A Bounded Inverse-Orifice PTO Force Law for a Two-Body Point Absorber: Peak-Force-Matched Evaluation Across Multiple Wave Conditions

This dataset contains the data, code, inputs, reported outputs, and provenance records supporting the revised manuscript, "A Bounded Inverse-Orifice PTO Force Law for a Two-Body Point Absorber: Peak-Force-Matched Evaluation Across Multiple Wave Conditions." The study evaluates a bounded inverse-orifice mechanical power-take-off (PTO) force law for the WEC-Sim Reference Model 3 two-body point absorber under frozen, peak-force-matched controller comparisons. The release includes: (i) the final clean manuscript and supplementary material, LaTeX source, bibliography, class dependencies, and production figure assets; (ii) frozen wave, seed, target-force, and selection records for the 17-holdout evaluation; (iii) project-owned WEC-Sim input and runner functions, controller models, and comparator implementations; (iv) results supporting fixed, clipped-damper, spring-damper, static nonlinear-orifice, causal adaptive-orifice, active-reactive, and constrained receding-horizon MPC comparisons; (v) independent-seed, selection-stability, schedule-transfer, boundary-probe, controller-parameter, hydrodynamic, and plant-bias evidence; and (vi) physical PTO, hydraulic feasibility, actuator-interface, and layered energy-ledger materials. All reported cross-controller outcomes are defined at the common mechanical PTO-force input and absorbed-mechanical-power port. The archive contains SHA-256 manifests and verification tools for file-integrity checking, together with a documented clean-room smoke workflow that replays an archived case at the stored parameter values. The verified execution environment is MATLAB R2026a Update 1 with Simulink and WEC-Sim v7.0.0, commit 7a0d324483bb40ec2f3be3e9186abadac2c09706. WEC-Sim is not redistributed; users should install a compliant copy and set WECSIM_ROOT before running the reproduction workflow. No proprietary data are included.本数据集包含支撑修订后手稿《双体点吸收器的有界反孔PTO力律：多波浪工况下峰值力匹配评估》的相关数据、代码、输入参数、报告输出结果以及溯源记录。该研究针对波浪能转换器模拟器(Wave Energy Converter Simulator, WEC-Sim)参考模型3双体点吸收器，在冻结控制器、峰值力匹配控制器的对比场景下，评估了一种有界反孔式机械动力输出装置(Power Take-off, PTO)力律。 本次发布的内容包括：(i) 最终定稿的整洁手稿及补充材料、LaTeX源码、参考文献列表、类依赖项以及成品图表素材；(ii) 用于17组留一评估的冻结波浪参数、随机种子、目标力及选择记录；(iii) 项目自研的WEC-Sim输入与运行函数、控制器模型及对比器实现代码；(iv) 支撑固定阻尼、限幅阻尼、弹簧阻尼、静态非线性孔口、因果自适应孔口、主动反作用以及约束后退预测模型预测控制(Model Predictive Control, MPC)等对比实验的结果数据；(v) 独立随机种子、选择稳定性、调度迁移、边界探测、控制器参数、水动力以及装置偏差相关的验证数据集；(vi) 物理PTO、液压可行性、执行器接口以及分层能源账本相关材料。 所有报告的跨控制器结果均定义于统一的机械PTO力输入端口与吸收机械功率端口。该归档文件包含用于文件完整性校验的SHA-256校验清单与验证工具，同时附带了可基于存储参数复现归档案例的文档化洁净冒烟复现工作流。 经验证的运行环境为MATLAB R2026a Update 1，搭配Simulink与WEC-Sim v7.0.0（提交哈希值：7a0d324483bb40ec2f3be3e9186abadac2c09706）。WEC-Sim未随本数据集一并分发，用户需自行安装合规版本，并在运行复现工作流前配置WECSIM_ROOT环境变量。本数据集未包含任何专有数据。