Architectural design management system based on BIM and VR technology
Through the architectural design management system with BIM and VR technology, the problems of design drawing screening and security protection are solved, effective screening, modification and secure storage of design drawings are realized, and the risk of leakage is reduced.
Patent Information
- Application Number
- CN202110186227.X
- Authority / Receiving Office
- CN · China
- Patent Type
- Patents(China)
- Current Assignee / Owner
- Filing Date
- 2020-03-10
- Publication Date
- 2024-12-24
- Estimated Expiration
- 2040-03-10
AI Technical Summary
The existing architectural design management system is difficult to effectively screen and protect design drawings in communication between customers and designers, resulting in a higher risk of leaking design drawings.
Adopt a building design management system based on BIM and VR technology, including customer wish collection module, design drawing pre-select module, rendering scheme presentation module and terminal design drawing encryption module. Through intranet connection and data sharing and exchange platform, design drawing security is achieved. Collect, filter, modify, encrypt and store, and use identity authentication and key verification to ensure data security.
Effectively filter and modify design drawings to ensure that customer needs are met, and prevent design drawings from leaking through encryption processing and data security judgment modules, so as to achieve secure storage and backup of design drawings.
Smart Images
Figure CN112989457B_ABST
Abstract
Description
Technical Field
[0001] The present invention relates to the field of architecture, and in particular to an architectural design management system based on BIM and VR technologies. Background Art
[0002] Building Information Model (BIM) uses the relevant information data of the construction project as the basis of the model to establish the building model, and simulates the real information of the building through digital information simulation. It has eight characteristics: information completeness, information relevance, information consistency, visualization, coordination, simulation, optimization and map-ability;
[0003] VR is virtual reality. Virtual reality technology is a computer simulation technology that can create and experience a virtual world. It uses computers to generate an interactive three-dimensional dynamic vision. Its entity behavior simulation system can immerse users in the environment. Virtual reality technology integrates a variety of scientific technologies such as computer graphics technology, computer simulation technology, sensor technology, and display technology. It creates a virtual information environment in a multi-dimensional information space, which can make users feel immersed in the environment, have perfect interaction with the environment, and help inspire ideas. Therefore, immersion-interaction-concept are the three basic characteristics of the VR environment system. The core of virtual technology is modeling and simulation;
[0004] In current technology, most architectural design management systems are used to facilitate communication between customers and designers, but this application aims to screen and call design drawings, set a general direction for customer needs based on the basic design drawings, and then improve and modify them. After the improvement, the design drawings are judged for security and then stored to prevent them from being stolen. Summary of the invention
[0005] The purpose of the present invention is to provide a building design management system and method based on BIM and VR technology to solve the problems in the prior art.
[0006] To achieve the above object, the present invention provides the following technical solutions:
[0007] A building design management system based on BIM and VR technology, the system comprising a customer intention collection module, a design drawing pre-selection module, a rendering scheme presentation module, a terminal design drawing encryption module, and a data sharing and exchange platform, wherein the customer intention collection module, the design drawing pre-selection module, and the rendering scheme presentation module are sequentially connected through an intranet, the customer intention collection module, the design drawing pre-selection module, and the rendering scheme presentation module are respectively connected to the data sharing and exchange platform through an intranet, and the terminal design drawing encryption module is respectively connected to the customer intention collection module, the design drawing pre-selection module, the rendering scheme presentation module, and the data sharing and exchange platform through an intranet;
[0008] The customer intention collection module is used to collect the customer's intention for apartment decoration, the design drawing pre-selection module is used to pre-select existing design drawings to determine the decoration style, the rendering scheme presentation module is used to modify and finalize the design drawings according to the customer's wishes, and then present them to the customer, the terminal design drawing encryption module is used to encrypt the finalized design drawings to prevent leakage, and the data sharing and exchange platform is used to store and back up different design drawings.
[0009] By adopting the above technical solution: the customer willingness collection module includes a basic selection unit and an intelligent terminal, the basic unit selection module includes a display screen, the basic unit selection module inputs the apartment style, apartment area, floor height, geographical location, and decoration budget into the customer willingness selection unit in the display screen, and the intelligent terminal is used to clarify the apartment decoration screening target according to the apartment type and customer needs, establish a structured data model for the apartment decoration wishes selected by the customer, capture the design plans related to the apartment decoration conditions selected by the customer in the data sharing and exchange platform, and associate them with the customer willingness collection module, load the screened design plans onto the design drawing pre-selection module page, and the intelligent terminal sends the screened design plan data to the terminal design drawing encryption module to decrypt the screened design plans.
[0010] By adopting the above technical solution: the terminal design drawing encryption module includes a final design drawing encryption module and a design drawing decryption module. The design drawing decryption module is used to decrypt the design drawings stored in the data sharing and exchange platform to achieve security management and control of the design drawing data. The customer's identity authentication and key verification are performed according to the preset program. The identity authentication includes ID card verification and face recognition. Face recognition includes collecting the horizontal and vertical positioning points of the eyes and the tip of the nose, establishing a three-dimensional coordinate model, taking the lips as the center, setting the horizontal positioning point of the eye to (X1, Y1), and setting the vertical positioning point of the tip of the nose to (Y2, Z1). When Y1>5cm and Z1>3cm are satisfied, it is determined to be a normal face. When the above formula is not satisfied, it is determined to be an abnormal face. The key verification is used to input through the specified key, monitor when the key is input, and leave a trace during the access. After the data sharing and exchange platform verifies the access key, it sends the design drawings related to the apartment decoration conditions selected by the customer to the design drawing pre-selection module.
[0011] By adopting the above technical solution: the design drawing pre-selection module includes an apartment decoration label adding module and a key design drawing marking module. The apartment decoration label adding module is used to superimpose conditions when the customer views the design drawings that meet the decoration conditions, so as to more conveniently find the design drawings that satisfy the customer, wherein the superimposed input of the conditions includes adding apartment design keywords, adding remark information, and adding decoration styles; the design drawing pre-selection module obtains the design drawings that are consistent with the labels and keywords input by the user, and presents the design drawings that meet the requirements to the customer. The key design drawing marking submodule is used to highlight the more satisfactory design drawings when the customer views the design drawings, thereby eliminating unsatisfactory design drawings, and the designer and the customer have focused communication.
[0012] By adopting the above technical solution: the VR imaging module inside the rendering scheme presentation module, the designer imports the design drawings selected by the customer, modifies them according to the customer's design requirements, adds or deletes the design drawings, and sends the modified design drawings to the customer for confirmation, wherein the confirmation categories include design drawings and decoration material quotations, the decoration material quotations include decoration material categories and material selling prices, the material selling price is set to K, the material inventory quantity of the factory is set to C1, the historical purchase price is set to R1, the sales price of the latest batch of decoration materials is set to R2, and the purchase quantity is C2, and the formula for calculating the current sales price of a decoration material is:
[0013] K=(R2*C2+R1*C1) / (C1+C2)
[0014] According to the calculated material selling price K, the decoration material quotation is (1+10%) K, and the decoration material quotation is sent to the user for confirmation. When the design drawings and decoration material quotations are all confirmed, the design drawings are entered into the VR imaging module. The VR imaging module is used to perform VR imaging on the design drawings, so that customers can view the design drawings in a more detailed and three-dimensional manner.
[0015] By adopting the above technical solution: the final design drawing encryption module is used to authorize the design drawings after all the users have confirmed them, encrypt the design drawings, and send the encrypted design drawings to the data sharing and exchange platform.
[0016] By adopting the above technical solution: the data sharing and exchange platform includes a database and a data security judgment module, the database is used to store design drawings, each design drawing is numbered, and each design drawing corresponds to only one number, and the data security judgment module performs security judgment on the newly stored design drawings.
[0017] A method of architectural design management based on BIM and VR technology:
[0018] S1: using the customer intention collection module to collect the customer's willingness to renovate the apartment, the basic unit selection module includes a display screen, the basic unit selection module inputs the apartment style, apartment area, floor height, geographical location, and decoration budget into the customer intention selection unit in the display screen, and the intelligent terminal is used to clarify the apartment decoration screening target according to the apartment type and customer needs, establish a structured data model for the apartment decoration intention selected by the customer, capture the design scheme related to the apartment decoration conditions selected by the customer in the data sharing and exchange platform, and associate it with the customer intention collection module, load the screened design scheme into the design drawing pre-selection module page, and the intelligent terminal sends the screened design scheme data to the terminal design drawing encryption module to decrypt the screened design scheme;
[0019] S2: Use the design drawing decryption module inside the terminal design drawing encryption module to decrypt the design drawings stored inside the data sharing and exchange platform to achieve security management of the design drawing data. Perform identity authentication and key verification on the customer according to the preset program. Identity authentication includes ID card verification and face recognition. Face recognition includes collecting the horizontal and vertical positioning points of the eyes and nose tips, establishing a three-dimensional coordinate model, taking the lips as the center, setting the horizontal positioning point of the eyes as (X1, Y1), and setting the vertical positioning point of the nose tip as (Y2, Z1). When Y1>5cm and Z1>3cm are satisfied, it is determined to be a normal face. When the above formula is not satisfied, it is determined to be an abnormal face. Key verification is used to input through the specified key, so that monitoring is performed when the key is input, and traces are left during access. After the data sharing and exchange platform verifies the access key, it sends the design drawings related to the apartment decoration conditions selected by the customer to the design drawing pre-selection module;
[0020] S3: Use the design drawing pre-selection module to pre-select existing design drawings to determine the decoration style, and use the type decoration label adding module to superimpose conditions when customers view design drawings that meet the decoration conditions, so as to more conveniently find design drawings that satisfy customers. The superimposed input of conditions includes adding apartment design keywords, adding notes, and adding decoration styles. The design drawing pre-selection module obtains design drawings that match the labels and keywords input by the user, and presents design drawings that meet the requirements to customers. The key design drawing marking submodule focuses on marking the more satisfactory design drawings when customers view the design drawings, thereby eliminating unsatisfactory design drawings, and the designer and the customer conduct focused communication.
[0021] S4: Use the rendering scheme presentation module to modify and finalize the design drawings according to the customer's wishes, so as to present them to the customer. The designer imports the design drawings selected by the customer, modifies them according to the customer's design requirements, adds or deletes the design drawings, and sends the modified design drawings to the customer for confirmation. The confirmation categories include design drawings and decoration material quotations. The decoration material quotations include decoration material categories and material sales prices. The material sales price is set to K, the material inventory quantity of the factory is set to C1, the historical purchase price is set to R1, the sales price of the latest batch of decoration materials is set to R2, and the purchase quantity is set to C2. The formula for calculating the sales price of the current decoration material is: K=(R2*C2+R1*C1) / (C1+C2). According to the calculated material sales price K, the decoration material quotation is obtained as (1+10%)K. The decoration material quotation is sent to the user for confirmation. When the design drawings and decoration material quotations are all confirmed, the design drawings are entered into the VR imaging module. The VR imaging module is used to perform VR imaging on the design drawings, so that customers can view the design drawings in a more detailed and three-dimensional manner.
[0022] S5: using the final design drawing encryption module to authorize the design drawings that have been fully confirmed by the user, encrypting the design drawings, and sending the encrypted design drawings to the data sharing and exchange platform;
[0023] S6: Use the data sharing and exchange platform to store and back up different design drawings. The database stores the design drawings, numbers each design drawing, and each design drawing corresponds to only one number. The data security judgment module performs security judgment on the newly stored design drawings.
[0024] By adopting the above technical solution: in the step S6, different design drawings are stored and backed up by using the data sharing and exchange platform, the design drawings are stored in the database, each design drawing is numbered, and each design drawing corresponds to only one number, and the data security determination module determines the security of the newly stored design drawings, and also includes the following steps:
[0025] The data sharing exchange platform is set to detect the design drawings A1, A2, A3, ..., A1 sent to the data sharing exchange platform. n-1 , A n ,The security statistics of the data sharing and exchange platform for the above design drawings are P(A1), P(A2), P(A3), ..., P(A n-1 )、P(A n ), judge the safety of its design drawings P (A1), P (A2), P (A3), ..., P (A n-1 )、P(A n ) satisfies the following formula:
[0026]
[0027] When the safety of the newly detected design drawings meets the above formula, the safety of the statistically new design drawings is determined to be within a reasonable range, and the data sharing and exchange platform stores and backs up the detected design drawings. When the safety of the newly detected design drawings does not meet the above formula, the design drawings with a safety level below 40% and the design drawings with the lowest safety level are eliminated, and the data sharing and exchange platform stores and backs up the design drawings that have not been eliminated.
[0028] Compared with the prior art, the beneficial effects of the present invention are as follows: the present application aims to screen and call design drawings, set a general direction for customer needs based on the basic design drawings, and then improve and modify them, and safely store the improved design drawings to prevent them from being stolen;
[0029] The customer intention collection module is used to collect the customer's wishes for apartment decoration. The design drawing pre-selection module is used to pre-select existing design drawings to determine the decoration style. The rendering scheme presentation module is used to modify and finalize the design drawings according to the customer's wishes and present them to the customer. The terminal design drawing encryption module is used to encrypt the finalized design drawings to prevent leakage. The data sharing and exchange platform is used to store and back up different design drawings. BRIEF DESCRIPTION OF THE DRAWINGS
[0030] In order to make the contents of the present invention more clearly understood, the present invention is further described in detail below based on specific embodiments in conjunction with the accompanying drawings.
[0031] Figure 1 A schematic diagram of the module structure of an architectural design management system based on BIM and VR technology according to the present invention;
[0032] Figure 2 A schematic diagram of specific steps of a building design management method based on BIM and VR technology according to the present invention;
[0033] Figure 3 It is a schematic diagram of a specific implementation method of an architectural design management method based on BIM and VR technology of the present invention. DETAILED DESCRIPTION
[0034] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.
[0035] See also Figures 1 to 3 In an embodiment of the present invention, a building design management system and method based on BIM and VR technology, the system includes a customer willingness collection module, a design drawing pre-selection module, a rendering scheme presentation module, a terminal design drawing encryption module, and a data sharing and exchange platform, wherein the customer willingness collection module, the design drawing pre-selection module, and the rendering scheme presentation module are sequentially connected through an intranet, the customer willingness collection module, the design drawing pre-selection module, and the rendering scheme presentation module are respectively connected to the data sharing and exchange platform through an intranet, and the terminal design drawing encryption module is respectively connected to the customer willingness collection module, the design drawing pre-selection module, the rendering scheme presentation module, and the data sharing and exchange platform through an intranet;
[0036] The customer intention collection module is used to collect the customer's intention for apartment decoration, the design drawing pre-selection module is used to pre-select existing design drawings to determine the decoration style, the rendering scheme presentation module is used to modify and finalize the design drawings according to the customer's wishes, and then present them to the customer, the terminal design drawing encryption module is used to encrypt the finalized design drawings to prevent leakage, and the data sharing and exchange platform is used to store and back up different design drawings.
[0037] By adopting the above technical solution: the customer willingness collection module includes a basic selection unit and an intelligent terminal, the basic unit selection module includes a display screen, the basic unit selection module inputs the apartment style, apartment area, floor height, geographical location, and decoration budget into the customer willingness selection unit in the display screen, and the intelligent terminal is used to clarify the apartment decoration screening target according to the apartment type and customer needs, establish a structured data model for the apartment decoration wishes selected by the customer, capture the design plans related to the apartment decoration conditions selected by the customer in the data sharing and exchange platform, and associate them with the customer willingness collection module, load the screened design plans onto the design drawing pre-selection module page, and the intelligent terminal sends the screened design plan data to the terminal design drawing encryption module to decrypt the screened design plans.
[0038] By adopting the above technical solution: the terminal design drawing encryption module includes a final design drawing encryption module and a design drawing decryption module. The design drawing decryption module is used to decrypt the design drawings stored in the data sharing and exchange platform to achieve security management and control of the design drawing data. The customer's identity authentication and key verification are performed according to the preset program. The identity authentication includes ID card verification and face recognition. Face recognition includes collecting the horizontal and vertical positioning points of the eyes and the tip of the nose, establishing a three-dimensional coordinate model, taking the lips as the center, setting the horizontal positioning point of the eye to (X1, Y1), and setting the vertical positioning point of the tip of the nose to (Y2, Z1). When Y1>5cm and Z1>3cm are satisfied, it is determined to be a normal face. When the above formula is not satisfied, it is determined to be an abnormal face. The key verification is used to input through the specified key, monitor when the key is input, and leave a trace during the access. After the data sharing and exchange platform verifies the access key, it sends the design drawings related to the apartment decoration conditions selected by the customer to the design drawing pre-selection module.
[0039] By adopting the above technical solution: the design drawing pre-selection module includes an apartment decoration label adding module and a key design drawing marking module. The apartment decoration label adding module is used to superimpose conditions when the customer views the design drawings that meet the decoration conditions, so as to more conveniently find the design drawings that satisfy the customer, wherein the superimposed input of the conditions includes adding apartment design keywords, adding remark information, and adding decoration styles; the design drawing pre-selection module obtains the design drawings that are consistent with the labels and keywords input by the user, and presents the design drawings that meet the requirements to the customer. The key design drawing marking submodule is used to highlight the more satisfactory design drawings when the customer views the design drawings, thereby eliminating unsatisfactory design drawings, and the designer and the customer have focused communication.
[0040] By adopting the above technical solution: the VR imaging module inside the rendering scheme presentation module, the designer imports the design drawings selected by the customer, modifies them according to the customer's design requirements, adds or deletes the design drawings, and sends the modified design drawings to the customer for confirmation, wherein the confirmation categories include design drawings and decoration material quotations, the decoration material quotations include decoration material categories and material selling prices, the material selling price is set to K, the material inventory quantity of the factory is set to C1, the historical purchase price is set to R1, the sales price of the latest batch of decoration materials is set to R2, and the purchase quantity is C2, and the formula for calculating the current sales price of a decoration material is:
[0041] K=(R2*C2+R1*C1) / (C1+C2)
[0042] According to the calculated material selling price K, the decoration material quotation is (1+10%) K, and the decoration material quotation is sent to the user for confirmation. When the design drawings and decoration material quotations are all confirmed, the design drawings are entered into the VR imaging module. The VR imaging module is used to perform VR imaging on the design drawings, so that customers can view the design drawings in a more detailed and three-dimensional manner.
[0043] By adopting the above technical solution: the final design drawing encryption module is used to authorize the design drawings after all the users have confirmed them, encrypt the design drawings, and send the encrypted design drawings to the data sharing and exchange platform.
[0044] By adopting the above technical solution: the data sharing and exchange platform includes a database and a data security judgment module, the database is used to store design drawings, each design drawing is numbered, and each design drawing corresponds to only one number, and the data security judgment module performs security judgment on the newly stored design drawings.
[0045] A method of architectural design management based on BIM and VR technology:
[0046] S1: using the customer intention collection module to collect the customer's willingness to renovate the apartment, the basic unit selection module includes a display screen, the basic unit selection module inputs the apartment style, apartment area, floor height, geographical location, and decoration budget into the customer intention selection unit in the display screen, and the intelligent terminal is used to clarify the apartment decoration screening target according to the apartment type and customer needs, establish a structured data model for the apartment decoration intention selected by the customer, capture the design scheme related to the apartment decoration conditions selected by the customer in the data sharing and exchange platform, and associate it with the customer intention collection module, load the screened design scheme into the design drawing pre-selection module page, and the intelligent terminal sends the screened design scheme data to the terminal design drawing encryption module to decrypt the screened design scheme;
[0047] S2: Use the design drawing decryption module inside the terminal design drawing encryption module to decrypt the design drawings stored inside the data sharing and exchange platform to achieve security management of the design drawing data. Perform identity authentication and key verification on the customer according to the preset program. Identity authentication includes ID card verification and face recognition. Face recognition includes collecting the horizontal and vertical positioning points of the eyes and nose tips, establishing a three-dimensional coordinate model, taking the lips as the center, setting the horizontal positioning point of the eyes as (X1, Y1), and setting the vertical positioning point of the nose tip as (Y2, Z1). When Y1>5cm and Z1>3cm are satisfied, it is determined to be a normal face. When the above formula is not satisfied, it is determined to be an abnormal face. Key verification is used to input through the specified key, so that monitoring is performed when the key is input, and traces are left during access. After the data sharing and exchange platform verifies the access key, it sends the design drawings related to the apartment decoration conditions selected by the customer to the design drawing pre-selection module;
[0048] S3: Use the design drawing pre-selection module to pre-select existing design drawings to determine the decoration style, and use the type decoration label adding module to superimpose conditions when customers view design drawings that meet the decoration conditions, so as to more conveniently find design drawings that satisfy customers. The superimposed input of conditions includes adding apartment design keywords, adding notes, and adding decoration styles. The design drawing pre-selection module obtains design drawings that match the labels and keywords input by the user, and presents design drawings that meet the requirements to customers. The key design drawing marking submodule focuses on marking the more satisfactory design drawings when customers view the design drawings, thereby eliminating unsatisfactory design drawings, and the designer and the customer conduct focused communication.
[0049] S4: Use the rendering scheme presentation module to modify and finalize the design drawings according to the customer's wishes, so as to present them to the customer. The designer imports the design drawings selected by the customer, modifies them according to the customer's design requirements, adds or deletes the design drawings, and sends the modified design drawings to the customer for confirmation. The confirmation categories include design drawings and decoration material quotations. The decoration material quotations include decoration material categories and material sales prices. The material sales price is set to K, the material inventory quantity of the factory is set to C1, the historical purchase price is set to R1, the sales price of the latest batch of decoration materials is set to R2, and the purchase quantity is set to C2. The formula for calculating the sales price of the current decoration material is: K=(R2*C2+R1*C1) / (C1+C2). According to the calculated material sales price K, the decoration material quotation is obtained as (1+10%)K. The decoration material quotation is sent to the user for confirmation. When the design drawings and decoration material quotations are all confirmed, the design drawings are entered into the VR imaging module. The VR imaging module is used to perform VR imaging on the design drawings, so that customers can view the design drawings in a more detailed and three-dimensional manner.
[0050] S5: using the final design drawing encryption module to authorize the design drawings that have been fully confirmed by the user, encrypting the design drawings, and sending the encrypted design drawings to the data sharing and exchange platform;
[0051] S6: Use the data sharing and exchange platform to store and back up different design drawings. The database stores the design drawings, numbers each design drawing, and each design drawing corresponds to only one number. The data security judgment module performs security judgment on the newly stored design drawings.
[0052] By adopting the above technical solution: in the step S6, different design drawings are stored and backed up by using the data sharing and exchange platform, the design drawings are stored in the database, each design drawing is numbered, and each design drawing corresponds to only one number, and the data security determination module determines the security of the newly stored design drawings, and also includes the following steps:
[0053] The data sharing exchange platform is set to detect the design drawings A1, A2, A3, ..., A1 sent to the data sharing exchange platform. n-1 , A n ,The security statistics of the data sharing and exchange platform for the above design drawings are P(A1), P(A2), P(A3), ..., P(A n-1 )、P(A n ), judge the safety of its design drawings P (A1), P (A2), P (A3), ..., P (A n-1 )、P(A n ) satisfies the following formula:
[0054]
[0055] When the safety of the newly detected design drawings meets the above formula, the safety of the statistically new design drawings is determined to be within a reasonable range, and the data sharing and exchange platform stores and backs up the detected design drawings. When the safety of the newly detected design drawings does not meet the above formula, the design drawings with a safety level below 40% and the design drawings with the lowest safety level are eliminated, and the data sharing and exchange platform stores and backs up the design drawings that have not been eliminated.
[0056] Example 1: Restricted conditions: Set the material selling price to K, set the material inventory quantity of the factory to 4500, set the historical purchase price to 3200, set the selling price of the latest batch of decoration materials to 3750, and the purchase quantity to 1900. The formula for calculating the selling price of the current decoration material is:
[0057] K=(R2*C2+R1*C1) / (C1+C2)
[0058] Calculation shows: K=(3750*1900+3200*4500) / (4500+1900)=(7125000+14400000) / 6400=3363.3 yuan. Based on the calculated material selling price of 3363.3 yuan, the price quote for decoration materials is (1+10%)*3363.3=3699.6 yuan. The price quote for decoration materials will be sent to the user for confirmation.
[0059] Example 2: Limiting conditions, setting the material selling price to K, setting the material inventory quantity of the factory to 232, setting the historical purchase price to 1700, setting the selling price of the latest batch of decoration materials to 2313, and the purchase quantity to 890, the formula for calculating the current selling price of a decoration material is:
[0060] K=(R2*C2+R1*C1) / (C1+C2)
[0061] Calculation shows: K=(2313*890+1700*232) / (232+890)=(2058570+394400) / 6400=2186.2 yuan. Based on the calculated material selling price of 2186.2 yuan, the decoration material quotation is (1+10%)*2186.2=2404.8 yuan. The decoration material quotation will be sent to the user for confirmation.
[0062] Embodiment 3: Limiting conditions, setting the data sharing exchange platform to detect the design drawings A1, A2, A3, ..., A sent to the data sharing exchange platform n-1 , A n ,The data sharing and exchange platform has a security ,statistic of the above design drawings as 67%, 71%, 77%, 80%, and 55%, and it is judged that the security of the ,design drawings meets the following formula:
[0063]
[0064] The calculation shows that: 55%>50%, 80%-55%<40%. If the safety of the new design drawings tested meets the above formula, it is determined that the safety of the statistical new design drawings is within a reasonable range, and the data sharing and exchange platform stores and backs up the tested design drawings;
[0065] Embodiment 4: Limiting conditions, setting the data sharing exchange platform to detect the design drawings A1, A2, A3, ..., A sent to the data sharing exchange platform n-1 , A n ,The data sharing and exchange platform has a security ,statistic of the above design drawings as 51%, 90%, 97%, 88% and 63%, and it is judged that the security of the ,design drawings meets the following formula:
[0066]
[0067] Calculation shows that: 51%>50%, 97%-51%>40%. The security of the newly detected design drawings does not meet the above formula. The design drawings with a security lower than 40% and the lowest security are eliminated. The data sharing and exchange platform stores and backs up the design drawings that are not eliminated.
[0068] It will be apparent to those skilled in the art that the present invention is not limited to the details of the exemplary embodiments described above and that the present invention can be implemented in other specific forms without departing from the spirit or essential features of the present invention. Therefore, the embodiments should be considered exemplary and non-restrictive in all respects, and the scope of the present invention is defined by the appended claims rather than the above description, and it is intended that all changes falling within the meaning and scope of the equivalent elements of the claims be included in the present invention.
Claims
1. An architectural design management system based on BIM and VR technology, characterized by: The system includes a customer intention collection module, a design drawing pre-selection module, an effect drawing scheme presentation module, a terminal design drawing encryption module, and a data sharing and exchange platform, wherein the customer intention collection module, the design drawing pre-selection module, and the effect drawing scheme presentation module are connected in sequence through an intranet, the customer intention collection module, the design drawing pre-selection module, and the effect drawing scheme presentation module are respectively connected to the data sharing and exchange platform through an intranet, and the terminal design drawing encryption module is respectively connected to the customer intention collection module, the design drawing pre-selection module, the effect drawing scheme presentation module, and the data sharing and exchange platform through an intranet; The customer intention collection module is used to collect the customer's intention to renovate the apartment, the design drawing pre-selection module is used to pre-select existing design drawings to determine the decoration style, the rendering scheme presentation module is used to modify and finalize the design drawings according to the customer's wishes, and then present them to the customer, the terminal design drawing encryption module is used to encrypt the finalized design drawings to prevent leakage, and the data sharing and exchange platform is used to store and back up different design drawings; The customer willingness collection module includes a basic selection unit and an intelligent terminal. The basic unit selection module includes a display screen. The basic unit selection module inputs the apartment style, apartment area, floor height, geographical location, and decoration budget into the customer willingness selection unit in the display screen. The intelligent terminal is used to clarify the apartment decoration screening target according to the apartment type and customer needs, establish a structured data model for the apartment decoration wishes selected by the customer, capture the design scheme related to the apartment decoration conditions selected by the customer in the data sharing and exchange platform, and associate it with the customer willingness collection module, load the screened design scheme into the design drawing pre-selection module page, and the intelligent terminal sends the screened design scheme data to the terminal design drawing encryption module to decrypt the screened design scheme; The terminal design drawing encryption module includes a final draft design drawing encryption module and a design drawing decryption module. The design drawing decryption module is used to decrypt the design drawings stored in the data sharing and exchange platform to achieve security management and control of the design drawing data. According to the preset program, the identity authentication and key verification are performed on the customer. The identity authentication includes identity card verification and face recognition. Face recognition includes collecting the horizontal and vertical positioning points of the eyes and the nose tip, establishing a three-dimensional coordinate model, taking the lips as the center, setting the horizontal positioning point of the eye to (X1, Y1), and setting the vertical positioning point of the nose tip to (Y2, Z1). When Y1>5cm and Z1>3cm are satisfied, it is determined to be a normal face. When the above formula is not satisfied, it is determined to be an abnormal face. The key verification is used to input through the specified key, so that monitoring is performed when the key is input, and a trace is left during the access. After the data sharing and exchange platform verifies the access key, the design drawings related to the apartment decoration conditions selected by the customer are sent to the design drawing pre-selection module; The rendering scheme presentation module has a VR imaging module inside. The designer imports the design drawings selected by the customer, modifies them according to the customer's design requirements, adds or deletes the design drawings, and sends the modified design drawings to the customer for confirmation. The confirmation categories include design drawings and decoration material quotations. The decoration material quotations include decoration material categories and material selling prices. The material selling price is set to K, the material inventory quantity of the factory is set to C1, the historical purchase price is set to R1, the sales price of the latest batch of decoration materials is set to R2, and the purchase quantity is set to C2. The formula for calculating the sales price of the current decoration material is: K=(R2*C2+R1*C1) / (C1+C2) According to the calculated material selling price K, the decoration material quotation is (1+10%) K, and the decoration material quotation is sent to the user for confirmation. When the design drawings and decoration material quotation are all confirmed, the design drawings are entered into the VR imaging module. The VR imaging module is used to perform VR imaging on the design drawings, so that customers can view the design drawings in a more detailed and three-dimensional manner; The data sharing and exchange platform includes a database and a data security determination module. The database is used to store design drawings, and each design drawing is numbered, and each design drawing corresponds to only one number. The data security determination module performs security determination on newly stored design drawings.