[[abstract]]之色彩喜好與色彩意象，持續蒐集資訊，將系統化累積之實證調查結果形成資料庫，經由資料探礦發掘之統計分析，以圖形表現形式將結果呈現，可有效提供都市空間色彩意象與喜好訊息。未來並可發展與不同文化與地理環境之比較機制，規劃為有效的資訊蒐集與知識匯集體系。 本系列研究計畫以三年之時間，分主要三個階段進行，循序探討由居住空間內到居住之空間外的建築、社區與都市間之色彩運用喜好與色彩意象，第一階段針對住宅建築外觀之色彩意象與喜好，初步選取台灣住宅中較具傳統代表性的住宅建築樣式四層公寓為探討對象。第二階段將針對社區色彩喜好，取台灣社區內常見之建築與公共設施元素為實驗樣本。第三階段針對都市意象之色彩喜好進行調查，取都市內常見之公共建築設施元素為實驗樣本。初期將以電子式影像呈現畫面方式調查，採用建築實景照片置換顏色。第二年時導入電腦3-D虛擬建築的畫面，作為調查之工具，再於第三年運用動態之3-D VR調查方式，配合眼動追蹤法查驗人們之生理相關反應。本計畫最終目標期望可將調查研究結果建置成空間色彩意象與喜好知識庫，提供後續研究與有需要相關知識者查詢 This research is aiming to collect information towards people’s color preferences on indoor and outdoor spaces and related components. Through systematic empirical studies, results of the researches can be derived from statistical data mining processes to form the spatial color preference knowledge bank. In order to provide useful knowledge regarding the spatial color preferences for designers and architects, it is worthy to conduct such a serial research project to find out the practical information for environmental aesthetics reason too. A three-year serial study plan was formed to perform a series of empirical studies from interior to exterior. The first step of the research is to find out what are the preferences towards interior components, second step is to figure out the color preferences towards the appearance of the community and the exterior components of the communities; the third step of the research is to explore the preferences of urban environment with the animated survey material to find out the feasibilities of link with eye-tracking system. On the other hand, the research is going to explore the spatial color preferences from smaller scale to larger scale. The computer generated electronic display survey will be derived through semantic differential techniques within a controlled experiment room. Objects’ color preferences towards components of men-built environment will be questioned individually. Before the formal surveys, a series of pilot studies will be conducted to gain proper procedures as well as content of semantic bi-polar adjective pairs for the survey. A 3D-VR technology will be imported to compare the difference between 2D images and 3D modeling images. On the third year, the research will explore the advanced electronic survey method to apply an 3D animated survey film with the link of .eye-tracking equipment to see whether there are correlational relationships between color preference and eye path. The results of the analysis of the researches will be presented by a series of MDS graphical representations eventually. More studies on cross cultural and geographical comparisons can also be conducted based on the same platform and the SOP of the research. The ultimate goal of these studies is to build up a color preference knowledge database to provide useful information for users who is interested in related field efficiently
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