Interactive three-dimensional human body medical model visualization system and method and computer readable storage medium

Abstract

The invention provides an interactive three-dimensional human body medical model visualization system, and the system comprises: a state file obtaining module which is used for obtaining a state file of a visual instance; a data downloading module which is in signal connection with the state file obtaining module and is used for obtaining a state file and downloading a three-dimensional human body medical model and three-dimensional model attributes; a three-dimensional model visualization module which is in signal connection with the data downloading module and is used for obtaining the state file, the three-dimensional human body medical model and the three-dimensional model attribute, visualizing and displaying the state file, the three-dimensional human body medical model and the three-dimensional model attribute respectively, and displaying and hiding the three-dimensional model; a state file release module which is in signal connection with the state file obtaining module and is used for obtaining the state file and releasing the state file to a network so as to obtain a network storage position; and a two-dimensional code generation module which is in signal connection with the state file release module and is used for obtaining the network storage position and generating a two-dimensional code. Related methods and storage media are also provided. Visual content provided by the method is richer, and virtual excision and quick access of human tissues can be realized.

Description

technical field [0001] The present invention relates to the technical field of three-dimensional model visualization, in particular to the technical field of three-dimensional human medical model visualization, and specifically refers to an interactive three-dimensional human medical model visualization system, method and computer-readable storage medium. Background technique [0002] The rapid popularization of networks and mobile electronic devices has greatly facilitated people's work and life. Mobile terminal devices such as smartphones and tablet computers have the characteristics of large screens and multi-touch, and these mobile terminals usually have good rendering performance, even smoother than PCs using integrated graphics cards when rendering 3D images. In such a large environment, multiple visualization systems can be developed to achieve the same functions, but mobile devices and PCs need to be adapted separately to optimize user experience and improve work eff...

AI Technical Summary

Problems solved by technology

[0005] A. It cannot meet the needs of users who want to view the three-dimensional structure and physiological indicators of the human body at the same time;

[0006] B. It cannot meet the needs of users who want to virtually remove part of human tissue;

[0007] C. It cannot meet the needs of users who want to view visualization instances in a quick way

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