SUMPARA running from 12 input files Summing 12 SCF Files: SCF: DOING PROCESSOR FILE: 1 QTL-B= 2.3899800000000000 energy 0.28450999999999999 jatom 1 l= 2 SCF: DOING PROCESSOR FILE: 2 QTL-B= 2.3916599999999999 energy 0.28347000000000000 jatom 1 l= 2 SCF: DOING PROCESSOR FILE: 3 QTL-B= 2.3916599999999999 energy 0.28347000000000000 jatom 1 l= 2 SCF: DOING PROCESSOR FILE: 4 QTL-B= 2.3916599999999999 energy 0.28347000000000000 jatom 1 l= 2 SCF: DOING PROCESSOR FILE: 5 QTL-B= 2.3916599999999999 energy 0.28347000000000000 jatom 1 l= 2 SCF: DOING PROCESSOR FILE: 6 QTL-B= 2.3916599999999999 energy 0.28347000000000000 jatom 1 l= 2 SCF: DOING PROCESSOR FILE: 7 QTL-B= 2.3916599999999999 energy 0.28347000000000000 jatom 1 l= 2 SCF: DOING PROCESSOR FILE: 8 SCF: DOING PROCESSOR FILE: 9 SCF: DOING PROCESSOR FILE: 10 SCF: DOING PROCESSOR FILE: 11 SCF: DOING PROCESSOR FILE: 12 QTL-B= 2.3958499999999998 energy 0.32399000000000000 jatom 1 l= 2 CLMVAL summation of file 1 CLMVAL summation of file 2 CLMVAL summation of file 3 CLMVAL summation of file 4 CLMVAL summation of file 5 CLMVAL summation of file 6 CLMVAL summation of file 7 CLMVAL summation of file 8 CLMVAL summation of file 9 CLMVAL summation of file 10 CLMVAL summation of file 11 CLMVAL summation of file 12 ATOM NUMBER= 1 CLM(R) FOR L 0 M= 0 CLM(R) FOR L 2 M= 0 CLM(R) FOR L 4 M= 0 CLM(R) FOR L 4 M= 4 CLM(R) FOR L 6 M= 0 CLM(R) FOR L 6 M= 4 DMAT summation of file 1 Fe30M100.dmatdn_1 DMAT summation of file 2 Fe30M100.dmatdn_2 DMAT summation of file 3 Fe30M100.dmatdn_3 DMAT summation of file 4 Fe30M100.dmatdn_4 DMAT summation of file 5 Fe30M100.dmatdn_5 DMAT summation of file 6 Fe30M100.dmatdn_6 DMAT summation of file 7 Fe30M100.dmatdn_7 DMAT summation of file 8 Fe30M100.dmatdn_8 DMAT summation of file 9 Fe30M100.dmatdn_9 DMAT summation of file 10 Fe30M100.dmatdn_10 DMAT summation of file 11 Fe30M100.dmatdn_11 DMAT summation of file 12 Fe30M100.dmatdn_12 Summing 12 SCFdm Files: Fe30M100.scfdmdn SCFdmat: DOING PROCESSOR FILE: 1 opening Fe30M100.scfdmdn_1