*HEADER RNA 02-APR-04 1SYZ *TITLE SOLUTION STRUCTURE OF THE S. CEREVISIAE U6 INTRAMOLECULAR *TITLE 2 STEM LOOP (ISL) RNA AT PH 5.7 *COMPND MOL_ID: 1; *COMPND 2 MOLECULE: U6 INTRAMOLECULAR STEM-LOOP RNA; *COMPND 3 CHAIN: A; *COMPND 4 ENGINEERED: YES; *COMPND 5 MUTATION: YES *SOURCE MOL_ID: 1; *SOURCE 2 SYNTHETIC: YES; *SOURCE 3 OTHER_DETAILS: IN VITRO T7 RNA POLYMERASE TRANSCRIPTION. *SOURCE 4 THE SEQUENCE IS FROM SACCHAROMYCES CEREVISIAE. *KEYWDS RNA, STEM-LOOP, GNRA-LIKE TETRATLOOP, A-C WOBBLE PAIR, *KEYWDS 2 INTERNAL LOOP *EXPDTA NMR, 14 STRUCTURES *AUTHOR N.J.REITER, H.BLAD, F.ABILDGAARD, S.E.BUTCHER *REVDAT 1 09-NOV-04 1SYZ 0 !residue 1 intranucleotide assi (resi 1 and name H8) (resi 1 and name H4') 4.650 2.850 1.000 assi (resi 1 and name H8) (resi 1 and name H3') 3.900 1.700 1.100 assi (resi 1 and name H8) (resi 1 and name H2') 4.650 2.850 1.000 assi (resi 1 and name H8) (resi 1 and name H1') 4.650 2.850 1.000 !resiue 2 intranucleotide assi (resi 2 and name H8) (resi 2 and name H4') 4.650 2.850 1.000 assi (resi 2 and name H8) (resi 2 and name H2') 4.650 2.850 1.000 assi (resi 2 and name H8) (resi 2 and name H3') 3.900 1.700 1.100 assi (resi 2 and name H8) (resi 2 and name H1') 3.900 1.700 1.100 !resiue 2 internucleotide assi (resi 2 and name H4') (resi 1 and name H2') 4.650 2.850 1.000 assi (resi 2 and name H2') (resi 1 and name H2') 5.000 3.000 1.000 assi (resi 2 and name H3') (resi 1 and name H2') 4.650 2.850 1.000 assi (resi 2 and name H8) (resi 1 and name H2') 2.150 0.350 0.350 assi (resi 2 and name H8) (resi 1 and name H3') 3.900 1.700 1.100 assi (resi 2 and name H8) (resi 1 and name H8) 4.650 2.850 1.000 assi (resi 2 and name H8) (resi 1 and name H4') 5.300 3.000 1.000 assi (resi 2 and name H8) (resi 1 and name H1') 4.650 2.850 1.000 assi (resi 2 and name H1') (resi 1 and name H2') 4.650 2.850 1.000 assi (resi 2 and name H1') (resi 1 and name H1') 5.900 3.000 1.000 !resiue 3 intranucleotide assi (resi 3 and name H6) (resi 3 and name H5'*) 4.000 1.700 1.500 assi (resi 3 and name H6) (resi 3 and name H5) 2.150 0.350 0.350 assi (resi 3 and name H5) (resi 3 and name H2') 5.500 3.000 1.000 assi (resi 3 and name H6) (resi 3 and name H2') 3.900 1.700 1.100 assi (resi 3 and name H6) (resi 3 and name H3') 3.900 1.700 1.100 assi (resi 3 and name H6) (resi 3 and name H1') 3.900 1.700 1.100 assi (resi 3 and name H5) (resi 3 and name H1') 5.300 3.000 1.000 !resiue 3 internucleotide assi (resi 3 and name H5) (resi 2 and name H2') 3.900 1.700 1.100 assi (resi 3 and name H6) (resi 2 and name H2') 2.150 0.350 0.350 assi (resi 3 and name H5) (resi 2 and name H3') 3.900 1.700 1.100 assi (resi 3 and name H6) (resi 2 and name H3') 3.900 1.700 1.100 assi (resi 3 and name H5) (resi 2 and name H8) 4.100 1.700 1.100 assi (resi 3 and name H6) (resi 2 and name H8) 5.000 3.000 1.000 assi (resi 3 and name H6) (resi 2 and name H4') 5.150 3.000 1.000 assi (resi 3 and name H5) (resi 2 and name H1') 5.000 2.850 1.000 assi (resi 3 and name H6) (resi 2 and name H1') 4.650 2.850 1.000 assi (resi 3 and name H1') (resi 2 and name H2') 4.650 2.850 1.000 assi (resi 3 and name H1') (resi 2 and name H1') 6.000 3.000 1.000 !resiue 4 intranucleotide assi (resi 4 and name H6) (resi 4 and name H5) 2.150 0.350 0.350 assi (resi 4 and name H6) (resi 4 and name H5'*) 4.100 1.700 1.500 assi (resi 4 and name H6) (resi 4 and name H2') 3.900 1.700 1.100 assi (resi 4 and name H6) (resi 4 and name H3') 3.900 1.700 1.100 assi (resi 4 and name H6) (resi 4 and name H1') 3.900 1.700 1.100 assi (resi 4 and name H5) (resi 4 and name H1') 5.300 3.000 1.000 assi (resi 4 and name H6) (resi 4 and name H4') 3.900 1.700 1.100 !resiue 4 internucleotide assi (resi 4 and name H5) (resi 3 and name H2') 3.900 1.700 1.100 assi (resi 4 and name H6) (resi 3 and name H2') 2.150 0.350 0.350 assi (resi 4 and name H6) (resi 3 and name H3') 3.900 1.700 1.100 assi (resi 4 and name H5) (resi 3 and name H5) 3.900 1.700 1.100 assi (resi 4 and name H5) (resi 3 and name H6) 4.650 2.850 1.000 assi (resi 4 and name H6) (resi 3 and name H6) 5.000 3.000 1.000 assi (resi 4 and name H6) (resi 3 and name H1') 4.650 2.850 1.000 assi (resi 4 and name H1') (resi 3 and name H2') 4.650 2.850 1.000 assi (resi 4 and name H1') (resi 3 and name H1') 5.900 3.000 1.000 assi (resi 4 and name H1') (resi 22 and name H2) 4.650 2.850 1.000 !resiue 5 intranucleotide assi (resi 5 and name H6) (resi 5 and name H5) 2.150 0.350 0.350 assi (resi 5 and name H6) (resi 5 and name H5'*) 4.100 1.700 1.500 assi (resi 5 and name H5) (resi 5 and name H2') 5.500 3.000 1.000 assi (resi 5 and name H6) (resi 5 and name H2') 3.900 1.700 1.100 assi (resi 5 and name H6) (resi 5 and name H3') 3.900 1.700 1.100 assi (resi 5 and name H5) (resi 5 and name H3') 4.650 2.850 1.000 assi (resi 5 and name H6) (resi 5 and name H1') 3.900 1.700 1.100 !resiue 5 internucleotide assi (resi 5 and name H6) (resi 4 and name H2') 2.150 0.350 0.350 assi (resi 5 and name H5'*) (resi 4 and name H1') 4.650 2.850 1.500 assi (resi 5 and name H6) (resi 4 and name H3') 3.900 1.700 1.100 assi (resi 5 and name H5) (resi 4 and name H5) 3.900 1.700 1.100 assi (resi 5 and name H5) (resi 4 and name H6) 4.650 2.850 1.000 assi (resi 5 and name H6) (resi 4 and name H6) 4.650 2.850 1.000 assi (resi 5 and name H6) (resi 4 and name H1') 4.650 2.850 1.000 assi (resi 5 and name H1') (resi 4 and name H2') 4.650 2.850 1.000 assi (resi 5 and name H1') (resi 21 and name H2) 4.650 2.850 1.000 assi (resi 5 and name H6) (resi 21 and name H2) 5.700 3.00 1.000 !resiue 6 intranucleotide assi (resi 6 and name H6) (resi 6 and name H5'*) 4.100 1.700 1.500 assi (resi 6 and name H6) (resi 6 and name H5) 2.150 0.350 0.350 assi (resi 6 and name H6) (resi 6 and name H2') 3.900 1.700 1.100 assi (resi 6 and name H6) (resi 6 and name H3') 3.900 1.700 1.100 assi (resi 6 and name H6) (resi 6 and name H1') 3.900 1.700 1.100 assi (resi 6 and name H6) (resi 6 and name H4') 3.900 1.700 1.100 !resiue 6 internucleotide assi (resi 6 and name H5) (resi 5 and name H2') 3.900 1.700 1.100 assi (resi 6 and name H6) (resi 5 and name H2') 2.150 0.350 0.350 assi (resi 6 and name H6) (resi 5 and name H5'*) 6.000 3.000 1.000 assi (resi 6 and name H5) (resi 5 and name H3') 3.900 1.700 1.100 assi (resi 6 and name H6) (resi 5 and name H3') 3.900 1.700 1.100 assi (resi 6 and name H5) (resi 5 and name H6) 5.000 3.000 1.000 assi (resi 6 and name H6) (resi 5 and name H6) 5.000 3.000 1.000 assi (resi 6 and name H6) (resi 5 and name H4') 5.150 3.000 1.000 assi (resi 6 and name H6) (resi 5 and name H1') 4.650 2.850 1.000 assi (resi 6 and name H1') (resi 5 and name H2') 2.150 0.350 0.350 !resiue 7 intranucleotide assi (resi 7 and name H6) (resi 7 and name H5'*) 4.100 1.700 1.400 assi (resi 7 and name H6) (resi 7 and name H5) 2.150 0.350 0.350 assi (resi 7 and name H5) (resi 7 and name H2') 5.500 3.000 1.000 assi (resi 7 and name H6) (resi 7 and name H2') 3.900 1.700 1.100 assi (resi 7 and name H6) (resi 7 and name H3') 3.900 1.700 1.100 assi (resi 7 and name H5) (resi 7 and name H3') 4.650 2.850 1.000 assi (resi 7 and name H6) (resi 7 and name H1') 3.900 1.700 1.100 assi (resi 7 and name H5) (resi 7 and name H1') 5.300 3.000 1.000 assi (resi 7 and name H6) (resi 7 and name H4') 4.650 2.850 1.000 assi (resi 7 and name H5) (resi 7 and name H4') 6.000 3.000 1.000 !resiue 7 internucleotide assi (resi 7 and name H6) (resi 6 and name H2') 4.000 1.500 0.350 assi (resi 7 and name H5) (resi 6 and name H3') 3.900 1.700 1.100 assi (resi 7 and name H6) (resi 6 and name H3') 3.900 1.700 1.100 assi (resi 7 and name H6) (resi 6 and name H5) 6.000 4.000 0.500 assi (resi 7 and name H6) (resi 6 and name H6) 5.000 3.000 0.500 assi (resi 7 and name H6) (resi 6 and name H4') 6.000 3.000 1.000 assi (resi 7 and name H5) (resi 6 and name H1') 4.650 2.850 1.000 assi (resi 7 and name H6) (resi 6 and name H1') 4.650 2.850 1.000 assi (resi 7 and name H1') (resi 6 and name H2') 4.650 2.850 1.000 assi (resi 7 and name H1') (resi 6 and name H1') 6.000 3.000 1.000 assi (resi 7 and name H1') (resi 18 and name H2) 4.000 2.500 1.000 !resiue 8 intranucleotide assi (resi 8 and name H6) (resi 8 and name H5'*) 4.100 1.700 1.500 assi (resi 8 and name H6) (resi 8 and name H5) 2.150 0.350 0.350 assi (resi 8 and name H5) (resi 8 and name H2') 5.500 3.000 1.000 assi (resi 8 and name H6) (resi 8 and name H2') 3.900 1.700 1.100 assi (resi 8 and name H6) (resi 8 and name H3') 3.900 1.700 1.100 assi (resi 8 and name H6) (resi 8 and name H1') 3.900 1.700 1.100 assi (resi 8 and name H5) (resi 8 and name H1') 5.300 3.000 1.000 !resiue 8 internucleotide assi (resi 8 and name H5) (resi 7 and name H2') 3.900 1.700 1.100 assi (resi 8 and name H6) (resi 7 and name H2') 2.150 0.350 0.350 assi (resi 8 and name H6) (resi 7 and name H3') 3.900 1.700 1.100 assi (resi 8 and name H5) (resi 7 and name H5) 5.000 3.000 1.100 assi (resi 8 and name H5) (resi 7 and name H6) 5.000 3.000 1.100 assi (resi 8 and name H6) (resi 7 and name H5) 5.000 3.000 1.000 assi (resi 8 and name H6) (resi 7 and name H6) 6.000 3.000 1.000 assi (resi 8 and name H6) (resi 7 and name H4') 6.000 3.000 1.000 assi (resi 8 and name H5) (resi 7 and name H1') 6.000 3.000 1.000 assi (resi 8 and name H6) (resi 7 and name H1') 4.650 2.850 1.000 assi (resi 8 and name H1') (resi 7 and name H2') 4.150 3.000 1.000 !resiue 9 intranucleotide assi (resi 9 and name H6) (resi 9 and name H5'*) 4.100 1.700 1.500 assi (resi 9 and name H6) (resi 9 and name H5) 2.150 0.350 0.350 assi (resi 9 and name H5) (resi 9 and name H2') 5.500 3.000 1.000 assi (resi 9 and name H6) (resi 9 and name H2') 3.900 1.700 1.100 assi (resi 9 and name H6) (resi 9 and name H3') 3.900 1.700 1.100 assi (resi 9 and name H5) (resi 9 and name H3') 4.650 2.850 1.000 assi (resi 9 and name H6) (resi 9 and name H1') 3.900 1.700 1.100 assi (resi 9 and name H5) (resi 9 and name H1') 5.300 3.000 1.000 !resiue 9 internucleotide assi (resi 9 and name H6) (resi 8 and name H2') 2.150 0.350 0.350 assi (resi 9 and name H6) (resi 8 and name H3') 3.900 1.700 1.100 assi (resi 9 and name H5) (resi 8 and name H5) 3.900 1.700 1.100 assi (resi 9 and name H6) (resi 8 and name H6) 5.000 3.000 1.000 assi (resi 9 and name H6) (resi 8 and name H4') 5.150 3.000 1.000 assi (resi 9 and name H5) (resi 8 and name H1') 5.300 3.000 1.000 assi (resi 9 and name H6) (resi 8 and name H1') 4.650 2.850 1.000 assi (resi 9 and name H1') (resi 8 and name H2') 4.650 2.850 1.000 assi (resi 9 and name H1') (resi 8 and name H4') 6.000 3.000 1.000 assi (resi 9 and name H1') (resi 8 and name H1') 5.900 3.000 1.000 !resiue 10 intranucleotide assi (resi 10 and name H8) (resi 10 and name H5'*) 4.650 2.850 1.400 assi (resi 10 and name H8) (resi 10 and name H2') 4.650 2.850 1.000 assi (resi 10 and name H8) (resi 10 and name H3') 3.900 1.700 1.100 assi (resi 10 and name H8) (resi 10 and name H1') 3.900 1.700 1.100 !resiue 10 internucleotide assi (resi 10 and name H8) (resi 9 and name H2') 2.150 0.350 0.350 assi (resi 10 and name H8) (resi 9 and name H3') 3.900 1.700 1.100 assi (resi 10 and name H8) (resi 9 and name H5) 5.000 3.000 1.000 assi (resi 10 and name H8) (resi 9 and name H6) 4.650 2.850 1.000 assi (resi 10 and name H8) (resi 9 and name H1') 4.500 2.700 0.800 assi (resi 10 and name H1') (resi 9 and name H2') 2.500 0.700 0.800 assi (resi 10 and name H1') (resi 9 and name H1') 5.900 3.000 1.000 assi (resi 10 and name H2') (resi 14 and name H2) 4.650 2.850 1.000 assi (resi 10 and name H1') (resi 14 and name H2) 4.650 2.850 1.000 assi (resi 10 and name H1') (resi 12 and name H8) 6.000 2.000 1.000 !resiue 11 intranucleotide assi (resi 11 and name H6) (resi 11 and name H5'*) 5.000 3.000 1.500 assi (resi 11 and name H5) (resi 11 and name H5'*) 6.000 3.000 1.400 assi (resi 11 and name H6) (resi 11 and name H5) 2.150 0.350 0.350 assi (resi 11 and name H5) (resi 11 and name H2') 4.650 2.850 1.000 assi (resi 11 and name H6) (resi 11 and name H2') 3.900 1.700 1.100 assi (resi 11 and name H6) (resi 11 and name H3') 3.900 1.700 1.100 assi (resi 11 and name H5) (resi 11 and name H3') 4.650 2.850 1.000 assi (resi 11 and name H6) (resi 11 and name H1') 4.650 3.000 1.100 assi (resi 11 and name H5) (resi 11 and name H1') 6.000 3.000 1.000 !resiue 11 internucleotide assi (resi 11 and name H5) (resi 10 and name H2') 4.200 2.100 1.100 assi (resi 11 and name H6) (resi 10 and name H2') 3.500 1.700 1.000 assi (resi 11 and name H5) (resi 10 and name H3') 4.500 2.700 1.000 assi (resi 11 and name H6) (resi 10 and name H3') 5.000 2.000 1.000 assi (resi 11 and name H5) (resi 10 and name H8) 6.000 2.000 1.000 assi (resi 11 and name H6) (resi 10 and name H8) 5.000 3.200 1.000 assi (resi 11 and name H5) (resi 10 and name H4') 6.000 3.000 1.000 assi (resi 11 and name H5) (resi 10 and name H1') 5.000 3.000 1.000 assi (resi 11 and name H6) (resi 10 and name H1') 4.500 2.700 1.000 assi (resi 11 and name H1') (resi 10 and name H2') 4.650 2.850 1.000 assi (resi 11 and name H4') (resi 13 and name H5) 6.000 3.000 1.000 assi (resi 11 and name H1') (resi 13 and name H5) 5.500 3.000 1.000 assi (resi 11 and name H1') (resi 14 and name H8) 6.500 3.000 1.000 !resiue 12 intranucleotide assi (resi 12 and name H1') (resi 12 and name H3') 4.300 3.000 1.000 assi (resi 12 and name H1') (resi 12 and name H2') 4.650 2.850 1.000 assi (resi 12 and name H1') (resi 12 and name H4') 5.000 3.000 1.000 assi (resi 12 and name H1') (resi 14 and name H2') 6.000 3.000 1.000 assi (resi 12 and name H8) (resi 12 and name H2') 4.650 2.850 1.000 assi (resi 12 and name H8) (resi 12 and name H3') 3.900 1.700 1.100 assi (resi 12 and name H8) (resi 12 and name H1') 3.900 1.700 1.100 assi (resi 12 and name H8) (resi 12 and name H4') 4.650 2.850 1.000 assi (resi 12 and name H2') (resi 14 and name H8) 4.500 2.850 1.000 assi (resi 12 and name H8) (resi 14 and name H8) 5.000 3.100 1.000 assi (resi 12 and name H2) (resi 14 and name H2) 5.500 3.000 1.500 assi (resi 12 and name H2) (resi 14 and name H1') 5.000 3.000 1.000 assi (resi 12 and name H1') (resi 14 and name H8) 5.500 3.700 1.000 !resiue 12 internucleotide assi (resi 12 and name H8) (resi 11 and name H2') 4.650 2.850 0.900 assi (resi 12 and name H8) (resi 11 and name H3') 4.300 2.850 1.000 assi (resi 12 and name H8) (resi 11 and name H6) 6.000 4.200 1.000 assi (resi 12 and name H2) (resi 11 and name H1') 6.000 3.000 1.000 assi (resi 12 and name H1') (resi 11 and name H2') 6.000 3.000 1.000 assi (resi 12 and name H1') (resi 11 and name H4') 6.000 3.000 1.000 assi (resi 12 and name H1') (resi 11 and name H1') 6.000 3.000 1.000 assi (resi 12 and name H2) (resi 13 and name H1') 6.000 3.000 1.000 assi (resi 12 and name H2) (resi 13 and name H6) 6.000 2.000 1.000 assi (resi 12 and name H1') (resi 13 and name H6) 6.000 2.000 1.000 assi (resi 12 and name H3') (resi 14 and name H8) 5.000 3.200 1.000 !resiue 13 intranucleotide assi (resi 13 and name H6) (resi 13 and name H5) 2.150 0.350 0.350 assi (resi 13 and name H6) (resi 13 and name H2') 3.900 1.700 1.100 assi (resi 13 and name H6) (resi 13 and name H3') 4.650 2.850 1.000 assi (resi 13 and name H6) (resi 13 and name H1') 3.900 1.700 1.100 assi (resi 13 and name H5) (resi 13 and name H2') 4.650 2.850 1.000 assi (resi 13 and name H6) (resi 13 and name H4') 5.000 3.000 1.000 !resiue 13 internucleotide assi (resi 13 and name H6) (resi 12 and name H2') 4.650 2.850 1.000 assi (resi 13 and name H2') (resi 14 and name H8) 4.650 2.850 1.000 assi (resi 13 and name H4') (resi 14 and name H8) 4.650 2.850 1.000 assi (resi 13 and name H6) (resi 12 and name H3') 4.650 2.850 1.000 assi (resi 13 and name H3') (resi 14 and name H8) 4.650 2.850 1.000 assi (resi 13 and name H6) (resi 14 and name H8) 6.000 2.000 1.000 assi (resi 24 and name H5) (resi 24 and name H6) 2.150 0.350 0.350 assi (resi 24 and name H1') (resi 24 and name H6) 3.900 1.700 1.100 assi (resi 24 and name H1') (resi 24 and name H5) 4.650 2.850 1.000 assi (resi 24 and name H2') (resi 24 and name H6) 3.900 1.700 1.100 assi (resi 24 and name H3') (resi 24 and name H6) 3.900 1.700 1.100 assi (resi 24 and name H3') (resi 24 and name H5) 4.650 2.850 1.000 assi (resi 24 and name H4') (resi 24 and name H6) 3.900 1.700 1.100 assi (resi 24 and name H5'*) (resi 24 and name H5) 4.650 2.850 1.000 assi (resi 24 and name H2') (resi 24 and name H5) 4.650 2.850 1.000 assi (resi 24 and name H5'*) (resi 24 and name H6) 4.650 2.850 1.000 assi (resi 23 and name H6) (resi 24 and name H6) 4.650 2.850 1.000 assi (resi 23 and name H6) (resi 24 and name H5) 4.650 2.850 1.000 assi (resi 23 and name H5) (resi 24 and name H5) 3.900 1.700 1.100 assi (resi 23 and name H5) (resi 23 and name H6) 3.900 1.700 1.100 assi (resi 23 and name H1') (resi 24 and name H6) 4.650 2.850 1.000 assi (resi 23 and name H1') (resi 24 and name H5) 4.650 2.850 1.000 assi (resi 23 and name H1') (resi 24 and name H1') 6.000 3.000 1.000 assi (resi 23 and name H1') (resi 23 and name H6) 3.900 1.700 1.100 assi (resi 23 and name H1') (resi 23 and name H5) 4.650 2.850 1.000 assi (resi 23 and name H2') (resi 24 and name H6) 2.150 0.350 0.350 assi (resi 23 and name H2') (resi 24 and name H5) 4.650 2.850 1.000 assi (resi 23 and name H3') (resi 24 and name H1') 4.650 2.850 1.000 assi (resi 23 and name H2') (resi 24 and name H1') 4.650 2.850 1.000 assi (resi 23 and name H2') (resi 23 and name H6) 3.900 1.700 1.100 assi (resi 23 and name H2') (resi 23 and name H5) 4.650 2.850 1.000 assi (resi 23 and name H3') (resi 24 and name H6) 3.900 1.700 1.100 assi (resi 23 and name H3') (resi 24 and name H5) 3.900 1.700 1.100 assi (resi 23 and name H3') (resi 23 and name H6) 3.900 1.700 1.100 assi (resi 23 and name H3') (resi 23 and name H5) 4.650 2.850 1.000 assi (resi 23 and name H4') (resi 24 and name H5) 4.650 2.850 1.000 assi (resi 23 and name H4') (resi 23 and name H6) 3.900 1.700 1.100 assi (resi 23 and name H5'*) (resi 23 and name H5) 4.650 2.850 1.500 assi (resi 23 and name H5'*) (resi 23 and name H6) 4.650 2.850 1.500 assi (resi 22 and name H8) (resi 23 and name H6) 4.650 2.850 1.000 assi (resi 22 and name H8) (resi 23 and name H5) 4.650 2.850 1.000 assi (resi 22 and name H2) (resi 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22 and name H5'*) (resi 23 and name H6) 4.650 2.850 1.400 assi (resi 21 and name H2) (resi 22 and name H8) 4.650 2.850 1.000 assi (resi 21 and name H2) (resi 22 and name H2) 4.650 2.850 1.000 assi (resi 21 and name H2) (resi 22 and name H1') 3.900 1.700 1.100 assi (resi 21 and name H1') (resi 22 and name H5'*) 6.000 3.000 1.300 assi (resi 21 and name H1') (resi 21 and name H8) 3.900 1.700 1.100 assi (resi 21 and name H2') (resi 22 and name H8) 2.150 0.350 0.350 assi (resi 21 and name H2') (resi 21 and name H8) 4.650 2.850 1.000 assi (resi 21 and name H3') (resi 22 and name H8) 3.900 1.700 1.100 assi (resi 21 and name H3') (resi 21 and name H8) 3.900 1.700 1.100 assi (resi 21 and name H4') (resi 21 and name H8) 4.650 2.850 1.000 assi (resi 21 and name H5'*) (resi 21 and name H8) 4.650 2.850 1.300 assi (resi 20 and name H8) (resi 21 and name H8) 4.650 2.850 1.000 assi (resi 20 and name H1') (resi 21 and name H8) 4.650 2.850 1.000 assi (resi 20 and name H1') (resi 18 and name H2) 4.300 2.850 1.000 assi (resi 20 and name H8) (resi 18 and name H8) 5.000 3.850 1.000 assi (resi 20 and name H8) (resi 18 and name H1') 5.000 3.850 1.000 assi (resi 20 and name H3') (resi 21 and name H1') 6.000 3.000 1.000 assi (resi 20 and name H1') (resi 21 and name H1') 4.650 2.850 1.000 assi (resi 20 and name H1') (resi 20 and name H8) 3.900 1.700 1.100 assi (resi 20 and name H2') (resi 21 and name H8) 2.150 0.350 0.350 assi (resi 20 and name H2') (resi 21 and name H4') 4.650 2.850 1.000 assi (resi 20 and name H2') (resi 21 and name H5'*) 5.000 2.850 1.300 assi (resi 20 and name H2') (resi 20 and name H8) 4.650 2.850 1.000 assi (resi 20 and name H3') (resi 21 and name H8) 3.900 1.700 1.100 assi (resi 20 and name H3') (resi 20 and name H8) 3.900 1.700 1.100 assi (resi 20 and name H4') (resi 20 and name H8) 4.650 2.850 1.000 assi (resi 20 and name H5'*) (resi 20 and name H8) 4.650 2.850 1.300 assi (resi 20 and name H4') (resi 21 and name H8) 4.650 2.850 1.000 assi (resi 19 and name H5) (resi 19 and name H6) 2.150 0.350 0.350 assi (resi 19 and name H1') (resi 19 and name H6) 3.900 1.700 1.100 assi (resi 19 and name H1') (resi 19 and name H5) 4.650 2.850 1.000 assi (resi 19 and name H2') (resi 20 and name H8) 6.000 3.350 1.250 assi (resi 19 and name H2') (resi 19 and name H6) 3.900 1.700 0.600 assi (resi 19 and name H2') (resi 19 and name H5) 4.650 2.850 1.000 assi (resi 19 and name H3') (resi 19 and name H6) 3.200 1.700 0.200 assi (resi 19 and name H3') (resi 19 and name H5) 4.650 2.850 1.000 assi (resi 19 and name H4') (resi 19 and name H6) 3.850 1.700 0.200 assi (resi 19 and name H5'*) (resi 19 and name H6) 3.350 2.850 0.400 assi (resi 18 and name H1') (resi 18 and name H8) 3.900 1.700 1.100 assi (resi 18 and name H1') (resi 18 and name H2) 4.650 2.850 1.000 assi (resi 18 and name H2') (resi 19 and name H6) 5.000 3.350 1.000 assi (resi 18 and name H2') (resi 20 and name H8) 5.000 3.150 1.000 assi (resi 18 and name H2') (resi 18 and name H8) 4.000 2.850 1.000 assi (resi 18 and name H3') (resi 18 and name H8) 3.500 1.700 1.100 assi (resi 18 and name H3') (resi 17 and name H8) 5.000 1.700 1.100 assi (resi 18 and name H5'*) (resi 18 and name H8) 4.650 2.850 1.000 assi (resi 17 and name H8) (resi 18 and name H8) 5.000 2.850 1.000 assi (resi 17 and name H1') (resi 18 and name H8) 4.800 2.850 0.500 assi (resi 17 and name H1') (resi 18 and name H1') 6.000 2.000 1.000 assi (resi 17 and name H1') (resi 17 and name H8) 3.900 1.700 1.100 assi (resi 17 and name H2') (resi 18 and name H8) 2.150 0.350 0.600 assi (resi 17 and name H2') (resi 18 and name H1') 4.650 2.850 1.000 assi (resi 17 and name H2') (resi 17 and name H8) 4.650 2.850 1.000 assi (resi 16 and name H8) (resi 17 and name H8) 4.650 2.850 1.000 assi (resi 16 and name H1') (resi 17 and name H8) 4.650 2.850 1.000 assi (resi 16 and name H1') (resi 16 and name H8) 3.900 1.700 1.100 assi (resi 16 and name H2') (resi 17 and name H8) 2.150 0.350 0.350 assi (resi 16 and name H4') (resi 17 and name H1') 6.000 3.000 1.000 assi (resi 16 and name H2') (resi 17 and name H1') 4.650 2.850 1.000 assi (resi 16 and name H2') (resi 16 and name H8) 4.650 2.850 1.000 assi (resi 16 and name H3') (resi 17 and name H8) 3.900 1.700 1.100 assi (resi 16 and name H3') (resi 16 and name H8) 3.900 1.700 1.100 assi (resi 16 and name H4') (resi 16 and name H8) 4.650 2.850 1.000 assi (resi 16 and name H4') (resi 17 and name H8) 4.650 2.850 1.000 assi (resi 16 and name H5'*) (resi 16 and name H8) 4.650 2.850 1.200 assi (resi 15 and name H8) (resi 16 and name H8) 4.650 2.850 1.000 assi (resi 15 and name H2) (resi 16 and name H8) 4.650 2.850 1.000 assi (resi 15 and name H2') (resi 16 and name H1') 4.650 2.850 1.000 assi (resi 15 and name H2) (resi 16 and name H1') 3.900 1.700 1.100 assi (resi 15 and name H1') (resi 16 and name H8) 4.650 2.850 1.000 assi (resi 15 and name H1') (resi 15 and name H8) 6.000 3.000 1.100 assi (resi 15 and name H2') (resi 16 and name H8) 3.150 0.550 0.350 assi (resi 15 and name H2') (resi 15 and name H8) 6.000 2.850 1.000 assi (resi 15 and name H3') (resi 16 and name H8) 3.900 1.700 1.100 assi (resi 15 and name H3') (resi 15 and name H8) 3.900 1.700 1.100 assi (resi 15 and name H4') (resi 15 and name H8) 4.650 2.850 1.000 assi (resi 15 and name H5'*) (resi 15 and name H8) 5.000 2.850 1.400 assi (resi 15 and name H5'*) (resi 16 and name H8) 5.000 2.850 1.200 assi (resi 14 and name H2) (resi 15 and name H2) 4.650 2.850 1.000 assi (resi 14 and name H2) (resi 15 and name H1') 3.900 1.700 1.100 assi (resi 14 and name H2) (resi 12 and name H2') 6.000 3.000 0.500 assi (resi 14 and name H2) (resi 12 and name H1') 6.000 3.000 0.500 assi (resi 14 and name H1') (resi 15 and name H1') 4.500 3.000 0.500 assi (resi 14 and name H1') (resi 14 and name H8) 3.900 1.700 1.100 assi (resi 14 and name H2') (resi 15 and name H8) 2.150 0.350 0.350 assi (resi 14 and name H2') (resi 15 and name H1') 5.000 3.000 1.000 assi (resi 14 and name H2') (resi 15 and name H3') 4.650 2.850 1.000 assi (resi 14 and name H2') (resi 15 and name H5'*) 4.650 1.700 1.500 assi (resi 14 and name H2') (resi 14 and name H2) 4.650 2.850 1.000 assi (resi 14 and name H3') (resi 15 and name H8) 3.900 1.700 1.100 assi (resi 14 and name H4') (resi 14 and name H8) 4.650 2.850 1.000 assi (resi 14 and name H5'*) (resi 14 and name H8) 4.100 1.700 1.500 assi (resi 14 and name H1') (resi 15 and name H5'*) 4.650 2.850 1.500 assi (resi 2 and name H2') (resi 2 and name H1) 5.900 3.000 1.000 assi (resi 2 and name H21) (resi 2 and name H1) 2.150 0.350 0.350 assi (resi 2 and name H22) (resi 2 and name H1) 3.900 1.700 1.100 assi (resi 2 and name H1) (resi 3 and name H3) 4.650 2.850 1.000 assi (resi 2 and name H1) (resi 22 and name H2) 4.650 2.850 1.000 assi (resi 2 and name H1) (resi 22 and name H62) 3.900 1.700 1.100 assi (resi 2 and name H1) (resi 23 and name H41) 4.650 2.850 1.000 assi (resi 2 and name H1) (resi 23 and name H42) 4.650 2.850 1.000 assi (resi 2 and name H1) (resi 23 and name H5) 4.650 2.850 1.000 assi (resi 2 and name H1) (resi 24 and name H5) 4.650 2.850 1.000 assi (resi 3 and name H2') (resi 3 and name H3) 4.650 2.850 1.000 assi (resi 3 and name H3) (resi 3 and name H5) 4.650 2.850 1.000 assi (resi 3 and name H3) (resi 4 and name H1') 5.400 3.000 1.000 assi (resi 3 and name H3) (resi 4 and name H3) 4.300 2.000 1.000 assi (resi 3 and name H3) (resi 4 and name H5) 3.900 1.700 1.100 assi (resi 3 and name H3) (resi 21 and name H61) 4.650 2.850 1.000 assi (resi 3 and name H3) (resi 21 and name H62) 5.9000 3.000 1.000 assi (resi 3 and name H3) (resi 22 and name H2) 4.650 2.850 1.000 assi (resi 3 and name H3) (resi 22 and name H61) 2.150 .350 0.350 assi (resi 3 and name H3) (resi 22 and name H62) 3.900 1.700 1.100 assi (resi 3 and name H3) (resi 23 and name H42) 4.650 2.850 1.000 assi (resi 4 and name H2') (resi 4 and name H3) 4.650 2.850 1.000 assi (resi 4 and name H1') (resi 4 and name H3) 4.650 2.850 1.000 assi (resi 4 and name H3) (resi 4 and name H5) 4.650 2.850 1.000 assi (resi 4 and name H3) (resi 5 and name H41) 3.900 1.700 1.100 assi (resi 4 and name H3) (resi 5 and name H6) 4.650 2.850 1.000 assi (resi 4 and name H3) (resi 20 and name H1) 5.650 2.850 1.000 assi (resi 4 and name H3) (resi 21 and name H61) 2.500 0.5 0.5 assi (resi 4 and name H3) (resi 21 and name H62) 4.500 1.700 1.000 assi (resi 4 and name H3) (resi 21 and name H2) 4.650 2.850 1.000 assi (resi 4 and name H3) (resi 22 and name H2) 4.650 2.850 1.000 assi (resi 4 and name H3) (resi 22 and name H61) 4.650 2.850 0.500 assi (resi 4 and name H3) (resi 22 and name H62) 4.650 2.850 0.800 assi (resi 5 and name H42) (resi 20 and name H1) 5.000 3.000 1.000 assi (resi 5 and name H41) (resi 20 and name H1) 4.150 2.850 1.000 assi (resi 5 and name H5) (resi 20 and name H1) 4.650 2.850 1.000 assi (resi 7 and name H41) (resi 17 and name H1) 4.650 2.850 1.000 assi (resi 7 and name H41) (resi 16 and name H1) 4.650 2.850 1.000 assi (resi 7 and name H41) (resi 17 and name H1) 4.150 2.850 1.000 assi (resi 7 and name H5) (resi 17 and name H1) 4.650 2.850 1.000 assi (resi 8 and name H41) (resi 16 and name H1) 4.650 2.850 1.000 assi (resi 8 and name H41) (resi 9 and name H3) 4.650 2.850 1.000 assi (resi 8 and name H41) (resi 16 and name H1) 4.150 2.850 1.000 assi (resi 8 and name H41) (resi 17 and name H1) 4.650 2.850 1.000 assi (resi 8 and name H5) (resi 16 and name H1) 4.650 2.850 1.000 assi (resi 8 and name H5) (resi 17 and name H1) 5.000 3.000 1.000 assi (resi 9 and name H2') (resi 9 and name H3) 4.650 2.850 1.000 assi (resi 9 and name H3) (resi 9 and name H5) 4.650 2.850 1.000 assi (resi 9 and name H3) (resi 10 and name H21) 3.900 1.700 1.100 assi (resi 9 and name H3) (resi 15 and name H2) 3.900 1.700 1.100 assi (resi 9 and name H3) (resi 15 and name H62) 4.650 2.850 1.000 assi (resi 9 and name H3) (resi 16 and name H1') 5.000 3.000 1.000 assi (resi 9 and name H3) (resi 16 and name H1) 5.000 3.000 1.000 assi (resi 9 and name H5) (resi 16 and name H1) 4.650 2.850 1.000 assi (resi 10 and name H1) (resi 15 and name H2) 5.000 3.000 1.000 assi (resi 10 and name H1) (resi 15 and name H61) 4.650 2.850 1.000 assi (resi 15 and name H2) (resi 16 and name H1) 5.000 3.000 1.000 assi (resi 16 and name H1') (resi 16 and name H1) 5.000 3.000 1.000 assi (resi 16 and name H21) (resi 16 and name H1) 3.900 1.700 1.100 assi (resi 20 and name H21) (resi 20 and name H1) 2.150 0.350 0.350 assi (resi 20 and name H22) (resi 20 and name H1) 3.900 1.700 1.100 assi (resi 20 and name H1) (resi 21 and name H61) 4.650 2.850 1.000 assi (resi 20 and name H1) (resi 21 and name H62) 4.650 2.850 1.000 Entry H atom name Submitted Coord H atom name Start of MODEL 1 1 1H5* G 1 1H5* G 1 -7.426 -13.001 7.665 2 2H5* G 1 2H5* G 1 -6.498 -11.492 7.794 3 H4* G 1 H4* G 1 -5.238 -13.258 8.871 4 H3* G 1 H3* G 1 -4.206 -12.203 6.232 5 H2* G 1 H2* G 1 -2.440 -13.769 6.212 6 2HO* G 1 2HO G 1 -2.736 -13.557 8.929 7 H1* G 1 H1* G 1 -3.768 -15.943 7.204 8 H8 G 1 8H G 1 -6.109 -14.276 4.814 9 H1 G 1 1H G 1 -1.409 -17.360 1.798 10 1H2 G 1 1H2 G 1 0.131 -18.005 3.274 11 2H2 G 1 2H2 G 1 0.059 -17.550 4.959 12 H5T G 1 H5T G 1 -7.452 -12.046 5.681 13 1H5* G 2 1H5* G 2 -0.730 -11.963 9.007 14 2H5* G 2 2H5* G 2 -0.168 -10.280 8.980 15 H4* G 2 H4* G 2 1.749 -11.708 8.639 16 H3* G 2 H3* G 2 0.740 -10.142 6.264 17 H2* G 2 H2* G 2 2.327 -11.139 4.822 18 2HO* G 2 2HO G 2 4.000 -12.563 5.855 19 H1* G 2 H1* G 2 2.167 -13.699 5.715 20 H8 G 2 8H G 2 -1.222 -12.000 5.822 21 H1 G 2 1H G 2 0.285 -14.182 0.025 22 1H2 G 2 1H2 G 2 2.377 -14.940 0.022 23 2H2 G 2 2H2 G 2 3.474 -14.630 1.351 24 1H5* U 3 1H5* U 3 4.985 -9.979 6.471 25 2H5* U 3 2H5* U 3 5.656 -8.367 6.154 26 H4* U 3 H4* U 3 6.668 -10.073 4.676 27 H3* U 3 H3* U 3 4.958 -7.864 3.501 28 H2* U 3 H2* U 3 5.291 -8.729 1.318 29 2HO* U 3 2HO U 3 7.125 -10.683 2.244 30 H1* U 3 H1* U 3 4.986 -11.376 1.901 31 H3 U 3 3H U 3 1.203 -10.235 -0.308 32 H5 U 3 5H U 3 0.713 -8.520 3.515 33 H6 U 3 6H U 3 2.983 -9.204 4.037 34 1H5* U 4 1H5* U 4 8.360 -7.967 1.065 35 2H5* U 4 2H5* U 4 8.904 -6.331 0.646 36 H4* U 4 H4* U 4 8.325 -7.643 -1.372 37 H3* U 4 H3* U 4 6.598 -5.242 -0.653 38 H2* U 4 H2* U 4 5.349 -5.607 -2.612 39 2HO* U 4 2HO U 4 7.749 -6.769 -3.478 40 H1* U 4 H1* U 4 5.554 -8.409 -2.661 41 H3 U 4 3H U 4 1.124 -7.554 -2.631 42 H5 U 4 5H U 4 2.391 -6.424 1.227 43 H6 U 4 6H U 4 4.681 -6.783 0.509 44 1H5* C 5 1H5* C 5 8.472 -5.033 -4.971 45 2H5* C 5 2H5* C 5 8.930 -3.324 -5.109 46 H4* C 5 H4* C 5 7.783 -4.051 -7.148 47 H3* C 5 H3* C 5 6.351 -2.090 -5.325 48 H2* C 5 H2* C 5 4.519 -2.034 -6.821 49 2HO* C 5 2HO C 5 6.344 -3.187 -8.687 50 H1* C 5 H1* C 5 4.487 -4.702 -7.506 51 1H4 C 5 1H4 C 5 0.058 -3.850 -3.004 52 2H4 C 5 2H4 C 5 1.291 -3.864 -1.761 53 H5 C 5 5H C 5 3.654 -3.913 -2.246 54 H6 C 5 6H C 5 5.334 -3.962 -4.026 55 1H5* C 6 1H5* C 6 6.963 0.199 -9.052 56 2H5* C 6 2H5* C 6 6.552 1.905 -8.786 57 H4* C 6 H4* C 6 4.804 0.395 -9.973 58 H3* C 6 H3* C 6 4.320 2.326 -7.697 59 H2* C 6 H2* C 6 2.045 1.680 -7.547 60 2HO* C 6 2HO C 6 1.012 0.519 -9.194 61 H1* C 6 H1* C 6 2.355 -1.003 -7.836 62 1H4 C 6 1H4 C 6 4.203 0.470 -1.663 63 2H4 C 6 2H4 C 6 2.463 0.316 -1.587 64 H5 C 6 5H C 6 5.452 0.325 -3.718 65 H6 C 6 6H C 6 5.293 0.104 -6.152 66 1H5* C 7 1H5* C 7 1.676 4.105 -11.014 67 2H5* C 7 2H5* C 7 2.076 5.834 -11.025 68 H4* C 7 H4* C 7 -0.318 5.592 -10.687 69 H3* C 7 H3* C 7 1.307 6.455 -8.270 70 H2* C 7 H2* C 7 -0.678 6.594 -7.000 71 2HO* C 7 2HO C 7 -2.025 6.580 -9.522 72 H1* C 7 H1* C 7 -1.997 4.411 -8.110 73 1H4 C 7 1H4 C 7 0.272 2.554 -2.461 74 2H4 C 7 2H4 C 7 1.853 2.303 -3.162 75 H5 C 7 5H C 7 2.448 3.094 -5.365 76 H6 C 7 6H C 7 1.589 4.026 -7.461 77 1H5* C 8 1H5* C 8 -1.906 9.334 -9.003 78 2H5* C 8 2H5* C 8 -1.370 10.995 -8.680 79 H4* C 8 H4* C 8 -3.399 10.423 -7.378 80 H3* C 8 H3* C 8 -0.793 10.954 -5.916 81 H2* C 8 H2* C 8 -1.906 10.646 -3.852 82 2HO* C 8 2HO C 8 -4.263 11.034 -5.404 83 H1* C 8 H1* C 8 -3.508 8.532 -4.602 84 1H4 C 8 1H4 C 8 1.522 6.107 -1.541 85 2H4 C 8 2H4 C 8 2.506 6.271 -2.978 86 H5 C 8 5H C 8 1.748 7.394 -4.973 87 H6 C 8 6H C 8 -0.157 8.490 -6.061 88 1H5* U 9 1H5* U 9 -4.122 12.650 -4.449 89 2H5* U 9 2H5* U 9 -4.076 14.301 -3.801 90 H4* U 9 H4* U 9 -5.048 12.696 -2.177 91 H3* U 9 H3* U 9 -2.387 14.015 -1.508 92 H2* U 9 H2* U 9 -2.443 12.924 0.592 93 2HO* U 9 2HO U 9 -4.313 12.250 1.545 94 H1* U 9 H1* U 9 -3.622 10.545 -0.284 95 H3 U 9 3H U 9 0.396 9.277 1.341 96 H5 U 9 5H U 9 1.356 11.353 -2.196 97 H6 U 9 6H U 9 -0.983 11.976 -2.385 98 1H5* G 10 1H5* G 10 -4.872 15.715 1.658 99 2H5* G 10 2H5* G 10 -4.018 17.139 2.285 100 H4* G 10 H4* G 10 -3.983 15.054 3.766 101 H3* G 10 H3* G 10 -1.569 16.651 2.904 102 H2* G 10 H2* G 10 -0.081 15.124 3.958 103 2HO* G 10 2HO G 10 -0.669 14.114 5.727 104 H1* G 10 H1* G 10 -1.238 12.813 3.166 105 H8 G 10 8H G 10 -1.755 15.136 0.290 106 H1 G 10 1H G 10 4.269 13.096 0.655 107 1H2 G 10 1H2 G 10 4.504 11.846 2.530 108 2H2 G 10 2H2 G 10 3.512 12.270 3.908 109 1H5* C 11 1H5* C 11 -1.739 18.609 7.070 110 2H5* C 11 2H5* C 11 -1.413 20.292 6.610 111 H4* C 11 H4* C 11 0.835 19.946 6.430 112 H3* C 11 H3* C 11 0.008 17.757 4.764 113 H2* C 11 H2* C 11 0.856 15.898 5.830 114 2HO* C 11 2HO C 11 2.969 16.413 5.291 115 H1* C 11 H1* C 11 1.636 16.739 8.350 116 1H4 C 11 1H4 C 11 -3.983 14.076 9.882 117 2H4 C 11 2H4 C 11 -4.053 13.451 8.250 118 H5 C 11 5H C 11 -3.320 15.351 6.646 119 H6 C 11 6H C 11 -1.323 16.664 6.108 120 1H5* A 12 1H5* A 12 3.813 18.709 6.029 121 2H5* A 12 2H5* A 12 5.286 18.871 5.050 122 H4* A 12 H4* A 12 6.172 17.948 6.973 123 H3* A 12 H3* A 12 5.736 16.022 4.836 124 H2* A 12 H2* A 12 4.565 14.486 6.172 125 2HO* A 12 2HO A 12 6.162 13.436 7.723 126 H1* A 12 H1* A 12 5.824 15.675 8.649 127 H8 A 12 8H A 12 2.282 14.784 7.297 128 1H6 A 12 1H6 A 12 0.706 12.582 11.337 129 2H6 A 12 2H6 A 12 1.589 11.849 12.657 130 H2 A 12 2H A 12 5.695 13.724 12.594 131 1H5* U 13 1H5* U 13 8.563 12.538 5.169 132 2H5* U 13 2H5* U 13 7.483 13.596 6.099 133 H4* U 13 H4* U 13 10.521 13.535 6.173 134 H3* U 13 H3* U 13 8.463 12.232 7.726 135 H2* U 13 H2* U 13 8.108 13.965 9.248 136 2HO* U 13 2HO U 13 10.622 13.965 10.312 137 H1* U 13 H1* U 13 10.819 15.175 8.722 138 H3 U 13 3H U 13 8.086 17.375 12.014 139 H5 U 13 5H U 13 7.654 19.215 8.245 140 H6 U 13 6H U 13 8.845 17.338 7.267 141 1H5* A 14 1H5* A 14 9.695 9.974 9.815 142 2H5* A 14 2H5* A 14 9.404 8.366 9.121 143 H4* A 14 H4* A 14 7.568 9.554 10.623 144 H3* A 14 H3* A 14 7.445 7.628 8.412 145 H2* A 14 H2* A 14 5.766 8.735 7.236 146 2HO* A 14 2HO A 14 3.891 8.829 9.190 147 H1* A 14 H1* A 14 5.020 10.440 9.595 148 H8 A 14 8H A 14 6.771 11.533 6.374 149 1H6 A 14 1H6 A 14 3.014 13.541 4.131 150 2H6 A 14 2H6 A 14 1.320 13.693 4.540 151 H2 A 14 2H A 14 0.712 11.479 8.378 152 1H5* A 15 1H5* A 15 3.593 6.900 11.206 153 2H5* A 15 2H5* A 15 3.178 5.202 10.902 154 H4* A 15 H4* A 15 1.282 6.774 10.460 155 H3* A 15 H3* A 15 2.460 5.071 8.239 156 H2* A 15 H2* A 15 0.881 5.954 6.732 157 2HO* A 15 2HO A 15 -0.590 7.102 8.885 158 H1* A 15 H1* A 15 0.763 8.541 7.756 159 H8 A 15 8H A 15 4.254 7.091 7.200 160 1H6 A 15 1H6 A 15 3.820 9.157 1.405 161 2H6 A 15 2H6 A 15 4.908 8.508 2.614 162 H2 A 15 2H A 15 -0.131 9.808 3.415 163 1H5* G 16 1H5* G 16 -1.843 4.865 8.920 164 2H5* G 16 2H5* G 16 -2.540 3.237 8.794 165 H4* G 16 H4* G 16 -3.890 4.914 7.560 166 H3* G 16 H3* G 16 -2.472 2.718 6.019 167 H2* G 16 H2* G 16 -3.351 3.567 4.013 168 2HO* G 16 2HO G 16 -5.160 5.374 5.091 169 H1* G 16 H1* G 16 -3.435 6.291 4.745 170 H8 G 16 8H G 16 -0.150 4.368 5.140 171 H1 G 16 1H G 16 -0.981 6.889 -0.657 172 1H2 G 16 1H2 G 16 -2.950 8.075 -0.628 173 2H2 G 16 2H2 G 16 -4.247 7.356 0.298 174 1H5* G 17 1H5* G 17 -6.574 3.394 5.507 175 2H5* G 17 2H5* G 17 -7.707 2.058 5.214 176 H4* G 17 H4* G 17 -7.976 3.909 3.570 177 H3* G 17 H3* G 17 -7.154 1.128 2.726 178 H2* G 17 H2* G 17 -6.836 1.784 0.502 179 2HO* G 17 2HO G 17 -8.913 3.497 1.151 180 H1* G 17 H1* G 17 -6.110 4.469 0.913 181 H8 G 17 8H G 17 -4.217 1.751 2.807 182 H1 G 17 1H G 17 -1.747 3.133 -2.907 183 1H2 G 17 1H2 G 17 -3.113 4.486 -4.016 184 2H2 G 17 2H2 G 17 -4.661 4.986 -3.374 185 1H5* A 18 1H5* A 18 -8.498 2.469 -0.974 186 2H5* A 18 2H5* A 18 -10.099 1.706 -1.076 187 H4* A 18 H4* A 18 -9.237 0.753 -2.945 188 H3* A 18 H3* A 18 -8.697 -0.935 -0.634 189 H2* A 18 H2* A 18 -6.436 -1.206 -1.087 190 2HO* A 18 2HO A 18 -6.072 -2.752 -2.759 191 H1* A 18 H1* A 18 -6.877 -0.435 -3.987 192 H8 A 18 8H A 18 -4.742 0.218 -0.821 193 1H6 A 18 1H6 A 18 0.115 0.227 -4.613 194 2H6 A 18 2H6 A 18 -0.399 0.290 -2.942 195 H2 A 18 2H A 18 -3.593 -0.284 -7.099 196 1H5* U 19 1H5* U 19 -8.667 -5.587 -2.288 197 2H5* U 19 2H5* U 19 -7.796 -5.516 -3.834 198 H4* U 19 H4* U 19 -9.446 -6.707 -4.784 199 H3* U 19 H3* U 19 -10.927 -4.177 -4.090 200 H2* U 19 H2* U 19 -13.028 -5.198 -4.306 201 2HO* U 19 2HO U 19 -12.286 -6.228 -6.368 202 H1* U 19 H1* U 19 -12.454 -7.683 -3.282 203 H3 U 19 3H U 19 -15.395 -5.254 -0.667 204 H5 U 19 5H U 19 -11.522 -4.398 0.763 205 H6 U 19 6H U 19 -10.623 -5.522 -1.190 206 1H5* G 20 1H5* G 20 -9.233 -2.234 -9.059 207 2H5* G 20 2H5* G 20 -9.854 -3.884 -9.263 208 H4* G 20 H4* G 20 -7.605 -3.534 -10.299 209 H3* G 20 H3* G 20 -8.337 -5.647 -8.391 210 H2* G 20 H2* G 20 -6.380 -5.583 -7.192 211 2HO* G 20 2HO G 20 -4.952 -5.962 -9.613 212 H1* G 20 H1* G 20 -4.943 -3.929 -9.257 213 H8 G 20 8H G 20 -6.248 -2.947 -5.780 214 H1 G 20 1H G 20 0.048 -3.943 -5.993 215 1H2 G 20 1H2 G 20 0.602 -4.815 -7.975 216 2H2 G 20 2H2 G 20 -0.498 -4.745 -9.332 217 1H5* A 21 1H5* A 21 -5.120 -6.858 -11.143 218 2H5* A 21 2H5* A 21 -5.322 -8.508 -11.766 219 H4* A 21 H4* A 21 -3.091 -8.443 -11.006 220 H3* A 21 H3* A 21 -4.868 -9.609 -8.820 221 H2* A 21 H2* A 21 -2.914 -9.953 -7.566 222 2HO* A 21 2HO A 21 -0.811 -9.626 -8.958 223 H1* A 21 H1* A 21 -1.460 -7.763 -8.671 224 H8 A 21 8H A 21 -4.746 -6.967 -6.935 225 1H6 A 21 1H6 A 21 -1.519 -6.564 -1.708 226 2H6 A 21 2H6 A 21 -3.088 -6.328 -2.446 227 H2 A 21 2H A 21 1.208 -8.145 -4.902 228 1H5* A 22 1H5* A 22 -1.589 -12.312 -10.577 229 2H5* A 22 2H5* A 22 -2.045 -14.019 -10.418 230 H4* A 22 H4* A 22 0.283 -13.596 -9.658 231 H3* A 22 H3* A 22 -1.788 -14.507 -7.627 232 H2* A 22 H2* A 22 -0.149 -14.476 -5.956 233 2HO* A 22 2HO A 22 2.010 -14.280 -7.760 234 H1* A 22 H1* A 22 1.464 -12.415 -7.049 235 H8 A 22 8H A 22 -2.199 -11.618 -6.405 236 1H6 A 22 1H6 A 22 -0.520 -10.044 -0.696 237 2H6 A 22 2H6 A 22 -1.818 -10.017 -1.866 238 H2 A 22 2H A 22 3.006 -11.980 -2.718 239 1H5* C 23 1H5* C 23 1.950 -16.946 -8.193 240 2H5* C 23 2H5* C 23 1.723 -18.662 -7.803 241 H4* C 23 H4* C 23 3.739 -17.746 -6.710 242 H3* C 23 H3* C 23 1.413 -18.634 -4.971 243 H2* C 23 H2* C 23 2.708 -18.121 -3.046 244 2HO* C 23 2HO C 23 4.754 -18.731 -4.704 245 H1* C 23 H1* C 23 3.786 -15.766 -3.954 246 1H4 C 23 1H4 C 23 -1.499 -14.592 -0.506 247 2H4 C 23 2H4 C 23 -2.346 -14.316 -2.011 248 H5 C 23 5H C 23 -1.609 -15.797 -3.907 249 H6 C 23 6H C 23 0.398 -16.472 -5.124 250 1H5* C 24 1H5* C 24 4.477 -20.950 -3.326 251 2H5* C 24 2H5* C 24 3.895 -22.595 -2.997 252 H4* C 24 H4* C 24 4.514 -21.432 -0.908 253 H3* C 24 H3* C 24 1.598 -22.066 -1.426 254 H2* C 24 H2* C 24 1.019 -21.200 0.672 255 2HO* C 24 2HO C 24 2.566 -20.807 2.291 256 H1* C 24 H1* C 24 2.772 -19.056 0.642 257 1H4 C 24 1H4 C 24 -2.952 -16.807 -0.970 258 2H4 C 24 2H4 C 24 -2.705 -17.325 -2.625 259 H5 C 24 5H C 24 -0.802 -18.629 -3.332 260 H6 C 24 6H C 24 1.275 -19.707 -2.604 261 H3T C 24 H3T C 24 3.711 -23.139 0.172 Start of MODEL 2 1 1H5* G 1 1H5* G 1 -6.410 -13.851 8.459 2 2H5* G 1 2H5* G 1 -5.423 -12.378 8.531 3 H4* G 1 H4* G 1 -4.090 -14.325 9.202 4 H3* G 1 H3* G 1 -3.428 -12.924 6.598 5 H2* G 1 H2* G 1 -1.692 -14.458 6.173 6 2HO* G 1 2HO G 1 -0.467 -15.059 7.783 7 H1* G 1 H1* G 1 -2.875 -16.734 7.209 8 H8 G 1 8H G 1 -5.394 -14.998 5.068 9 H1 G 1 1H G 1 -0.926 -17.932 1.581 10 1H2 G 1 1H2 G 1 0.842 -18.392 2.889 11 2H2 G 1 2H2 G 1 0.666 -18.462 4.627 12 H5T G 1 H5T G 1 -6.670 -12.512 6.620 13 1H5* G 2 1H5* G 2 0.343 -13.152 9.058 14 2H5* G 2 2H5* G 2 0.905 -11.476 9.209 15 H4* G 2 H4* G 2 2.819 -12.800 8.625 16 H3* G 2 H3* G 2 1.659 -11.089 6.425 17 H2* G 2 H2* G 2 3.187 -11.946 4.838 18 2HO* G 2 2HO G 2 4.945 -13.380 5.648 19 H1* G 2 H1* G 2 3.115 -14.563 5.546 20 H8 G 2 8H G 2 -0.259 -12.836 5.924 21 H1 G 2 1H G 2 0.916 -14.836 -0.015 22 1H2 G 2 1H2 G 2 3.024 -15.505 -0.188 23 2H2 G 2 2H2 G 2 4.125 -15.500 1.172 24 1H5* U 3 1H5* U 3 5.813 -10.901 6.232 25 2H5* U 3 2H5* U 3 6.458 -9.276 5.921 26 H4* U 3 H4* U 3 7.218 -10.902 4.213 27 H3* U 3 H3* U 3 5.397 -8.609 3.419 28 H2* U 3 H2* U 3 5.439 -9.345 1.163 29 2HO* U 3 2HO U 3 7.572 -11.087 1.949 30 H1* U 3 H1* U 3 5.207 -12.030 1.635 31 H3 U 3 3H U 3 1.204 -10.832 -0.088 32 H5 U 3 5H U 3 1.132 -9.263 3.824 33 H6 U 3 6H U 3 3.454 -9.933 4.062 34 1H5* U 4 1H5* U 4 8.660 -8.602 0.638 35 2H5* U 4 2H5* U 4 9.167 -6.944 0.258 36 H4* U 4 H4* U 4 8.488 -8.186 -1.779 37 H3* U 4 H3* U 4 6.822 -5.811 -0.870 38 H2* U 4 H2* U 4 5.421 -6.100 -2.739 39 2HO* U 4 2HO U 4 7.700 -7.382 -3.822 40 H1* U 4 H1* U 4 5.583 -8.898 -2.907 41 H3 U 4 3H U 4 1.180 -8.055 -2.392 42 H5 U 4 5H U 4 2.836 -7.022 1.342 43 H6 U 4 6H U 4 5.040 -7.347 0.380 44 1H5* C 5 1H5* C 5 8.297 -5.595 -5.235 45 2H5* C 5 2H5* C 5 8.789 -3.908 -5.486 46 H4* C 5 H4* C 5 7.406 -4.718 -7.363 47 H3* C 5 H3* C 5 6.334 -2.538 -5.547 48 H2* C 5 H2* C 5 4.332 -2.456 -6.776 49 2HO* C 5 2HO C 5 5.582 -3.964 -8.856 50 H1* C 5 H1* C 5 4.142 -5.158 -7.451 51 1H4 C 5 1H4 C 5 -0.114 -4.084 -2.841 52 2H4 C 5 2H4 C 5 1.157 -4.064 -1.640 53 H5 C 5 5H C 5 3.498 -4.249 -2.192 54 H6 C 5 6H C 5 5.123 -4.348 -4.020 55 1H5* C 6 1H5* C 6 6.920 -0.420 -9.460 56 2H5* C 6 2H5* C 6 6.657 1.317 -9.205 57 H4* C 6 H4* C 6 4.711 -0.085 -10.205 58 H3* C 6 H3* C 6 4.554 1.915 -7.940 59 H2* C 6 H2* C 6 2.249 1.455 -7.627 60 2HO* C 6 2HO C 6 1.038 0.985 -9.300 61 H1* C 6 H1* C 6 2.346 -1.251 -7.854 62 1H4 C 6 1H4 C 6 4.753 0.256 -1.884 63 2H4 C 6 2H4 C 6 3.016 0.267 -1.680 64 H5 C 6 5H C 6 5.828 0.062 -4.029 65 H6 C 6 6H C 6 5.471 -0.239 -6.433 66 1H5* C 7 1H5* C 7 1.798 3.887 -11.141 67 2H5* C 7 2H5* C 7 2.258 5.599 -11.055 68 H4* C 7 H4* C 7 -0.163 5.298 -10.655 69 H3* C 7 H3* C 7 1.585 6.266 -8.364 70 H2* C 7 H2* C 7 -0.341 6.450 -7.015 71 2HO* C 7 2HO C 7 -2.008 6.119 -9.304 72 H1* C 7 H1* C 7 -1.728 4.248 -8.038 73 1H4 C 7 1H4 C 7 0.553 2.651 -2.303 74 2H4 C 7 2H4 C 7 2.080 2.214 -3.036 75 H5 C 7 5H C 7 2.704 2.984 -5.248 76 H6 C 7 6H C 7 1.852 3.843 -7.377 77 1H5* C 8 1H5* C 8 -1.745 9.038 -9.165 78 2H5* C 8 2H5* C 8 -1.268 10.724 -8.885 79 H4* C 8 H4* C 8 -3.292 10.106 -7.585 80 H3* C 8 H3* C 8 -0.730 10.790 -6.103 81 H2* C 8 H2* C 8 -1.879 10.521 -4.054 82 2HO* C 8 2HO C 8 -4.408 10.167 -5.220 83 H1* C 8 H1* C 8 -3.432 8.350 -4.789 84 1H4 C 8 1H4 C 8 1.425 6.133 -1.336 85 2H4 C 8 2H4 C 8 2.504 6.280 -2.704 86 H5 C 8 5H C 8 1.865 7.329 -4.779 87 H6 C 8 6H C 8 0.018 8.345 -6.031 88 1H5* U 9 1H5* U 9 -4.201 12.498 -4.834 89 2H5* U 9 2H5* U 9 -4.193 14.178 -4.264 90 H4* U 9 H4* U 9 -5.251 12.655 -2.620 91 H3* U 9 H3* U 9 -2.622 13.990 -1.858 92 H2* U 9 H2* U 9 -2.850 13.024 0.297 93 2HO* U 9 2HO U 9 -5.045 11.835 0.599 94 H1* U 9 H1* U 9 -3.917 10.592 -0.541 95 H3 U 9 3H U 9 0.036 9.517 1.373 96 H5 U 9 5H U 9 1.139 11.410 -2.225 97 H6 U 9 6H U 9 -1.195 11.976 -2.569 98 1H5* G 10 1H5* G 10 -5.243 15.412 1.209 99 2H5* G 10 2H5* G 10 -4.539 16.876 1.926 100 H4* G 10 H4* G 10 -4.457 14.775 3.373 101 H3* G 10 H3* G 10 -2.112 16.546 2.694 102 H2* G 10 H2* G 10 -0.573 15.093 3.769 103 2HO* G 10 2HO G 10 -1.593 14.609 5.667 104 H1* G 10 H1* G 10 -1.532 12.723 2.887 105 H8 G 10 8H G 10 -2.066 15.062 0.028 106 H1 G 10 1H G 10 4.058 13.427 0.656 107 1H2 G 10 1H2 G 10 4.212 12.026 2.512 108 2H2 G 10 2H2 G 10 3.283 12.625 3.868 109 1H5* C 11 1H5* C 11 -2.814 18.565 6.789 110 2H5* C 11 2H5* C 11 -2.519 20.235 6.267 111 H4* C 11 H4* C 11 -0.257 19.927 6.094 112 H3* C 11 H3* C 11 -1.035 17.600 4.596 113 H2* C 11 H2* C 11 -0.147 15.844 5.798 114 2HO* C 11 2HO C 11 2.006 16.621 7.015 115 H1* C 11 H1* C 11 0.568 16.877 8.259 116 1H4 C 11 1H4 C 11 -4.758 13.228 8.743 117 2H4 C 11 2H4 C 11 -5.408 14.641 9.543 118 H5 C 11 5H C 11 -4.250 15.114 6.538 119 H6 C 11 6H C 11 -2.261 16.400 5.924 120 1H5* A 12 1H5* A 12 2.684 18.937 5.806 121 2H5* A 12 2H5* A 12 4.208 19.022 4.900 122 H4* A 12 H4* A 12 4.910 18.516 7.082 123 H3* A 12 H3* A 12 5.107 16.422 5.113 124 H2* A 12 H2* A 12 3.825 14.850 6.319 125 2HO* A 12 2HO A 12 5.674 14.574 8.327 126 H1* A 12 H1* A 12 4.599 16.224 8.900 127 H8 A 12 8H A 12 1.477 14.829 7.036 128 1H6 A 12 1H6 A 12 -0.618 13.187 12.136 129 2H6 A 12 2H6 A 12 0.054 11.860 11.216 130 H2 A 12 2H A 12 3.847 14.661 12.967 131 1H5* U 13 1H5* U 13 8.054 13.332 6.024 132 2H5* U 13 2H5* U 13 6.821 14.353 6.791 133 H4* U 13 H4* U 13 9.824 14.447 7.250 134 H3* U 13 H3* U 13 7.760 12.919 8.494 135 H2* U 13 H2* U 13 6.885 14.645 9.828 136 2HO* U 13 2HO U 13 8.944 13.376 11.023 137 H1* U 13 H1* U 13 9.558 16.051 9.911 138 H3 U 13 3H U 13 6.084 18.006 12.608 139 H5 U 13 5H U 13 6.285 19.890 8.841 140 H6 U 13 6H U 13 7.765 18.109 8.105 141 1H5* A 14 1H5* A 14 9.026 10.749 10.693 142 2H5* A 14 2H5* A 14 8.884 9.163 9.909 143 H4* A 14 H4* A 14 6.814 10.400 11.137 144 H3* A 14 H3* A 14 7.069 8.286 9.099 145 H2* A 14 H2* A 14 5.511 9.243 7.650 146 2HO* A 14 2HO A 14 3.991 8.572 9.945 147 H1* A 14 H1* A 14 4.449 11.027 9.831 148 H8 A 14 8H A 14 6.331 12.157 6.716 149 1H6 A 14 1H6 A 14 2.587 13.737 4.124 150 2H6 A 14 2H6 A 14 0.856 13.599 4.323 151 H2 A 14 2H A 14 0.158 11.447 8.179 152 1H5* A 15 1H5* A 15 2.949 7.805 11.519 153 2H5* A 15 2H5* A 15 2.509 6.092 11.360 154 H4* A 15 H4* A 15 0.709 7.658 10.594 155 H3* A 15 H3* A 15 2.002 5.668 8.705 156 H2* A 15 H2* A 15 0.681 6.442 6.941 157 2HO* A 15 2HO A 15 -1.089 7.587 8.874 158 H1* A 15 H1* A 15 0.349 9.112 7.808 159 H8 A 15 8H A 15 3.904 7.759 7.391 160 1H6 A 15 1H6 A 15 3.555 9.549 1.512 161 2H6 A 15 2H6 A 15 4.655 9.126 2.807 162 H2 A 15 2H A 15 -0.457 10.213 3.402 163 1H5* G 16 1H5* G 16 -2.327 5.761 9.043 164 2H5* G 16 2H5* G 16 -3.142 4.184 9.025 165 H4* G 16 H4* G 16 -4.258 5.813 7.523 166 H3* G 16 H3* G 16 -2.915 3.365 6.339 167 H2* G 16 H2* G 16 -3.524 4.063 4.186 168 2HO* G 16 2HO G 16 -5.304 6.065 4.763 169 H1* G 16 H1* G 16 -3.548 6.859 4.671 170 H8 G 16 8H G 16 -0.379 4.852 5.401 171 H1 G 16 1H G 16 -0.806 6.904 -0.616 172 1H2 G 16 1H2 G 16 -2.725 8.178 -0.777 173 2H2 G 16 2H2 G 16 -4.096 7.540 0.102 174 1H5* G 17 1H5* G 17 -6.790 4.334 5.347 175 2H5* G 17 2H5* G 17 -8.065 3.119 5.127 176 H4* G 17 H4* G 17 -8.040 4.677 3.230 177 H3* G 17 H3* G 17 -7.205 1.801 2.780 178 H2* G 17 H2* G 17 -6.684 2.238 0.540 179 2HO* G 17 2HO G 17 -8.527 4.402 0.811 180 H1* G 17 H1* G 17 -6.021 4.985 0.788 181 H8 G 17 8H G 17 -4.192 2.397 2.917 182 H1 G 17 1H G 17 -1.451 3.509 -2.735 183 1H2 G 17 1H2 G 17 -2.771 4.781 -3.981 184 2H2 G 17 2H2 G 17 -4.351 5.307 -3.442 185 1H5* A 18 1H5* A 18 -8.394 2.709 -1.235 186 2H5* A 18 2H5* A 18 -9.896 1.764 -1.319 187 H4* A 18 H4* A 18 -8.725 0.704 -2.976 188 H3* A 18 H3* A 18 -8.484 -0.651 -0.408 189 H2* A 18 H2* A 18 -6.182 -0.868 -0.503 190 2HO* A 18 2HO A 18 -5.671 -2.475 -2.386 191 H1* A 18 H1* A 18 -6.244 -0.507 -3.513 192 H8 A 18 8H A 18 -4.496 0.488 -0.198 193 1H6 A 18 1H6 A 18 0.756 0.223 -3.398 194 2H6 A 18 2H6 A 18 0.046 0.610 -1.848 195 H2 A 18 2H A 18 -2.651 -0.395 -6.266 196 1H5* U 19 1H5* U 19 -11.534 -4.489 -1.387 197 2H5* U 19 2H5* U 19 -10.840 -5.483 -2.685 198 H4* U 19 H4* U 19 -13.242 -5.259 -3.037 199 H3* U 19 H3* U 19 -11.380 -3.822 -4.945 200 H2* U 19 H2* U 19 -13.205 -2.914 -6.119 201 2HO* U 19 2HO U 19 -14.416 -5.236 -5.240 202 H1* U 19 H1* U 19 -14.936 -2.531 -3.983 203 H3 U 19 3H U 19 -13.780 1.381 -6.145 204 H5 U 19 5H U 19 -10.940 0.820 -3.087 205 H6 U 19 6H U 19 -11.811 -1.431 -2.775 206 1H5* G 20 1H5* G 20 -9.807 -3.224 -6.384 207 2H5* G 20 2H5* G 20 -10.595 -3.881 -7.832 208 H4* G 20 H4* G 20 -8.563 -3.844 -8.798 209 H3* G 20 H3* G 20 -8.602 -6.255 -7.130 210 H2* G 20 H2* G 20 -6.553 -5.915 -6.148 211 2HO* G 20 2HO G 20 -5.311 -5.711 -8.668 212 H1* G 20 H1* G 20 -5.728 -3.802 -8.125 213 H8 G 20 8H G 20 -6.742 -2.960 -4.604 214 H1 G 20 1H G 20 -0.473 -3.993 -5.116 215 1H2 G 20 1H2 G 20 -0.010 -4.876 -7.101 216 2H2 G 20 2H2 G 20 -1.203 -4.957 -8.379 217 1H5* A 21 1H5* A 21 -5.632 -6.767 -10.262 218 2H5* A 21 2H5* A 21 -5.807 -8.306 -11.126 219 H4* A 21 H4* A 21 -3.555 -8.337 -10.532 220 H3* A 21 H3* A 21 -5.111 -9.690 -8.289 221 H2* A 21 H2* A 21 -3.048 -10.102 -7.246 222 2HO* A 21 2HO A 21 -1.999 -9.864 -9.880 223 H1* A 21 H1* A 21 -1.716 -7.808 -8.281 224 H8 A 21 8H A 21 -4.876 -7.217 -6.274 225 1H6 A 21 1H6 A 21 -1.301 -7.067 -1.268 226 2H6 A 21 2H6 A 21 -2.941 -6.915 -1.860 227 H2 A 21 2H A 21 1.206 -8.448 -4.726 228 1H5* A 22 1H5* A 22 -1.946 -12.114 -10.399 229 2H5* A 22 2H5* A 22 -2.324 -13.848 -10.395 230 H4* A 22 H4* A 22 0.012 -13.408 -9.679 231 H3* A 22 H3* A 22 -1.947 -14.566 -7.660 232 H2* A 22 H2* A 22 -0.234 -14.634 -6.065 233 2HO* A 22 2HO A 22 2.045 -14.177 -7.244 234 H1* A 22 H1* A 22 1.260 -12.425 -7.027 235 H8 A 22 8H A 22 -2.398 -11.836 -6.150 236 1H6 A 22 1H6 A 22 -0.470 -10.410 -0.521 237 2H6 A 22 2H6 A 22 -1.895 -10.933 -1.387 238 H2 A 22 2H A 22 2.989 -12.317 -2.744 239 1H5* C 23 1H5* C 23 1.816 -16.815 -8.573 240 2H5* C 23 2H5* C 23 1.665 -18.564 -8.320 241 H4* C 23 H4* C 23 3.688 -17.662 -7.230 242 H3* C 23 H3* C 23 1.474 -18.766 -5.463 243 H2* C 23 H2* C 23 2.859 -18.361 -3.574 244 2HO* C 23 2HO C 23 4.866 -18.501 -5.498 245 H1* C 23 H1* C 23 3.804 -15.905 -4.348 246 1H4 C 23 1H4 C 23 -1.288 -15.118 -0.535 247 2H4 C 23 2H4 C 23 -2.267 -14.885 -1.966 248 H5 C 23 5H C 23 -1.578 -16.114 -4.012 249 H6 C 23 6H C 23 0.376 -16.643 -5.384 250 1H5* C 24 1H5* C 24 4.695 -21.097 -4.154 251 2H5* C 24 2H5* C 24 4.169 -22.772 -3.895 252 H4* C 24 H4* C 24 4.885 -21.702 -1.776 253 H3* C 24 H3* C 24 1.977 -22.451 -2.167 254 H2* C 24 H2* C 24 1.462 -21.706 -0.011 255 2HO* C 24 2HO C 24 3.662 -21.006 1.183 256 H1* C 24 H1* C 24 3.173 -19.516 0.021 257 1H4 C 24 1H4 C 24 -2.691 -17.293 -1.036 258 2H4 C 24 2H4 C 24 -2.506 -17.604 -2.748 259 H5 C 24 5H C 24 -0.656 -18.863 -3.669 260 H6 C 24 6H C 24 1.466 -19.971 -3.155 261 H3T C 24 H3T C 24 4.316 -23.525 -0.998 Start of MODEL 3 1 1H5* G 1 1H5* G 1 -7.037 -13.450 7.762 2 2H5* G 1 2H5* G 1 -5.952 -12.056 7.602 3 H4* G 1 H4* G 1 -4.838 -13.915 8.775 4 H3* G 1 H3* G 1 -3.859 -12.992 6.071 5 H2* G 1 H2* G 1 -2.222 -14.691 5.988 6 2HO* G 1 2HO G 1 -2.309 -14.392 8.684 7 H1* G 1 H1* G 1 -3.667 -16.749 7.023 8 H8 G 1 8H G 1 -6.029 -14.848 4.846 9 H1 G 1 1H G 1 -1.855 -18.235 1.414 10 1H2 G 1 1H2 G 1 -0.376 -19.206 2.815 11 2H2 G 1 2H2 G 1 -0.068 -18.483 4.377 12 H5T G 1 H5T G 1 -7.163 -12.659 5.681 13 1H5* G 2 1H5* G 2 -0.244 -12.893 8.679 14 2H5* G 2 2H5* G 2 0.445 -11.262 8.559 15 H4* G 2 H4* G 2 2.211 -12.869 8.154 16 H3* G 2 H3* G 2 1.208 -11.253 5.807 17 H2* G 2 H2* G 2 2.619 -12.409 4.302 18 2HO* G 2 2HO G 2 4.528 -13.094 4.926 19 H1* G 2 H1* G 2 2.272 -14.928 5.244 20 H8 G 2 8H G 2 -0.958 -12.978 5.544 21 H1 G 2 1H G 2 0.078 -15.174 -0.345 22 1H2 G 2 1H2 G 2 2.120 -16.025 -0.492 23 2H2 G 2 2H2 G 2 3.260 -15.959 0.832 24 1H5* U 3 1H5* U 3 5.551 -11.257 5.803 25 2H5* U 3 2H5* U 3 6.211 -9.644 5.462 26 H4* U 3 H4* U 3 7.146 -11.356 3.933 27 H3* U 3 H3* U 3 5.412 -9.118 2.854 28 H2* U 3 H2* U 3 5.615 -9.974 0.649 29 2HO* U 3 2HO U 3 7.341 -12.071 1.287 30 H1* U 3 H1* U 3 5.257 -12.608 1.227 31 H3 U 3 3H U 3 1.421 -11.188 -0.737 32 H5 U 3 5H U 3 1.169 -9.742 3.216 33 H6 U 3 6H U 3 3.444 -10.519 3.572 34 1H5* U 4 1H5* U 4 9.009 -8.936 0.400 35 2H5* U 4 2H5* U 4 9.481 -7.239 0.183 36 H4* U 4 H4* U 4 9.123 -8.313 -1.996 37 H3* U 4 H3* U 4 7.168 -6.168 -1.104 38 H2* U 4 H2* U 4 5.992 -6.394 -3.145 39 2HO* U 4 2HO U 4 6.936 -7.053 -4.973 40 H1* U 4 H1* U 4 6.168 -9.142 -3.385 41 H3 U 4 3H U 4 1.777 -8.328 -2.701 42 H5 U 4 5H U 4 3.542 -7.575 1.052 43 H6 U 4 6H U 4 5.715 -7.865 0.016 44 1H5* C 5 1H5* C 5 8.608 -5.430 -5.306 45 2H5* C 5 2H5* C 5 9.113 -3.728 -5.335 46 H4* C 5 H4* C 5 7.699 -4.249 -7.281 47 H3* C 5 H3* C 5 6.588 -2.389 -5.149 48 H2* C 5 H2* C 5 4.639 -2.092 -6.463 49 2HO* C 5 2HO C 5 6.313 -3.034 -8.547 50 H1* C 5 H1* C 5 4.397 -4.701 -7.346 51 1H4 C 5 1H4 C 5 0.364 -3.945 -2.474 52 2H4 C 5 2H4 C 5 1.680 -4.091 -1.328 53 H5 C 5 5H C 5 3.996 -4.239 -1.992 54 H6 C 5 6H C 5 5.542 -4.268 -3.890 55 1H5* C 6 1H5* C 6 7.295 0.033 -8.773 56 2H5* C 6 2H5* C 6 7.017 1.770 -8.538 57 H4* C 6 H4* C 6 5.113 0.355 -9.595 58 H3* C 6 H3* C 6 4.848 2.341 -7.319 59 H2* C 6 H2* C 6 2.523 1.892 -7.182 60 2HO* C 6 2HO C 6 2.853 1.320 -9.820 61 H1* C 6 H1* C 6 2.644 -0.821 -7.473 62 1H4 C 6 1H4 C 6 4.376 0.498 -1.237 63 2H4 C 6 2H4 C 6 2.629 0.591 -1.234 64 H5 C 6 5H C 6 5.680 0.229 -3.247 65 H6 C 6 6H C 6 5.590 0.041 -5.687 66 1H5* C 7 1H5* C 7 2.388 4.442 -10.681 67 2H5* C 7 2H5* C 7 2.881 6.141 -10.521 68 H4* C 7 H4* C 7 0.429 5.886 -10.305 69 H3* C 7 H3* C 7 2.038 6.776 -7.886 70 H2* C 7 H2* C 7 0.042 6.966 -6.652 71 2HO* C 7 2HO C 7 -2.033 6.759 -8.009 72 H1* C 7 H1* C 7 -1.341 4.838 -7.830 73 1H4 C 7 1H4 C 7 0.430 2.970 -2.005 74 2H4 C 7 2H4 C 7 2.023 2.575 -2.608 75 H5 C 7 5H C 7 2.819 3.324 -4.765 76 H6 C 7 6H C 7 2.161 4.270 -6.925 77 1H5* C 8 1H5* C 8 -1.183 9.550 -8.756 78 2H5* C 8 2H5* C 8 -0.730 11.237 -8.440 79 H4* C 8 H4* C 8 -2.781 10.587 -7.203 80 H3* C 8 H3* C 8 -0.259 11.296 -5.676 81 H2* C 8 H2* C 8 -1.384 10.929 -3.635 82 2HO* C 8 2HO C 8 -3.624 11.493 -5.207 83 H1* C 8 H1* C 8 -2.888 8.743 -4.397 84 1H4 C 8 1H4 C 8 2.125 6.589 -1.120 85 2H4 C 8 2H4 C 8 3.130 6.701 -2.548 86 H5 C 8 5H C 8 2.429 7.847 -4.554 87 H6 C 8 6H C 8 0.529 8.859 -5.725 88 1H5* U 9 1H5* U 9 -3.927 13.106 -4.519 89 2H5* U 9 2H5* U 9 -3.860 14.784 -3.941 90 H4* U 9 H4* U 9 -5.099 13.316 -2.372 91 H3* U 9 H3* U 9 -2.475 14.563 -1.481 92 H2* U 9 H2* U 9 -2.746 13.556 0.645 93 2HO* U 9 2HO U 9 -4.673 13.328 1.508 94 H1* U 9 H1* U 9 -3.866 11.162 -0.218 95 H3 U 9 3H U 9 0.054 9.928 1.649 96 H5 U 9 5H U 9 1.210 11.908 -1.886 97 H6 U 9 6H U 9 -1.106 12.547 -2.208 98 1H5* G 10 1H5* G 10 -5.015 16.052 1.562 99 2H5* G 10 2H5* G 10 -4.282 17.523 2.233 100 H4* G 10 H4* G 10 -4.151 15.492 3.734 101 H3* G 10 H3* G 10 -1.760 17.107 2.847 102 H2* G 10 H2* G 10 -0.246 15.613 3.917 103 2HO* G 10 2HO G 10 -2.588 14.696 5.254 104 H1* G 10 H1* G 10 -1.365 13.275 3.159 105 H8 G 10 8H G 10 -1.916 15.679 0.321 106 H1 G 10 1H G 10 4.023 13.389 0.456 107 1H2 G 10 1H2 G 10 4.284 12.127 2.308 108 2H2 G 10 2H2 G 10 3.304 12.497 3.709 109 1H5* C 11 1H5* C 11 -1.932 19.104 6.990 110 2H5* C 11 2H5* C 11 -1.760 20.807 6.526 111 H4* C 11 H4* C 11 0.503 20.661 6.316 112 H3* C 11 H3* C 11 -0.140 18.494 4.590 113 H2* C 11 H2* C 11 0.683 16.625 5.649 114 2HO* C 11 2HO C 11 2.925 17.306 6.828 115 H1* C 11 H1* C 11 1.557 17.453 8.160 116 1H4 C 11 1H4 C 11 -4.084 14.769 9.777 117 2H4 C 11 2H4 C 11 -3.807 13.749 8.382 118 H5 C 11 5H C 11 -3.318 15.731 6.568 119 H6 C 11 6H C 11 -1.408 17.142 5.967 120 1H5* A 12 1H5* A 12 4.067 19.439 5.478 121 2H5* A 12 2H5* A 12 5.356 19.256 4.270 122 H4* A 12 H4* A 12 6.328 18.114 6.026 123 H3* A 12 H3* A 12 4.637 16.188 4.427 124 H2* A 12 H2* A 12 4.757 14.558 6.066 125 2HO* A 12 2HO A 12 6.640 14.029 6.984 126 H1* A 12 H1* A 12 5.594 16.235 8.263 127 H8 A 12 8H A 12 2.366 15.389 6.291 128 1H6 A 12 1H6 A 12 0.357 12.804 10.948 129 2H6 A 12 2H6 A 12 -0.351 14.399 10.835 130 H2 A 12 2H A 12 4.360 15.080 12.352 131 1H5* U 13 1H5* U 13 9.436 16.044 5.010 132 2H5* U 13 2H5* U 13 10.270 14.504 4.726 133 H4* U 13 H4* U 13 10.958 14.742 6.877 134 H3* U 13 H3* U 13 8.388 13.361 6.862 135 H2* U 13 H2* U 13 7.363 14.714 8.454 136 2HO* U 13 2HO U 13 8.558 12.874 9.668 137 H1* U 13 H1* U 13 9.999 15.798 9.440 138 H3 U 13 3H U 13 6.130 17.507 11.681 139 H5 U 13 5H U 13 7.193 20.039 8.483 140 H6 U 13 6H U 13 8.717 18.313 7.711 141 1H5* A 14 1H5* A 14 9.439 10.670 9.769 142 2H5* A 14 2H5* A 14 9.131 9.073 9.060 143 H4* A 14 H4* A 14 7.355 10.289 10.660 144 H3* A 14 H3* A 14 7.177 8.245 8.568 145 H2* A 14 H2* A 14 5.455 9.256 7.382 146 2HO* A 14 2HO A 14 4.331 8.488 9.838 147 H1* A 14 H1* A 14 4.719 11.082 9.648 148 H8 A 14 8H A 14 6.395 11.927 6.304 149 1H6 A 14 1H6 A 14 2.558 13.708 4.001 150 2H6 A 14 2H6 A 14 0.890 13.945 4.470 151 H2 A 14 2H A 14 0.405 12.065 8.492 152 1H5* A 15 1H5* A 15 3.396 7.653 11.495 153 2H5* A 15 2H5* A 15 2.962 5.946 11.277 154 H4* A 15 H4* A 15 1.056 7.480 10.812 155 H3* A 15 H3* A 15 2.203 5.764 8.580 156 H2* A 15 H2* A 15 0.543 6.604 7.124 157 2HO* A 15 2HO A 15 -1.288 7.775 7.975 158 H1* A 15 H1* A 15 0.495 9.212 8.068 159 H8 A 15 8H A 15 3.939 7.626 7.498 160 1H6 A 15 1H6 A 15 3.538 9.625 1.690 161 2H6 A 15 2H6 A 15 4.620 8.998 2.915 162 H2 A 15 2H A 15 -0.361 10.495 3.727 163 1H5* G 16 1H5* G 16 -1.957 5.653 9.162 164 2H5* G 16 2H5* G 16 -2.763 4.075 9.067 165 H4* G 16 H4* G 16 -3.935 5.790 7.712 166 H3* G 16 H3* G 16 -2.618 3.437 6.317 167 H2* G 16 H2* G 16 -3.316 4.274 4.242 168 2HO* G 16 2HO G 16 -5.172 6.043 5.465 169 H1* G 16 H1* G 16 -3.332 7.030 4.918 170 H8 G 16 8H G 16 -0.118 5.013 5.389 171 H1 G 16 1H G 16 -0.793 7.454 -0.453 172 1H2 G 16 1H2 G 16 -2.745 8.622 -0.529 173 2H2 G 16 2H2 G 16 -4.063 8.054 0.470 174 1H5* G 17 1H5* G 17 -6.537 4.450 5.546 175 2H5* G 17 2H5* G 17 -7.812 3.247 5.277 176 H4* G 17 H4* G 17 -7.863 4.962 3.518 177 H3* G 17 H3* G 17 -7.095 2.124 2.818 178 H2* G 17 H2* G 17 -6.661 2.708 0.585 179 2HO* G 17 2HO G 17 -8.082 5.157 0.975 180 H1* G 17 H1* G 17 -5.776 5.335 0.973 181 H8 G 17 8H G 17 -4.268 2.502 3.060 182 H1 G 17 1H G 17 -1.195 3.627 -2.412 183 1H2 G 17 1H2 G 17 -2.391 5.006 -3.679 184 2H2 G 17 2H2 G 17 -3.833 5.800 -3.088 185 1H5* A 18 1H5* A 18 -8.322 3.523 -0.937 186 2H5* A 18 2H5* A 18 -9.924 2.769 -1.089 187 H4* A 18 H4* A 18 -8.997 1.918 -2.987 188 H3* A 18 H3* A 18 -8.661 0.095 -0.737 189 H2* A 18 H2* A 18 -6.392 -0.257 -1.101 190 2HO* A 18 2HO A 18 -6.646 -1.371 -3.586 191 H1* A 18 H1* A 18 -6.688 0.662 -3.977 192 H8 A 18 8H A 18 -4.601 1.235 -0.748 193 1H6 A 18 1H6 A 18 0.346 0.622 -4.367 194 2H6 A 18 2H6 A 18 -0.208 0.931 -2.737 195 H2 A 18 2H A 18 -3.317 0.314 -6.954 196 1H5* U 19 1H5* U 19 -7.457 -2.631 0.140 197 2H5* U 19 2H5* U 19 -7.124 -2.651 -1.602 198 H4* U 19 H4* U 19 -6.989 -4.907 -1.184 199 H3* U 19 H3* U 19 -9.928 -4.308 -1.664 200 H2* U 19 H2* U 19 -10.438 -6.551 -1.205 201 2HO* U 19 2HO U 19 -7.965 -7.699 -1.174 202 H1* U 19 H1* U 19 -8.312 -7.057 0.609 203 H3 U 19 3H U 19 -12.013 -8.241 2.912 204 H5 U 19 5H U 19 -12.421 -4.074 2.439 205 H6 U 19 6H U 19 -10.423 -4.105 1.044 206 1H5* G 20 1H5* G 20 -9.797 -3.180 -6.957 207 2H5* G 20 2H5* G 20 -9.928 -4.949 -6.889 208 H4* G 20 H4* G 20 -8.235 -3.937 -8.553 209 H3* G 20 H3* G 20 -8.041 -6.274 -6.803 210 H2* G 20 H2* G 20 -5.898 -5.892 -6.076 211 2HO* G 20 2HO G 20 -5.020 -5.767 -8.760 212 H1* G 20 H1* G 20 -5.292 -3.830 -8.172 213 H8 G 20 8H G 20 -6.041 -2.866 -4.621 214 H1 G 20 1H G 20 0.171 -3.933 -5.549 215 1H2 G 20 1H2 G 20 0.511 -4.759 -7.574 216 2H2 G 20 2H2 G 20 -0.796 -5.053 -8.699 217 1H5* A 21 1H5* A 21 -5.447 -6.846 -10.176 218 2H5* A 21 2H5* A 21 -5.725 -8.366 -11.050 219 H4* A 21 H4* A 21 -3.416 -8.404 -10.719 220 H3* A 21 H3* A 21 -4.724 -9.822 -8.361 221 H2* A 21 H2* A 21 -2.566 -10.259 -7.542 222 2HO* A 21 2HO A 21 -0.941 -10.737 -8.847 223 H1* A 21 H1* A 21 -1.342 -7.925 -8.603 224 H8 A 21 8H A 21 -4.326 -7.293 -6.396 225 1H6 A 21 1H6 A 21 -0.491 -7.425 -1.596 226 2H6 A 21 2H6 A 21 -2.159 -7.230 -2.087 227 H2 A 21 2H A 21 1.760 -8.864 -5.205 228 1H5* A 22 1H5* A 22 -1.971 -12.586 -10.757 229 2H5* A 22 2H5* A 22 -2.585 -14.248 -10.649 230 H4* A 22 H4* A 22 -0.176 -14.108 -10.063 231 H3* A 22 H3* A 22 -2.174 -14.911 -7.918 232 H2* A 22 H2* A 22 -0.413 -15.168 -6.393 233 2HO* A 22 2HO A 22 1.255 -15.366 -8.703 234 H1* A 22 H1* A 22 1.276 -13.163 -7.418 235 H8 A 22 8H A 22 -2.314 -12.179 -6.598 236 1H6 A 22 1H6 A 22 -0.342 -11.063 -0.873 237 2H6 A 22 2H6 A 22 -1.670 -10.869 -1.995 238 H2 A 22 2H A 22 2.990 -13.066 -3.150 239 1H5* C 23 1H5* C 23 1.236 -17.642 -8.743 240 2H5* C 23 2H5* C 23 0.868 -19.347 -8.410 241 H4* C 23 H4* C 23 2.983 -18.649 -7.343 242 H3* C 23 H3* C 23 0.645 -19.395 -5.554 243 H2* C 23 H2* C 23 2.065 -19.087 -3.671 244 2HO* C 23 2HO C 23 4.427 -18.422 -4.705 245 H1* C 23 H1* C 23 3.295 -16.791 -4.529 246 1H4 C 23 1H4 C 23 -1.782 -15.422 -0.827 247 2H4 C 23 2H4 C 23 -2.595 -14.890 -2.282 248 H5 C 23 5H C 23 -2.083 -16.422 -4.258 249 H6 C 23 6H C 23 -0.181 -17.197 -5.581 250 1H5* C 24 1H5* C 24 3.541 -22.041 -4.117 251 2H5* C 24 2H5* C 24 2.818 -23.634 -3.811 252 H4* C 24 H4* C 24 3.642 -22.590 -1.721 253 H3* C 24 H3* C 24 0.662 -22.975 -2.111 254 H2* C 24 H2* C 24 0.257 -22.134 0.037 255 2HO* C 24 2HO C 24 2.871 -21.821 0.872 256 H1* C 24 H1* C 24 2.183 -20.142 -0.012 257 1H4 C 24 1H4 C 24 -3.483 -17.491 -1.223 258 2H4 C 24 2H4 C 24 -3.244 -17.775 -2.934 259 H5 C 24 5H C 24 -1.519 -19.256 -3.782 260 H6 C 24 6H C 24 0.496 -20.520 -3.199 261 H3T C 24 H3T C 24 2.581 -24.610 -1.689 Start of MODEL 4 1 1H5* G 1 1H5* G 1 -6.423 -13.067 8.019 2 2H5* G 1 2H5* G 1 -5.382 -11.632 8.116 3 H4* G 1 H4* G 1 -4.214 -13.528 9.097 4 H3* G 1 H3* G 1 -3.219 -12.431 6.465 5 H2* G 1 H2* G 1 -1.570 -14.105 6.296 6 2HO* G 1 2HO G 1 -1.633 -15.492 8.530 7 H1* G 1 H1* G 1 -2.980 -16.229 7.306 8 H8 G 1 8H G 1 -5.367 -14.499 5.061 9 H1 G 1 1H G 1 -0.817 -17.490 1.738 10 1H2 G 1 1H2 G 1 0.912 -17.942 3.091 11 2H2 G 1 2H2 G 1 0.700 -17.974 4.827 12 H5T G 1 H5T G 1 -6.535 -12.245 6.035 13 1H5* G 2 1H5* G 2 0.382 -12.568 9.100 14 2H5* G 2 2H5* G 2 0.978 -10.899 9.196 15 H4* G 2 H4* G 2 2.875 -12.283 8.710 16 H3* G 2 H3* G 2 1.799 -10.635 6.423 17 H2* G 2 H2* G 2 3.333 -11.584 4.896 18 2HO* G 2 2HO G 2 4.708 -13.015 6.909 19 H1* G 2 H1* G 2 3.192 -14.172 5.699 20 H8 G 2 8H G 2 -0.182 -12.463 5.998 21 H1 G 2 1H G 2 1.073 -14.503 0.092 22 1H2 G 2 1H2 G 2 3.164 -15.243 -0.025 23 2H2 G 2 2H2 G 2 4.300 -15.039 1.289 24 1H5* U 3 1H5* U 3 5.972 -10.431 6.287 25 2H5* U 3 2H5* U 3 6.597 -8.801 5.963 26 H4* U 3 H4* U 3 7.397 -10.433 4.283 27 H3* U 3 H3* U 3 5.548 -8.179 3.444 28 H2* U 3 H2* U 3 5.622 -8.938 1.197 29 2HO* U 3 2HO U 3 8.077 -9.659 1.840 30 H1* U 3 H1* U 3 5.422 -11.620 1.696 31 H3 U 3 3H U 3 1.432 -10.444 -0.080 32 H5 U 3 5H U 3 1.289 -8.916 3.846 33 H6 U 3 6H U 3 3.612 -9.570 4.112 34 1H5* U 4 1H5* U 4 8.653 -8.218 0.597 35 2H5* U 4 2H5* U 4 9.191 -6.568 0.226 36 H4* U 4 H4* U 4 8.433 -7.728 -1.814 37 H3* U 4 H3* U 4 6.749 -5.406 -0.794 38 H2* U 4 H2* U 4 5.370 -5.648 -2.692 39 2HO* U 4 2HO U 4 7.039 -7.486 -4.005 40 H1* U 4 H1* U 4 5.573 -8.444 -2.919 41 H3 U 4 3H U 4 1.153 -7.670 -2.456 42 H5 U 4 5H U 4 2.735 -6.711 1.330 43 H6 U 4 6H U 4 4.960 -7.001 0.400 44 1H5* C 5 1H5* C 5 8.063 -5.123 -4.946 45 2H5* C 5 2H5* C 5 8.795 -3.540 -5.276 46 H4* C 5 H4* C 5 7.369 -4.045 -7.140 47 H3* C 5 H3* C 5 6.208 -2.030 -5.183 48 H2* C 5 H2* C 5 4.302 -1.822 -6.560 49 2HO* C 5 2HO C 5 5.938 -1.929 -8.502 50 H1* C 5 H1* C 5 4.109 -4.480 -7.343 51 1H4 C 5 1H4 C 5 -0.255 -3.456 -2.820 52 2H4 C 5 2H4 C 5 0.978 -3.511 -1.577 53 H5 C 5 5H C 5 3.336 -3.698 -2.066 54 H6 C 5 6H C 5 5.010 -3.817 -3.849 55 1H5* C 6 1H5* C 6 7.147 0.408 -8.861 56 2H5* C 6 2H5* C 6 6.840 2.124 -8.521 57 H4* C 6 H4* C 6 5.012 0.773 -9.783 58 H3* C 6 H3* C 6 4.612 2.622 -7.417 59 H2* C 6 H2* C 6 2.289 2.134 -7.388 60 2HO* C 6 2HO C 6 2.794 1.176 -10.013 61 H1* C 6 H1* C 6 2.447 -0.550 -7.771 62 1H4 C 6 1H4 C 6 2.397 0.649 -1.485 63 2H4 C 6 2H4 C 6 4.147 0.598 -1.484 64 H5 C 6 5H C 6 5.462 0.520 -3.503 65 H6 C 6 6H C 6 5.382 0.369 -5.948 66 1H5* C 7 1H5* C 7 2.172 4.663 -10.803 67 2H5* C 7 2H5* C 7 2.546 6.390 -10.633 68 H4* C 7 H4* C 7 0.106 5.971 -10.546 69 H3* C 7 H3* C 7 1.519 6.995 -8.057 70 H2* C 7 H2* C 7 -0.555 7.066 -6.936 71 2HO* C 7 2HO C 7 -2.549 6.983 -8.125 72 H1* C 7 H1* C 7 -1.716 4.826 -8.148 73 1H4 C 7 1H4 C 7 -0.124 3.134 -2.222 74 2H4 C 7 2H4 C 7 1.522 2.847 -2.738 75 H5 C 7 5H C 7 2.363 3.548 -4.887 76 H6 C 7 6H C 7 1.756 4.447 -7.086 77 1H5* C 8 1H5* C 8 -1.641 9.792 -8.829 78 2H5* C 8 2H5* C 8 -1.096 11.457 -8.541 79 H4* C 8 H4* C 8 -3.052 10.870 -7.127 80 H3* C 8 H3* C 8 -0.373 11.467 -5.838 81 H2* C 8 H2* C 8 -1.256 11.033 -3.720 82 2HO* C 8 2HO C 8 -3.387 12.264 -4.771 83 H1* C 8 H1* C 8 -3.209 9.136 -4.453 84 1H4 C 8 1H4 C 8 1.253 6.094 -1.106 85 2H4 C 8 2H4 C 8 2.377 6.198 -2.443 86 H5 C 8 5H C 8 1.881 7.369 -4.495 87 H6 C 8 6H C 8 0.203 8.688 -5.701 88 1H5* U 9 1H5* U 9 -4.009 13.957 -4.516 89 2H5* U 9 2H5* U 9 -3.495 15.540 -3.897 90 H4* U 9 H4* U 9 -5.051 14.401 -2.337 91 H3* U 9 H3* U 9 -2.173 14.857 -1.461 92 H2* U 9 H2* U 9 -2.745 13.964 0.670 93 2HO* U 9 2HO U 9 -5.076 13.476 1.061 94 H1* U 9 H1* U 9 -4.342 11.911 -0.247 95 H3 U 9 3H U 9 -0.717 9.850 1.499 96 H5 U 9 5H U 9 0.731 11.594 -2.053 97 H6 U 9 6H U 9 -1.422 12.688 -2.313 98 1H5* G 10 1H5* G 10 -4.125 16.847 1.666 99 2H5* G 10 2H5* G 10 -3.093 18.159 2.268 100 H4* G 10 H4* G 10 -3.307 16.262 3.883 101 H3* G 10 H3* G 10 -0.655 17.151 2.749 102 H2* G 10 H2* G 10 0.508 15.370 3.800 103 2HO* G 10 2HO G 10 -0.638 14.024 5.372 104 H1* G 10 H1* G 10 -1.236 13.364 3.307 105 H8 G 10 8H G 10 -1.324 15.714 0.360 106 H1 G 10 1H G 10 3.681 11.779 0.243 107 1H2 G 10 1H2 G 10 3.766 10.622 2.158 108 2H2 G 10 2H2 G 10 2.956 11.235 3.583 109 1H5* C 11 1H5* C 11 -0.033 19.357 6.759 110 2H5* C 11 2H5* C 11 0.606 20.895 6.145 111 H4* C 11 H4* C 11 2.701 20.051 5.814 112 H3* C 11 H3* C 11 1.294 17.979 4.427 113 H2* C 11 H2* C 11 1.754 16.073 5.634 114 2HO* C 11 2HO C 11 3.842 15.897 4.953 115 H1* C 11 H1* C 11 2.943 16.905 7.996 116 1H4 C 11 1H4 C 11 -3.417 15.267 8.592 117 2H4 C 11 2H4 C 11 -2.913 15.682 10.215 118 H5 C 11 5H C 11 -2.308 16.502 6.740 119 H6 C 11 6H C 11 -0.115 17.242 5.937 120 1H5* A 12 1H5* A 12 5.440 17.817 5.116 121 2H5* A 12 2H5* A 12 6.687 17.369 3.936 122 H4* A 12 H4* A 12 7.459 16.015 5.592 123 H3* A 12 H3* A 12 5.090 14.535 4.431 124 H2* A 12 H2* A 12 5.031 13.071 6.225 125 2HO* A 12 2HO A 12 7.801 13.328 5.985 126 H1* A 12 H1* A 12 6.572 14.653 8.082 127 H8 A 12 8H A 12 2.971 14.548 6.637 128 1H6 A 12 1H6 A 12 1.038 14.604 12.180 129 2H6 A 12 2H6 A 12 0.880 13.170 11.192 130 H2 A 12 2H A 12 5.718 14.241 12.400 131 1H5* U 13 1H5* U 13 9.710 13.051 4.406 132 2H5* U 13 2H5* U 13 10.016 11.312 4.232 133 H4* U 13 H4* U 13 11.089 11.563 6.224 134 H3* U 13 H3* U 13 8.286 10.910 6.685 135 H2* U 13 H2* U 13 7.866 12.597 8.225 136 2HO* U 13 2HO U 13 9.347 12.194 10.233 137 H1* U 13 H1* U 13 10.792 13.070 8.759 138 H3 U 13 3H U 13 7.686 15.873 11.122 139 H5 U 13 5H U 13 9.097 17.800 7.647 140 H6 U 13 6H U 13 10.030 15.675 6.928 141 1H5* A 14 1H5* A 14 8.573 8.647 9.801 142 2H5* A 14 2H5* A 14 7.942 7.060 9.321 143 H4* A 14 H4* A 14 6.434 8.734 10.696 144 H3* A 14 H3* A 14 5.841 6.687 8.675 145 H2* A 14 H2* A 14 4.385 8.014 7.434 146 2HO* A 14 2HO A 14 3.051 6.973 9.292 147 H1* A 14 H1* A 14 4.092 10.038 9.626 148 H8 A 14 8H A 14 5.759 10.141 6.139 149 1H6 A 14 1H6 A 14 2.519 12.971 3.949 150 2H6 A 14 2H6 A 14 0.906 13.482 4.388 151 H2 A 14 2H A 14 0.319 12.277 8.659 152 1H5* A 15 1H5* A 15 1.978 7.044 11.481 153 2H5* A 15 2H5* A 15 1.227 5.440 11.355 154 H4* A 15 H4* A 15 -0.338 7.270 10.723 155 H3* A 15 H3* A 15 0.525 5.252 8.615 156 H2* A 15 H2* A 15 -0.931 6.306 7.083 157 2HO* A 15 2HO A 15 -2.291 8.130 8.344 158 H1* A 15 H1* A 15 -0.547 8.924 7.957 159 H8 A 15 8H A 15 2.594 6.811 7.412 160 1H6 A 15 1H6 A 15 2.479 8.793 1.576 161 2H6 A 15 2H6 A 15 3.373 7.849 2.750 162 H2 A 15 2H A 15 -1.280 10.166 3.594 163 1H5* G 16 1H5* G 16 -3.704 5.613 8.948 164 2H5* G 16 2H5* G 16 -4.597 4.084 8.819 165 H4* G 16 H4* G 16 -5.468 5.796 7.247 166 H3* G 16 H3* G 16 -4.131 3.316 6.101 167 H2* G 16 H2* G 16 -4.602 4.112 3.944 168 2HO* G 16 2HO G 16 -6.436 6.053 4.886 169 H1* G 16 H1* G 16 -4.529 6.886 4.561 170 H8 G 16 8H G 16 -1.475 4.698 5.294 171 H1 G 16 1H G 16 -1.603 7.095 -0.609 172 1H2 G 16 1H2 G 16 -3.802 7.721 -1.040 173 2H2 G 16 2H2 G 16 -4.568 8.531 0.308 174 1H5* G 17 1H5* G 17 -7.871 4.454 4.873 175 2H5* G 17 2H5* G 17 -9.174 3.297 4.533 176 H4* G 17 H4* G 17 -8.971 4.884 2.679 177 H3* G 17 H3* G 17 -8.160 2.001 2.220 178 H2* G 17 H2* G 17 -7.464 2.479 0.037 179 2HO* G 17 2HO G 17 -8.789 4.971 -0.072 180 H1* G 17 H1* G 17 -6.775 5.208 0.401 181 H8 G 17 8H G 17 -5.165 2.504 2.572 182 H1 G 17 1H G 17 -1.957 3.793 -2.789 183 1H2 G 17 1H2 G 17 -3.200 5.062 -4.124 184 2H2 G 17 2H2 G 17 -4.716 5.761 -3.600 185 1H5* A 18 1H5* A 18 -8.986 3.123 -1.749 186 2H5* A 18 2H5* A 18 -10.533 2.298 -2.027 187 H4* A 18 H4* A 18 -9.351 1.279 -3.686 188 H3* A 18 H3* A 18 -9.232 -0.272 -1.222 189 H2* A 18 H2* A 18 -6.928 -0.553 -1.261 190 2HO* A 18 2HO A 18 -7.058 -1.928 -3.696 191 H1* A 18 H1* A 18 -6.870 0.043 -4.235 192 H8 A 18 8H A 18 -5.259 0.796 -0.789 193 1H6 A 18 1H6 A 18 0.131 0.698 -3.771 194 2H6 A 18 2H6 A 18 -0.641 0.811 -2.205 195 H2 A 18 2H A 18 -3.147 0.173 -6.802 196 1H5* U 19 1H5* U 19 -9.010 -3.992 -1.093 197 2H5* U 19 2H5* U 19 -7.990 -3.068 -2.216 198 H4* U 19 H4* U 19 -7.262 -4.939 -3.284 199 H3* U 19 H3* U 19 -10.161 -5.781 -3.110 200 H2* U 19 H2* U 19 -9.584 -8.059 -3.264 201 2HO* U 19 2HO U 19 -6.899 -7.906 -3.733 202 H1* U 19 H1* U 19 -7.259 -8.023 -1.779 203 H3 U 19 3H U 19 -10.651 -10.503 0.148 204 H5 U 19 5H U 19 -11.037 -6.581 1.641 205 H6 U 19 6H U 19 -9.398 -5.865 -0.002 206 1H5* G 20 1H5* G 20 -9.617 -2.809 -7.655 207 2H5* G 20 2H5* G 20 -10.330 -3.922 -8.841 208 H4* G 20 H4* G 20 -8.231 -3.877 -9.725 209 H3* G 20 H3* G 20 -8.430 -6.037 -7.746 210 H2* G 20 H2* G 20 -6.402 -5.647 -6.738 211 2HO* G 20 2HO G 20 -5.138 -5.821 -9.264 212 H1* G 20 H1* G 20 -5.425 -3.820 -8.919 213 H8 G 20 8H G 20 -6.598 -2.588 -5.553 214 H1 G 20 1H G 20 -0.321 -3.685 -5.691 215 1H2 G 20 1H2 G 20 0.228 -4.699 -7.585 216 2H2 G 20 2H2 G 20 -0.928 -4.976 -8.867 217 1H5* A 21 1H5* A 21 -5.371 -6.932 -10.627 218 2H5* A 21 2H5* A 21 -5.512 -8.539 -11.367 219 H4* A 21 H4* A 21 -3.273 -8.487 -10.714 220 H3* A 21 H3* A 21 -4.872 -9.694 -8.416 221 H2* A 21 H2* A 21 -2.825 -10.008 -7.300 222 2HO* A 21 2HO A 21 -0.911 -10.312 -8.357 223 H1* A 21 H1* A 21 -1.504 -7.768 -8.465 224 H8 A 21 8H A 21 -4.687 -6.952 -6.603 225 1H6 A 21 1H6 A 21 -1.288 -6.691 -1.471 226 2H6 A 21 2H6 A 21 -2.878 -6.423 -2.151 227 H2 A 21 2H A 21 1.276 -8.355 -4.750 228 1H5* A 22 1H5* A 22 -1.633 -12.245 -10.322 229 2H5* A 22 2H5* A 22 -2.035 -13.969 -10.216 230 H4* A 22 H4* A 22 0.306 -13.516 -9.526 231 H3* A 22 H3* A 22 -1.664 -14.542 -7.453 232 H2* A 22 H2* A 22 0.044 -14.541 -5.850 233 2HO* A 22 2HO A 22 2.132 -14.940 -6.345 234 H1* A 22 H1* A 22 1.562 -12.402 -6.922 235 H8 A 22 8H A 22 -2.080 -11.679 -6.135 236 1H6 A 22 1H6 A 22 -0.207 -9.988 -0.567 237 2H6 A 22 2H6 A 22 -1.632 -10.559 -1.404 238 H2 A 22 2H A 22 3.225 -12.150 -2.602 239 1H5* C 23 1H5* C 23 2.078 -16.898 -8.308 240 2H5* C 23 2H5* C 23 1.888 -18.634 -7.997 241 H4* C 23 H4* C 23 3.954 -17.763 -6.973 242 H3* C 23 H3* C 23 1.731 -18.751 -5.157 243 H2* C 23 H2* C 23 3.107 -18.308 -3.278 244 2HO* C 23 2HO C 23 5.028 -19.170 -4.601 245 H1* C 23 H1* C 23 4.137 -15.916 -4.123 246 1H4 C 23 1H4 C 23 -0.967 -14.882 -0.383 247 2H4 C 23 2H4 C 23 -1.928 -14.661 -1.828 248 H5 C 23 5H C 23 -1.252 -15.942 -3.840 249 H6 C 23 6H C 23 0.698 -16.563 -5.177 250 1H5* C 24 1H5* C 24 4.898 -21.099 -3.772 251 2H5* C 24 2H5* C 24 4.347 -22.763 -3.484 252 H4* C 24 H4* C 24 5.068 -21.681 -1.383 253 H3* C 24 H3* C 24 2.137 -22.333 -1.775 254 H2* C 24 H2* C 24 1.654 -21.557 0.382 255 2HO* C 24 2HO C 24 4.241 -22.335 0.849 256 H1* C 24 H1* C 24 3.408 -19.407 0.369 257 1H4 C 24 1H4 C 24 -2.376 -17.044 -0.814 258 2H4 C 24 2H4 C 24 -2.205 -17.454 -2.507 259 H5 C 24 5H C 24 -0.374 -18.767 -3.369 260 H6 C 24 6H C 24 1.717 -19.907 -2.806 261 H3T C 24 H3T C 24 2.748 -24.163 -0.822 Start of MODEL 5 1 1H5* G 1 1H5* G 1 -6.653 -13.697 7.522 2 2H5* G 1 2H5* G 1 -5.766 -12.278 8.114 3 H4* G 1 H4* G 1 -4.453 -14.035 8.913 4 H3* G 1 H3* G 1 -3.435 -13.010 6.260 5 H2* G 1 H2* G 1 -1.805 -14.711 6.132 6 2HO* G 1 2HO G 1 -2.357 -15.519 8.806 7 H1* G 1 H1* G 1 -3.265 -16.799 7.095 8 H8 G 1 8H G 1 -5.647 -14.949 4.934 9 H1 G 1 1H G 1 -1.224 -17.960 1.461 10 1H2 G 1 1H2 G 1 0.471 -18.573 2.776 11 2H2 G 1 2H2 G 1 0.358 -18.502 4.520 12 H5T G 1 H5T G 1 -6.118 -11.852 6.023 13 1H5* G 2 1H5* G 2 0.137 -13.209 8.930 14 2H5* G 2 2H5* G 2 0.836 -11.578 8.953 15 H4* G 2 H4* G 2 2.619 -13.161 8.531 16 H3* G 2 H3* G 2 1.733 -11.396 6.248 17 H2* G 2 H2* G 2 3.216 -12.457 4.741 18 2HO* G 2 2HO G 2 4.480 -13.339 7.123 19 H1* G 2 H1* G 2 2.827 -15.031 5.504 20 H8 G 2 8H G 2 -0.410 -13.085 5.762 21 H1 G 2 1H G 2 0.879 -14.981 -0.184 22 1H2 G 2 1H2 G 2 2.919 -15.851 -0.279 23 2H2 G 2 2H2 G 2 4.027 -15.781 1.074 24 1H5* U 3 1H5* U 3 5.911 -11.339 6.066 25 2H5* U 3 2H5* U 3 6.544 -9.707 5.767 26 H4* U 3 H4* U 3 7.232 -11.292 3.993 27 H3* U 3 H3* U 3 5.385 -8.980 3.328 28 H2* U 3 H2* U 3 5.314 -9.663 1.061 29 2HO* U 3 2HO U 3 6.797 -11.534 0.479 30 H1* U 3 H1* U 3 5.129 -12.361 1.470 31 H3 U 3 3H U 3 1.084 -11.075 -0.108 32 H5 U 3 5H U 3 1.103 -9.723 3.884 33 H6 U 3 6H U 3 3.428 -10.410 4.034 34 1H5* U 4 1H5* U 4 8.769 -8.769 0.506 35 2H5* U 4 2H5* U 4 9.226 -7.071 0.262 36 H4* U 4 H4* U 4 8.690 -8.184 -1.884 37 H3* U 4 H3* U 4 6.885 -5.955 -0.882 38 H2* U 4 H2* U 4 5.577 -6.154 -2.833 39 2HO* U 4 2HO U 4 7.605 -7.783 -4.013 40 H1* U 4 H1* U 4 5.787 -8.921 -3.154 41 H3 U 4 3H U 4 1.371 -8.167 -2.582 42 H5 U 4 5H U 4 3.026 -7.374 1.212 43 H6 U 4 6H U 4 5.230 -7.643 0.234 44 1H5* C 5 1H5* C 5 8.170 -5.441 -5.152 45 2H5* C 5 2H5* C 5 8.763 -3.773 -5.288 46 H4* C 5 H4* C 5 7.313 -4.255 -7.183 47 H3* C 5 H3* C 5 6.211 -2.375 -5.067 48 H2* C 5 H2* C 5 4.251 -2.093 -6.372 49 2HO* C 5 2HO C 5 5.193 -1.775 -8.395 50 H1* C 5 H1* C 5 3.990 -4.713 -7.207 51 1H4 C 5 1H4 C 5 0.081 -3.942 -2.237 52 2H4 C 5 2H4 C 5 1.428 -4.052 -1.127 53 H5 C 5 5H C 5 3.726 -4.187 -1.849 54 H6 C 5 6H C 5 5.222 -4.218 -3.789 55 1H5* C 6 1H5* C 6 7.271 0.073 -8.720 56 2H5* C 6 2H5* C 6 6.990 1.811 -8.495 57 H4* C 6 H4* C 6 5.135 0.413 -9.656 58 H3* C 6 H3* C 6 4.758 2.383 -7.381 59 H2* C 6 H2* C 6 2.429 1.942 -7.371 60 2HO* C 6 2HO C 6 1.521 1.706 -9.266 61 H1* C 6 H1* C 6 2.551 -0.772 -7.719 62 1H4 C 6 1H4 C 6 3.824 0.378 -1.346 63 2H4 C 6 2H4 C 6 2.087 0.524 -1.472 64 H5 C 6 5H C 6 5.276 0.207 -3.266 65 H6 C 6 6H C 6 5.363 0.055 -5.710 66 1H5* C 7 1H5* C 7 2.726 4.631 -10.951 67 2H5* C 7 2H5* C 7 3.210 6.322 -10.711 68 H4* C 7 H4* C 7 0.750 6.088 -10.703 69 H3* C 7 H3* C 7 2.136 6.864 -8.107 70 H2* C 7 H2* C 7 0.016 7.075 -7.093 71 2HO* C 7 2HO C 7 -0.956 8.343 -8.720 72 H1* C 7 H1* C 7 -1.240 4.974 -8.438 73 1H4 C 7 1H4 C 7 0.024 3.133 -2.458 74 2H4 C 7 2H4 C 7 1.599 2.577 -2.978 75 H5 C 7 5H C 7 2.620 3.422 -5.018 76 H6 C 7 6H C 7 2.160 4.363 -7.228 77 1H5* C 8 1H5* C 8 -0.753 10.058 -9.333 78 2H5* C 8 2H5* C 8 -0.116 11.650 -8.872 79 H4* C 8 H4* C 8 -2.398 11.270 -7.967 80 H3* C 8 H3* C 8 -0.058 11.538 -6.050 81 H2* C 8 H2* C 8 -1.562 11.334 -4.230 82 2HO* C 8 2HO C 8 -3.673 11.839 -4.373 83 H1* C 8 H1* C 8 -3.183 9.385 -5.305 84 1H4 C 8 1H4 C 8 1.007 6.610 -1.377 85 2H4 C 8 2H4 C 8 2.132 6.438 -2.705 86 H5 C 8 5H C 8 1.899 7.695 -4.757 87 H6 C 8 6H C 8 0.349 8.982 -6.147 88 1H5* U 9 1H5* U 9 -3.396 13.498 -5.103 89 2H5* U 9 2H5* U 9 -3.316 15.131 -4.408 90 H4* U 9 H4* U 9 -4.650 13.587 -2.995 91 H3* U 9 H3* U 9 -2.029 14.682 -1.908 92 H2* U 9 H2* U 9 -2.461 13.560 0.135 93 2HO* U 9 2HO U 9 -5.141 13.519 -0.816 94 H1* U 9 H1* U 9 -3.611 11.272 -0.956 95 H3 U 9 3H U 9 0.132 9.804 1.108 96 H5 U 9 5H U 9 1.587 11.889 -2.251 97 H6 U 9 6H U 9 -0.686 12.613 -2.704 98 1H5* G 10 1H5* G 10 -4.722 16.439 0.983 99 2H5* G 10 2H5* G 10 -3.883 17.820 1.717 100 H4* G 10 H4* G 10 -4.074 15.758 3.185 101 H3* G 10 H3* G 10 -1.483 17.162 2.520 102 H2* G 10 H2* G 10 -0.209 15.528 3.694 103 2HO* G 10 2HO G 10 -2.723 14.638 4.734 104 H1* G 10 H1* G 10 -1.464 13.312 2.801 105 H8 G 10 8H G 10 -1.555 15.746 -0.051 106 H1 G 10 1H G 10 4.159 13.017 0.617 107 1H2 G 10 1H2 G 10 4.137 11.726 2.479 108 2H2 G 10 2H2 G 10 3.100 12.225 3.798 109 1H5* C 11 1H5* C 11 -1.858 19.164 6.657 110 2H5* C 11 2H5* C 11 -1.498 20.846 6.223 111 H4* C 11 H4* C 11 0.755 20.503 6.209 112 H3* C 11 H3* C 11 0.086 18.367 4.445 113 H2* C 11 H2* C 11 0.684 16.456 5.581 114 2HO* C 11 2HO C 11 2.836 16.977 6.973 115 H1* C 11 H1* C 11 1.348 17.241 8.164 116 1H4 C 11 1H4 C 11 -4.959 15.232 8.162 117 2H4 C 11 2H4 C 11 -4.030 13.920 8.855 118 H5 C 11 5H C 11 -3.465 15.934 6.068 119 H6 C 11 6H C 11 -1.380 17.154 5.667 120 1H5* A 12 1H5* A 12 4.086 18.955 5.857 121 2H5* A 12 2H5* A 12 5.539 18.845 4.842 122 H4* A 12 H4* A 12 6.317 17.538 6.543 123 H3* A 12 H3* A 12 4.560 15.746 4.860 124 H2* A 12 H2* A 12 4.564 14.074 6.468 125 2HO* A 12 2HO A 12 7.156 15.045 6.898 126 H1* A 12 H1* A 12 5.180 15.675 8.754 127 H8 A 12 8H A 12 2.232 15.101 6.307 128 1H6 A 12 1H6 A 12 -1.216 14.286 10.270 129 2H6 A 12 2H6 A 12 -0.647 12.682 10.674 130 H2 A 12 2H A 12 3.228 14.691 12.604 131 1H5* U 13 1H5* U 13 9.051 15.466 5.906 132 2H5* U 13 2H5* U 13 10.041 14.039 5.536 133 H4* U 13 H4* U 13 10.507 13.940 7.737 134 H3* U 13 H3* U 13 7.943 12.651 7.409 135 H2* U 13 H2* U 13 6.753 14.066 8.846 136 2HO* U 13 2HO U 13 8.288 13.239 11.029 137 H1* U 13 H1* U 13 9.276 14.849 10.314 138 H3 U 13 3H U 13 5.270 16.696 12.161 139 H5 U 13 5H U 13 6.950 19.371 9.372 140 H6 U 13 6H U 13 8.429 17.587 8.649 141 1H5* A 14 1H5* A 14 8.521 9.881 10.402 142 2H5* A 14 2H5* A 14 8.217 8.320 9.615 143 H4* A 14 H4* A 14 6.324 9.589 11.020 144 H3* A 14 H3* A 14 6.298 7.632 8.835 145 H2* A 14 H2* A 14 4.774 8.780 7.506 146 2HO* A 14 2HO A 14 2.626 8.727 8.338 147 H1* A 14 H1* A 14 3.888 10.559 9.756 148 H8 A 14 8H A 14 5.957 11.455 6.648 149 1H6 A 14 1H6 A 14 0.810 13.889 4.373 150 2H6 A 14 2H6 A 14 2.451 13.425 3.986 151 H2 A 14 2H A 14 -0.214 11.849 8.213 152 1H5* A 15 1H5* A 15 2.174 7.115 11.261 153 2H5* A 15 2H5* A 15 1.718 5.430 10.943 154 H4* A 15 H4* A 15 -0.051 7.090 10.293 155 H3* A 15 H3* A 15 1.222 5.226 8.268 156 H2* A 15 H2* A 15 -0.054 6.168 6.546 157 2HO* A 15 2HO A 15 -1.820 6.773 8.658 158 H1* A 15 H1* A 15 -0.234 8.786 7.522 159 H8 A 15 8H A 15 3.253 7.221 7.292 160 1H6 A 15 1H6 A 15 3.442 9.347 1.512 161 2H6 A 15 2H6 A 15 4.380 8.635 2.807 162 H2 A 15 2H A 15 -0.669 10.091 3.135 163 1H5* G 16 1H5* G 16 -3.073 5.486 8.454 164 2H5* G 16 2H5* G 16 -3.973 3.967 8.286 165 H4* G 16 H4* G 16 -4.935 5.772 6.879 166 H3* G 16 H3* G 16 -3.697 3.340 5.547 167 H2* G 16 H2* G 16 -4.209 4.230 3.434 168 2HO* G 16 2HO G 16 -6.175 5.708 4.864 169 H1* G 16 H1* G 16 -3.967 6.960 4.084 170 H8 G 16 8H G 16 -1.064 4.633 4.939 171 H1 G 16 1H G 16 -0.847 6.933 -0.999 172 1H2 G 16 1H2 G 16 -2.916 7.731 -1.526 173 2H2 G 16 2H2 G 16 -3.842 8.452 -0.229 174 1H5* G 17 1H5* G 17 -7.548 4.614 4.539 175 2H5* G 17 2H5* G 17 -8.832 3.468 4.111 176 H4* G 17 H4* G 17 -8.633 5.273 2.431 177 H3* G 17 H3* G 17 -8.032 2.406 1.693 178 H2* G 17 H2* G 17 -7.353 3.010 -0.466 179 2HO* G 17 2HO G 17 -9.434 4.363 -0.556 180 H1* G 17 H1* G 17 -6.379 5.591 0.067 181 H8 G 17 8H G 17 -5.118 2.629 2.129 182 H1 G 17 1H G 17 -1.691 3.790 -3.123 183 1H2 G 17 1H2 G 17 -2.771 5.231 -4.427 184 2H2 G 17 2H2 G 17 -4.204 6.078 -3.888 185 1H5* A 18 1H5* A 18 -8.728 3.904 -2.132 186 2H5* A 18 2H5* A 18 -10.358 3.291 -2.479 187 H4* A 18 H4* A 18 -9.278 2.314 -4.234 188 H3* A 18 H3* A 18 -9.411 0.529 -1.937 189 H2* A 18 H2* A 18 -7.161 -0.049 -1.985 190 2HO* A 18 2HO A 18 -8.530 -1.525 -3.720 191 H1* A 18 H1* A 18 -6.958 0.822 -4.884 192 H8 A 18 8H A 18 -5.341 1.166 -1.369 193 1H6 A 18 1H6 A 18 0.045 0.371 -4.241 194 2H6 A 18 2H6 A 18 -0.715 0.766 -2.718 195 H2 A 18 2H A 18 -3.195 0.459 -7.360 196 1H5* U 19 1H5* U 19 -11.152 -2.804 -1.353 197 2H5* U 19 2H5* U 19 -9.698 -1.813 -1.588 198 H4* U 19 H4* U 19 -8.843 -3.805 -3.031 199 H3* U 19 H3* U 19 -11.286 -4.974 -1.677 200 H2* U 19 H2* U 19 -10.118 -6.953 -1.126 201 2HO* U 19 2HO U 19 -8.922 -7.627 -2.762 202 H1* U 19 H1* U 19 -7.753 -5.825 -0.367 203 H3 U 19 3H U 19 -10.135 -7.491 3.215 204 H5 U 19 5H U 19 -11.372 -3.488 2.742 205 H6 U 19 6H U 19 -10.165 -3.433 0.638 206 1H5* G 20 1H5* G 20 -9.551 -3.252 -5.911 207 2H5* G 20 2H5* G 20 -10.462 -3.743 -7.352 208 H4* G 20 H4* G 20 -8.523 -3.759 -8.481 209 H3* G 20 H3* G 20 -8.445 -6.214 -6.890 210 H2* G 20 H2* G 20 -6.346 -5.894 -6.017 211 2HO* G 20 2HO G 20 -5.853 -7.134 -7.944 212 H1* G 20 H1* G 20 -5.616 -3.739 -7.980 213 H8 G 20 8H G 20 -6.457 -2.919 -4.427 214 H1 G 20 1H G 20 -0.238 -4.087 -5.196 215 1H2 G 20 1H2 G 20 0.136 -4.886 -7.228 216 2H2 G 20 2H2 G 20 -1.136 -5.069 -8.415 217 1H5* A 21 1H5* A 21 -5.655 -6.696 -10.195 218 2H5* A 21 2H5* A 21 -5.916 -8.220 -11.067 219 H4* A 21 H4* A 21 -3.632 -8.306 -10.596 220 H3* A 21 H3* A 21 -5.101 -9.668 -8.298 221 H2* A 21 H2* A 21 -2.995 -10.146 -7.371 222 2HO* A 21 2HO A 21 -2.299 -10.303 -10.018 223 H1* A 21 H1* A 21 -1.670 -7.850 -8.401 224 H8 A 21 8H A 21 -4.749 -7.225 -6.308 225 1H6 A 21 1H6 A 21 -1.093 -7.304 -1.369 226 2H6 A 21 2H6 A 21 -2.732 -7.075 -1.934 227 H2 A 21 2H A 21 1.314 -8.682 -4.898 228 1H5* A 22 1H5* A 22 -2.087 -12.151 -10.444 229 2H5* A 22 2H5* A 22 -2.510 -13.874 -10.453 230 H4* A 22 H4* A 22 -0.174 -13.491 -9.699 231 H3* A 22 H3* A 22 -2.184 -14.622 -7.713 232 H2* A 22 H2* A 22 -0.486 -14.746 -6.106 233 2HO* A 22 2HO A 22 1.112 -15.082 -8.379 234 H1* A 22 H1* A 22 1.072 -12.569 -7.047 235 H8 A 22 8H A 22 -2.564 -11.873 -6.157 236 1H6 A 22 1H6 A 22 -0.577 -10.592 -0.512 237 2H6 A 22 2H6 A 22 -2.022 -11.065 -1.378 238 H2 A 22 2H A 22 2.806 -12.595 -2.768 239 1H5* C 23 1H5* C 23 1.533 -17.044 -8.672 240 2H5* C 23 2H5* C 23 1.279 -18.781 -8.419 241 H4* C 23 H4* C 23 3.362 -17.998 -7.344 242 H3* C 23 H3* C 23 1.099 -18.994 -5.578 243 H2* C 23 H2* C 23 2.499 -18.671 -3.683 244 2HO* C 23 2HO C 23 4.449 -19.474 -4.268 245 H1* C 23 H1* C 23 3.571 -16.265 -4.433 246 1H4 C 23 1H4 C 23 -1.516 -15.229 -0.671 247 2H4 C 23 2H4 C 23 -2.469 -14.954 -2.111 248 H5 C 23 5H C 23 -1.818 -16.188 -4.157 249 H6 C 23 6H C 23 0.121 -16.814 -5.509 250 1H5* C 24 1H5* C 24 4.179 -21.484 -4.255 251 2H5* C 24 2H5* C 24 3.567 -23.135 -4.011 252 H4* C 24 H4* C 24 4.304 -22.120 -1.879 253 H3* C 24 H3* C 24 1.360 -22.683 -2.313 254 H2* C 24 H2* C 24 0.867 -21.925 -0.157 255 2HO* C 24 2HO C 24 3.186 -21.395 1.000 256 H1* C 24 H1* C 24 2.725 -19.855 -0.082 257 1H4 C 24 1H4 C 24 -2.951 -17.202 -1.157 258 2H4 C 24 2H4 C 24 -2.804 -17.556 -2.864 259 H5 C 24 5H C 24 -1.042 -18.931 -3.782 260 H6 C 24 6H C 24 0.999 -20.183 -3.267 261 H3T C 24 H3T C 24 2.178 -24.238 -0.536 Start of MODEL 6 1 1H5* G 1 1H5* G 1 -6.760 -13.805 7.878 2 2H5* G 1 2H5* G 1 -5.934 -12.265 8.191 3 H4* G 1 H4* G 1 -4.540 -13.918 9.167 4 H3* G 1 H3* G 1 -3.601 -12.908 6.479 5 H2* G 1 H2* G 1 -1.801 -14.441 6.439 6 2HO* G 1 2HO G 1 -1.168 -15.587 8.326 7 H1* G 1 H1* G 1 -3.082 -16.631 7.410 8 H8 G 1 8H G 1 -5.552 -14.871 5.215 9 H1 G 1 1H G 1 -1.099 -17.931 1.827 10 1H2 G 1 1H2 G 1 0.480 -18.712 3.199 11 2H2 G 1 2H2 G 1 0.599 -18.175 4.859 12 H5T G 1 H5T G 1 -6.763 -12.728 5.979 13 1H5* G 2 1H5* G 2 -0.029 -12.499 9.090 14 2H5* G 2 2H5* G 2 0.477 -10.800 9.011 15 H4* G 2 H4* G 2 2.418 -12.167 8.576 16 H3* G 2 H3* G 2 1.218 -10.684 6.234 17 H2* G 2 H2* G 2 2.752 -11.659 4.722 18 2HO* G 2 2HO G 2 4.670 -12.558 5.359 19 H1* G 2 H1* G 2 2.719 -14.203 5.663 20 H8 G 2 8H G 2 -0.710 -12.610 5.964 21 H1 G 2 1H G 2 0.513 -14.800 0.105 22 1H2 G 2 1H2 G 2 2.637 -15.417 -0.049 23 2H2 G 2 2H2 G 2 3.768 -15.232 1.275 24 1H5* U 3 1H5* U 3 5.463 -10.275 6.176 25 2H5* U 3 2H5* U 3 6.013 -8.631 5.795 26 H4* U 3 H4* U 3 7.019 -10.306 4.274 27 H3* U 3 H3* U 3 5.147 -8.182 3.206 28 H2* U 3 H2* U 3 5.308 -9.065 1.012 29 2HO* U 3 2HO U 3 7.751 -9.839 1.899 30 H1* U 3 H1* U 3 5.156 -11.715 1.630 31 H3 U 3 3H U 3 1.168 -10.680 -0.238 32 H5 U 3 5H U 3 0.929 -9.074 3.652 33 H6 U 3 6H U 3 3.265 -9.662 3.965 34 1H5* U 4 1H5* U 4 8.578 -8.040 0.584 35 2H5* U 4 2H5* U 4 8.999 -6.352 0.229 36 H4* U 4 H4* U 4 8.510 -7.630 -1.839 37 H3* U 4 H3* U 4 6.666 -5.360 -1.015 38 H2* U 4 H2* U 4 5.352 -5.733 -2.929 39 2HO* U 4 2HO U 4 6.188 -6.970 -4.718 40 H1* U 4 H1* U 4 5.671 -8.512 -3.092 41 H3 U 4 3H U 4 1.219 -7.884 -2.700 42 H5 U 4 5H U 4 2.720 -6.800 1.086 43 H6 U 4 6H U 4 4.963 -7.050 0.195 44 1H5* C 5 1H5* C 5 8.270 -5.040 -5.347 45 2H5* C 5 2H5* C 5 8.638 -3.319 -5.574 46 H4* C 5 H4* C 5 7.352 -4.255 -7.481 47 H3* C 5 H3* C 5 6.140 -2.095 -5.731 48 H2* C 5 H2* C 5 4.171 -2.120 -7.024 49 2HO* C 5 2HO C 5 4.454 -3.610 -9.090 50 H1* C 5 H1* C 5 4.084 -4.843 -7.586 51 1H4 C 5 1H4 C 5 -0.190 -3.757 -2.995 52 2H4 C 5 2H4 C 5 1.084 -3.599 -1.807 53 H5 C 5 5H C 5 3.426 -3.836 -2.350 54 H6 C 5 6H C 5 5.049 -3.957 -4.177 55 1H5* C 6 1H5* C 6 6.778 -0.029 -9.650 56 2H5* C 6 2H5* C 6 6.464 1.707 -9.451 57 H4* C 6 H4* C 6 4.572 0.224 -10.434 58 H3* C 6 H3* C 6 4.320 2.273 -8.219 59 H2* C 6 H2* C 6 2.019 1.760 -7.956 60 2HO* C 6 2HO C 6 1.815 -0.089 -10.016 61 H1* C 6 H1* C 6 2.197 -0.949 -8.131 62 1H4 C 6 1H4 C 6 4.320 0.777 -2.107 63 2H4 C 6 2H4 C 6 2.582 0.648 -1.959 64 H5 C 6 5H C 6 5.493 0.458 -4.188 65 H6 C 6 6H C 6 5.241 0.103 -6.600 66 1H5* C 7 1H5* C 7 1.482 4.258 -11.424 67 2H5* C 7 2H5* C 7 1.999 5.947 -11.255 68 H4* C 7 H4* C 7 -0.435 5.690 -10.861 69 H3* C 7 H3* C 7 1.337 6.506 -8.524 70 H2* C 7 H2* C 7 -0.616 6.740 -7.210 71 2HO* C 7 2HO C 7 -2.159 6.574 -9.611 72 H1* C 7 H1* C 7 -2.030 4.594 -8.300 73 1H4 C 7 1H4 C 7 0.155 2.852 -2.567 74 2H4 C 7 2H4 C 7 1.687 2.408 -3.285 75 H5 C 7 5H C 7 2.351 3.205 -5.478 76 H6 C 7 6H C 7 1.538 4.107 -7.606 77 1H5* C 8 1H5* C 8 -1.808 9.511 -9.352 78 2H5* C 8 2H5* C 8 -1.236 11.156 -9.010 79 H4* C 8 H4* C 8 -3.349 10.639 -7.808 80 H3* C 8 H3* C 8 -0.820 11.103 -6.183 81 H2* C 8 H2* C 8 -2.138 10.915 -4.212 82 2HO* C 8 2HO C 8 -4.592 10.579 -4.778 83 H1* C 8 H1* C 8 -3.690 8.804 -5.052 84 1H4 C 8 1H4 C 8 1.051 6.493 -1.474 85 2H4 C 8 2H4 C 8 2.087 6.423 -2.882 86 H5 C 8 5H C 8 1.541 7.531 -4.957 87 H6 C 8 6H C 8 -0.238 8.631 -6.232 88 1H5* U 9 1H5* U 9 -4.002 12.779 -4.817 89 2H5* U 9 2H5* U 9 -3.983 14.415 -4.131 90 H4* U 9 H4* U 9 -4.890 12.733 -2.536 91 H3* U 9 H3* U 9 -2.272 14.134 -1.853 92 H2* U 9 H2* U 9 -2.277 12.987 0.215 93 2HO* U 9 2HO U 9 -4.167 13.101 1.175 94 H1* U 9 H1* U 9 -3.491 10.620 -0.710 95 H3 U 9 3H U 9 0.475 9.430 1.150 96 H5 U 9 5H U 9 1.535 11.207 -2.518 97 H6 U 9 6H U 9 -0.778 11.882 -2.786 98 1H5* G 10 1H5* G 10 -4.845 15.643 1.360 99 2H5* G 10 2H5* G 10 -4.051 17.075 2.046 100 H4* G 10 H4* G 10 -3.965 14.913 3.439 101 H3* G 10 H3* G 10 -1.669 16.733 2.749 102 H2* G 10 H2* G 10 -0.048 15.258 3.629 103 2HO* G 10 2HO G 10 -1.939 13.490 4.740 104 H1* G 10 H1* G 10 -1.087 12.878 2.817 105 H8 G 10 8H G 10 -1.657 15.222 -0.036 106 H1 G 10 1H G 10 4.418 13.350 0.390 107 1H2 G 10 1H2 G 10 4.614 12.018 2.260 108 2H2 G 10 2H2 G 10 3.688 12.572 3.638 109 1H5* C 11 1H5* C 11 -1.653 16.873 7.208 110 2H5* C 11 2H5* C 11 -1.473 18.548 7.771 111 H4* C 11 H4* C 11 0.434 17.022 8.407 112 H3* C 11 H3* C 11 0.546 19.677 7.268 113 H2* C 11 H2* C 11 2.063 19.284 5.587 114 2HO* C 11 2HO C 11 3.557 19.979 7.141 115 H1* C 11 H1* C 11 3.044 16.681 6.591 116 1H4 C 11 1H4 C 11 2.758 17.381 0.015 117 2H4 C 11 2H4 C 11 3.649 15.902 0.302 118 H5 C 11 5H C 11 0.963 17.833 1.727 119 H6 C 11 6H C 11 0.618 18.013 4.134 120 1H5* A 12 1H5* A 12 3.454 17.231 9.011 121 2H5* A 12 2H5* A 12 4.135 17.748 10.567 122 H4* A 12 H4* A 12 6.424 17.695 9.482 123 H3* A 12 H3* A 12 5.016 17.473 7.073 124 H2* A 12 H2* A 12 4.579 15.217 6.758 125 2HO* A 12 2HO A 12 6.596 13.809 7.514 126 H1* A 12 H1* A 12 5.380 13.887 9.019 127 H8 A 12 8H A 12 2.600 14.692 7.199 128 1H6 A 12 1H6 A 12 -1.014 15.640 10.609 129 2H6 A 12 2H6 A 12 -1.022 14.500 11.935 130 H2 A 12 2H A 12 3.242 15.345 13.518 131 1H5* U 13 1H5* U 13 10.058 16.519 7.380 132 2H5* U 13 2H5* U 13 10.665 15.138 6.444 133 H4* U 13 H4* U 13 11.237 14.519 8.614 134 H3* U 13 H3* U 13 8.912 13.173 7.524 135 H2* U 13 H2* U 13 7.501 13.603 9.335 136 2HO* U 13 2HO U 13 7.636 11.958 10.702 137 H1* U 13 H1* U 13 9.837 14.072 11.185 138 H3 U 13 3H U 13 5.835 14.385 13.627 139 H5 U 13 5H U 13 6.535 18.094 11.749 140 H6 U 13 6H U 13 8.284 17.029 10.446 141 1H5* A 14 1H5* A 14 9.432 10.395 10.104 142 2H5* A 14 2H5* A 14 9.129 8.758 9.490 143 H4* A 14 H4* A 14 7.261 10.087 10.836 144 H3* A 14 H3* A 14 7.194 8.008 8.767 145 H2* A 14 H2* A 14 5.629 9.079 7.422 146 2HO* A 14 2HO A 14 4.270 8.341 9.760 147 H1* A 14 H1* A 14 4.792 10.932 9.647 148 H8 A 14 8H A 14 6.671 11.891 6.461 149 1H6 A 14 1H6 A 14 1.239 13.701 4.208 150 2H6 A 14 2H6 A 14 2.965 13.656 3.927 151 H2 A 14 2H A 14 0.510 11.719 8.151 152 1H5* A 15 1H5* A 15 3.128 7.657 11.314 153 2H5* A 15 2H5* A 15 2.649 5.962 11.107 154 H4* A 15 H4* A 15 0.877 7.599 10.411 155 H3* A 15 H3* A 15 2.082 5.625 8.443 156 H2* A 15 H2* A 15 0.711 6.468 6.739 157 2HO* A 15 2HO A 15 -0.955 7.119 8.903 158 H1* A 15 H1* A 15 0.575 9.136 7.600 159 H8 A 15 8H A 15 4.050 7.579 7.248 160 1H6 A 15 1H6 A 15 3.857 9.267 1.328 161 2H6 A 15 2H6 A 15 4.915 8.780 2.636 162 H2 A 15 2H A 15 -0.123 10.207 3.168 163 1H5* G 16 1H5* G 16 -2.243 5.765 8.791 164 2H5* G 16 2H5* G 16 -3.052 4.186 8.790 165 H4* G 16 H4* G 16 -4.185 5.801 7.285 166 H3* G 16 H3* G 16 -2.846 3.345 6.108 167 H2* G 16 H2* G 16 -3.458 4.026 3.954 168 2HO* G 16 2HO G 16 -5.499 4.524 3.770 169 H1* G 16 H1* G 16 -3.479 6.824 4.410 170 H8 G 16 8H G 16 -0.299 4.857 5.179 171 H1 G 16 1H G 16 -0.724 6.809 -0.872 172 1H2 G 16 1H2 G 16 -2.926 7.315 -1.285 173 2H2 G 16 2H2 G 16 -3.785 8.078 0.031 174 1H5* G 17 1H5* G 17 -6.873 4.265 5.189 175 2H5* G 17 2H5* G 17 -8.061 2.969 4.945 176 H4* G 17 H4* G 17 -8.133 4.621 3.104 177 H3* G 17 H3* G 17 -7.280 1.767 2.581 178 H2* G 17 H2* G 17 -6.812 2.237 0.334 179 2HO* G 17 2HO G 17 -8.579 4.465 0.655 180 H1* G 17 H1* G 17 -6.120 4.963 0.591 181 H8 G 17 8H G 17 -4.335 2.343 2.727 182 H1 G 17 1H G 17 -1.547 3.445 -2.903 183 1H2 G 17 1H2 G 17 -2.829 4.775 -4.134 184 2H2 G 17 2H2 G 17 -4.429 5.263 -3.624 185 1H5* A 18 1H5* A 18 -8.578 2.885 -1.326 186 2H5* A 18 2H5* A 18 -10.134 2.031 -1.393 187 H4* A 18 H4* A 18 -9.186 1.031 -3.199 188 H3* A 18 H3* A 18 -8.652 -0.512 -0.785 189 H2* A 18 H2* A 18 -6.372 -0.724 -1.175 190 2HO* A 18 2HO A 18 -5.913 -2.366 -2.702 191 H1* A 18 H1* A 18 -6.787 -0.130 -4.120 192 H8 A 18 8H A 18 -4.699 0.773 -0.974 193 1H6 A 18 1H6 A 18 0.187 0.668 -4.722 194 2H6 A 18 2H6 A 18 -0.337 0.752 -3.055 195 H2 A 18 2H A 18 -3.485 -0.111 -7.198 196 1H5* U 19 1H5* U 19 -9.326 -3.742 -4.513 197 2H5* U 19 2H5* U 19 -10.686 -4.576 -3.736 198 H4* U 19 H4* U 19 -8.224 -5.690 -4.723 199 H3* U 19 H3* U 19 -10.772 -6.734 -3.448 200 H2* U 19 H2* U 19 -9.738 -8.806 -3.025 201 2HO* U 19 2HO U 19 -8.703 -9.500 -4.755 202 H1* U 19 H1* U 19 -7.188 -7.883 -2.434 203 H3 U 19 3H U 19 -8.995 -9.972 1.220 204 H5 U 19 5H U 19 -10.512 -6.041 1.308 205 H6 U 19 6H U 19 -9.570 -5.699 -0.902 206 1H5* G 20 1H5* G 20 -9.823 -2.979 -7.353 207 2H5* G 20 2H5* G 20 -10.538 -4.324 -8.266 208 H4* G 20 H4* G 20 -8.509 -4.037 -9.366 209 H3* G 20 H3* G 20 -8.562 -6.254 -7.448 210 H2* G 20 H2* G 20 -6.470 -5.877 -6.565 211 2HO* G 20 2HO G 20 -5.064 -5.899 -8.915 212 H1* G 20 H1* G 20 -5.641 -4.001 -8.764 213 H8 G 20 8H G 20 -6.591 -2.880 -5.285 214 H1 G 20 1H G 20 -0.320 -3.837 -5.915 215 1H2 G 20 1H2 G 20 0.108 -4.798 -7.867 216 2H2 G 20 2H2 G 20 -1.134 -5.065 -9.070 217 1H5* A 21 1H5* A 21 -5.701 -7.153 -10.534 218 2H5* A 21 2H5* A 21 -5.937 -8.744 -11.285 219 H4* A 21 H4* A 21 -3.672 -8.792 -10.730 220 H3* A 21 H3* A 21 -5.232 -9.964 -8.392 221 H2* A 21 H2* A 21 -3.177 -10.348 -7.326 222 2HO* A 21 2HO A 21 -1.630 -9.873 -9.633 223 H1* A 21 H1* A 21 -1.791 -8.160 -8.504 224 H8 A 21 8H A 21 -4.964 -7.407 -6.546 225 1H6 A 21 1H6 A 21 -1.394 -6.966 -1.553 226 2H6 A 21 2H6 A 21 -3.024 -6.800 -2.169 227 H2 A 21 2H A 21 1.125 -8.523 -4.926 228 1H5* A 22 1H5* A 22 -2.125 -12.531 -10.361 229 2H5* A 22 2H5* A 22 -2.498 -14.263 -10.268 230 H4* A 22 H4* A 22 -0.159 -13.780 -9.592 231 H3* A 22 H3* A 22 -2.099 -14.854 -7.509 232 H2* A 22 H2* A 22 -0.378 -14.836 -5.920 233 2HO* A 22 2HO A 22 1.490 -14.715 -8.083 234 H1* A 22 H1* A 22 1.104 -12.673 -7.001 235 H8 A 22 8H A 22 -2.541 -12.030 -6.128 236 1H6 A 22 1H6 A 22 -0.571 -10.485 -0.514 237 2H6 A 22 2H6 A 22 -1.994 -10.765 -1.491 238 H2 A 22 2H A 22 2.868 -12.371 -2.740 239 1H5* C 23 1H5* C 23 1.676 -17.100 -8.333 240 2H5* C 23 2H5* C 23 1.536 -18.844 -8.045 241 H4* C 23 H4* C 23 3.555 -17.930 -6.975 242 H3* C 23 H3* C 23 1.331 -18.964 -5.181 243 H2* C 23 H2* C 23 2.709 -18.511 -3.299 244 2HO* C 23 2HO C 23 4.646 -19.266 -4.771 245 H1* C 23 H1* C 23 3.685 -16.087 -4.143 246 1H4 C 23 1H4 C 23 -1.451 -15.232 -0.381 247 2H4 C 23 2H4 C 23 -2.348 -14.821 -1.825 248 H5 C 23 5H C 23 -1.701 -16.239 -3.824 249 H6 C 23 6H C 23 0.255 -16.821 -5.172 250 1H5* C 24 1H5* C 24 4.509 -21.284 -3.785 251 2H5* C 24 2H5* C 24 3.969 -22.953 -3.504 252 H4* C 24 H4* C 24 4.657 -21.860 -1.393 253 H3* C 24 H3* C 24 1.736 -22.551 -1.818 254 H2* C 24 H2* C 24 1.223 -21.780 0.332 255 2HO* C 24 2HO C 24 3.964 -22.249 0.790 256 H1* C 24 H1* C 24 2.963 -19.616 0.344 257 1H4 C 24 1H4 C 24 -2.856 -17.340 -0.820 258 2H4 C 24 2H4 C 24 -2.673 -17.711 -2.521 259 H5 C 24 5H C 24 -0.820 -18.994 -3.400 260 H6 C 24 6H C 24 1.292 -20.103 -2.844 261 H3T C 24 H3T C 24 3.602 -24.101 -1.537 Start of MODEL 7 1 1H5* G 1 1H5* G 1 -5.932 -14.034 8.322 2 2H5* G 1 2H5* G 1 -4.893 -12.596 8.378 3 H4* G 1 H4* G 1 -3.632 -14.537 9.148 4 H3* G 1 H3* G 1 -2.899 -13.277 6.502 5 H2* G 1 H2* G 1 -1.265 -14.916 6.077 6 2HO* G 1 2HO G 1 -0.728 -14.705 8.562 7 H1* G 1 H1* G 1 -2.550 -17.114 7.106 8 H8 G 1 8H G 1 -5.064 -15.151 5.151 9 H1 G 1 1H G 1 -1.040 -18.337 1.362 10 1H2 G 1 1H2 G 1 0.524 -19.339 2.636 11 2H2 G 1 2H2 G 1 0.903 -18.685 4.214 12 H5T G 1 H5T G 1 -4.635 -12.713 6.177 13 1H5* G 2 1H5* G 2 0.917 -13.657 8.817 14 2H5* G 2 2H5* G 2 1.529 -11.999 8.983 15 H4* G 2 H4* G 2 3.392 -13.334 8.298 16 H3* G 2 H3* G 2 2.162 -11.597 6.157 17 H2* G 2 H2* G 2 3.606 -12.468 4.499 18 2HO* G 2 2HO G 2 5.109 -14.015 6.309 19 H1* G 2 H1* G 2 3.517 -15.089 5.191 20 H8 G 2 8H G 2 0.193 -13.327 5.767 21 H1 G 2 1H G 2 1.002 -15.265 -0.250 22 1H2 G 2 1H2 G 2 3.064 -16.041 -0.529 23 2H2 G 2 2H2 G 2 4.289 -15.900 0.712 24 1H5* U 3 1H5* U 3 6.350 -11.379 5.816 25 2H5* U 3 2H5* U 3 6.951 -9.739 5.496 26 H4* U 3 H4* U 3 7.679 -11.337 3.748 27 H3* U 3 H3* U 3 5.812 -9.054 3.054 28 H2* U 3 H2* U 3 5.732 -9.765 0.792 29 2HO* U 3 2HO U 3 7.438 -10.651 -0.099 30 H1* U 3 H1* U 3 5.503 -12.447 1.238 31 H3 U 3 3H U 3 1.396 -11.192 -0.156 32 H5 U 3 5H U 3 1.630 -9.700 3.780 33 H6 U 3 6H U 3 3.952 -10.409 3.839 34 1H5* U 4 1H5* U 4 8.974 -8.853 0.118 35 2H5* U 4 2H5* U 4 9.425 -7.161 -0.169 36 H4* U 4 H4* U 4 8.680 -8.275 -2.255 37 H3* U 4 H3* U 4 7.015 -6.011 -1.095 38 H2* U 4 H2* U 4 5.514 -6.201 -2.896 39 2HO* U 4 2HO U 4 6.175 -6.700 -4.865 40 H1* U 4 H1* U 4 5.694 -8.973 -3.261 41 H3 U 4 3H U 4 1.335 -8.224 -2.358 42 H5 U 4 5H U 4 3.263 -7.439 1.304 43 H6 U 4 6H U 4 5.390 -7.692 0.162 44 1H5* C 5 1H5* C 5 8.173 -5.467 -5.488 45 2H5* C 5 2H5* C 5 8.587 -3.752 -5.689 46 H4* C 5 H4* C 5 7.050 -4.557 -7.469 47 H3* C 5 H3* C 5 6.138 -2.430 -5.508 48 H2* C 5 H2* C 5 4.048 -2.309 -6.597 49 2HO* C 5 2HO C 5 4.827 -3.953 -8.748 50 H1* C 5 H1* C 5 3.778 -5.004 -7.226 51 1H4 C 5 1H4 C 5 0.062 -3.805 -2.193 52 2H4 C 5 2H4 C 5 1.438 -3.956 -1.124 53 H5 C 5 5H C 5 3.709 -4.160 -1.922 54 H6 C 5 6H C 5 5.133 -4.288 -3.909 55 1H5* C 6 1H5* C 6 6.737 -0.279 -9.452 56 2H5* C 6 2H5* C 6 6.494 1.467 -9.247 57 H4* C 6 H4* C 6 4.500 0.047 -10.117 58 H3* C 6 H3* C 6 4.424 2.089 -7.874 59 H2* C 6 H2* C 6 2.105 1.671 -7.572 60 2HO* C 6 2HO C 6 2.191 1.163 -10.188 61 H1* C 6 H1* C 6 2.190 -1.048 -7.774 62 1H4 C 6 1H4 C 6 4.420 0.482 -1.745 63 2H4 C 6 2H4 C 6 2.682 0.620 -1.612 64 H5 C 6 5H C 6 5.563 0.160 -3.843 65 H6 C 6 6H C 6 5.278 -0.155 -6.257 66 1H5* C 7 1H5* C 7 1.953 4.161 -11.217 67 2H5* C 7 2H5* C 7 2.441 5.868 -11.166 68 H4* C 7 H4* C 7 0.004 5.606 -10.816 69 H3* C 7 H3* C 7 1.715 6.639 -8.525 70 H2* C 7 H2* C 7 -0.233 6.890 -7.226 71 2HO* C 7 2HO C 7 -1.274 7.806 -9.359 72 H1* C 7 H1* C 7 -1.652 4.698 -8.248 73 1H4 C 7 1H4 C 7 0.266 3.236 -2.350 74 2H4 C 7 2H4 C 7 1.818 2.735 -2.980 75 H5 C 7 5H C 7 2.555 3.290 -5.212 76 H6 C 7 6H C 7 1.847 4.089 -7.416 77 1H5* C 8 1H5* C 8 -1.456 9.613 -9.463 78 2H5* C 8 2H5* C 8 -0.829 11.257 -9.227 79 H4* C 8 H4* C 8 -2.879 10.851 -7.885 80 H3* C 8 H3* C 8 -0.237 11.345 -6.477 81 H2* C 8 H2* C 8 -1.312 11.155 -4.392 82 2HO* C 8 2HO C 8 -3.527 11.434 -4.139 83 H1* C 8 H1* C 8 -3.141 9.173 -5.063 84 1H4 C 8 1H4 C 8 1.527 6.520 -1.637 85 2H4 C 8 2H4 C 8 2.522 6.390 -3.070 86 H5 C 8 5H C 8 2.012 7.576 -5.114 87 H6 C 8 6H C 8 0.279 8.796 -6.341 88 1H5* U 9 1H5* U 9 -3.663 13.683 -5.294 89 2H5* U 9 2H5* U 9 -3.331 15.352 -4.791 90 H4* U 9 H4* U 9 -4.713 14.146 -3.122 91 H3* U 9 H3* U 9 -1.903 15.020 -2.375 92 H2* U 9 H2* U 9 -2.239 14.155 -0.191 93 2HO* U 9 2HO U 9 -4.621 13.321 0.119 94 H1* U 9 H1* U 9 -3.658 11.890 -0.910 95 H3 U 9 3H U 9 0.208 10.285 0.778 96 H5 U 9 5H U 9 1.357 11.992 -2.897 97 H6 U 9 6H U 9 -0.897 12.867 -3.119 98 1H5* G 10 1H5* G 10 -4.141 17.132 0.639 99 2H5* G 10 2H5* G 10 -3.110 18.437 1.259 100 H4* G 10 H4* G 10 -3.398 16.415 2.792 101 H3* G 10 H3* G 10 -0.739 17.571 1.924 102 H2* G 10 H2* G 10 0.439 15.874 3.117 103 2HO* G 10 2HO G 10 -2.100 15.402 4.322 104 H1* G 10 H1* G 10 -1.005 13.764 2.280 105 H8 G 10 8H G 10 -1.148 16.077 -0.618 106 H1 G 10 1H G 10 4.627 13.464 0.008 107 1H2 G 10 1H2 G 10 4.604 12.162 1.920 108 2H2 G 10 2H2 G 10 3.739 12.892 3.254 109 1H5* C 11 1H5* C 11 -1.050 20.261 6.062 110 2H5* C 11 2H5* C 11 0.395 21.164 5.564 111 H4* C 11 H4* C 11 1.715 19.540 6.378 112 H3* C 11 H3* C 11 0.233 18.003 4.278 113 H2* C 11 H2* C 11 0.383 15.967 5.359 114 2HO* C 11 2HO C 11 2.439 15.474 5.454 115 H1* C 11 H1* C 11 1.061 16.843 8.008 116 1H4 C 11 1H4 C 11 -4.978 14.710 8.842 117 2H4 C 11 2H4 C 11 -4.546 13.516 7.638 118 H5 C 11 5H C 11 -3.757 15.571 5.845 119 H6 C 11 6H C 11 -1.654 16.768 5.455 120 1H5* A 12 1H5* A 12 5.176 17.901 4.757 121 2H5* A 12 2H5* A 12 5.985 16.350 4.454 122 H4* A 12 H4* A 12 5.839 17.576 6.906 123 H3* A 12 H3* A 12 6.311 14.760 5.970 124 H2* A 12 H2* A 12 5.519 13.842 7.948 125 2HO* A 12 2HO A 12 6.405 15.657 9.771 126 H1* A 12 H1* A 12 4.781 16.434 9.156 127 H8 A 12 8H A 12 1.980 14.974 7.326 128 1H6 A 12 1H6 A 12 0.055 12.485 12.119 129 2H6 A 12 2H6 A 12 0.531 11.318 10.907 130 H2 A 12 2H A 12 4.704 13.297 12.866 131 1H5* U 13 1H5* U 13 8.130 15.241 9.277 132 2H5* U 13 2H5* U 13 9.796 15.848 9.200 133 H4* U 13 H4* U 13 10.597 13.681 10.124 134 H3* U 13 H3* U 13 8.214 12.588 9.332 135 H2* U 13 H2* U 13 6.708 13.513 10.860 136 2HO* U 13 2HO U 13 8.100 11.623 12.490 137 H1* U 13 H1* U 13 8.494 13.807 13.184 138 H3 U 13 3H U 13 4.628 16.118 14.050 139 H5 U 13 5H U 13 6.666 18.403 11.156 140 H6 U 13 6H U 13 8.278 16.598 10.960 141 1H5* A 14 1H5* A 14 9.287 8.824 8.743 142 2H5* A 14 2H5* A 14 8.720 9.525 7.213 143 H4* A 14 H4* A 14 7.600 10.061 9.992 144 H3* A 14 H3* A 14 6.978 8.090 7.962 145 H2* A 14 H2* A 14 5.465 9.402 6.768 146 2HO* A 14 2HO A 14 3.416 9.535 7.830 147 H1* A 14 H1* A 14 4.958 11.250 9.064 148 H8 A 14 8H A 14 6.834 12.289 5.971 149 1H6 A 14 1H6 A 14 1.549 14.503 3.792 150 2H6 A 14 2H6 A 14 3.211 14.147 3.376 151 H2 A 14 2H A 14 0.612 12.085 7.446 152 1H5* A 15 1H5* A 15 3.149 8.195 10.805 153 2H5* A 15 2H5* A 15 2.513 6.542 10.699 154 H4* A 15 H4* A 15 0.827 8.266 10.054 155 H3* A 15 H3* A 15 1.792 6.204 8.047 156 H2* A 15 H2* A 15 0.400 7.131 6.403 157 2HO* A 15 2HO A 15 -1.575 7.595 6.975 158 H1* A 15 H1* A 15 0.505 9.806 7.224 159 H8 A 15 8H A 15 3.822 7.950 6.745 160 1H6 A 15 1H6 A 15 3.538 9.669 0.836 161 2H6 A 15 2H6 A 15 4.583 9.033 2.089 162 H2 A 15 2H A 15 -0.269 10.931 2.834 163 1H5* G 16 1H5* G 16 -2.537 6.618 8.644 164 2H5* G 16 2H5* G 16 -3.429 5.084 8.632 165 H4* G 16 H4* G 16 -4.530 6.796 7.214 166 H3* G 16 H3* G 16 -3.355 4.318 5.912 167 H2* G 16 H2* G 16 -4.064 5.092 3.811 168 2HO* G 16 2HO G 16 -5.659 7.032 3.947 169 H1* G 16 H1* G 16 -3.863 7.865 4.328 170 H8 G 16 8H G 16 -0.826 5.626 4.943 171 H1 G 16 1H G 16 -1.276 7.752 -1.044 172 1H2 G 16 1H2 G 16 -3.115 9.096 -1.193 173 2H2 G 16 2H2 G 16 -4.484 8.683 -0.188 174 1H5* G 17 1H5* G 17 -7.180 5.444 5.016 175 2H5* G 17 2H5* G 17 -8.493 4.275 4.760 176 H4* G 17 H4* G 17 -8.352 5.867 2.882 177 H3* G 17 H3* G 17 -7.707 2.944 2.435 178 H2* G 17 H2* G 17 -7.119 3.339 0.204 179 2HO* G 17 2HO G 17 -9.255 4.597 0.052 180 H1* G 17 H1* G 17 -6.256 6.022 0.457 181 H8 G 17 8H G 17 -4.678 3.328 2.654 182 H1 G 17 1H G 17 -1.740 4.156 -2.946 183 1H2 G 17 1H2 G 17 -2.960 5.466 -4.256 184 2H2 G 17 2H2 G 17 -4.464 6.185 -3.724 185 1H5* A 18 1H5* A 18 -8.584 3.977 -1.489 186 2H5* A 18 2H5* A 18 -10.205 3.281 -1.704 187 H4* A 18 H4* A 18 -9.166 2.116 -3.359 188 H3* A 18 H3* A 18 -9.094 0.634 -0.853 189 H2* A 18 H2* A 18 -6.819 0.174 -0.944 190 2HO* A 18 2HO A 18 -7.631 -1.296 -3.262 191 H1* A 18 H1* A 18 -6.808 0.662 -3.937 192 H8 A 18 8H A 18 -5.031 1.496 -0.589 193 1H6 A 18 1H6 A 18 0.228 0.619 -3.679 194 2H6 A 18 2H6 A 18 -0.472 1.028 -2.127 195 H2 A 18 2H A 18 -3.178 0.199 -6.578 196 1H5* U 19 1H5* U 19 -9.508 -2.443 -0.008 197 2H5* U 19 2H5* U 19 -8.199 -2.109 -1.160 198 H4* U 19 H4* U 19 -7.737 -4.324 -1.483 199 H3* U 19 H3* U 19 -10.742 -4.674 -1.351 200 H2* U 19 H2* U 19 -10.508 -6.908 -0.645 201 2HO* U 19 2HO U 19 -9.043 -7.636 -2.172 202 H1* U 19 H1* U 19 -8.257 -6.624 0.944 203 H3 U 19 3H U 19 -11.613 -7.867 3.728 204 H5 U 19 5H U 19 -12.398 -3.809 2.894 205 H6 U 19 6H U 19 -10.609 -3.868 1.257 206 1H5* G 20 1H5* G 20 -10.164 -2.844 -6.636 207 2H5* G 20 2H5* G 20 -10.583 -4.569 -6.636 208 H4* G 20 H4* G 20 -8.711 -3.931 -8.207 209 H3* G 20 H3* G 20 -8.767 -6.122 -6.261 210 H2* G 20 H2* G 20 -6.605 -5.876 -5.522 211 2HO* G 20 2HO G 20 -5.313 -5.963 -7.914 212 H1* G 20 H1* G 20 -5.801 -4.042 -7.764 213 H8 G 20 8H G 20 -6.524 -2.894 -4.238 214 H1 G 20 1H G 20 -0.346 -4.138 -5.190 215 1H2 G 20 1H2 G 20 -0.059 -5.080 -7.175 216 2H2 G 20 2H2 G 20 -1.376 -5.318 -8.299 217 1H5* A 21 1H5* A 21 -6.173 -7.010 -9.522 218 2H5* A 21 2H5* A 21 -6.476 -8.555 -10.342 219 H4* A 21 H4* A 21 -4.169 -8.619 -10.002 220 H3* A 21 H3* A 21 -5.516 -9.948 -7.615 221 H2* A 21 H2* A 21 -3.379 -10.370 -6.745 222 2HO* A 21 2HO A 21 -2.030 -9.761 -9.145 223 H1* A 21 H1* A 21 -2.099 -8.112 -7.913 224 H8 A 21 8H A 21 -5.064 -7.387 -5.667 225 1H6 A 21 1H6 A 21 -1.088 -7.342 -0.964 226 2H6 A 21 2H6 A 21 -2.763 -7.122 -1.423 227 H2 A 21 2H A 21 1.072 -8.854 -4.592 228 1H5* A 22 1H5* A 22 -2.591 -12.446 -10.080 229 2H5* A 22 2H5* A 22 -3.038 -14.163 -10.035 230 H4* A 22 H4* A 22 -0.616 -13.821 -9.609 231 H3* A 22 H3* A 22 -2.366 -14.936 -7.387 232 H2* A 22 H2* A 22 -0.488 -15.089 -5.996 233 2HO* A 22 2HO A 22 0.817 -15.406 -8.439 234 H1* A 22 H1* A 22 0.937 -12.886 -7.018 235 H8 A 22 8H A 22 -2.640 -12.225 -5.922 236 1H6 A 22 1H6 A 22 -0.368 -11.111 -0.317 237 2H6 A 22 2H6 A 22 -1.840 -11.265 -1.249 238 H2 A 22 2H A 22 2.905 -12.937 -2.827 239 1H5* C 23 1H5* C 23 1.210 -17.305 -8.759 240 2H5* C 23 2H5* C 23 1.005 -19.052 -8.534 241 H4* C 23 H4* C 23 3.183 -18.281 -7.669 242 H3* C 23 H3* C 23 1.126 -19.352 -5.711 243 H2* C 23 H2* C 23 2.688 -19.046 -3.946 244 2HO* C 23 2HO C 23 4.545 -19.022 -6.076 245 H1* C 23 H1* C 23 3.672 -16.612 -4.737 246 1H4 C 23 1H4 C 23 -1.053 -15.745 -0.488 247 2H4 C 23 2H4 C 23 -2.101 -15.337 -1.828 248 H5 C 23 5H C 23 -1.664 -16.602 -3.947 249 H6 C 23 6H C 23 0.140 -17.167 -5.496 250 1H5* C 24 1H5* C 24 4.270 -21.726 -4.619 251 2H5* C 24 2H5* C 24 3.736 -23.402 -4.373 252 H4* C 24 H4* C 24 4.507 -22.409 -2.252 253 H3* C 24 H3* C 24 1.555 -22.998 -2.588 254 H2* C 24 H2* C 24 1.145 -22.291 -0.397 255 2HO* C 24 2HO C 24 3.959 -22.595 -0.009 256 H1* C 24 H1* C 24 3.006 -20.214 -0.353 257 1H4 C 24 1H4 C 24 -2.745 -17.582 -1.064 258 2H4 C 24 2H4 C 24 -2.653 -17.839 -2.792 259 H5 C 24 5H C 24 -0.958 -19.218 -3.826 260 H6 C 24 6H C 24 1.115 -20.467 -3.449 261 H3T C 24 H3T C 24 2.173 -24.885 -1.788 Start of MODEL 8 1 1H5* G 1 1H5* G 1 -6.309 -12.814 8.137 2 2H5* G 1 2H5* G 1 -5.256 -11.386 8.076 3 H4* G 1 H4* G 1 -4.104 -13.217 9.216 4 H3* G 1 H3* G 1 -3.115 -12.289 6.517 5 H2* G 1 H2* G 1 -1.458 -13.964 6.451 6 2HO* G 1 2HO G 1 -1.954 -14.714 9.143 7 H1* G 1 H1* G 1 -2.863 -16.032 7.540 8 H8 G 1 8H G 1 -5.253 -14.302 5.263 9 H1 G 1 1H G 1 -0.846 -17.559 1.999 10 1H2 G 1 1H2 G 1 0.765 -18.235 3.375 11 2H2 G 1 2H2 G 1 0.783 -17.823 5.074 12 H5T G 1 H5T G 1 -6.300 -11.820 6.082 13 1H5* G 2 1H5* G 2 0.471 -12.306 9.150 14 2H5* G 2 2H5* G 2 1.132 -10.659 9.114 15 H4* G 2 H4* G 2 2.954 -12.200 8.724 16 H3* G 2 H3* G 2 1.980 -10.575 6.369 17 H2* G 2 H2* G 2 3.488 -11.660 4.902 18 2HO* G 2 2HO G 2 4.888 -13.322 6.431 19 H1* G 2 H1* G 2 3.203 -14.204 5.809 20 H8 G 2 8H G 2 -0.099 -12.345 5.936 21 H1 G 2 1H G 2 1.255 -14.640 0.146 22 1H2 G 2 1H2 G 2 3.318 -15.460 0.118 23 2H2 G 2 2H2 G 2 4.422 -15.254 1.461 24 1H5* U 3 1H5* U 3 6.111 -10.601 6.088 25 2H5* U 3 2H5* U 3 6.781 -8.999 5.721 26 H4* U 3 H4* U 3 7.430 -10.665 4.009 27 H3* U 3 H3* U 3 5.607 -8.362 3.245 28 H2* U 3 H2* U 3 5.566 -9.138 1.007 29 2HO* U 3 2HO U 3 7.682 -10.933 1.715 30 H1* U 3 H1* U 3 5.373 -11.823 1.541 31 H3 U 3 3H U 3 1.360 -10.668 -0.201 32 H5 U 3 5H U 3 1.289 -9.035 3.686 33 H6 U 3 6H U 3 3.610 -9.710 3.936 34 1H5* U 4 1H5* U 4 8.893 -8.266 0.399 35 2H5* U 4 2H5* U 4 9.346 -6.584 0.061 36 H4* U 4 H4* U 4 8.699 -7.794 -2.005 37 H3* U 4 H3* U 4 6.958 -5.497 -1.033 38 H2* U 4 H2* U 4 5.552 -5.794 -2.894 39 2HO* U 4 2HO U 4 6.966 -7.614 -4.358 40 H1* U 4 H1* U 4 5.806 -8.578 -3.131 41 H3 U 4 3H U 4 1.386 -7.883 -2.564 42 H5 U 4 5H U 4 3.044 -6.861 1.173 43 H6 U 4 6H U 4 5.249 -7.136 0.197 44 1H5* C 5 1H5* C 5 8.345 -5.216 -5.368 45 2H5* C 5 2H5* C 5 8.864 -3.539 -5.624 46 H4* C 5 H4* C 5 7.508 -4.248 -7.518 47 H3* C 5 H3* C 5 6.234 -2.255 -5.606 48 H2* C 5 H2* C 5 4.327 -2.178 -7.014 49 2HO* C 5 2HO C 5 4.375 -3.011 -9.142 50 H1* C 5 H1* C 5 4.226 -4.864 -7.635 51 1H4 C 5 1H4 C 5 0.037 -3.790 -2.952 52 2H4 C 5 2H4 C 5 1.325 -3.796 -1.767 53 H5 C 5 5H C 5 3.661 -3.963 -2.360 54 H6 C 5 6H C 5 5.256 -4.085 -4.215 55 1H5* C 6 1H5* C 6 6.398 -0.157 -9.307 56 2H5* C 6 2H5* C 6 6.045 1.572 -9.117 57 H4* C 6 H4* C 6 4.132 0.006 -9.926 58 H3* C 6 H3* C 6 3.961 2.085 -7.724 59 H2* C 6 H2* C 6 1.683 1.516 -7.359 60 2HO* C 6 2HO C 6 1.810 0.844 -9.983 61 H1* C 6 H1* C 6 1.950 -1.192 -7.509 62 1H4 C 6 1H4 C 6 4.210 0.701 -1.585 63 2H4 C 6 2H4 C 6 2.483 0.509 -1.375 64 H5 C 6 5H C 6 5.327 0.274 -3.683 65 H6 C 6 6H C 6 5.007 -0.098 -6.084 66 1H5* C 7 1H5* C 7 1.276 3.947 -10.998 67 2H5* C 7 2H5* C 7 1.716 5.666 -11.034 68 H4* C 7 H4* C 7 -0.664 5.454 -10.547 69 H3* C 7 H3* C 7 1.126 6.331 -8.249 70 H2* C 7 H2* C 7 -0.785 6.536 -6.882 71 2HO* C 7 2HO C 7 -2.288 6.527 -9.315 72 H1* C 7 H1* C 7 -2.247 4.406 -7.959 73 1H4 C 7 1H4 C 7 -0.082 2.565 -2.263 74 2H4 C 7 2H4 C 7 1.484 2.214 -2.958 75 H5 C 7 5H C 7 2.126 2.950 -5.167 76 H6 C 7 6H C 7 1.316 3.878 -7.286 77 1H5* C 8 1H5* C 8 -2.017 9.405 -8.961 78 2H5* C 8 2H5* C 8 -1.352 11.025 -8.662 79 H4* C 8 H4* C 8 -3.387 10.605 -7.309 80 H3* C 8 H3* C 8 -0.714 10.956 -5.909 81 H2* C 8 H2* C 8 -1.802 10.745 -3.821 82 2HO* C 8 2HO C 8 -4.017 11.017 -3.578 83 H1* C 8 H1* C 8 -3.596 8.768 -4.531 84 1H4 C 8 1H4 C 8 1.228 5.982 -1.448 85 2H4 C 8 2H4 C 8 2.200 6.007 -2.903 86 H5 C 8 5H C 8 1.551 7.203 -4.896 87 H6 C 8 6H C 8 -0.257 8.444 -5.994 88 1H5* U 9 1H5* U 9 -3.953 13.062 -4.486 89 2H5* U 9 2H5* U 9 -3.711 14.716 -3.888 90 H4* U 9 H4* U 9 -4.917 13.308 -2.242 91 H3* U 9 H3* U 9 -2.125 14.297 -1.539 92 H2* U 9 H2* U 9 -2.387 13.305 0.603 93 2HO* U 9 2HO U 9 -4.569 12.446 1.161 94 H1* U 9 H1* U 9 -3.723 11.024 -0.235 95 H3 U 9 3H U 9 0.206 9.517 1.411 96 H5 U 9 5H U 9 1.288 11.413 -2.194 97 H6 U 9 6H U 9 -1.003 12.190 -2.396 98 1H5* G 10 1H5* G 10 -4.449 15.981 1.644 99 2H5* G 10 2H5* G 10 -3.580 17.373 2.317 100 H4* G 10 H4* G 10 -3.647 15.346 3.823 101 H3* G 10 H3* G 10 -1.067 16.636 2.894 102 H2* G 10 H2* G 10 0.194 15.022 4.144 103 2HO* G 10 2HO G 10 -1.883 13.508 5.102 104 H1* G 10 H1* G 10 -1.088 12.853 3.239 105 H8 G 10 8H G 10 -1.415 15.304 0.440 106 H1 G 10 1H G 10 4.469 12.900 0.822 107 1H2 G 10 1H2 G 10 4.586 11.562 2.661 108 2H2 G 10 2H2 G 10 3.613 12.036 4.035 109 1H5* C 11 1H5* C 11 -1.061 18.662 7.168 110 2H5* C 11 2H5* C 11 -0.013 20.039 6.785 111 H4* C 11 H4* C 11 1.895 18.839 7.055 112 H3* C 11 H3* C 11 0.757 17.124 5.143 113 H2* C 11 H2* C 11 0.071 15.266 6.326 114 2HO* C 11 2HO C 11 2.609 15.045 6.236 115 H1* C 11 H1* C 11 0.978 15.675 8.984 116 1H4 C 11 1H4 C 11 -5.467 16.243 9.634 117 2H4 C 11 2H4 C 11 -5.425 14.739 8.743 118 H5 C 11 5H C 11 -3.932 16.372 6.783 119 H6 C 11 6H C 11 -1.533 16.672 6.416 120 1H5* A 12 1H5* A 12 5.714 15.095 4.130 121 2H5* A 12 2H5* A 12 4.935 13.628 4.755 122 H4* A 12 H4* A 12 5.419 16.241 6.229 123 H3* A 12 H3* A 12 6.612 13.497 6.273 124 H2* A 12 H2* A 12 6.031 13.096 8.482 125 2HO* A 12 2HO A 12 6.443 15.061 9.955 126 H1* A 12 H1* A 12 4.664 15.696 8.874 127 H8 A 12 8H A 12 1.904 13.902 8.107 128 1H6 A 12 1H6 A 12 1.916 10.114 12.366 129 2H6 A 12 2H6 A 12 1.189 11.620 12.883 130 H2 A 12 2H A 12 6.126 12.368 12.632 131 1H5* U 13 1H5* U 13 9.529 15.315 8.299 132 2H5* U 13 2H5* U 13 11.169 15.343 7.620 133 H4* U 13 H4* U 13 11.714 13.250 8.505 134 H3* U 13 H3* U 13 9.200 12.415 7.701 135 H2* U 13 H2* U 13 7.977 13.211 9.571 136 2HO* U 13 2HO U 13 7.647 11.472 10.938 137 H1* U 13 H1* U 13 10.206 12.520 11.478 138 H3 U 13 3H U 13 7.982 14.469 14.827 139 H5 U 13 5H U 13 6.939 16.869 11.521 140 H6 U 13 6H U 13 8.333 15.443 10.136 141 1H5* A 14 1H5* A 14 9.304 9.696 10.185 142 2H5* A 14 2H5* A 14 9.097 7.978 9.787 143 H4* A 14 H4* A 14 7.138 9.125 10.980 144 H3* A 14 H3* A 14 7.125 7.262 8.716 145 H2* A 14 H2* A 14 5.580 8.482 7.453 146 2HO* A 14 2HO A 14 3.413 8.519 8.618 147 H1* A 14 H1* A 14 4.691 10.076 9.828 148 H8 A 14 8H A 14 6.623 11.264 6.749 149 1H6 A 14 1H6 A 14 1.261 13.480 4.713 150 2H6 A 14 2H6 A 14 2.943 13.222 4.304 151 H2 A 14 2H A 14 0.461 11.069 8.401 152 1H5* A 15 1H5* A 15 3.086 6.686 11.331 153 2H5* A 15 2H5* A 15 2.524 5.052 10.925 154 H4* A 15 H4* A 15 0.821 6.879 10.534 155 H3* A 15 H3* A 15 1.785 5.039 8.320 156 H2* A 15 H2* A 15 0.353 6.115 6.797 157 2HO* A 15 2HO A 15 -1.612 6.411 7.517 158 H1* A 15 H1* A 15 0.495 8.696 7.870 159 H8 A 15 8H A 15 3.851 6.996 7.265 160 1H6 A 15 1H6 A 15 3.531 9.071 1.478 161 2H6 A 15 2H6 A 15 4.605 8.443 2.710 162 H2 A 15 2H A 15 -0.341 10.047 3.512 163 1H5* G 16 1H5* G 16 -2.522 5.356 8.936 164 2H5* G 16 2H5* G 16 -3.379 3.802 8.871 165 H4* G 16 H4* G 16 -4.552 5.548 7.555 166 H3* G 16 H3* G 16 -3.336 3.161 6.127 167 H2* G 16 H2* G 16 -4.078 4.010 4.070 168 2HO* G 16 2HO G 16 -5.752 6.013 4.901 169 H1* G 16 H1* G 16 -3.977 6.766 4.724 170 H8 G 16 8H G 16 -0.832 4.634 5.160 171 H1 G 16 1H G 16 -1.538 7.047 -0.696 172 1H2 G 16 1H2 G 16 -3.432 8.410 -0.645 173 2H2 G 16 2H2 G 16 -4.768 7.677 0.212 174 1H5* G 17 1H5* G 17 -7.279 4.164 5.388 175 2H5* G 17 2H5* G 17 -8.534 2.933 5.140 176 H4* G 17 H4* G 17 -8.570 4.586 3.316 177 H3* G 17 H3* G 17 -7.760 1.729 2.743 178 H2* G 17 H2* G 17 -7.260 2.230 0.511 179 2HO* G 17 2HO G 17 -9.467 3.393 0.478 180 H1* G 17 H1* G 17 -6.520 4.934 0.818 181 H8 G 17 8H G 17 -4.822 2.231 2.927 182 H1 G 17 1H G 17 -1.921 3.412 -2.629 183 1H2 G 17 1H2 G 17 -3.185 4.739 -3.874 184 2H2 G 17 2H2 G 17 -4.719 5.371 -3.318 185 1H5* A 18 1H5* A 18 -8.958 2.851 -1.188 186 2H5* A 18 2H5* A 18 -10.514 1.999 -1.291 187 H4* A 18 H4* A 18 -9.477 0.994 -3.059 188 H3* A 18 H3* A 18 -9.158 -0.552 -0.612 189 H2* A 18 H2* A 18 -6.867 -0.837 -0.838 190 2HO* A 18 2HO A 18 -7.041 -2.840 -1.547 191 H1* A 18 H1* A 18 -7.054 -0.261 -3.809 192 H8 A 18 8H A 18 -5.164 0.563 -0.523 193 1H6 A 18 1H6 A 18 -0.029 0.269 -3.907 194 2H6 A 18 2H6 A 18 -0.681 0.590 -2.315 195 H2 A 18 2H A 18 -3.542 -0.281 -6.657 196 1H5* U 19 1H5* U 19 -12.466 -4.681 -1.508 197 2H5* U 19 2H5* U 19 -11.098 -5.145 -2.539 198 H4* U 19 H4* U 19 -13.343 -5.546 -3.595 199 H3* U 19 H3* U 19 -11.237 -3.750 -4.809 200 H2* U 19 H2* U 19 -12.664 -3.122 -6.572 201 2HO* U 19 2HO U 19 -14.741 -4.890 -6.013 202 H1* U 19 H1* U 19 -15.051 -3.012 -5.200 203 H3 U 19 3H U 19 -14.009 1.208 -6.556 204 H5 U 19 5H U 19 -11.646 0.566 -3.124 205 H6 U 19 6H U 19 -12.350 -1.756 -3.153 206 1H5* G 20 1H5* G 20 -9.310 -3.697 -6.610 207 2H5* G 20 2H5* G 20 -10.143 -3.562 -8.172 208 H4* G 20 H4* G 20 -8.295 -4.155 -9.346 209 H3* G 20 H3* G 20 -8.267 -6.380 -7.438 210 H2* G 20 H2* G 20 -6.182 -5.947 -6.572 211 2HO* G 20 2HO G 20 -4.443 -6.155 -8.276 212 H1* G 20 H1* G 20 -5.427 -4.050 -8.782 213 H8 G 20 8H G 20 -6.330 -2.851 -5.336 214 H1 G 20 1H G 20 -0.085 -3.975 -5.939 215 1H2 G 20 1H2 G 20 0.320 -5.000 -7.861 216 2H2 G 20 2H2 G 20 -0.932 -5.286 -9.051 217 1H5* A 21 1H5* A 21 -5.387 -7.179 -10.542 218 2H5* A 21 2H5* A 21 -5.583 -8.774 -11.295 219 H4* A 21 H4* A 21 -3.312 -8.759 -10.754 220 H3* A 21 H3* A 21 -4.815 -9.976 -8.397 221 H2* A 21 H2* A 21 -2.728 -10.316 -7.374 222 2HO* A 21 2HO A 21 -1.494 -9.947 -9.926 223 H1* A 21 H1* A 21 -1.430 -8.080 -8.564 224 H8 A 21 8H A 21 -4.557 -7.333 -6.571 225 1H6 A 21 1H6 A 21 -0.961 -6.991 -1.593 226 2H6 A 21 2H6 A 21 -2.596 -6.816 -2.194 227 H2 A 21 2H A 21 1.510 -8.588 -4.981 228 1H5* A 22 1H5* A 22 -1.717 -12.622 -10.376 229 2H5* A 22 2H5* A 22 -2.149 -14.337 -10.234 230 H4* A 22 H4* A 22 0.203 -13.904 -9.551 231 H3* A 22 H3* A 22 -1.786 -14.868 -7.460 232 H2* A 22 H2* A 22 -0.079 -14.860 -5.855 233 2HO* A 22 2HO A 22 2.210 -14.534 -7.060 234 H1* A 22 H1* A 22 1.467 -12.759 -6.961 235 H8 A 22 8H A 22 -2.183 -12.020 -6.171 236 1H6 A 22 1H6 A 22 -0.277 -10.181 -0.681 237 2H6 A 22 2H6 A 22 -1.696 -10.894 -1.416 238 H2 A 22 2H A 22 3.157 -12.401 -2.681 239 1H5* C 23 1H5* C 23 1.935 -17.253 -8.194 240 2H5* C 23 2H5* C 23 1.738 -18.982 -7.844 241 H4* C 23 H4* C 23 3.780 -18.077 -6.797 242 H3* C 23 H3* C 23 1.528 -19.022 -4.989 243 H2* C 23 H2* C 23 2.903 -18.544 -3.110 244 2HO* C 23 2HO C 23 4.920 -18.872 -4.992 245 H1* C 23 H1* C 23 3.926 -16.164 -4.007 246 1H4 C 23 1H4 C 23 -1.185 -15.001 -0.321 247 2H4 C 23 2H4 C 23 -2.142 -14.833 -1.774 248 H5 C 23 5H C 23 -1.463 -16.175 -3.746 249 H6 C 23 6H C 23 0.492 -16.843 -5.056 250 1H5* C 24 1H5* C 24 4.630 -21.342 -3.476 251 2H5* C 24 2H5* C 24 4.057 -22.991 -3.148 252 H4* C 24 H4* C 24 4.718 -21.844 -1.062 253 H3* C 24 H3* C 24 1.792 -22.474 -1.526 254 H2* C 24 H2* C 24 1.249 -21.605 0.575 255 2HO* C 24 2HO C 24 3.556 -22.649 1.289 256 H1* C 24 H1* C 24 3.095 -19.518 0.574 257 1H4 C 24 1H4 C 24 -2.592 -16.971 -0.682 258 2H4 C 24 2H4 C 24 -2.422 -17.402 -2.369 259 H5 C 24 5H C 24 -0.644 -18.812 -3.199 260 H6 C 24 6H C 24 1.399 -20.022 -2.603 261 H3T C 24 H3T C 24 2.439 -24.320 -0.714 Start of MODEL 9 1 1H5* G 1 1H5* G 1 -7.230 -13.072 8.497 2 2H5* G 1 2H5* G 1 -6.386 -11.546 8.831 3 H4* G 1 H4* G 1 -4.935 -13.266 9.616 4 H3* G 1 H3* G 1 -4.161 -12.063 6.951 5 H2* G 1 H2* G 1 -2.364 -13.571 6.710 6 2HO* G 1 2HO G 1 -1.941 -14.984 8.715 7 H1* G 1 H1* G 1 -3.538 -15.824 7.735 8 H8 G 1 8H G 1 -6.099 -14.156 5.585 9 H1 G 1 1H G 1 -1.567 -17.011 2.122 10 1H2 G 1 1H2 G 1 0.299 -17.227 3.472 11 2H2 G 1 2H2 G 1 -0.044 -17.658 5.130 12 H5T G 1 H5T G 1 -6.321 -11.159 6.784 13 1H5* G 2 1H5* G 2 -0.505 -11.721 9.441 14 2H5* G 2 2H5* G 2 0.087 -10.052 9.324 15 H4* G 2 H4* G 2 1.897 -11.585 8.771 16 H3* G 2 H3* G 2 0.717 -9.897 6.557 17 H2* G 2 H2* G 2 2.123 -10.908 4.947 18 2HO* G 2 2HO G 2 3.685 -12.581 6.267 19 H1* G 2 H1* G 2 1.972 -13.486 5.813 20 H8 G 2 8H G 2 -1.363 -11.709 6.163 21 H1 G 2 1H G 2 -0.251 -13.833 0.255 22 1H2 G 2 1H2 G 2 1.830 -14.591 0.103 23 2H2 G 2 2H2 G 2 2.988 -14.403 1.401 24 1H5* U 3 1H5* U 3 5.011 -9.875 6.388 25 2H5* U 3 2H5* U 3 5.684 -8.274 6.023 26 H4* U 3 H4* U 3 6.519 -9.995 4.451 27 H3* U 3 H3* U 3 4.771 -7.734 3.439 28 H2* U 3 H2* U 3 4.897 -8.595 1.236 29 2HO* U 3 2HO U 3 6.520 -10.720 1.478 30 H1* U 3 H1* U 3 4.630 -11.246 1.830 31 H3 U 3 3H U 3 0.719 -10.114 -0.138 32 H5 U 3 5H U 3 0.484 -8.334 3.676 33 H6 U 3 6H U 3 2.782 -9.018 4.062 34 1H5* U 4 1H5* U 4 8.317 -7.954 0.899 35 2H5* U 4 2H5* U 4 8.875 -6.325 0.471 36 H4* U 4 H4* U 4 8.429 -7.699 -1.545 37 H3* U 4 H3* U 4 6.677 -5.275 -0.992 38 H2* U 4 H2* U 4 5.508 -5.693 -2.990 39 2HO* U 4 2HO U 4 6.591 -7.464 -4.416 40 H1* U 4 H1* U 4 5.666 -8.489 -2.952 41 H3 U 4 3H U 4 1.245 -7.574 -3.017 42 H5 U 4 5H U 4 2.475 -6.295 0.805 43 H6 U 4 6H U 4 4.768 -6.724 0.139 44 1H5* C 5 1H5* C 5 8.540 -5.199 -5.250 45 2H5* C 5 2H5* C 5 9.008 -3.501 -5.467 46 H4* C 5 H4* C 5 7.772 -4.320 -7.432 47 H3* C 5 H3* C 5 6.480 -2.212 -5.670 48 H2* C 5 H2* C 5 4.593 -2.175 -7.092 49 2HO* C 5 2HO C 5 4.775 -3.434 -9.169 50 H1* C 5 H1* C 5 4.455 -4.876 -7.642 51 1H4 C 5 1H4 C 5 0.202 -3.776 -3.036 52 2H4 C 5 2H4 C 5 1.482 -3.610 -1.854 53 H5 C 5 5H C 5 3.821 -3.802 -2.408 54 H6 C 5 6H C 5 5.438 -3.941 -4.242 55 1H5* C 6 1H5* C 6 7.038 -0.032 -9.507 56 2H5* C 6 2H5* C 6 6.686 1.684 -9.220 57 H4* C 6 H4* C 6 4.852 0.225 -10.344 58 H3* C 6 H3* C 6 4.510 2.171 -8.054 59 H2* C 6 H2* C 6 2.225 1.588 -7.815 60 2HO* C 6 2HO C 6 2.511 0.942 -10.474 61 H1* C 6 H1* C 6 2.451 -1.100 -8.087 62 1H4 C 6 1H4 C 6 4.629 0.417 -2.028 63 2H4 C 6 2H4 C 6 2.894 0.264 -1.865 64 H5 C 6 5H C 6 5.773 0.288 -4.146 65 H6 C 6 6H C 6 5.493 0.041 -6.568 66 1H5* C 7 1H5* C 7 1.736 4.057 -11.354 67 2H5* C 7 2H5* C 7 2.119 5.784 -11.204 68 H4* C 7 H4* C 7 -0.299 5.402 -10.931 69 H3* C 7 H3* C 7 1.304 6.318 -8.517 70 H2* C 7 H2* C 7 -0.677 6.360 -7.234 71 2HO* C 7 2HO C 7 -2.763 6.026 -8.504 72 H1* C 7 H1* C 7 -1.907 4.131 -8.349 73 1H4 C 7 1H4 C 7 0.512 2.363 -2.727 74 2H4 C 7 2H4 C 7 2.068 2.093 -3.479 75 H5 C 7 5H C 7 2.616 2.974 -5.664 76 H6 C 7 6H C 7 1.696 3.897 -7.739 77 1H5* C 8 1H5* C 8 -2.028 9.035 -9.191 78 2H5* C 8 2H5* C 8 -1.574 10.725 -8.891 79 H4* C 8 H4* C 8 -3.551 10.054 -7.550 80 H3* C 8 H3* C 8 -0.956 10.744 -6.131 81 H2* C 8 H2* C 8 -2.036 10.407 -4.048 82 2HO* C 8 2HO C 8 -4.272 10.354 -3.843 83 H1* C 8 H1* C 8 -3.497 8.185 -4.751 84 1H4 C 8 1H4 C 8 1.713 6.080 -1.771 85 2H4 C 8 2H4 C 8 2.676 6.335 -3.211 86 H5 C 8 5H C 8 1.785 7.287 -5.240 87 H6 C 8 6H C 8 -0.197 8.270 -6.298 88 1H5* U 9 1H5* U 9 -4.304 12.212 -4.610 89 2H5* U 9 2H5* U 9 -4.381 13.869 -3.981 90 H4* U 9 H4* U 9 -5.174 12.205 -2.317 91 H3* U 9 H3* U 9 -2.624 13.758 -1.727 92 H2* U 9 H2* U 9 -2.515 12.680 0.368 93 2HO* U 9 2HO U 9 -5.297 12.258 -0.039 94 H1* U 9 H1* U 9 -3.633 10.225 -0.439 95 H3 U 9 3H U 9 0.415 9.195 1.300 96 H5 U 9 5H U 9 1.328 11.122 -2.334 97 H6 U 9 6H U 9 -1.025 11.660 -2.565 98 1H5* G 10 1H5* G 10 -5.314 14.566 1.592 99 2H5* G 10 2H5* G 10 -4.922 16.131 2.332 100 H4* G 10 H4* G 10 -4.553 14.125 3.831 101 H3* G 10 H3* G 10 -2.450 16.182 3.167 102 H2* G 10 H2* G 10 -0.761 14.977 4.326 103 2HO* G 10 2HO G 10 -2.985 13.679 5.516 104 H1* G 10 H1* G 10 -1.343 12.490 3.457 105 H8 G 10 8H G 10 -2.131 14.974 0.705 106 H1 G 10 1H G 10 4.049 13.447 0.999 107 1H2 G 10 1H2 G 10 4.336 11.966 2.726 108 2H2 G 10 2H2 G 10 3.378 12.302 4.150 109 1H5* C 11 1H5* C 11 -1.830 15.509 6.734 110 2H5* C 11 2H5* C 11 -2.641 16.458 7.993 111 H4* C 11 H4* C 11 -0.459 15.875 8.813 112 H3* C 11 H3* C 11 -1.304 18.460 8.786 113 H2* C 11 H2* C 11 -0.262 19.206 6.820 114 2HO* C 11 2HO C 11 1.548 20.346 7.379 115 H1* C 11 H1* C 11 2.267 17.673 7.218 116 1H4 C 11 1H4 C 11 0.482 18.705 0.906 117 2H4 C 11 2H4 C 11 2.215 18.930 0.986 118 H5 C 11 5H C 11 -0.874 18.200 2.842 119 H6 C 11 6H C 11 -0.847 17.705 5.223 120 1H5* A 12 1H5* A 12 4.022 18.327 10.993 121 2H5* A 12 2H5* A 12 4.425 18.198 9.269 122 H4* A 12 H4* A 12 2.299 16.605 10.757 123 H3* A 12 H3* A 12 5.085 15.999 9.716 124 H2* A 12 H2* A 12 4.376 13.814 9.104 125 2HO* A 12 2HO A 12 2.731 12.809 10.069 126 H1* A 12 H1* A 12 1.920 14.493 8.095 127 H8 A 12 8H A 12 2.305 15.857 5.589 128 1H6 A 12 1H6 A 12 6.605 15.398 3.372 129 2H6 A 12 2H6 A 12 7.964 14.368 3.758 130 H2 A 12 2H A 12 7.659 13.549 8.179 131 1H5* U 13 1H5* U 13 7.544 14.671 9.996 132 2H5* U 13 2H5* U 13 5.960 14.124 10.561 133 H4* U 13 H4* U 13 8.666 13.628 11.794 134 H3* U 13 H3* U 13 7.218 12.077 10.067 135 H2* U 13 H2* U 13 5.266 11.790 11.378 136 2HO* U 13 2HO U 13 5.379 9.726 11.852 137 H1* U 13 H1* U 13 6.770 11.550 13.960 138 H3 U 13 3H U 13 2.920 11.830 16.213 139 H5 U 13 5H U 13 2.198 14.291 12.866 140 H6 U 13 6H U 13 4.434 13.772 12.089 141 1H5* A 14 1H5* A 14 9.693 8.814 9.800 142 2H5* A 14 2H5* A 14 9.207 9.201 8.137 143 H4* A 14 H4* A 14 7.626 9.557 10.697 144 H3* A 14 H3* A 14 7.566 7.708 8.419 145 H2* A 14 H2* A 14 5.846 8.800 7.282 146 2HO* A 14 2HO A 14 3.942 8.783 9.174 147 H1* A 14 H1* A 14 5.056 10.390 9.713 148 H8 A 14 8H A 14 6.751 11.685 6.546 149 1H6 A 14 1H6 A 14 2.897 13.631 4.386 150 2H6 A 14 2H6 A 14 1.196 13.664 4.792 151 H2 A 14 2H A 14 0.738 11.368 8.606 152 1H5* A 15 1H5* A 15 3.727 6.811 11.168 153 2H5* A 15 2H5* A 15 3.357 5.109 10.821 154 H4* A 15 H4* A 15 1.425 6.650 10.410 155 H3* A 15 H3* A 15 2.642 5.022 8.153 156 H2* A 15 H2* A 15 1.001 5.875 6.686 157 2HO* A 15 2HO A 15 -0.976 6.346 7.349 158 H1* A 15 H1* A 15 0.856 8.448 7.743 159 H8 A 15 8H A 15 4.390 7.128 7.152 160 1H6 A 15 1H6 A 15 3.836 9.170 1.360 161 2H6 A 15 2H6 A 15 4.946 8.527 2.554 162 H2 A 15 2H A 15 -0.128 9.668 3.393 163 1H5* G 16 1H5* G 16 -1.508 4.759 8.757 164 2H5* G 16 2H5* G 16 -2.257 3.150 8.723 165 H4* G 16 H4* G 16 -3.556 4.789 7.393 166 H3* G 16 H3* G 16 -2.192 2.472 5.988 167 H2* G 16 H2* G 16 -2.984 3.241 3.925 168 2HO* G 16 2HO G 16 -4.795 5.079 4.367 169 H1* G 16 H1* G 16 -3.125 6.003 4.562 170 H8 G 16 8H G 16 0.230 4.224 4.944 171 H1 G 16 1H G 16 -0.863 6.459 -0.929 172 1H2 G 16 1H2 G 16 -3.155 6.782 -1.119 173 2H2 G 16 2H2 G 16 -3.885 7.497 0.299 174 1H5* G 17 1H5* G 17 -6.168 3.325 5.348 175 2H5* G 17 2H5* G 17 -7.409 2.066 5.196 176 H4* G 17 H4* G 17 -7.649 3.698 3.384 177 H3* G 17 H3* G 17 -6.739 0.889 2.730 178 H2* G 17 H2* G 17 -6.430 1.426 0.472 179 2HO* G 17 2HO G 17 -7.502 3.546 -0.254 180 H1* G 17 H1* G 17 -5.822 4.168 0.748 181 H8 G 17 8H G 17 -3.806 1.583 2.705 182 H1 G 17 1H G 17 -1.412 2.919 -3.054 183 1H2 G 17 1H2 G 17 -2.840 4.176 -4.194 184 2H2 G 17 2H2 G 17 -4.374 4.692 -3.533 185 1H5* A 18 1H5* A 18 -8.272 1.991 -0.992 186 2H5* A 18 2H5* A 18 -9.805 1.093 -1.026 187 H4* A 18 H4* A 18 -8.901 0.171 -2.897 188 H3* A 18 H3* A 18 -8.219 -1.416 -0.549 189 H2* A 18 H2* A 18 -5.952 -1.540 -1.028 190 2HO* A 18 2HO A 18 -5.803 -2.906 -3.206 191 H1* A 18 H1* A 18 -6.494 -0.884 -3.941 192 H8 A 18 8H A 18 -4.324 -0.063 -0.833 193 1H6 A 18 1H6 A 18 0.431 0.140 -4.741 194 2H6 A 18 2H6 A 18 -0.045 0.180 -3.058 195 H2 A 18 2H A 18 -3.311 -0.550 -7.135 196 1H5* U 19 1H5* U 19 -7.552 -4.691 -4.332 197 2H5* U 19 2H5* U 19 -8.594 -3.257 -4.255 198 H4* U 19 H4* U 19 -9.250 -4.799 -6.091 199 H3* U 19 H3* U 19 -11.096 -4.110 -3.815 200 H2* U 19 H2* U 19 -12.731 -5.662 -4.482 201 2HO* U 19 2HO U 19 -12.744 -5.055 -6.697 202 H1* U 19 H1* U 19 -11.135 -7.720 -5.295 203 H3 U 19 3H U 19 -13.220 -9.007 -1.455 204 H5 U 19 5H U 19 -10.004 -6.602 -0.176 205 H6 U 19 6H U 19 -9.596 -6.027 -2.498 206 1H5* G 20 1H5* G 20 -9.512 -2.068 -8.716 207 2H5* G 20 2H5* G 20 -9.918 -3.775 -8.446 208 H4* G 20 H4* G 20 -7.840 -3.142 -9.927 209 H3* G 20 H3* G 20 -8.386 -5.376 -8.109 210 H2* G 20 H2* G 20 -6.345 -5.358 -7.059 211 2HO* G 20 2HO G 20 -4.636 -5.583 -9.078 212 H1* G 20 H1* G 20 -5.062 -3.578 -9.113 213 H8 G 20 8H G 20 -6.157 -2.736 -5.550 214 H1 G 20 1H G 20 0.101 -3.839 -6.096 215 1H2 G 20 1H2 G 20 0.549 -4.635 -8.128 216 2H2 G 20 2H2 G 20 -0.630 -4.576 -9.418 217 1H5* A 21 1H5* A 21 -5.389 -6.449 -11.089 218 2H5* A 21 2H5* A 21 -5.675 -8.033 -11.839 219 H4* A 21 H4* A 21 -3.438 -8.186 -11.188 220 H3* A 21 H3* A 21 -5.139 -9.263 -8.899 221 H2* A 21 H2* A 21 -3.129 -9.772 -7.791 222 2HO* A 21 2HO A 21 -1.342 -10.384 -8.836 223 H1* A 21 H1* A 21 -1.617 -7.641 -8.915 224 H8 A 21 8H A 21 -4.826 -6.852 -7.014 225 1H6 A 21 1H6 A 21 -1.335 -6.428 -1.967 226 2H6 A 21 2H6 A 21 -2.959 -6.285 -2.600 227 H2 A 21 2H A 21 1.233 -7.986 -5.302 228 1H5* A 22 1H5* A 22 -2.074 -11.917 -10.532 229 2H5* A 22 2H5* A 22 -2.466 -13.643 -10.403 230 H4* A 22 H4* A 22 -0.209 -13.130 -9.506 231 H3* A 22 H3* A 22 -2.339 -14.088 -7.550 232 H2* A 22 H2* A 22 -0.711 -14.055 -5.858 233 2HO* A 22 2HO A 22 1.213 -14.133 -7.974 234 H1* A 22 H1* A 22 0.851 -11.940 -6.936 235 H8 A 22 8H A 22 -2.830 -11.241 -6.239 236 1H6 A 22 1H6 A 22 -1.098 -9.677 -0.539 237 2H6 A 22 2H6 A 22 -2.440 -9.754 -1.657 238 H2 A 22 2H A 22 2.439 -11.516 -2.628 239 1H5* C 23 1H5* C 23 1.417 -16.402 -8.079 240 2H5* C 23 2H5* C 23 1.267 -18.131 -7.708 241 H4* C 23 H4* C 23 3.240 -17.139 -6.609 242 H3* C 23 H3* C 23 0.966 -18.126 -4.850 243 H2* C 23 H2* C 23 2.282 -17.578 -2.948 244 2HO* C 23 2HO C 23 4.562 -16.747 -3.524 245 H1* C 23 H1* C 23 3.252 -15.182 -3.866 246 1H4 C 23 1H4 C 23 -1.932 -14.002 -0.314 247 2H4 C 23 2H4 C 23 -2.923 -14.117 -1.750 248 H5 C 23 5H C 23 -2.137 -15.366 -3.698 249 H6 C 23 6H C 23 -0.140 -15.995 -4.961 250 1H5* C 24 1H5* C 24 4.177 -20.399 -3.325 251 2H5* C 24 2H5* C 24 3.633 -22.055 -2.983 252 H4* C 24 H4* C 24 4.324 -20.884 -0.915 253 H3* C 24 H3* C 24 1.400 -21.585 -1.302 254 H2* C 24 H2* C 24 0.921 -20.766 0.845 255 2HO* C 24 2HO C 24 2.715 -20.174 2.277 256 H1* C 24 H1* C 24 2.607 -18.574 0.733 257 1H4 C 24 1H4 C 24 -3.270 -16.498 -0.521 258 2H4 C 24 2H4 C 24 -3.049 -16.885 -2.215 259 H5 C 24 5H C 24 -1.167 -18.170 -3.041 260 H6 C 24 6H C 24 0.961 -19.218 -2.434 261 H3T C 24 H3T C 24 2.069 -23.410 -0.433 Start of MODEL 10 1 1H5* G 1 1H5* G 1 -6.280 -15.989 7.623 2 2H5* G 1 2H5* G 1 -5.574 -14.506 8.296 3 H4* G 1 H4* G 1 -4.045 -16.196 8.912 4 H3* G 1 H3* G 1 -3.197 -14.649 6.458 5 H2* G 1 H2* G 1 -1.313 -16.035 6.143 6 2HO* G 1 2HO G 1 -0.529 -17.395 7.791 7 H1* G 1 H1* G 1 -2.436 -18.448 6.777 8 H8 G 1 8H G 1 -4.976 -16.562 4.781 9 H1 G 1 1H G 1 -0.259 -18.825 1.135 10 1H2 G 1 1H2 G 1 1.303 -19.771 2.457 11 2H2 G 1 2H2 G 1 1.445 -19.265 4.124 12 H5T G 1 H5T G 1 -5.975 -15.262 5.681 13 1H5* G 2 1H5* G 2 0.373 -14.503 9.068 14 2H5* G 2 2H5* G 2 0.769 -12.791 9.314 15 H4* G 2 H4* G 2 2.786 -13.891 8.603 16 H3* G 2 H3* G 2 1.412 -12.131 6.569 17 H2* G 2 H2* G 2 2.970 -12.710 4.889 18 2HO* G 2 2HO G 2 4.544 -13.630 7.079 19 H1* G 2 H1* G 2 3.166 -15.371 5.388 20 H8 G 2 8H G 2 -0.360 -14.061 5.961 21 H1 G 2 1H G 2 0.888 -15.354 -0.155 22 1H2 G 2 1H2 G 2 3.028 -15.962 -0.367 23 2H2 G 2 2H2 G 2 4.196 -15.612 0.887 24 1H5* U 3 1H5* U 3 5.570 -11.597 6.426 25 2H5* U 3 2H5* U 3 6.099 -9.912 6.237 26 H4* U 3 H4* U 3 7.023 -11.371 4.457 27 H3* U 3 H3* U 3 5.078 -9.155 3.748 28 H2* U 3 H2* U 3 5.226 -9.741 1.452 29 2HO* U 3 2HO U 3 6.894 -10.923 0.618 30 H1* U 3 H1* U 3 5.132 -12.457 1.749 31 H3 U 3 3H U 3 1.105 -11.352 0.029 32 H5 U 3 5H U 3 0.874 -10.080 4.041 33 H6 U 3 6H U 3 3.228 -10.634 4.280 34 1H5* U 4 1H5* U 4 8.407 -8.621 1.073 35 2H5* U 4 2H5* U 4 8.763 -6.893 0.879 36 H4* U 4 H4* U 4 8.220 -7.970 -1.291 37 H3* U 4 H3* U 4 6.345 -5.856 -0.169 38 H2* U 4 H2* U 4 4.979 -6.069 -2.072 39 2HO* U 4 2HO U 4 5.981 -6.139 -3.926 40 H1* U 4 H1* U 4 5.377 -8.811 -2.524 41 H3 U 4 3H U 4 0.926 -8.387 -1.951 42 H5 U 4 5H U 4 2.498 -7.603 1.876 43 H6 U 4 6H U 4 4.721 -7.679 0.906 44 1H5* C 5 1H5* C 5 7.600 -5.486 -4.260 45 2H5* C 5 2H5* C 5 8.354 -3.912 -4.583 46 H4* C 5 H4* C 5 7.038 -4.438 -6.513 47 H3* C 5 H3* C 5 5.769 -2.405 -4.649 48 H2* C 5 H2* C 5 3.904 -2.244 -6.090 49 2HO* C 5 2HO C 5 5.629 -3.434 -8.030 50 H1* C 5 H1* C 5 3.775 -4.908 -6.865 51 1H4 C 5 1H4 C 5 -0.766 -3.979 -2.502 52 2H4 C 5 2H4 C 5 0.423 -4.013 -1.219 53 H5 C 5 5H C 5 2.797 -4.204 -1.621 54 H6 C 5 6H C 5 4.537 -4.236 -3.342 55 1H5* C 6 1H5* C 6 6.516 -0.369 -8.435 56 2H5* C 6 2H5* C 6 6.231 1.382 -8.376 57 H4* C 6 H4* C 6 4.364 -0.122 -9.365 58 H3* C 6 H3* C 6 4.049 2.081 -7.318 59 H2* C 6 H2* C 6 1.737 1.633 -7.101 60 2HO* C 6 2HO C 6 0.821 1.321 -9.002 61 H1* C 6 H1* C 6 1.836 -1.096 -7.156 62 1H4 C 6 1H4 C 6 3.595 0.665 -1.049 63 2H4 C 6 2H4 C 6 1.862 0.906 -1.076 64 H5 C 6 5H C 6 4.900 0.349 -3.056 65 H6 C 6 6H C 6 4.801 -0.094 -5.466 66 1H5* C 7 1H5* C 7 2.004 4.158 -11.053 67 2H5* C 7 2H5* C 7 2.604 5.821 -10.898 68 H4* C 7 H4* C 7 0.134 5.730 -10.750 69 H3* C 7 H3* C 7 1.724 6.545 -8.290 70 H2* C 7 H2* C 7 -0.305 6.917 -7.146 71 2HO* C 7 2HO C 7 -1.151 8.065 -9.132 72 H1* C 7 H1* C 7 -1.768 4.838 -8.311 73 1H4 C 7 1H4 C 7 -0.254 3.049 -2.383 74 2H4 C 7 2H4 C 7 1.286 2.456 -2.962 75 H5 C 7 5H C 7 2.198 3.117 -5.109 76 H6 C 7 6H C 7 1.657 4.058 -7.306 77 1H5* C 8 1H5* C 8 -1.075 9.835 -9.311 78 2H5* C 8 2H5* C 8 -0.312 11.394 -8.941 79 H4* C 8 H4* C 8 -2.476 11.133 -7.756 80 H3* C 8 H3* C 8 0.095 11.258 -6.148 81 H2* C 8 H2* C 8 -1.163 11.102 -4.155 82 2HO* C 8 2HO C 8 -3.315 11.926 -5.817 83 H1* C 8 H1* C 8 -3.060 9.297 -5.036 84 1H4 C 8 1H4 C 8 1.268 6.099 -1.620 85 2H4 C 8 2H4 C 8 2.332 6.029 -3.006 86 H5 C 8 5H C 8 1.983 7.372 -4.983 87 H6 C 8 6H C 8 0.381 8.772 -6.198 88 1H5* U 9 1H5* U 9 -3.144 13.910 -5.110 89 2H5* U 9 2H5* U 9 -2.681 15.518 -4.515 90 H4* U 9 H4* U 9 -4.330 14.432 -3.021 91 H3* U 9 H3* U 9 -1.518 14.963 -2.003 92 H2* U 9 H2* U 9 -2.140 14.082 0.113 93 2HO* U 9 2HO U 9 -4.600 13.448 0.162 94 H1* U 9 H1* U 9 -3.628 11.963 -0.802 95 H3 U 9 3H U 9 0.056 10.060 0.998 96 H5 U 9 5H U 9 1.453 11.766 -2.593 97 H6 U 9 6H U 9 -0.728 12.802 -2.870 98 1H5* G 10 1H5* G 10 -3.559 17.091 0.939 99 2H5* G 10 2H5* G 10 -2.569 18.472 1.451 100 H4* G 10 H4* G 10 -2.693 16.752 3.214 101 H3* G 10 H3* G 10 -0.034 17.358 1.892 102 H2* G 10 H2* G 10 1.028 15.717 3.303 103 2HO* G 10 2HO G 10 -0.812 16.369 5.027 104 H1* G 10 H1* G 10 -0.699 13.743 2.844 105 H8 G 10 8H G 10 -0.810 15.968 -0.183 106 H1 G 10 1H G 10 4.299 12.166 -0.170 107 1H2 G 10 1H2 G 10 4.460 11.129 1.792 108 2H2 G 10 2H2 G 10 3.506 11.630 3.170 109 1H5* C 11 1H5* C 11 0.356 20.453 5.512 110 2H5* C 11 2H5* C 11 1.228 21.741 4.663 111 H4* C 11 H4* C 11 3.209 20.802 5.143 112 H3* C 11 H3* C 11 2.372 19.003 3.258 113 H2* C 11 H2* C 11 1.340 17.384 4.569 114 2HO* C 11 2HO C 11 2.877 16.005 4.077 115 H1* C 11 H1* C 11 3.047 17.607 6.973 116 1H4 C 11 1H4 C 11 -3.348 16.701 8.491 117 2H4 C 11 2H4 C 11 -2.412 15.628 9.507 118 H5 C 11 5H C 11 -2.354 17.608 6.443 119 H6 C 11 6H C 11 -0.282 18.382 5.447 120 1H5* A 12 1H5* A 12 5.529 15.291 2.173 121 2H5* A 12 2H5* A 12 4.229 15.150 3.368 122 H4* A 12 H4* A 12 6.661 16.907 3.835 123 H3* A 12 H3* A 12 6.956 14.208 3.486 124 H2* A 12 H2* A 12 5.278 13.578 5.084 125 2HO* A 12 2HO A 12 6.647 13.294 7.162 126 H1* A 12 H1* A 12 6.393 15.639 6.989 127 H8 A 12 8H A 12 2.803 15.371 5.720 128 1H6 A 12 1H6 A 12 0.823 14.569 10.370 129 2H6 A 12 2H6 A 12 1.235 12.948 10.884 130 H2 A 12 2H A 12 5.828 13.694 11.100 131 1H5* U 13 1H5* U 13 9.065 11.622 4.161 132 2H5* U 13 2H5* U 13 8.212 12.880 5.073 133 H4* U 13 H4* U 13 11.081 11.961 5.387 134 H3* U 13 H3* U 13 8.633 11.335 6.730 135 H2* U 13 H2* U 13 8.564 13.185 8.155 136 2HO* U 13 2HO U 13 10.628 12.741 9.717 137 H1* U 13 H1* U 13 11.544 13.602 8.044 138 H3 U 13 3H U 13 9.222 16.675 10.848 139 H5 U 13 5H U 13 9.505 18.244 6.945 140 H6 U 13 6H U 13 10.243 16.057 6.191 141 1H5* A 14 1H5* A 14 9.094 9.746 9.478 142 2H5* A 14 2H5* A 14 8.691 8.020 9.383 143 H4* A 14 H4* A 14 6.906 9.519 10.406 144 H3* A 14 H3* A 14 6.593 7.414 8.370 145 H2* A 14 H2* A 14 5.078 8.619 7.070 146 2HO* A 14 2HO A 14 3.199 9.147 8.918 147 H1* A 14 H1* A 14 4.566 10.606 9.257 148 H8 A 14 8H A 14 6.275 10.859 5.796 149 1H6 A 14 1H6 A 14 2.858 13.470 3.584 150 2H6 A 14 2H6 A 14 1.153 13.665 3.919 151 H2 A 14 2H A 14 0.606 12.469 8.202 152 1H5* A 15 1H5* A 15 2.617 7.464 11.080 153 2H5* A 15 2H5* A 15 1.971 5.821 10.897 154 H4* A 15 H4* A 15 0.331 7.606 10.267 155 H3* A 15 H3* A 15 1.292 5.565 8.234 156 H2* A 15 H2* A 15 -0.084 6.543 6.601 157 2HO* A 15 2HO A 15 -1.474 8.031 8.590 158 H1* A 15 H1* A 15 0.084 9.199 7.465 159 H8 A 15 8H A 15 3.360 7.280 7.016 160 1H6 A 15 1H6 A 15 3.270 9.192 1.156 161 2H6 A 15 2H6 A 15 4.240 8.426 2.397 162 H2 A 15 2H A 15 -0.604 10.385 3.070 163 1H5* G 16 1H5* G 16 -2.900 6.167 8.667 164 2H5* G 16 2H5* G 16 -3.941 4.731 8.587 165 H4* G 16 H4* G 16 -4.773 6.564 7.131 166 H3* G 16 H3* G 16 -3.799 3.984 5.853 167 H2* G 16 H2* G 16 -4.317 4.856 3.735 168 2HO* G 16 2HO G 16 -5.703 7.062 4.105 169 H1* G 16 H1* G 16 -3.877 7.591 4.331 170 H8 G 16 8H G 16 -1.098 5.033 4.965 171 H1 G 16 1H G 16 -1.142 7.395 -0.954 172 1H2 G 16 1H2 G 16 -2.823 8.944 -1.088 173 2H2 G 16 2H2 G 16 -4.266 8.603 -0.161 174 1H5* G 17 1H5* G 17 -7.443 5.546 4.851 175 2H5* G 17 2H5* G 17 -8.879 4.549 4.546 176 H4* G 17 H4* G 17 -8.554 6.142 2.711 177 H3* G 17 H3* G 17 -8.168 3.187 2.190 178 H2* G 17 H2* G 17 -7.485 3.584 -0.015 179 2HO* G 17 2HO G 17 -8.822 6.104 0.218 180 H1* G 17 H1* G 17 -6.354 6.144 0.322 181 H8 G 17 8H G 17 -5.203 3.231 2.521 182 H1 G 17 1H G 17 -1.878 3.885 -2.884 183 1H2 G 17 1H2 G 17 -2.886 5.346 -4.218 184 2H2 G 17 2H2 G 17 -4.268 6.285 -3.698 185 1H5* A 18 1H5* A 18 -8.906 4.473 -1.759 186 2H5* A 18 2H5* A 18 -10.593 3.957 -1.967 187 H4* A 18 H4* A 18 -9.720 2.767 -3.695 188 H3* A 18 H3* A 18 -9.727 1.171 -1.260 189 H2* A 18 H2* A 18 -7.515 0.493 -1.435 190 2HO* A 18 2HO A 18 -7.863 -1.437 -2.225 191 H1* A 18 H1* A 18 -7.509 1.120 -4.402 192 H8 A 18 8H A 18 -5.621 1.645 -1.055 193 1H6 A 18 1H6 A 18 -0.478 0.585 -4.276 194 2H6 A 18 2H6 A 18 -1.127 0.986 -2.702 195 H2 A 18 2H A 18 -3.956 0.482 -7.125 196 1H5* U 19 1H5* U 19 -9.526 -1.560 -2.923 197 2H5* U 19 2H5* U 19 -10.169 -2.614 -4.199 198 H4* U 19 H4* U 19 -9.174 -3.664 -1.992 199 H3* U 19 H3* U 19 -11.574 -4.455 -3.627 200 H2* U 19 H2* U 19 -12.346 -5.992 -2.018 201 2HO* U 19 2HO U 19 -9.644 -5.950 -1.213 202 H1* U 19 H1* U 19 -11.794 -4.612 0.264 203 H3 U 19 3H U 19 -16.309 -4.549 -0.157 204 H5 U 19 5H U 19 -14.968 -1.692 -2.952 205 H6 U 19 6H U 19 -12.695 -2.395 -2.479 206 1H5* G 20 1H5* G 20 -10.401 -3.691 -6.893 207 2H5* G 20 2H5* G 20 -10.792 -5.176 -7.787 208 H4* G 20 H4* G 20 -8.817 -4.393 -8.810 209 H3* G 20 H3* G 20 -8.582 -6.729 -7.050 210 H2* G 20 H2* G 20 -6.604 -6.103 -6.063 211 2HO* G 20 2HO G 20 -5.200 -5.737 -8.411 212 H1* G 20 H1* G 20 -6.022 -3.958 -8.089 213 H8 G 20 8H G 20 -7.198 -2.934 -4.711 214 H1 G 20 1H G 20 -0.890 -3.824 -4.797 215 1H2 G 20 1H2 G 20 -0.315 -4.936 -6.654 216 2H2 G 20 2H2 G 20 -1.388 -4.961 -8.035 217 1H5* A 21 1H5* A 21 -5.544 -6.872 -10.034 218 2H5* A 21 2H5* A 21 -5.500 -8.370 -10.985 219 H4* A 21 H4* A 21 -3.265 -8.113 -10.362 220 H3* A 21 H3* A 21 -4.637 -9.811 -8.233 221 H2* A 21 H2* A 21 -2.546 -9.994 -7.172 222 2HO* A 21 2HO A 21 -1.046 -8.951 -9.300 223 H1* A 21 H1* A 21 -1.546 -7.468 -8.019 224 H8 A 21 8H A 21 -4.771 -7.219 -6.125 225 1H6 A 21 1H6 A 21 -1.488 -7.482 -0.922 226 2H6 A 21 2H6 A 21 -3.065 -7.152 -1.605 227 H2 A 21 2H A 21 1.245 -8.449 -4.339 228 1H5* A 22 1H5* A 22 -1.124 -11.857 -10.401 229 2H5* A 22 2H5* A 22 -1.483 -13.592 -10.507 230 H4* A 22 H4* A 22 0.825 -13.180 -9.705 231 H3* A 22 H3* A 22 -1.179 -14.461 -7.812 232 H2* A 22 H2* A 22 0.493 -14.623 -6.171 233 2HO* A 22 2HO A 22 2.794 -14.175 -6.972 234 H1* A 22 H1* A 22 1.930 -12.304 -6.865 235 H8 A 22 8H A 22 -1.799 -11.845 -6.320 236 1H6 A 22 1H6 A 22 -0.476 -10.719 -0.469 237 2H6 A 22 2H6 A 22 -1.793 -11.322 -1.450 238 H2 A 22 2H A 22 3.225 -12.490 -2.422 239 1H5* C 23 1H5* C 23 2.634 -16.564 -8.733 240 2H5* C 23 2H5* C 23 2.525 -18.332 -8.633 241 H4* C 23 H4* C 23 4.493 -17.483 -7.416 242 H3* C 23 H3* C 23 2.255 -18.785 -5.826 243 H2* C 23 H2* C 23 3.545 -18.506 -3.855 244 2HO* C 23 2HO C 23 5.813 -17.483 -4.369 245 H1* C 23 H1* C 23 4.453 -15.970 -4.372 246 1H4 C 23 1H4 C 23 -0.804 -15.577 -0.751 247 2H4 C 23 2H4 C 23 -1.773 -15.449 -2.202 248 H5 C 23 5H C 23 -0.930 -16.349 -4.316 249 H6 C 23 6H C 23 1.099 -16.685 -5.640 250 1H5* C 24 1H5* C 24 5.569 -21.180 -4.697 251 2H5* C 24 2H5* C 24 5.079 -22.885 -4.610 252 H4* C 24 H4* C 24 5.790 -22.021 -2.399 253 H3* C 24 H3* C 24 2.895 -22.792 -2.845 254 H2* C 24 H2* C 24 2.389 -22.290 -0.612 255 2HO* C 24 2HO C 24 3.808 -22.549 0.950 256 H1* C 24 H1* C 24 3.964 -20.030 -0.404 257 1H4 C 24 1H4 C 24 -2.002 -18.092 -1.450 258 2H4 C 24 2H4 C 24 -1.762 -18.259 -3.176 259 H5 C 24 5H C 24 0.183 -19.324 -4.137 260 H6 C 24 6H C 24 2.368 -20.325 -3.654 261 H3T C 24 H3T C 24 4.259 -24.524 -2.798 Start of MODEL 11 1 1H5* G 1 1H5* G 1 -6.728 -14.455 7.943 2 2H5* G 1 2H5* G 1 -6.020 -12.974 8.619 3 H4* G 1 H4* G 1 -4.460 -14.591 9.256 4 H3* G 1 H3* G 1 -3.666 -13.266 6.655 5 H2* G 1 H2* G 1 -1.812 -14.710 6.413 6 2HO* G 1 2HO G 1 -1.769 -14.556 9.062 7 H1* G 1 H1* G 1 -2.961 -17.035 7.303 8 H8 G 1 8H G 1 -5.458 -15.227 5.155 9 H1 G 1 1H G 1 -0.944 -18.129 1.710 10 1H2 G 1 1H2 G 1 0.691 -18.828 3.046 11 2H2 G 1 2H2 G 1 0.667 -18.569 4.775 12 H5T G 1 H5T G 1 -5.271 -13.703 6.035 13 1H5* G 2 1H5* G 2 -0.053 -12.928 9.186 14 2H5* G 2 2H5* G 2 0.434 -11.220 9.204 15 H4* G 2 H4* G 2 2.360 -12.540 8.577 16 H3* G 2 H3* G 2 1.045 -10.884 6.420 17 H2* G 2 H2* G 2 2.521 -11.716 4.773 18 2HO* G 2 2HO G 2 4.493 -12.554 5.243 19 H1* G 2 H1* G 2 2.590 -14.326 5.539 20 H8 G 2 8H G 2 -0.861 -12.777 5.966 21 H1 G 2 1H G 2 0.296 -14.764 0.020 22 1H2 G 2 1H2 G 2 2.415 -15.397 -0.170 23 2H2 G 2 2H2 G 2 3.567 -15.213 1.133 24 1H5* U 3 1H5* U 3 5.305 -10.642 6.394 25 2H5* U 3 2H5* U 3 5.965 -9.020 6.104 26 H4* U 3 H4* U 3 6.937 -10.689 4.555 27 H3* U 3 H3* U 3 5.200 -8.451 3.473 28 H2* U 3 H2* U 3 5.518 -9.260 1.260 29 2HO* U 3 2HO U 3 7.693 -10.641 2.445 30 H1* U 3 H1* U 3 5.192 -11.920 1.792 31 H3 U 3 3H U 3 1.405 -10.676 -0.344 32 H5 U 3 5H U 3 0.962 -9.088 3.538 33 H6 U 3 6H U 3 3.237 -9.794 4.011 34 1H5* U 4 1H5* U 4 8.420 -8.360 0.925 35 2H5* U 4 2H5* U 4 8.935 -6.696 0.588 36 H4* U 4 H4* U 4 8.219 -7.850 -1.476 37 H3* U 4 H3* U 4 6.502 -5.549 -0.459 38 H2* U 4 H2* U 4 5.165 -5.779 -2.388 39 2HO* U 4 2HO U 4 6.207 -6.025 -4.205 40 H1* U 4 H1* U 4 5.407 -8.572 -2.643 41 H3 U 4 3H U 4 0.968 -7.840 -2.314 42 H5 U 4 5H U 4 2.424 -6.891 1.526 43 H6 U 4 6H U 4 4.678 -7.166 0.668 44 1H5* C 5 1H5* C 5 7.939 -5.335 -4.608 45 2H5* C 5 2H5* C 5 8.667 -3.748 -4.925 46 H4* C 5 H4* C 5 7.350 -4.319 -6.855 47 H3* C 5 H3* C 5 6.116 -2.244 -5.015 48 H2* C 5 H2* C 5 4.242 -2.082 -6.444 49 2HO* C 5 2HO C 5 4.961 -3.681 -8.517 50 H1* C 5 H1* C 5 4.044 -4.753 -7.140 51 1H4 C 5 1H4 C 5 -0.326 -3.722 -2.628 52 2H4 C 5 2H4 C 5 0.915 -3.652 -1.398 53 H5 C 5 5H C 5 3.267 -3.904 -1.882 54 H6 C 5 6H C 5 4.942 -4.021 -3.663 55 1H5* C 6 1H5* C 6 7.154 0.065 -8.744 56 2H5* C 6 2H5* C 6 6.849 1.792 -8.467 57 H4* C 6 H4* C 6 5.039 0.410 -9.720 58 H3* C 6 H3* C 6 4.586 2.313 -7.402 59 H2* C 6 H2* C 6 2.255 1.848 -7.468 60 2HO* C 6 2HO C 6 2.713 0.390 -9.887 61 H1* C 6 H1* C 6 2.426 -0.845 -7.739 62 1H4 C 6 1H4 C 6 2.203 0.658 -1.513 63 2H4 C 6 2H4 C 6 3.943 0.484 -1.446 64 H5 C 6 5H C 6 5.320 0.337 -3.422 65 H6 C 6 6H C 6 5.312 0.084 -5.860 66 1H5* C 7 1H5* C 7 2.003 4.132 -10.704 67 2H5* C 7 2H5* C 7 2.439 5.853 -10.688 68 H4* C 7 H4* C 7 0.008 5.595 -10.490 69 H3* C 7 H3* C 7 1.540 6.609 -8.072 70 H2* C 7 H2* C 7 -0.476 6.792 -6.868 71 2HO* C 7 2HO C 7 -2.141 7.601 -7.881 72 H1* C 7 H1* C 7 -1.796 4.588 -7.972 73 1H4 C 7 1H4 C 7 0.039 2.911 -2.112 74 2H4 C 7 2H4 C 7 1.647 2.563 -2.707 75 H5 C 7 5H C 7 2.415 3.272 -4.885 76 H6 C 7 6H C 7 1.723 4.150 -7.065 77 1H5* C 8 1H5* C 8 -1.582 9.580 -9.025 78 2H5* C 8 2H5* C 8 -0.946 11.216 -8.753 79 H4* C 8 H4* C 8 -3.003 10.808 -7.430 80 H3* C 8 H3* C 8 -0.357 11.238 -6.009 81 H2* C 8 H2* C 8 -1.436 11.019 -3.923 82 2HO* C 8 2HO C 8 -3.962 11.173 -5.249 83 H1* C 8 H1* C 8 -3.213 9.018 -4.599 84 1H4 C 8 1H4 C 8 1.613 6.263 -1.505 85 2H4 C 8 2H4 C 8 2.651 6.433 -2.904 86 H5 C 8 5H C 8 1.958 7.527 -4.935 87 H6 C 8 6H C 8 0.138 8.733 -6.049 88 1H5* U 9 1H5* U 9 -3.743 13.552 -4.726 89 2H5* U 9 2H5* U 9 -3.396 15.200 -4.167 90 H4* U 9 H4* U 9 -4.759 13.937 -2.524 91 H3* U 9 H3* U 9 -1.924 14.736 -1.758 92 H2* U 9 H2* U 9 -2.331 13.839 0.409 93 2HO* U 9 2HO U 9 -5.031 13.252 -0.070 94 H1* U 9 H1* U 9 -3.736 11.608 -0.412 95 H3 U 9 3H U 9 0.108 9.954 1.293 96 H5 U 9 5H U 9 1.310 11.766 -2.316 97 H6 U 9 6H U 9 -0.945 12.633 -2.555 98 1H5* G 10 1H5* G 10 -4.052 16.930 1.246 99 2H5* G 10 2H5* G 10 -3.046 18.303 1.747 100 H4* G 10 H4* G 10 -3.202 16.493 3.477 101 H3* G 10 H3* G 10 -0.546 17.318 2.263 102 H2* G 10 H2* G 10 0.577 15.722 3.664 103 2HO* G 10 2HO G 10 -0.433 14.719 5.367 104 H1* G 10 H1* G 10 -1.007 13.647 3.084 105 H8 G 10 8H G 10 -1.202 15.781 0.032 106 H1 G 10 1H G 10 4.394 12.768 0.453 107 1H2 G 10 1H2 G 10 4.418 11.592 2.436 108 2H2 G 10 2H2 G 10 3.659 12.418 3.779 109 1H5* C 11 1H5* C 11 -0.141 19.836 6.300 110 2H5* C 11 2H5* C 11 1.032 21.046 5.750 111 H4* C 11 H4* C 11 2.808 19.733 6.239 112 H3* C 11 H3* C 11 1.639 17.947 4.443 113 H2* C 11 H2* C 11 0.611 16.351 5.764 114 2HO* C 11 2HO C 11 3.317 16.047 6.265 115 H1* C 11 H1* C 11 1.608 16.842 8.400 116 1H4 C 11 1H4 C 11 -4.620 17.026 9.558 117 2H4 C 11 2H4 C 11 -4.974 17.538 7.923 118 H5 C 11 5H C 11 -3.276 17.837 6.243 119 H6 C 11 6H C 11 -0.871 17.869 5.799 120 1H5* A 12 1H5* A 12 6.367 15.265 4.123 121 2H5* A 12 2H5* A 12 5.379 13.963 4.813 122 H4* A 12 H4* A 12 6.055 16.648 6.067 123 H3* A 12 H3* A 12 7.018 13.875 6.368 124 H2* A 12 H2* A 12 5.927 13.464 8.372 125 2HO* A 12 2HO A 12 6.535 15.308 10.018 126 H1* A 12 H1* A 12 5.119 16.313 8.740 127 H8 A 12 8H A 12 2.169 14.810 7.711 128 1H6 A 12 1H6 A 12 0.626 13.142 12.608 129 2H6 A 12 2H6 A 12 1.200 11.533 12.233 130 H2 A 12 2H A 12 5.589 13.401 12.928 131 1H5* U 13 1H5* U 13 11.103 15.904 7.305 132 2H5* U 13 2H5* U 13 12.077 14.864 6.249 133 H4* U 13 H4* U 13 12.200 13.311 7.857 134 H3* U 13 H3* U 13 9.531 12.990 7.021 135 H2* U 13 H2* U 13 8.497 14.009 8.870 136 2HO* U 13 2HO U 13 9.141 11.961 10.578 137 H1* U 13 H1* U 13 10.702 13.197 10.750 138 H3 U 13 3H U 13 8.894 15.683 13.999 139 H5 U 13 5H U 13 7.832 17.816 10.519 140 H6 U 13 6H U 13 9.034 16.155 9.219 141 1H5* A 14 1H5* A 14 9.388 10.445 9.681 142 2H5* A 14 2H5* A 14 9.222 8.684 9.532 143 H4* A 14 H4* A 14 7.326 9.775 10.764 144 H3* A 14 H3* A 14 7.148 7.890 8.546 145 H2* A 14 H2* A 14 5.551 9.071 7.324 146 2HO* A 14 2HO A 14 3.484 9.224 8.825 147 H1* A 14 H1* A 14 4.729 10.782 9.627 148 H8 A 14 8H A 14 6.744 11.710 6.493 149 1H6 A 14 1H6 A 14 3.183 13.725 3.932 150 2H6 A 14 2H6 A 14 1.541 14.164 4.349 151 H2 A 14 2H A 14 0.592 12.059 8.184 152 1H5* A 15 1H5* A 15 3.200 7.226 11.222 153 2H5* A 15 2H5* A 15 2.756 5.541 10.884 154 H4* A 15 H4* A 15 0.923 7.192 10.395 155 H3* A 15 H3* A 15 2.090 5.403 8.239 156 H2* A 15 H2* A 15 0.623 6.333 6.663 157 2HO* A 15 2HO A 15 -0.958 7.688 8.554 158 H1* A 15 H1* A 15 0.490 8.930 7.714 159 H8 A 15 8H A 15 3.967 7.452 7.136 160 1H6 A 15 1H6 A 15 3.547 9.585 1.367 161 2H6 A 15 2H6 A 15 4.642 8.959 2.582 162 H2 A 15 2H A 15 -0.396 10.266 3.397 163 1H5* G 16 1H5* G 16 -2.257 5.420 8.796 164 2H5* G 16 2H5* G 16 -2.991 3.806 8.718 165 H4* G 16 H4* G 16 -4.294 5.464 7.417 166 H3* G 16 H3* G 16 -2.895 3.196 5.958 167 H2* G 16 H2* G 16 -3.743 3.991 3.917 168 2HO* G 16 2HO G 16 -5.657 5.023 3.753 169 H1* G 16 H1* G 16 -3.784 6.739 4.560 170 H8 G 16 8H G 16 -0.519 4.825 5.064 171 H1 G 16 1H G 16 -1.298 7.086 -0.844 172 1H2 G 16 1H2 G 16 -3.490 7.622 -1.127 173 2H2 G 16 2H2 G 16 -4.386 8.158 0.276 174 1H5* G 17 1H5* G 17 -7.102 3.807 5.383 175 2H5* G 17 2H5* G 17 -8.142 2.411 5.039 176 H4* G 17 H4* G 17 -8.428 4.266 3.390 177 H3* G 17 H3* G 17 -7.498 1.510 2.593 178 H2* G 17 H2* G 17 -7.113 2.157 0.373 179 2HO* G 17 2HO G 17 -8.627 4.542 0.749 180 H1* G 17 H1* G 17 -6.396 4.829 0.778 181 H8 G 17 8H G 17 -4.699 2.105 2.857 182 H1 G 17 1H G 17 -1.735 3.406 -2.635 183 1H2 G 17 1H2 G 17 -2.984 4.761 -3.867 184 2H2 G 17 2H2 G 17 -4.538 5.356 -3.330 185 1H5* A 18 1H5* A 18 -8.778 2.843 -1.139 186 2H5* A 18 2H5* A 18 -10.342 2.019 -1.300 187 H4* A 18 H4* A 18 -9.365 1.183 -3.181 188 H3* A 18 H3* A 18 -8.949 -0.594 -0.907 189 H2* A 18 H2* A 18 -6.666 -0.839 -1.248 190 2HO* A 18 2HO A 18 -7.667 -2.739 -2.298 191 H1* A 18 H1* A 18 -6.974 0.034 -4.138 192 H8 A 18 8H A 18 -4.968 0.707 -0.879 193 1H6 A 18 1H6 A 18 0.050 0.511 -4.446 194 2H6 A 18 2H6 A 18 -0.540 0.666 -2.806 195 H2 A 18 2H A 18 -3.551 -0.037 -7.078 196 1H5* U 19 1H5* U 19 -8.867 -5.133 -3.407 197 2H5* U 19 2H5* U 19 -8.350 -4.787 -5.071 198 H4* U 19 H4* U 19 -10.162 -5.848 -5.862 199 H3* U 19 H3* U 19 -11.518 -3.656 -4.289 200 H2* U 19 H2* U 19 -13.569 -4.795 -4.237 201 2HO* U 19 2HO U 19 -14.126 -5.619 -6.106 202 H1* U 19 H1* U 19 -12.654 -7.373 -3.952 203 H3 U 19 3H U 19 -14.955 -5.929 -0.236 204 H5 U 19 5H U 19 -10.949 -4.757 0.349 205 H6 U 19 6H U 19 -10.496 -5.394 -1.949 206 1H5* G 20 1H5* G 20 -9.553 -3.681 -6.979 207 2H5* G 20 2H5* G 20 -9.825 -2.592 -8.354 208 H4* G 20 H4* G 20 -8.174 -3.755 -9.686 209 H3* G 20 H3* G 20 -8.618 -5.916 -7.750 210 H2* G 20 H2* G 20 -6.610 -5.698 -6.658 211 2HO* G 20 2HO G 20 -6.109 -7.206 -8.479 212 H1* G 20 H1* G 20 -5.410 -3.937 -8.782 213 H8 G 20 8H G 20 -6.630 -2.846 -5.346 214 H1 G 20 1H G 20 -0.349 -3.899 -5.565 215 1H2 G 20 1H2 G 20 0.184 -4.884 -7.491 216 2H2 G 20 2H2 G 20 -0.934 -4.917 -8.835 217 1H5* A 21 1H5* A 21 -5.489 -6.742 -10.522 218 2H5* A 21 2H5* A 21 -5.585 -8.301 -11.365 219 H4* A 21 H4* A 21 -3.356 -8.252 -10.671 220 H3* A 21 H3* A 21 -4.987 -9.628 -8.493 221 H2* A 21 H2* A 21 -2.973 -9.966 -7.334 222 2HO* A 21 2HO A 21 -1.833 -9.801 -9.923 223 H1* A 21 H1* A 21 -1.651 -7.651 -8.338 224 H8 A 21 8H A 21 -4.885 -6.997 -6.494 225 1H6 A 21 1H6 A 21 -1.555 -6.882 -1.315 226 2H6 A 21 2H6 A 21 -3.163 -6.709 -1.983 227 H2 A 21 2H A 21 1.078 -8.378 -4.625 228 1H5* A 22 1H5* A 22 -1.650 -12.115 -10.501 229 2H5* A 22 2H5* A 22 -2.105 -13.829 -10.455 230 H4* A 22 H4* A 22 0.235 -13.473 -9.713 231 H3* A 22 H3* A 22 -1.808 -14.498 -7.707 232 H2* A 22 H2* A 22 -0.141 -14.583 -6.066 233 2HO* A 22 2HO A 22 1.687 -14.689 -8.256 234 H1* A 22 H1* A 22 1.478 -12.476 -7.055 235 H8 A 22 8H A 22 -2.162 -11.680 -6.296 236 1H6 A 22 1H6 A 22 -0.333 -10.382 -0.565 237 2H6 A 22 2H6 A 22 -1.710 -10.463 -1.640 238 H2 A 22 2H A 22 3.106 -12.318 -2.735 239 1H5* C 23 1H5* C 23 1.889 -16.883 -8.453 240 2H5* C 23 2H5* C 23 1.674 -18.621 -8.177 241 H4* C 23 H4* C 23 3.688 -17.770 -7.034 242 H3* C 23 H3* C 23 1.375 -18.764 -5.327 243 H2* C 23 H2* C 23 2.702 -18.377 -3.398 244 2HO* C 23 2HO C 23 4.978 -17.807 -3.667 245 H1* C 23 H1* C 23 3.770 -15.970 -4.177 246 1H4 C 23 1H4 C 23 -1.441 -15.018 -0.550 247 2H4 C 23 2H4 C 23 -2.310 -14.624 -2.015 248 H5 C 23 5H C 23 -1.626 -15.996 -4.015 249 H6 C 23 6H C 23 0.354 -16.601 -5.318 250 1H5* C 24 1H5* C 24 4.570 -21.277 -4.035 251 2H5* C 24 2H5* C 24 3.968 -22.929 -3.782 252 H4* C 24 H4* C 24 4.810 -21.929 -1.677 253 H3* C 24 H3* C 24 1.853 -22.520 -1.979 254 H2* C 24 H2* C 24 1.467 -21.808 0.224 255 2HO* C 24 2HO C 24 4.293 -21.702 0.637 256 H1* C 24 H1* C 24 3.168 -19.641 0.176 257 1H4 C 24 1H4 C 24 -2.704 -17.464 -0.937 258 2H4 C 24 2H4 C 24 -2.514 -17.806 -2.644 259 H5 C 24 5H C 24 -0.655 -19.069 -3.536 260 H6 C 24 6H C 24 1.483 -20.140 -3.002 261 H3T C 24 H3T C 24 3.875 -24.031 -1.709 Start of MODEL 12 1 1H5* G 1 1H5* G 1 -6.509 -15.641 7.658 2 2H5* G 1 2H5* G 1 -5.772 -14.208 8.402 3 H4* G 1 H4* G 1 -4.280 -15.926 8.981 4 H3* G 1 H3* G 1 -3.387 -14.410 6.521 5 H2* G 1 H2* G 1 -1.552 -15.864 6.207 6 2HO* G 1 2HO G 1 -1.749 -17.477 8.392 7 H1* G 1 H1* G 1 -2.767 -18.231 6.832 8 H8 G 1 8H G 1 -5.259 -16.273 4.854 9 H1 G 1 1H G 1 -0.614 -18.629 1.172 10 1H2 G 1 1H2 G 1 1.020 -19.441 2.449 11 2H2 G 1 2H2 G 1 1.001 -19.308 4.191 12 H5T G 1 H5T G 1 -5.948 -13.440 6.462 13 1H5* G 2 1H5* G 2 0.168 -14.346 9.169 14 2H5* G 2 2H5* G 2 0.672 -12.653 9.340 15 H4* G 2 H4* G 2 2.596 -13.959 8.656 16 H3* G 2 H3* G 2 1.376 -12.071 6.638 17 H2* G 2 H2* G 2 2.879 -12.771 4.951 18 2HO* G 2 2HO G 2 4.351 -14.065 7.040 19 H1* G 2 H1* G 2 2.850 -15.446 5.440 20 H8 G 2 8H G 2 -0.573 -13.904 6.012 21 H1 G 2 1H G 2 0.624 -15.144 -0.126 22 1H2 G 2 1H2 G 2 2.728 -15.825 -0.362 23 2H2 G 2 2H2 G 2 3.895 -15.693 0.936 24 1H5* U 3 1H5* U 3 5.509 -11.779 6.362 25 2H5* U 3 2H5* U 3 6.110 -10.119 6.180 26 H4* U 3 H4* U 3 6.832 -11.567 4.304 27 H3* U 3 H3* U 3 4.937 -9.255 3.773 28 H2* U 3 H2* U 3 4.956 -9.781 1.461 29 2HO* U 3 2HO U 3 6.691 -10.599 0.543 30 H1* U 3 H1* U 3 4.844 -12.518 1.705 31 H3 U 3 3H U 3 0.825 -11.353 0.020 32 H5 U 3 5H U 3 0.632 -10.108 4.042 33 H6 U 3 6H U 3 2.979 -10.694 4.266 34 1H5* U 4 1H5* U 4 8.151 -8.953 0.983 35 2H5* U 4 2H5* U 4 8.650 -7.266 0.739 36 H4* U 4 H4* U 4 7.990 -8.331 -1.394 37 H3* U 4 H3* U 4 6.247 -6.087 -0.300 38 H2* U 4 H2* U 4 4.930 -6.232 -2.248 39 2HO* U 4 2HO U 4 5.725 -6.874 -4.169 40 H1* U 4 H1* U 4 5.176 -9.007 -2.635 41 H3 U 4 3H U 4 0.734 -8.320 -2.270 42 H5 U 4 5H U 4 2.183 -7.560 1.612 43 H6 U 4 6H U 4 4.439 -7.752 0.737 44 1H5* C 5 1H5* C 5 7.740 -5.680 -4.364 45 2H5* C 5 2H5* C 5 8.482 -4.093 -4.646 46 H4* C 5 H4* C 5 7.162 -4.633 -6.591 47 H3* C 5 H3* C 5 5.997 -2.542 -4.731 48 H2* C 5 H2* C 5 4.086 -2.345 -6.086 49 2HO* C 5 2HO C 5 4.216 -3.440 -8.283 50 H1* C 5 H1* C 5 3.899 -4.996 -6.935 51 1H4 C 5 1H4 C 5 -0.640 -3.982 -2.581 52 2H4 C 5 2H4 C 5 0.516 -4.256 -1.297 53 H5 C 5 5H C 5 2.902 -4.356 -1.688 54 H6 C 5 6H C 5 4.650 -4.384 -3.398 55 1H5* C 6 1H5* C 6 6.807 -0.527 -8.550 56 2H5* C 6 2H5* C 6 6.579 1.233 -8.477 57 H4* C 6 H4* C 6 4.648 -0.209 -9.442 58 H3* C 6 H3* C 6 4.436 1.994 -7.379 59 H2* C 6 H2* C 6 2.115 1.617 -7.129 60 2HO* C 6 2HO C 6 1.841 -0.310 -9.110 61 H1* C 6 H1* C 6 2.127 -1.113 -7.195 62 1H4 C 6 1H4 C 6 4.049 0.644 -1.127 63 2H4 C 6 2H4 C 6 2.306 0.778 -1.093 64 H5 C 6 5H C 6 5.304 0.279 -3.153 65 H6 C 6 6H C 6 5.150 -0.153 -5.560 66 1H5* C 7 1H5* C 7 2.251 3.999 -11.043 67 2H5* C 7 2H5* C 7 2.869 5.662 -10.986 68 H4* C 7 H4* C 7 0.416 5.640 -10.776 69 H3* C 7 H3* C 7 2.057 6.462 -8.353 70 H2* C 7 H2* C 7 0.059 6.870 -7.169 71 2HO* C 7 2HO C 7 -1.032 7.122 -9.768 72 H1* C 7 H1* C 7 -1.470 4.812 -8.290 73 1H4 C 7 1H4 C 7 0.087 2.940 -2.412 74 2H4 C 7 2H4 C 7 1.692 2.504 -2.957 75 H5 C 7 5H C 7 2.540 3.082 -5.138 76 H6 C 7 6H C 7 1.973 4.017 -7.333 77 1H5* C 8 1H5* C 8 -0.879 9.509 -9.365 78 2H5* C 8 2H5* C 8 -0.262 11.151 -9.089 79 H4* C 8 H4* C 8 -2.389 10.750 -7.872 80 H3* C 8 H3* C 8 0.166 11.224 -6.305 81 H2* C 8 H2* C 8 -1.048 11.049 -4.288 82 2HO* C 8 2HO C 8 -3.575 10.840 -4.828 83 H1* C 8 H1* C 8 -2.804 9.046 -5.061 84 1H4 C 8 1H4 C 8 1.704 6.335 -1.474 85 2H4 C 8 2H4 C 8 2.815 6.342 -2.825 86 H5 C 8 5H C 8 2.358 7.486 -4.899 87 H6 C 8 6H C 8 0.672 8.716 -6.186 88 1H5* U 9 1H5* U 9 -3.218 13.314 -5.193 89 2H5* U 9 2H5* U 9 -3.050 14.998 -4.659 90 H4* U 9 H4* U 9 -4.319 13.629 -3.021 91 H3* U 9 H3* U 9 -1.611 14.763 -2.231 92 H2* U 9 H2* U 9 -1.848 13.802 -0.094 93 2HO* U 9 2HO U 9 -4.625 13.781 -0.725 94 H1* U 9 H1* U 9 -3.272 11.507 -0.864 95 H3 U 9 3H U 9 0.444 9.875 1.110 96 H5 U 9 5H U 9 1.882 11.610 -2.449 97 H6 U 9 6H U 9 -0.339 12.506 -2.832 98 1H5* G 10 1H5* G 10 -4.319 16.469 0.741 99 2H5* G 10 2H5* G 10 -3.549 17.894 1.467 100 H4* G 10 H4* G 10 -3.769 15.827 2.958 101 H3* G 10 H3* G 10 -1.318 17.490 2.502 102 H2* G 10 H2* G 10 0.154 15.973 3.523 103 2HO* G 10 2HO G 10 -1.154 14.078 4.670 104 H1* G 10 H1* G 10 -0.926 13.593 2.758 105 H8 G 10 8H G 10 -1.037 16.193 -0.007 106 H1 G 10 1H G 10 4.477 13.023 0.309 107 1H2 G 10 1H2 G 10 4.489 11.720 2.117 108 2H2 G 10 2H2 G 10 3.368 12.009 3.429 109 1H5* C 11 1H5* C 11 -2.269 18.889 6.983 110 2H5* C 11 2H5* C 11 -1.413 20.444 6.958 111 H4* C 11 H4* C 11 0.586 19.484 7.386 112 H3* C 11 H3* C 11 -0.155 17.899 5.051 113 H2* C 11 H2* C 11 0.302 15.765 5.789 114 2HO* C 11 2HO C 11 2.375 15.610 6.140 115 H1* C 11 H1* C 11 0.414 15.991 8.561 116 1H4 C 11 1H4 C 11 -5.429 13.730 6.424 117 2H4 C 11 2H4 C 11 -5.284 13.246 8.100 118 H5 C 11 5H C 11 -4.253 15.819 5.778 119 H6 C 11 6H C 11 -2.095 16.971 5.960 120 1H5* A 12 1H5* A 12 3.412 18.830 7.848 121 2H5* A 12 2H5* A 12 4.603 19.328 6.630 122 H4* A 12 H4* A 12 5.930 19.018 8.546 123 H3* A 12 H3* A 12 6.496 17.386 6.481 124 H2* A 12 H2* A 12 4.919 15.657 7.100 125 2HO* A 12 2HO A 12 6.243 13.951 7.975 126 H1* A 12 H1* A 12 5.957 15.708 9.930 127 H8 A 12 8H A 12 2.533 16.204 8.256 128 1H6 A 12 1H6 A 12 0.167 12.716 10.846 129 2H6 A 12 2H6 A 12 0.804 11.099 11.041 130 H2 A 12 2H A 12 5.154 11.882 12.132 131 1H5* U 13 1H5* U 13 8.126 14.702 9.071 132 2H5* U 13 2H5* U 13 9.901 14.715 9.073 133 H4* U 13 H4* U 13 9.043 12.411 8.979 134 H3* U 13 H3* U 13 11.055 13.406 7.414 135 H2* U 13 H2* U 13 9.794 13.888 5.478 136 2HO* U 13 2HO U 13 11.272 11.791 5.288 137 H1* U 13 H1* U 13 8.127 11.397 5.706 138 H3 U 13 3H U 13 5.822 12.898 2.188 139 H5 U 13 5H U 13 5.896 16.233 4.759 140 H6 U 13 6H U 13 7.416 15.002 6.210 141 1H5* A 14 1H5* A 14 8.763 10.410 9.778 142 2H5* A 14 2H5* A 14 8.373 8.798 9.144 143 H4* A 14 H4* A 14 6.611 10.173 10.593 144 H3* A 14 H3* A 14 6.383 8.131 8.500 145 H2* A 14 H2* A 14 4.789 9.260 7.240 146 2HO* A 14 2HO A 14 2.806 9.616 8.900 147 H1* A 14 H1* A 14 4.107 11.159 9.451 148 H8 A 14 8H A 14 5.886 11.538 6.041 149 1H6 A 14 1H6 A 14 0.795 14.470 4.208 150 2H6 A 14 2H6 A 14 2.370 13.897 3.706 151 H2 A 14 2H A 14 0.101 12.858 8.327 152 1H5* A 15 1H5* A 15 2.450 7.713 11.246 153 2H5* A 15 2H5* A 15 1.944 6.034 10.980 154 H4* A 15 H4* A 15 0.157 7.691 10.431 155 H3* A 15 H3* A 15 1.295 5.852 8.302 156 H2* A 15 H2* A 15 -0.179 6.785 6.711 157 2HO* A 15 2HO A 15 -2.119 7.515 7.241 158 H1* A 15 H1* A 15 -0.082 9.409 7.564 159 H8 A 15 8H A 15 3.271 7.564 7.395 160 1H6 A 15 1H6 A 15 3.552 9.296 1.495 161 2H6 A 15 2H6 A 15 4.463 8.642 2.838 162 H2 A 15 2H A 15 -0.433 10.561 3.126 163 1H5* G 16 1H5* G 16 -2.887 6.127 8.623 164 2H5* G 16 2H5* G 16 -3.832 4.627 8.532 165 H4* G 16 H4* G 16 -4.774 6.399 7.074 166 H3* G 16 H3* G 16 -3.621 3.890 5.812 167 H2* G 16 H2* G 16 -4.129 4.723 3.682 168 2HO* G 16 2HO G 16 -5.902 6.647 4.812 169 H1* G 16 H1* G 16 -3.927 7.489 4.284 170 H8 G 16 8H G 16 -0.938 5.200 4.962 171 H1 G 16 1H G 16 -1.116 7.537 -0.969 172 1H2 G 16 1H2 G 16 -2.946 8.862 -1.169 173 2H2 G 16 2H2 G 16 -4.348 8.487 -0.194 174 1H5* G 17 1H5* G 17 -7.396 5.215 4.772 175 2H5* G 17 2H5* G 17 -8.738 4.101 4.441 176 H4* G 17 H4* G 17 -8.506 5.755 2.630 177 H3* G 17 H3* G 17 -7.954 2.832 2.091 178 H2* G 17 H2* G 17 -7.278 3.277 -0.105 179 2HO* G 17 2HO G 17 -8.481 5.857 -0.036 180 H1* G 17 H1* G 17 -6.301 5.901 0.251 181 H8 G 17 8H G 17 -4.978 3.065 2.448 182 H1 G 17 1H G 17 -1.674 3.941 -2.936 183 1H2 G 17 1H2 G 17 -2.764 5.335 -4.273 184 2H2 G 17 2H2 G 17 -4.238 6.143 -3.787 185 1H5* A 18 1H5* A 18 -8.733 4.076 -1.851 186 2H5* A 18 2H5* A 18 -10.369 3.429 -2.099 187 H4* A 18 H4* A 18 -9.343 2.311 -3.798 188 H3* A 18 H3* A 18 -9.350 0.718 -1.359 189 H2* A 18 H2* A 18 -7.090 0.187 -1.449 190 2HO* A 18 2HO A 18 -7.528 -1.129 -3.906 191 H1* A 18 H1* A 18 -7.029 0.811 -4.417 192 H8 A 18 8H A 18 -5.263 1.456 -1.021 193 1H6 A 18 1H6 A 18 0.009 0.638 -4.101 194 2H6 A 18 2H6 A 18 -0.707 0.905 -2.526 195 H2 A 18 2H A 18 -3.383 0.318 -7.035 196 1H5* U 19 1H5* U 19 -8.851 -2.370 -3.625 197 2H5* U 19 2H5* U 19 -10.359 -3.079 -4.235 198 H4* U 19 H4* U 19 -8.433 -4.642 -3.337 199 H3* U 19 H3* U 19 -11.421 -4.855 -2.885 200 H2* U 19 H2* U 19 -11.118 -6.705 -1.465 201 2HO* U 19 2HO U 19 -9.797 -7.981 -2.715 202 H1* U 19 H1* U 19 -8.722 -5.941 -0.278 203 H3 U 19 3H U 19 -11.743 -6.157 3.089 204 H5 U 19 5H U 19 -12.778 -2.648 0.995 205 H6 U 19 6H U 19 -11.139 -3.249 -0.690 206 1H5* G 20 1H5* G 20 -10.265 -2.816 -7.402 207 2H5* G 20 2H5* G 20 -10.674 -4.452 -7.961 208 H4* G 20 H4* G 20 -8.668 -3.660 -9.106 209 H3* G 20 H3* G 20 -8.701 -6.039 -7.394 210 H2* G 20 H2* G 20 -6.656 -5.666 -6.403 211 2HO* G 20 2HO G 20 -6.179 -6.349 -9.007 212 H1* G 20 H1* G 20 -5.837 -3.569 -8.396 213 H8 G 20 8H G 20 -6.921 -2.640 -4.933 214 H1 G 20 1H G 20 -0.654 -3.770 -5.254 215 1H2 G 20 1H2 G 20 -0.157 -4.710 -7.206 216 2H2 G 20 2H2 G 20 -1.324 -4.822 -8.504 217 1H5* A 21 1H5* A 21 -5.653 -6.756 -10.646 218 2H5* A 21 2H5* A 21 -5.839 -8.419 -11.234 219 H4* A 21 H4* A 21 -3.530 -8.125 -10.647 220 H3* A 21 H3* A 21 -5.087 -9.683 -8.537 221 H2* A 21 H2* A 21 -3.049 -9.991 -7.409 222 2HO* A 21 2HO A 21 -1.520 -9.158 -9.647 223 H1* A 21 H1* A 21 -1.839 -7.567 -8.291 224 H8 A 21 8H A 21 -5.089 -7.143 -6.420 225 1H6 A 21 1H6 A 21 -1.806 -7.373 -1.210 226 2H6 A 21 2H6 A 21 -3.374 -7.014 -1.899 227 H2 A 21 2H A 21 0.904 -8.471 -4.608 228 1H5* A 22 1H5* A 22 -1.621 -11.756 -10.520 229 2H5* A 22 2H5* A 22 -1.903 -13.503 -10.649 230 H4* A 22 H4* A 22 0.354 -13.003 -9.759 231 H3* A 22 H3* A 22 -1.659 -14.362 -7.926 232 H2* A 22 H2* A 22 -0.025 -14.459 -6.248 233 2HO* A 22 2HO A 22 2.094 -13.835 -8.014 234 H1* A 22 H1* A 22 1.415 -12.132 -7.011 235 H8 A 22 8H A 22 -2.285 -11.680 -6.283 236 1H6 A 22 1H6 A 22 -0.679 -10.556 -0.493 237 2H6 A 22 2H6 A 22 -2.044 -11.113 -1.434 238 H2 A 22 2H A 22 2.927 -12.296 -2.630 239 1H5* C 23 1H5* C 23 2.221 -16.349 -8.777 240 2H5* C 23 2H5* C 23 2.155 -18.120 -8.714 241 H4* C 23 H4* C 23 4.069 -17.263 -7.427 242 H3* C 23 H3* C 23 1.809 -18.591 -5.887 243 H2* C 23 H2* C 23 3.091 -18.332 -3.906 244 2HO* C 23 2HO C 23 5.163 -18.706 -4.148 245 H1* C 23 H1* C 23 4.007 -15.793 -4.410 246 1H4 C 23 1H4 C 23 -1.190 -15.318 -0.726 247 2H4 C 23 2H4 C 23 -2.201 -15.316 -2.152 248 H5 C 23 5H C 23 -1.380 -16.150 -4.287 249 H6 C 23 6H C 23 0.630 -16.505 -5.636 250 1H5* C 24 1H5* C 24 5.116 -20.994 -4.771 251 2H5* C 24 2H5* C 24 4.624 -22.699 -4.694 252 H4* C 24 H4* C 24 5.329 -21.855 -2.476 253 H3* C 24 H3* C 24 2.428 -22.591 -2.935 254 H2* C 24 H2* C 24 1.924 -22.103 -0.700 255 2HO* C 24 2HO C 24 3.356 -22.807 0.693 256 H1* C 24 H1* C 24 3.554 -19.877 -0.460 257 1H4 C 24 1H4 C 24 -2.348 -17.724 -1.397 258 2H4 C 24 2H4 C 24 -2.169 -17.943 -3.125 259 H5 C 24 5H C 24 -0.271 -19.054 -4.126 260 H6 C 24 6H C 24 1.887 -20.128 -3.685 261 H3T C 24 H3T C 24 3.213 -24.492 -2.431 Start of MODEL 13 1 1H5* G 1 1H5* G 1 -7.237 -14.569 6.726 2 2H5* G 1 2H5* G 1 -6.468 -13.061 7.265 3 H4* G 1 H4* G 1 -5.137 -14.755 8.226 4 H3* G 1 H3* G 1 -3.976 -13.598 5.689 5 H2* G 1 H2* G 1 -2.182 -15.138 5.712 6 2HO* G 1 2HO G 1 -1.335 -15.611 7.589 7 H1* G 1 H1* G 1 -3.539 -17.370 6.453 8 H8 G 1 8H G 1 -5.841 -15.534 4.163 9 H1 G 1 1H G 1 -1.042 -18.265 0.976 10 1H2 G 1 1H2 G 1 0.539 -18.912 2.400 11 2H2 G 1 2H2 G 1 0.338 -18.805 4.134 12 H5T G 1 H5T G 1 -5.679 -12.725 5.283 13 1H5* G 2 1H5* G 2 -0.729 -13.334 8.746 14 2H5* G 2 2H5* G 2 -0.020 -11.708 8.667 15 H4* G 2 H4* G 2 1.724 -13.432 8.464 16 H3* G 2 H3* G 2 1.115 -11.601 6.140 17 H2* G 2 H2* G 2 2.680 -12.708 4.754 18 2HO* G 2 2HO G 2 4.169 -12.861 6.748 19 H1* G 2 H1* G 2 2.117 -15.272 5.444 20 H8 G 2 8H G 2 -1.084 -13.274 5.446 21 H1 G 2 1H G 2 0.741 -14.979 -0.415 22 1H2 G 2 1H2 G 2 2.779 -15.858 -0.354 23 2H2 G 2 2H2 G 2 3.757 -15.839 1.097 24 1H5* U 3 1H5* U 3 5.411 -11.432 6.477 25 2H5* U 3 2H5* U 3 5.963 -9.755 6.310 26 H4* U 3 H4* U 3 6.986 -11.219 4.600 27 H3* U 3 H3* U 3 5.096 -8.998 3.779 28 H2* U 3 H2* U 3 5.324 -9.597 1.497 29 2HO* U 3 2HO U 3 6.996 -11.526 1.249 30 H1* U 3 H1* U 3 5.209 -12.305 1.782 31 H3 U 3 3H U 3 1.262 -11.068 -0.083 32 H5 U 3 5H U 3 0.863 -10.028 3.984 33 H6 U 3 6H U 3 3.197 -10.626 4.294 34 1H5* U 4 1H5* U 4 8.475 -8.541 1.204 35 2H5* U 4 2H5* U 4 8.885 -6.824 1.023 36 H4* U 4 H4* U 4 8.369 -7.878 -1.162 37 H3* U 4 H3* U 4 6.508 -5.727 -0.083 38 H2* U 4 H2* U 4 5.213 -5.897 -2.038 39 2HO* U 4 2HO U 4 7.496 -6.080 -3.220 40 H1* U 4 H1* U 4 5.565 -8.642 -2.489 41 H3 U 4 3H U 4 1.107 -8.028 -2.119 42 H5 U 4 5H U 4 2.536 -7.407 1.796 43 H6 U 4 6H U 4 4.795 -7.555 0.922 44 1H5* C 5 1H5* C 5 8.368 -4.818 -4.356 45 2H5* C 5 2H5* C 5 8.698 -3.077 -4.265 46 H4* C 5 H4* C 5 7.660 -3.566 -6.409 47 H3* C 5 H3* C 5 5.838 -2.191 -4.386 48 H2* C 5 H2* C 5 4.242 -1.951 -6.166 49 2HO* C 5 2HO C 5 5.334 -3.224 -8.212 50 H1* C 5 H1* C 5 4.453 -4.538 -7.002 51 1H4 C 5 1H4 C 5 -0.116 -4.362 -2.545 52 2H4 C 5 2H4 C 5 1.090 -4.523 -1.288 53 H5 C 5 5H C 5 3.464 -4.491 -1.723 54 H6 C 5 6H C 5 5.180 -4.242 -3.450 55 1H5* C 6 1H5* C 6 6.412 -1.388 -9.363 56 2H5* C 6 2H5* C 6 6.730 0.225 -10.030 57 H4* C 6 H4* C 6 4.308 -0.131 -9.747 58 H3* C 6 H3* C 6 5.680 1.902 -7.957 59 H2* C 6 H2* C 6 3.655 2.344 -6.886 60 2HO* C 6 2HO C 6 1.617 1.695 -7.983 61 H1* C 6 H1* C 6 2.444 -0.203 -7.256 62 1H4 C 6 1H4 C 6 3.449 0.777 -1.040 63 2H4 C 6 2H4 C 6 5.157 0.456 -1.248 64 H5 C 6 5H C 6 6.199 0.304 -3.423 65 H6 C 6 6H C 6 5.794 0.087 -5.830 66 1H5* C 7 1H5* C 7 1.748 3.160 -10.760 67 2H5* C 7 2H5* C 7 2.151 4.872 -11.002 68 H4* C 7 H4* C 7 -0.233 4.649 -10.507 69 H3* C 7 H3* C 7 1.515 5.891 -8.353 70 H2* C 7 H2* C 7 -0.404 6.219 -7.026 71 2HO* C 7 2HO C 7 -2.547 5.991 -8.013 72 H1* C 7 H1* C 7 -1.784 3.912 -7.772 73 1H4 C 7 1H4 C 7 0.598 3.078 -1.905 74 2H4 C 7 2H4 C 7 2.047 2.403 -2.618 75 H5 C 7 5H C 7 2.676 2.998 -4.903 76 H6 C 7 6H C 7 1.789 3.601 -7.105 77 1H5* C 8 1H5* C 8 -2.004 8.240 -9.386 78 2H5* C 8 2H5* C 8 -1.738 9.988 -9.224 79 H4* C 8 H4* C 8 -3.685 9.225 -7.883 80 H3* C 8 H3* C 8 -1.235 10.243 -6.387 81 H2* C 8 H2* C 8 -2.555 10.085 -4.400 82 2HO* C 8 2HO C 8 -4.660 10.145 -6.247 83 H1* C 8 H1* C 8 -3.681 7.649 -4.987 84 1H4 C 8 1H4 C 8 1.388 6.528 -1.289 85 2H4 C 8 2H4 C 8 2.447 6.646 -2.677 86 H5 C 8 5H C 8 1.713 7.515 -4.805 87 H6 C 8 6H C 8 -0.230 8.170 -6.141 88 1H5* U 9 1H5* U 9 -4.517 11.594 -5.015 89 2H5* U 9 2H5* U 9 -4.681 13.284 -4.511 90 H4* U 9 H4* U 9 -5.193 11.683 -2.670 91 H3* U 9 H3* U 9 -2.740 13.477 -2.357 92 H2* U 9 H2* U 9 -2.625 12.669 -0.127 93 2HO* U 9 2HO U 9 -4.584 11.249 0.508 94 H1* U 9 H1* U 9 -3.502 10.063 -0.745 95 H3 U 9 3H U 9 0.585 10.274 1.410 96 H5 U 9 5H U 9 1.404 10.512 -2.709 97 H6 U 9 6H U 9 -0.978 10.671 -3.104 98 1H5* G 10 1H5* G 10 -5.391 15.240 0.685 99 2H5* G 10 2H5* G 10 -4.653 16.778 1.173 100 H4* G 10 H4* G 10 -4.423 14.808 2.808 101 H3* G 10 H3* G 10 -2.173 16.569 1.811 102 H2* G 10 H2* G 10 -0.570 15.288 3.026 103 2HO* G 10 2HO G 10 -2.831 14.071 4.295 104 H1* G 10 H1* G 10 -1.479 12.826 2.385 105 H8 G 10 8H G 10 -2.143 14.883 -0.671 106 H1 G 10 1H G 10 4.028 13.437 -0.033 107 1H2 G 10 1H2 G 10 4.340 12.388 1.937 108 2H2 G 10 2H2 G 10 3.244 12.750 3.253 109 1H5* C 11 1H5* C 11 -2.682 18.980 5.700 110 2H5* C 11 2H5* C 11 -2.623 20.619 5.024 111 H4* C 11 H4* C 11 -0.355 20.600 4.807 112 H3* C 11 H3* C 11 -0.823 18.157 3.425 113 H2* C 11 H2* C 11 0.126 16.531 4.752 114 2HO* C 11 2HO C 11 2.284 17.744 5.805 115 H1* C 11 H1* C 11 0.884 17.777 7.120 116 1H4 C 11 1H4 C 11 -4.766 15.107 8.885 117 2H4 C 11 2H4 C 11 -4.096 13.733 8.035 118 H5 C 11 5H C 11 -3.825 15.496 5.749 119 H6 C 11 6H C 11 -1.998 16.923 4.960 120 1H5* A 12 1H5* A 12 2.990 19.483 4.563 121 2H5* A 12 2H5* A 12 4.422 19.589 3.517 122 H4* A 12 H4* A 12 5.510 18.680 5.301 123 H3* A 12 H3* A 12 4.142 16.382 3.912 124 H2* A 12 H2* A 12 4.432 14.945 5.704 125 2HO* A 12 2HO A 12 6.687 15.073 5.700 126 H1* A 12 H1* A 12 4.754 16.862 7.788 127 H8 A 12 8H A 12 1.955 15.545 5.452 128 1H6 A 12 1H6 A 12 -0.860 13.872 10.675 129 2H6 A 12 2H6 A 12 -0.993 13.919 8.932 130 H2 A 12 2H A 12 2.971 15.976 11.745 131 1H5* U 13 1H5* U 13 8.589 17.034 4.929 132 2H5* U 13 2H5* U 13 9.827 15.783 4.701 133 H4* U 13 H4* U 13 10.259 15.960 6.902 134 H3* U 13 H3* U 13 7.932 14.252 6.703 135 H2* U 13 H2* U 13 6.521 15.577 8.015 136 2HO* U 13 2HO U 13 6.808 15.159 10.203 137 H1* U 13 H1* U 13 8.867 16.910 9.372 138 H3 U 13 3H U 13 4.583 18.252 11.035 139 H5 U 13 5H U 13 5.877 20.892 8.013 140 H6 U 13 6H U 13 7.616 19.295 7.454 141 1H5* A 14 1H5* A 14 9.168 11.899 9.892 142 2H5* A 14 2H5* A 14 9.088 10.228 9.299 143 H4* A 14 H4* A 14 7.057 11.372 10.630 144 H3* A 14 H3* A 14 7.281 9.167 8.706 145 H2* A 14 H2* A 14 5.545 9.874 7.332 146 2HO* A 14 2HO A 14 3.977 9.721 9.707 147 H1* A 14 H1* A 14 4.471 11.786 9.385 148 H8 A 14 8H A 14 6.268 12.567 6.090 149 1H6 A 14 1H6 A 14 2.435 13.791 3.444 150 2H6 A 14 2H6 A 14 0.712 13.734 3.738 151 H2 A 14 2H A 14 0.154 12.149 7.872 152 1H5* A 15 1H5* A 15 3.418 8.332 11.508 153 2H5* A 15 2H5* A 15 3.130 6.591 11.322 154 H4* A 15 H4* A 15 1.145 7.999 10.717 155 H3* A 15 H3* A 15 2.480 6.208 8.657 156 H2* A 15 H2* A 15 0.868 6.866 7.067 157 2HO* A 15 2HO A 15 -1.100 7.857 7.689 158 H1* A 15 H1* A 15 0.598 9.516 7.858 159 H8 A 15 8H A 15 4.156 8.121 7.483 160 1H6 A 15 1H6 A 15 3.771 9.668 1.537 161 2H6 A 15 2H6 A 15 4.884 9.291 2.835 162 H2 A 15 2H A 15 -0.200 10.498 3.450 163 1H5* G 16 1H5* G 16 -1.676 5.990 9.122 164 2H5* G 16 2H5* G 16 -2.442 4.390 9.189 165 H4* G 16 H4* G 16 -3.675 5.939 7.691 166 H3* G 16 H3* G 16 -2.321 3.490 6.521 167 H2* G 16 H2* G 16 -3.031 4.102 4.375 168 2HO* G 16 2HO G 16 -4.846 5.513 4.081 169 H1* G 16 H1* G 16 -3.110 6.910 4.765 170 H8 G 16 8H G 16 0.182 5.141 5.474 171 H1 G 16 1H G 16 -0.586 6.714 -0.654 172 1H2 G 16 1H2 G 16 -2.616 7.636 -0.932 173 2H2 G 16 2H2 G 16 -3.894 7.298 0.213 174 1H5* G 17 1H5* G 17 -6.730 4.050 5.885 175 2H5* G 17 2H5* G 17 -7.629 2.575 5.469 176 H4* G 17 H4* G 17 -7.843 4.549 3.840 177 H3* G 17 H3* G 17 -7.074 1.723 3.083 178 H2* G 17 H2* G 17 -6.672 2.341 0.859 179 2HO* G 17 2HO G 17 -8.101 4.783 1.191 180 H1* G 17 H1* G 17 -5.914 5.041 1.294 181 H8 G 17 8H G 17 -4.032 2.374 3.226 182 H1 G 17 1H G 17 -1.570 3.578 -2.530 183 1H2 G 17 1H2 G 17 -3.043 4.708 -3.760 184 2H2 G 17 2H2 G 17 -4.445 5.469 -3.039 185 1H5* A 18 1H5* A 18 -8.377 2.817 -0.809 186 2H5* A 18 2H5* A 18 -9.896 1.897 -0.876 187 H4* A 18 H4* A 18 -8.779 0.847 -2.577 188 H3* A 18 H3* A 18 -8.498 -0.562 -0.039 189 H2* A 18 H2* A 18 -6.201 -0.813 -0.194 190 2HO* A 18 2HO A 18 -5.638 -2.588 -1.439 191 H1* A 18 H1* A 18 -6.329 -0.387 -3.193 192 H8 A 18 8H A 18 -4.509 0.558 0.095 193 1H6 A 18 1H6 A 18 0.680 0.274 -3.210 194 2H6 A 18 2H6 A 18 0.002 0.668 -1.647 195 H2 A 18 2H A 18 -2.787 -0.355 -6.002 196 1H5* U 19 1H5* U 19 -10.770 -5.377 -1.771 197 2H5* U 19 2H5* U 19 -10.200 -4.819 -3.357 198 H4* U 19 H4* U 19 -12.697 -5.654 -3.037 199 H3* U 19 H3* U 19 -11.600 -3.361 -4.671 200 H2* U 19 H2* U 19 -13.749 -2.596 -5.208 201 2HO* U 19 2HO U 19 -15.369 -4.554 -4.303 202 H1* U 19 H1* U 19 -15.080 -3.289 -2.862 203 H3 U 19 3H U 19 -15.403 1.216 -3.431 204 H5 U 19 5H U 19 -11.542 0.602 -1.860 205 H6 U 19 6H U 19 -11.874 -1.789 -2.146 206 1H5* G 20 1H5* G 20 -9.449 -2.943 -6.084 207 2H5* G 20 2H5* G 20 -10.230 -2.993 -7.677 208 H4* G 20 H4* G 20 -8.268 -3.414 -8.682 209 H3* G 20 H3* G 20 -8.522 -5.812 -7.009 210 H2* G 20 H2* G 20 -6.459 -5.642 -6.006 211 2HO* G 20 2HO G 20 -6.065 -6.782 -8.192 212 H1* G 20 H1* G 20 -5.446 -3.573 -7.937 213 H8 G 20 8H G 20 -6.540 -2.962 -4.346 214 H1 G 20 1H G 20 -0.245 -3.771 -4.939 215 1H2 G 20 1H2 G 20 0.250 -4.404 -7.005 216 2H2 G 20 2H2 G 20 -0.956 -4.491 -8.270 217 1H5* A 21 1H5* A 21 -5.518 -6.647 -10.369 218 2H5* A 21 2H5* A 21 -5.747 -8.326 -10.892 219 H4* A 21 H4* A 21 -3.402 -7.973 -10.374 220 H3* A 21 H3* A 21 -4.914 -9.617 -8.299 221 H2* A 21 H2* A 21 -2.864 -9.927 -7.198 222 2HO* A 21 2HO A 21 -1.325 -9.001 -9.377 223 H1* A 21 H1* A 21 -1.685 -7.469 -8.031 224 H8 A 21 8H A 21 -4.912 -7.144 -6.078 225 1H6 A 21 1H6 A 21 -1.488 -7.304 -0.972 226 2H6 A 21 2H6 A 21 -3.124 -7.232 -1.591 227 H2 A 21 2H A 21 1.155 -8.358 -4.451 228 1H5* A 22 1H5* A 22 -1.436 -11.721 -10.479 229 2H5* A 22 2H5* A 22 -1.806 -13.453 -10.598 230 H4* A 22 H4* A 22 0.511 -13.051 -9.797 231 H3* A 22 H3* A 22 -1.500 -14.372 -7.940 232 H2* A 22 H2* A 22 0.121 -14.507 -6.267 233 2HO* A 22 2HO A 22 2.136 -15.034 -6.718 234 H1* A 22 H1* A 22 1.652 -12.244 -7.009 235 H8 A 22 8H A 22 -2.042 -11.704 -6.291 236 1H6 A 22 1H6 A 22 -0.490 -11.087 -0.367 237 2H6 A 22 2H6 A 22 -1.737 -10.786 -1.557 238 H2 A 22 2H A 22 3.149 -12.463 -2.646 239 1H5* C 23 1H5* C 23 2.364 -16.591 -8.842 240 2H5* C 23 2H5* C 23 2.160 -18.347 -8.705 241 H4* C 23 H4* C 23 4.152 -17.562 -7.469 242 H3* C 23 H3* C 23 1.832 -18.745 -5.907 243 H2* C 23 H2* C 23 3.086 -18.478 -3.907 244 2HO* C 23 2HO C 23 5.378 -17.692 -4.180 245 H1* C 23 H1* C 23 4.106 -15.993 -4.440 246 1H4 C 23 1H4 C 23 -1.291 -15.387 -1.024 247 2H4 C 23 2H4 C 23 -2.105 -14.955 -2.510 248 H5 C 23 5H C 23 -1.283 -16.135 -4.562 249 H6 C 23 6H C 23 0.771 -16.606 -5.797 250 1H5* C 24 1H5* C 24 4.915 -21.164 -4.508 251 2H5* C 24 2H5* C 24 4.373 -22.852 -4.403 252 H4* C 24 H4* C 24 4.909 -21.939 -2.167 253 H3* C 24 H3* C 24 2.031 -22.601 -2.844 254 H2* C 24 H2* C 24 1.363 -22.009 -0.681 255 2HO* C 24 2HO C 24 3.907 -22.807 -0.061 256 H1* C 24 H1* C 24 3.081 -19.849 -0.367 257 1H4 C 24 1H4 C 24 -2.659 -17.494 -1.758 258 2H4 C 24 2H4 C 24 -2.356 -17.736 -3.464 259 H5 C 24 5H C 24 -0.434 -18.931 -4.307 260 H6 C 24 6H C 24 1.639 -20.081 -3.695 261 H3T C 24 H3T C 24 3.386 -23.960 -0.876 Start of MODEL 14 1 1H5* G 1 1H5* G 1 -6.802 -15.565 8.132 2 2H5* G 1 2H5* G 1 -5.976 -13.998 8.241 3 H4* G 1 H4* G 1 -4.534 -15.829 9.056 4 H3* G 1 H3* G 1 -3.786 -14.255 6.588 5 H2* G 1 H2* G 1 -1.883 -15.592 6.209 6 2HO* G 1 2HO G 1 -2.146 -16.959 8.673 7 H1* G 1 H1* G 1 -2.918 -18.036 6.888 8 H8 G 1 8H G 1 -5.536 -16.185 4.945 9 H1 G 1 1H G 1 -0.905 -18.459 1.196 10 1H2 G 1 1H2 G 1 0.691 -19.392 2.483 11 2H2 G 1 2H2 G 1 0.869 -18.886 4.149 12 H5T G 1 H5T G 1 -7.133 -14.504 6.227 13 1H5* G 2 1H5* G 2 -0.178 -14.040 9.130 14 2H5* G 2 2H5* G 2 0.220 -12.323 9.344 15 H4* G 2 H4* G 2 2.217 -13.455 8.598 16 H3* G 2 H3* G 2 0.819 -11.663 6.606 17 H2* G 2 H2* G 2 2.351 -12.237 4.899 18 2HO* G 2 2HO G 2 3.960 -13.078 7.082 19 H1* G 2 H1* G 2 2.582 -14.905 5.410 20 H8 G 2 8H G 2 -0.965 -13.618 5.912 21 H1 G 2 1H G 2 0.384 -15.007 -0.165 22 1H2 G 2 1H2 G 2 2.546 -15.460 -0.374 23 2H2 G 2 2H2 G 2 3.669 -15.319 0.960 24 1H5* U 3 1H5* U 3 4.928 -11.305 6.412 25 2H5* U 3 2H5* U 3 5.573 -9.659 6.235 26 H4* U 3 H4* U 3 6.388 -11.159 4.439 27 H3* U 3 H3* U 3 4.572 -8.826 3.747 28 H2* U 3 H2* U 3 4.702 -9.402 1.451 29 2HO* U 3 2HO U 3 6.268 -10.878 0.674 30 H1* U 3 H1* U 3 4.523 -12.133 1.741 31 H3 U 3 3H U 3 0.589 -10.957 -0.136 32 H5 U 3 5H U 3 0.263 -9.585 3.835 33 H6 U 3 6H U 3 2.588 -10.193 4.168 34 1H5* U 4 1H5* U 4 8.128 -8.566 1.218 35 2H5* U 4 2H5* U 4 8.615 -6.872 1.009 36 H4* U 4 H4* U 4 8.213 -7.984 -1.171 37 H3* U 4 H3* U 4 6.373 -5.729 -0.292 38 H2* U 4 H2* U 4 5.193 -5.924 -2.321 39 2HO* U 4 2HO U 4 7.652 -6.902 -3.212 40 H1* U 4 H1* U 4 5.417 -8.692 -2.632 41 H3 U 4 3H U 4 0.974 -7.933 -2.417 42 H5 U 4 5H U 4 2.315 -7.104 1.488 43 H6 U 4 6H U 4 4.590 -7.338 0.689 44 1H5* C 5 1H5* C 5 8.334 -4.980 -4.467 45 2H5* C 5 2H5* C 5 8.532 -3.218 -4.569 46 H4* C 5 H4* C 5 7.371 -4.254 -6.558 47 H3* C 5 H3* C 5 6.081 -2.112 -4.841 48 H2* C 5 H2* C 5 4.148 -2.173 -6.190 49 2HO* C 5 2HO C 5 4.308 -3.455 -8.260 50 H1* C 5 H1* C 5 4.110 -4.895 -6.727 51 1H4 C 5 1H4 C 5 -0.253 -3.750 -2.224 52 2H4 C 5 2H4 C 5 0.984 -3.869 -0.993 53 H5 C 5 5H C 5 3.345 -3.944 -1.505 54 H6 C 5 6H C 5 5.003 -3.998 -3.304 55 1H5* C 6 1H5* C 6 6.634 -0.236 -8.812 56 2H5* C 6 2H5* C 6 6.261 1.498 -8.762 57 H4* C 6 H4* C 6 4.441 -0.119 -9.663 58 H3* C 6 H3* C 6 4.073 2.091 -7.626 59 H2* C 6 H2* C 6 1.789 1.518 -7.351 60 2HO* C 6 2HO C 6 1.985 0.834 -9.909 61 H1* C 6 H1* C 6 2.055 -1.187 -7.310 62 1H4 C 6 1H4 C 6 2.296 0.971 -1.292 63 2H4 C 6 2H4 C 6 4.043 0.952 -1.385 64 H5 C 6 5H C 6 5.253 0.509 -3.423 65 H6 C 6 6H C 6 5.045 -0.011 -5.808 66 1H5* C 7 1H5* C 7 1.362 3.657 -10.980 67 2H5* C 7 2H5* C 7 1.839 5.359 -11.143 68 H4* C 7 H4* C 7 -0.546 5.234 -10.638 69 H3* C 7 H3* C 7 1.275 6.253 -8.426 70 H2* C 7 H2* C 7 -0.617 6.600 -7.063 71 2HO* C 7 2HO C 7 -2.793 6.318 -8.259 72 H1* C 7 H1* C 7 -2.125 4.414 -7.950 73 1H4 C 7 1H4 C 7 0.107 2.911 -2.182 74 2H4 C 7 2H4 C 7 1.651 2.477 -2.883 75 H5 C 7 5H C 7 2.266 3.054 -5.146 76 H6 C 7 6H C 7 1.437 3.878 -7.301 77 1H5* C 8 1H5* C 8 -1.750 9.398 -9.335 78 2H5* C 8 2H5* C 8 -0.992 10.997 -9.185 79 H4* C 8 H4* C 8 -3.000 10.813 -7.748 80 H3* C 8 H3* C 8 -0.278 11.060 -6.417 81 H2* C 8 H2* C 8 -1.352 11.093 -4.317 82 2HO* C 8 2HO C 8 -3.797 11.296 -4.370 83 H1* C 8 H1* C 8 -3.415 9.309 -4.931 84 1H4 C 8 1H4 C 8 0.748 6.126 -1.329 85 2H4 C 8 2H4 C 8 1.910 6.091 -2.636 86 H5 C 8 5H C 8 1.502 7.099 -4.786 87 H6 C 8 6H C 8 -0.041 8.477 -6.100 88 1H5* U 9 1H5* U 9 -3.301 13.587 -5.165 89 2H5* U 9 2H5* U 9 -2.885 15.255 -4.724 90 H4* U 9 H4* U 9 -4.185 14.126 -2.939 91 H3* U 9 H3* U 9 -1.291 14.886 -2.379 92 H2* U 9 H2* U 9 -1.579 14.120 -0.163 93 2HO* U 9 2HO U 9 -3.406 14.472 0.847 94 H1* U 9 H1* U 9 -3.329 12.004 -0.758 95 H3 U 9 3H U 9 0.212 10.025 1.229 96 H5 U 9 5H U 9 1.725 11.283 -2.497 97 H6 U 9 6H U 9 -0.380 12.428 -2.890 98 1H5* G 10 1H5* G 10 -3.297 18.077 0.116 99 2H5* G 10 2H5* G 10 -1.985 19.196 0.535 100 H4* G 10 H4* G 10 -2.737 17.483 2.326 101 H3* G 10 H3* G 10 0.080 18.155 1.477 102 H2* G 10 H2* G 10 1.006 16.444 2.820 103 2HO* G 10 2HO G 10 -1.494 15.891 4.043 104 H1* G 10 H1* G 10 -0.830 14.485 2.378 105 H8 G 10 8H G 10 -0.383 16.228 -0.899 106 H1 G 10 1H G 10 4.507 12.384 0.490 107 1H2 G 10 1H2 G 10 3.515 11.286 2.773 108 2H2 G 10 2H2 G 10 4.035 12.777 3.518 109 1H5* C 11 1H5* C 11 -0.021 18.370 5.962 110 2H5* C 11 2H5* C 11 0.298 20.072 6.359 111 H4* C 11 H4* C 11 1.548 18.486 7.828 112 H3* C 11 H3* C 11 2.527 20.798 6.603 113 H2* C 11 H2* C 11 4.054 19.921 5.098 114 2HO* C 11 2HO C 11 5.977 18.975 6.354 115 H1* C 11 H1* C 11 4.619 17.366 6.413 116 1H4 C 11 1H4 C 11 4.421 15.731 0.186 117 2H4 C 11 2H4 C 11 5.003 17.353 -0.114 118 H5 C 11 5H C 11 2.706 18.262 1.418 119 H6 C 11 6H C 11 2.394 18.772 3.787 120 1H5* A 12 1H5* A 12 4.548 17.774 8.593 121 2H5* A 12 2H5* A 12 4.883 18.249 10.270 122 H4* A 12 H4* A 12 7.285 17.588 9.893 123 H3* A 12 H3* A 12 6.631 17.530 7.188 124 H2* A 12 H2* A 12 5.681 15.475 6.765 125 2HO* A 12 2HO A 12 7.987 14.545 8.134 126 H1* A 12 H1* A 12 5.590 14.082 9.154 127 H8 A 12 8H A 12 3.641 15.519 6.650 128 1H6 A 12 1H6 A 12 -0.572 16.520 8.781 129 2H6 A 12 2H6 A 12 -1.127 16.320 10.428 130 H2 A 12 2H A 12 2.555 15.705 12.940 131 1H5* U 13 1H5* U 13 10.515 15.421 9.332 132 2H5* U 13 2H5* U 13 11.453 14.235 8.405 133 H4* U 13 H4* U 13 11.031 12.666 9.948 134 H3* U 13 H3* U 13 8.572 12.759 8.644 135 H2* U 13 H2* U 13 7.478 14.165 10.223 136 2HO* U 13 2HO U 13 7.085 12.120 11.984 137 H1* U 13 H1* U 13 8.944 12.810 12.493 138 H3 U 13 3H U 13 6.972 15.538 15.444 139 H5 U 13 5H U 13 7.364 17.997 12.040 140 H6 U 13 6H U 13 8.454 16.136 10.916 141 1H5* A 14 1H5* A 14 8.396 8.193 7.917 142 2H5* A 14 2H5* A 14 7.478 9.281 6.857 143 H4* A 14 H4* A 14 7.511 9.307 9.901 144 H3* A 14 H3* A 14 6.032 7.679 8.234 145 H2* A 14 H2* A 14 4.794 9.288 7.072 146 2HO* A 14 2HO A 14 2.937 9.938 8.625 147 H1* A 14 H1* A 14 4.537 11.221 9.321 148 H8 A 14 8H A 14 6.771 11.493 6.224 149 1H6 A 14 1H6 A 14 3.832 14.097 3.399 150 2H6 A 14 2H6 A 14 2.320 14.916 3.716 151 H2 A 14 2H A 14 0.802 13.316 7.623 152 1H5* A 15 1H5* A 15 2.617 7.886 11.411 153 2H5* A 15 2H5* A 15 1.982 6.231 11.376 154 H4* A 15 H4* A 15 0.283 7.881 10.654 155 H3* A 15 H3* A 15 1.325 5.851 8.647 156 H2* A 15 H2* A 15 -0.164 6.721 7.034 157 2HO* A 15 2HO A 15 -2.108 7.223 7.677 158 H1* A 15 H1* A 15 0.027 9.399 7.747 159 H8 A 15 8H A 15 3.328 7.484 7.494 160 1H6 A 15 1H6 A 15 3.343 8.979 1.515 161 2H6 A 15 2H6 A 15 4.254 8.225 2.807 162 H2 A 15 2H A 15 -0.580 10.268 3.264 163 1H5* G 16 1H5* G 16 -2.855 6.168 8.968 164 2H5* G 16 2H5* G 16 -3.785 4.656 8.985 165 H4* G 16 H4* G 16 -4.722 6.284 7.369 166 H3* G 16 H3* G 16 -3.492 3.715 6.320 167 H2* G 16 H2* G 16 -4.016 4.371 4.130 168 2HO* G 16 2HO G 16 -5.924 6.162 5.288 169 H1* G 16 H1* G 16 -3.863 7.179 4.530 170 H8 G 16 8H G 16 -0.852 4.987 5.398 171 H1 G 16 1H G 16 -0.983 6.891 -0.687 172 1H2 G 16 1H2 G 16 -3.024 7.707 -1.158 173 2H2 G 16 2H2 G 16 -4.032 8.323 0.132 174 1H5* G 17 1H5* G 17 -7.522 4.777 5.315 175 2H5* G 17 2H5* G 17 -8.717 3.497 5.026 176 H4* G 17 H4* G 17 -8.658 5.182 3.189 177 H3* G 17 H3* G 17 -7.940 2.282 2.690 178 H2* G 17 H2* G 17 -7.422 2.736 0.453 179 2HO* G 17 2HO G 17 -8.837 5.209 0.558 180 H1* G 17 H1* G 17 -6.661 5.458 0.746 181 H8 G 17 8H G 17 -4.875 2.800 2.810 182 H1 G 17 1H G 17 -2.206 3.884 -2.882 183 1H2 G 17 1H2 G 17 -3.528 5.177 -4.105 184 2H2 G 17 2H2 G 17 -5.063 5.774 -3.517 185 1H5* A 18 1H5* A 18 -9.118 3.258 -1.292 186 2H5* A 18 2H5* A 18 -10.671 2.396 -1.355 187 H4* A 18 H4* A 18 -9.609 1.262 -3.028 188 H3* A 18 H3* A 18 -9.306 -0.093 -0.463 189 H2* A 18 H2* A 18 -7.010 -0.384 -0.652 190 2HO* A 18 2HO A 18 -6.971 -1.952 -2.848 191 H1* A 18 H1* A 18 -7.182 -0.025 -3.659 192 H8 A 18 8H A 18 -5.306 0.995 -0.427 193 1H6 A 18 1H6 A 18 -0.161 0.610 -3.792 194 2H6 A 18 2H6 A 18 -0.808 0.842 -2.182 195 H2 A 18 2H A 18 -3.662 -0.161 -6.503 196 1H5* U 19 1H5* U 19 -8.559 -2.669 -3.446 197 2H5* U 19 2H5* U 19 -9.761 -2.849 -4.741 198 H4* U 19 H4* U 19 -8.373 -4.678 -5.146 199 H3* U 19 H3* U 19 -10.650 -5.497 -3.319 200 H2* U 19 H2* U 19 -9.752 -7.662 -3.113 201 2HO* U 19 2HO U 19 -8.211 -7.026 -5.438 202 H1* U 19 H1* U 19 -7.051 -6.999 -3.161 203 H3 U 19 3H U 19 -7.702 -8.845 0.911 204 H5 U 19 5H U 19 -9.696 -5.140 1.154 205 H6 U 19 6H U 19 -9.243 -4.816 -1.208 206 1H5* G 20 1H5* G 20 -9.517 -2.080 -7.618 207 2H5* G 20 2H5* G 20 -10.258 -3.479 -8.420 208 H4* G 20 H4* G 20 -8.093 -3.273 -9.377 209 H3* G 20 H3* G 20 -8.611 -5.521 -7.562 210 H2* G 20 H2* G 20 -6.580 -5.459 -6.488 211 2HO* G 20 2HO G 20 -6.190 -6.821 -8.496 212 H1* G 20 H1* G 20 -5.320 -3.620 -8.504 213 H8 G 20 8H G 20 -6.517 -2.754 -4.990 214 H1 G 20 1H G 20 -0.247 -3.842 -5.326 215 1H2 G 20 1H2 G 20 0.254 -4.721 -7.320 216 2H2 G 20 2H2 G 20 -0.862 -4.604 -8.661 217 1H5* A 21 1H5* A 21 -5.575 -6.449 -10.538 218 2H5* A 21 2H5* A 21 -5.796 -8.019 -11.333 219 H4* A 21 H4* A 21 -3.535 -8.039 -10.690 220 H3* A 21 H3* A 21 -5.197 -9.403 -8.530 221 H2* A 21 H2* A 21 -3.189 -9.845 -7.395 222 2HO* A 21 2HO A 21 -1.144 -9.759 -8.537 223 H1* A 21 H1* A 21 -1.782 -7.559 -8.347 224 H8 A 21 8H A 21 -5.041 -6.988 -6.464 225 1H6 A 21 1H6 A 21 -1.664 -6.948 -1.312 226 2H6 A 21 2H6 A 21 -3.251 -6.648 -1.988 227 H2 A 21 2H A 21 0.997 -8.174 -4.704 228 1H5* A 22 1H5* A 22 -1.973 -11.808 -10.584 229 2H5* A 22 2H5* A 22 -2.344 -13.543 -10.624 230 H4* A 22 H4* A 22 -0.026 -13.103 -9.850 231 H3* A 22 H3* A 22 -2.014 -14.335 -7.905 232 H2* A 22 H2* A 22 -0.323 -14.449 -6.280 233 2HO* A 22 2HO A 22 1.680 -14.948 -6.802 234 H1* A 22 H1* A 22 1.127 -12.167 -7.092 235 H8 A 22 8H A 22 -2.576 -11.664 -6.404 236 1H6 A 22 1H6 A 22 -0.996 -10.344 -0.672 237 2H6 A 22 2H6 A 22 -2.353 -11.028 -1.538 238 H2 A 22 2H A 22 2.606 -12.234 -2.707 239 1H5* C 23 1H5* C 23 1.782 -16.424 -8.805 240 2H5* C 23 2H5* C 23 1.704 -18.191 -8.668 241 H4* C 23 H4* C 23 3.672 -17.278 -7.491 242 H3* C 23 H3* C 23 1.482 -18.589 -5.841 243 H2* C 23 H2* C 23 2.798 -18.240 -3.897 244 2HO* C 23 2HO C 23 4.857 -18.681 -4.260 245 H1* C 23 H1* C 23 3.651 -15.700 -4.488 246 1H4 C 23 1H4 C 23 -1.566 -15.357 -0.788 247 2H4 C 23 2H4 C 23 -2.534 -15.150 -2.230 248 H5 C 23 5H C 23 -1.725 -16.161 -4.330 249 H6 C 23 6H C 23 0.286 -16.509 -5.676 250 1H5* C 24 1H5* C 24 4.856 -20.881 -4.702 251 2H5* C 24 2H5* C 24 4.405 -22.592 -4.561 252 H4* C 24 H4* C 24 5.117 -21.660 -2.380 253 H3* C 24 H3* C 24 2.227 -22.473 -2.781 254 H2* C 24 H2* C 24 1.744 -21.932 -0.552 255 2HO* C 24 2HO C 24 3.357 -22.810 0.631 256 H1* C 24 H1* C 24 3.319 -19.660 -0.408 257 1H4 C 24 1H4 C 24 -2.668 -17.731 -1.341 258 2H4 C 24 2H4 C 24 -2.461 -17.910 -3.070 259 H5 C 24 5H C 24 -0.563 -19.040 -4.054 260 H6 C 24 6H C 24 1.625 -20.049 -3.605 261 H3T C 24 H3T C 24 3.248 -24.309 -2.496