def em_rates_from_E_unique(em_rate_tot, E_values):
    """Array of unique emission rates for given total emission and E (FRET).
    """
    em_rates_d, em_rates_a = em_rates_from_E_DA(em_rate_tot, E_values)
    return np.unique(np.hstack([em_rates_d, em_rates_a]))
def em_rates_from_E_unique(em_rate_tot, E_values):
    """Array of unique emission rates for given total emission and E (FRET).
    """
    em_rates_d, em_rates_a = em_rates_from_E_DA(em_rate_tot, E_values)
    return np.unique(np.hstack([em_rates_d, em_rates_a]))
def em_rates_from_E_unique ( em_rate_tot , E_values ) : em_rates_d , em_rates_a = em_rates_from_E_DA ( em_rate_tot , E_values ) return np . unique ( np . hstack ( [ em_rates_d , em_rates_a ] ) )
Array of unique emission rates for given total emission and E (FRET).
Array of unique emission rates for given total emission and E ( FRET ) .