@Axect Hi! I am interested to solve Mie scattering problem in pure Rust (to make a WebAssembly module for web app as an ultimate goal). Thus, your crate seems to be a good starting point. So I need to have all Bessel (+Hankel) functions of complex argument in series of integer order. I know a numerically stable way to evaluate them from logarithmic derivatives of Riccati-Bessel functions, as we do in our battle tested C++ Scattnlay project (related scientific paper).
You can check of C++ implementation and tests here, I am ready to try to reimplement them in Rust.
However, this will require your supervision as soon as I am new to Rust. E.g. I will need to add a crate for complex numbers (num-complex), however, this will break your "There are no dependencies" part for the current state of ReadMe.
@Axect Hi! I am interested to solve Mie scattering problem in pure Rust (to make a WebAssembly module for web app as an ultimate goal). Thus, your crate seems to be a good starting point. So I need to have all Bessel (+Hankel) functions of complex argument in series of integer order. I know a numerically stable way to evaluate them from logarithmic derivatives of Riccati-Bessel functions, as we do in our battle tested C++ Scattnlay project (related scientific paper).
You can check of C++ implementation and tests here, I am ready to try to reimplement them in Rust.
However, this will require your supervision as soon as I am new to Rust. E.g. I will need to add a crate for complex numbers (num-complex), however, this will break your "There are no dependencies" part for the current state of ReadMe.