EAGER: Field: A New Tool for Creative, Interdisciplinary Visualization of Data

该项目将证明，最初为计算机技术与表演和视觉艺术的高级整合而开发的创造力增强工具可以有效地用于要求苛刻的科学可视化应用程序。FIELD是一种软件开发工具，由数字艺术团体OpenEnded Group与几位著名的编舞和视觉艺术家合作开发和使用，将先进的计算机技术与表演艺术相结合。Field是一个元创作环境。它是一个开放源码编程环境，以这种方式构建，以支持调用特定于领域的工具、库和语言的跨学科项目，这些工具、库和语言具有最小的核心和强大的插件系统。外地行动是在广泛不同的跨学科项目背景下创建的；其目的是使其用户不仅能够快速工作，而且能够根据自己的需求广泛和灵活地塑造其外地环境。在该项目中，将修改现场软件开发环境，以支持无系绳世界星座小组与伦斯勒理工学院柯蒂斯·R·普里姆实验媒体和表演艺术中心(EMPAC)合作进行的数据可视化研究。该项目将使科学家、数字艺术家和人文学者受益。科学家将获得在重大利益领域传播科学技术信息的强大工具，从而造福于广大公众。通过更好地实现超大数据集的可视化，该项目将有助于使公民更容易访问和理解这些数据集。由于field使创建交互式可视化变得容易得多，所以市民可以主动探索这些复杂的模型，而不是被动地接收预先选择的一组结果。数字艺术家将获得一种工具，为创作包含非常大的数据集的作品提供新的主题领域和画布，例如那些对科学和人文感兴趣的作品，包括经济学、科学、人口学、医学和环境。

This project will demonstrate that creativity enhancing tools developed initially for advanced integration of computer technology with the performing and visual arts can be effectively oriented towards demanding scientific visualization applications. Field is a software development tool developed and used by the digital art collective the OpenEnded Group in collaboration with several noted choreographers and visual artists in the integration of advanced computer technology and the performing arts. Field is a meta-authoring environment. It is an open-source programming environment that has been architected in such a way to support interdisciplinary projects that call upon domain-specific tools, libraries, and languages that has a minimal core and a powerful plug-in system. Field was created in the context of widely divergent interdisciplinary projects; its aim is to give its users not only the ability to work rapidly, but to shape their Field environment extensively and flexibly for their own demands. In this project Field software development environment will be amended to support data visualization research from the Tetherless World Constellation group in collaboration with the Curtis R. Priem Experimental Media and Performing Arts Center (EMPAC) at Rensselaer Polytechnic Institute. This project will benefit scientists, digital artists, and humanity scholars. Scientists will gain a powerful tool for the dissemination of scientific and technological information in areas of vital interest and thus of benefiting the public at large. By enabling better visualizations of very large-data sets, the project will help make those data-sets far more accessible and comprehensible to citizens. Since Field makes it far easier to create interactive visualizations, citizens may actively explore these complex models rather than passively receive a pre-selected set of results. Digital artists will gain a tool that provides new subject areas and canvas for making works that incorporate very large data-sets such as those of interest to the sciences and humanities including economics, scientific, demographics, medical and environmental.