WIKA: A Projected Augmented Reality Workbench for Interactive Kinetic Art
WIKA: A Projected Augmented Reality Workbench for Interactive Kinetic Art
复制标题
WIKA：用于交互式动态艺术的投影增强现实工作台
DOI：
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发表时间：
2020
期刊：
影响因子：
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通讯作者：
T. Nam
中科院分区：
文献类型：
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作者：
Yunwoo Jeong;Han;Gye;T. Nam
迭代艺术探索、机制构建和交互编程是交互式动态艺术（IKA）原型制作的基本过程。然而，数字世界和物理世界中分散的工具和交织的工作流程使这项任务变得困难。我们推出 WIKA，这是一个集成环境，以单个工作区中分层相框的形式支持 IKA 的整个创建过程。带有移动设备的投影 AR 系统可以有效地制作交互式桌面。与物理组件（例如传感器和电机）连接的投影信息可以在工作空间上进行编程和模拟。从原型设计的初始阶段就使用 AR 板应用物理组件，这通过桥接工作流程支持迭代试错过程。一项用户研究表明，WIKA 使非专家能够用他们的想法创建多样化的 IKA。有形的交互和投影的信息使得迭代和快速的创建成为可能。在物理环境中集成硬件和软件的方法可以应用于其他支持交互和动态元素创建的原型设计工具。
Iterative artistic exploration, mechanism building, and interaction programming are essential processes of prototyping interactive kinetic art (IKA). However, scattered tools and interwoven workflows across digital and physical worlds make the task difficult. 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 efficiently 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 workflow. 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.
StoryBlocks：一款用于创建易于理解的音频故事的有形编程游戏
DOI：
10.1145/3290605.3300722
发表时间：
2019
期刊：
Proceedings of the 2019 CHI Conference on Human Factors in Computing Systems (CHI 2019
影响因子：
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作者：
Koushik, Varsha;Guinness, Darren;Kane, Shaun K.
通讯作者：
Kane, Shaun K.