泛光灯照明对菲尼西大厦立面视觉质量的影响分析

Mahsun Wahid, N. Jamala
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引用次数: 1

摘要

照明是识别环境状况的重要因素之一。照明是人类需要的,有了良好的照明,我们可以在视觉上清晰地识别物体。照明是否符合建议的照明标准,以及建筑物外墙是否按照照明的分布安排,都会影响建筑物的视觉质素。随着科技和信息的发展,人们的生活方式越来越先进和发展。同样,人工照明的功能,过去只在夜间照明,现在已经发展成为建筑美学形成因素的重要组成部分。因此,有必要进行一项调查,看看在菲斯塔上使用泛光灯对照明视觉质量的感知差异有多大。数据收集的调查方法采用了定量和定性的研究方法。混合方法分为定量方法(使用问卷调查和SPSS数据处理的研究)和定性方法(受访者感知,访谈和观察)。根据17种模拟模型的调查和测试结果,每个模型的测试结果不同。这解释了泛光灯的使用极大地影响了菲尼西塔立面的视觉质量。在已经制作的17个照明模拟模型中,模型17平均得分最高,为5.08分,模型10平均得分最低,为2.53分(评分范围为1 - 7)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analysis of the Floodlight Lighting Effect on the Visual Quality of the Phinisi Tower Building Facade
Lighting is one of the important factors to recognize the environmental situation. Lighting is needed by humans, with good lighting we can visually recognize objects clearly. The suitability of lighting with recommended light standards  and the arrangement  of building facades  in accordance with the distribution  of lighting will have an impact  on  the  visual  quality  of a  building.  Along with the development of technology and information, people's lifestyles are increasingly advanced and developing. Likewise, the function of artificial lighting, which used to only function as lighting at night, has now developed into an important part of the aesthetic forming factor of a building. So there is a need for a survey to see how big the difference in perception of the visual quality of lighting is by using floodlights on the Phinsi Tower. The survey method of data collection used quantitative and qualitative research methods. Mixed methods are divided into quantitative methods (research using questionnaires and SPSS data processing) and qualitative (respondent perception, interview and observation). Based on the results of surveys and tests conducted on 17 simulation models, different results were obtained in each test model. This explains that the use of floodlights greatly influences the visual quality of the Phinisi Tower facade. Of the 17 lighting simulation models that have been made, Model 17 has the highest average score of 5.08 and the lowest is Model 10 of 2.53 (a rating scale of 1 to 7).
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