Weighing geophysical data with trans-dimensional algorithms: An earthquake location case study

THIS REPOSITORY CONTAINS THE SOURCE CODE for publication: AUTHORS: Piana Agostinetti, N., A. Malinverno, T. Bodin, C. Dahner, S. Dineva and E. Kissling TITLE: Weighing geophysical data with trans-dimensional algorithms: An earthquake location case study JOURNAL: Geophysical Research Letters YEAR: 2023 The repository contains a FORTRAN source code which implements the algorithm presented in the publication, namely the trans-dimensional sampling of the Data Space for the location of a seismic event. All innovation, formulas and details are given in the publication. The code can be used to reproduce all the results obtained in the paper, for one of the real-world cases presented in the manuscript, the "blast" event, i. e. a man-made controlled explosion occurred in a well-known position of a mine (for which the data and all necessary information are given).

本仓库包含以下已发表成果的源代码：
作者：N. Piana Agostinetti、A. Malinverno、T. Bodin、C. Dahner、S. Dineva 与 E. Kissling
论文标题：《基于跨维度算法（trans-dimensional algorithms）的地球物理数据权重赋值：以地震定位为例》
期刊：Geophysical Research Letters
发表年份：2023年

本仓库包含实现该论文所提算法的FORTRAN源代码，即用于地震事件定位的数据空间跨维度采样（trans-dimensional sampling）算法。论文中已完整给出所有创新点、公式与技术细节。
本代码可用于复现论文中所述真实案例的全部实验结果，即"爆破事件（blast event）"：该事件为发生在某知名矿区已知位置的人工可控爆炸，相关数据与所有必要信息均已提供。