The fidelity of play in aggregate level simulation events is typically what when compared to entity level simulation events?

In the context of simulation, fidelity refers to the accuracy and realism of the simulation in representing the real-world system it models. When comparing aggregate level simulation events to entity level simulation events, aggregate simulations deal with large groups or collections of entities rather than tracking individual entities in detail.

As a result, aggregate level simulations often simplify the interactions and behaviors of those entities to represent overall trends or patterns. This simplification leads to a reduced level of detail and nuance in how individual behaviors impact the system, which results in lower fidelity.

In contrast, entity level simulations capture the behaviors and interactions of individual entities, providing a richer and more detailed representation of the system. This higher level of detail in entity level simulations means that while they may require more computational resources, they offer a more accurate depiction of the dynamics at play.

Overall, the nature of aggregate modeling inherently involves trade-offs in detail and accuracy, leading to lower fidelity in the representation of complex systems compared to entity-based simulations.