Yah Metric: Complementary Sections with Numerical Model and Simulation Parameters

This archive contains complementary sections to the original Yah Metric paper, providing a complete tensorial formulation of the structural state of space along with numerical parameters and computational models. It includes: The full structural tensor formula Yμν, combining Ricci curvature with elasticity, differentiation, and synchrony of space. A table of suggested initial values for simulation in stellar or planetary systems. Python code to simulate the structural density field around the Sun. Notes on future extensions, such as gravitational interactions between planets and increased structural gradients near massive bodies like Jupiter. This resource is intended for researchers interested in implementing or expanding the Yah Metric in numerical or visual simulations. It may be cited independently or integrated into the main paper. The material is designed to remain open for updates and collaboration.本归档文件包含《Yah Metric》（Yah度量）原论文的补充章节，完整呈现了空间结构状态的张量形式化表述，附带数值参数与计算模型。 其内容包括： 1. 完整的结构张量公式Y_μν，将里奇曲率（Ricci curvature）与空间的弹性、微分特性及同步性相结合。 2. 适用于恒星或行星系统模拟的建议初始值表格。 3. 用于模拟太阳周围结构密度场的Python代码。 4. 关于未来拓展方向的说明，例如行星间引力相互作用，以及木星等大质量天体附近增强的结构梯度。 本资源面向有兴趣在数值模拟或可视化模拟中实现或拓展Yah度量的研究人员。其内容可独立引用，亦可集成至主论文中。该材料预留了更新与协作的开放空间。