[gmx-users] No default Ryckaert-Bell. types

Naga Rajesh Tummala nagarajesh at gatech.edu
Wed Sep 2 17:34:40 CEST 2015


The parameters for the RB dihedral in line 227 are not described in the
opls forcefield. Either you can provide the parameters in your top file or
include the dihedral paramters in the opls forcefield files tht comes with
gromacs.



On Wed, Sep 2, 2015 at 11:28 AM, Daniele Veclani <danieleveclani at gmail.com>
wrote:

> Dear users.
>
>
> I'm trying to build the file .top for a molecule with opls FF.
>
> To do this I used MKTOP but when I run grompp I get this error:
>
> "ERROR 23 [file nor.top, line 227]:
>  No default Ryckaert-Bell. types"
>
> This is my file .top:
>
> [ moleculetype ]
> ; Name            nrexcl
> MOL             3
>
> [ atoms ]
> ;   nr       type  resnr residue  atom   cgnr     charge       mass
> typeB    chargeB      massB
>         1  opls_268   1   MOL      O1    1   -0.61100     15.9994
>         2  opls_270   1   MOL      H1    1   0.44100     1.008
>         3  opls_267   1   MOL      C1    1   0.81100     12.011
>         4  opls_269   1   MOL      O2    1   -0.54900     15.9994
>         5  opls_141   1   MOL      C2    2   -0.52100     12.011
>         6  opls_145   1   MOL      C3    3   0.07300     12.011
>         7  opls_140   1   MOL      H2    3   0.14200     1.008
>         8  opls_280   1   MOL      C4    4   0.62500     12.011
>         9  opls_281   1   MOL      O3    4   -578.00000     15.9994
>        10  opls_145   1   MOL      C5    5   -0.12600     12.011
>        11  opls_145B   1   MOL      C6    6   0.13300     12.011
>        12  opls_145   1   MOL      C7    7   -0.26700     12.011
>        13  opls_146   1   MOL      H3    7   0.19900     1.008
>        14  opls_718   1   MOL      C8    8   0.27000     12.011
>        15  opls_719   1   MOL      F1    8   -0.18000     18.9984
>        16  opls_145   1   MOL      C9    9   0.03900     12.011
>        17  opls_145   1   MOL      C10    10   -0.24200     12.011
>        18  opls_146   1   MOL      H4    10   0.15800     1.008
>        19  opls_902   1   MOL      N1    9   -0.11600     14.0067
>        20  opls_908   1   MOL      C11    11   -0.12000     12.011
>        21  opls_140   1   MOL      H5    11   0.09300     1.008
>        22  opls_140   1   MOL      H6    11   0.07400     1.008
>        23  opls_907   1   MOL      C12    12   0.11300     12.011
>        24  opls_140   1   MOL      H7    12   0.07600     1.008
>        25  opls_140   1   MOL      H8    12   0.05500     1.008
>        26  opls_908   1   MOL      C13    13   -0.12400     12.011
>        27  opls_140   1   MOL      H9    13   0.07300     1.008
>        28  opls_140   1   MOL      H10    13   0.07700     1.008
>        29  opls_907   1   MOL      C14    14   0.10200     12.011
>        30  opls_140   1   MOL      H11    14   0.08500     1.008
>        31  opls_140   1   MOL      H12    14   0.05300     1.008
>        32  opls_901   1   MOL      N2    12   -0.71000     14.0067
>        33  opls_910   1   MOL      H13    12   0.35700     1.008
>        34  opls_902   1   MOL      N3    3   -0.11200     14.0067
>        35  opls_908   1   MOL      C15    15   0.19100     12.011
>        36  opls_140   1   MOL      H14    15   0.03700     1.008
>        37  opls_140   1   MOL      H15    15   0.00000     1.008
>        38  opls_135   1   MOL      C16    16   -0.26000     12.011
>        39  opls_140   1   MOL      H16    16   0.08900     1.008
>        40  opls_140   1   MOL      H17    16   0.08000     1.008
>        41  opls_140   1   MOL      H18    16   0.07500     1.008
>
>
>
>
> [ bonds ]
> 1 2 1   0.099  462750.4
> 1 3 1   0.133  376560.0
> 3 4 1   0.121  476976.0
> 3 5 1   0.150  343088.0
> 5 6 1   0.137  357313.6
> 5 8 1   0.145  343088.0
> 6 7 1   0.108  284512.0
> 6 34 1   0.135  402500.8
> 8 9 1   0.125  476976.0
> 8 10 1   0.147  334720.0
> 10 11 1   0.141  392459.2
> 10 12 1   0.141  392459.2
> 11 17 1   0.141  392459.2
> 11 34 1   0.140  200000.0
> 12 13 1   0.108  307105.6
> 12 14 1   0.136  392459.2
> 14 15 1   0.135  351456.0
> 14 16 1   0.142  392459.2
> 16 17 1   0.140  392459.2
> 16 19 1   0.140  402500.8
> 17 18 1   0.108  307105.6
> 19 20 1   0.148  319657.6
> 19 26 1   0.146  319657.6
> 20 21 1   0.109  284512.0
> 20 22 1   0.110  284512.0
> 20 23 1   0.153  224262.4
> 23 24 1   0.109  284512.0
> 23 25 1   0.109  284512.0
> 23 32 1   0.146  319657.6
> 26 27 1   0.109  284512.0
> 26 28 1   0.111  284512.0
> 26 29 1   0.154  224262.4
> 29 30 1   0.110  284512.0
> 29 31 1   0.109  284512.0
> 29 32 1   0.146  319657.6
> 32 33 1   0.102  363171.2
> 34 35 1   0.147  319657.6
> 35 36 1   0.109  284512.0
> 35 37 1   0.109  284512.0
> 35 38 1   0.153  224262.4
> 38 39 1   0.109  284512.0
> 38 40 1   0.109  284512.0
> 38 41 1   0.109  284512.0
>
>
> [ angles ]
> 1 3 4 1  122.613  669.440
> 1 3 5 1  115.207  585.760
> 2 1 3 1  108.493  292.880
> 3 5 6 1  117.303  585.760
> 3 5 8 1  122.815  585.760
> 4 3 5 1  122.180  669.440
> 5 6 7 1  118.516  418.400
> 5 6 34 1  124.720  669.440
> 5 8 9 1  123.231  669.440
> 5 8 10 1  115.012  585.760
> 6 5 8 1  119.879  585.760
> 6 34 11 1  119.618  669.440
> 6 34 35 1  118.344  418.400
> 7 6 34 1  116.763  669.440
> 8 10 11 1  121.987  585.760
> 8 10 12 1  119.361  711.280
> 9 8 10 1  121.756  669.440
> 10 11 17 1  119.731  527.184
> 10 11 34 1  118.777  669.440
> 10 12 13 1  118.733  292.880
> 10 12 14 1  120.570  527.184
> 11 10 12 1  118.650  527.184
> 11 17 16 1  121.908  527.184
> 11 17 18 1  119.847  292.880
> 11 34 35 1  121.996  669.440
> 12 14 15 1  118.664  669.440
> 12 14 16 1  122.613  527.184
> 13 12 14 1  120.674  292.880
> 14 16 17 1  116.514  527.184
> 14 16 19 1  120.514  585.760
> 15 14 16 1  118.701  669.440
> 16 17 18 1  118.239  292.880
> 16 19 20 1  118.014  418.400
> 16 19 26 1  118.505  418.400
> 17 16 19 1  122.909  585.760
> 17 11 34 1  121.479  669.440
> 19 20 21 1  109.602  292.880
> 19 20 22 1  109.264  292.880
> 19 20 23 1  110.216  470.281
> 19 26 27 1  108.879  292.880
> 19 26 28 1  111.356  292.880
> 19 26 29 1  109.952  470.281
> 20 19 26 1  112.364  433.462
> 20 23 24 1  108.725  313.800
> 20 23 25 1  109.654  313.800
> 20 23 32 1  113.538  470.281
> 21 20 22 1  107.958  276.144
> 21 20 23 1  110.212  313.800
> 22 20 23 1  109.548  313.800
> 23 32 29 1  110.898  433.462
> 23 32 33 1  109.659  292.880
> 24 23 25 1  107.559  276.144
> 24 23 32 1  108.141  292.880
> 25 23 32 1  109.046  292.880
> 26 29 30 1  108.376  313.800
> 26 29 31 1  109.441  313.800
> 26 29 32 1  114.130  470.281
> 27 26 28 1  107.895  276.144
> 27 26 29 1  109.290  313.800
> 28 26 29 1  109.422  313.800
> 29 32 33 1  109.749  292.880
> 30 29 31 1  107.504  276.144
> 30 29 32 1  107.978  292.880
> 31 29 32 1  109.197  292.880
> 34 35 36 1  106.499  292.880
> 34 35 37 1  108.568  292.880
> 34 35 38 1  113.397  470.281
> 35 38 39 1  110.715  313.800
> 35 38 40 1  111.818  313.800
> 35 38 41 1  109.750  313.800
> 36 35 37 1  106.377  276.144
> 36 35 38 1  110.144  313.800
> 37 35 38 1  111.500  313.800
> 39 38 40 1  108.100  276.144
> 39 38 41 1  108.087  276.144
> 40 38 41 1  108.258  276.144
>
>
> [ dihedrals ]
> 2 1 3 4 3
> 2 1 3 5 3
> 1 3 5 6 3
> 4 3 5 6 3
> 1 3 5 8 3
> 4 3 5 8 3
> 3 5 6 7 3
> 8 5 6 7 3
> 3 5 6 34 3
> 8 5 6 34 3
> 3 5 8 9 3
> 6 5 8 9 3
> 3 5 8 10 3
> 6 5 8 10 3
> 5 6 34 11 3
> 7 6 34 11 3
> 5 6 34 35 3
> 7 6 34 35 3
> 5 8 10 11 3
> 9 8 10 11 3
> 5 8 10 12 3
> 9 8 10 12 3
> 8 10 11 17 3
> 12 10 11 17 3
> 8 10 11 34 3
> 12 10 11 34 3
> 8 10 12 13 3
> 11 10 12 13 3
> 8 10 12 14 3
> 11 10 12 14 3
> 10 11 17 16 3
> 34 11 17 16 3
> 10 11 17 18 3
> 34 11 17 18 3
> 10 11 34 6 3
> 17 11 34 6 3
> 10 11 34 35 3
> 17 11 34 35 3
> 10 12 14 15 3
> 13 12 14 15 3
> 10 12 14 16 3
> 13 12 14 16 3
> 12 14 16 17 3
> 15 14 16 17 3
> 12 14 16 19 3
> 15 14 16 19 3
> 14 16 17 11 3
> 19 16 17 11 3
> 14 16 17 18 3
> 19 16 17 18 3
> 14 16 19 20 3
> 17 16 19 20 3
> 14 16 19 26 3
> 17 16 19 26 3
> 16 19 20 21 3
> 26 19 20 21 3
> 16 19 20 22 3
> 26 19 20 22 3
> 16 19 20 23 3
> 26 19 20 23 3
> 16 19 26 27 3
> 20 19 26 27 3
> 16 19 26 28 3
> 20 19 26 28 3
> 16 19 26 29 3
> 20 19 26 29 3
> 19 20 23 24 3
> 21 20 23 24 3
> 22 20 23 24 3
> 19 20 23 25 3
> 21 20 23 25 3
> 22 20 23 25 3
> 19 20 23 32 3
> 21 20 23 32 3
> 22 20 23 32 3
> 20 23 32 29 3
> 24 23 32 29 3
> 25 23 32 29 3
> 20 23 32 33 3
> 24 23 32 33 3
> 25 23 32 33 3
> 19 26 29 30 3
> 27 26 29 30 3
> 28 26 29 30 3
> 19 26 29 31 3
> 27 26 29 31 3
> 28 26 29 31 3
> 19 26 29 32 3
> 27 26 29 32 3
> 28 26 29 32 3
> 26 29 32 23 3
> 30 29 32 23 3
> 31 29 32 23 3
> 26 29 32 33 3
> 30 29 32 33 3
> 31 29 32 33 3
> 6 34 35 36 3
> 11 34 35 36 3
> 6 34 35 37 3
> 11 34 35 37 3
> 6 34 35 38 3
> 11 34 35 38 3
> 34 35 38 39 3
> 36 35 38 39 3
> 37 35 38 39 3
> 34 35 38 40 3
> 36 35 38 40 3
> 37 35 38 40 3
> 34 35 38 41 3
> 36 35 38 41 3
> 37 35 38 41 3
>
>
> [ dihedrals ]
> 1 4 3 0 1    improper_O_C_X_Y
> 3 6 5 8 1   improper_Z_CM_X_Y
> 5 7 6 34 1   improper_Z_CA_X_Y
> 5 10 8 9 1    improper_O_C_X_Y
> 8 11 10 12 1   improper_Z_CA_X_Y
> 10 13 12 14 1   improper_Z_CA_X_Y
> 12 15 14 16 1   improper_Z_CA_X_Y
> 14 17 16 19 1   improper_Z_CA_X_Y
> 16 11 17 18 1   improper_Z_CA_X_Y
>
>
> [ pairs ]
> 4 2 1
> 5 2 1
> 6 1 1
> 6 4 1
> 8 1 1
> 8 4 1
> 7 3 1
> 7 8 1
> 34 3 1
> 34 8 1
> 9 3 1
> 9 6 1
> 10 3 1
> 10 6 1
> 11 5 1
> 11 7 1
> 35 5 1
> 35 7 1
> 11 5 1
> 11 9 1
> 12 5 1
> 12 9 1
> 17 8 1
> 17 12 1
> 34 8 1
> 34 12 1
> 13 8 1
> 13 11 1
> 14 8 1
> 14 11 1
> 16 10 1
> 16 34 1
> 18 10 1
> 18 34 1
> 6 10 1
> 6 17 1
> 35 10 1
> 35 17 1
> 15 10 1
> 15 13 1
> 16 10 1
> 16 13 1
> 17 12 1
> 17 15 1
> 19 12 1
> 19 15 1
> 11 14 1
> 11 19 1
> 18 14 1
> 18 19 1
> 20 14 1
> 20 17 1
> 26 14 1
> 26 17 1
> 21 16 1
> 21 26 1
> 22 16 1
> 22 26 1
> 23 16 1
> 23 26 1
> 27 16 1
> 27 20 1
> 28 16 1
> 28 20 1
> 29 16 1
> 29 20 1
> 24 19 1
> 24 21 1
> 24 22 1
> 25 19 1
> 25 21 1
> 25 22 1
> 32 19 1
> 32 21 1
> 32 22 1
> 29 20 1
> 29 24 1
> 29 25 1
> 33 20 1
> 33 24 1
> 33 25 1
> 30 19 1
> 30 27 1
> 30 28 1
> 31 19 1
> 31 27 1
> 31 28 1
> 32 19 1
> 32 27 1
> 32 28 1
> 23 26 1
> 23 30 1
> 23 31 1
> 33 26 1
> 33 30 1
> 33 31 1
> 36 6 1
> 36 11 1
> 37 6 1
> 37 11 1
> 38 6 1
> 38 11 1
> 39 34 1
> 39 36 1
> 39 37 1
> 40 34 1
> 40 36 1
> 40 37 1
> 41 34 1
> 41 36 1
> 41 37 1
>
>
> [ system ]
> ; Name
> nor
>
> [ molecules ]
> ; Compound        #mols
> MOL             1
>
>
> Where is the problem?
>
> I use gromacs 5.0.4
> --
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-- 
Naga Rajesh Tummala
Research Scientist
School of Chemistry and Biochemistry
Georgia Institute of Technology
email: nagarajesh at gatech.edu
ph: 405-200-7208


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