Automated Rock Paper Scissors

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Description
Game of RPS with 10x10 Pool art images and points calculator 
--- Auto-Generated Description---
This diagram represents a complex game interaction system, designed to model a Rock-Paper-Scissors game combined with a resource-management mechanic. The game involves players choosing between rock, paper, or scissors, and based on their choices, resources are distributed, consumed, or lost. It incorporates sources that generate infinite resources symbolizing the game choices (rock, paper, scissors) and pools that accumulate these resources. The drains represent conditions where resources can be lost or used up, affecting the game's state and outcome.

The diagram uses gates to control the flow of resources, acting as decision points that determine the paths resources take based on certain conditions, which could simulate the logic of winning or losing a round. Registers are employed to calculate and keep track of the game's state, providing the necessary logic to determine winners or change states based on the accumulated resources. A comprehensive system of resource and state connections meticulously models the flow of the game, ensuring that every possible outcome is accounted for, from the initial choices to the final results of the game rounds.

This setup allows for the simulation of a Rock-Paper-Scissors game fully integrated with a resource management system, capable of running different scenarios and outcomes based on player interactions and choices. The intricate connections and nodes work together to provide feedback and adapt to the changing conditions, simulating a dynamic and interactive game environment.

--- Auto-Generated Description ---
This diagram represents a simulation of a rock-paper-scissors game with additional mechanisms for tracking wins, losses, and draws. At its core, the diagram contains sources that symbolize the possible choices of rock, paper, and scissors, which feed into a complex system of pools and drains to calculate the outcomes of game rounds. Through intricate connections involving state triggers and registers, the diagram tallies the results, determining whether the left side wins, the right side wins, or if a draw occurs. Registers compute the state changes, based on the input choices, to update the corresponding win or draw counters.

The system features an automation element, where resets and new games are triggered by specific conditions, ensuring continuous play without manual input between rounds. This automation is facilitated by gates that manage the flow of resources (representing the game's outcomes) and by registers calculating the overall game state. The calculated outcomes are represented in designated pools that count cumulative wins for each side and draws, showcasing the dynamic nature of the diagram in simulating numerous rounds of rock-paper-scissors. This setup does more than just declare winners; it provides insight into patterns and probabilities within the game over time, making it a comprehensive tool for analysis and demonstration of game theory principles.
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