CN114971257A - Superstore management method based on 3D visualization - Google Patents

Superstore management method based on 3D visualization Download PDF

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CN114971257A
CN114971257A CN202210551223.1A CN202210551223A CN114971257A CN 114971257 A CN114971257 A CN 114971257A CN 202210551223 A CN202210551223 A CN 202210551223A CN 114971257 A CN114971257 A CN 114971257A
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CN114971257B (en
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兰雨晴
余丹
孟凡宸
邢智涣
王丹星
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China Standard Intelligent Security Technology Co Ltd
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Abstract

The embodiment of the invention discloses a large-scale market management method based on 3D visualization, and relates to the technical field of information management. The method comprises the following steps: displaying a 3D visual model in a pre-established target market through a display screen; receiving the area information of each floor of the target market sent by each management department of the target market; and displaying the regional information of each floor of the target market in the display screen. The invention can display the 3D visual model inside the market in the display screen, further uniformly display the regional information of each floor of the target market, realize the uniform collection of the market information and effectively improve the management efficiency of the market.

Description

Superstore management method based on 3D visualization
Technical Field
The invention belongs to the technical field of informatization management, and particularly relates to a large-scale shopping mall management method based on 3D visualization.
Background
Large stores generally sell products of multiple product lines, especially clothing, furniture, household articles, jewelry, food and the like, each product line generally has an independent area in the store, for example, a supermarket generally takes the first floor, jewelry takes the first floor, clothes take the second floor and the like, and each product line is taken as an independent department and managed by a special buyer and a salesperson. The superstore is used as a place with very dense people stream, and needs to be effectively managed, so that safety accidents are avoided.
At present, management methods of superstores still depend on manual management, and each department performs management by performing its own job, such as manual inspection and timely problem finding and solving, but problems of time and labor consumption, slow event response and the like exist. With the continuous development of the technology, a large-scale market management method based on a camera is provided, but in most cases, the real-time situation of each area in a market can be monitored only by acquiring the real-time images of each area in the market in a real-time monitoring mode, and the problem of low management efficiency is caused because the management of each department lacks uniform information summarization.
Disclosure of Invention
In view of this, the embodiment of the present invention provides a shopping mall management method based on 3D visualization, which is used to solve the problem of low management efficiency due to the fact that information is not effectively collected in a unified manner in the existing shopping mall management method. The invention can display the 3D visual model in the market on the display screen, further uniformly display the regional information of each floor of the target market, realize the uniform collection of the market information and effectively improve the management efficiency of the market.
The embodiment of the invention provides a 3D visualization-based shopping mall management method, which comprises the following steps:
displaying a pre-established 3D visual model in a target market through a display screen;
receiving the area information of each floor of the target market sent by each management department of the target market;
and displaying the regional information of each floor of the target market in the display screen.
In an optional embodiment, the displaying, in the display screen, area information of each floor of the target mall includes:
and displaying the regional information of each floor of the target market through a preset information display window in the display screen.
In an optional embodiment, the displaying, in the display screen, area information of each floor of the target mall includes:
and displaying the area information of each floor of the target market in a marking mode in the corresponding floor area of the 3D visual model inside the target market displayed on the display screen.
In an optional embodiment, before receiving the area information of each floor of the target mall sent by each management department of the target mall, the method further comprises:
receiving the area division of each floor of a target market by a user; wherein each floor comprises at least one zone;
receiving the selection of the user on the information mark position in each area of each floor in the 3D visualization model in the target market;
the area information of each floor of the target market is displayed in a marking mode in the corresponding floor area of the 3D visual model inside the target market displayed on the display screen, and the area information comprises the following steps:
and displaying the area information of each floor of the target market in a marking mode at the information marking position in the corresponding floor area of the 3D visual model inside the target market displayed on the display screen.
In an optional embodiment, before the displaying the area information of each floor of the target mall in the display screen, the method further includes:
summarizing currently received regional information of the same region of the same floor, and removing the regional information with the same content to obtain a non-repeated regional information set of the current region;
the regional information of each floor of the target market is shown in the display screen, and the regional information comprises:
and displaying the area information in the non-repeated area information set of each area of each floor in the display screen.
In an optional embodiment, the region information at least includes: information content, area identification and management department identification for sending the area information;
the displaying of the area information in the non-repetitive area information set of each area of each floor in the display screen includes:
for the area information in the non-repeated area information set of each area, displaying and sequencing all the area information in the non-repeated area information set of each area according to the grade of a management department sending the area information and the recognition degree of each management department on the information;
and for each region, sequencing and displaying the region information in the non-repeated region information set of the region according to the display sequencing result of the region information in the non-repeated region information set of the region in the display screen.
In an optional embodiment, for each region, sequentially displaying, in the display screen, the region information in the non-duplicate region information set of the region according to the display sorting result of the region information in the non-duplicate region information set of the region, includes:
for each region information in the non-repeated region information set of each region, determining the width of a display section of the region information according to the grade of a management department sending the region information;
and for each region, sequentially displaying the region information in the non-repeated region information set of the region according to the display sequencing result of the region information in the non-repeated region information set of the region in the display screen, and displaying each region information according to the display interval width of the region information.
In an optional embodiment, the removing the region information of the same content includes:
calculating a display control value of the ith area information of the e area of the kth floor according to a first formula;
judging whether the display control value of the ith area information of the e area of the kth floor calculated currently is equal to 0 or not;
if yes, removing the ith area information of the e area of the k floor currently received; otherwise, the ith area information of the e area of the kth floor received currently is put into the non-repeated area information set of the e area of the kth floor;
wherein the first formula is:
Figure BDA0003650105700000031
in the first formula, D' k,e (i) A display control value indicating the ith zone information of the e zone of the kth floor currently received; d k,e (i) Ith zone information indicating the e-th zone of the k-th floor currently received; a represents an integer variable, a is 1, …, i-1; [] 10 Indicating that the data in parentheses is converted to decimal form;
the displaying and sequencing of all the regional information in the non-repetitive regional information set of each region according to the grade of the management department sending the regional information and the recognition degree of each management department to the information comprises the following steps:
calculating a display ranking value of jth area information in a non-repeated area information set of an e area of a kth floor according to a second formula;
after eliminating the area information with the currently calculated display ranking value of 0, sequencing the residual area information in the non-repetitive area information set of the e area of the kth floor according to the sequence of the display ranking values from large to small in sequence to obtain the display ranking result of the non-repetitive area information of the e area of the kth floor;
wherein the second formula is:
Figure BDA0003650105700000041
in the second formula, P k,e (j) Display order value of jth area information in non-overlapping area information set indicating the e-th area of the kth floor；F k,e (j) The method comprises the following steps of representing a preset grade value of a management department sending jth area information in a non-overlapping area information set of an e area of a kth floor, wherein the grade value of the management department is as follows: the level of the management department with the lowest management level is 1, the levels of the management departments with the same management level are the same, and the level value of the management department which is c levels higher than the management department with the lowest management level is 1+ c; f 0 Representing the highest preset grade value of the management department; s k,e (j) The department approval pass times of jth area information in the non-repeated area information set of the e area of the kth floor are represented; d k,e (j) J-th zone information in the set of non-overlapping zone information representing the e-th zone of the k-th floor;
the determining, for each piece of region information in the set of non-overlapping region information for each region, a display section width of the region information according to a level of a management department that transmits the region information includes:
calculating the display interval width of jth area information in the non-repeated area information set of the e area of the kth floor according to a third formula;
the third formula is:
Figure BDA0003650105700000051
in the third formula, H k,e (j) A display section width of jth area information in the non-overlapping area information set of the e-th area indicating the kth floor; l is min Representing the width of the shortest interval which can be displayed in a preset 3D visual model; l is max Representing the longest interval width which can be displayed in a preset 3D visualization model; n is a radical of G Representing the total number of management departments of the target mall.
According to the large-scale shopping mall management method based on 3D visualization, provided by the invention, 3D visualization models inside shopping malls are displayed through a display screen, then management personnel can input information of each area of each floor in the shopping mall by using the 3D visualization models, and finally, information of each area of each floor is collected uniformly and displayed in the display screen. The invention can display the 3D visual model inside the market in the display screen, further collect and display the regional information of each floor of the target market, realize the uniform collection management of the market information and effectively improve the management efficiency of the market.
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In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to the drawings without creative efforts.
Fig. 1 is a flowchart of a shopping mall management method based on 3D visualization according to an embodiment of the present invention.
Detailed Description
Embodiments of the present invention will be described in detail below with reference to the accompanying drawings.
It should be understood that the described embodiments are only some embodiments of the invention, and not all embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Fig. 1 is a flowchart of a shopping mall management method based on 3D visualization according to an embodiment of the present invention. Referring to fig. 1, the method includes the following steps S101-S103:
s101: and displaying a 3D visual model in the pre-established target market through a display screen.
S102: and receiving the area information of each floor of the target market sent by each management department of the target market.
S103: and displaying the regional information of each floor of the target market in the display screen.
The beneficial effects of the above technical scheme are: the method comprises the steps that firstly, 3D visual models inside a market are displayed through a display screen, then managers can use the 3D visual models to input information of each area of each floor in the market, and finally, the information of each area of each floor is collected in a unified mode and displayed in the display screen. The invention can display the 3D visual model inside the market on the display screen, and has richer information relative to plane display, for example, the user can see the 3D-form channels in the market, the positions of all shops, the 3D appearances and the like, so that the user experience is improved.
As an alternative embodiment, step S103 may include: and displaying the regional information of each floor of the target market through a preset information display window in the display screen.
The beneficial effects of the above technical scheme are: the regional information of each floor of the market is uniformly displayed in the preset information display window, so that the information is conveniently gathered and uniformly displayed, and each management department of the market can quickly acquire the information of the region and the whole market.
As an alternative embodiment, step S103 may include: and displaying the area information of each floor of the target market in a marking mode in the corresponding floor area of the 3D visual model inside the target market displayed on the display screen.
The beneficial effects of the above technical scheme are: the regional information of each floor of the target market is displayed in a mark form (the mark form is similar to the annotation in Word), so that the readability is high, each management department of the market can conveniently and quickly acquire the information of the region and the whole market, and the management efficiency is effectively improved.
As an alternative embodiment, before step S102, steps A11-A12 may be included:
step A11: receiving the area division of each floor of a target market by a user;
wherein each floor comprises at least one zone, e.g., for each floor, each shop of the floor may be divided into one zone;
step A12: receiving the selection of the user on the information mark position in each area of each floor in the 3D visualization model in the target market;
in this step, the user can select the three-dimensional coordinate position of the information marking point in the 3D visualization model for each area in the 3D visualization model inside the target market in advance.
In this embodiment, the displaying, in the marked form, the area information of each floor of the target mall in the floor area corresponding to the 3D visualization model inside the target mall displayed on the display screen specifically includes: and displaying the area information of each floor of the target market in a marking mode at the information marking position in the corresponding floor area of the 3D visual model inside the target market displayed on the display screen.
The beneficial effects of the above technical scheme are: the 3D visual model inside the market is displayed to the manager of the market, so that the manager can select the floor area and determine the information display position in an instant mode, and then the corresponding area information is displayed at the appointed position in a marking mode, so that the use experience of the manager of the market is effectively improved.
As an alternative embodiment, before step S103, the method further includes: and summarizing the currently received regional information of the same region of the same floor, and removing the regional information with the same content to obtain a non-repeated regional information set of the current region. Then S103 includes: and displaying the area information in the non-repeated area information set of each area of each floor in the display screen.
The beneficial effects of the above technical scheme are: the repeated area information of the same area of the same floor is deleted, so that the display amount of the area information is reduced, the system execution efficiency is improved, the situation that a manager in a market checks the repeated area information is avoided, and the use experience is improved.
As an optional embodiment, the area information at least includes: information content, area identification, and management department identification for transmitting the area information. In this embodiment, the displaying the area information in the non-duplicate area information set of each area of each floor on the display screen includes steps B11-B12:
step B11: for the area information in the non-repeated area information set of each area, displaying and sequencing all the area information in the non-repeated area information set of each area according to the grade of a management department sending the area information and the recognition degree of each management department on the information;
step B12: and for each region, sequencing and displaying the region information in the non-repeated region information set of the region in the display screen according to the display sequencing result of the region information in the non-repeated region information set of the region.
The beneficial effects of the above technical scheme are: and for the regional information with different contents, the display grades are sorted according to the grade of the management department corresponding to the information and the recognition degree of the information, and the display grades are similar to the display sequence of the postil in the same place in Word, so that the important regional information is favorably displayed preferentially, the work and the management personnel can conveniently carry out corresponding management work as soon as possible, and unnecessary economic loss and personnel injury are reduced.
As an alternative embodiment, step B12 may include the following steps B121-B122:
step B121: for each region information in the non-repeated region information set of each region, determining the width of a display section of the region information according to the grade of a management department sending the region information;
step B122: and for each region, sequentially displaying the region information in the non-repeated region information set of the region according to the display sequencing result of the region information in the non-repeated region information set of the region in the display screen, and displaying each region information according to the display interval width of the region information.
The beneficial effects of the above technical scheme are: the regional information controls the interval width of information display according to the grade of the management department, and the interval width of information display and the grade of the management department form a one-to-one corresponding relation, so that market managers can visually know the corresponding management department according to the display interval width.
As an alternative embodiment, the removing the region information of the same content includes the following steps C11-C13:
step C11: calculating a display control value of ith area information of an e area of a kth floor received currently according to a first formula;
wherein the first formula is:
Figure BDA0003650105700000081
in the first formula, D' k,e (i) A display control value indicating the ith zone information of the e zone of the kth floor currently received; d k,e (i) Ith zone information indicating the e-th zone of the k-th floor currently received; a represents an integer variable, a is 1, …, i-1; [] 10 Indicating that the data in the brackets is converted into decimal form;
step C12: judging whether the display control value of the ith area information of the e area of the kth floor calculated currently is equal to 0 or not; if yes, executing C13, otherwise, executing C14;
step C13: removing the ith area information of the e area of the k floor received currently;
step C14: and putting the currently received ith area information of the e-th area of the k-th floor into the non-repeated area information set of the e-th area of the k-th floor.
Further, step B11 may include the following steps D11-D12:
step D11: calculating a display ranking value of jth area information in a non-repeated area information set of an e area of a kth floor according to a second formula;
wherein the second formula is:
Figure BDA0003650105700000091
in the second formula, P k,e (j) The no-repeat region information of the e region representing the k floorThe display ranking values of the j pieces of area information; f k,e (j) The method comprises the following steps of representing a preset grade value of a management department sending jth area information in a non-overlapping area information set of an e area of a kth floor, wherein the grade value of the management department is as follows: the level of the management department with the lowest management level is 1, the levels of the management departments with the same management level are the same, and the level value of the management department which is c levels higher than the management department with the lowest management level is 1+ c; f 0 Representing the highest preset grade value of the management department; s k,e (j) The number of times of department approval of jth area information in the non-repetitive area information set of the e area of the kth floor is represented, information grasped by a management department can be subject to self approval and submitted to a high-level management department for information approval, and the management department can submit F in total 0 -F k,e (i) +1 approval messages, S k,e (i) The number of times of approval is passed; d k,e (j) J-th zone information in the set of non-overlapping zone information representing the e-th zone of the k-th floor;
step D12: after the area information with the currently calculated display ranking value of 0 is removed, the remaining area information in the non-repeated area information set of the e-th area of the k-th floor is sequentially ranked according to the descending order of the display ranking values, and the display ranking result of the non-repeated area information of the e-th area of the k-th floor is obtained.
Further, step B121 may calculate a display section width of jth area information in the set of non-overlapping area information of the e-th area of the kth floor according to a third formula;
wherein the third formula is:
Figure BDA0003650105700000092
in the third formula, H k,e (j) A display section width of jth area information in the non-overlapping area information set of the e-th area indicating the kth floor; l is min Representing the width of the shortest interval which can be displayed in a preset 3D visual model; l is max Representing the longest interval width which can be displayed in a preset 3D visualization model; n is a radical of G Representing the total number of management departments of the target mall.
The beneficial effects of the above technical scheme are: the same content information is removed according to all information received in the same region of the same floor by using a first formula (1), so that repeated overstaffed information is removed, the simplification of 3D display is ensured, and the convenience of a consultant is enhanced; then, a second formula (2) is utilized to carry out display grade sequencing on the acceptance degree of the area information according to the grade of the management department corresponding to the area information and each management department, so that the information with high grade of the management department and complete information audit is preferentially displayed; and finally, controlling the width of the displayed interval of the information according to the grade value of the management department by using a third formula (3), so that the area information can correspond to the management department through the displayed interval width, and the aim of one-to-one responsibility of the information and the department is fulfilled.
According to the content of the embodiment, the surrounding and internal appearance of the mall is displayed in a 3D visual mode, the mall is divided according to floors or areas and displayed on a large screen, and meanwhile, information mastered by each management department in the mall is gathered on the large screen and is managed and controlled, so that the management efficiency of the mall is improved; the information grasped by each management department in the mall is gathered on the large screen, and the regional information is displayed in a marking mode (the marking display is similar to the annotation in Word) according to the mall floors and the regions contained in the information, and then is displayed in the 3D visualization mall region on the large screen. The information of the same area of the same floor can be grasped by a plurality of management departments for the same area of the same floor, the information of the same area of the same floor can be gathered and screened before being displayed, the information with the same content can be removed, the information with different contents can be displayed and ranked according to the grade of the management department corresponding to the information and the recognition degree of the area information by each management department (similar to the display sequence of postil in the same place in Word), the information is controlled according to the grade value of the management department to control the section width displayed by the information, and further, the management department grasping and releasing the information can be known through the section width displayed by the information.
The present invention is described with reference to flowchart illustrations and/or block diagrams of methods, apparatus (systems), and computer program products according to embodiments of the invention. It will be understood that each flow and/or block of the flow diagrams and/or block diagrams, and combinations of flows and/or blocks in the flow diagrams and/or block diagrams, can be implemented by computer program instructions. These computer program instructions may be provided to a processor of a general purpose computer, special purpose computer, embedded processor, or other programmable data processing apparatus to produce a machine, such that the instructions, which execute via the processor of the computer or other programmable data processing apparatus, create means for implementing the functions specified in the flowchart flow or flows and/or block diagram block or blocks.
These computer program instructions may also be stored in a computer-readable memory that can direct a computer or other programmable data processing apparatus to function in a particular manner, such that the instructions stored in the computer-readable memory produce an article of manufacture including instruction means which implement the function specified in the flowchart flow or flows and/or block diagram block or blocks.
These computer program instructions may also be loaded onto a computer or other programmable data processing apparatus to cause a series of operational steps to be performed on the computer or other programmable apparatus to produce a computer implemented process such that the instructions which execute on the computer or other programmable apparatus provide steps for implementing the functions specified in the flowchart flow or flows and/or block diagram block or blocks.
It will be apparent to those skilled in the art that various changes and modifications may be made in the present invention without departing from the spirit and scope of the invention. Thus, if such modifications and variations of the present invention fall within the scope of the claims of the present invention and their equivalents, the present invention is also intended to include such modifications and variations. The above description is only for the specific embodiment of the present invention, but the scope of the present invention is not limited thereto, and any changes or substitutions that can be easily conceived by those skilled in the art within the technical scope of the present invention are included in the scope of the present invention. Therefore, the protection scope of the present invention shall be subject to the protection scope of the claims.

Claims (8)

1. Superstore management method based on 3D visualization is characterized by comprising the following steps:
displaying a 3D visual model in a pre-established target market through a display screen;
receiving the area information of each floor of the target market sent by each management department of the target market;
and displaying the regional information of each floor of the target market in the display screen.
2. The mall management method based on 3D visualization of claim 1, wherein the displaying of the area information of each floor of the target mall in the display screen comprises:
and displaying the regional information of each floor of the target market through a preset information display window in the display screen.
3. The mall management method based on 3D visualization of claim 1, wherein the displaying of the area information of each floor of the target mall in the display screen comprises:
and displaying the area information of each floor of the target market in a marking mode in the corresponding floor area of the 3D visual model inside the target market displayed on the display screen.
4. The shopping mall management method based on 3D visualization as set forth in claim 3, wherein before receiving the area information of each floor of the target shopping mall sent from each management department of the target shopping mall, the method further comprises:
receiving the area division of each floor of a target market by a user; wherein each floor comprises at least one zone;
receiving the selection of a user on the information mark position in each area of each floor in the 3D visualization model in the target market;
the area information of each floor of the target market is displayed in a marking mode in the corresponding floor area of the 3D visual model inside the target market displayed on the display screen, and the area information comprises the following steps:
and displaying the area information of each floor of the target market in a marking mode at the information marking position in the corresponding floor area of the 3D visual model inside the target market displayed on the display screen.
5. The mall management method based on 3D visualization according to any one of claims 1 to 4, wherein before displaying the area information of each floor of the target mall in the display screen, the method further comprises:
summarizing currently received regional information of the same region of the same floor, and removing the regional information with the same content to obtain a non-repeated regional information set of the current region;
the regional information of each floor of the target market is shown in the display screen, and the regional information comprises:
and displaying the area information in the non-repeated area information set of each area of each floor in the display screen.
6. The 3D visualization-based mall management method of claim 5, wherein the area information at least comprises: information content, area identification and management department identification for sending the area information;
the displaying of the area information in the non-repetitive area information set of each area of each floor in the display screen includes:
for the area information in the non-repeated area information set of each area, displaying and sequencing all the area information in the non-repeated area information set of each area according to the grade of a management department sending the area information and the recognition degree of each management department on the information;
and for each region, sequencing and displaying the region information in the non-repeated region information set of the region in the display screen according to the display sequencing result of the region information in the non-repeated region information set of the region.
7. The mall management method based on 3D visualization of claim 6, wherein for each area, the displaying of the area information in the non-duplicate area information set of the area in the display screen according to the display sorting result of the area information in the non-duplicate area information set of the area comprises:
for each region information in the non-repeated region information set of each region, determining the width of a display section of the region information according to the grade of a management department sending the region information;
and for each region, sequentially displaying the region information in the non-repeated region information set of the region according to the display sequencing result of the region information in the non-repeated region information set of the region in the display screen, and displaying each region information according to the display interval width of the region information.
8. The shopping mall management method based on 3D visualization of claim 7, wherein the excluding of the area information of the same content comprises:
calculating a display control value of ith area information of an e area of a kth floor received currently according to a first formula;
judging whether the display control value of the ith area information of the e area of the kth floor calculated currently is equal to 0 or not;
if yes, removing the ith area information of the e area of the k floor received currently; otherwise, the ith area information of the e area of the kth floor received currently is put into the non-repeated area information set of the e area of the kth floor;
wherein the first formula is:
Figure FDA0003650105690000031
in the first formula, D' k,e (i) A display control value indicating the ith zone information of the e zone of the kth floor currently received; d k,e (i) Ith zone information indicating the e-th zone of the k-th floor currently received; a represents an integer variable, a is 1, …, i-1; [] 10 Indicating that the data in the brackets is converted into decimal form;
the displaying and sequencing all the area information in the non-repeated area information set of each area according to the grade of the management department sending the area information and the recognition degree of each management department to the information comprises the following steps:
calculating a display ranking value of jth area information in a non-repeated area information set of an e area of a kth floor according to a second formula;
after eliminating the area information with the currently calculated display ranking value of 0, sequencing the residual area information in the non-repetitive area information set of the e area of the kth floor according to the sequence of the display ranking values from large to small in sequence to obtain the display ranking result of the non-repetitive area information of the e area of the kth floor;
wherein the second formula is:
Figure FDA0003650105690000032
in the second formula, P k,e (j) A display ranking value of jth zone information in a set of non-overlapping zone information representing an e-th zone of a kth floor; f k,e (j) The method comprises the following steps of representing a preset grade value of a management department sending jth area information in a non-overlapping area information set of an e area of a kth floor, wherein the grade value of the management department is as follows: the level of the management department with the lowest management level is 1, the levels of the management departments with the same management level are the same, and the management department with the lowest management level is higher than the management department with the c levelsThe grade value is 1+ c; f 0 The highest preset grade value of the management department is represented; s k,e (j) The department approval pass times of jth area information in the non-repeated area information set of the e area of the kth floor are represented; d k,e (j) J-th zone information in the set of non-overlapping zone information representing the e-th zone of the k-th floor;
the determining, for each piece of region information in the set of non-overlapping region information for each region, a display section width of the region information according to a level of a management department that transmits the region information includes:
calculating the display interval width of jth area information in the non-repetitive area information set of the e area of the kth floor according to a third formula;
the third formula is:
Figure FDA0003650105690000041
in the third formula, H k,e (j) A display section width of jth area information in the non-overlapping area information set of the e-th area indicating the kth floor; l is min Representing the width of the shortest interval which can be displayed in a preset 3D visual model; l is max Representing the longest interval width which can be displayed in a preset 3D visualization model; n is a radical of G Representing the total number of management departments of the target mall.
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