In this paper, we propose a simulation model of spacetime as a discrete model of physical space. The model is based on the ideas of Stephen Wolfram and uses non-numerical modelling. The simulation model is described as an ontology. We use object-oriented simulation (OOS), but the model is also suitable for agent-based simulation (ABS). We use UML2 SP (UML Scientific Profile), an object-oriented simulation language used in scientific fields. This paper describes several experiments that demonstrate time dilation and dynamic relativistic effects. The reproducibility of experimental results can be verified. We provide a link to the repository in this paper. The model is implemented in Python.

中文翻译：

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具有闵可夫斯基度量的时空模拟模型

在本文中，我们提出了一个时空模拟模型作为物理空间的离散模型。该模型基于 Stephen Wolfram 的思想并使用非数值建模。仿真模型被描述为一个本体。我们使用面向对象的模拟 (OOS)，但该模型也适用于基于代理的模拟 (ABS)。我们使用UML2 SP（UML Scientific Profile），一种用于科学领域的面向对象的模拟语言。本文描述了几个证明时间膨胀和动态相对论效应的实验。可以验证实验结果的再现性。我们在本文中提供了存储库的链接。该模型是用 Python 实现的。