![]() 3 Particularly, the integration of passive and active design technologies in the building envelope is gaining attention from the research and development community. 1, 2 Several innovative building envelope technologies and concepts have been proposed as solutions to improving indoor comfort conditions and reducing the environmental impact during the life cycles of buildings. At the same time, from an environmental perspective, there is a need to reduce building energy consumption and neutralize building-related environmental impacts. ![]() From a social perspective, there is a need to achieve a high level of user well-being and indoor environmental quality (IEQ). The future of the sustainability of buildings is influenced by three challenging factors. The new categorization and framework articulate the multifunctionality and performance requirements of facade technologies including smartness, automation, comfort, and well-being. The research provides insights on future delivery processes and the future structural trends of adaptive facades. Overall, this methodology yields new and rich qualitative knowledge related to adaptive facades however, it has certain limitations, such as being time-consuming. The results categorize the adaptive facade technologies under four promising families and present a conceptual framework that identifies human-centered design, smart building operating systems, service-driven solutions, circularity, and materials as the main drivers of the facade technological advancements. In-depth interviews with 27 international adaptive facade experts were conducted with a focus on the European context. Our research methodology includes a literature review expert interviews and content analysis. To address these limitations, this paper proposes a novel conceptual framework and technological classification for adaptive facades in the future. However, traditional literature review studies do not necessarily provide deep insights into the future trends of adaptive facade technologies. * Intel: at least 1.8GHz Core Solo or faster.There is a growing interest in adaptive facade technologies to counter overheating problems and well-being concerns in smart and high-performance buildings. * PowerPC: at least 2.0GHz G4/G5 processor (at least 1.0GHz if multiple CPUs) By the end of this intense one-act play you will have changed the course of Grace and Trip's lives - motivating you to re-play the drama to find out how your interaction could make things turn out differently the next time. No one is safe as the accusations fly, sides are taken and irreversible decisions are forced to be made. During an evening get-together at their apartment that quickly turns ugly, you become entangled in the high-conflict dissolution of Grace and Trip's marriage. You, the player, using your own name and gender, play the character of a longtime friend of Grace and Trip, an attractive and materially successful couple in their early thirties. Façade was publicly released as a freeware download / cd-rom in July 2005. Within this architecture we have built a dramatically interesting, real-time 3D virtual world inhabited by computer-controlled characters, in which the player experiences a story from a first-person perspective. Integrating an interdisciplinary set of artistic practices and artificial intelligence technologies, we have completed a five year collaboration to engineer a novel architecture for supporting emotional, interactive character behavior and drama-managed plot. An attempt to move beyond traditional branching or hyper-linked narrative to create a fully-realized, one-act interactive drama.
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