--- /dev/null
+<?xml version="1.0" encoding="US-ASCII" standalone="yes"?>\r
+<runnerConfig>\r
+ <runnerClassName>compbio.runner.probcons.Probcons</runnerClassName>\r
+ <!-- \r
+ <options>\r
+ <name>Reestimate EP</name>\r
+ <description>Reestimate emission probabilities</description>\r
+ <optionNames>-e</optionNames>\r
+ <furtherDetails>http://www.compbio.dundee.ac.uk/users/pvtroshin/ws/Index.html</furtherDetails>\r
+ </options>\r
+ -->\r
+ <options>\r
+ <name>Output aligned</name>\r
+ <description>Output sequences in alignment order rather than input order</description>\r
+ <optionNames>-a</optionNames>\r
+ <furtherDetails>http://www.compbio.dundee.ac.uk/users/pvtroshin/ws/Index.html</furtherDetails>\r
+ </options>\r
+ <prmSeparator> </prmSeparator>\r
+ <!-- TODO This needs matrix file accessible to the program \r
+ <parameters>\r
+ <name>MATRIX</name>\r
+ <description>Protein weight matrix. Specifies the emission probabilities that are to be used for scoring alignments.</description>\r
+ <optionNames>-m</optionNames>\r
+ <furtherDetails>http://www.compbio.dundee.ac.uk/users/pvtroshin/ws/Index.html</furtherDetails>\r
+ <defaultValue>BLOSUM62</defaultValue>\r
+ <possibleValues>BLOSUM62</possibleValues>\r
+ <possibleValues>PAM</possibleValues>\r
+ <possibleValues>ID</possibleValues>\r
+ <possibleValues>GONNET</possibleValues>\r
+ </parameters>\r
+ -->\r
+ <parameters>\r
+ <name>Rounds of pre-training before aligning the sequences</name>\r
+ <description>This specifies the number of rounds of EM to be applied on the set of sequences being\r
+aligned. This option is used in case the default parameters are not appropriate for the\r
+particular sequences being aligned; in general, this option is not recommended as it may\r
+lead to unstable alignment parameters.</description>\r
+ <optionNames>-pre</optionNames>\r
+ <furtherDetails>http://www.compbio.dundee.ac.uk/users/pvtroshin/ws/Index.html</furtherDetails>\r
+ <defaultValue>0</defaultValue>\r
+ <validValue>\r
+ <type>Integer</type>\r
+ <min>0</min>\r
+ <max>20</max>\r
+ </validValue>\r
+ </parameters>\r
+ <parameters>\r
+ <name>Passes of iterative refinement</name>\r
+ <description>This specifies the number of iterations of iterative refinement to be performed. In each\r
+stage of iterative refinement, the set of sequences in the alignment is randomly\r
+partitioned into two groups. After projecting the alignments to these groups, the two\r
+groups are realigned, resulting in an alignment whose objective score is guaranteed to be\r
+at least that of the original alignment</description>\r
+ <optionNames>-ir</optionNames>\r
+ <furtherDetails>http://www.compbio.dundee.ac.uk/users/pvtroshin/ws/Index.html</furtherDetails>\r
+ <defaultValue>100</defaultValue>\r
+ <validValue>\r
+ <type>Integer</type>\r
+ <min>0</min>\r
+ <max>1000</max>\r
+ </validValue>\r
+ </parameters>\r
+ <parameters>\r
+ <name>Passes of consistency transformation</name>\r
+ <description>Each pass applies one round of the consistency transformation on the set of sequences.\r
+ The consistency transformation is described in detail in the mentioned papers. In each\r
+ round, the aligner computes the consistency transformation for each pair of sequences\r
+ using all other sequences. The aligner then updates the posterior probability matrices of\r
+ the pairwise alignments.</description>\r
+ <optionNames>-c</optionNames>\r
+ <furtherDetails>http://www.compbio.dundee.ac.uk/users/pvtroshin/ws/Index.html</furtherDetails>\r
+ <defaultValue>2</defaultValue>\r
+ <validValue>\r
+ <type>Integer</type>\r
+ <min>0</min>\r
+ <max>5</max>\r
+ </validValue>\r
+ </parameters>\r
+</runnerConfig>\r