SimulationStacks

SimulationStacks is a framework designed to facilitate the creation and execution of complex simulations. It provides a modular architecture allowing users to assemble different simulation components and manage their interactions. The core idea behind SimulationStacks is to abstract away low-level implementation details, enabling researchers and developers to focus on the logic and parameters of their simulations.

The framework typically consists of several layers. A foundational layer handles the management of simulation state and time. Above this, components for modeling physical processes, agent behaviors, or other relevant phenomena can be integrated. An interface layer allows for interaction with the simulation, including input of initial conditions and retrieval of output data. SimulationStacks aims to support various simulation paradigms, such as discrete-event simulation and agent-based modeling, by offering flexible configuration options.

Key features often found in SimulationStacks include tools for parallelization and distributed computing, which are crucial for accelerating computationally intensive simulations. It also emphasizes reproducibility by providing mechanisms for logging simulation runs and replaying them. The objective is to offer a robust and extensible platform for scientific research, engineering analysis, and educational purposes, where creating and experimenting with simulated environments is essential.