👋OpenALCHI Documentation

Introduction

Welcome to OpenALCHI, a revolutionary project that combines the fascinating world of alchemy with the latest advancements in blockchain technology. OpenALCHI offers a unique gaming experience where users can discover, mint, and trade elemental NFTs. Our platform leverages the power of decentralized finance (DeFi) to create a vibrant ecosystem where users can explore, interact, and benefit from various elements within the game.

Project Overview

User-Generated Elements

• Feature Description: Users can now submit elements to the game by paying a submission fee. These elements include a rarity level (ranging from 1 to 10) and are automatically marked as "discovered" upon creation.

• How it Works:

  • Users call the submitElement function, passing a rarity parameter.

  • A submission fee is required, which is transferred to the fundAddress.

  • Each user-created element is assigned a unique ID and marked with the creator's address.

User-Generated Combinations

• Feature Description: Users can propose new combinations of existing elements by linking two input elements to a resulting element.

• How it Works:

  • The function submitCombination verifies that the input and output elements exist and are discovered.

  • Only the creator of the result element (or the owner, for system-generated elements) can submit combinations using it.

Royalty System

• Feature Description: Users who create new elements earn royalties whenever their elements are minted through combinations.

• How it Works:

  • A percentage of the combination fee (defined by royaltyPercentage) is allocated to the element creator.

  • Royalties can be claimed using the claimRoyalties function, which transfers the accumulated royalties to the creator's address.

AI-Generated Elements

• Feature Description: Future integration of AI-generated elements, allowing for dynamic and innovative additions to the ecosystem. The contract currently supports marking elements as user-created or system-generated, enabling flexibility for future AI integration.

IPFS Integration

• Feature Description: The metadata and images for elements are stored on IPFS for decentralized and secure access.

• How it Works:

  • The uri function returns the IPFS path for an element's metadata based on its token ID.

  • Each metadata file is expected to follow the structure [baseURI]/[tokenId].json.

Migration Support for Combinations

• Feature Description: A migration function is available to convert the old combination format into a more optimized structure.

• How it Works:

  • The migrateCombinations function populates the combinationList array, which stores all combinations in a structured format.

  • This ensures compatibility with future updates and easier querying of combinations.

Fee Structures

• Element Submission Fee: Configurable by the owner through the setElementSubmissionFee function. This fee is required for creating new elements.

• Combination Fee: Based on the rarity of the resulting element and calculated using the calculateFee function.

Creator-Focused Features

• View Creator Elements: Users can retrieve all elements created by a specific address using the getCreatorElements function.

• Royalty Details: Users can check their royalty status and accumulated balance via the getCreatorRoyalties function.

Additional Utility Functions

• Combination Query: Use getAllCombinations to fetch all existing combinations.

• Combination Existence Check: Use hasCombination to verify if a combination exists between two elements.

Smart Contracts

OpenALCHI is powered by several smart contracts, each serving a specific purpose within the ecosystem:

1. AlchemyGame.sol: Manages the core game mechanics, including element minting and combination discovery. Audit Report: View the audit of the AlchemyGame contract

2. NFTStake.sol: Handles the staking of NFTs, allowing users to earn rewards over time.

3. OpenMarketplace.sol: Facilitates the buying, selling, and trading of elements in the marketplace.

4. Token.sol: Represents the community tokens.