Immersive VisualAudioDesign: Spectral Editing in VR

Lars Engeln, Natalie Hube, Rainer Groh
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引用次数: 1

Abstract

VisualAudioDesign (VAD) is an attempt to design audio in a visual way. The frequency-domain visualized as a spectrogram construed as pixel data can be manipulated with image filters. Thereby, an approach is described to get away from direct DSP parameter manipulation to a more comprehensible sound design. Virtual Reality (VR) offers immersive insights into data and embodied interaction in the virtual environment. VAD and VR combined enrich spectral editing with a natural work-flow. Therefore, a design paper prototype for interaction with audio data in an virtual environment was used and examined.
沉浸式视听设计:VR中的光谱编辑
VisualAudioDesign (VAD)是一种以视觉方式设计音频的尝试。将频域可视化为解释为像素数据的频谱图,可以用图像滤波器进行操作。因此,描述了一种方法,以摆脱直接的DSP参数操作,以更容易理解的声音设计。虚拟现实(VR)为虚拟环境中的数据和具体交互提供了身临其境的见解。VAD和VR的结合丰富了光谱编辑与自然的工作流程。因此,在虚拟环境中使用并检验了与音频数据交互的设计纸原型。
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