Odeint - Solving Ordinary Differential Equations in C++

Explore the powerful C++ library odeint for solving ordinary differential equations (ODEs) in this comprehensive conference talk from CppNow. Dive into the world of numerical solutions for ODEs, which are crucial in various scientific and engineering fields such as Newtonian mechanics, chemical reactions, population dynamics, and quantum systems. Learn how odeint aims to become an official Boost library, offering high performance and extensive interoperability through its generic implementation. Discover the library's key features, including container independence, support for various ODE solver concepts, and implementation of standard methods like Runge-Kutta schemes, step size control, and symplectic solvers. Gain insights into odeint's flexibility, allowing for solving ODEs on networks, lattices, and even with multi-precision or interval arithmetics. Explore the library's parallelization capabilities, including CUDA GPU support, while appreciating its user-friendly interface. Delve into odeint's main features and fundamental software design principles to enhance your understanding of this versatile tool for numerical ODE solutions in C++.

Karsten Ahnert, Mario Mulansky: odeint -- Solving ordinary differential equations in C++