IterativeNelderMead.jl
An iterative Nelder-Mead optimizer written in Julia with support for parameter bounds. The solver is robust in high-dimensional parameter spaces.
Echelle.jl
Process echelle spectra and generate precise radial velocities with:
EchelleBase.jl - Provides base data types and mathematical functions that can apply to all echelle data.
EchelleReduce.jl - Provides an interface to reduce (calibrate and extract) echelle spectra.
EchelleSpectralModeling.jl - Provides an interface to model 1-dimensional echelle spectra with an emphasis on radial velocities.
Different levels of support are provided for the spectrographs listed under Research.
RVModelingToolkit.jl
Model radial velocities with Keplerian orbits and Gaussian processes in Julia, similar to RadVel in Python.
Julia codes I've developed for fun
In my spare time, I enjoy coding up mathematical fractals in the complex plane. Here is the burning ship fractal, computed by iterating
\[ z_{n+1} = (|\mathrm{Re}(z_{n})| + i \ |\mathrm{Im}(z_{n})|)^2 + c \]for each point c in the complex plane, starting from the origin. Each pixel is colored according to its "escape velocity".
