Genesis in Plaster: Designing and Making the Long Gallery at Lanhydrock
Genesis in Plaster: Designing and Making the Long Gallery at Lanhydrock
批准号:
AH/Z50578X/1
负责人:
Peter Bokody
金额:
$9.93万
依托单位:
依托单位国家:
英国
项目类别:
Research Grant
财政年份:
2024
资助国家:
英国
项目状态:
未结题
起止时间:
2024 至 --
中文摘要
该研究项目汇集了数字技术和艺术历史分析,用于Lanhydrock House(National Trust)长画廊中石膏天花板的研究和传播。它提供了一个新的模式来解释这个关键的纪念碑,有可能改变西南部几个类似的网站的公共角色。石膏制品代表了17世纪世纪西部国家的艺术遗产的重要组成部分。精致的天花板和壁炉架是传达宗教、社会、家庭、性别和环境等复杂观点的关键。它们由现成的材料制成,代表了后宗教改革时期英国真正的地方形象制作实践。在Lanhydrock House的Long Gallery中的创世纪周期,在116英尺长,20英尺宽的桶形拱顶上有36个大型叙事场景,一直被认为是这一传统的核心。尽管它具有潜在的全球意义,但天花板在专业圈子之外鲜为人知,我们对其委托,设计和制作的了解仍然有限。这是一个时间敏感的项目:国家信托基金会正在着手于2024年恢复天花板,并与普利茅斯大学合作,对筒形拱顶进行全三维数字和激光扫描(修复前、修复中和修复后)。从艺术史和数字遗产领域调整方法,石膏中的创世纪跨学科项目将改变对天花板的理解和公众的看法。在设计方面,该项目的重点是对一组视觉来源的新识别,这些来源激发了《创世纪》丰富的解释。这些艺术历史发现与数字遗产调查结合在一起。该项目将使用先进的3D激光扫描技术,以前所未有的细节揭示石膏制品。这将为场景的材料创作和图像设计提供新的见解,建立天花板的国际进口。Lanhydrock House的创世纪周期的重新解释将激发西南部17世纪世纪石膏制品的研究,因为它将为分析其材料性和图像学提供一个新的坚实起点。数字扫描调查天花板的过程也将成为Lanydrock一系列影响活动的基础,直接为2025年3月的新游客路线和体验提供信息。3D模型将被集成到C中。20分钟长的电影,关于长画廊在平面屏幕和圆顶格式。平面屏幕版本将显示在国家信托网站和Lanhydrock。圆顶版本将在英国和海外的沉浸式场地展出(首次放映在普利茅斯市场大厅)。这两种设置都将包括1:1比例的有形3D打印。所有数字输出和3D扫描(摄影测量,激光雷达扫描和渲染版本)将在普利茅斯大学开放获取。
英文摘要
This research project brings together digital technology and art historical analysis for the study and dissemination of the plaster ceiling in the Long Gallery at Lanhydrock House (National Trust). It offers a new model for the interpretation of this key monument which has the potential to transform the public role of several similar sites in the Southwest.Plasterwork represents a significant part of the West Country's artistic heritage in the 17th century. Elaborate ceilings and mantelpieces were key in communicating complex views on religion, society, family, gender, and the environment. Made from readily available materials, they represent a genuinely local practice of image-making in post-Reformation Britain. The Genesis cycle in the Long Gallery at Lanhydrock House with its 36 large narrative scenes on a 116 feet long and 20 feet wide barrel vault has always been recognized as the centerpiece of this tradition. Despite its potential global significance, the ceiling is little-known beyond specialist circles and our knowledge of its commission, design, and making remains limited. This is a time-sensitive project: the National Trust is embarking on the restoration of the ceiling in 2024 and it has partnered up with the University of Plymouth to conduct full 3D digital and laser scans of the barrel vault (before, during, and after the restoration).Adapting methodologies from the field of art history and digital heritage, the Genesis in Plaster interdisciplinary project will transform the understanding and public perception of the ceiling. In terms of the design, the project focuses on the new identification of a set of visual sources that inspired the rich depictions of the Book of Genesis. These art historical findings are brought together with digital heritage surveys. The project will use cutting-edge 3D laser scanning to reveal the plasterwork in unprecedented detail. This will offer new insights into the material creation of the scenes and the design of their iconography, establishing the ceiling's international import. The reinterpretation of Genesis cycle at Lanhydrock House will galvanize the study of 17th century plasterwork in the Southwest since it will offer a new and solid starting point for the analysis of their materiality and iconography.The process of digital scanning to investigate the ceiling will also be the foundation for a series of impact activities at Lanydrock, directly informing the new visitor route and experience from March 2025. The 3D model will be integrated into c. 20 min long film about the Long Gallery in flat screen and dome formats. The flat screen version will be displayed on the National Trust website and at Lanhydrock. The dome version will be shown at immersive venues in the UK and overseas (first screening at Market Hall, Plymouth). Both settings will include 1:1 scale tangible 3D prints. All digital outputs and 3D scans (photogrammetry, lidar scans and render versions) are to be deposited open access at University of Plymouth.
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