摘要
作为新媒体互动装置艺术的一个重要组成部分,互动影像装置被大众广泛熟悉和应用,在国内互动装置艺术还处于发展中阶段,无论是在科学技术、硬件支持上,还是在艺术层面上都不成熟。面对这样的发展现状,提出了基于光立方改造的新型互动装置的方案,遵循装置艺术的原则,对方案进行实施。总体设计分为主控、显示和捕捉这3个模块,显示是由512个发光二极管焊接而成,51系列单片机作为整个主控中心,捕捉模块是由人体红外传感器和手势传感器组合构成;采用C语言编写程序,把传感器捕捉到的数字信号经过信息处理,通过单片机来控制整个发光二极管的发光,经过各种延时设计,最终让整个立方显示在控制下呈现出不同的3D图形,给观众带来互动感的同时,展现出别样的视觉效果。
As an important part of the new media interactive installation art, interactive video installation has been widely known and used. In China, the interactive installation art is still in the development stage, whether in science and technology, hardware support or on the level of art, it is not mature. Under current development situation, this paper proposes a scheme based on optical cubic transformation model of interactive installations and implements the scheme under the principles of installation art. The overall design is divided into three modules of master control, display and capture. Display is welded by 512 light-emitting diodes; the main control center is composed of 51 Series MC, and the capture module is formed by the combination of human body infrared Sensor and a gesture sensor. Using C language programming, the sensor’s captured digital signal will be information processed; through the MCU the entire Light emitting diode will be controlled, after various time delay design, different 3D graphics will finally be showed in the cubic display. When bringing interactive feelings to the audience, it also shows diversified visual effect.
出处
《设计艺术研究》
2016年第6期55-60,共6页
Design Research
关键词
新媒体艺术
互动影像装置
发光二极管
new media art
interactive imaging device
light emitting diode
