视觉环境质量会影响居住者的满意度、舒适度和健康，但目前的研究很少观察视觉环境中促进居住者视觉满意度的具体设计参数，这可能会提高整体环境满意度。在本研究中，通过即时调查收集职业满意度反应，测量视觉环境，并在49栋办公楼的1394个工作站上收集建筑属性。本研究1）对调查结果进行建模，以发现哪些视觉满意度反应对总体环境满意度有显著影响；2）对调查结果、建筑属性和测量进行汇总，以跟踪视觉环境中哪些建筑属性和环境测量对主观反应的影响最大。 在第一部分中，在特征选择模型中，对计算机工作的光照水平的满意度显示出提高整体环境满意度的最大潜力。在第二部分中，确定了决定计算机工作对照明水平高满意度的两个主要参数:地板和天花板灯具类型上具有坐姿视图的工作站的百分比。对于计算机工作的照明水平的平均满意度可以通过以下方法来提高:将坐姿视角的工作站百分比保持在35%以上，并安装1'x 4'（30厘米x 120厘米）类型的天花板灯具。引用:佛罗里达州奥兰多2020年冬季会议论文

The visual environmental quality affects occupants’ satisfaction, comfort, and health, but current studies rarely observe the specific design parameters in thevisual environment that promotes occupant visual satisfaction which potentially improves overall environmental satisfaction. In this study, occupantsatisfaction responses were collected via right-now survey, visual environment was measured, and building attributes were collected at 1394 workstations in49 office buildings. This study 1) modeled the survey responses to discover which visual satisfaction responses have considerable impact on overallenvironmental satisfaction, and 2) assembled survey responses, building attributes, and measures to track which building attributes and environmentalmeasures in the visual environment most affected subjective responses. In the first part, satisfaction with light level for computer work showed the biggestpotential to raise overall environmental satisfaction in feature selection model. In the second part, two major parameters determining high satisfaction withlight level for computer work were identified: percentage of workstations with seated view on a floor and ceiling light fixture type. Average satisfaction withlight level for computer work can be improved by keeping percentage of workstations with seated view at least 35 % and installing ceiling light fixture typesof 1' x 4' (30 cm x 120 cm).