Interactive building design platform based on hand motion capture

Abstract

An interactive building design platform based on hand motion capture comprises a hand information capture system, an information processing and conversion system, a processing output module and a building design platform, wherein the building design platform is in communication connection with the processing output module, and comprises various building software; the processing output module comprises a learning module and an action compensation module. According to the design platform, a hand information capturing system provided with an infrared sensor and a 3D scanner is used for capturing actions and gestures of a hand, the information processing and conversion system is used for carrying out data recognition and conversion, and the processing output module is used for controlling the building design platform to make corresponding actions according to the set gestures and command groups. Therefore, rapid drawing and modeling can be achieved, the efficiency is improved, when the input instruction action is set, bionic mechanical fingers can be finely adjusted, the gesture range of a bionic mechanical arm is expanded, all parameters are captured, and therefore the gesture recognition rate is increased.

Description

technical field [0001] The invention relates to the technical field of architectural design, in particular to an interactive architectural design platform based on hand motion capture. Background technique [0002] The human and interaction method is the method of direct interaction between people and data, which existed as soon as the database system appeared. At present, human-computer interaction methods often include various forms, such as command line and graphical interface. The main purpose is to make users feel convenient in operation and use, improve data management efficiency, and adapt to users at different levels. [0003] Architectural design platform is a general term for architectural design software, architectural design systems and architectural display systems in the field of architecture. Including plane, three-dimensional and dynamic and other architectural design software. For example: sketch up, autoCAD, Revit, ACDsee and 3Dmax, etc. Among them, each...

AI Technical Summary

Problems solved by technology

[0004] At present, the human-computer interaction methods of the above-mentioned various software are mostly realized based on the mouse and keyboard of the computer. The mouse and keyboard are not very convenient in the process of making architectural models.

For example, in the construction of three-dimensional architectural models, most of the existing methods are stretched on the basis of the plane to form a three-dimensional, which is not very convenient in many cases, resulting in a long drawing cycle

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