Sven Erdem, Peter Feuer-Forson, Jannis Maier, Felix Möller, Enrico Philip Ahlers, Valentin Stöcker, Fanny Zotter, Peter Baumgärtel, Jens Viefhaus
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引用次数: 0
摘要
我们介绍了RAYX，一种用于同步加速器应用的先进光学模拟软件，也是RAY/RAY- ui的继承者[Schäfers，在x射线和中子光学的现代发展中，由A. Erko， M. Idir， T. kriist和A. G. micheltte（施普林格，柏林，海德堡，2008）编辑]，第9-41页。RAYX提供了一个现代化的多功能平台，旨在解决和加速光束线设计、优化和数据分析的过程，包括机器学习方法。其目的是通过在广泛的电磁频谱和光学元件中提供准确和有效的模拟来协助同步加速器设施，包括即将到来的第四代同步加速器。本文介绍了RAYX的当前功能，包括其先进的光线跟踪算法，硬件优化，用于无缝集成到科学工作流程中的Python绑定，以及用于实时设计和可视化光束线的图形用户界面。
RAYX-An optics simulation software for synchrotron applications.
We present RAYX, an advanced optics simulation software for synchrotron applications and the successor to RAY/RAY-UI [Schäfers, in Modern Developments in X-Ray and Neutron Optics, edited by A. Erko, M. Idir, T. Krist and A. G. Michette (Springer, Berlin, Heidelberg, 2008)], pp. 9-41. RAYX offers a modern, versatile platform designed to address and accelerate the process in the beamline design, its optimization, and data analysis, including machine learning approaches. The aim is to assist synchrotron facilities, including the upcoming fourth generation of synchrotrons, by providing accurate and efficient simulations across a wide range of the electromagnetic spectrum and optical elements. This paper presents the current capabilities of RAYX, including its advanced ray tracing algorithm, hardware optimization, Python bindings for seamless integration into scientific workflows, and a graphical user interface for real-time design and visualization for beamlines.
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