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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
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.
An adaptation of the penEasy steering program to run the penelope code, for the evaluation of diaphragm correction factors for free-air chambers
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