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Rohinni lightpaper10/30/2022 ![]() If this is not addressed, the resulting field may consist of undirected, research-focused hardware with little real world value to users. Due to the prototypical nature of shape-change, there is no specific current practice of User-Centred Design (UCD). Whilst the drive to develop novel hardware is vital, this usually occurs without consultation of end-users. As is often the case with other novel hardware, the current research focus is on iterative hardware design, with devices taking many years to reach potential markets. Shape-changing interfaces are a novel computational technology which incorporate physical, tangible, and dynamic surfaces to create a true 3-Dimensional experience. As a major contribution, we want to demonstrate the feasibility of IllumiPapers systematic feedback repertoire for real-world applications and share hands-on experiences with the IllumiPaper research platform consisting of a paper-controller, digital pen and printed illuminated, digitally controlled papers with the German HCI community. These advanced fabrication methods enable paper illuminations with a high degree of quality and integration. ![]() In contrast to our prior work, we present an extended version of our augmented paper sheets that are entirely printed with emerging conductive and electroluminescent thin-film technologies. ![]() We aim to visually support typical paper-related tasks by providing active visual feedback that is directly integrated into standard paper and thereby eliminate the problem of visual inconsistencies between physically written content and associated digital information. In this paper, we demonstrate IllumiPaper: A system that combines new forms of paper-integrated feedback with digital pen-and-paper solutions to address the lack of dynamic visual feedback in digital pen applications. ![]()
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