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The home of the McStas (neutrons) and McXtrace (x-rays) Monte-Carlo ray-tracing instrument simulation codes.
Open source implementation of a Fortran interface to Khronos OpenCL API
Global nonlinear optimization with automatic differentiation
Examples on how to use Fortran and C++ mex files with Matlab
Fortran MODULE for linear propagation of errors
Python wrapper to the DIRECT global optimization algorithm (forked from http://code.google.com/p/pydirect/source/browse)
Mirror of the FORTRAN 77 version of the minuit minimisation library. Currently unmantained.
Monte carlo x-rAy electroN opTical Imaging Simulation
Wrapper of Friedmann's 1984 Supersmoother Fortran code
Fast Monte Carlo tool for modeling indirect x-ray detectors using CPU and GPU in parallel
Codes for the course FMD3020 - Monte Carlo Techniques in Radiotherapy
Monte carlo code for thesis project
An adaptation of the penEasy steering program to run the penelope code, for the evaluation of diaphragm correction factors for free-air chambers
MSim3V_IA is a self-contained computer program that is designed to aid in the development of materials that accurately simulate the x-ray interaction properties of a user-specified target material.
Particle transport, recombination and trapping in semiconductor imaging simulations
This is an updated version of code which Michael Fitzpatrick and Chris Sneden wrote for doing analysis on high-resolution spectra. Added features make this an ideal equivalent width finding tool.
A backup of my old SVN area from ANL-ATLAS group.
Global Optimizer Benchmarking - Arnoud, Guvenen, Kleineberg