Particles and Nuclei Sub-Library: Version 0.910
Todo List
Class eff_boson

Better documentation (see eff_fermion)

Remove the 'meth2' stuff

Remove static variables fix_density and stat_temper

Remove exit() calls

Class eff_fermion
There's still def_err_hnd.set_mode(0) in the testing code, probably because the solver has a hard time for extreme values.
Global eff_fermion::calc_mu (fermion &f, double temper)
Should see if the function actually works if $ (\mu-m)/T = -199 $ .
Class frdm_mass

Fix pairing energy and double vs. int

Document drip_binding_energy(), etc.

Decide on number of fit parameters (10 or 12?) or let the user decide

Document the protected variables

Set the neutron and proton masses and hbarc to Moller et al.'s values

Class nonrel_fermion

Check behaviour of calc_density() at zero density, and compare with that from eff_fermion, rel_fermion, and classical.

Implement pair_density() and pair_mu().

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 rel_boson
Testing not completely finished.
Class sn_classical
This does not work with inc_rest_mass=true
Class sn_fermion

This needs to be corrected to calculate $ \sqrt{k^2+m^{* 2}}-m $ gracefully when $ m^{*}\approx m << k $ .

Call error handler if inc_rest_mass is true or update to properly treat the case when inc_rest_mass is true.

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