1.ATOM      Pu1                  19 CORE STATES
:1S 001: 1S               -8973.786317620 Ry
:2S 001: 2S               -1688.972990298 Ry
:2PP001: 2P*              -1629.129453483 Ry
:2P 001: 2P               -1315.650088591 Ry
:3S 001: 3S                -428.695261213 Ry
:3PP001: 3P*               -401.608822704 Ry
:3P 001: 3P                -328.958339626 Ry
:3DD001: 3D*               -286.666363113 Ry
:3D 001: 3D                -272.118006613 Ry
:4S 001: 4S                -110.010471669 Ry
:4PP001: 4P*                -97.749603045 Ry
:4P 001: 4P                 -78.600455807 Ry
:4DD001: 4D*                -59.259682995 Ry
:4D 001: 4D                 -55.765113221 Ry
:5S 001: 5S                 -24.000388149 Ry
:5PP001: 5P*                -19.168003403 Ry
:5P 001: 5P                 -14.510295591 Ry
:4FF001: 4F*                -30.323026985 Ry
:4F 001: 4F                 -29.395098235 Ry

        2.ATOM      Co1                   4 CORE STATES
:1S 002: 1S                -556.786211860 Ry
:2S 002: 2S                 -64.872631238 Ry
:2PP002: 2P*                -56.119396762 Ry
:2P 002: 2P                 -55.029743378 Ry

        3.ATOM      Ga1                   5 CORE STATES
:1S 003: 1S                -750.716921100 Ry
:2S 003: 2S                 -91.773783829 Ry
:2PP003: 2P*                -81.128092544 Ry
:2P 003: 2P                 -79.095399915 Ry
:3S 003: 3S                  -9.907927874 Ry

        4.ATOM      Ga2                   5 CORE STATES
       CORE-FORCE in mRy/a.u. = |F|      Fx             Fy             Fz
:FCO004:   4.ATOM         89.948          0.000          0.000         89.948

:1S 004: 1S                -750.731846724 Ry
:2S 004: 2S                 -91.788734198 Ry
:2PP004: 2P*                -81.143013584 Ry
:2P 004: 2P                 -79.110324076 Ry
:3S 004: 3S                  -9.923831876 Ry