We’re thrilled to announce the release of a new chapter, "System Dynamics and Dynamic Systems," from the forthcoming "The Big Book of AnyLogic." This chapter dives deep into the world of System Dynamics modeling, showcasing how AnyLogic extends traditional toolsets and opens up new possibilities for creating sophisticated, hybrid models.
The first part of the chapter offers a detailed exploration of the techniques and unique features that make AnyLogic a standout platform for System Dynamics modeling. Whether you're a seasoned modeler or just starting out, this chapter is designed to be both a practical handbook and a guide to mastering hybrid modeling environments.
What makes AnyLogic unique for system dynamics?
AnyLogic goes beyond the basics, empowering you to build modular, hierarchical, and object-oriented System Dynamics models. Imagine packaging System Dynamics components into AnyLogic active objects, parameterizing them, organizing them into reusable structures, and integrating them seamlessly into larger models. This flexibility allows you to create highly customizable and scalable simulations.
But that’s not all. AnyLogic truly shines in its ability to combine System Dynamics with other modeling paradigms, such as Discrete Event Simulation and Agent-Based Modeling. This hybrid approach enables you to model complex systems where continuous dynamics interact with discrete events, statecharts, process flowcharts, and agent populations.
For example, you can simulate a system where continuous processes are interrupted by a high volume of discrete events—all while maintaining accuracy and efficiency. This capability is invaluable for industries ranging from supply chain management to healthcare, where real-world systems often involve a mix of continuous and discrete elements.
Why this chapter matters?
This chapter isn’t just about theory–it’s a practical guide to unlocking the full potential of AnyLogic for System Dynamics modeling. You’ll learn how to:
- Build and organize stock and flow structures with ease.
- Leverage active objects to create reusable, modular components.
- Combine System Dynamics with discrete event and agent-based modeling for hybrid simulations.
- Simulate continuous dynamics accurately, even in the presence of frequent discrete events.
Start reading today!
Whether you’re looking to refine your System Dynamics skills or explore the possibilities of hybrid modeling, this chapter is your gateway to mastering these techniques in AnyLogic. We believe it will become an essential resource for modelers seeking to tackle complex, real-world problems with confidence.
