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The Spinel Explorer—Interactive Visual Analysis of Spinel Group Minerals

机译:尖晶石资源管理器-尖晶石族矿物的交互式视觉分析

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Geologists usually deal with rocks that are up to several thousand million years old. They try to reconstruct the tectonic settings where these rocks were formed and the history of events that affected them through the geological time. The spinel group minerals provide useful information regarding the geological environment in which the host rocks were formed. They constitute excellent indicators of geological environments (tectonic settings) and are of invaluable help in the search for mineral deposits of economic interest. The current workflow requires the scientists to work with different applications to analyze spine data. They do use specific diagrams, but these are usually not interactive. The current workflow hinders domain experts to fully exploit the potentials of tediously and expensively collected data. In this paper, we introduce the Spinel Explorer—an interactive visual analysis application for spinel group minerals. The design of the Spinel Explorer and of the newly introduced interactions is a result of a careful study of geologists' tasks. The Spinel Explorer includes most of the diagrams commonly used for analyzing spinel group minerals, including 2D binary plots, ternary plots, and 3D Spinel prism plots. Besides specific plots, conventional information visualization views are also integrated in the Spinel Explorer. All views are interactive and linked. The Spinel Explorer supports conventional statistics commonly used in spinel minerals exploration. The statistics views and different data derivation techniques are fully integrated in the system. Besides the Spinel Explorer as newly proposed interactive exploration system, we also describe the identified analysis tasks, and propose a new workflow. We evaluate the Spinel Explorer using real-life data from two locations in Argentina: the Frontal Cordillera in Central Andes and Patagonia. We describe the new findings of the geologists which would have been much more difficult to achiev- using the current workflow only. Very positive feedback from geologists confirms the usefulness of the Spinel Explorer.
机译:地质学家通常会处理长达数十亿年历史的岩石。他们试图重建这些岩石形成的构造环境以及在整个地质时期内影响它们的事件的历史。尖晶石族矿物提供了有关形成母岩的地质环境的有用信息。它们构成了地质环境(构造环境)的极好指标,对于寻找具有经济意义的矿藏具有极大的帮助。当前的工作流程要求科学家与不同的应用程序一起分析脊柱数据。它们确实使用特定的图,但是这些图通常不是交互式的。当前的工作流程阻碍了领域专家充分利用繁琐而昂贵的数据的潜力。在本文中,我们介绍了尖晶石资源管理器-尖晶石族矿物的交互式视觉分析应用程序。尖晶石资源管理器和新引入的交互的设计是对地质学家任务进行认真研究的结果。尖晶石资源管理器包含大多数通常用于分析尖晶石族矿物的图,包括2D二元图,三元图和3D Spinel棱镜图。除了特定的绘图外,常规信息可视化视图还集成在Spinel Explorer中。所有视图都是交互式和链接的。尖晶石资源管理器支持尖晶石矿物勘探中常用的常规统计信息。统计视图和不同的数据推导技术完全集成在系统中。除了作为新提议的交互式探索系统Spinel Explorer之外,我们还描述了已识别的分析任务,并提出了新的工作流程。我们使用来自阿根廷两个地点的实地数据对尖晶石资源管理器进行了评估:安第斯中部的正面山脉和巴塔哥尼亚。我们描述了地质学家的新发现,仅使用当前的工作流程就很难实现。地质学家非常积极的反馈证实了尖晶石资源管理器的有用性。

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