1.ATOM      Ni1                   5 CORE STATES
:1S 001: 1S                -602.361142877 Ry
:2S 001: 2S                 -71.055647476 Ry
:2PP001: 2P*                -61.838648645 Ry
:2P 001: 2P                 -60.553615240 Ry
:3S 001: 3S                  -7.071426588 Ry

        2.ATOM      Ni2                   5 CORE STATES
:1S 002: 1S                -602.362079080 Ry
:2S 002: 2S                 -71.056591697 Ry
:2PP002: 2P*                -61.839595788 Ry
:2P 002: 2P                 -60.554562063 Ry
:3S 002: 3S                  -7.072189391 Ry

        3.ATOM      La1                  14 CORE STATES
       CORE-FORCE in mRy/a.u. = |F|      Fx             Fy             Fz
:FCO003:   3.ATOM          0.074          0.000          0.000          0.074

:1S 003: 1S               -2844.579356921 Ry
:2S 003: 2S                -451.565366199 Ry
:2PP003: 2P*               -425.779409295 Ry
:2P 003: 2P                -395.414156755 Ry
:3S 003: 3S                 -95.571002621 Ry
:3PP003: 3P*                -84.705004135 Ry
:3P 003: 3P                 -78.786530931 Ry
:3DD003: 3D*                -59.764699896 Ry
:3D 003: 3D                 -58.498548024 Ry
:4S 003: 4S                 -18.275431978 Ry
:4PP003: 4P*                -14.278449065 Ry
:4P 003: 4P                 -13.020482827 Ry
:4DD003: 4D*                 -6.471586256 Ry
:4D 003: 4D                  -6.253393381 Ry

        4.ATOM      O 1                   1 CORE STATES
       CORE-FORCE in mRy/a.u. = |F|      Fx             Fy             Fz
:FCO004:   4.ATOM         29.183         25.097         14.890          0.241

:1S 004: 1S                 -36.471334166 Ry