Co-Production of alternative views of lost heritage

该项目侧重于利用社区的创新能力，在社区和研究人员之间提供变革性的参与和研究成果：使（众包）共同生产遗产数据成为可能。使用摄影测量技术，我们利用无处不在的相机（在社区手中）拍摄文物和环境，并将其上传到我们的服务器，转换为3D模型（通过自动和在线摄影测量服务器），并以开放文件格式存储，与元数据一起，通过Archwilio存档在威尔士的公共HER中。这一过程通过“记录”保存了遗产、元数据及其位置的2D照片和3D模型档案。将数据保存在HER中可以提供数据的长期可持续性。将重点放在摄影测量而不是激光扫描上，可以使遗产档案的共同制作和更广泛的遗产覆盖范围：与没有社区参与的情况相比，可以扫描的对象更多，而且成本更低。我们将研究和开发一种“维基百科”式的审核结构，使有经验的用户成为版主，对内容进行认证和审核，创造一个自我审核、自我维持和持久的过程。这种模式将产生“遗产学家”。我们将创建替代视图：使用3D打印（快速原型）来生成数据的3D物理模型，并将研究如何创建一种新颖的多点触摸和有形桌面显示，该显示使用3D打印对象作为有形输入设备来操纵和探索桌面交互以及多点触摸。例如，使用增强现实代码，表格将注意到有形对象的存在，并根据放置在表格上的对象改变可视化的内容。有形的桌子将成为我们展览的中心，使公众能够以一种新颖而令人兴奋的方式查看和操纵信息，并使研究人员能够讨论和探索对过去的不同解释。

This project focuses on harnessing the creative capacities of communities to provide transformational engagements and research production between communities and researchers: to enable (crowd sourced) co-production of heritage data. Using photogrammetry techniques, we utilize the ubiquity of the camera (in the hands of the communities) to photograph heritage artefacts and environments that are uploaded to our server, transformed to 3D models (through an automatic and online photogrammetry server), and stored in open file formats, with metadata, and archived in the public HER of Wales, via Archwilio. This process preserves 'by record' an archive of 2D photographs and 3D models of the heritage, metadata and their locations. Saving the data in the HER provides long-term sustainability of the data. Focusing on photogrammetry rather than laser scanning enables the co-production of the heritage archive and a broader coverage of the heritage: more objects to be scanned than would be ever possible without the community involvement, and at low cost. We will research and develop a 'wikipedia' style moderation structure, enabling experienced users to become moderators, to authenticate and moderate the content, to create a self-moderating and self-sustaining and enduring process. This model will create "heritage-pedians".We will create alternative views: use 3D-printing (rapid prototyping) to generate 3D physical models of the data, and will research how to create a novel multi-touch and tangible tabletop display, that uses the 3d-printed objects as tangible input devices to manipulate and explore the table-top interaction along with multi-touch. I.e., using augmented reality code, the table will notice the presence of a tangible object and alter the content of the visualization based on the object placed on the table. The tangible table will form the centrepiece of our exhibition, and enable the public to view and manipulate the information in a novel and exciting way, and enable researchers to discuss and explore different interpretations of the past.