The Application of the Object-Oriented Approach to the Development of Monte Carlo Electron Devices Simulation Software

This work is devoted to the ideology problems of the development of transport simulation software using Monte Carlo method. The main emphasis is done on the building the efficient object hierarchy which allows to increase the program code reusability and to make the programmers teamworking more convenient. While developing this hierarchy we proceed from the fact that there are some common points in various cases of Monte Carlo simulation task. So, to describe any material we should define the following procedures: (i) calculation of the scattering rates; (ii) energy-wave vector relationship; (iii) finding the state of charge carrier after a scattering process; (iv) the account of the anisotropy and so on. These common points allow to determine the so-called interface class of the objects describing any material