Mercurial > repos > marcel > caddsuite_mac10_6
comparison CADDSuite-1.0.1/galaxyconfigs/tools/WaterFinder.xml @ 5:e30a41af9d2b
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author | marcel |
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date | Tue, 15 Nov 2011 10:53:16 -0500 |
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4:af446ca2d5c6 | 5:e30a41af9d2b |
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2 <!--This is a configuration file for the integration of a CADDSuite tool into Galaxy (http://usegalaxy.org). This file was automatically generated using GalaxyConfigGenerator, so do not bother to make too many manual modifications.--> | |
3 <tool id="waterfinder" name="WaterFinder" version="1.0.1"> | |
4 <description>find strongly bound waters</description> | |
5 <command interpreter="bash"><![CDATA[../../WaterFinder | |
6 #if str( $rec ) != '' and str( $rec ) != 'None' : | |
7 -rec "$rec" | |
8 #end if | |
9 #if str( $rl ) != '' and str( $rl ) != 'None' : | |
10 -rl "$rl" | |
11 #end if | |
12 #if str( $ini ) != '' and str( $ini ) != 'None' : | |
13 -ini "$ini" | |
14 #end if | |
15 #if str( $wat ) != '' and str( $wat ) != 'None' : | |
16 -wat "$wat" | |
17 #end if | |
18 #if str( $o ) != '' and str( $o ) != 'None' : | |
19 -o "$o" | |
20 #end if | |
21 #if str( $ai ) != '' and str( $ai ) != 'None' : | |
22 -ai | |
23 #end if | |
24 | tail -n 5 | |
25 ]]></command> | |
26 <inputs> | |
27 <param name="rec" optional="false" label="receptor pdb-file" type="data" format="pdb"/> | |
28 <param name="rl" optional="false" label="reference-ligand" type="data" format="mol2/sdf/drf"/> | |
29 <param name="ini" optional="true" label="configuration file" type="data" format="ini"/> | |
30 <param name="wat" optional="true" label="input pdb-file containing water molecules (if not part of rec.-file)" type="data" format="pdb"/> | |
31 <param name="ai" optional="true" label="use ab-initio water search (ignore water in pdb-file), experimental!" type="boolean" truevalue="true" falsevalue=""/> | |
32 </inputs> | |
33 <outputs> | |
34 <data name="o" format="pdb"/> | |
35 </outputs> | |
36 <help>This tool searches for crystal waters that | |
37 * either interact very strongly with the receptor | |
38 * or that interact strongly with receptor and reference ligand, | |
39 thus functioning as a water bridge. | |
40 | |
41 Water molecules in the pdb-structure (i.e. single oxygens) are automatically protonated and rotationally optimized before the search is done. | |
42 | |
43 As input we need: | |
44 * a file containing a protonated protein in pdb-format. | |
45 This file should contain water molecules that are to be evaluated by this tool. | |
46 However, you can also use a separate pdb-file as input for the water molecules (see below). | |
47 * a file containing a reference ligand. | |
48 This reference ligand should be located in the binding pocket. | |
49 Supported formats are mol2, sdf or drf (DockResultFile, xml-based). | |
50 * optionally a file in pdb-format containing water molecules. | |
51 If you specify such a file , all water molecules appearing in the | |
52 protein input-file (if any) will be ignored. | |
53 | |
54 Output of this tool is a pdb-file containing the protein and all detected strongly bound water molecules.</help> | |
55 </tool> |