| Title |
A Study on the Evaluating Structure Analysis and the Image Evaluation for the Lighting Environment of the Residential Spaces |
| Authors |
Lee, Jin-Sook ; Choi, Jong-Moon ; Kim, So-Yeon |
| Keywords |
Residential Space ; Lighting Environment ; Sensibility Evaluation ; Repertory Grid Development Method ; Factor Analysis ; Cluster Analysis |
| Abstract |
This study is aimed to investigate how the occupants evaluate the lighting environment and which components of the lighting environment affect the occupants, in order to plan the lighting environment reflecting the needs and preferences of the occupants. Therefore, the purpose is to draw the planning condition of the lighting environment considering the sensitivity of the occupants by identifying the relationship between the lighting environment and the emotion of the residential space. For this purpose, we make the evaluating structure model for the lighting environment of users by using the interview research methods led by questions. A total of 16 rating vocabularies were derived such as 「warm」「cozy」「delicate」「luxurious」「soft」「comfortable」「neat」「bright」「clear」「tidy」「harmonious」「various」「wide」「refined」「fresh」「stable」; With regard to the characteristics of the lighting environment components, they were classified as the 「physical characteristics of the lighting」-which is evaluated by the range for the correlated color temperature of the lighting and the brightness of the space; the 「characteristics of the lighting-applied type」-which is evaluated by the lighting layout due to the placement of Illumination source, illumination methods by the light distribution, the architectural lighting, and the direction of the illumination source; and the 「characteristics of the lighting installation」-which is evaluated by the number, illuminated places, and locations of the lighting application and the motion control method of the lighting fixtures. Also, based on theses analysis results, we induced characteristics and types of the image evaluation structure for the lighting environment through the evaluation by each vocabulary for the evaluating targets of the lighting environment. |