Pinned Repositories
fftw-Poisson-example
An example of a solution to the 3D Poisson's equation using in-place, real-to-complex, discrete Fourier transform with the FFTW library (fftw.org).
machinery_blog_archive
A mirror of the publicly available Our Machinery Blog Posts from archive.org. Archived for posterity as a public service. Removed by request if it's a problem.
relcode_diag_extension
This is an extension connected to the relcode Fortran program. It reads relcode diagonalisation data and filters out certain states from the spectrum, by user choice. With the filtered spectrum we can form the outgoing wave to investigate how certain parts of the spectrum affect the partial ionisation channels.
relcode_py
Scripts for handling input to, and analysing output of, the relativistic Fortran code.
ljungdahl's Repositories
ljungdahl/fftw-Poisson-example
An example of a solution to the 3D Poisson's equation using in-place, real-to-complex, discrete Fourier transform with the FFTW library (fftw.org).
ljungdahl/machinery_blog_archive
A mirror of the publicly available Our Machinery Blog Posts from archive.org. Archived for posterity as a public service. Removed by request if it's a problem.
ljungdahl/relcode_diag_extension
This is an extension connected to the relcode Fortran program. It reads relcode diagonalisation data and filters out certain states from the spectrum, by user choice. With the filtered spectrum we can form the outgoing wave to investigate how certain parts of the spectrum affect the partial ionisation channels.
ljungdahl/relcode_py
Scripts for handling input to, and analysing output of, the relativistic Fortran code.