Integrated circuit manufacturing process VR operation system construction method based on Unity 3D technology

Abstract

The invention provides an integrated circuit manufacturing process VR operation system construction method based on a Unity 3D technology, and the method comprises the following steps: S1, carrying out the system icon design through PS software, building a UGUI interface in Unity, and carrying out the display at a corresponding position through code control; S2, making a model by using 3DSmax software, establishing a single-sided model through a three-dimensional software 3DSmax polygon modeling method, and optimizing the surface number of the model; S3, importing a model made by the 3DSmax software into unity 3D, adjusting various parameters, and carrying out scene equipment baking rendering by using unity 3D software of an unity engine; and S4, performing task simulation operation through VR equipment in a VR operation system in combination with a man-machine interaction technology. The integrated circuit virtual simulation VR practical training system aims at realizing high-degree simulation, restoring the appearance and parts of the equipment, realizing synchronization of the equipment and operation, displaying operation data of each piece of equipment and creating immersive operation experience for a user.

Description

technical field [0001] The invention relates to the technical field of integrated circuit manufacturing technology, in particular to a method for constructing a VR operating system for integrated circuit manufacturing technology based on Unity 3D technology. Background technique [0002] Integrated circuit related courses are highly practical, engineering, and technical, which requires not only the teaching of conventional and traditional classroom theoretical knowledge, but also a large number of supplementary experimental and practical courses in the teaching process. But for the integrated circuit industry, there are many difficulties in practical teaching or training. On the one hand, the integrated circuit manufacturing process involves a lot of equipment, large size, and high price, and has high requirements on the area and environment of the production site. Round manufacturing requires a thousand-level dust-free workshop; on the other hand, the corresponding equipmen...

AI Technical Summary

Problems solved by technology

[0007] Disadvantage 1: The process content of a single product display is limited, which cannot reflect the extensive industrial lines involved in the integrated circuit manufacturing process

[0008] Disadvantage 2: Simulation for a single process, the correlation between each process is small; the simulation process is simple, and the matching degree with the actual operation of the enterprise and job requirements is low

[0009] Disadvantage 3: Lack of failure display and experience

[0010] Disadvantage 4: The workshop and equipment models are rough, and the scene restoration degree is low

[0011] Disadvantage 5: Virtual simulation pays more attention to theoretical knowledge and is not practical

[0012] Disadvantage 6: Users in the workshop operate according to the set route, and the flexibility is not high

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