基于计算机图像数据采集的艺术创新空间设计方法

J. Sensors Pub Date : 2022-08-24 DOI:10.1155/2022/4634772
Lei Wu, Baoliang Xu
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引用次数: 0

摘要

随着科技的发展,为艺术空间设计方法的创新带来了更多的可能性。计算机图像数据采集技术的发展,实现了艺术空间设计创作的不断延伸。本文基于计算机图像数据采集技术,围绕“人-物-空间”三要素的交互融合,实现了艺术空间展示中真实与虚拟环境的创新设计。通过实验设计,从空间色彩数据采集、展示空间动线、以及空间功能设计方案四个方面进行了探索和分析。通过与传统设计方法的比较,得出以下结论:首先,在空间数据采集中,面积测量的平均误差小于3.63%,测量精度可达到91%以上。其次,空间中各种材料的颜色检测平均精度可保持在90%。第三,本文设计的空间运动线简洁清晰,长度适宜,使游客能以最小的距离达到最佳的参观效果。四是整体设计方案合理,空间通透明亮,游览路线清晰。它可以在短时间内完成艺术展览空间的功能分区设计,节省大量的人力和时间。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design Method of Art Innovation Space Based on Computer Image Data Acquisition
With the development of science and technology, it brings more possibilities for artistic space design method innovation. The development of computer image data acquisition technology has realized the continuous extension of artistic space design and creation. Based on the computer image data collection technology, this paper realizes the innovative design of real and virtual environment in the exhibition of art space, centering on the interactive integration of the three elements of “human-objects-space.” Through the experimental design, from the space, color data collection, display space moving line, and space function design scheme were the four aspects of exploration and analysis. Compared with traditional design methods, the following conclusions are drawn: first, in spatial data acquisition, the average error of area measurement is less than 3.63%, and the measurement accuracy can reach more than 91%. Second, the average accuracy of color detection of various materials in space can be maintained at 90%. Third, the spatial movement line designed in this paper is simple and clear, with appropriate length, so that visitors can achieve the best visiting effect with the smallest distance. Fourth, the overall design scheme is reasonable, the space is transparent and bright, and the tour route is clear. It can complete the functional zoning design of the art exhibition space in a short time, saving a lot of manpower and time.
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