Energy-saving realization method of commercial space decoration and display design by combining with computer vision

Abstract

How to achieve energy saving and energy conservation while being aesthetically pleasing and practical is a major challenge that is being faced by the trend of increasing enrichment of commercial space display design. Based on computer vision, this paper utilizes a fisheye camera to obtain a panoramic image of the indoor space environment. Cutting-edge computer image processing technology is chosen to digitize the commercial space elements after edge detection and contour extraction. Through digitizing the spatial images acquired by the fisheye camera, a commercial space environment design model based on computer vision is constructed. At the same time, it discusses the application and performance of form, color and material elements in commercial display space, and realizes energy-saving by complementary matching of elements. The model is used to design the interior decoration and class display of a shopping mall, and analyze the static measurement results, spatial relationship of the shopping mall, goodness-of-fit and regression test results of the design scheme. Among them, the RMSEA of the model design scheme = 0.03 (less than 0.08), and the indicators of GFI, IFI and CFI are all greater than 0.90, which is a good fit. It shows that the model is acceptable for energy-saving design on commercial space.