Technical Implementations
David Bookstaber develops advanced open-source software solutions, utilizing Python, scientific computing libraries, and Monte Carlo simulation architectures to parse complex modeling problems.
Featured Open-Source Repositories
- pyballistic: A high-fidelity, point-mass ballistic trajectory calculation module written in Python 3.11+. The architecture enables comprehensive data modeling through customizable atmospheric drag components and simulation frameworks.
- tax_tracker: A specialized interactive Jupyter Notebook environment built to compute capital gains tracking, optimizing tax harvest methodologies across active portfolios.
All active programming documentation and scripts are available directly via the primary developer handle at GitHub.