* Copper
  Z = 29  Z_val = 11

* Units: Hartrees

* Type : DF AREP GAUSSIAN/CRYSTAL parameterization

* Core radii

  l value                 core radii (au)
  -------                 ---------------
     s                         2.34   
     p                         2.07   
     d                         0.55   

* Localisation radii, (r_loc, |V_l - V_l'|<10^-5 for r>r_loc and all l,l')

  Pseudopotential Type       r_loc (au)
  --------------------      -----------
  Localised (Grid)             2.71   
  Parameterised (Gaussians)    4.09   


* Eigenvalues of the 3d(10)4s(1) state

                LS Coupling [2S]             jj Coupling [AV] 
  l value    All-el HF    Pseudo HF       All-el DF    Pseudo HF
  -------    ---------    ---------       ---------    ---------
     s       -0.23849     -0.24490        -0.24478     -0.24490
     d       -0.49123     -0.47960        -0.47973     -0.47960

  (All-electron DF eigenvalues are averaged over spin)


* Energy terms of the Pseudo HF (LS) 3d(10)4s(1) [2S] state

  kinetic energy            =            91.68648
  el-ion interaction energy =           -187.27200
                    (s part =           -3.90418)
                    (d part =           -183.36782)
  Hartree energy            =            49.95240
  exchange energy           =           -4.68007
  -------------------------------------------------
  total energy              =           -50.31319


* Excitation Energies

  Configuration             LS Coupling                    jj Coupling    
                        All-el HF     Pseudo HF        All-el DF     Pseudo HF
                   Term  Energy        Energy     Term  Energy        Energy
                   ----  ------        ------     ----  ------        ------
  3d(10)4s(1)       2S   0.00000       0.00000     AV   0.00000       0.00000
  3d(9)4s(2)        2D  -0.00181       0.00311     AV  -0.00196       0.00311
  3d(10)4p(1)       2P   0.11701       0.11331     AV   0.11732       0.11331

  The All-el HF results have been corrected for relativistic effects
  by including mass-velocity, Darwin, and spin-spin contact terms.