How do partitioned tier definitions operate?

Partitioned tier definitions are designed to create distinct layers or groups within a utility network where features have specific roles or attributes. When a feature is assigned to a specific tier, it typically means that it has a dedicated function or behavior that is separate from features in other tiers.

The correct understanding is that features within a partitioned tier are independent and can only exist in one tier at a time. This structure helps manage and differentiate the roles of various components in a utility network, ensuring that each feature behaves according to the defined parameters of its respective tier. This independence is crucial for maintaining clarity and functionality across the network, as it allows for targeted management and analysis of each tier's characteristics without overlap.

This design also helps to streamline processes, making it easier to enforce rules and conditions that are specific to particular types of infrastructure or systems. In contrast, options that suggest features can exist in multiple tiers or are permanently fixed do not align with the purpose and operational principles of partitioned tier definitions.