Computer assembly virtual experiment system and implementation method thereof

Abstract

The invention discloses a computer assembly virtual experiment system and a method thereof. The computer assembly virtual experiment system comprises a model generation module, an interface display module, a virtual experiment tutorial module, a virtual experiment operation module and an experiment evaluation module. In an operation process of a user, a content displayed by each interactive interface can be observed; according to the computer assembly virtual experiment system, the current operation depth can be known, different levels of interaction interfaces can be skipped according to themastering condition of the computer assembly virtual experiment system on experiment operation, experiment demonstration or experiment operation can be browsed and viewed, evaluation and scoring of the current experiment operation can be viewed and stopped, and the interaction experience of the computer assembly virtual experiment system is improved; according to the system, the user can master the operation condition of the user in the computer assembly virtual experiment operation in time, so that the user can summarize practical experience from experiment evaluation and quickly master mainskills of the computer assembly operation. The method is widely applied to the technical field of multimedia.

Description

technical field [0001] The invention relates to the field of multimedia technology, in particular to a computer-assembled virtual experiment system and its realization method. Background technique [0002] In the traditional course teaching of "Microcomputer System Assembly", due to the limitation of the computer room space and the number of machines in the classroom experiment, the opportunities for students to install the computer are very limited. Students need to do a lot of practical exercises after class to master the relevant skills. On the other hand, due to the many types of hardware components and complicated assembly steps in the computer assembly process, it is difficult for teachers to conduct real-time assessment and evaluation of the installation operations of multiple students in classroom experiments at the same time, and students cannot understand their own experimental operations in a timely manner. Is it exactly right. In addition, since most students ar...

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Problems solved by technology

[0007] The above-mentioned patent document is an existing virtual experiment system, but its main disadvantages are: (1) In the process of disassembly and assembly, the movement of the hardware model is basically only operated by a single interactive mode such as mouse, keyboard or touch screen, and cannot be operated through multiple Two (two or more) interactive methods are combined to carry out precise movement and positioning of the hardware model; (2) In the virtual experiment, the user generally needs to use a touch screen device to freely control the rotation angle and size of the experimental scene; In the case of keyboard and mouse, it is usually difficult for the user to freely rotate and zoom the experimental scene; (3) There is no scoring standard specially designed for the virtual experiment of computer assembly, and the user cannot keep abreast of the process of virtual computer assembly. Is there an operating error in

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