Virtual digital human role precise modeling system and method based on tujia brocade culture gene map

Abstract

The application discloses a virtual digital human role precise modeling system and method based on Tujia brocade culture gene map, relates to the technical field of virtual digital human roles, and comprises a data acquisition module, a virtual digital human role creation module, a virtual digital human role analysis module and a feedback judgment module.According to a virtual digital human role creation target uploaded by a user, the scene adaptation index of a virtual digital human role model required by the user is evaluated, the cultural influence is expanded, the virtual digital human role model required by the user is run, and it is judged whether the virtual digital human role model required by the user is adapted.If not, the virtual digital human role model is regenerated, the requirement matching degree of the model and the actual use scene is improved, the problems of function abnormity or poor experience caused by the mismatch between the model and the scene are avoided, the work efficiency is improved, and the inheritance and spread of the Tujia brocade culture are promoted.

Description

TECHNICAL FIELD

[0001] The present application relates to the technical field of virtual digital human role, specifically relates to a virtual digital human role precise modeling system and method based on Tujia brocade cultural gene map. BACKGROUND

[0002] With the growing demand for cultural digital dissemination, higher requirements are put forward for the efficiency, accuracy and adaptability of virtual digital human role modeling. The traditional modeling process is cumbersome and requires a lot of manual intervention, which makes it difficult to quickly respond to the needs of diversified cultural application scenarios, limiting the pace of digital innovation and development of Tujia brocade culture. Therefore, it is necessary to analyze a virtual digital human role precise modeling system and method based on Tujia brocade cultural gene map.

[0003] The prior art such as the invention patent application with the announcement number CN11549685 discloses a Unity3d pattern digital somatosensory interaction system construction method. The Unity3d pattern digital somatosensory interaction system construction method provided by the invention can effectively analyze the internal regularity of the pattern from the aesthetic point of view, and accurately convert the characteristic structure of various national patterns by combining the cultural characteristics, using digital multimedia technology to make and save the existing Zhuang brocade patterns, and achieving effective collection of pattern culture.

[0004] The virtual digital human role precise modeling system and method based on Tujia brocade cultural gene map in the prior art can meet the basic requirements, but there are also some potential defects and challenges, which are embodied in the following aspects: the prior art does not pay enough attention to the evaluation of the scene adaptation index of the virtual digital human role model according to the user's needs, which affects the creation of virtual digital human role according to different use scenarios and user needs, affects the dissemination of Tujia brocade culture, reduces the cultural influence, and reduces the user's sense of participation and identity for Tujia brocade culture.

[0005] The analysis of whether the virtual digital human role model created according to the user's needs is suitable is not accurate enough in the prior art, which reduces the requirement fit degree of the model and the actual use scene, affects the repeated modification and adjustment caused by the unsuitability of the model, increases unnecessary resource waste, reduces work efficiency, indirectly reduces operating costs, and affects the inheritance and dissemination of Tujia brocade culture. SUMMARY

[0006] The present application aims to provide a virtual digital human role precise modeling system and method based on Tujia brocade cultural gene map, which solves the problems in the background art.

[0007] To solve the above technical problems, the present application adopts the following technical solutions: The present application provides a virtual digital human role precise modeling system and method based on Tujia brocade cultural gene map, including a data acquisition module, a virtual digital human role creation module, a virtual digital human role analysis module, and a feedback judgment module.

[0008] The data acquisition module: based on the Tujia brocade cultural gene map, extracts the pattern set, color set, and action sequence set of Tujia brocade in each use scenario.

[0009] The virtual digital human role creation module: according to the virtual digital human role creation target uploaded by the use user, adaptively generates a virtual digital human role model meeting the needs of the use user.

[0010] The virtual digital human role analysis module: based on the generated virtual digital human role model meeting the needs of the use user, evaluates the scene adaptation index of the virtual digital human role model meeting the needs of the use user.

[0011] The feedback judgment module: based on the obtained scene adaptation index of the virtual digital human role model meeting the needs of the use user, runs the created virtual digital human role model meeting the needs of the use user, judges whether the virtual digital human role model meeting the needs of the use user is adapted, and if not, regenerates.

[0012] Further, it further includes a database, wherein the database is used to store the weaving filament root number compliance interval, the control tension compliance interval, the length compliance interval, the position movement distance compliance interval of each joint of each action of the virtual digital human role model meeting the needs of the use user, the movement speed compliance interval of each footstep, and the scene adaptation index safety interval of the virtual digital human role model meeting the needs of the use user.

[0013] Further, the pattern set, color set, and action sequence set of Tujia brocade in each use scenario, wherein the pattern set includes the use proportion of each pattern, the color set includes the use proportion of each color, and the action sequence set includes the use proportion of each action, the pattern set specifically includes outlines and lines, the color set specifically includes color saturation and darkness, and the action sequence set specifically includes dialogue actions and communication actions.

[0014] Furthermore, the specific analysis method for generating the virtual digital human role model based on the needs of the user is as follows: creating goals based on the virtual digital human role uploaded by the user, collecting information related to brocade weaving skills and culture, positioning the virtual digital human role as a brocade weaving skills instructor, cultural storyteller, cultural and creative product recommender, and brocade cultural attraction guide, and obtaining model data. According to different communication goals, the appearance of the virtual digital human role is fine-tuned, and combined with voice synthesis technology and action interaction functions, it is possible to interact with the elements in the scene, thereby generating a virtual digital human role model based on the needs of the user.

[0015] Furthermore, the scenario adaptation index of the virtual digital human role model based on the user's needs is evaluated by a specific analysis method: based on the obtained model data, wherein the model data includes: brocade craft visual data, cultural and creative product visual data and action data, the visual compliance index of the virtual digital human role model based on the user's needs is analyzed. and action compliance index , and then evaluate the scenario adaptation index of the virtual digital human role model using the user's needs. The specific calculation formula is: .

[0016] Furthermore, the visual conformity index of the virtual digital human role model according to the user's needs is specifically analyzed by: based on the obtained visual data of brocade craftsmanship, wherein the brocade craftsmanship visual data includes the number of weaving radial yarns, control tension, and length in each scene, the number of weaving radial yarns conforming interval, control tension conforming interval, and length conforming interval of the virtual digital human role model according to the user's needs are extracted from the database, and the role positioning value of the virtual digital human role model according to the user's needs is analyzed. The specific calculation formula is: , The first step of the virtual digital human role model is to use the user's needs In this scenario Visual data of brocade craftsmanship, The first step of the virtual digital human role model is to use the user's needs The matching range of the visual data of brocade craftsmanship, , Indicates the number of each scene, , Expressed as the number of scenes.

[0017] Evaluate the visual compliance index of the virtual digital human role model using user needs. The specific calculation formula is: , The cultural visual conformity value of the virtual digital human role model expressed as the needs of the user.

[0018] Further, the cultural visual compliance value of the virtual digital human role model of the use user's demand is analyzed as follows: based on the obtained visual data of the cultural and creative product, wherein the visual data of the cultural and creative product includes color saturation and texture quantity of each cultural and creative product in each scene, and the color saturation threshold and the texture quantity threshold of the cultural and creative product of the virtual digital human role model of the use user's demand are extracted from the database, the cultural visual compliance value of the virtual digital human role model of the use user's demand is analyzed, and the specific calculation formula is: , wherein, represents the color saturation threshold of the cultural and creative product of the virtual digital human role model of the use user's demand, represents the color saturation of the i-th cultural and creative product in the j-th scene for the virtual digital human role model of the use user's demand, represents the color saturation of the i-th cultural and creative product in the j-th scene for the virtual digital human role model of the use user's demand, represents the color saturation of the i-th cultural and creative product in the j-th scene for the virtual digital human role model of the use user's demand, represents the texture quantity threshold of the cultural and creative product of the virtual digital human role model of the use user's demand, represents the texture quantity threshold of the i-th cultural and creative product in the j-th scene for the virtual digital human role model of the use user's demand, represents the texture quantity threshold of the i-th cultural and creative product in the j-th scene for the virtual digital human role model of the use user's demand, represents the texture quantity threshold of the i-th cultural and creative product in the j-th scene for the virtual digital human role model of the use user's demand, represents the number of the cultural and creative product, , represents the number of the cultural and creative product.

[0019] Further, the action compliance index of the virtual digital human role model of the use user's demand is analyzed as follows: based on the obtained action data, wherein the action data includes: moving speed of each step of each action, starting position point and ending position point of each joint, the starting position point and the ending position point of each joint of each action are processed by difference, and the position moving distance of each joint of each action is obtained, the position moving distance of each joint and the moving speed of each step of each action of the virtual digital human role model of the use user's demand are compared with the position moving distance compliance interval and the moving speed compliance interval of each action of the virtual digital human role model of the use user's demand stored in the database respectively, if the position moving distance or the moving speed of a certain action of a certain joint of the virtual digital human role model of the use user's demand is not in the position moving distance compliance interval or the moving speed compliance interval of a certain action of a certain joint, the action compliance index of the virtual digital human role model of the use user's demand is recorded as , otherwise as , and the action compliance index of the virtual digital human of the Tujia weaving cotton characteristic in the sacrifice link is obtained as , , wherein the value of or ,

[0020] Further, the judgment uses whether the virtual digital human role model of the user's demand is adapted, and the specific analysis method is as follows: based on the obtained scene adaptation index of the virtual digital human role model of the user's demand, the scene adaptation index of the virtual digital human role model of the user's demand is compared with the scene adaptation index safety interval of the virtual digital human role model of the user's demand stored in the database, if the scene adaptation index of the virtual digital human role model of the user's demand is not in the scene adaptation index safety interval of the virtual digital human role model of the user's demand, it is indicated that the virtual digital human role model of the user's demand is not adapted, and according to the pattern set, color set and action sequence set of Tujia brocade in each use scene, the visual distortion and action jamming problems in the running process are recorded, and the virtual digital human role model is regenerated.

[0021] The second aspect of the application provides a method for executing the virtual digital human role precise modeling system based on the Tujia brocade culture gene map, and the method comprises the following steps: step one, data acquisition: based on the Tujia brocade culture gene map, the pattern set, color set and action sequence set of Tujia brocade in each use scene are extracted.

[0022] Step two, virtual digital human role creation: according to the virtual digital human role creation target uploaded by the user, the virtual digital human role model of the user's demand is adaptively generated.

[0023] Step three, virtual digital human role analysis: based on the generated virtual digital human role model of the user's demand, the function compliance index of the virtual digital human role model of the user's demand is evaluated.

[0024] Step four, feedback judgment: based on the obtained function compliance index of the virtual digital human role model of the user's demand, the function test of the created virtual digital human role model of the user's demand is carried out, whether the virtual digital human role model of the user's demand is abnormal is judged, if abnormal, an abnormal report is generated, and re-creation is carried out.

[0025] ​​The beneficial effects of the present application are that in the data acquisition module, the virtual digital human role creation module and the virtual digital human role analysis module: based on the Tujia brocade cultural gene map, the pattern set, the color set and the action sequence set of Tujia brocade in each use scenario are extracted, the virtual digital human role model of the user's demand is adaptively generated according to the virtual digital human role creation target uploaded by the user, the scene adaptation index of the virtual digital human role model of the user's demand is evaluated, and the virtual digital human role created according to different use scenarios and user demands can spread Tujia brocade culture in various scenarios, expand cultural influence, make Tujia brocade culture more widely inherit and spread, and enhance the participation and identification of users to Tujia brocade culture.

[0026] In the feedback judgment module: based on the obtained scene adaptation index of the virtual digital human role model of the user's demand, the virtual digital human role model of the user's demand is run, whether the virtual digital human role model of the user's demand is adapted is judged, if not adapted, the virtual digital human role model of the user's demand is regenerated, the requirement matching degree of the model and the actual use scene is improved, the problems such as function abnormality or poor experience caused by the mismatch between the model and the scene are avoided, the virtual digital human role model is dynamically adjusted and optimized, repeated modification and adjustment caused by the mismatch between the model and the scene are avoided, unnecessary resource waste is reduced, at the same time, the adapted model can better complete the task, the work efficiency is improved, the operation cost is indirectly reduced, and the inheritance and spread of Tujia brocade culture are promoted. BRIEF DESCRIPTION OF DRAWINGS

[0027] In order to more clearly illustrate the technical solutions in the embodiments of the present application or the prior art, the following will briefly introduce the drawings needed to be used in the embodiments or prior art description. Obviously, the drawings in the following description only some embodiments of the present application, and for those skilled in the art, other drawings can be obtained without creative labor on the basis of these drawings.

[0028] Figure 1 The method embodiment of the present application is a flowchart of the embodiment steps.

[0029] Figure 2 The system structure connection diagram of the present application. DETAILED DESCRIPTION

[0030] The technical solutions in the embodiments of the present application will be described clearly and completely below with reference to the drawings in the embodiments of the present application. Obviously, the described embodiments are only some embodiments of the present application, not all embodiments. Based on the embodiments in the present application, all other embodiments obtained by those skilled in the art without creative labor are within the scope of protection of the present application.

[0031] ReferenceFigure 1 As shown, the present application provides a virtual digital human role precise modeling system and method based on Tujia brocade cultural gene map, which includes a data acquisition module, a virtual digital human role creation module, a virtual digital human role analysis module, and a feedback judgment module.

[0032] It should be noted that the data acquisition module and the virtual digital human role creation module are connected, the virtual digital human role creation module and the virtual digital human role analysis module are connected, and the virtual digital human role analysis module and the feedback judgment module are connected.

[0033] Data acquisition module: based on the Tujia brocade cultural gene map, extract the pattern set, color set and action sequence set of Tujia brocade in each use scenario.

[0034] It should be noted that the Tujia brocade cultural gene map uses modern information technology, such as drawing software and image processing software, to image the information in the cultural gene pedigree. On the basis of imaging, through lines, arrows, symbols and other ways, the logical relationship and interaction between cultural genes are displayed. Detailed textual explanations and annotations are added to the cultural gene map to explain the information contained in the image, the meaning of the cultural gene, the classification basis, the development history and related background knowledge, etc. The textual explanation is concise, accurate and easy to understand, so that readers can better understand and interpret the cultural gene map. The image-based gene map and the textual explanation are integrated to form a complete Tujia brocade cultural gene map. The layout, typesetting, color and other aspects of the map are optimized to have good visual effect and readability. At the same time, according to the actual situation and the depth of research, the map is constantly improved and updated to ensure its accuracy and integrity.

[0035] It should be noted that the brocade technique, cultural data such as the pattern, color, manufacturing process, cultural connotation and historical background of brocade, as well as the design elements and characteristics of the cultural and creative products, and the common actions and language styles of the virtual tour guide when introducing the brocade culture.

[0036] Virtual digital human role creation module: according to the virtual digital human role creation target uploaded by the user, adaptively generate a virtual digital human role model meeting the user's needs.

[0037] In the above embodiment, a database is further included, wherein the database is used to store the weaving filament count compliance interval, the control tension compliance interval, the length compliance interval, the position movement distance compliance interval of each joint of each action of the virtual digital human role model meeting the user's needs, and the movement speed compliance interval of each step, and the scene adaptation index safety interval of the virtual digital human role model meeting the user's needs.

[0038] In the above embodiment, the Tujia brocade has a pattern set, a color set and an action sequence set in each usage scenario, wherein the pattern set includes the usage ratio of each pattern, the color set includes the usage ratio of each color, the action sequence set includes the usage ratio of each action, the pattern set specifically includes outlines and lines, the color set specifically includes: color saturation and dullness, and the action sequence set specifically includes: dialogue actions and communication actions.

[0039] In the above embodiment, the specific analysis method for generating the virtual digital human role model based on the needs of the user is as follows: according to the creation target of the virtual digital human role uploaded by the user, and collecting information related to brocade weaving skills and culture, the virtual digital human role target is positioned as a brocade weaving skills instructor, cultural storyteller, cultural and creative product recommender, and brocade cultural attraction guide, and the model data is obtained. According to different communication goals, the appearance of the virtual digital human role is fine-tuned, and combined with speech synthesis technology and action interaction functions, it is possible to interact with the elements in the scene, thereby generating the virtual digital human role model based on the needs of the user.

[0040] Virtual digital human role analysis module: Based on the generated virtual digital human role model based on the needs of the user, the scenario adaptation index of the virtual digital human role model based on the needs of the user is evaluated.

[0041] In the above embodiment, the scenario adaptation index of the virtual digital human role model of the user's needs is evaluated, and the specific analysis method is as follows: based on the obtained model data, wherein the model data includes: brocade craft visual data, cultural and creative product visual data and action data, the visual compliance index of the virtual digital human role model of the user's needs is analyzed. and action compliance index , and then evaluate the scenario adaptation index of the virtual digital human role model using the user's needs. The specific calculation formula is: .

[0042] In the above embodiment, the visual conformity index of the virtual digital human role model according to the user's needs is specifically analyzed by: based on the obtained brocade craft visual data, wherein the brocade craft visual data includes the number of weaving radial threads, control tension, and length in each scene, the weaving radial thread number conformity interval, control tension conformity interval, and length conformity interval of the virtual digital human role model according to the user's needs are extracted from the database, and the role positioning value of the virtual digital human role model according to the user's needs is analyzed. The specific calculation formula is: , The first step of the virtual digital human role model is to use the user's needs In this scenario Visual data of brocade craftsmanship, The first compliance interval of the brocade craftsmanship visual data using the virtual digital human role model of the user's demand, , is represented as the number of each scene, , is represented as the number of scenes.

[0043] The visual compliance index of the virtual digital human role model using the user's demand is evaluated, and the specific calculation formula is: , is represented as the cultural visual compliance value of the virtual digital human role model using the user's demand.

[0044] In the above embodiment, the cultural visual compliance value of the virtual digital human role model using the user's demand is analyzed as follows: based on the obtained visual data of the cultural and creative product, the color saturation and the texture number of each cultural and creative product in each scene are obtained, and the color saturation threshold and the texture number threshold of the cultural and creative product of the virtual digital human role model using the user's demand are extracted from the database. The cultural visual compliance value of the virtual digital human role model using the user's demand is analyzed, and the specific calculation formula is: , wherein is represented as the color saturation threshold of the cultural and creative product of the virtual digital human role model using the user's demand, is represented as the color saturation of the th cultural and creative product in the th scene of the virtual digital human role model using the user's demand, is represented as the texture number threshold of the cultural and creative product of the virtual digital human role model using the user's demand, is represented as the texture number threshold of the th cultural and creative product in the th scene of the virtual digital human role model using the user's demand, is represented as the number of the cultural and creative product, , is represented as the number of the cultural and creative product.

[0045] The feedback judgment module: based on the obtained scene adaptation index of the virtual digital human role model using the user's demand, the created virtual digital human role model using the user's demand is run, and it is judged whether the virtual digital human role model using the user's demand is adapted. If not, it is regenerated.

[0046] In the above embodiment, the action of the virtual digital human role model meeting the user's demand conforms to an index, and the specific analysis method is: based on the obtained action data, wherein the action data includes: the moving speed of each step of each action, the starting position point and the ending position point of each joint, the starting position point and the ending position point of each joint of each action are processed by difference, and the position moving distance of each joint of each action is obtained; the position moving distance of each joint of each action and the moving speed of each step of the virtual digital human role model meeting the user's demand are compared with the position moving distance of each joint of each action and the moving speed of each step of the virtual digital human role model meeting the user's demand stored in the database, respectively; if the position moving distance of a certain joint of a certain action or the moving speed of a certain step of the virtual digital human role model meeting the user's demand is not in the position moving distance interval of a certain joint of a certain action or the moving speed interval of a certain step, the action of the virtual digital human role model meeting the user's demand is recorded as , otherwise as , and the action conformity index of the virtual digital human of the sacrifice link of the Tujia weaving cotton characteristics is obtained , The value of or , > .

[0047] In the data acquisition module, the virtual digital human role creation module and the virtual digital human role analysis module: based on the Tujia brocade culture gene map, the pattern set, the color set and the action sequence set of Tujia brocade in each use scene are extracted, the virtual digital human role model meeting the user's demand is adaptively generated according to the virtual digital human role creation target uploaded by the user, the scene adaptation index of the virtual digital human role model meeting the user's demand is evaluated, and the virtual digital human role created according to different use scenes and user demands can spread Tujia brocade culture in multiple scenes, expand cultural influence, make Tujia brocade culture more widely inherit and spread, and enhance the participation and identification of users to Tujia brocade culture.

[0048] In the above embodiment, the judgment uses whether the virtual digital human role model of the user's demand is adapted, and the specific analysis method is: based on the obtained scene adaptation index of the virtual digital human role model of the user's demand, the scene adaptation index of the virtual digital human role model of the user's demand is compared with the scene adaptation index safety interval of the virtual digital human role model of the user's demand stored in the database, if the scene adaptation index of the virtual digital human role model of the user's demand is not in the scene adaptation index safety interval of the virtual digital human role model of the user's demand, it is indicated that the virtual digital human role model of the user's demand is not adapted, and the visual distortion and action stall problems in the running process are recorded according to the pattern set, color set and action sequence set of Tujia brocade in each use scene, and the virtual digital human role model is regenerated.

[0049] In the feedback judgment module: based on the obtained scene adaptation index of the virtual digital human role model of the user's demand, the virtual digital human role model of the user's demand is run, whether the virtual digital human role model of the user's demand is adapted is judged, if not adapted, it is regenerated, the requirement matching degree of the model and the actual use scene is improved, the problems such as function abnormality or poor experience caused by model and scene mismatch are avoided, and the virtual digital human role model is dynamically adjusted and optimized, repeated modification and adjustment caused by model mismatch are avoided, unnecessary resource waste is reduced, at the same time, the adapted model can better complete the task, the work efficiency is improved, the operation cost is indirectly reduced, and the inheritance and dissemination of Tujia brocade culture are promoted.

[0050] Referring to Figure 2 The application provides a virtual digital human role precise modeling system based on Tujia brocade culture gene map, and the system comprises the following steps.

[0051] Step two, virtual digital human role creation: according to the virtual digital human role creation target uploaded by the user, the virtual digital human role model of the user's demand is adaptively generated.

[0052] Step three, virtual digital human role analysis: based on the generated virtual digital human role model of the user's demand, the function compliance index of the virtual digital human role model of the user's demand is evaluated.

[0053] Step four, feedback judgment: based on the obtained function compliance index of the virtual digital human role model of the user's demand, the function test of the created virtual digital human role model of the user's demand is carried out, whether the virtual digital human role model of the user's demand is abnormal is judged, if abnormal, an abnormal report is generated, and the virtual digital human role model is recreated.

[0054] The above merely illustrates and explains the concept of the present application. Those skilled in the art can make various modifications or supplements to the specific embodiments described or replace them with similar ways without departing from the concept of the present application or beyond the scope defined by the present application, which shall fall within the protection scope of the present application.

Claims

1. A virtual digital human role precise modeling system based on Tujia brocade culture gene map, characterized in that, The application relates to a virtual digital human role model generation method and device. The data acquisition module extracts a pattern set, a color set and a motion sequence set of Tujia brocade in each use scenario based on a Tujia brocade culture gene map; The virtual digital human role creation module adaptively generates a virtual digital human role model of a use user according to a virtual digital human role creation target uploaded by the use user; The virtual digital human role analysis module evaluates a scene adaptation index of the virtual digital human role model of the use user based on the generated virtual digital human role model of the use user; The feedback judgment module runs the virtual digital human role model of the use user based on the obtained scene adaptation index of the virtual digital human role model of the use user, judges whether the virtual digital human role model of the use user is adaptive, and re-generates the virtual digital human role model of the use user if the virtual digital human role model of the use user is not adaptive; The virtual digital human role model of the use user is generated by the following specific analysis method: The virtual digital human role model of the use user is generated by the following specific analysis method: The virtual digital human role model of the use user is generated by the following specific analysis method: Based on the obtained model data, wherein the model data comprises: brocade craftsmanship visual data, cultural and creative product visual data and action data, analyze the visual conformity index of the virtual digital human role model according to the user's demand And the action conformity index , and further evaluate the scene adaptation index of the virtual digital human role model according to the user's demand, and the specific calculation formula is: ; The visual compliance index of the virtual digital human role model of the use user is analyzed by the following specific analysis method: Based on the obtained brocade visual data, wherein the brocade visual data includes the number of weaving filaments, the control tension, and the length in each scene, and the number of weaving filaments, the control tension, and the length of the virtual digital human role model in line with the user's demand are extracted from the database, and the role positioning value of the virtual digital human role model in line with the user's demand is analyzed, and the specific calculation formula is: , represents the first brocade visual data in the first scene of the virtual digital human role model in line with the user's demand, represents the first brocade visual data in line with the user's demand, , represents the number of each scene, , represents the number of scenes; A visual fit index of the virtual digital human character model using the user's needs is evaluated, and the specific calculation formula is: , is expressed as a cultural visual fit value of the virtual digital human character model using the user's needs.

2. The virtual digital human role precise modeling system based on the TuJia brocade culture gene map according to claim 1, further comprising a database, wherein, The database is used for storing a weaving wire root number compliance interval, a control tension compliance interval, a length compliance interval, a position movement distance compliance interval of each joint of each motion of the virtual digital human role model of the use user, a movement speed compliance interval of each footstep, and a scene adaptation index safety interval of the virtual digital human role model of the use user.

3. The virtual digital human role precise modeling system based on the Tu Jia brocade culture gene map according to claim 1, characterized in that, The pattern set includes a use proportion of each pattern, the color set includes a use proportion of each color, and the motion sequence set includes a use proportion of each motion.

4. The virtual digital human role precise modeling system based on the TuJia brocade culture gene map according to claim 1, characterized in that, The culture visual compliance value of the virtual digital human role model of the use user is analyzed by the following specific analysis method: Based on the obtained visual data of cultural and creative products, which includes the color saturation and texture quantity of each cultural and creative product in each scene, the color saturation threshold and texture quantity threshold of the cultural and creative product using the user's required virtual digital human role model are extracted from the database, and the cultural visual conformity value of the user's required virtual digital human role model is analyzed. The specific calculation formula is: ,in, The color saturation threshold of the cultural and creative product represented by the virtual digital human role model of the user's needs is The first step of the virtual digital human role model is to use the user's needs In this scenario The color saturation of each cultural and creative product, The threshold value of the texture quantity of the cultural and creative product represented by the virtual digital human role model based on the user's needs is The first step of the virtual digital human role model is to use the user's needs In this scenario The texture quantity threshold of a cultural and creative product, Indicates the number of cultural and creative products. , Expressed as the number of cultural and creative products.

5. The virtual digital human role precise modeling system based on the TuJia brocade culture gene map according to claim 4, characterized in that, The motion compliance index of the virtual digital human role model of the use user is analyzed by the following specific analysis method: Based on the obtained action data, wherein the action data comprises: the moving speed of each footstep of each action, the starting position point and the ending position point of each joint, the starting position point and the ending position point of each joint of each action are processed by difference, and the position moving distance of each joint of each action is obtained, the position moving distance of each joint of each action and the moving speed of each footstep of the virtual digital human role model using the user's demand are compared with the position moving distance of each joint of each action and the moving speed of each footstep stored in the database which conform to the interval, respectively, if the position moving distance of a certain joint of a certain action or the moving speed of a certain footstep of the virtual digital human role model using the user's demand is not in the position moving distance interval of a certain joint of a certain action or the moving speed interval of a certain footstep, the action conformity index of the virtual digital human role model using the user's demand is recorded as , otherwise, it is recorded as , and the action conformity index of the virtual digital human of the sacrifice link with Tujia weaving cotton characteristics is obtained , The value of the action conformity index of the virtual digital human of the sacrifice link with Tujia weaving cotton characteristics includes or , > .

6. The virtual digital human role precise modeling system based on the TuJia brocade culture gene map according to claim 1, characterized in that, The virtual digital human role model of the use user is analyzed by the following specific analysis method: Based on the obtained scene adaptation index of the virtual digital human role model meeting the user's demand, the scene adaptation index of the virtual digital human role model meeting the user's demand is compared with the scene adaptation index safety interval of the virtual digital human role model meeting the user's demand stored in the database. If the scene adaptation index of the virtual digital human role model meeting the user's demand is not within the scene adaptation index safety interval of the virtual digital human role model meeting the user's demand, it indicates that the virtual digital human role model meeting the user's demand is not adapted, and the visual distortion and action lag problems in the running process are recorded according to the pattern set, color set and action sequence set of Tujia brocade in each use scene, and the virtual digital human role model is regenerated.

7. A method for executing the virtual digital human role precise modeling system based on the TuJia brocade culture gene map according to any one of claims 1-6, characterized in that, Comprise: Step one, data acquisition: based on the Tujia brocade culture gene map, extract the pattern set, color set and action sequence set of Tujia brocade in each use scene; Step two, virtual digital human role creation: according to the virtual digital human role creation target uploaded by the user, the virtual digital human role model meeting the user's demand is adaptively generated; Step three, virtual digital human role analysis: based on the generated virtual digital human role model meeting the user's demand, the function compliance index of the virtual digital human role model meeting the user's demand is evaluated; Step four, feedback judgment: based on the obtained function compliance index of the virtual digital human role model meeting the user's demand, the function of the created virtual digital human role model meeting the user's demand is tested, and it is judged whether the virtual digital human role model meeting the user's demand is abnormal. If it is abnormal, an abnormal report is generated and re-created.

Images