From chemistry-request@server.ccl.net Fri Aug 17 17:14:49 2001
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Date: Fri, 17 Aug 2001 18:18:59 -0300
From: Carlos Alberto Montanari <montana@dedalus.lcc.ufmg.br>
Organization: UFMG
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Dear friends, please find attached the Brazmedchem scientific symposium
program
and registration form.
Please, for those who intend to attend, feel free to register on line
(http://agora.grude.ufmg.br/brazmedchem).
With kind regards from Brazil.
Carlos Montanari.
On behalf of the Organizing Committee.

PS. Why attending this meeting:
1. Very good speakers;
2. Superb program and scientific committee;
3. Great opportunity to get to know a bit of this wonderful Country.



--
Carlos Alberto Montanari, M.Sc., Ph.D.
Nucleo de Estudos em Quimica Medicinal, NEQUIM
Departamento de Quimica/ICEx
Universidade Federal de Minas Gerais
31270-901 - Belo Horizonte - MG - Brasil
TEL +55-31-499-5728, +55-31-499-5765
FAX +55-31-499-5700
email: montana@dedalus.lcc.ufmg.br
homepage: http://www.qui.ufmg.br/~nequim
                   http://agora.grude.ufmg.br/brazmedchem




From chemistry-request@server.ccl.net Sat Aug 18 04:57:18 2001
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Subject: Auto dock running problem
From: Chinmoy Ranjan <ranjan@iitk.ac.in>
To: CHEMISTRY@ccl.net
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Date: 18 Aug 2001 14:19:59 -0400
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--=-u2Ub5685+XqMMNCl1gkK
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Dear Autodock users,
  I am new in using autodock.While running the autodock for the example
file Iam getting the message
....segmentation fault and the program terminates.
 The output .dlg file is attached.
Could any body please tell me what is the problem?

I am using a pc with PIII 700, ASUS CU4VX mother board and 128MB SDRAM
 
Any help is appreciated.
Chinmoy..







--=-u2Ub5685+XqMMNCl1gkK
Content-Type: text/plain
Content-Disposition: attachment; filename=3ptb.dlg
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      ________________________________________________________________

__________//___________________________/////___________________/____________
_________/__/__________________________/____/__________________/____________
________/____/___________/_____________/_____/_________________/____________
________/____/__/_____/_/////___/////__/_____/__/////___/////__/___/________
_______/______/_/_____/__/_____/_____/_/_____/_/_____/_/_____/_/_//_________
_______////////_/_____/__/_____/_____/_/_____/_/_____/_/_______//_/_________
_______/______/_/____//__/___/_/_____/_/____/__/_____/_/_____/_/___/________
_______/______/__////_/___///___/////__/////____/////___/////__/____/_______

      ________________________________________________________________

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

                  ______________________________________ 
                 |                                      |
                 |            AutoDock 3.05             |
                 |                                      |
                 |            (c) 1991-2000             |
                 |    The Scripps Research Institute    |
                 |                                      |
                 |       Garrett M. Morris, TSRI        |
                 |         garrett@scripps.edu          |
                 |                                      |
                 |       David S. Goodsell, TSRI        |
                 |         goodsell@scripps.edu         |
                 |                                      |
                 |        Arthur J. Olson, TSRI         |
                 |           olson@scripps.edu          |
                 |______________________________________|

                  ______________________________________ 
                 |                                      |
                 | Automated Docking of Flexible Ligand |
                 |     to Macromolecular Receptor       |
                 |______________________________________|



This file was created at:			1:37 52" p.m., 08/18/2001
                   using:			"chinmoy.h1.iitk.ac.in"

NOTE: "rus" stands for:

      r = Real, wall-clock or elapsed time;
      u = User or cpu-usage time;
      s = System time

All timings are in seconds, unless otherwise stated.


Parameter file used for this docking:		3ptbA.dpf



DPF> seed    time pid	# for random number generator

2 seeds found.
argument "time" found
argument "pid" found
Random number generator was seeded with the current time, value = 998156272
Random number generator was seeded with the process ID, value   = 1576



DPF> types	CANH		# atom type names

Atom descriptors for types 1-4 = C, A, N, H  respectively.

Electrostatic energies will be stored in Grid Map 5


DPF> fld	3ptb.maps.fld	# grid data file

Opening Grid Map Dimensions file:		3ptb.maps.fld

Grid Point Spacing =				0.375 Angstroms

Even Number of User-specified Grid Points =	60 x-points
						60 y-points
						60 z-points

Adding the Central Grid Point makes:		61 x-points
						61 y-points
						61 z-points

Coordinates of Central Grid Point of Maps =	(-1.853, 14.311, 16.658)

Macromolecule file used to create Grid Maps =	3ptb.pdbqs

Grid Parameter file used to create Grid Maps =	3ptbA.gpf

Minimum coordinates in grid = (-13.103, 3.061, 5.408)
Maximum coordinates in grid = (9.397, 25.561, 27.908)



DPF> map	3ptb.C.map	# C-atomic affinity map

Opened Grid Map 1 (C):				3ptb.C.map
Checking header information.
Number of grid points expected in  x-dimension:  61
Number of grid points expected in  y-dimension:  61
Number of grid points expected in  z-dimension:  61
Looking for 226981 energies from Grid Map 1... 
Closing file.
226981 energies found for map 1
Minimum energy = -1.12,  maximum energy = 201978.05

Time taken (s): Real= 1.15,  CPU= 0.95,  System= 0.06



DPF> map	3ptb.A.map	# A-atomic affinity map

Opened Grid Map 2 (A):				3ptb.A.map
Checking header information.
Number of grid points expected in  x-dimension:  61
Number of grid points expected in  y-dimension:  61
Number of grid points expected in  z-dimension:  61
Looking for 226981 energies from Grid Map 2... 
Closing file.
226981 energies found for map 2
Minimum energy = -0.95,  maximum energy = 201978.22

Time taken (s): Real= 1.14,  CPU= 0.94,  System= 0.05



DPF> map	3ptb.N.map	# N-atomic affinity map

Opened Grid Map 3 (N):				3ptb.N.map
Checking header information.
Number of grid points expected in  x-dimension:  61
Number of grid points expected in  y-dimension:  61
Number of grid points expected in  z-dimension:  61
Looking for 226981 energies from Grid Map 3... 
Closing file.
226981 energies found for map 3
Minimum energy = -0.80,  maximum energy = 200529.28

Time taken (s): Real= 1.13,  CPU= 0.97,  System= 0.00



DPF> map	3ptb.H.map	# H-atomic affinity map

Opened Grid Map 4 (H):				3ptb.H.map
Checking header information.
Number of grid points expected in  x-dimension:  61
Number of grid points expected in  y-dimension:  61
Number of grid points expected in  z-dimension:  61
Looking for 226981 energies from Grid Map 4... 
Closing file.
226981 energies found for map 4
Minimum energy = -0.84,  maximum energy = 105498.09

Time taken (s): Real= 1.07,  CPU= 0.89,  System= 0.04



DPF> map	3ptb.e.map	# electrostatics map

Opened Grid Map 5 (e):				3ptb.e.map
Checking header information.
Number of grid points expected in  x-dimension:  61
Number of grid points expected in  y-dimension:  61
Number of grid points expected in  z-dimension:  61
Looking for 226981 energies from Grid Map 5... 
Closing file.
226981 energies found for map 5
Minimum energy = -220.09,  maximum energy = 743.64

Time taken (s): Real= 0.91,  CPU= 0.85,  System= 0.03

DPF> 


DPF> move	benA.pdbq	# small molecule


--=-u2Ub5685+XqMMNCl1gkK--



