Copy of Conversions

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This diagram is a dynamic system designed to simulate a complex economic or resource management scenario characterized by the flow, conversion, and consumption of resources. At its core, the system includes various mechanisms for generating resources (Sources), storing them (Pools), converting between different types or amounts (Converters), evaluating conditions (State Connections), and ultimately consuming or draining resources (Drains). 

Resources are initiated by Source nodes, which can be activated on start or by specific triggers within the system. These resources are then channeled through a network of Pools, where they can be stored temporarily. Gates within the system direct the flow of these resources based on conditional logic, rerouting resources to Converters for processing or transformation into different states or quantities. Converters play a crucial role in altering the resource flow dynamics by enabling the multiplication or conversion of resources before they are redistributed to Pools again or sent to Drains where resources are permanently removed from the system. Additionally, Registers implement mathematical computations based on the current state of resources, influencing the system's behavior dynamically. This interplay of generation, storage, conversion, and consumption mimics real-world systems where resources are constantly in flux, subject to conditions and processing that change their form or value.