Jacobian Tapestry

Jacobian Tapestry is a method used to study how changes in input parameters affect the output of complex systems, often in mathematics and computer science. It visualizes these relationships as a woven fabric of interconnected functions and derivatives, illustrating how small adjustments can ripple through a system. This approach helps identify sensitivities and dependencies within models, enabling better understanding and optimization of processes such as engineering simulations, machine learning, or physics problems. In essence, it’s a visual and analytical tool that maps the intricate web of influences within a mathematical or computational system.