We propose a 3D immersive visualization environment for analyzing the right hand movements of a cello player. To achieve this, we track the position and orientation of the cello bow and record audio. As movements mostly occur in a shallow volume and the motion is therefore mostly two-dimensional, we use the third dimension to encode time. Our concept further explores various mappings from motion and audio data to spatial and other visual attributes. We work in close cooperation with a cellist and plan to evaluate our prototype through a user study with a group of cellists in the near future.
%0 Generic
%1 heyen2022immersive
%A Heyen, Frank
%A Kohler, Yannik
%A Triebener, Sebastian
%A Rigling, Sebastian
%A Sedlmair, Michael
%D 2022
%K cybervalley exc2075 from:frankheyen myown peerreviewed vis(us) visus visus:heyenfk visus:riglinsn visus:sedlmaml
%T Immersive Visual Analysis of Cello Bow Movements
%X We propose a 3D immersive visualization environment for analyzing the right hand movements of a cello player. To achieve this, we track the position and orientation of the cello bow and record audio. As movements mostly occur in a shallow volume and the motion is therefore mostly two-dimensional, we use the third dimension to encode time. Our concept further explores various mappings from motion and audio data to spatial and other visual attributes. We work in close cooperation with a cellist and plan to evaluate our prototype through a user study with a group of cellists in the near future.
@misc{heyen2022immersive,
abstract = {We propose a 3D immersive visualization environment for analyzing the right hand movements of a cello player. To achieve this, we track the position and orientation of the cello bow and record audio. As movements mostly occur in a shallow volume and the motion is therefore mostly two-dimensional, we use the third dimension to encode time. Our concept further explores various mappings from motion and audio data to spatial and other visual attributes. We work in close cooperation with a cellist and plan to evaluate our prototype through a user study with a group of cellists in the near future.},
added-at = {2022-03-25T18:51:01.000+0100},
author = {Heyen, Frank and Kohler, Yannik and Triebener, Sebastian and Rigling, Sebastian and Sedlmair, Michael},
biburl = {https://puma.ub.uni-stuttgart.de/bibtex/2bcd2098cb3222919467008a20016396a/frankheyen},
interhash = {81b3bbb33cf7cd8d64b6dca2e164be14},
intrahash = {bcd2098cb3222919467008a20016396a},
keywords = {cybervalley exc2075 from:frankheyen myown peerreviewed vis(us) visus visus:heyenfk visus:riglinsn visus:sedlmaml},
timestamp = {2022-08-08T13:53:33.000+0200},
title = {Immersive Visual Analysis of Cello Bow Movements},
year = 2022
}