NeuroTensor Docs
  • 🧠What is NeuroTensor and how does it work?
  • Overview
    • 🧬NeuroTensor: Revolutionizing Blockchain with AI-Driven Data Transmission
    • 🔁Introduction to the NeuroTensor Ecosystem
    • 🔌Main Core
    • 🔭NeuroTensor: An Innovative Approach to Blockchain Integration
  • Additional Information
    • 📎Important Links
  • 🦾Guide to AI-Driven Smart Contract Automation
    • AI Bot Configuration
    • Use of $NTR Tokens in Automation
    • Automation in DeFi Yield Farming
    • Ensuring Security and Verification
    • Conclusion: Insights and Practical Applications
    • Disclaimer
  • 🕹️Advanced AI-Powered Gaming Solutions
    • AI-Driven Gaming Automation
    • Continuous Monitoring and In-Game Event Activation
    • Data Transmission and In-Game Execution
    • Use of $NTR Tokens in Gaming Automation
    • Automating In-Game Purchases
    • Enhancing Security and Fair Play
    • Benefits and Conclusion
    • Disclaimer
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  1. Advanced AI-Powered Gaming Solutions

AI-Driven Gaming Automation

Mechanics:

  1. User Interface and Dashboard:

    • Game Integration Interface: Users access a specialized dashboard to integrate AI bots into gaming platforms. This interface allows specifying game conditions, setting parameters, and defining the sequence of actions for the AI bots.

    • Condition Specification: Users input specific conditions for the bot to monitor in the gaming environment. These conditions can include in-game events, player actions, or specific game states. The conditions are defined using a combination of preset options and custom inputs.

    • Action Sequence Definition: Users define a multi-step sequence of actions for the bot to execute once the specified conditions are met. These actions can include in-game interactions, player assistance, or automated responses.

  2. Bot Programming:

    • Script Creation: Users create scripts using a programming language or a graphical interface to define the bot’s behavior in the gaming environment. The programming environment supports conditional logic, loops, and functions for complex in-game operations.

    • Integration with Game APIs: Bots are linked to specific game APIs. This involves defining the game server addresses and the methods the bots will call.

Example Code:

// Define the interface for interacting with the game server
interface IGameServer {
    function executeGameAction(uint256 playerId, uint256 actionId) external;
}

// Bot configuration example
contract GameBotConfig {
    address public gameServerAddress;
    IGameServer gameServer;

    mapping(address => uint256) public playerConditions;
    uint256 public currentGameState;

    constructor(address _gameServerAddress) {
        gameServerAddress = _gameServerAddress;
        gameServer = IGameServer(_gameServerAddress);
    }

    // Function to configure the bot
    function configureBot(uint256 condition) external {
        // Logic to configure the bot with the specified condition
        // Store the condition for later use
        playerConditions[msg.sender] = condition;
    }

    // Function to trigger the bot
    function triggerBot(uint256 playerId, uint256 actionId) external {
        // Ensure conditions are met
        require(checkConditions(), "Conditions not met");

        // Execute the action on the game server
        gameServer.executeGameAction(playerId, actionId);
    }

    function checkConditions() internal view returns (bool) {
        // Logic to check conditions
        // Retrieve stored condition and compare with current game state
        return currentGameState > playerConditions[msg.sender];
    }
}
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Last updated 1 year ago

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