Construction Process Simulation of Building Decoration based on BIM and Computer-Aided Technology

Abstract

In order to improve the efficiency of architectural decoration design and construction, this paper proposes an image stitching algorithm based on feature points and a camouflage stitching algorithm based on transition columns. Moreover, this paper uses texture synthesis technology to expand the border of the pattern to be spliced, and generates an expanded pattern with natural texture transition.Taking into account the characteristics of digital camouflage, this paper selects two-step texture mapping as the main technical means in 3D digital camouflage design, and uses a model based on similarity features such as structure, texture, color, and second-order statistical moments as the core content of the evaluation of camouflage effect.In addition, this paper uses the above algorithm to improve the computer-aided technology, and combines BIM technology and computer-aided technology to jointly simulate the building decoration construction process.Finally, this paper designs experiments to verify the effects of the algorithms and simulation methods proposed in this paper. The research results show that the model constructed in this paper has certain practical effects.