Projects

Software developed as part of my master's thesis in biophysics at the Vilnius university, Faculty of natural sciences. Written in C++, builds for windows (mingw) and linux.

Among the libraries used are: wxWidgets, newmat for linear algebra computations, lmfit for Levenber-Marquardt fitting and wxMathPlot for plotting.

The main goal of the project was to provide a simple tool for initial inspection, analysis and asessment of time-resolved fluorescent spectroscopy data. The software enables the user to preview the sequence of images, perform initial FWHM (full width at half-maximum) analysis of the decay curves, calculate the singular values of the data matrix and try to perform component separation based on the parallel decay model (experimental, not completely worked-out).

Once I get around to it, I'm planning to release this as open source.