Modeling and control method and system based on virtual technology

Abstract

The invention provides a modeling and control method and system based on the virtual technology and aims to realize properties of convenient use, low cost and high interaction authenticity. The methodcomprises steps that image or video data uploaded by a user is received; panoramic deep image or panoramic deep video splicing is carried out for the received image or video data; the spliced panoramic deep image or panoramic deep video data is matched with a standard model in a virtual scene; the matched panoramic deep image or panoramic deep video data is displayed through a device connected with the virtual scene. The method is advantaged in that the technology threshold and development cost of the user are greatly reduced, development of the virtual reality content is popularized, and themethod is applicable to the virtual technology field.

Description

technical field [0001] The invention belongs to the technical field of virtual technology, and in particular relates to a modeling and manipulation method and system based on virtual technology. Background technique [0002] For the e-commerce platform, three-dimensionally display the appearance, internal structure, and application scenarios of the product on the display terminal in the form of 3D pictures, 3D animation, and 3D video, and realize the virtual use operation through interactive manipulation, so as to have a more comprehensive understanding of the product . Similarly, it can also be applied in other fields such as education. [0003] Through the application of virtual reality technology, it is an important direction for the development of e-commerce, education, enterprise publicity and other fields to realize all-round 3D display of objects and realize the interactive operation of objects. [0004] At present, virtual reality technology is developing rapidly i...

AI Technical Summary

Problems solved by technology

[0004] At present, virtual reality technology is developing rapidly in the field of game entertainment applications, but it is developing slowly in other application fields such as e-commerce and education. One of the major reasons is that the development of 3D modeling and interactive control of objects is highly technical, requiring the establishment of a professional team and high cost. , the cycle is long, and it is generally unbearable for small and medium-sized enterprises

Moreover, at present, various application fields of virtual reality, especially public platforms such as e-commerce and education that adopt multi-commodity or multi-party cooperation, do not have a unified set of interactive control development standard interfaces, resulting in the need for partners to carry out a process for each commodity or object. Independent interactive control development is technically difficult, costly, and takes a long time. Even if the partner’s application product is developed and launched, the interactive control method of each product is not necessarily uniform on the same platform, and the user’s control and use learning costs are high and the experience is not good. , greatly reducing the user's adhesion to platforms such as virtual reality e-commerce

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