互動新媒體裝置藝術框架設計與案例實現(xiàn)
發(fā)布時間:2018-09-14 09:04
【摘要】:剪紙藝術是我國傳統(tǒng)藝術的重要表現(xiàn)形式之一。但其制作工藝的流程復雜,表現(xiàn)形式不具備實時性,一般欣賞者也很難參與或構成互動的情形。這就給傳統(tǒng)剪紙藝術的展示帶來了諸多不便。而互動新媒體藝術裝置是目前比較新的展示技術,并以人機交互技術為手段來開發(fā),可以更好地增加了剪紙藝術的表現(xiàn)力。為了更好的宣揚剪紙藝術文化,本論文準備采用互動新媒體藝術手段及技術,設計出一套基于計算機視覺的裝置,用于更快、更好、更全面的展示剪紙藝術的歷史、文化及其工藝流程。本文重點針對如何解決全面展示剪紙藝術的問題,進行了深入研究和探討,進而設計和實現(xiàn)一套基于實物出發(fā)及計算機視覺的互動新媒體藝術裝置。通過不同實物的觸發(fā),用數(shù)字化的方式展現(xiàn)剪紙藝術各個層面的文化內涵。本文研究內容如下:1)分析目前國內外裝置藝術的表現(xiàn)形式以及技術特點;歸納剪紙文化傳統(tǒng)表現(xiàn)形式以及重要內容;針對具體互動裝置案例進行分析,全面闡述過程中的系統(tǒng)功能;總結出適合本作品可運用的系統(tǒng)與技術。2)設計了出基于實物觸發(fā)及計算機視覺的藝術作品展示方案和系統(tǒng)框架。以剪紙作品為主題,采用玉石作為實物觸發(fā)物,設計實現(xiàn)了一套可互動、可演示、可分類的交互作品。3)實現(xiàn)了基于圖像特征提取和識別的觸發(fā)指令識別,在Microsoft Visual C++6.0的開發(fā)環(huán)境下,采用OpenCV進行系統(tǒng)開發(fā)。通過流程圖、施工圖、效果圖、模型圖等形式,全面的闡述了系統(tǒng)的演示方法及實現(xiàn)過程。4)通過展示作品前的多次測試,并結合正式展示時的真實用戶測評,對本文中預先提出的設計想法以及設計成果進行了驗證。對本裝置設計系統(tǒng)中模型的識別時效性進行驗證,圖像和視頻信息在觸發(fā)后是否完整演示。
[Abstract]:Paper-cut art is one of the important forms of traditional art in China. But the production process is complex, the form of expression is not real-time, the general audience is difficult to participate in or form an interactive situation. This brings a lot of inconvenience to the display of traditional paper-cut art. The interactive new media art device is a relatively new display technology, and the human-computer interaction technology as a means to develop, can better increase the performance of paper-cut art. In order to better promote paper-cut art culture, this paper intends to use interactive new media art means and technology, design a set of devices based on computer vision, for faster, better, more comprehensive display of paper-cut art history, Culture and its technological process. This paper focuses on how to solve the problem of the overall display of paper-cut art, in-depth research and discussion, and then design and implement a set of interactive new media art device based on physical object and computer vision. Through the trigger of different objects, the culture connotation of paper-cut art is displayed in digital way. The research contents of this paper are as follows: (1) analyzing the expression forms and technical characteristics of installation art at home and abroad at present; summarizing the traditional forms and important contents of paper-cut culture; analyzing the specific interactive device cases. The system function in the process is expounded, and the system and technology suitable for this work are summarized. 2) the display scheme and system framework of art works based on physical triggering and computer vision are designed. Taking paper-cut works as the theme and using jade as the object trigger, a set of interactive, demonstrable and classifiable interactive works is designed and implemented. 3) the trigger instruction recognition based on image feature extraction and recognition is realized. Under the development environment of Microsoft Visual C 6.0, OpenCV is used to develop the system. In the form of flowchart, construction drawing, effect diagram, model diagram, etc., the demonstration method and realization process of the system are expounded comprehensively. (4) through several tests before displaying the work, and combining with the real user evaluation when the work is officially displayed, The design ideas and results presented in this paper are verified. The recognition timeliness of the model in the system is verified, and the image and video information is demonstrated completely after trigger.
【學位授予單位】:上海交通大學
【學位級別】:碩士
【學位授予年份】:2012
【分類號】:J5;TP391.41
本文編號:2242223
[Abstract]:Paper-cut art is one of the important forms of traditional art in China. But the production process is complex, the form of expression is not real-time, the general audience is difficult to participate in or form an interactive situation. This brings a lot of inconvenience to the display of traditional paper-cut art. The interactive new media art device is a relatively new display technology, and the human-computer interaction technology as a means to develop, can better increase the performance of paper-cut art. In order to better promote paper-cut art culture, this paper intends to use interactive new media art means and technology, design a set of devices based on computer vision, for faster, better, more comprehensive display of paper-cut art history, Culture and its technological process. This paper focuses on how to solve the problem of the overall display of paper-cut art, in-depth research and discussion, and then design and implement a set of interactive new media art device based on physical object and computer vision. Through the trigger of different objects, the culture connotation of paper-cut art is displayed in digital way. The research contents of this paper are as follows: (1) analyzing the expression forms and technical characteristics of installation art at home and abroad at present; summarizing the traditional forms and important contents of paper-cut culture; analyzing the specific interactive device cases. The system function in the process is expounded, and the system and technology suitable for this work are summarized. 2) the display scheme and system framework of art works based on physical triggering and computer vision are designed. Taking paper-cut works as the theme and using jade as the object trigger, a set of interactive, demonstrable and classifiable interactive works is designed and implemented. 3) the trigger instruction recognition based on image feature extraction and recognition is realized. Under the development environment of Microsoft Visual C 6.0, OpenCV is used to develop the system. In the form of flowchart, construction drawing, effect diagram, model diagram, etc., the demonstration method and realization process of the system are expounded comprehensively. (4) through several tests before displaying the work, and combining with the real user evaluation when the work is officially displayed, The design ideas and results presented in this paper are verified. The recognition timeliness of the model in the system is verified, and the image and video information is demonstrated completely after trigger.
【學位授予單位】:上海交通大學
【學位級別】:碩士
【學位授予年份】:2012
【分類號】:J5;TP391.41
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