See my Github profile.

Open source projects on which I am the primary author:

  • heart_valves: Model generation and FSI for aortic and mitral valves. Includes code that calls IBAMR for fluid structure interaction, scripts, plotting, movie generation.

  • mc_stretch: Fast, affine-invariant, GPU parallel MCMC

  • SimplifySum: Automatic simplification of symbolic sums in Mathematica

Open source projects on which I have contributed:

  • SimVascular: Comprehensive tools for modeling and simulation of patient-specific vascular flows

  • IBAMR: Immersed boundary adaptive mesh refinement, fluid-structure code interaction suitable for simulating heart valve mechanics

  • ARPREC: Arbitrary precision arithmetic in C++ with overloaded operators. Previously run by Lawrence Berkeley National Laboratory, now mirrored by David H. Bailey.

  • QD: Double-double and quad double precision arithmetic in C++ with overloaded operators. Previously run by Lawrence Berkeley National Laboratory, now mirrored by David H. Bailey.

  • MatrixFFT: Apple’s FFT library. Both library development and the advanced computation group who developed it appear to be discontinued since I worked with them in 2010.