QuantEdge is a sophisticated Python-based analytics suite designed for processing and analyzing options trading data in Indian financial markets. This project provides a robust solution for retrieving options chain data, calculating margins, and determining premiums earned through a streamlined API integration system.
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Real-time Options Chain Data Retrieval
- Seamless integration with major Indian brokers' APIs
- Support for multiple instruments (NIFTY, BANKNIFTY, etc.)
- Automated highest bid/ask price detection
-
Advanced Margin Calculations
- Real-time margin requirement computation
- Support for both CE and PE options
- Risk-adjusted margin assessment
-
Premium Analytics
- Automated premium earned calculations
- Lot size integration
- Comprehensive financial metrics
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Data Processing Pipeline
- Pandas DataFrame optimization
- Efficient data transformation
- Clean, structured output format
QuantEdge/
├── src/
│ ├── data_fetcher.py # Options chain data retrieval
│ ├── margin_calculator.py # Margin computation logic
│ ├── premium_analyzer.py # Premium calculation engine
│ └── utils/
│ ├── api_handler.py # API integration utilities
│ └── data_validator.py # Data validation tools
├── tests/
│ ├── test_data_fetcher.py
│ └── test_margin_calculator.py
└── config/
└── api_config.yaml
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Input Processing
- Instrument selection (e.g., NIFTY, BANKNIFTY)
- Expiry date validation
- Option type specification (CE/PE)
-
API Integration
- Authentication handling
- Request formatting
- Response processing
-
Data Analysis
- Bid/Ask price extraction
- Margin calculation
- Premium computation
-
Output Generation
- Structured DataFrame creation
- Data validation
- Result formatting
# Clone the repository
git clone https://github.com/yourusername/quantedge.git
# Navigate to project directory
cd quantedge
# Install required packages
pip install -r requirements.txt
# Configure API credentials
cp config/api_config.example.yaml config/api_config.yaml
# Edit api_config.yaml with your credentials
from quantedge import OptionAnalyzer
# Initialize the analyzer
analyzer = OptionAnalyzer()
# Fetch and analyze options data
results = analyzer.get_option_chain_data(
instrument_name="NIFTY",
expiry_date="2024-11-30",
side="CE"
)
# Calculate margins and premiums
analysis = analyzer.calculate_margin_and_premium(results)
# Display results
print(analysis)
# Custom API configuration
analyzer = OptionAnalyzer(
api_provider="upstox",
lot_size=75,
margin_multiplier=1.5
)
# Batch processing
results = analyzer.batch_process([
{"instrument": "NIFTY", "expiry": "2024-11-30", "side": "CE"},
{"instrument": "BANKNIFTY", "expiry": "2024-11-30", "side": "PE"}
])
- Average API response time: <100ms
- Data processing speed: ~1000 records/second
- Memory usage: <500MB for standard operations
- API credentials are stored securely using environment variables
- Rate limiting implemented for API calls
- Input validation for all user-provided data
- Secure error handling to prevent data leakage
This project leverages AI tools for enhanced development:
- Code Generation: Used ChatGPT for initial function structures
- API Integration: Copilot assisted with API endpoint handling
- Documentation: AI-assisted comprehensive documentation creation
- Testing: AI-suggested test cases and scenarios
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Real-time Analytics
- Websocket integration for live data
- Real-time margin updates
- Dynamic premium calculations
-
Advanced Features
- Greeks calculation
- Volatility surface modeling
- Risk metrics dashboard
-
Platform Extensions
- Web interface development
- Mobile app integration
- Automated trading capabilities
Detailed documentation is available in the /docs
directory:
- API Integration Guide
- Margin Calculation Methodology
- Premium Analysis Documentation
- Testing Procedures
- Deployment Guidelines
This project is licensed under the MIT License - see the LICENSE.md file for details.
Developed as part of the Python Development Internship at BreakoutAI