Mercurial > repos > galaxyp > openms_sequencecoveragecalculator
diff test-data/MzMLSplitter_output_part2.mzML @ 6:1abbacf96b65 draft
planemo upload for repository https://github.com/galaxyproteomics/tools-galaxyp/tree/master/tools/openms commit 981be1bde91d6d565693cd691553f77465e653bb
| author | galaxyp |
|---|---|
| date | Tue, 20 Mar 2018 14:50:30 -0400 |
| parents | |
| children |
line wrap: on
line diff
--- /dev/null Thu Jan 01 00:00:00 1970 +0000 +++ b/test-data/MzMLSplitter_output_part2.mzML Tue Mar 20 14:50:30 2018 -0400 @@ -0,0 +1,222 @@ +<?xml version="1.0" encoding="ISO-8859-1"?> +<indexedmzML xmlns="http://psi.hupo.org/ms/mzml" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:schemaLocation="http://psi.hupo.org/ms/mzml http://psidev.info/files/ms/mzML/xsd/mzML1.1.0_idx.xsd"> +<mzML xmlns="http://psi.hupo.org/ms/mzml" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:schemaLocation="http://psi.hupo.org/ms/mzml http://psidev.info/files/ms/mzML/xsd/mzML1.1.0.xsd" accession="" version="1.1.0"> + <cvList count="5"> + <cv id="MS" fullName="Proteomics Standards Initiative Mass Spectrometry Ontology" URI="http://psidev.cvs.sourceforge.net/*checkout*/psidev/psi/psi-ms/mzML/controlledVocabulary/psi-ms.obo"/> + <cv id="UO" fullName="Unit Ontology" URI="http://obo.cvs.sourceforge.net/obo/obo/ontology/phenotype/unit.obo"/> + <cv id="BTO" fullName="BrendaTissue545" version="unknown" URI="http://www.brenda-enzymes.info/ontology/tissue/tree/update/update_files/BrendaTissueOBO"/> + <cv id="GO" fullName="Gene Ontology - Slim Versions" version="unknown" URI="http://www.geneontology.org/GO_slims/goslim_goa.obo"/> + <cv id="PATO" fullName="Quality ontology" version="unknown" URI="http://obo.cvs.sourceforge.net/*checkout*/obo/obo/ontology/phenotype/quality.obo"/> + </cvList> + <fileDescription> + <fileContent> + <cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" /> + </fileContent> + <contact> + <cvParam cvRef="MS" accession="MS:1000586" name="contact name" value=", " /> + <cvParam cvRef="MS" accession="MS:1000590" name="contact affiliation" value="" /> + </contact> + </fileDescription> + <sampleList count="1"> + <sample id="sa_0" name=""> + <cvParam cvRef="MS" accession="MS:1000004" name="sample mass" value="0" unitAccession="UO:0000021" unitName="gram" unitCvRef="UO" /> + <cvParam cvRef="MS" accession="MS:1000005" name="sample volume" value="0" unitAccession="UO:0000098" unitName="milliliter" unitCvRef="UO" /> + <cvParam cvRef="MS" accession="MS:1000006" name="sample concentration" value="0" unitAccession="UO:0000175" unitName="gram per liter" unitCvRef="UO" /> + </sample> + </sampleList> + <softwareList count="4"> + <software id="so_in_0" version="" > + <cvParam cvRef="MS" accession="MS:1000799" name="custom unreleased software tool" value="" /> + </software> + <software id="so_default" version="" > + <cvParam cvRef="MS" accession="MS:1000799" name="custom unreleased software tool" value="" /> + </software> + <software id="so_dp_sp_0_pm_0" version="" > + <cvParam cvRef="MS" accession="MS:1000799" name="custom unreleased software tool" value="" /> + </software> + <software id="so_dp_sp_0_pm_1" version="version_string" > + <cvParam cvRef="MS" accession="MS:1000756" name="FileConverter" /> + </software> + </softwareList> + <instrumentConfigurationList count="1"> + <instrumentConfiguration id="ic_0"> + <cvParam cvRef="MS" accession="MS:1000031" name="instrument model" /> + <componentList count="3"> + <source order="0"> + <cvParam cvRef="MS" accession="MS:1000008" name="ionization type" /> + </source> + <analyzer order="0"> + <cvParam cvRef="MS" accession="MS:1000014" name="accuracy" value="0" unitAccession="UO:0000169" unitName="parts per million" unitCvRef="UO" /> + <cvParam cvRef="MS" accession="MS:1000022" name="TOF Total Path Length" value="0" unitAccession="UO:0000008" unitName="meter" unitCvRef="UO" /> + <cvParam cvRef="MS" accession="MS:1000024" name="final MS exponent" value="0" /> + <cvParam cvRef="MS" accession="MS:1000025" name="magnetic field strength" value="0" unitAccession="UO:0000228" unitName="tesla" unitCvRef="UO" /> + <cvParam cvRef="MS" accession="MS:1000443" name="mass analyzer type" /> + </analyzer> + <detector order="0"> + <cvParam cvRef="MS" accession="MS:1000028" name="detector resolution" value="0" /> + <cvParam cvRef="MS" accession="MS:1000029" name="sampling frequency" value="0" unitAccession="UO:0000106" unitName="hertz" unitCvRef="UO" /> + <cvParam cvRef="MS" accession="MS:1000026" name="detector type" /> + </detector> + </componentList> + <softwareRef ref="so_in_0" /> + </instrumentConfiguration> + </instrumentConfigurationList> + <dataProcessingList count="1"> + <dataProcessing id="dp_sp_0"> + <processingMethod order="0" softwareRef="so_dp_sp_0_pm_0"> + <cvParam cvRef="MS" accession="MS:1000543" name="data processing action" /> + </processingMethod> + <processingMethod order="0" softwareRef="so_dp_sp_0_pm_1"> + <cvParam cvRef="MS" accession="MS:1000544" name="Conversion to mzML" /> + <cvParam cvRef="MS" accession="MS:1000747" name="completion time" value="1999-12-31+23:59" /> + <userParam name="parameter: mode" type="xsd:string" value="test_mode"/> + </processingMethod> + </dataProcessing> + </dataProcessingList> + <run id="ru_0" defaultInstrumentConfigurationRef="ic_0" sampleRef="sa_0"> + <spectrumList count="5" defaultDataProcessingRef="dp_sp_0"> + <spectrum id="spectrum=6" index="0" defaultArrayLength="885" dataProcessingRef="dp_sp_0"> + <cvParam cvRef="MS" accession="MS:1000525" name="spectrum representation" /> + <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" /> + <cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" /> + <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" /> + <scanList count="1"> + <cvParam cvRef="MS" accession="MS:1000795" name="no combination" /> + <scan > + <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="31.2627" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" /> + </scan> + </scanList> + <binaryDataArrayList count="2"> + <binaryDataArray encodedLength="9440"> + <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" /> + <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" /> + <cvParam cvRef="MS" accession="MS:1000576" name="no compression" /> + <binary>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</binary> + </binaryDataArray> + <binaryDataArray encodedLength="4720"> + <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS"/> + <cvParam cvRef="MS" accession="MS:1000521" name="32-bit float" /> + <cvParam cvRef="MS" accession="MS:1000576" name="no compression" /> + <binary>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</binary> + </binaryDataArray> + </binaryDataArrayList> + </spectrum> + <spectrum id="spectrum=7" index="1" defaultArrayLength="5"> + <cvParam cvRef="MS" accession="MS:1000525" name="spectrum representation" /> + <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2" /> + <cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" /> + <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" /> + <scanList count="1"> + <cvParam cvRef="MS" accession="MS:1000795" name="no combination" /> + <scan > + <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="36.7164" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" /> + </scan> + </scanList> + <binaryDataArrayList count="2"> + <binaryDataArray encodedLength="56"> + <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" /> + <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" /> + <cvParam cvRef="MS" accession="MS:1000576" name="no compression" /> + <binary>AAAA4MxLf0AAAADgQIx/QAAAAEAzO4BAAAAAgEoIgkAAAAAg7HmJQA==</binary> + </binaryDataArray> + <binaryDataArray encodedLength="28"> + <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS"/> + <cvParam cvRef="MS" accession="MS:1000521" name="32-bit float" /> + <cvParam cvRef="MS" accession="MS:1000576" name="no compression" /> + <binary>CkwJQr2To0MYvdZBymzcQ1d1GkM=</binary> + </binaryDataArray> + </binaryDataArrayList> + </spectrum> + <spectrum id="spectrum=8" index="2" defaultArrayLength="7"> + <cvParam cvRef="MS" accession="MS:1000525" name="spectrum representation" /> + <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2" /> + <cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" /> + <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" /> + <scanList count="1"> + <cvParam cvRef="MS" accession="MS:1000795" name="no combination" /> + <scan > + <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="34.2968" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" /> + </scan> + </scanList> + <binaryDataArrayList count="2"> + <binaryDataArray encodedLength="76"> + <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" /> + <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" /> + <cvParam cvRef="MS" accession="MS:1000576" name="no compression" /> + <binary>AAAAAJpBf0AAAACAYFWAQAAAAACs8IBAAAAA4HC4gUAAAABgICSHQAAAAOCla4pAAAAAYJ+QikA=</binary> + </binaryDataArray> + <binaryDataArray encodedLength="40"> + <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS"/> + <cvParam cvRef="MS" accession="MS:1000521" name="32-bit float" /> + <cvParam cvRef="MS" accession="MS:1000576" name="no compression" /> + <binary>Vms2RKnjW0PIhlZCRDzSQj3R2kLlvhJCL3HQQQ==</binary> + </binaryDataArray> + </binaryDataArrayList> + </spectrum> + <spectrum id="spectrum=9" index="3" defaultArrayLength="3"> + <cvParam cvRef="MS" accession="MS:1000525" name="spectrum representation" /> + <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="2" /> + <cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" /> + <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" /> + <scanList count="1"> + <cvParam cvRef="MS" accession="MS:1000795" name="no combination" /> + <scan > + <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="39.1126" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" /> + </scan> + </scanList> + <binaryDataArrayList count="2"> + <binaryDataArray encodedLength="32"> + <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" /> + <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" /> + <cvParam cvRef="MS" accession="MS:1000576" name="no compression" /> + <binary>AAAA4Lbrf0AAAABAJkeBQAAAAMD+poFA</binary> + </binaryDataArray> + <binaryDataArray encodedLength="16"> + <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS"/> + <cvParam cvRef="MS" accession="MS:1000521" name="32-bit float" /> + <cvParam cvRef="MS" accession="MS:1000576" name="no compression" /> + <binary>L0VwQqCnSUIOfjhC</binary> + </binaryDataArray> + </binaryDataArrayList> + </spectrum> + <spectrum id="spectrum=10" index="4" defaultArrayLength="763"> + <cvParam cvRef="MS" accession="MS:1000525" name="spectrum representation" /> + <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" /> + <cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" /> + <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" /> + <scanList count="1"> + <cvParam cvRef="MS" accession="MS:1000795" name="no combination" /> + <scan > + <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="39.9708" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" /> + </scan> + </scanList> + <binaryDataArrayList count="2"> + <binaryDataArray encodedLength="8140"> + <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" /> + <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" /> + <cvParam cvRef="MS" accession="MS:1000576" name="no compression" /> + <binary>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</binary> + </binaryDataArray> + <binaryDataArray encodedLength="4072"> + <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS"/> + <cvParam cvRef="MS" accession="MS:1000521" name="32-bit float" /> + <cvParam cvRef="MS" accession="MS:1000576" name="no compression" /> + <binary>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</binary> + </binaryDataArray> + </binaryDataArrayList> + </spectrum> + </spectrumList> + </run> +</mzML> +<indexList count="1"> + <index name="spectrum"> + <offset idRef="spectrum=6">4899</offset> + <offset idRef="spectrum=7">20575</offset> + <offset idRef="spectrum=8">22141</offset> + <offset idRef="spectrum=9">23739</offset> + <offset idRef="spectrum=10">25269</offset> + </index> +</indexList> +<indexListOffset>39000</indexListOffset> +<fileChecksum>0</fileChecksum> +</indexedmzML> \ No newline at end of file