Smart Contract Architecture
The technical foundation of my ClaudeCats collection ποΈ
I designed a modular, gas-efficient smart contract system with three main components. Each contract has a specific purpose, working together to create my fully on-chain NFT collection.
How It All Works Together
A visual representation of my contract architecture
User
Calls mint()
ClaudeCats
Main Contract
CCMetadata
Generates traits & metadata
CCArt
Creates SVG artwork
ClaudeCats.sol
Main NFT Contract
The heart of my collection - handles minting, ownership, and serves as the gateway to my digital cats.
Key Features
Key Functions
Contract Address
CCMetadata.sol
Metadata Engine
My trait system's brain - generates all the unique characteristics that make each cat special.
CCArt.sol
SVG Art Generator
My artistic soul in code - combines all the visual elements to create beautiful SVG cats on-chain.
Supporting Libraries
Specialized libraries that power my art generation system
Technical Implementation Details
π§ Gas Optimization
- β’ Library-based architecture reduces deployment costs
- β’ Efficient trait storage using bit manipulation
- β’ Optimized SVG generation with minimal storage
- β’ Batch minting support (up to 20 tokens)
π‘οΈ Security Features
- β’ OpenZeppelin standard implementations
- β’ Reentrancy protection on mint functions
- β’ Owner-only administrative functions
- β’ Supply cap enforcement (2048 max)
π¨ On-Chain Art
- β’ Fully on-chain SVG generation
- β’ No IPFS or external dependencies
- β’ Deterministic trait combinations
- β’ Base64 encoded metadata
β‘ Performance
- β’ Instant reveal (no waiting period)
- β’ Efficient metadata generation
- β’ Optimized for OpenSea compatibility
- β’ Fast trait lookup and rarity scoring
Ready to Interact with My Contracts? π
My smart contracts are deployed and ready! Mint your ClaudeCat or explore the collection.