<SECT2 ID="JVMOPTS-MEM"> <TITLE><LITERAL>-Xmsn -Xmxn</LITERAL></TITLE> <PARA> Use <LITERAL>-Xmsn</LITERAL> to specify the initial size, in bytes, of the memory allocation pool. This value must be a multiple of 1024 greater than 1MB. Append the letter k or K to indicate kilobytes, or m or M to indicate megabytes. </PARA> <PARA> Use <LITERAL>-Xmxn</LITERAL> to specify the maximum size, in bytes, of the memory allocation pool. This value must a multiple of 1024 greater than 2MB. Append the letter k or K to indicate kilobytes, or m or M to indicate megabytes. </PARA> </SECT2> <SECT2 ID="BB-MODE"> <TITLE><LITERAL>-Dblack_belt_mode=false</LITERAL></TITLE> <PARA> If this is set to false then warning messages are kept to a minimum. </PARA> </SECT2> <SECT2 ID="JVM-OFFSET"> <TITLE><LITERAL>-Doffset=10000</LITERAL></TITLE> <PARA> This sets the base position that &prog; opens at, e.g. 10000. </PARA> </SECT2> <SECT2 ID="JVM-USERPLOT"> <TITLE><LITERAL>-Duserplot=pathToFile</LITERAL></TITLE> <PARA> This can be used to open userplots from the command line. The paths are comma separated to open multiple plots (-Duserplot='/pathToFile/userPlot1,/pathToFile/userPlot2'). </PARA> <![ %act-only; [ <PARA> In ACT numbers are used to associate the file with a particular sequence. For example to add a userplot to the second sequence: </PARA> <PARA><COMMAND>act -Duserplot2=/pathToFile/userPlot</COMMAND></PARA> ]]> </SECT2> <SECT2 ID="JVM-LOGUSERPLOT"> <TITLE><LITERAL>-Dloguserplot=pathToFile</LITERAL></TITLE> <PARA> This is the same as the above userplot option except that the log transform of the data is plotted. </PARA> </SECT2> <![ %artemis-only; [ <SECT2 ID="JVM-NG"> <TITLE><LITERAL>-Dbam=pathToFile</LITERAL></TITLE> <PARA> This can be used to open BAM files and/or VCF/BCF files (see <XREF LINKEND="FILEMENU-READ-BAM"> for more about the using these file types). This can take a path name to a file or an HTTP address. </PARA> </SECT2> <SECT2 ID="JVM-NG2"> <TITLE><LITERAL>-Dbam1=pathToFile1 -Dbam2=pathToFile2</LITERAL></TITLE> <PARA> The following will open BAM files in separate panels (using -Dbam[1,2,3...]): </PARA> <PARA> <COMMAND>art -Dbam1=fileA.bam -Dbam2=fileB.bam</COMMAND> </PARA> </SECT2> <SECT2 ID="JVM-NG3"> <TITLE><LITERAL>-DbamClone=n</LITERAL></TITLE> <PARA> Multiple BAM panels can be opened using the bamClone flag this is used with the -Dbam flag: </PARA> <PARA> <COMMAND>art -Dbam='/pathToFile/file1.bam,/pathToFile/file2.bam' -DbamClone=n</COMMAND> </PARA> <PARA> (where n is an integer greater than 1). All BAM files are then shown in each panel. </PARA> </SECT2> ]]> <![ %act-only; [ <SECT2 ID="JVM-NG2"> <TITLE><LITERAL>-Dbam1=pathToFile1 -Dbam2=pathToFile2</LITERAL></TITLE> <PARA> This can be used to open BAM files and/or VCF/BCF files (see <XREF LINKEND="FILEMENU-READ-BAM"> for more about the using these file types). This can take a path name to a file or an HTTP address. Numbers are used to associate the file with a particular sequence. For example to add a BAM to the first (top) sequence in ACT: </PARA> <PARA><COMMAND>act -Dbam1=/pathToFile/file.bam </COMMAND></PARA> </SECT2> ]]> <SECT2 ID="JVM-CHADO"> <TITLE><LITERAL>-Dchado="hostname:port/database?username"</LITERAL></TITLE> <PARA> This is used to get &prog; to look for the database. The address of the database (hostname, port and name) can be conveniently included (e.g. -Dchado="genedb-db.sanger.ac.uk:5432/snapshot?genedb_ro") and these details are then the default database address in the popup login window. </PARA> </SECT2> <SECT2 ID="JVM-CHADO-READONLY"> <TITLE><LITERAL>-Dread_only</LITERAL></TITLE> <PARA> For a read only chado connection -Dread_only is specified on the command line (e.g. art -Dchado="genedb-db.sanger.ac.uk:5432/snapshot?genedb_ro" -Dread_only). </PARA> </SECT2> <SECT2 ID="JVM-FWD-LINES"> <TITLE><LITERAL>-Dshow_forward_lines=false</LITERAL></TITLE> <PARA> Hide/show forward frame lines. </PARA> </SECT2> <SECT2 ID="JVM-BWD-LINES"> <TITLE><LITERAL>-Dshow_reverse_lines=false</LITERAL></TITLE> <PARA> Hide/show reverse frame lines. </PARA> </SECT2>