SoRa uses genetic programming to find mathematical representations from experimental data
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Updated
Jul 10, 2018 - Python
SoRa uses genetic programming to find mathematical representations from experimental data
Computational origami methods for edge unfoldings of polycubes
A 3D multsicale topology optimization code using surrogate models of lattice microscale response
C++ library for graph ordering
An assembly of some fun physics programs that require some computer algebra to solve.
Smoothed aggregation spectral element-based algebraic multigrid
Evaluate Copson's solution for the expansion of an ideal gas into vacuum
Parallel element agglomeration algebraic multigrid upscaling and solvers.
PolyClipper provides methods to clip arbitrary polygons (in 2D) and polyhedra (in 3D) by planes.
Scattering code Frescox for coupled-channels calculations
The repository "Prac_Codes" on GitHub by VIA-s-acc contains various classes and methods for solving linear and non-linear equations, performing numerical integration, and addressing mathematical physics problems. It includes tools for generating and solving equations, matrix operations, polynomial manipulation, interpolation, and more.
Three e-books written in my freshman year (The 2nd contains C++ codes)
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