[Description]
Iterative artistic exploration, mechanism building, and interaction programming are essential processes of prototyping interactive kinetic art (IKA). However, scattered tools and interwoven workfows across digital and physical worlds make the task diffcult. We present WIKA, an integrated environment supporting the whole creation process of IKA in the form of a layered picture frame in a single workspace. A projected AR system with a mobile device effciently makes an interactive tabletop. The projected information connected with physical components (e.g. sensors and motors) enables the programming and simulation on the workspace. Physical components are applied from the initial phase of prototyping using an AR plate, and this supports the iterative trial-and-error process by bridging the workfow. A user study shows that WIKA enabled non-experts to create diverse IKA with their ideas. A tangible interaction and projected information enable the iterative and rapid creation. The method that integrates the hardware and software in the physical environment can be applied to other prototyping tools that support the creation of interactive and kinetic elements.
Iterative artistic exploration, mechanism building, and interaction programming are essential processes of prototyping interactive kinetic art (IKA). However, scattered tools and interwoven workfows across digital and physical worlds make the task diffcult. We present WIKA, an integrated environment supporting the whole creation process of IKA in the form of a layered picture frame in a single workspace. A projected AR system with a mobile device effciently makes an interactive tabletop. The projected information connected with physical components (e.g. sensors and motors) enables the programming and simulation on the workspace. Physical components are applied from the initial phase of prototyping using an AR plate, and this supports the iterative trial-and-error process by bridging the workfow. A user study shows that WIKA enabled non-experts to create diverse IKA with their ideas. A tangible interaction and projected information enable the iterative and rapid creation. The method that integrates the hardware and software in the physical environment can be applied to other prototyping tools that support the creation of interactive and kinetic elements.
[Publications]
Jeong, Y., Kim, HJ., Yun, G., & Nam, TJ. (2020, October). WIKA: A projected augmented reality workbench for interactive kinetic art. In Proceedings of the 33rd Annual ACM Symposium on User Interface Software and Technology (UIST '20). Association for Computing Machinery, New York, NY, USA, 999–1009. https://doi.org/10.1145/3379337.3415880
Jeong, Y., Kim, HJ., Yun, G., & Nam, TJ. (2020, October). WIKA: A projected augmented reality workbench for interactive kinetic art. In Proceedings of the 33rd Annual ACM Symposium on User Interface Software and Technology (UIST '20). Association for Computing Machinery, New York, NY, USA, 999–1009. https://doi.org/10.1145/3379337.3415880
정윤우, 김한종, 남택진, "인터랙티브 오토마타의 제작을 돕는 증강현실 도구", 한국HCI학회 학술대회, 소노벨 비발디파크 (강원도 홍천), KO, 2020.08.19
정윤우, 김한종, 남택진, "인터랙티브 오토마타 제작을 위한 증강현실 기반 도구", 한국디자인학회 2019 가을 학술대회, 일산 킨텍스, KO, 2019.11.09