Start an optimization. Possible variables that can be optimized:
--------------------------+---------------------------------------------- spec_e.dp_kin | Relative momentum after correction for | aberations and kinematic broadening. spec_e.th_tg/spec_e.ph_tg | Reconstructed theta and phi target coordinate | of the electron spectrometer. spec_h.th_tg/spec_h.ph_tg | Reconstructed theta and phi target coordinate | of the hadron spectrometer. spec_e.y_tg | Reconstructed y target coordinate of the | the electron spectrometer. spec_h.y_tg | Reconstructed y target coordinate of the | the hadron spectrometer. tc_cor | Coincidence time between e and h spectrometer | after correction for time-of-flight and paddle ! offsets. e_miss | Missing energy. e_miss/p_miss | Missing energy and momentum for H(e,e'p). --------------------------+----------------------------------------------
A LOGICAL condition can be specified for selection of the data to be used in the optimization.