Istituto Nazionale di Geofisica e Vulcanologia, Via di Vigna Murata 605, 00143 Rome, Italy.
Sci Rep. 2017 Mar 14;7:44171. doi: 10.1038/srep44171.
In this paper, the first version of the software SEDA (SEDAv1.0), designed to help seismologists statistically analyze earthquake data, is presented. The package consists of a user-friendly Matlab-based interface, which allows the user to easily interact with the application, and a computational core of Fortran codes, to guarantee the maximum speed. The primary factor driving the development of SEDA is to guarantee the research reproducibility, which is a growing movement among scientists and highly recommended by the most important scientific journals. SEDAv1.0 is mainly devoted to produce accurate and fast outputs. Less care has been taken for the graphic appeal, which will be improved in the future. The main part of SEDAv1.0 is devoted to the ETAS modeling. SEDAv1.0 contains a set of consistent tools on ETAS, allowing the estimation of parameters, the testing of model on data, the simulation of catalogs, the identification of sequences and forecasts calculation. The peculiarities of routines inside SEDAv1.0 are discussed in this paper. More specific details on the software are presented in the manual accompanying the program package.
本文介绍了一款名为 SEDA（SEDAv1.0）的软件的第一个版本，该软件旨在帮助地震学家对地震数据进行统计分析。该软件包由一个基于 Matlab 的用户友好界面组成，允许用户轻松地与应用程序交互，以及一个用 Fortran 代码编写的计算核心，以保证最快的速度。推动 SEDA 发展的主要因素是保证研究的可重复性，这是科学家们越来越重视的一个趋势，也是最重要的科学期刊所强烈推荐的。SEDAv1.0 的主要目的是生成准确和快速的输出。在图形吸引力方面的关注较少，这将在未来得到改进。SEDAv1.0 的主要部分用于 ETAS 建模。SEDAv1.0 包含了一组用于 ETAS 的一致工具，允许对参数进行估计、对数据进行模型测试、对目录进行模拟、对序列进行识别以及进行预测计算。本文讨论了 SEDAv1.0 内部例程的特点。关于该软件的更具体细节，请参见随程序包提供的手册。
