![]() Color preferences influence various daily tasks. In particular, our purchasing decisions are guided by individual color preferences. In our daily lives, we are constantly exposed to many stimuli, some of which influence our behavior without full awareness. And this is the main motive for choosing Green walls to solve underground challengeable environments and even improving from the current available versions toward more sustainable ones with the help of Artificial intelligence for creating better underground environments for healthier citizens and being aligned with the world's as well as Egypt futuristic visions towards a more sustainable tomorrow. In this case we are talking about the green color of plants used which are proven to make the space feel a lot larger and as a result indirectly influence the dimensional perception as well in addition to adding a pleasant aesthetic value to space, while achieving the thermal and aural perception is indisputable by giving a cooler effect to the space and reducing noise which is as well proved to have a great impact in it even better than some other cladding materials. and it has a great impact on how we users perceive the space which is one of the main objectives of any interior design project that influences the user's general experience through how user Green wall can theoretically target the four of them, The visual perception includes Form, color, substance, texture, and light. Besides, women have a more negative approach than men and architects have a more positive approach than lay-persons (not-architect). The study concluded that stadiums with a circular shape and a neutral color whose covers are separete from façade, are more popular and evaluated more positively. Thereafter, the One-Way Analysis of Variance method was used in order to examine the impact of variables like gender and profession. The means and standard deviations values were determined. The semantic differentiation scale consisting of adjective pairs of likability, complexity, impressiveness, familiarity and environmental compatibility that were found valid and reliable in previous studies was used to evaluate the selected stadiums. Therefore, the 16 stadiums constructed between 20 in Turkey were classified according to their facade and roof, shell forms and shell colors. ![]() The study aims to evaluate 16 stadiums having different façade features in a comparative manner from a perceptual point of view. Subjects’ preference rankings of the four simulated office spaces showed a similar pattern. The negative influence was notably significant in how lively, comfortable, bright, and appealing the space was perceived as being by participants. On the contrary, the space with blue lighting decreased people’s ratings in most perceptual attributes in comparison to the baseline. The biophilic design with access to daylight and view outperformed the space with indoor plants in all the examined perceptual categories, specifically how the office space was perceived by participants as brighter, more comfortable, and spacious. It was found that the two biophilic designs improved people’s perception of the office compared to the base case. A total of 284 complete responses were collected and analyzed using a mixed-effect model. The scenes include blue lighting, a biophilic design with daylight and view, a biophilic design with indoor plants, and a non-biophilic baseline with conventional white lighting. To address this research gap, this study collected people’s ratings and rankings of four simulated interior scenes of a private office using an online survey. Additionally, only a few studies have used an office setting as a case study. ![]() Existing studies have examined their influence on perception separately, but how they compare is unclear. This paper investigates and compares people’s subjective impression of an office with a biophilic design and blue lighting.
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