Automated Market Maker - Certification

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This diagram models a simulation of trading activities involving two types of tokens, referred to as $TOKEN_A and $TOKEN_B, within a liquidity pool framework. It embodies a dynamic economic system where these tokens can be sold and bought, affecting their circulation and respective values. The core of the diagram revolves around pools that represent the total circulating amounts of each token, transactions of buying and selling $TOKEN_A, and the calculations determining the price of $TOKEN_A in terms of $TOKEN_B, leveraging mathematical formulas to calculate outcomes based on trading activities.

In detail, the diagram incorporates mechanisms for selling $TOKEN_A to and buying $TOKEN_A from a liquidity pool, with specific pools dedicated to tracking the amounts of $TOKEN_A sold and bought. Two main source nodes facilitate the generation of $TOKEN_A sold and bought transactions per day, which are then processed through drains to remove these tokens from circulation daily, simulating a real-world trading environment. Furthermore, the system utilizes registers to compute the price of $TOKEN_A in $TOKEN_B, and to maintain a constant product formula (k) that aims to ensure liquidity and price stability within the pool. This model provides a sophisticated representation of token trading and liquidity provision, illustrating how market dynamics can influence token prices and availability.