Mini Loop - Mortal Kombat 11

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This diagram simulates a combat scenario between two players, using a rock-paper-scissors mechanic with additional complexity introduced through attack types. Players can perform actions such as block, grab, and attack, each countering the other in a cyclical fashion. Additionally, the diagram incorporates subtypes of attacks—overhead, high, and low—that introduce a mini-loop of interactions where one type beats another, similar to the primary mechanics but within the attack category itself.

The decision-making process for each player's move is facilitated through automatic and player-driven gates, leading to pools that represent the moves chosen by each player. The outcomes of these interactions, influenced by the rules governing the combat mechanics, are analyzed by registers that compute the result based on the moves' effectiveness against each other. This system inherently balances strategy and randomness, requiring players to anticipate their opponent's moves while contending with the uncertainty of attack subtypes. Through its complex network of gates, pools, and connections, the diagram models the dynamic and variable outcomes of a competitive interaction, reflecting the unpredictable nature of player strategies in combat games.