2008年04月23日
費納奇鏡(Phenakistoscope)
西元1832年,比利時的科學家Joseph Plateau(約瑟夫.普拉投)發明了世界上第一台可製造連續運動視覺的機器The Phenakistoscope,構造上是在一可轉動的原盤內面畫上連續圖片,並在轉盤邊緣切割出等距的直立長條型觀景窗,將此成品有圖案面面向一面鏡子並快速轉動,就可以從觀景窗裡看到連續影像。
介紹:
http://www.mhsgent.ugent.be/engl-plat5.html
http://www.earlycinema.com/timeline/index.html
Jack and Beverly's Phenakistoscopes
Phenakistoscope - Wikipedia, the free encyclopedia
http://www.asu.edu/cfa/wwwcourses/art/SOACore/time_interactIXb.htm#praxinoscope
http://www.precinemahistory.net/1830.htm#LEAVES
如何製作:
How To Create a Phenakistoscope
版型下載 http://www.stopmotion-software.com/programs/Phenas&Slots6-16.pdf
圖形形式
欣賞
http://courses.ncssm.edu/GALLERY/collections/toys/html/exhibit07.htm
http://www.opticaltoys.com/totalframes.html
介紹:
http://www.mhsgent.ugent.be/engl-plat5.html
http://www.earlycinema.com/timeline/index.html
Jack and Beverly's Phenakistoscopes
Phenakistoscope - Wikipedia, the free encyclopedia
http://www.asu.edu/cfa/wwwcourses/art/SOACore/time_interactIXb.htm#praxinoscope
http://www.precinemahistory.net/1830.htm#LEAVES
如何製作:
How To Create a Phenakistoscope
版型下載 http://www.stopmotion-software.com/programs/Phenas&Slots6-16.pdf
圖形形式
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欣賞
http://courses.ncssm.edu/GALLERY/collections/toys/html/exhibit07.htm
http://www.opticaltoys.com/totalframes.html
延伸閱讀:
西洋鏡 (走馬畫筒) Zoetrope: 之後1834年英國人William Horner改良了ThePhenakistoscope的原型,並在1860年由法國人Pierre Devigenes命名為Zoetrope其結構是一滾筒狀原盤,裡側畫上連續影像後在邊側切割出觀景窗,旋轉滾筒狀從觀景窗就會看到連續動畫。
http://en.wikipedia.org/wiki/Zoetrope
how to: http://www.groeg.de/puzzles/zoetrope.html
Anorthoscope: From 1830 onward, Plateau studies the combination of two moving curves to one stationary image
http://www.mhsgent.ugent.be/engl-plat4a.html
http://www.mhsgent.ugent.be/engl-plat4.html
動畫相關發明介紹
http://www2.hawaii.edu/~tremont/art158/notes/1_14.pdf
請以費納奇鏡的原理,將你自己設計之連續動作或漸變圖形融入於立體裝置之中,裝置外形結構可自行設計,不一定要和上課所介紹的歷史上的費納奇鏡或西洋鏡相同結構(但須參考其原理),而是本身即為一獨立之立體作品設計(如前二單元錯覺及幻象陀螺目標),惟須達到之要求,則是
1.便於觀看
2.圖形須有似動效果
3.大小:30*30*30cm以內
4.裝置可獨立站立、握持或懸掛(可自動旋轉者尤佳)
動畫製作範例
成果展示
http://en.wikipedia.org/wiki/Zoetrope
how to: http://www.groeg.de/puzzles/zoetrope.html
Anorthoscope: From 1830 onward, Plateau studies the combination of two moving curves to one stationary image
http://www.mhsgent.ugent.be/engl-plat4a.html
http://www.mhsgent.ugent.be/engl-plat4.html
動畫相關發明介紹
http://www2.hawaii.edu/~tremont/art158/notes/1_14.pdf
請以費納奇鏡的原理,將你自己設計之連續動作或漸變圖形融入於立體裝置之中,裝置外形結構可自行設計,不一定要和上課所介紹的歷史上的費納奇鏡或西洋鏡相同結構(但須參考其原理),而是本身即為一獨立之立體作品設計(如前二單元錯覺及幻象陀螺目標),惟須達到之要求,則是
1.便於觀看
2.圖形須有似動效果
3.大小:30*30*30cm以內
4.裝置可獨立站立、握持或懸掛(可自動旋轉者尤佳)
動畫製作範例
成果展示
引用URL
http://cgi.blog.roodo.com/trackback/5904573
