Construction of a Large Visual Landscape Design Platform considering Low-Carbon Environmental Protection Based on Nanomaterials

Abstract

Due to the diversity of design data, the display effect of landscape design is not ideal. Based on the analysis of the requirements of low-carbon landscape design, this paper constructs the hardware condition based on the data acquisition sensor, digital controller, image scanner, data storage device, and power control device and carries out Delaunay triangle netting for the terrain data preprocessed, reduces image shaking by introducing discrete elevation, and improves the image clarity by matching and optimizing the seed points of edge correlation to achieve high-quality visualization of landscape design. The test results show that the design platform can show the design effect completely and clearly.