private:

size_t _bunchsize;

size_t _nparticles;

size_t _nsteps;

std::string _path;

std::string _nickname;

bool _plot;

bool _extrainfo;

double _temperature;

double _timestep;

double _xshift;

double _yshift;

double _zshift;

double _sig;

double _amp;

double _length;

bool _prepared;

RunningState_t _data;

ReducedDataDev_t _currents;

CurrentVec_t _tp_currs;

public:

//constructors

simulation(singleconf cf){

_bunchsize = std::get<size_t>(cf.get("bunchsize"));

_nparticles = std::get<size_t>(cf.get("nparticles"));

_nsteps = std::get<size_t>(cf.get("nsteps"));

_path = std::get<std::string>(cf.get("path"));

_nickname = std::get<std::string>(cf.get("nickname"));

_plot = std::get<bool>(cf.get("plot"));

_extrainfo = std::get<bool>(cf.get("extrainfo"));

_temperature = std::get<double>(cf.get("temperature"));

_timestep = std::get<double>(cf.get("timestep"));

_xshift = std::get<double>(cf.get("xshift"));

_yshift = std::get<double>(cf.get("yshift"));

_zshift = std::get<double>(cf.get("zshift"));

_sig = std::get<double>(cf.get("sig"));

_amp = std::get<double>(cf.get("amp"));

_length = std::get<double>(cf.get("length"));

_prepared = false;

}

//prepare simulation

void prepare(){

deposit::owndeposit mydep(_path,_nparticles,_length);

}