
Quantiacs
A platform for quantitative trading strategy development and evaluation.

A Python package for quantitative analysis and vectorized backtesting.
A Python package for quantitative analysis and vectorized backtesting.
VectorBT is a Python package designed for quantitative analysis and backtesting, built on pandas and NumPy. It uses Numba for acceleration, enabling users to test thousands of strategies rapidly. Unlike traditional backtesters, VectorBT represents data as structured NumPy arrays, facilitating vectorized operations for high performance. It integrates Plotly and Jupyter Widgets for interactive charts and dashboards. The architecture leverages the vectorized representation of trading strategies, packing multiple instances into multi-dimensional arrays for efficient processing and comparison. VectorBT aims to address performance bottlenecks in backtesting libraries, allowing users to explore strategy configurations and uncover patterns in trading data, offering an information advantage in trading.
A Python package for quantitative analysis and vectorized backtesting.
Quick visual proof for VectorBT. Helps non-technical users understand the interface faster.
VectorBT is a Python package designed for quantitative analysis and backtesting, built on pandas and NumPy.
Explore all tools that specialize in optimize trading strategies. This domain focus ensures VectorBT delivers optimized results for this specific requirement.
Explore all tools that specialize in financial data analysis. This domain focus ensures VectorBT delivers optimized results for this specific requirement.
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Represents trading strategies in a vectorized form, enabling efficient processing of multiple strategy instances simultaneously using multi-dimensional arrays.
Compiles Python loops to native machine code speed, solving the path-dependency problem related to vectorization.
Integrates Plotly and Jupyter Widgets to create interactive charts and dashboards for strategy performance analysis.
Facilitates optimization of trading strategies against multiple parameters, assets, and periods in one go.
Enables time series analysis and feature engineering for machine learning models.
Install VectorBT using pip: `pip install vectorbt`
Import necessary libraries: `import vectorbt as vbt`, `import pandas as pd`, `import numpy as np`
Fetch financial data using `vbt.YFData.download('TICKER', start='YYYY-MM-DD', end='YYYY-MM-DD').get('Close')`
Define moving average strategies using `vbt.MA.run(data, window, short_name='name')`
Generate entry and exit signals using `fast_ma.ma_crossed_above(slow_ma)` and `fast_ma.ma_crossed_below(slow_ma)`
Create a portfolio from signals using `vbt.Portfolio.from_signals(data, entries, exits)`
Analyze portfolio performance using `pf.total_return()`
All Set
Ready to go
Verified feedback from other users.
“Users praise VectorBT's speed and flexibility for backtesting complex trading strategies, but some find the initial setup challenging.”
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