3D model conversion method adopting RPA (robot process automation)

Abstract

The invention discloses a 3D model conversion method adopting RPA (robot process automation), and relates to the field of augmented reality, virtual reality and robot process automation, and the method comprises the following steps: S1, designing a 3D model conversion action into an RPA software robot working process; s2, executing actions such as model editing and modifying by using an RPA tool;s3, calling an artificial intelligence image recognition algorithm, recognizing a UI (User Interface) and a position of a computer software running environment, and updating corresponding informationin the RPA; s4, calling an artificial intelligence natural language processing algorithm, identifying output information content in computer software operation, and transmitting the output informationcontent to the RPA for processing; s5, completing an RPA process to generate a converted 3D model file; and S6, outputting the converted 3D model to augmented reality, virtual reality and other devices for display and use. According to the invention, the 3D model conversion process is automated and is combined with an artificial intelligence algorithm, so that the conversion process is intelligent, and the use of the 3D model in equipment such as augmented reality and virtual reality is promoted.

Description

technical field [0001] The invention relates to the fields of computer software technology, augmented reality, virtual reality and robot process automation (RPA), in particular to a 3D model conversion method using RPA (robot process automation). Background technique [0002] There are a lot of 3D design software on the market, such as AutoCAD, 3DMAX, Autodesk Inventor, Blender, Maya, etc. The model file format standards of various 3D software designs are not uniform, and many existing model formats are not enhanced by AR (Augmented Reality) Reality, VR (Virtual Reality) virtual reality platform device support. Due to the limitations of computing and memory capacity of AR and VR platforms, the 3D model files produced by mature 3D design software on a large number of computers are too complex and the file data is very large. There are many designs that do not need to be used on AR and VR devices, so they cannot be directly Use on AR, VR glasses, Pad or mobile phone. [0003...

AI Technical Summary

Problems solved by technology

[0002] There are a lot of 3D design software on the market, such as AutoCAD, 3DMAX, Autodesk Inventor, Blender, Maya, etc. The model file format standards of various 3D software designs are not uniform, and many existing model formats are not enhanced by AR (Augmented Reality) Reality, VR (Virtual Reality) virtual reality platform device support

Due to the limitations of computing and memory capacity of AR and VR platforms, the 3D model files produced by mature 3D design software on a large number of computers are too complex and the file data is very large. There are many designs that do not need to be used on AR and VR devices, so they cannot be directly Use on AR, VR glasses, Pad or mobile phone

[0003] The process of manually converting 3D model file formats and simplifying 3D model design to match the requirements of AR and VR platform equipment is very cumbersome and requires strong 3D design and AR and VR expertise. In many cases, non-professionals cannot complete these tasks

[0004] The low efficiency of 3D model design conversion and high labor costs lead to very limited 3D model content that can be used on AR and VR devices, which greatly limits the application of AR and VR in commercial fields such as advertising, exhibitions, events, and gifts.

Also in the industrial field, there are many 3D design models of industrial equipment that cannot be used directly, which greatly limits the wide application of AR and VR in the industry

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