- Class eff_boson
- Better documentation (see eff_fermion)
- Class eff_boson
- Remove native error codes
- Global eff_fermion::calc_mu (const double temper)
- Should see if the function actually works if
.
- Class eff_quark
- Add testing.
- Global fermion::massless_pair_density (const double temper)
- Comment here about the precision of the expansions and allow the user to control how they are used if necessary.
- Class mass_fit
- Convert to a real fit with errors and covariance, etc.
- Class nonrel_fermion
- I think calc_mu_zerot() and calc_density_zerot() are missing the proper dependence on the degeneracy,
g
. (8/20/07) (I think this is fixed now, but should be tested, 8/22/07)
- Class nonrel_fermion
- Make sure to test with non-interacting equal to true or false, and document whether or not it works with both inc_rest_mass equal to true or false
- Class nuclear_mass
- Make the treatment of the electron binding energy contribution more consistent.
- Class rel_boson
- Testing not completely finished.
- Class simple_dist
- This takes a nuclear_mass pointer as input. It should probably be a reference instead? (3/18/08 - Yeah, I think it should be a reference.)
- Class simple_dist
- Add error checking in constructors and set functions
- Class sn_classical
- This does not work with inc_rest_mass=true
- Class sn_fermion
- This needs to be corrected to calculate
gracefully when
.
- Class sn_fermion
- Call error handler if inc_rest_mass is true or update to properly treat the case when inc_rest_mass is true.
- Class sn_fermion
- This class will have difficulty with extremely degenerate or extremely non-degnerate systems.
- Class sn_fermion
- Create a more intelligent method for dealing with bad initial guesses for the chemical potential in calc_density().
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