《自述》 Original

作品介绍 我们的交互装置叫做《自述》，主要有两层含义，一是每个体验者对北京都有自己的回忆和感受，在与装置进行交互时引发他们对北京专属的回忆，这是每一个身在北京的人的“自述”；另一层是模型作为北京的化身通过影像向参与者讲述自己“当下”的“过去、现在和未来”。 我们以声音可视化为载体，希望能设计自然、有趣的交互方式，在为观众带来新奇的视听体验的同时，还能引发观众的思考。 在交互装置《自述》中，我们采用北京地图作为原型设计了迷宫模型，并选择城市中最具代表性的3个地点，分别代表城市的过去（颐和园）、现在（后海）和未来（通州工地），录制了这3个地方的声音和影像。并在模型上这三个地点的实际位置安装感应器。为了让参与者能从不同的角度看待事物，打破刻板印象和可预知性将北京地图进行抽象、拆分、重组和整合。为了使模型更加吸引大众对模型侧面和整理也进行了多次设计。交互方式上，体验者可以操作互动装置中的小球到达指定地点触发感应器播放影像和声音，同时我们利用Arduino连接硬件设施；用Processing实现声音可视化，用声音控制灯光的亮度和颜色的变化；用3D打印制作装置模型。 Our interactive device is called "self-narration", which has two main meanings. First, each experiencer has his own memories and feelings of Beijing, and when interacting with the device, it triggers his or her own memories of Beijing, which is the "self-narration" of every person in Beijing. On the other level, the model, as the incarnation of Beijing, tells participants about its "past, present and future" of "present" through images. With sound visualization as the carrier, we hope to design a natural and interesting interaction mode, which can not only bring novel audio-visual experience to the experiencer, but also trigger the thinking of the experiencer. In the interactive device "narrative", we used the map of Beijing as the prototype to design the maze model, and selected the three most representative locations in the city, respectively representing the past of the city (the Summer Palace), the present (Houhai) and the future (Tongzhou construction site), and recorded the sound and video of these three places. And the actual location of these three locations on the model is installed with sensors. In order to enable participants to see things from different perspectives, the map of Beijing was abstracted, broken down, reorganized and integrated by breaking down stereotypes and predictability. In order to make the model more attractive to the public, the side and arrangement of the model were also designed many times. In terms of interaction mode, experiers can operate the ball in the interactive device to reach the designated place, trigger the sensor to play video and sound, and at the same time, we use Arduino to connect hardware facilities. Using Processing to realize sound visualization, and using sound to control the brightness and color changes of lights; Model the device using 3D printing.