Development in Light Shape through Different Graphics Changes in Reflective Materials

• Main Authors: Peng-Hui Chen, 陳鵬暉
• Other Authors: Guang-Dah Chen
• Format: Others
• Language: zh-TW
• Published: 2010
• Online Access: http://ndltd.ncl.edu.tw/handle/21579243947048282166

碩士 === 崑山科技大學 === 視覺傳達設計研究所 === 98 === 　　In the past, studies concerning illuminant or light effects focus mainly on the well-mixed achromatic light or the illumination. Development and researches regarding forms of stereolithography are almost missing out. Nowadays LED has dominated modern illumination and its application shall be more various than traditional illuminant. The study is aimed at discussing how various reflection materials generate different forms of stereolithography after illuminated by LED. Moreover, the study designs a dynamic projection lamp based on literature review and three pretests. It is discovered that 10rpm is the most suitable rotation speed of motor. On the other hand, the study adopts five different reflection materials in accordance with various requirements; they are acrylic mirror, metallic aluminum sheet, PC mirror plate, light control film, and glazed plastic sheet. Furthermore, the study adopts transparent 250P special tracing paper to design the lamp cover. Finally, the study designs reflection material images with four various methods: irregular style, geometry, layout design, and sequence arrangement. After illuminating them with LED to generate forms of stereolithography, the study conducts a questionnaire survey to discover how males and females specializing in design differ from those without design specialty in terms of ‘acceptance,’ ‘dynamic,’ and ‘extent of change’ so as to create four formal experiments. 　　According to the study results of different forms of stereolithography, irregular style and layout design have a better effect on participants with or without design specialty, while geometry and sequence arrangement have little significant influence on them. In this case, active form of stereolithography is more favorable and regularly arranged images tend to have less changes and effects. 　　The study creates an aurora lamp to prove the relationship between reflection material image and the form of stereolithography based on the pretests and formal experiments so as to serve as a reference for future design or artistic creation. The study is hoping to find the plasticity of stereolithography to create the best works.