Member smash::ColliderModus::ColliderModus (Configuration modus_config, const ExperimentParameters &parameters): include a check that only one method of specifying impact is used
Member smash::Configuration::Value::node_: (steinberg) What is that?
Member smash::CrossSections::NNbar_annihilation (const double current_xs) const: Same assumption made by string_excitation. Resolve.
Member smash::CrossSections::string_excitation (double total_string_xs, StringProcess *string_process, bool use_AQM) const: Same assumption made by NNbar_annihilation. Resolve.
Member smash::density_integrand (const double energy, const double momentum_sqr, const double temperature): rename the following 4 functions to make clear what they are and check if they are actually used
Member smash::GrandCanThermalizer::sample_multinomial (HadronClass particle_class, int N): (oliiny) what to do with this output?
Member smash::kminusp_pi0lambda (double sqrts): clarify this
Class smash::ModusDefault: JB: many of these functions could/should be virtual (contradicts description given above, Vinzent says (in a nice way): does not make any sense whatsoever anyway)
Member smash::ParticleType::spectral_function_const_width (double m) const: unused The spectral function with a constant width (= width at pole).
Member smash::PdgCode::spin () const: (oliiny): take care of spin for nuclei
Member smash::RectangularLattice< T >::value_at (const ThreeVector &r, T &value): (oliiny): maybe 1-order interpolation instead of 0-order?
Member smash::ScatterActionsFinder::find_final_actions (const Particles &, bool=false) const override: Seems to do nothing.
Member smash::StringProcess::set_pmin_gluon_lightcone (double p_light_cone_min): The following set_ functions are replaced with constructor with arguments.
Member smash::ThermLatticeNode::compute_rest_frame_quantities (HadronGasEos &eos): (oliiny): use Newton's method instead of these iterations
Member smash::ThreeBodyDecayDilepton::diff_width (double m_par, double m_l, double m_dil, double m_other, ParticleTypePtr other, ParticleTypePtr t): {Cite SMASH dilepton paper.}
Class smash::TimeStampCounter::Data: Why this data type?