作者Author: sobereva 时间: 2018-3-31 15:43
可能你的体系本身就是阴离子体系。中性分子不会这样作者Author: chunlinxxx 时间: 2018-3-31 15:56
谢谢Sob老师,我的分子是中性的
0 1
C -3.35271900 -1.20420200 2.53300500
C -2.00606500 -1.14125900 2.35750400
C -4.22602400 -1.08607300 1.41893800
C -3.69077000 -0.89475000 0.11278200
C -2.26894600 -0.84593400 -0.04256000
C -1.43143400 -0.96170300 1.06865300
N -1.71933000 -0.70538700 -1.29922200
P -0.11889700 -0.43998600 -1.72505300
C 0.72457600 -0.77490500 -0.19769700
C -0.00503900 -0.95929700 0.93481100
O 0.28286000 -1.14480500 -2.96141600
C 2.19697100 -0.80638500 -0.18933100
C 2.90576700 -0.30244100 0.90712000
C 4.29465400 -0.35462200 0.94599400
C 5.01025000 -0.90607100 -0.13436900
C 4.30590600 -1.38831500 -1.23642400
C 2.92235600 -1.33665000 -1.26534100
C -5.62753400 -1.14792400 1.58124800
C -6.47254400 -1.02166000 0.50731500
C -5.94612600 -0.81825400 -0.78126800
C -4.58803400 -0.75466000 -0.97185700
O 0.03899600 1.15615200 -2.00919200
C -0.27586800 2.13487200 -1.07858700
C -1.58530700 2.58133300 -0.95811100
C -1.87333300 3.60036900 -0.05744800
C -0.86157200 4.16953800 0.70809200
C 0.44713200 3.71957800 0.56861400
C 0.74589600 2.69858200 -0.32581700
C 6.43288500 -0.96755300 -0.11363100
N 7.58579900 -1.02406300 -0.10777500
H -3.77670500 -1.34565800 3.52182700
H -1.33787800 -1.23336800 3.20848900
H -2.34428500 -0.80180400 -2.08693400
H 0.54400900 -1.16380900 1.85277400
H 2.37779700 0.15847600 1.73386400
H 4.85006700 -1.81113200 -2.07275300
H 2.39189700 -1.72135800 -2.12874700
H -6.02784800 -1.29689400 2.57972800
H -7.54716800 -1.07167100 0.64978200
H -6.61475800 -0.70588500 -1.62817700
H -4.22565600 -0.57795000 -1.97980500
H -2.36366000 2.14011600 -1.57070400
H -2.89513200 3.95265200 0.04006500
H -1.09117700 4.96744100 1.40660700
H 1.24364100 4.16664600 1.15473700
H 1.76299800 2.34545800 -0.45811700
C 4.98087700 0.17131800 2.08058100
N 5.52306600 0.59947600 3.00481400
Note: Average and variance below are in kcal/mol and (kcal/mol)^2 respectively
Atom# All/Positive/Negative average All/Positive/Negative variance
1 -0.62848 1.50822 -1.70855 2.05136 1.27342 0.77794
2 0.38873 2.62285 -1.66647 5.36272 4.47075 0.89196
3 0.24409 1.01165 -0.63560 1.50434 1.39292 0.11142
4 2.18499 2.49409 -0.22388 4.80456 4.79248 0.01207
5 4.24880 4.75727 -1.23095 8.08955 7.40403 0.68552
6 1.43503 3.03912 -1.82095 5.62890 4.86457 0.76433
7 3.79068 4.61495 -1.59085 7.77980 5.91016 1.86964
8 4.89570 4.89570 NaN NaN 1.84450 NaN
9 3.12063 3.12063 NaN NaN 2.69106 NaN
10 5.45465 5.54824 -0.26054 7.77449 7.73844 0.03605
11 -31.03768 1.95987 -31.44107 120.55130 2.68198 117.86932
12 7.34212 7.34212 NaN NaN 3.53433 NaN
13 10.40456 10.40456 NaN NaN 5.58901 NaN
14 7.74080 7.74080 NaN NaN 2.55146 NaN
15 4.85684 4.85684 NaN NaN 0.90271 NaN
16 3.31952 3.38885 -0.26526 2.41362 2.39039 0.02322
17 2.32695 3.45292 -1.18176 2.74427 2.19974 0.54453
18 0.64322 2.00616 -1.09783 2.44220 1.89341 0.54879
19 1.29641 2.72825 -1.18856 4.27422 3.64798 0.62623
20 2.22266 3.15372 -1.16669 5.13547 4.77537 0.36010
21 3.80566 4.62554 -0.76372 9.26944 9.09204 0.17740
22 -17.81714 5.35767 -19.18066 88.46989 19.71879 68.75109
23 -9.11704 NaN -9.11704 NaN NaN 6.32897
24 -6.78286 0.47841 -6.85950 9.10905 0.14808 8.96097
25 -5.93894 0.61385 -5.96297 8.05820 0.02629 8.03191
26 -6.07905 0.51697 -6.17761 9.22038 0.08358 9.13680
27 -4.99085 2.11917 -6.41051 16.07522 3.02444 13.05078
28 -6.35630 3.51465 -8.36564 17.52872 4.66826 12.86046
29 -3.15127 3.53039 -7.23604 26.62918 3.79605 22.83314
30 -29.96724 NaN -29.96724 NaN NaN 81.27294
31 18.42392 18.42392 NaN NaN 68.75964 NaN
32 21.30381 21.30381 NaN NaN 76.26703 NaN
33 29.64134 31.37535 -3.93124 275.20065 268.88319 6.31747
34 25.51489 25.51489 NaN NaN 82.09623 NaN
35 23.17054 23.17054 NaN NaN 60.23318 NaN
36 14.96383 14.99362 -0.63323 37.62043 37.23097 0.38946
37 0.68359 7.66814 -10.94861 96.62072 21.64470 74.97602
38 19.34149 19.34149 NaN NaN 62.57791 NaN
39 19.72700 19.72700 NaN NaN 49.26917 NaN
40 21.07876 21.07876 NaN NaN 50.35205 NaN
41 28.48806 28.48806 NaN NaN 113.67767 NaN
42 16.27663 17.99188 -2.50153 93.09937 90.66472 2.43466
43 14.21063 14.85887 -0.98706 51.48040 50.89823 0.58217
44 12.92086 13.75640 -1.47518 44.63673 43.34276 1.29396
45 12.60053 13.50874 -2.14687 35.47736 33.62954 1.84782
46 9.68802 12.79897 -4.46826 39.23160 32.61651 6.61509
47 0.32218 5.84739 -6.84409 36.87014 12.09684 24.77330
48 -26.50654 1.11966 -26.61073 95.88519 0.33774 95.54745
Note: Internal charge separation (Pi) is in kcal/mol, miu = Balance of charges
Atom# Pi miu miu*sigma^2
1 1.491971 0.235415 0.482921
2 2.161287 0.138662 0.743605
3 0.845129 0.068582 0.103170
4 1.609269 0.002506 0.012042
5 2.519800 0.077560 0.627426
6 2.397613 0.117348 0.660542
7 2.592146 0.182566 1.420326
8 1.153469 NaN NaN
9 1.337463 NaN NaN
10 2.281336 0.004616 0.035884
11 9.195566 0.021753 2.622314
12 1.504841 NaN NaN
13 2.034438 NaN NaN
14 1.239753 NaN NaN
15 0.738463 NaN NaN
16 1.276650 0.009529 0.022999
17 2.019638 0.159052 0.436482
18 1.609051 0.174215 0.425469
19 2.065767 0.125048 0.534482
20 2.226832 0.065203 0.334850
21 2.841653 0.018772 0.174007
22 8.061026 0.173208 15.323730
23 1.721625 NaN NaN
24 2.611541 0.015992 0.145676
25 2.287461 0.003252 0.026204
26 2.493720 0.008983 0.082823
27 3.855330 0.152745 2.455411
28 4.845457 0.195394 3.425007
29 5.544635 0.122231 3.254913
30 7.557231 NaN NaN
31 7.249720 NaN NaN
32 7.474849 NaN NaN
33 15.202293 0.022429 6.172446
34 7.945218 NaN NaN
35 6.516551 NaN NaN
36 5.302856 0.010245 0.385427
37 8.736666 0.173833 16.795916
38 6.915592 NaN NaN
39 6.072175 NaN NaN
40 6.143688 NaN NaN
41 8.834173 NaN NaN
42 9.186588 0.025467 2.370988
43 6.638492 0.011181 0.575588
44 6.290508 0.028148 1.256451
45 5.698216 0.049372 1.751577
46 7.186114 0.140185 5.499676
47 6.244482 0.220448 8.127949
48 8.204168 0.003510 0.336549
If output the surface facets to locsurf.pdb in current folder? By which you can visualize local surface via third-part visualization program such as VMD (y/n)
n
========== Post-process interface ==========
-3 Visualize the surface
-2 Export the grid data to surf.cub in current folder
-1 Return to upper level menu
0 View molecular structure, surface minima and maxima
1 Export surface extrema as plain text file
2 Export surface extrema as pdb file
3 Discard surface minima in certain value range
4 Discard surface maxima in certain value range
5 Export molecule as pdb format file
6 Export all surface vertices to vtx.pdb in current folder
7 Export all surface vertices to vtx.txt in current folder
9 Output surface area in specific value range of mapped function
10 Output the closest and farthest distance between the surface and a point
11 Output surface properties of each atom
12 Output surface properties of specific fragment
0
Number of surface minima: 11
# a.u. eV kcal/mol X/Y/Z coordinate(Angstrom)
1 -0.00154006 -0.041907 -0.966404 -5.780588 0.949946 1.138082
2 -0.00413050 -0.112396 -2.591927 -5.618340 -3.019768 0.512102
3 -0.00467737 -0.127278 -2.935099 -2.822503 -3.196313 2.008896
4 -0.00559512 -0.152251 -3.510994 -2.840417 0.884777 2.388461
5 -0.01129960 -0.307478 -7.090611 -1.504692 2.197341 1.490117
6 0.00151413 0.041202 0.950133 0.434712 -2.875165 -0.265283
7 -0.01928252 -0.524704 -12.099976 0.441209 4.453109 -1.499358
8 -0.07069940 -1.923828 -44.364579 0.666016 -0.970958 -4.685128
9 0.00405384 0.110311 2.543826 3.394333 -3.186001 -0.385938
10 -0.06631063 -1.804404 -41.610581 6.739913 1.200633 4.299245
* 11 -0.07084993 -1.927925 -44.459039 9.446730 -0.975064 0.133425