Silver ornament virtual design and display integrated system based on 3D modeling technology

Abstract

The invention relates to the field of virtual silver ornament design, and discloses a silver ornament virtual design and display integrated system based on a 3D modeling technology, which comprises a silver ornament design concept module, the silver ornament design concept module firstly constructs a frame of a silver ornament, the silver ornament design concept module is connected with a 3D model creation module, and the 3D model creation module is connected with a 3D model display module. The 3D model creating module is used for creating the basic shape of the ornament by using a sheet tool for 3D modeling, meanwhile, the design is refined by using bending, twisting and deformation tools of software, and the 3D model creating module is connected with a material and texture module. In the aspect of virtual design of the silver ornament, a designer can complete the whole design process from concept to production preparation in an integrated environment through 3D modeling software, so that the working efficiency is improved, and more innovations and experiments are allowed. In addition, the virtual design and simulation reduce the need for entity prototypes, and the production process which is more environmentally friendly and high in cost effectiveness can be achieved.

Description

Technical Field

[0001] The present invention relates to the technical field of virtual silver jewelry design, in particular to a silver jewelry virtual design and display integrated system based on 3D modeling technology. Background Art

[0002] With the rapid development of digital technology, virtual design has become an important development trend in the silver jewelry industry, bringing unprecedented convenience and efficiency to the silver jewelry design process.

[0003] In the traditional silver jewelry design process, designers often need to spend a lot of time and energy on physical production and repeated adjustments. The process is not only cumbersome and complicated, but also quite costly. For example, each design modification may require the re-creation of samples, which involves the consumption of raw materials, the investment in production processes, etc. However, the emergence of virtual design methods has changed this situation. Through virtual design, designers can quickly select a suitable human body model from the model library (used to show the wearing effect of jewelry), and quickly build a virtual model of silver jewelry, match it with the human body model, and intuitively present the wearing effect. Compared with traditional design, this method greatly improves design efficiency and reduces unnecessary cost expenditures.

[0004] However, although some virtual design software has appeared on the market in recent years, these softwares are insufficient in simulating the texture of silver jewelry, and cannot accurately present the unique gloss, texture and other texture details of silver jewelry; they are also lacking in dynamic effect display, and cannot well simulate the dynamic effect of silver jewelry when the wearer is walking and moving; and they are restricted in user-defined creation, making it difficult for users to freely give full play to their creativity and design unique silver jewelry according to their own ideas. Therefore, it is urgent to develop a comprehensive solution for virtual design of silver jewelry that integrates accurate texture simulation, dynamic effect display and rich user-defined creation functions. Summary of the invention

[0005] In view of the deficiencies of the prior art, the present invention provides a silver jewelry virtual design and display integrated system based on 3D modeling technology, which solves the problem that the existing virtual design software has limitations in silver jewelry texture simulation, dynamic effect display and user-defined creation.

[0006] To achieve the above objectives, the present invention is implemented through the following technical solutions: a silver jewelry virtual design and display integrated system based on 3D modeling technology, characterized in that it includes a silver jewelry design concept module, the silver jewelry design concept module first constructs the framework of the silver jewelry, the silver jewelry design concept module is connected to a 3D model creation module, the 3D model creation module uses a 3D modeling plate tool to construct the basic shape of the jewelry, and uses the software's bending, twisting and deformation tools to refine the design, the 3D model creation module is connected to a material and texture module, the material and texture module selects a suitable metal material and adjusts its gloss and reflection properties, and for the textured part, the texture mapping function of 3D modeling is used to achieve it, the material and texture module is connected to a detail adjustment module, the detail adjustment module finely adjusts the pattern and decoration on the jewelry to ensure their accurate proportion and position, the detail adjustment module A simulation module is connected to the device, which tests the jewelry in different virtual environments while considering the performance of the jewelry in dynamic situations. A rendering and display module is connected to the simulation module, which uses advanced rendering settings of 3D modeling to create realistic images and display the final effect of the jewelry. A feedback and iteration module is connected to the rendering and display module, which shares the rendered image or 3D model with customers or teams to collect their feedback. A production preparation module is connected to the feedback and iteration module, which exports necessary files after confirming the final design. A scenario interaction module is connected to the simulation module, which presents the modeled silver jewelry in a three-dimensional form. This display method can attract the audience's attention. The situational interactivity of this virtual reality allows the audience to personally participate in and immerse themselves in the virtual reality display.

[0007] Preferably, the scenario interaction module includes a 3D projection module, which includes 3D glasses and a 3D modeling image. When a user wears the 3D glasses, the 3D modeling image will display the completed 3D modeling graphics of the silver jewelry, thereby facilitating the user to watch; the 3D projection module is connected to a three-dimensional rotation module, which controls and rotates the direction of the 3D modeling image, thereby adjusting different angles.

[0008] Preferably, it includes a modeling and design module, which designs a model model and a clothing model respectively, a rendering module is connected to the modeling and design module, and the rendering module beautifies the model designed by the modeling and design module, a virtual display module is connected to the modeling and design module, and the virtual display module displays the finished product after modeling and design, a data management module is connected to the virtual display module, and the data management module saves the user's creative content, a tutorial demonstration module is connected to the modeling and design module, and the tutorial demonstration module includes a teaching video or graphics, and the modeling and design module includes a model motion capture and simulation module, and the model motion capture module and the simulation module are connected to a model modeling module; the model motion capture and simulation module include a motion sensor, by installing the motion sensor on the body trunk of a real model, and letting the model move and make corresponding movements, the motion data is recorded by the motion sensor, and the motion data is transmitted to the model modeling module, so that the model modeling module applies the data to the virtual model.

[0009] Preferably, the modeling and design module also includes a fabric material editing module, to which a fabric physical behavior simulation module is connected; the fabric material editing module allows designers to edit the materials of various fabrics, including color, texture, glossiness, and transparency, and simulates the fabric effects of silk, cotton, linen, and leather by adjusting these parameters; the fabric physical behavior simulation module simulates the physical behavior of fabrics under different conditions, including gravity, wind force, friction, and the dynamic effect display of clothing under different actions, including wrinkles and swings.

[0010] Preferably, the modeling and design module also includes a style design module, to which a pattern design module is connected; the style design module provides a wealth of style design tools, allowing designers to freely design the shape, outline and details of clothing, and to cut, splice and decorate them; the pattern design module allows designers to create a variety of unique patterns, including hand-painted patterns, geometric figures and floral patterns.

[0011] Preferably, the virtual display module includes a static display module, which provides a static clothing display effect; the static display module is connected to a virtual catwalk module, which simulates a catwalk environment to dynamically display clothing and models.

[0012] Preferably, the virtual catwalk module is connected to a T-stage construction module, and the T-stage construction module constructs the T-stage in the catwalk environment, including the length and width of the T-stage. The T-stage construction module is connected to a lighting design module, and the lighting design module constructs the lighting in the catwalk environment, including the number and color of lamps. The lighting design module is connected to a music adding module, and the music adding module selects and adds music in the catwalk environment, including the type of music and the playing time of the music. The music adding module is connected to a perspective conversion module, and the perspective conversion module provides a variety of different viewing perspectives during the display of the virtual catwalk module.

[0013] Preferably, the different viewing perspectives in the perspective conversion module include: audience perspective, photographer perspective, aerial bird's-eye view perspective, and backstage perspective.

[0014] Preferably, the lighting design module and the music adding module are both connected to a control module, and the control module controls the light intensity of the lamps in the lighting design module and the volume of the music in the music adding module. The control module is connected to an optimization effect calculation module, and the optimization effect calculation module receives various parameters collected by the data acquisition module, and uses calculation formulas to substitute multiple groups of parameters for calculation, thereby obtaining the adjusted data size. The optimization effect calculation module is connected to a data acquisition module, and the data acquisition module collects various parameters in the virtual catwalk module, including pre-set model positions, speeds, and distances between the T-stage and the audience.

[0015] Preferably, a calculation formula is provided in the optimization effect calculation module, wherein the specific calculation formula is: 1. Light intensity calculation formula: Where: I represents the light intensity, k1 and k2 represent the adjustment coefficients, d represents the distance from the light source to the model, and v represents the speed of the model's movement; 2. Music volume calculation formula: Where: V represents the volume of music, r represents the speed of perspective conversion, s is the distance between the model and the audience at the current perspective, and k3 and k4 are adjustment coefficients.

[0016] The present invention provides a silver jewelry virtual design and display integrated system based on 3D modeling technology. It has the following beneficial effects:

[0017] 1. In the aspect of virtual design of silver jewelry, the present invention uses 3D modeling software to enable designers to complete the entire design process from concept to production preparation in an integrated environment, which not only improves work efficiency but also allows for more innovation and experimentation. In addition, virtual design and simulation reduce the need for physical prototypes, contributing to a more environmentally friendly and cost-effective production process.

[0018] 2. In terms of modeling design, the model motion capture and simulation module of the present invention can accurately apply the movements of the real model to the virtual model, making the clothing display more natural and realistic. At the same time, the combination of the fabric material editing module and the fabric physical behavior simulation module allows users to simulate various fabric effects and clothing dynamic performances with high fidelity, making the virtually designed clothing more realistic. The style design module and the pattern design module provide users with rich creative tools to meet personalized design needs and fully meet various needs in the clothing design process.

[0019] 3. In the virtual display module of the present invention, static display and virtual catwalk are combined to provide a variety of viewing angles and rich catwalk environment construction options, so that users can appreciate the design details of clothing from different angles in an all-round way, and at the same time build a unique catwalk environment according to their own preferences, which enhances the fun and attractiveness of the virtual display.

[0020] 4. The present invention uses a specific formula to calculate and control the lighting and music effects during the fashion show. The data acquisition module collects various parameters, and the optimization effect calculation module uses the formula to substitute multiple groups of parameters for calculation to obtain the best adjustment data size. The control module then accurately controls the lighting intensity and music volume. This design enables the lighting and music during the fashion show to be automatically adjusted according to different scenes and needs, creating a more professional and immersive virtual fashion show experience, adding a strong charm and appeal to the display of clothing design. BRIEF DESCRIPTION OF THE DRAWINGS

[0021] Figure 1 A flow chart for the system silver jewelry design of the present invention;

[0022] Figure 2 A flowchart of the system clothing design of the present invention;

[0023] Figure 3 It is a flow chart of the virtual display module of the present invention. DETAILED DESCRIPTION

[0024] The following will be combined with the drawings in the specification 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.

[0025] Embodiment 1:

[0026] Please see attached Figure 1, a silver jewelry virtual design and display integrated system based on 3D modeling technology, including a silver jewelry design concept module, the silver jewelry design concept module first constructs the framework of the silver jewelry, wherein the framework specifically includes: 1. the cultural and national characteristics of the jewelry, pattern symbols or specific craftsmanship; 2. the purpose of the jewelry, whether it is worn daily or used on special occasions; 3. the functionality of the jewelry, considering the comfort of the wearer and the durability of the jewelry; the silver jewelry design concept module is connected to a 3D model creation module, the 3D model creation module uses a 3D modeling plate tool to construct the basic shape of the jewelry, including the ring structure of the ring or the chain of the necklace, and uses the bending, twisting and deformation tools of the software to refine the design to make it more in line with the design concept, the 3D model creation module is connected to a material and texture module, the material and texture module selects a suitable metal material and adjusts its gloss and reflection properties, the suitable metal material includes 925 silver, gold plating, stainless steel, and for the textured part, the texture mapping function of 3D modeling is used to achieve , wherein the texture includes frosting and polishing. The material and texture module is connected to a detail adjustment module, which makes fine adjustments to the patterns and decorations on the accessories to ensure their accurate proportions and positions. The specific adjustment scheme is: using the symmetry function of 3D modeling to ensure the symmetry of the accessories. The detail adjustment module is connected to a simulation module, which tests the accessories in different virtual environments. The different virtual environments include simulating natural light or indoor light, while considering the performance of the accessories in dynamic situations. Specific dynamic situations include the swinging effect of the jewelry when worn. The simulation module is connected to a rendering and display module, which uses the advanced rendering settings of 3D modeling to create realistic images, display the final effect of the accessories, and create a 360-degree rotating view to allow customers to view the accessories from all angles. The rendering and display module is connected to a feedback and iteration module, which shares the rendered image or 3D model with customers or teams to collect their feedback. Necessary adjustments are made based on the feedback until the design meets all requirements. The feedback and iteration module is connected to a production preparation module. After the production preparation module confirms the final design, necessary files are exported, including STL files for 3D printing, or DWG / DXF files for CNC machine processing.

[0027] The simulation module is connected to a scenario interaction module, which presents the modeled silver jewelry in a three-dimensional form by projection. Compared with a two-dimensional pattern display, this display method can attract the audience's attention. The situational interactivity of this virtual reality allows the audience to personally participate in and immerse themselves in the virtual reality display, which can make the audience more focused and thus produce a sense of pleasure. The scenario interaction module includes a 3D projection module, which includes 3D glasses and a 3D modeling image. When a user wears the 3D glasses, the 3D modeling image will display the completed 3D modeling graphics of the silver jewelry, thereby facilitating the user to watch; the 3D projection module is connected to a three-dimensional rotation module, which controls and rotates the direction of the 3D modeling image, thereby adjusting different angles to give the user a better viewing experience.

[0028] Embodiment 2:

[0029] Please see attached Figure 2 - Attachment Figure 3 The embodiment of the present invention provides a silver jewelry virtual design and display integrated system based on 3D modeling technology, including a modeling design module, the modeling design module designs a model model and a clothing model respectively, and provides a more comprehensive design foundation for users, the modeling design module is connected to a rendering module, the rendering module beautifies the model designed by the modeling design module to improve the viewing effect, the modeling design module is connected to a virtual display module, the virtual display module displays the finished product after modeling design, so that users can observe the effect of the finished product more carefully, the virtual display module is connected to a data management module, the data management module saves the user's creative content, and is convenient for later scheduling or management, the modeling design module is connected to a tutorial demonstration module, the tutorial demonstration module includes teaching videos or pictures and texts, and provides tutorials for users to understand the usage and methods of modeling design.

[0030] The modeling design module includes a model motion capture and simulation module, and the model motion capture module and simulation module are connected to a model modeling module;

[0031] The model motion capture and simulation module includes a motion sensor, which is installed on the torso of a real model, and the model is asked to move and make corresponding movements, and the motion data is recorded by the motion sensor, and the motion data is transmitted to the model modeling module, so that the model modeling module applies the data to the virtual model, so that the movement of the virtual model is more natural and smooth, and highly similar to the real human body movement;

[0032] The modeling and design module also includes a fabric material editing module, and the fabric material editing module is connected to a fabric physical behavior simulation module;

[0033] The fabric material editing module allows designers to edit the materials of various fabrics, including color, texture, glossiness, and transparency, and simulate the fabric effects of silk, cotton, linen, and leather by adjusting these parameters; the fabric physical behavior simulation module simulates the physical behavior of fabrics under different conditions, including gravity, wind, friction, and the dynamic effect display of clothing under different actions, including wrinkles and swings, which helps designers better understand the performance of clothing in actual wearing and avoid unreasonable designs;

[0034] The modeling design module also includes a style design module, and the style design module is connected to a pattern design module;

[0035] The style design module provides a wealth of style design tools, allowing designers to freely design the shape, outline and details of clothing, and cut, splice and decorate them. The pattern design module allows designers to create a variety of unique patterns, including hand-painted patterns, geometric figures, and floral patterns, providing designers with greater freedom to realize their own ideas and creativity.

[0036] The virtual display module includes a static display module, which provides a static clothing display effect. From a static state, users can better observe the details and material craftsmanship of the clothing, so as to better understand the clothing; the static display module is connected to a virtual catwalk module, which simulates a catwalk environment to dynamically display clothing and models, so that designers can better understand the effect of clothing in a dynamic environment; the virtual catwalk module is connected to a T-stage construction module, which constructs the T-stage in the catwalk environment, including the length and width of the T-stage; the T-stage construction module is connected to a lighting design module, which constructs the lighting in the catwalk environment, including the number and color of lamps; the lighting design module is connected to a music adding module, which selects and adds music in the catwalk environment, including the type of music and the playing time of the music; the music adding module is connected to a perspective conversion module, which provides a variety of different viewing perspectives during the display of the virtual catwalk module, and the viewing perspectives include the first row of audience perspectives, photographer perspectives, aerial bird's-eye perspectives, and backstage perspectives.

[0037] The lighting design module and the music adding module are both connected to a control module, which controls the light intensity of the lamps in the lighting design module and the music volume in the music adding module, and is calculated based on various factors at the show scene, thereby ensuring the comfort of the audience and the effect of the show. The control module is connected to an optimization effect calculation module, which receives various parameters collected by the data acquisition module and uses calculation formulas to substitute multiple groups of parameters for calculation, thereby obtaining the adjusted data size. The optimization effect calculation module is connected to a data acquisition module, which collects various parameters in the virtual show module, including pre-set model positions, speeds, and the distance between the T-stage and the audience, to provide an accurate data basis for the optimization effect calculation module.

[0038] The optimization effect calculation module is provided with a calculation formula, wherein the specific calculation formula is:

[0039] 1. Light intensity calculation formula:

[0040]

[0041] Among them: I represents the light intensity, k1 and k2 represent the adjustment coefficients, d represents the distance from the light source to the model, and v represents the speed of the model's movement. The light intensity changes inversely with the square of the distance between the model and the light source. The speed of the model's movement is also taken into account. The faster the movement speed, the light intensity can be appropriately increased to highlight the model.

[0042] 2. Music volume calculation formula:

[0043]

[0044] Among them: V represents the volume of music, r represents the speed of perspective conversion, s is the distance between the model and the audience at the current perspective, k3 and k4 are adjustment coefficients. When the perspective conversion speed is faster, the volume of music can be appropriately increased to enhance the atmosphere. At the same time, the distance between the model and the audience will also affect the feeling of music. The closer the distance, the lower the volume can be appropriately reduced.

[0045] Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions and variations may be made to the embodiments without departing from the principles and spirit of the present invention, and that the scope of the present invention is defined by the appended claims and their equivalents.

Claims

1. The virtual design and display integrated system of silver jewelry based on 3D modeling technology is characterized by: It includes a silver jewelry design concept module, which first constructs the framework of the silver jewelry. The silver jewelry design concept module is connected to a 3D model creation module, which uses a 3D modeling plate tool to construct the basic shape of the jewelry, and uses the software's bending, twisting and deformation tools to refine the design. The 3D model creation module is connected to a material and texture module, which selects a suitable metal material and adjusts its gloss and reflection properties. At the same time, for the textured part, the texture mapping function of 3D modeling is used to achieve it. The material and texture module is connected to a detail adjustment module, which makes fine adjustments to the patterns and decorations on the jewelry to ensure that their proportions and positions are accurate. The detail adjustment module is connected to a simulation module, which is used in different virtual environments. The jewelry is tested in the simulation module, while considering the performance of the jewelry in dynamic situations. The simulation module is connected to a rendering and display module, which uses advanced rendering settings of 3D modeling to create realistic images and display the final effect of the jewelry. The rendering and display module is connected to a feedback and iteration module, which shares the rendered image or 3D model with customers or teams to collect their feedback. The feedback and iteration module is connected to a production preparation module, which exports necessary files after confirming the final design. The simulation module is connected to a scenario interaction module, which presents the modeled silver jewelry in a three-dimensional form. This display method can attract the audience's attention. The situational interactivity of this virtual reality allows the audience to personally participate in and immerse themselves in the virtual reality display.

2. The silver jewelry virtual design and display integrated system based on 3D modeling technology according to claim 1 is characterized in that: The scenario interaction module includes a 3D projection module, which includes 3D glasses and a 3D modeling image. When a user wears the 3D glasses, the 3D modeling image will display the completed 3D modeling graphics of the silver jewelry, so as to facilitate the user to watch; the 3D projection module is connected to a three-dimensional rotation module, which controls and rotates the direction of the 3D modeling image to adjust different angles.

3. The silver jewelry virtual design and display integrated system based on 3D modeling technology according to claim 1 is characterized in that: The invention comprises a modeling and designing module, wherein the modeling and designing module designs a model model and a clothing model respectively, the modeling and designing module is connected with a rendering module, wherein the rendering module beautifies the model designed by the modeling and designing module, the modeling and designing module is connected with a virtual display module, wherein the virtual display module displays the finished product after modeling and design, the virtual display module is connected with a data management module, wherein the data management module stores the user's creative content, the modeling and designing module is connected with a tutorial demonstration module, wherein the tutorial demonstration module comprises a teaching video or graphics, the modeling and designing module comprises a model motion capture and simulation module, wherein the model motion capture and simulation modules are connected with a model modeling module; the model motion capture and simulation modules comprise motion sensors, wherein the motion sensors are installed on the torso of a real model, and the model is asked to move and make corresponding movements, the motion data are recorded by the motion sensors, and the motion data are transmitted to the model modeling module, so that the model modeling module applies the data to the virtual model.

4. The silver jewelry virtual design and display integrated system based on 3D modeling technology according to claim 1 is characterized in that: The modeling and design module also includes a fabric material editing module, to which a fabric physical behavior simulation module is connected; the fabric material editing module allows designers to edit the materials of various fabrics, including color, texture, glossiness, and transparency, and simulates the fabric effects of silk, cotton, linen, and leather by adjusting these parameters; the fabric physical behavior simulation module simulates the physical behavior of fabrics under different conditions, including gravity, wind force, friction, and the dynamic effect display of clothing under different actions, including wrinkles and swings.

5. The silver jewelry virtual design and display integrated system based on 3D modeling technology according to claim 1 is characterized in that: The modeling design module also includes a style design module, to which a pattern design module is connected; the style design module provides a wealth of style design tools, allowing designers to freely design the shape, outline and details of clothing, and to cut, splice and decorate them; the pattern design module allows designers to create a variety of unique patterns, including hand-painted patterns, geometric figures and floral patterns.

6. The silver jewelry virtual design and display integrated system based on 3D modeling technology according to claim 1 is characterized in that: The virtual display module includes a static display module, which provides a static clothing display effect; the static display module is connected to a virtual catwalk module, which simulates a catwalk environment to dynamically display clothing and models.

7. The silver jewelry virtual design and display integrated system based on 3D modeling technology according to claim 1 is characterized in that: The virtual catwalk module is connected to a T-stage construction module, which constructs the T-stage in the catwalk environment, including the length and width of the T-stage. The T-stage construction module is connected to a lighting design module, which constructs the lighting in the catwalk environment, including the number and color of lamps. The lighting design module is connected to a music adding module, which selects and adds music in the catwalk environment, including the type of music and the playing time of the music. The music adding module is connected to a perspective conversion module, which provides a variety of different viewing perspectives during the display of the virtual catwalk module.

8. The silver jewelry virtual design and display integrated system based on 3D modeling technology according to claim 6 is characterized in that: The different viewing perspectives in the perspective conversion module include: audience perspective, photographer perspective, aerial bird's-eye view perspective, and backstage perspective perspective.

9. The silver jewelry virtual design and display integrated system based on 3D modeling technology according to claim 6 is characterized in that: The lighting design module and the music adding module are both connected to a control module, and the control module controls the light intensity of the lamps in the lighting design module and the volume of the music in the music adding module. The control module is connected to an optimization effect calculation module, and the optimization effect calculation module receives various parameters collected by the data acquisition module, and uses a calculation formula to substitute multiple groups of parameters for calculation, thereby obtaining the adjusted data size. The optimization effect calculation module is connected to a data acquisition module, and the data acquisition module collects various parameters in the virtual catwalk module, including pre-set model positions, speeds, and distances between the T-stage and the audience.

10. The silver jewelry virtual design and display integrated system based on 3D modeling technology according to claim 8 is characterized in that: The optimization effect calculation module is provided with a calculation formula, wherein the specific calculation formula is:

1. Light intensity calculation formula: Where: I represents the light intensity, k1 and k2 represent the adjustment coefficients, d represents the distance from the light source to the model, and v represents the speed of the model's movement; 2. Music volume calculation formula: Among them: V represents the volume of music, r represents the speed of perspective conversion, s is the distance between the model and the audience at the current perspective, and k3 and k4 are adjustment coefficients.

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