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Running: autogrid4 -p E:\csb\temp\123.gpf
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Running: E:\csb\temp\autogrid4.exe -p E:\csb\temp\123.gpf

       _______________________________________________________

__________//____________________________/////_________________/________
_________/__/____________/_____________/______________/_______/________
________/____/___________/_____________/______________________/________
________/____/__/_____/_/////___/////__/__////_/_///__/__////_/________
_______/______/_/_____/__/_____/_____/_/_____/_//___/_/_/____//________
_______////////_/_____/__/_____/_____/_/_____/_/______/_/_____/________
_______/______/_/____//__/___/_/_____/_/_____/_/______/_/____//________
_______/______/__////_/___///___/////___/////__/______/__////_/________

       _______________________________________________________

                                ______
                               /      \
                              /        \
                             /          \
                             \    /\    /
                              \  /  \  /
                               \/ /\ \/
                                 /  \
                                /____\


                ______________________________________
               |                                      |
               |            AutoGrid 4.2.1            |
               |                                      |
               |        Garrett M. Morris, TSRI       |
               |            Ruth Huey, TSRI           |
               |        David S. Goodsell, TSRI       |
               |         Arthur J. Olson, TSRI        |
               |                                      |
               |        (C) 1989-2009, TSRI           |
               |   The Scripps Research Institute     |
               |______________________________________|

                ______________________________________
               |                                      |
               | Calculation of van der Waals, H-Bond,|
               |   Electrostatic Potential Energy, &  |
               |   Desolvation Free Energy Grid Maps  |
               |             for AutoDock             |
               | For help, email autodock@scripps.edu |
               |______________________________________|




                           $Revision: 1.71 $



Maximum number of maps that can be computed = 16 (defined by MAX_MAPS in "autocomm.h".


This file was created at:                        11:51 31" a.m., 08/21/2009
                   using:                        "zsu-7077a27a02a"


Setting up parameter library with AutoDock default Unbound_Same_As_Bound values.


Free energy coefficient for the van der Waals term =         0.1662

Free energy coefficient for the H-bonding term     =         0.1209

Free energy coefficient for the electrostatic term =         0.1406

Free energy coefficient for the desolvation term   =         0.1322

Free energy coefficient for the torsional term     =         0.2983

Parameters for the atom type "H" were initialised with the following default values:

        R-eqm = 2.00 Angstrom,  weighted epsilon = 0.003,
        At.frag.vol. = 0.000,  At.solv.par. = 0.001,
        Hb R-eqm = 0.000,  weighted Hb epsilon = 0.000,
        Hb type = 0,  bond index = 3

Parameters for the atom type "HD" were initialised with the following default values:

        R-eqm = 2.00 Angstrom,  weighted epsilon = 0.003,
        At.frag.vol. = 0.000,  At.solv.par. = 0.001,
        Hb R-eqm = 0.000,  weighted Hb epsilon = 0.000,
        Hb type = 2,  bond index = 3

Parameters for the atom type "HS" were initialised with the following default values:

        R-eqm = 2.00 Angstrom,  weighted epsilon = 0.003,
        At.frag.vol. = 0.000,  At.solv.par. = 0.001,
        Hb R-eqm = 0.000,  weighted Hb epsilon = 0.000,
        Hb type = 1,  bond index = 3

Parameters for the atom type "C" were initialised with the following default values:

        R-eqm = 4.00 Angstrom,  weighted epsilon = 0.025,
        At.frag.vol. = 33.510,  At.solv.par. = -0.001,
        Hb R-eqm = 0.000,  weighted Hb epsilon = 0.000,
        Hb type = 0,  bond index = 0

Parameters for the atom type "A" were initialised with the following default values:

        R-eqm = 4.00 Angstrom,  weighted epsilon = 0.025,
        At.frag.vol. = 33.510,  At.solv.par. = -0.001,
        Hb R-eqm = 0.000,  weighted Hb epsilon = 0.000,
        Hb type = 0,  bond index = 0

Parameters for the atom type "N" were initialised with the following default values:

        R-eqm = 3.50 Angstrom,  weighted epsilon = 0.027,
        At.frag.vol. = 22.449,  At.solv.par. = -0.002,
        Hb R-eqm = 0.000,  weighted Hb epsilon = 0.000,
        Hb type = 0,  bond index = 1

Parameters for the atom type "NA" were initialised with the following default values:

        R-eqm = 3.50 Angstrom,  weighted epsilon = 0.027,
        At.frag.vol. = 22.449,  At.solv.par. = -0.002,
        Hb R-eqm = 1.900,  weighted Hb epsilon = 0.604,
        Hb type = 4,  bond index = 1

Parameters for the atom type "NS" were initialised with the following default values:

        R-eqm = 3.50 Angstrom,  weighted epsilon = 0.027,
        At.frag.vol. = 22.449,  At.solv.par. = -0.002,
        Hb R-eqm = 1.900,  weighted Hb epsilon = 0.604,
        Hb type = 3,  bond index = 1

Parameters for the atom type "OA" were initialised with the following default values:

        R-eqm = 3.20 Angstrom,  weighted epsilon = 0.033,
        At.frag.vol. = 17.157,  At.solv.par. = -0.003,
        Hb R-eqm = 1.900,  weighted Hb epsilon = 0.604,
        Hb type = 5,  bond index = 2

Parameters for the atom type "OS" were initialised with the following default values:

        R-eqm = 3.20 Angstrom,  weighted epsilon = 0.033,
        At.frag.vol. = 17.157,  At.solv.par. = -0.003,
        Hb R-eqm = 1.900,  weighted Hb epsilon = 0.604,
        Hb type = 3,  bond index = 2

Parameters for the atom type "F" were initialised with the following default values:

        R-eqm = 3.09 Angstrom,  weighted epsilon = 0.013,
        At.frag.vol. = 15.448,  At.solv.par. = -0.001,
        Hb R-eqm = 0.000,  weighted Hb epsilon = 0.000,
        Hb type = 0,  bond index = 4

Parameters for the atom type "Mg" were initialised with the following default values:

        R-eqm = 1.30 Angstrom,  weighted epsilon = 0.145,
        At.frag.vol. = 1.560,  At.solv.par. = -0.001,
        Hb R-eqm = 0.000,  weighted Hb epsilon = 0.000,
        Hb type = 0,  bond index = 4

Parameters for the atom type "MG" were initialised with the following default values:

        R-eqm = 1.30 Angstrom,  weighted epsilon = 0.145,
        At.frag.vol. = 1.560,  At.solv.par. = -0.001,
        Hb R-eqm = 0.000,  weighted Hb epsilon = 0.000,
        Hb type = 0,  bond index = 4

Parameters for the atom type "P" were initialised with the following default values:

        R-eqm = 4.20 Angstrom,  weighted epsilon = 0.033,
        At.frag.vol. = 38.792,  At.solv.par. = -0.001,
        Hb R-eqm = 0.000,  weighted Hb epsilon = 0.000,
        Hb type = 0,  bond index = 5

Parameters for the atom type "SA" were initialised with the following default values:

        R-eqm = 4.00 Angstrom,  weighted epsilon = 0.033,
        At.frag.vol. = 33.510,  At.solv.par. = -0.002,
        Hb R-eqm = 2.500,  weighted Hb epsilon = 0.121,
        Hb type = 5,  bond index = 6

Parameters for the atom type "S" were initialised with the following default values:

        R-eqm = 4.00 Angstrom,  weighted epsilon = 0.033,
        At.frag.vol. = 33.510,  At.solv.par. = -0.002,
        Hb R-eqm = 0.000,  weighted Hb epsilon = 0.000,
        Hb type = 0,  bond index = 6

Parameters for the atom type "Cl" were initialised with the following default values:

        R-eqm = 4.09 Angstrom,  weighted epsilon = 0.046,
        At.frag.vol. = 35.824,  At.solv.par. = -0.001,
        Hb R-eqm = 0.000,  weighted Hb epsilon = 0.000,
        Hb type = 0,  bond index = 4

Parameters for the atom type "CL" were initialised with the following default values:

        R-eqm = 4.09 Angstrom,  weighted epsilon = 0.046,
        At.frag.vol. = 35.824,  At.solv.par. = -0.001,
        Hb R-eqm = 0.000,  weighted Hb epsilon = 0.000,
        Hb type = 0,  bond index = 4

Parameters for the atom type "Ca" were initialised with the following default values:

        R-eqm = 1.98 Angstrom,  weighted epsilon = 0.091,
        At.frag.vol. = 2.770,  At.solv.par. = -0.001,
        Hb R-eqm = 0.000,  weighted Hb epsilon = 0.000,
        Hb type = 0,  bond index = 4

Parameters for the atom type "CA" were initialised with the following default values:

        R-eqm = 1.98 Angstrom,  weighted epsilon = 0.091,
        At.frag.vol. = 2.770,  At.solv.par. = -0.001,
        Hb R-eqm = 0.000,  weighted Hb epsilon = 0.000,
        Hb type = 0,  bond index = 4

Parameters for the atom type "Mn" were initialised with the following default values:

        R-eqm = 1.30 Angstrom,  weighted epsilon = 0.145,
        At.frag.vol. = 2.140,  At.solv.par. = -0.001,
        Hb R-eqm = 0.000,  weighted Hb epsilon = 0.000,
        Hb type = 0,  bond index = 4

Parameters for the atom type "MN" were initialised with the following default values:

        R-eqm = 1.30 Angstrom,  weighted epsilon = 0.145,
        At.frag.vol. = 2.140,  At.solv.par. = -0.001,
        Hb R-eqm = 0.000,  weighted Hb epsilon = 0.000,
        Hb type = 0,  bond index = 4

Parameters for the atom type "Fe" were initialised with the following default values:

        R-eqm = 1.30 Angstrom,  weighted epsilon = 0.002,
        At.frag.vol. = 1.840,  At.solv.par. = -0.001,
        Hb R-eqm = 0.000,  weighted Hb epsilon = 0.000,
        Hb type = 0,  bond index = 4

Parameters for the atom type "FE" were initialised with the following default values:

        R-eqm = 1.30 Angstrom,  weighted epsilon = 0.002,
        At.frag.vol. = 1.840,  At.solv.par. = -0.001,
        Hb R-eqm = 0.000,  weighted Hb epsilon = 0.000,
        Hb type = 0,  bond index = 4

Parameters for the atom type "Zn" were initialised with the following default values:

        R-eqm = 1.48 Angstrom,  weighted epsilon = 0.091,
        At.frag.vol. = 1.700,  At.solv.par. = -0.001,
        Hb R-eqm = 0.000,  weighted Hb epsilon = 0.000,
        Hb type = 0,  bond index = 4

Parameters for the atom type "ZN" were initialised with the following default values:

        R-eqm = 1.48 Angstrom,  weighted epsilon = 0.091,
        At.frag.vol. = 1.700,  At.solv.par. = -0.001,
        Hb R-eqm = 0.000,  weighted Hb epsilon = 0.000,
        Hb type = 0,  bond index = 4

Parameters for the atom type "Br" were initialised with the following default values:

        R-eqm = 4.33 Angstrom,  weighted epsilon = 0.065,
        At.frag.vol. = 42.566,  At.solv.par. = -0.001,
        Hb R-eqm = 0.000,  weighted Hb epsilon = 0.000,
        Hb type = 0,  bond index = 4

Parameters for the atom type "BR" were initialised with the following default values:

        R-eqm = 4.33 Angstrom,  weighted epsilon = 0.065,
        At.frag.vol. = 42.566,  At.solv.par. = -0.001,
        Hb R-eqm = 0.000,  weighted Hb epsilon = 0.000,
        Hb type = 0,  bond index = 4

Parameters for the atom type "I" were initialised with the following default values:

        R-eqm = 4.72 Angstrom,  weighted epsilon = 0.091,
        At.frag.vol. = 55.059,  At.solv.par. = -0.001,
        Hb R-eqm = 0.000,  weighted Hb epsilon = 0.000,
        Hb type = 0,  bond index = 4

Parameters for the atom type "Z" were initialised with the following default values:

        R-eqm = 4.00 Angstrom,  weighted epsilon = 0.025,
        At.frag.vol. = 33.510,  At.solv.par. = -0.001,
        Hb R-eqm = 0.000,  weighted Hb epsilon = 0.000,
        Hb type = 0,  bond index = 0

Parameters for the atom type "G" were initialised with the following default values:

        R-eqm = 4.00 Angstrom,  weighted epsilon = 0.025,
        At.frag.vol. = 33.510,  At.solv.par. = -0.001,
        Hb R-eqm = 0.000,  weighted Hb epsilon = 0.000,
        Hb type = 0,  bond index = 0

Parameters for the atom type "GA" were initialised with the following default values:

        R-eqm = 4.00 Angstrom,  weighted epsilon = 0.025,
        At.frag.vol. = 33.510,  At.solv.par. = -0.001,
        Hb R-eqm = 0.000,  weighted Hb epsilon = 0.000,
        Hb type = 0,  bond index = 0

Parameters for the atom type "J" were initialised with the following default values:

        R-eqm = 4.00 Angstrom,  weighted epsilon = 0.025,
        At.frag.vol. = 33.510,  At.solv.par. = -0.001,
        Hb R-eqm = 0.000,  weighted Hb epsilon = 0.000,
        Hb type = 0,  bond index = 0

Parameters for the atom type "Q" were initialised with the following default values:

        R-eqm = 4.00 Angstrom,  weighted epsilon = 0.025,
        At.frag.vol. = 33.510,  At.solv.par. = -0.001,
        Hb R-eqm = 0.000,  weighted Hb epsilon = 0.000,
        Hb type = 0,  bond index = 0

GPF> npts 40 44 54                        # num.grid points in xyz

Number of grid points in x-direction:        41
Number of grid points in y-direction:        45
Number of grid points in z-direction:        55

GPF> gridfld 1kf1_H9.maps.fld             # grid_data_file

/cygdrive/e/csb/temp/autogrid4: ERROR:  can't create grid dimensions data file 1kf1_H9.maps.fld

/cygdrive/e/csb/temp/autogrid4: ERROR:  Unsuccessful completion.

/cygdrive/e/csb/temp/autogrid4: ERROR:  can't create grid dimensions data file 1kf1_H9.maps.fld

/cygdrive/e/csb/temp/autogrid4: ERROR:  Unsuccessful completion.

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[ Last edited by lei0736 on 2009-11-25 at 13:29 ]
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