Dataset supporting the MSc thesis: Coastalock™ Performance on a Permeable Breakwater Slope

The following dataset contains the underlying data utilized in completing the MSc thesis titled 'Coastalock™ Performance on a Permeable Breakwater Slope: Model Test on the Influence of a Permeable Core, Unit Modifications, and Toe Support on the Hydraulic Performance of an Ecological Armour Unit.' This dataset not only provides an overview of all obtained results but also encompasses various other aspects.<br>Included in the dataset is information on the materials used for constructing the physical scale model and their respective characteristics. Additionally, the dataset comprises raw outputs from wave gauges, including voltage factors utilized for measuring wave characteristics and water level increase in the overtopping basin.Furthermore, the dataset contains 3D models generated using Agisoft Metashape, CloudCompare, and Open3D, employing a Structure From Motion (SfM) methodology, which was instrumental in monitoring armour layer movement.<br>To ensure proper data interpretation and effective use, it is recommended to familiarize oneself with the content presented in the MSc thesis and read the instructions provided alongside the dataset.

本数据集为完成题为《透水防波堤坡面上的Coastalock™性能：透水芯体、单元改造及趾部支撑对生态护面单元水力性能影响的模型试验》的硕士学位论文所使用的原始数据。本数据集不仅汇总了全部试验所得结果，还涵盖了多维度的相关内容。
数据集包含物理缩尺模型的建造材料及其各项特性相关信息；此外，还收录了测波仪的原始输出数据，其中包括用于测量波浪特性的电压系数，以及越浪池内的水位增量数据。
此外，数据集还包含通过运动恢复结构（Structure From Motion, SfM）方法，借助Agisoft Metashape、CloudCompare及Open3D生成的三维模型，该模型可有效监测护面层的位移情况。
为确保数据的正确解读与高效利用，建议使用者先熟悉该硕士学位论文中的相关内容，并仔细阅读数据集附带的使用说明。