Digital exhibition integrated system based on meta-universe technology

Abstract

The invention relates to the technical field of digital exhibition, in particular to a digital exhibition display integrated system based on the universe technology. The system comprises a universe exhibition hall building module, a virtual tourist behavior data acquisition module, a virtual exhibit state comprehensive management module and a virtual exhibit guide sequence decision module, wherein the universe exhibition hall building module is provided with related exhibit positions and common exhibit positions in each exhibition area of an exhibition hall; in the digital exhibition and display integrated system based on the meta universe technology, fixed related exhibition positions and flowing common exhibition positions are created for each exhibition area, then the circulation state of common exhibits on the common exhibition positions is monitored, and a guide route is generated according to the circulation state to guide virtual tourists. And the visiting sequence of the virtual tourists in different exhibition areas is adjusted by utilizing the guide route, so that the virtual tourists can visit the common exhibits on the premise of not copying the common exhibits.

Description

Technical Field

[0001] The present invention relates to the field of digital exhibition technology, and in particular to a digital exhibition display integration system based on metaverse technology. Background Art

[0002] Digital exhibition is a form of exhibition that uses advanced digital technology to move traditional physical exhibitions online or present them in a digital and innovative way. Digital exhibitions integrate a variety of advanced technologies, such as 3D modeling, virtual reality (VR), augmented reality (AR), panoramic photography, artificial intelligence, etc. Taking digital virtual exhibitions as an example, viewers can experience the exhibition in an immersive way through computers or mobile devices, breaking through the limitations of time and space. For example, the virtual digital exhibition hall displays artworks from a panoramic perspective, allowing viewers to freely explore every corner and provide interactive functions with the exhibition content, including zooming in, rotating, switching perspectives, etc.

[0003] The Metaverse + Digital Exhibition also demonstrates strong advantages. Innovative scenarios bring new experiences, such as virtual cloud venues, digital virtual hosts and other technical applications, which have created multiple innovative application scenarios for the Metaverse Exhibition and enhanced the immersiveness and interactive experience of the exhibition. Virtual space breaks through the limitations of physical space and can accommodate more visitors.

[0004] However, there are usually many exhibits in the exhibition hall of digital exhibitions, and the locations of many exhibits are usually divided by their respective brands, that is, exhibits of different brands are not in the same exhibition area. However, when facing many tourists (i.e., visitors), due to different interests and preferences of different tourists, some tourists will visit multiple exhibits of different brands, and because exhibits of multiple brands are not in the same exhibition area, some tourists will visit for a long time, which easily leads to network congestion.

[0005] Although big data can be used to categorize exhibits based on visitors’ interests, when facing many visitors, some visitors’ interests tend to overlap, resulting in exhibits that some visitors are interested in being in other exhibition areas. Although the same exhibit can be copied in a virtual exhibition hall, when facing large-scale exhibitions, due to the large amount of data, more copies will also take up more space resources. Summary of the invention

[0006] The purpose of the present invention is to provide a digital exhibition display integrated system based on metaverse technology to solve the problems raised in the above background technology.

[0007] To achieve the above purpose, a digital exhibition display integrated system based on Metaverse technology is provided, including a Metaverse exhibition hall construction module, a virtual visitor behavior data collection module, a virtual exhibit status comprehensive management module, and a virtual exhibit guide sequence decision module, wherein: The Metaverse Exhibition Hall Building Module uses 3D modeling tools to create 3D models of virtual exhibition halls, virtual exhibits, virtual tourists, and virtual tour guides, and sets up relevant exhibit positions and shared exhibit positions in each exhibition area of ​​the exhibition hall; The virtual tourist behavior data collection module establishes an interest preference collection platform to collect the interest preferences of each virtual tourist, and obtains relevant exhibits and shared exhibits in multiple groups of related exhibits based on the interest preferences; The virtual exhibit status integrated management module collects viewing information of shared exhibits and exchanges the positions of exhibits so that relevant exhibits are located at relevant exhibit positions in corresponding exhibition areas, so that shared exhibits can be transferred between multiple shared exhibit positions; The virtual exhibits guiding sequence decision module establishes a route planning platform, plans the virtual tour guide's guiding route through the viewed information, and enables the virtual tour guide to guide the viewing sequence of virtual tourists according to the circulation status of the shared exhibits.

[0008] As a further improvement of the technical solution, a data real-time updating module is provided in the shared exhibit position, which is used to update the status information of the shared exhibits in real time, so that the shared exhibits can be transferred in real time among the multiple shared exhibit positions.

[0009] As a further improvement of the technical solution, the method steps for the virtual tourist behavior data collection module to establish an interest preference collection platform are as follows: S200A, obtaining status information of multiple virtual visitors when visiting each exhibit; S200B, collecting the virtual tourist's stay time when visiting each exhibit from the status information ; S200C, Setting Interest Preference Threshold , when the stay time ≥Interest preference threshold When the stay time is ≥Interest preference threshold No operation is performed when

[0010] As a further improvement of the technical solution, the method steps for the virtual tourist behavior data collection module to obtain relevant exhibits and shared exhibits are as follows: S200D. Exhibits with the same mark shall be marked as related exhibits; S200E. Exhibits with duplicate marks are marked as shared exhibits.

[0011] As a further improvement of the technical solution, the viewed information is the playing progress of the promotional materials of the shared exhibits. .

[0012] As a further improvement of the technical solution, the method steps for the virtual exhibit status comprehensive management module to change the position of the exhibit are as follows: S300A, marking the relevant exhibits corresponding to the virtual visitors as a group, and calculating the total number of groups; S300B, create the same number of exhibition areas as the number of groups; S300C, move the relevant exhibits in each group to the relevant exhibit positions in each exhibition area, and move the shared exhibits to the shared exhibit positions in one of the exhibition areas; S300D, set the circulation threshold of shared exhibits , when the flow threshold ≥Playback progress When the exhibition is completed, the shared exhibits will be transferred to the shared exhibit positions in the next exhibition area.

[0013] As a further improvement of the technical solution, the method steps for the virtual exhibit guide sequence decision module to establish a route planning platform are as follows: S400A, obtaining the interest preference of the current virtual tourist; S400B, matching a corresponding exhibition area for the virtual tourist based on interest preference, and marking the exhibition area as a destination exhibition area; S400C, obtaining the location of the shared exhibition booths in the target exhibition area; S400D, calculate the time required for the virtual visitor to move from the current position to the shared exhibit position ; S400E, obtain the time when the shared exhibits are transferred to the destination exhibition area ; S400F, Setting route change threshold , when the flow time - Time consumed ≤ Route Change Threshold When the flow time is - Time consumed >Route change threshold When the display is displayed, a route leading to the relevant exhibits is generated, and the shared exhibits are set as waypoints; S400G, guide the virtual tourists according to the generated route.

[0014] As a further improvement of the technical solution, the time when the virtual tourist arrives at the waypoint is the time when the shared exhibits are transferred to the destination exhibition area.

[0015] As a further improvement of the technical solution, the virtual exhibit status comprehensive management module further includes the following method steps: S301, creating circulation notice information of shared exhibits; S302, randomly selecting one from a plurality of promotional materials of the shared exhibits and playing it during the circulation process; S303, monitoring the location information of the virtual tourist, and when the virtual tourist moves to the next circulation location of the shared exhibit, marking the promotional materials played during the circulation of the shared exhibit as materials of interest; S304: Acquire the promotional materials in the exhibition area where the virtual tourist is located before moving, match the promotional materials corresponding to the materials of interest from the promotional materials, and play the promotional materials first.

[0016] Compared with the prior art, the present invention has the following beneficial effects: 1. In the digital exhibition display integrated system based on metaverse technology, fixed related exhibit positions and mobile shared exhibit positions are created for each exhibition area, and then the circulation status of shared exhibits on the shared exhibit positions is monitored, and guidance routes are generated according to the circulation status to guide virtual tourists. The guidance routes are used to adjust the visiting order of virtual tourists in different exhibition areas, so as to realize the visit of virtual tourists to shared exhibits without copying the shared exhibits.

[0017] 2. In the digital exhibition display integrated system based on metaverse technology, the circulation of shared exhibits can not only meet the viewing needs of virtual tourists in multiple exhibition areas, but also use the characteristics of the circulation to identify the interest preferences of virtual tourists in each exhibition area, thereby obtaining promotional materials that the virtual tourists in the exhibition area are interested in. By giving priority to playing promotional materials that virtual tourists are interested in, virtual tourists can quickly complete the viewing, thereby improving the efficiency of viewing exhibits. BRIEF DESCRIPTION OF THE DRAWINGS

[0018] Figure 1 It is a block diagram of the overall module of the present invention; Figure 2 A schematic diagram of the related exhibit positions and the shared exhibit positions of the present invention; Figure 3 The route of the present invention is shown in FIG. Figure 1 ; Figure 4 The route of the present invention is shown in FIG. Figure 2 .

[0019] The meaning of each number in the figure is: 100. Metaverse exhibition hall construction module; 200. Virtual visitor behavior data collection module; 300. Virtual exhibit status comprehensive management module; 400. Virtual exhibit guidance sequence decision module. DETAILED DESCRIPTION

[0020] The following will be combined with the accompanying drawings in 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.

[0021] Take an automobile exhibition as an example. For example, the exhibition has exhibition area 1 and exhibition area 2. The exhibits in exhibition area 1 are all cars of brand a, including sedans (priced at around 100,000 yuan) and SUVs (sport utility vehicles) (priced at around 200,000 yuan). The exhibits in exhibition area 2 are all cars of brand b, including sedans (priced at around 200,000 yuan).

[0022] For example, virtual visitor a has a preference for sedans. At this time, the sedans of brand a and brand b can be transferred to exhibition area 1 for virtual visitor a to visit quickly. Virtual visitor b has a preference for cars worth about 200,000 yuan. At this time, brand a's SUV and brand b's sedan can be transferred to exhibition area 2 for virtual visitor b to visit quickly. At this time, it can be found that some of the preferences of virtual visitor b overlap with some of the preferences of virtual visitor a, resulting in the need for brand b's sedans in both exhibition areas. Although brand b's sedans can be copied to exhibition area 1 and exhibition area a respectively in the virtual exhibition hall, in the face of large-scale exhibitions, due to the large amount of data, more copies will also occupy a large amount of space resources.

[0023] See also Figure 1-Figure 4 As shown, a digital exhibition display integrated system based on Metaverse technology is provided, including a Metaverse exhibition hall construction module 100, a virtual visitor behavior data collection module 200, a virtual exhibit status comprehensive management module 300, and a virtual exhibit guide sequence decision module 400, wherein: The Metaverse Exhibition Hall Construction Module 100 uses 3D modeling tools (such as Maya, 3ds Max, etc.) to create 3D models of virtual exhibition halls, virtual exhibits, virtual tourists, and virtual tour guides, and sets up relevant exhibit positions and shared exhibit positions in each exhibition area of ​​the exhibition hall; a data real-time update module is set in the shared exhibit position to update the status information of the shared exhibits in real time, so that the shared exhibits can be transferred in real time between multiple shared exhibit positions; In addition to 3D modeling tools, animation software (such as Blender) is also needed to create animations for virtual characters, dynamic display effects for exhibits, etc. For example, animations such as walking and explaining can be created for virtual tour guides. In addition, programming languages ​​(such as JavaScript) and interactive plug-ins can be used to implement interactive functions such as touch, click, and voice.

[0024] It should be understood that a large number of tools are required in the process of creating a digital exhibition. The tools mentioned above are only examples of the present invention. Any other tools that can complete the creation of a digital exhibition can be used in the present invention.

[0025] The virtual tourist behavior data collection module 200 establishes an interest preference collection platform, collects the interest preferences of each virtual tourist, and obtains relevant exhibits and shared exhibits in multiple groups of relevant exhibits based on the interest preferences; the relevant exhibits can refer to the cars of brand a and brand b mentioned in the above example (corresponding to the interest preferences of virtual tourist a); the shared exhibits can refer to the cars of brand b (corresponding to the overlapping interest preferences of virtual tourist a and virtual tourist b); The virtual exhibit status integrated management module 300 collects viewing information of shared exhibits and exchanges the positions of exhibits so that relevant exhibits are located at relevant exhibit positions in corresponding exhibition areas, so that shared exhibits can be transferred between multiple shared exhibit positions; The virtual exhibits guiding sequence decision module 400 establishes a route planning platform, plans the virtual tour guide's guiding route through the viewed information, and enables the virtual tour guide to guide the viewing sequence of virtual tourists according to the circulation status of the shared exhibits.

[0026] That is to say, the present invention creates fixed related exhibit positions and mobile shared exhibit positions for each exhibition area, and then monitors the circulation status of shared exhibits on the shared exhibit positions, and generates guidance routes based on the circulation status to guide virtual tourists, and uses the guidance routes to adjust the visiting order of virtual tourists in different exhibition areas, so as to realize the visit of virtual tourists to shared exhibits without copying the shared exhibits.

[0027] Furthermore, the method steps for the virtual tourist behavior data collection module 200 to establish an interest preference collection platform are as follows: S200A, obtaining status information of multiple virtual visitors when visiting each exhibit; S200B, collecting the virtual tourist's stay time when visiting each exhibit from the status information ; S200C, Setting Interest Preference Threshold , when the stay time ≥Interest preference threshold When the stay time is ≥Interest preference threshold No operation is performed when

[0028] That is to say, before classifying the exhibits, it is necessary to obtain the interest preference data of virtual tourists and classify the exhibits according to the interest preference data. For example, virtual tourist A will stay at cars for a long time every time, which means that virtual tourist A's interest preference is cars, so cars are marked; virtual tourist B will stay at cars worth about 200,000 yuan every time for a long time, which means that virtual tourist A's interest preference is cars worth about 200,000 yuan, so cars and SUVs worth about 200,000 yuan are marked.

[0029] The viewed information is the playback progress of the promotional materials (such as promotional videos) of the shared exhibits. .

[0030] Furthermore, the method steps for the virtual tourist behavior data collection module 200 to obtain relevant exhibits and shared exhibits are as follows: S200D. Exhibits with the same mark shall be marked as related exhibits; S200E. Exhibits with duplicate marks are marked as shared exhibits.

[0031] For example, virtual tourist a has a preference for brand a cars and brand b cars. At this time, brand a cars and brand b cars are both marked by virtual tourist a, that is, brand a cars and brand b cars are at the same mark, so brand a cars and brand b cars can be marked as related exhibits; virtual tourist b has a preference for brand b cars and SUVs, so brand b cars and SUVs are at the same mark, so brand b cars and SUVs can be marked as related exhibits. However, during the marking process, it can be found that brand b cars are marked twice, so the repeatedly marked brand b cars are marked as shared exhibits.

[0032] In addition, the method steps for the virtual exhibit status integrated management module 300 to change the position of the exhibit are as follows: S300A, marking the relevant exhibits corresponding to the virtual visitors as a group, and calculating the total number of groups; S300B, create the same number of exhibition areas as the number of groups; S300C, move the relevant exhibits in each group to the relevant exhibit positions in each exhibition area, and move the shared exhibits to the shared exhibit positions in one of the exhibition areas; S300D, set the circulation threshold of shared exhibits , when the flow threshold ≥Playback progress When the exhibition is completed, the shared exhibits will be transferred to the shared exhibit positions in the next exhibition area.

[0033] For example, two virtual tourists, virtual tourist a and virtual tourist b, were collected this time. According to the above details, the sedan of brand a and the sedan of brand b corresponding to virtual tourist a are one group; the sedan and SUV of brand b corresponding to virtual tourist b are one group, and then it is calculated that there are two groups in total. Then, if there are two groups of exhibits, it is necessary to create two exhibition areas, and the two groups of exhibits are placed in the corresponding exhibition areas respectively, that is, the first group of exhibits (sedans of brand a and sedans of brand b) are placed in exhibition area 1, and the second group of exhibits (sedans and SUVs of brand b) are placed in exhibition area 2. At the same time, since there are duplicated marked sedans of brand b in these two groups of exhibits, the sedans of brand b are removed from all relevant exhibit positions, and the sedans of brand b are placed in the common exhibit positions of one of the exhibition areas. Then, when the playback progress of the promotional materials of the sedans of brand b is reached, Reaching the turnover threshold When the car of brand B is displayed, it will be transferred to the next exhibition area so that the virtual visitors in each exhibition area can see the car of brand B.

[0034] Furthermore, the method steps for the virtual exhibit guide sequence decision module 400 to establish a route planning platform are as follows: S400A, obtaining the interest preference of the current virtual tourist, which can be obtained through interaction, such as asking the virtual tourist through virtual diversion, so as to obtain the interest preference of the current virtual tourist; S400B, matching a corresponding exhibition area for the virtual tourist based on interest preference, and marking the exhibition area as a destination exhibition area; S400C, obtaining the location of the shared exhibition booths in the target exhibition area; S400D, calculate the time required for the virtual visitor to move from the current position to the shared exhibit position ; S400E, obtain the time when the shared exhibits are transferred to the destination exhibition area ; S400F, Setting route change threshold , when the flow time - Time consumed ≤ Route Change Threshold When the flow time is - Time consumed >Route change threshold When the display is displayed, a route leading to the relevant exhibits is generated, and the shared exhibits are set as waypoints; S400G, guide the virtual tourists according to the generated route.

[0035] For example, virtual visitor C’s interest preference is cars, and the corresponding destination exhibition area is exhibition area 1; the time required for virtual visitor C to move to the shared exhibition position is The total time for the exhibits to be transferred to exhibition area 1 is 2 minutes. The route change threshold is 3 minutes At this time, the flow time - Time consumed =Route Change Threshold , indicating that when virtual visitor c arrives at the shared exhibition position, he only needs to wait for 1 minute. At this time, the virtual visitor is first guided to the shared exhibition position, and waits until the shared exhibition position has finished viewing the cars, and then views the cars at the related exhibition positions. Otherwise, the virtual visitor is first guided to the related exhibition position, so that virtual visitor c first views some cars at the related exhibition position, and gradually moves to the shared exhibition position during the viewing process, so that when the car flows to the shared exhibition position, the virtual visitor c is just at the shared exhibition position, and completes viewing the cars at the shared exhibition position.

[0036] It should be noted that the time when the virtual tourist arrives at the waypoint is the time when the shared exhibits are transferred to the destination exhibition area. That is to say, when the shared exhibits are transferred to the destination exhibition area, the virtual tourist c cannot reach the destination exhibition area. At this time, the route is first planned to the relevant exhibits in the destination exhibition area, so that the virtual tourist c can view the relevant exhibits first. When the shared exhibits are transferred to the destination exhibition area again, the virtual tour guide guides the virtual tourist c to move to the shared exhibits (i.e., the waypoints) to complete the timely viewing of the shared exhibits.

[0037] For example, the time when the shared exhibits are transferred to the destination exhibition area again is 12 o'clock, and the position of the waypoint in the route is also set to 12 o'clock. In this way, the virtual visitor c can reach the shared exhibit position at 12 o'clock, and before and after 12 o'clock, the virtual visitor c is at the relevant exhibit position.

[0038] In addition, the virtual exhibit status integrated management module 300 also includes the following method steps: S301, creating circulation notice information of shared exhibits, for informing virtual visitors of the location where the shared exhibits will be circulated; S302, randomly selecting one from a plurality of promotional materials of the shared exhibits and playing it during the circulation process; S303, monitoring the location information of the virtual tourist, and when the virtual tourist moves to the next circulation location of the shared exhibit, marking the promotional materials played during the circulation of the shared exhibit as materials of interest; S304: Acquire the promotional materials in the exhibition area where the virtual tourist is located before moving, match the promotional materials corresponding to the materials of interest from the promotional materials, and play the promotional materials first.

[0039] Virtual tourists can learn the next circulation location of shared exhibits through circulation notice information. Taking cars as an example, assuming that the virtual tourists are in exhibition area 1, there are three exhibit promotional materials, namely configuration promotion video, driving promotion video, and in-car promotion video. By controlling one of the promotional materials (such as configuration promotion video) to play when it is about to be circulated, when the configuration promotion video is transferred to exhibition area 2 during the playback process, if the virtual tourists are interested in the configuration promotion video, some virtual tourists will also move to exhibition area 2. At this time, it shows that the virtual tourists in exhibition area 1 are interested in the configuration promotion video. Therefore, when the virtual tourists watch the relevant exhibits in exhibition area 1, they will also give priority to watching the configuration promotion video of the relevant exhibits. At this time, the configuration promotion video of the exhibits in exhibition area 1 will be played first.

[0040] For example, there are three virtual visitors a, b, and c in exhibition area 1, and the three are in the same exhibition area, which means that the three people have the same interest preferences. When virtual visitors a and b are watching related exhibits, and virtual visitor c is watching shared exhibits, if the driving promotion video and the in-car promotion video are transferred to exhibition area 2 during playback, and virtual visitor c does not move to exhibition area 2, it means that virtual visitor c is not interested in the driving promotion video and the in-car promotion video; if the configuration promotion video is transferred to exhibition area 2 during playback, and virtual visitor c also moves to exhibition area 2, it means that virtual visitor c is interested in the configuration promotion video. Since virtual visitors a, b, and c have the same interest preferences, it means that virtual visitors a and b are also interested in the configuration promotion video. At this time, exhibition area 1 is marked as an exhibition area of ​​interest for configuration promotion videos, and then the configuration promotion video of this exhibition area is played first, so that virtual visitors a and b can quickly watch the promotional materials they are interested in.

[0041] In summary, the circulation of shared exhibits can not only satisfy the viewing needs of virtual tourists in multiple exhibition areas, but also use the characteristics of circulation to identify the interest preferences of virtual tourists in each exhibition area, so as to obtain promotional materials that the virtual tourists in that exhibition area are interested in. By giving priority to playing promotional materials that virtual tourists are interested in, virtual tourists can quickly complete the viewing, thereby improving the efficiency of viewing exhibits.

[0042] The above shows and describes the basic principles, main features and advantages of the present invention. Those skilled in the art should understand that the present invention is not limited by the above embodiments. The above embodiments and descriptions are only preferred examples of the present invention and are not intended to limit the present invention. Without departing from the spirit and scope of the present invention, the present invention may have various changes and improvements, which fall within the scope of the present invention. The scope of protection of the present invention is defined by the attached claims and their equivalents.

Claims

1. A digital exhibition display integrated system based on Metaverse technology, characterized by: It includes a metaverse exhibition hall construction module (100), a virtual visitor behavior data collection module (200), a virtual exhibit status comprehensive management module (300), and a virtual exhibit guide sequence decision module (400), wherein: The metaverse exhibition hall construction module (100) uses 3D modeling tools to create 3D models of a virtual exhibition hall, virtual exhibits, virtual tourists, and virtual tour guides, and sets relevant exhibit positions and shared exhibit positions in each exhibition area of ​​the exhibition hall; The virtual tourist behavior data collection module (200) establishes an interest preference collection platform, collects the interest preference of each virtual tourist, and obtains relevant exhibits and shared exhibits in multiple groups of related exhibits based on the interest preference; The virtual exhibit status integrated management module (300) collects viewing information of shared exhibits, and exchanges the positions of exhibits so that relevant exhibits are located at relevant exhibit positions in corresponding exhibition areas, so that shared exhibits can be transferred between multiple shared exhibit positions; The virtual exhibit guide sequence decision module (400) establishes a route planning platform, plans the virtual tour guide's guide route based on the viewed information, and enables the virtual tour guide to guide the virtual tourists' viewing sequence according to the circulation status of the shared exhibits.

2. The digital exhibition display integrated system based on Metaverse technology according to claim 1 is characterized by: The shared exhibit positions are provided with a data real-time updating module for updating the status information of the shared exhibits in real time, so that the shared exhibits can be transferred between the multiple shared exhibit positions in real time.

3. The digital exhibition display integrated system based on Metaverse technology according to claim 1 is characterized in that: The method steps for the virtual tourist behavior data collection module (200) to establish an interest preference collection platform are as follows: S200A, obtaining status information of multiple virtual visitors when visiting each exhibit; S200B, collecting the virtual tourist's stay time when visiting each exhibit from the status information ; S200C, Setting Interest Preference Threshold , when the stay time ≥Interest preference threshold When the stay time is ≥Interest preference threshold No operation is performed when 4. The digital exhibition display integrated system based on Metaverse technology according to claim 3 is characterized by: The method steps for the virtual tourist behavior data collection module (200) to obtain relevant exhibits and shared exhibits are as follows: S200D. Exhibits with the same mark shall be marked as related exhibits; S200E. Exhibits with duplicate marks are marked as shared exhibits.

5. The digital exhibition display integrated system based on Metaverse technology according to claim 4 is characterized in that: The viewed information is the playback progress of the promotional materials of the shared exhibits. .

6. The digital exhibition display integrated system based on Metaverse technology according to claim 5 is characterized in that: The method steps for the virtual exhibit status integrated management module (300) to change the position of the exhibit are as follows: S300A, marking the relevant exhibits corresponding to the virtual visitors as a group, and calculating the total number of groups; S300B, create the same number of exhibition areas as the number of groups; S300C, move the relevant exhibits in each group to the relevant exhibit positions in each exhibition area, and move the shared exhibits to the shared exhibit positions in one of the exhibition areas; S300D, set the circulation threshold of shared exhibits , when the flow threshold ≥Playback progress When the exhibition is completed, the shared exhibits will be transferred to the shared exhibit positions in the next exhibition area.

7. The digital exhibition display integrated system based on Metaverse technology according to claim 6 is characterized by: The method steps for the virtual exhibit guide sequence decision module (400) to establish a route planning platform are as follows: S400A, obtaining the interest preference of the current virtual tourist; S400B, matching a corresponding exhibition area for the virtual tourist based on interest preference, and marking the exhibition area as a destination exhibition area; S400C, obtaining the location of the shared exhibition booths in the target exhibition area; S400D, calculate the time required for the virtual visitor to move from the current position to the shared exhibit position ; S400E, obtain the time when the shared exhibits are transferred to the destination exhibition area ; S400F, Setting route change threshold , when the flow time - Time consumed ≤ Route Change Threshold When the flow time is - Time consumed >Route change threshold When the display is displayed, a route leading to the relevant exhibits is generated, and the shared exhibits are set as waypoints; S400G, guide the virtual tourists according to the generated route.

8. The digital exhibition display integrated system based on Metaverse technology according to claim 7 is characterized in that: The time when the virtual tourist arrives at the waypoint is the time when the shared exhibits are transferred to the destination exhibition area.

9. The digital exhibition display integrated system based on Metaverse technology according to claim 6 is characterized by: The virtual exhibit status comprehensive management module (300) further includes the following method steps: S301, creating circulation notice information of shared exhibits; S302, randomly selecting one from a plurality of promotional materials of the shared exhibits and playing it during the circulation process; S303, monitoring the location information of the virtual tourist, and when the virtual tourist moves to the next circulation location of the shared exhibit, marking the promotional materials played during the circulation of the shared exhibit as materials of interest; S304: Acquire the promotional materials in the exhibition area where the virtual tourist is located before moving, match the promotional materials corresponding to the materials of interest from the promotional materials, and play the promotional materials first.

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