Data supporting the master thesis: Lyapunov's Exponents for Classical Spin Glass Shards

The raw experimental data for the master thesis `Classical and Quantum Chaos in Spin Glass Shards Models`. The research goal of this thesis project is to investigate the emergence of integrable and chaotic dynamics for a Spin Glass Shards model under the influence of a random transverse magnetic field. Each experiment is contained in an individual folder. Each experiment consists of one or more multiple runs, in the `runs` folder, which have the name of the data of the experiment on them. Each folder containing a run contains a `simulation_parameters.dat` file with all the simulation parameters and system parameters. In the `processed` folder there are several `.plt` or `.gnuplot` files that have been used to generate the figures used in the thesis using GNUPLOT. For some experiments there is a `process.py` script present that carries out some elementary postprocessing on the `.dat` files in the `runs` folder, and puts the resulting post processed data in the `processed` folder, which the render scripts then use. These python scripts run with any available python binary, such as Python 3.0, and have no dependencies on external libraries. The code for the simulations is contained in two Fortran files `main.f90` and `math_utilities.f90` which can be compiled with the attached Makefile in the dataset, the Fortran code is compiled with gfortran-14. Executing the Makefile results in a `simulation` binary which runs the simulation for a given set of command-line parameters.

本数据集为硕士学位论文《自旋玻璃碎片模型中的经典与量子混沌》（`Classical and Quantum Chaos in Spin Glass Shards Models`）的原始实验数据。本论文的研究目标为探究随机横向磁场作用下，自旋玻璃碎片（Spin Glass Shards）模型中可积动力学与混沌动力学的涌现特性。每项实验均存储于独立文件夹中。每项实验包含一个或多个运行批次，所有运行批次均存于`runs`文件夹内，文件夹以实验日期命名。每个存储运行批次的文件夹中，均包含`simulation_parameters.dat`文件，该文件记录了全部仿真参数与系统参数。在`processed`文件夹中，存有若干用于借助GNUPLOT生成论文配图的`.plt`或`.gnuplot`脚本文件。部分实验配套有`process.py`脚本，可对`runs`文件夹内的`.dat`文件执行基础后处理，并将经后处理得到的数据存入`processed`文件夹，供绘图脚本调用。该Python脚本可通过任意可用的Python二进制程序运行（如Python 3.0及以上版本），且无需依赖任何外部库。仿真代码包含两个Fortran源文件：`main.f90`与`math_utilities.f90`，可通过数据集中附带的Makefile进行编译，该Fortran代码需使用gfortran-14编译器完成编译。执行Makefile将生成`simulation`可执行文件，该程序可针对指定的命令行参数集运行仿真实验。