GeoGebra自动推理工具的开发

M. Abánades, F. Botana, Z. Kovács, T. Recio, C. Sólyom-Gecse
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引用次数: 34

摘要

在交互式几何环境(例如Java Geometry Expert, GeoGebra)中,已经投入了大量的精力来实现自动证明。然而,与之密切相关的自动发现概念几乎尚未被探索。这个软件演示将展示我们将自动发现功能整合到GeoGebra的成果,GeoGebra是一款拥有全球数千万用户的教育软件。作为主要结果,我们报告了一个新命令,目前在官方版本中可用,它允许自动发现由隐式条件定义的图中点的轨迹。这表示前一个命令的扩展,本质上类似,但仅限于由标准移动跟踪器结构定义的位置。我们的方案成功地自动化了动态几何中的“虚拟轨迹拖拽”。这使得初等几何中的一般用户可以使用循环猜想-检查-证明。
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Development of automatic reasoning tools in GeoGebra
Much effort has been put into the implementation of automatic proving in interactive geometric environments (e.g. Java Geometry Expert, GeoGebra). The closely related concept of automatic discovery, remains however almost unexplored. This software presentation will demonstrate our results towards the incorporation of automatic discovery capabilities into GeoGebra, an educational software with tens of millions of users worldwide. As main result, we report on a new command, currently available in the official version, that allows the automatic discovery of loci of points in diagrams defined by implicit conditions. This represents an extension of a previous command, similar in nature, but restricted to loci defined by the standard mover-tracer construction. Our proposal successfully automates the `dummy locus dragging' in dynamic geometry. This makes the cycle conjecturing-checking-proving accessible for general users in elementary geometry.
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