MITHRA is a full-wave numerical solver for free-electron lasers.
Compiling options used for gcc 7.4.0:
make to compile binarymake install to compile library and header directoryMITHRA-2.0 (Completely Numerical Calculation of Free Electron Laser Radiation) Version 2.0, copyright 2019, Arya Fallahi
mithra.cpp: Main program file
stdinclude: Set of different standard functions and constants used in the code.
readdata: Implementation of the functions reading the lines of the job file.
radiation: Implementation of the functions for the radiation analysis.
fieldvector: Implementation of the field vector class for the analysis.
datainput: Implementation of the parameter parser
classes: Implementation of the classes used in the darius code
fdtd: Implementation of the real fdtd time marching solution class for the MITHRA code without space-charge
fdtdSC: Implementation of the real fdtd time marching solution class for the MITHRA code with space-charge
database: Implementation of various data structures used for simulations
solver: Mother class for solving the free-electron laser problem