新媒體交互裝置 Ocean Wave 海浪

新媒體裝置提供了一種實時交互的替代方法。通過攝像機曝光3-5秒采集的波形數(shù)據(jù)的可視化圖形，實現(xiàn)了波形的實時數(shù)據(jù)傳輸和數(shù)據(jù)可視化。該裝置由50個滑軌組成，用于降低整體重量和噪音。這是定制使用100%碳過濾管設(shè)計為導(dǎo)軌，而不是傳統(tǒng)上使用的硬固體鋼軌。通過攝像機識別和自定義算法流水線提取海浪邊緣的實時起伏數(shù)據(jù)。包括顏色和亮度在內(nèi)的照明變化由無線技術(shù)控制，整個工作的物理空間范圍由兩個發(fā)射天線覆蓋，這兩個天線控制電動機的運動和LED燈塊的顏色。根據(jù)不同位置的坐標(biāo)，光塊呈現(xiàn)出多種顏色梯度。這是使用多個上下文，在多維思維中具有堅實的基礎(chǔ)。這篇文章探討了人類與自然之間錯綜復(fù)雜的多重關(guān)系以及層次關(guān)系，此外還探討了人們觀察自然的復(fù)雜視角和觀念。

Ocean Wave Ocean waves captured through the camera The new media installation presents an alternative approach to real-time interaction. The visual graphics of the wave data collected through exposure via camera over a period of 3-5 seconds, achieved real-time data transmission and data visualization of the wave. The installation consisted of 50 slide rails which were used to reduce the overall weight as well as noise. This was customised using 100% carbon filter tubes which were designed as a guide rail rather than the traditionally used hard solid steel rail. The real-time fluctuation data of the ocean wave edge was extracted though camera recognition and a user-defined algorithm pipeline. The lighting changes encompassing colour and brightness were controlled by the use of wireless technology, with the physical space range of the entire work covered by two transmitting antennas which controlled the motion of the electric motor and the color of the LED light block. According to the coordinates of the differing positions, the light blocks presented multiple gradients of colour. This is with the use of multiple contexts with a strong foundation in multidimensional thinking. The piece explores the intricacies and multiple relationships as well as the layers between humans and nature, additionally exploring the complex perspective and notions held by people in which to observe nature.