Explora Mundos Intergalácticos con NFT

Bienvenido a la Aventura Espacial Definitiva

Únete a nuestra misión y ayuda a la nave espacial a esquivar asteroides en este emocionante juego HTML y PHP.

Ovni Game Demo

Sobre el Juego

Este juego sencillo de HTML y PHP te lleva a un viaje espacial donde controlas un OVNI que debe evadir asteroides para sobrevivir. Desarrollado con la ayuda de chatGPT y Dreamweaver, el juego ofrece una experiencia única que combina creatividad y programación básica. Perfecto para aquellos que buscan un desafío divertido y educativo.
En este juego, los jugadores asumen el papel de un piloto de OVNI, navegando a través de un campo de asteroides en constante movimiento. El objetivo es esquivar tantos asteroides como sea posible mientras se acumulan puntos. Con gráficos minimalistas y controles intuitivos, el juego es accesible para jugadores de todas las edades.

Características del Juego

Descubre las emocionantes características que hacen de este juego una experiencia única.

Controles Intuitivos

Los controles del juego son simples y fáciles de aprender, permitiendo a los jugadores concentrarse en la acción.

Gráficos Minimalistas

El diseño visual del juego es limpio y atractivo, proporcionando una experiencia de juego sin distracciones.

Desafíos Progresivos

A medida que avanzas, el juego se vuelve más desafiante, manteniéndote siempre al borde de tu asiento.

NFT-BASED PATO GAME PROJECT

Creating an NFT game based on the UFO arcade game requires some architectural changes to enable it to interact with blockchain technology and manage NFTs (non-fungible tokens).

1

Conceptualization

Concept and NFT Utility

  • NFT Ownership: Each player could mint a unique NFT that represents their spaceship, avatar, or even high score.
  • NFT Rewards: Players might earn special in-game items, abilities, or rare spaceships as NFTs based on achievements or high scores.
  • Interoperability: NFTs could allow players to bring unique items into other compatible games or metaverses.
  • Marketplace: The game could allow users to trade or sell their items on NFT marketplaces like OpenSea.

2

Design and Prototyping

Technology Stack

  • Blockchain: Ethereum, Polygon, or Solana for faster, cheaper transactions.
  • Smart Contracts: Written in Solidity (for Ethereum or Polygon) or Rust (for Solana) to handle minting, transferring, and tracking NFTs.
  • Frontend: Web-based game interface built with HTML5, CSS, and JavaScript.
  • Backend: Game server with Node.js (for real-time gameplay), and a Web3 provider like Infura or Alchemy for blockchain interactions.
  • Wallet Integration: MetaMask, WalletConnect, or other browser wallet options to enable users to sign in with their wallet, mint NFTs, and store assets.

3

Implementation

Smart Contract Design

You would need at least one smart contract, designed to:

  • Mint new NFTs for players (e.g., spaceship NFTs, collectible items).
  • Store player achievements or high scores on-chain.
  • Manage ownership and transfer of NFTs between players.
  • Reward system for top players.
Solidity by Corazza

Solidity contract that would mint a new spaceship NFT for each player.

solidity contract

// SPDX-License-Identifier: MIT
pragma solidity ^0.8.0;

import «@openzeppelin/contracts/token/ERC721/extensions/ERC721Enumerable.sol»;
import «@openzeppelin/contracts/access/Ownable.sol»;

contract SpaceshipNFT is ERC721Enumerable, Ownable {
uint256 public nextTokenId = 1;

constructor() ERC721(«SpaceshipNFT», «SPNFT») {}

function mintNFT(address recipient) external onlyOwner {
_safeMint(recipient, nextTokenId);
nextTokenId++;
}
}

4

Blockchain Integration

Game Client Integration

  • Wallet Login: The game’s UI should have a login feature using MetaMask or WalletConnect. This would allow players to connect their wallets and see their unique spaceship NFT within the game.
  • Blockchain Interactions:
    • Mint NFTs: After a player achieves a high score, they can mint a spaceship or reward NFT by calling the mintNFT function from the smart contract.
    • Load Player Assets: The game should check the player’s wallet for any NFTs from the SpaceshipNFT contract and display them.
    • Record High Scores: With each game session, a player’s high score can be stored on the blockchain, creating an immutable, transparent record.

5

Frontend Code Updates

Modify the game’s JavaScript to:

  • Connect to the blockchain (e.g., using Web3.js or Ethers.js).
  • Allow the player to mint their NFT when they reach a certain score or milestone.
  • Display owned NFTs and potentially load special features or designs based on the NFT attributes.

6

Backend server (Node.js)

You may choose to run a backend server (Node.js) to:

  • Track Game State: Keep the game state and high scores in a database.
  • Handle API requests from the client to mint NFTs, store high scores, or retrieve player rankings.
  • Serve the game via a secure HTTPS connection, ensuring game assets load quickly and reliably.

7

Blockchain Deploying

Deploying on a Blockchain

  • Test Contracts: First, deploy your contract on a testnet like Rinkeby, Mumbai (Polygon), or Solana Devnet.
  • Front-End Testing: Test the game interface, ensuring that players can connect their wallets, mint NFTs, and see their score updates.
  • Production Deployment: When everything is tested, deploy to the mainnet, update your contract address in the frontend, and integrate the live contract.

8

Marketing and NFTs

AI Marketing

  • Set up a Minting Website: Allow users to mint directly or buy NFTs from marketplaces like OpenSea.
  • NFT Marketplace Listing: List spaceship NFTs or in-game collectibles on OpenSea or other platforms for visibility.
  • Community Engagement: Encourage players to share their achievements or trade unique NFTs.