related to at least one attribute value of the first information of the user;
the user portrait generation system also comprises an association setting module for setting the association relationship between the setting attribute in the first information of the user and the setting attribute in the second information of the user;
the user representation generation system further comprises an associated display module, a color change control module and a color change control module, wherein the associated display module is used for controlling the color change of the display of the first body or part and simultaneously controlling the color change of the display of the second body or/and the corresponding part of the second user representation associated with the corresponding attribute of the first body or part in the state that the first body or part of the first user representation is clicked or a cursor falls into or is touched;
the associated display module is further used for controlling the color change displayed by the second body or part and controlling the color change displayed by the first body or/and the corresponding part of the first user portrait associated with the corresponding attribute of the second body or part at the same time when the second body or part of the second user portrait is clicked or a cursor falls or is touched.
5. The user representation generation system of claim 2, wherein:
the user representation generation system further comprises a user classification module used for classifying the user according to the size of the second body or/and the set part generated by the second user representation generation module.
6. A user portrait generation method based on financial wind control is characterized by comprising the following steps:
a user data acquisition step of acquiring first information set by a user;
a first user portrait generation step, which is to generate a first user portrait according to first information of a user; the first user portrait generation module is used for generating a first body and each part according to first information of a user; the sizes of the first body and each part are respectively related to at least one attribute value of the first information of the user;
a mathematical model construction step, namely constructing a mathematical model; the mathematical model construction step comprises: a sample selecting step, wherein sample data is selected from a set database; a data preprocessing step of preprocessing the sample data selected by the sample selection unit; a feature selection step of selecting feature data; a variable selection step of selecting variable data; a modeling step, namely establishing a mathematical model;
a second user data acquisition step of inputting the set first information of the set user into the mathematical model constructed by the mathematical model construction module to obtain second information corresponding to the user;
a second user portrait generation step, which is used for generating a second user portrait according to the second information and the first information of the user; the second user portrait generation module is used for generating a second body and each part according to second information and first information of a user; the size of the second body and each part is respectively related to at least one attribute value of the second information or/and the first information of the user;
an association setting step of setting an association relationship between a setting attribute in the first information of the user and a setting attribute in the second information of the user;
an associated display step of controlling a color change of a first body or part display of the first body or part and controlling a color change of a second body or/and a corresponding part display of a second user figure associated with a corresponding attribute of the first body or part, in a state where the first body or part of the first user figure is clicked or a cursor falls or is touched; the associated display module is further used for controlling the color change displayed by the second body or part and controlling the color change displayed by the first body or/and the corresponding part of the first user portrait associated with the corresponding attribute of the second body or part when the second body or part of the second user portrait is clicked or a cursor falls or is touched;
and a user classification step of classifying the user according to the size of the first body or/and the set part generated by the first user image generation module and the size of the second body or/and the set part generated by the second user image generation module.
Cursor position obtaining step, obtaining cursor position;
an enhanced display step, when the cursor position is located at the first user portrait or the second user portrait and the set time is reached, generating data related to the part falling into the position corresponding and an annotation frame, wherein the annotation frame is located at the position beside the corresponding part; the related data is located within the comment box.
7. A user portrait generation method based on financial wind control is characterized by comprising the following steps:
a user data acquisition step of acquiring first information set by a user;
a mathematical model construction step, namely constructing a mathematical model;
a second user data acquisition step of inputting the set first information of the set user into the mathematical model constructed by the mathematical model construction module to obtain second information corresponding to the user;
a second user portrait generation step, which is used for generating a second user portrait according to the second information and the first information of the user; the second user portrait generation module is used for generating a second body and each part according to second information and first information of a user; the size of the second body and each part is respectively related to at least one attribute value of the second information or/and the first information of the user.
8. The user representation generation method of claim 7, wherein:
the mathematical model construction step comprises:
a sample selecting step, wherein sample data is selected from a set database;
a data preprocessing step of preprocessing the sample data selected by the sample selection unit;
a feature selection step of selecting feature data;
a variable selection step of selecting variable data;
and a modeling step, namely establishing a mathematical model.
9. The user representation generation method of claim 7, wherein:
the user representation generation method further comprises:
a first user portrait generation step, which is to generate a first user portrait according to first information of a user; generating a first body and each part according to first information of a user; the sizes of the first body and each part are respectively related to at least one attribute value of the first information of the user;
an association setting step of setting an association relationship between a setting attribute in the first information of the user and a setting attribute in the second information of the user;
the method comprises the steps of associating and displaying, in a state that a first body or part of a first user portrait is clicked or a cursor falls or is touched, controlling color change displayed by the first body or part, and simultaneously controlling color change displayed by a second body or/and a corresponding part of a second user portrait associated with corresponding attributes of the first body or part; and under the state that the second body or part of the second user portrait is clicked or dropped or touched by a cursor, controlling the color change displayed by the second body or part, and simultaneously controlling the color change displayed by the first body or/and the corresponding part of the first user portrait associated with the corresponding attribute of the second body or part.
10. The user representation generation method of claim 7, wherein:
the user portrait generation method further comprises a user classification step of classifying the user according to the size of the second body or/and the set part generated by the second user portrait generation module.
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