AutoStructure: Difference between revisions

From NESG Wiki
Jump to navigation Jump to search
(Created page with '== '''Introduction''' == == '''Getting Started''' == === Input Files === === Graphical User Interface === === Control File === == '''Files for Download''' == == '''Re…')
 
No edit summary
Line 4: Line 4:


=== Input Files  ===
=== Input Files  ===


=== Graphical User Interface  ===
=== Graphical User Interface  ===


=== Control File  ===


=== Control File<br>  ===
=== Staring a Calculation ===
The user can start a calculation from either the graphical user face or the command line.&nbsp;
1. Launching a calculation from the GUI.
*Under the Autostructure pull-down on the main page, choosing Start -&gt; Calc opens the dialogue box below.&nbsp;
[[Image:AS_startCalc.png]]
*Launching calculations from the GUI uses is generally slow since only the processors on your own machine are used.&nbsp; To speed up the calculations use the command line on a cluster.
2.&nbsp; Launching a calculation from the command line.
*Login in the a cluster.&nbsp; At CABM&nbsp;we use AutoStructure version 2.2.1 on hummer.
*A simple command line run can be started as follows:
<pre>/farm/software/AutoStructure/AutoStructure-2.2.1/bin/autostructure -c controlfile_CYANArun -o testCYANArun.out -v</pre>
*Running the autostructure command gives the following options (like those avaliable in the GUI):
<pre> AutoStructure/RPF Version 2.2.1 Copyright(C) 2007
    Center for Advanced Biotechnology and Medicine (CABM)
    Rutgers University
    Options:
        -c control_file      Required
        -o output_dir        Required
        -d                  For debug
        -h                  Help
        -m                  Exclude PCT-filter of Cycle1 for symmetry analysis
        -n                  Exclude CSI-based secondary structure analysis
        -i structure_file    inital fold for bootstrapping
        -j                  Include J-coupling constant data for angle constraint analysis (HYPER)
        -k float_number      Calibration coefficient
        -N                  Include NOE assignments in HYPER caluclation (under development)
        -q structure_file    AutoQF-Calculate the F and DP scores of the input structure_file (IUPAC naming)
        -r path              Restore from a prior outout_dir
        -R                  Include rotamer constraints in HYPER calculation (under development)
        -v                  Calculate the M score and average shifts
</pre>
== '''Files for Download'''  ==
== '''Files for Download'''  ==


== '''References''' ==
 
 
 
 
== '''References''' ==
 
 
 
-- JimAramini - 07 Nov 2009

Revision as of 19:38, 7 November 2009

Introduction

Getting Started

Input Files

Graphical User Interface

Control File

Staring a Calculation

The user can start a calculation from either the graphical user face or the command line. 

1. Launching a calculation from the GUI.

  • Under the Autostructure pull-down on the main page, choosing Start -> Calc opens the dialogue box below. 

AS startCalc.png

  • Launching calculations from the GUI uses is generally slow since only the processors on your own machine are used.  To speed up the calculations use the command line on a cluster.


2.  Launching a calculation from the command line.

  • Login in the a cluster.  At CABM we use AutoStructure version 2.2.1 on hummer.
  • A simple command line run can be started as follows:
/farm/software/AutoStructure/AutoStructure-2.2.1/bin/autostructure -c controlfile_CYANArun -o testCYANArun.out -v
  • Running the autostructure command gives the following options (like those avaliable in the GUI):
 AutoStructure/RPF Version 2.2.1 Copyright(C) 2007
     Center for Advanced Biotechnology and Medicine (CABM)
     Rutgers University

     Options:
         -c control_file      Required
         -o output_dir        Required
         -d                   For debug
         -h                   Help
         -m                   Exclude PCT-filter of Cycle1 for symmetry analysis
         -n                   Exclude CSI-based secondary structure analysis
         -i structure_file    inital fold for bootstrapping
         -j                   Include J-coupling constant data for angle constraint analysis (HYPER)
         -k float_number      Calibration coefficient
         -N                   Include NOE assignments in HYPER caluclation (under development)
         -q structure_file    AutoQF-Calculate the F and DP scores of the input structure_file (IUPAC naming)
         -r path              Restore from a prior outout_dir
         -R                   Include rotamer constraints in HYPER calculation (under development)
         -v                   Calculate the M score and average shifts

Files for Download

References

-- JimAramini - 07 Nov 2009