PAN

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This diagram represents a complex resource management and allocation model for a scenario involving multiple cities, each with specific resource requirements. The resources managed within this simulation include Money, Medicine, Food, Water, Fuel, and Materials. These resources originate from Source nodes and are distributed to various pools, representing different aspects of the city's needs, such as Medicine Pool, Food Pool, Water Pool, Fuel Pool, and Materials Rations. The cities have distinct requirements for each resource to function optimally, indicated by the specific amounts needed for Medicine, Food, Water, Fuel, and Materials.

The model incorporates a dynamic pricing mechanism for resources, affected by the supply and demand within the system. This is evidenced by nodes designed to adjust prices based on the available stock of resources, with formulas like "PriceUpStockDown" suggesting that prices increase as the availability of resources decreases. Converters are used to transform one resource type into another, simulating processes like production or consumption that alter resource states. Delays and state connections manage the timing and conditions for resource flow and transformations, reflecting real-world logistical and operational constraints. The inclusion of various pools for different cities, each with automatic and interactive activations, signifies the interaction between supply chains and urban demands, creating a layered approach to analyzing and optimizing resource distribution and economic models within a simulated environment.