Limits on Dark Matter Compact Objects implied by Supermagnified Stars in Lensing Clusters CODE [MNRAS Submission]

Updated version of the code and the lens models used for the numerical results of the article 'Limits on Dark Matter Compact Objects implied by Supermagnified Stars in Lensing Clusters' (Claudi Vall Müller &amp; Jordi Miralda-Escudé, 2024).<i>Figures</i> and <i>Numerical results</i><i> </i>contain the outputs for the article. All outputs can be reproduced using the following Python Notebooks.<i>Figure 1 Separations plot.ipynb</i> generates Figure 1 of the paper.<i>Figure 2 Likelihood function.ipynb</i> generates Figure 2 of the paper.<i>Table 1 Lensing parameters.ipynb</i> computes the lensing parameters from the lens models (needs the heavy size file) to generate Table 1 (results are already available in 'Numerical Results')Each Python code works independently of the others.To reproduce the results, download the full <i>Limit on DM Compact Objects CODE</i><i>.zip</i> file. Its heavy size is due to the needed <i>Lens Models</i><i> </i>for the code.Claudi Vall Müller ([e-mail])11/11/2024

本资源为论文《引力透镜星系团中的超放大恒星对暗物质致密天体的限制》（Limits on Dark Matter Compact Objects implied by Supermagnified Stars in Lensing Clusters，Claudi Vall Müller 与 Jordi Miralda-Escudé，2024）数值结果所使用的代码与透镜模型（lens models）的更新版本。论文中的图表与数值结果包含了该研究的全部输出数据，所有输出结果均可通过以下Python Notebook文件复现：
1. Figure 1 Separations plot.ipynb 可生成论文的图1；
2. Figure 2 Likelihood function.ipynb 可生成论文的图2；
3. Table 1 Lensing parameters.ipynb 可基于透镜模型（lens models）计算透镜参数（需依赖大体积数据文件）以生成表1，相关结果已在「Numerical Results」文件夹中预先提供。
各Python代码均可独立运行，互不依赖。若需复现全部研究结果，请下载完整的Limit on DM Compact Objects CODE.zip压缩包，该压缩包体积较大是因为代码所需的透镜模型（lens models）文件体量较大。
联系人：Claudi Vall Müller（邮箱：[e-mail]）
更新日期：2024年11月11日