view test-data/SciexTest.mzML @ 7:e638f7fad66a draft

planemo upload for repository https://github.com/galaxyproteomics/tools-galaxyp/tree/master/tools/msconvert commit d595e3cfe190a61d81005f9be7c2652aa5f91292

<?xml version="1.0" encoding="utf-8"?>
<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/mzML1.1.2_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" id="SciexTest-HPINalone" version="1.1.0">
    <cvList count="2">
      <cv id="MS" fullName="Proteomics Standards Initiative Mass Spectrometry Ontology" version="4.1.12" URI="https://raw.githubusercontent.com/HUPO-PSI/psi-ms-CV/master/psi-ms.obo"/>
      <cv id="UO" fullName="Unit Ontology" version="09:04:2014" URI="https://raw.githubusercontent.com/bio-ontology-research-group/unit-ontology/master/unit.obo"/>
    </cvList>
    <fileDescription>
      <fileContent>
        <cvParam cvRef="MS" accession="MS:1001473" name="selected reaction monitoring chromatogram" value=""/>
      </fileContent>
      <sourceFileList count="2">
        <sourceFile id="WIFF" name="SciexTest.wiff" location="file:///">
          <cvParam cvRef="MS" accession="MS:1000770" name="WIFF nativeID format" value=""/>
          <cvParam cvRef="MS" accession="MS:1000562" name="ABI WIFF format" value=""/>
          <cvParam cvRef="MS" accession="MS:1000569" name="SHA-1" value="d403e3be72b31b62097673cb4f4624b039bb6035"/>
        </sourceFile>
        <sourceFile id="WIFFSCAN" name="SciexTest.wiff.scan" location="file:///">
          <cvParam cvRef="MS" accession="MS:1000770" name="WIFF nativeID format" value=""/>
          <cvParam cvRef="MS" accession="MS:1000562" name="ABI WIFF format" value=""/>
          <cvParam cvRef="MS" accession="MS:1000569" name="SHA-1" value="08a3778ac98327d384c374052d4a39959aababa9"/>
        </sourceFile>
      </sourceFileList>
    </fileDescription>
    <softwareList count="2">
      <software id="Analyst" version="unknown">
        <cvParam cvRef="MS" accession="MS:1000551" name="Analyst" value=""/>
      </software>
      <software id="pwiz_Reader_ABI" version="3.0.19038">
        <cvParam cvRef="MS" accession="MS:1000615" name="ProteoWizard software" value=""/>
      </software>
    </softwareList>
    <instrumentConfigurationList count="1">
      <instrumentConfiguration id="IC1">
        <cvParam cvRef="MS" accession="MS:1000139" name="4000 QTRAP" value=""/>
        <componentList count="5">
          <source order="1">
            <cvParam cvRef="MS" accession="MS:1000073" name="electrospray ionization" value=""/>
          </source>
          <analyzer order="2">
            <cvParam cvRef="MS" accession="MS:1000081" name="quadrupole" value=""/>
          </analyzer>
          <analyzer order="3">
            <cvParam cvRef="MS" accession="MS:1000081" name="quadrupole" value=""/>
          </analyzer>
          <analyzer order="4">
            <cvParam cvRef="MS" accession="MS:1000078" name="axial ejection linear ion trap" value=""/>
          </analyzer>
          <detector order="5">
            <cvParam cvRef="MS" accession="MS:1000253" name="electron multiplier" value=""/>
          </detector>
        </componentList>
        <softwareRef ref="Analyst"/>
      </instrumentConfiguration>
    </instrumentConfigurationList>
    <dataProcessingList count="1">
      <dataProcessing id="pwiz_Reader_ABI_conversion">
        <processingMethod order="0" softwareRef="pwiz_Reader_ABI">
          <cvParam cvRef="MS" accession="MS:1000544" name="Conversion to mzML" value=""/>
        </processingMethod>
      </dataProcessing>
    </dataProcessingList>
    <run id="SciexTest-HPINalone" defaultInstrumentConfigurationRef="IC1" startTimeStamp="2008-11-30T22:10:23Z" defaultSourceFileRef="WIFF">
      <chromatogramList count="39" defaultDataProcessingRef="pwiz_Reader_ABI_conversion">
        <chromatogram index="0" id="TIC" defaultArrayLength="2604">
          <cvParam cvRef="MS" accession="MS:1000235" name="total ion current chromatogram" value=""/>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="17052">
              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
              <cvParam cvRef="MS" accession="MS:1000595" name="time array" value="" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
              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          </binaryDataArrayList>
        </chromatogram>
        <chromatogram index="1" id="SRM SIC Q1=264.114 Q3=396.129 sample=1 period=1 experiment=1 transition=0" defaultArrayLength="1353">
          <cvParam cvRef="MS" accession="MS:1001473" name="selected reaction monitoring chromatogram" value=""/>
          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
          <userParam name="MS_dwell_time" value="0.10000000000000001" type="xs:float"/>
          <precursor>
            <isolationWindow>
              <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="264.1136" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
            </isolationWindow>
            <activation>
              <cvParam cvRef="MS" accession="MS:1000133" name="collision-induced dissociation" value=""/>
              <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="0.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
            </activation>
          </precursor>
          <product>
            <isolationWindow>
              <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="396.1287" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
            </isolationWindow>
          </product>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="10256">
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              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
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        <chromatogram index="6" id="SRM SIC Q1=318.468 Q3=558.268 sample=1 period=1 experiment=1 transition=5" defaultArrayLength="1353">
          <cvParam cvRef="MS" accession="MS:1001473" name="selected reaction monitoring chromatogram" value=""/>
          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
          <userParam name="MS_dwell_time" value="0.10000000000000001" type="xs:float"/>
          <precursor>
            <isolationWindow>
              <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="318.468" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
            </isolationWindow>
            <activation>
              <cvParam cvRef="MS" accession="MS:1000133" name="collision-induced dissociation" value=""/>
              <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="0.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
            </activation>
          </precursor>
          <product>
            <isolationWindow>
              <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="558.2676" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
            </isolationWindow>
          </product>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="10256">
              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
              <cvParam cvRef="MS" accession="MS:1000595" name="time array" value="" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
              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        </chromatogram>
        <chromatogram index="10" id="SRM SIC Q1=526.732 Q3=657.336 sample=1 period=1 experiment=1 transition=9" defaultArrayLength="1353">
          <cvParam cvRef="MS" accession="MS:1001473" name="selected reaction monitoring chromatogram" value=""/>
          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
          <userParam name="MS_dwell_time" value="0.10000000000000001" type="xs:float"/>
          <precursor>
            <isolationWindow>
              <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="526.7324" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
            </isolationWindow>
            <activation>
              <cvParam cvRef="MS" accession="MS:1000133" name="collision-induced dissociation" value=""/>
              <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="0.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
            </activation>
          </precursor>
          <product>
            <isolationWindow>
              <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="657.3361" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
            </isolationWindow>
          </product>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="10256">
              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
              <cvParam cvRef="MS" accession="MS:1000595" name="time array" value="" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
              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        <chromatogram index="11" id="SRM SIC Q1=351.491 Q3=281.15 sample=1 period=1 experiment=1 transition=10" defaultArrayLength="1353">
          <cvParam cvRef="MS" accession="MS:1001473" name="selected reaction monitoring chromatogram" value=""/>
          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
          <userParam name="MS_dwell_time" value="0.10000000000000001" type="xs:float"/>
          <precursor>
            <isolationWindow>
              <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="351.4909" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
            </isolationWindow>
            <activation>
              <cvParam cvRef="MS" accession="MS:1000133" name="collision-induced dissociation" value=""/>
              <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="0.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
            </activation>
          </precursor>
          <product>
            <isolationWindow>
              <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="281.1501" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
            </isolationWindow>
          </product>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="10256">
              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
              <cvParam cvRef="MS" accession="MS:1000595" name="time array" value="" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
              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              <cvParam cvRef="MS" accession="MS:1000595" name="time array" value="" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
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              <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="405.8453" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
            </isolationWindow>
            <activation>
              <cvParam cvRef="MS" accession="MS:1000133" name="collision-induced dissociation" value=""/>
              <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="0.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
            </activation>
          </precursor>
          <product>
            <isolationWindow>
              <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="281.1501" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
            </isolationWindow>
          </product>
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              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
              <cvParam cvRef="MS" accession="MS:1000595" name="time array" value="" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
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        <chromatogram index="18" id="SRM SIC Q1=541.221 Q3=583.301 sample=1 period=1 experiment=1 transition=17" defaultArrayLength="1353">
          <cvParam cvRef="MS" accession="MS:1001473" name="selected reaction monitoring chromatogram" value=""/>
          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
          <userParam name="MS_dwell_time" value="0.10000000000000001" type="xs:float"/>
          <precursor>
            <isolationWindow>
              <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="541.2213" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
            </isolationWindow>
            <activation>
              <cvParam cvRef="MS" accession="MS:1000133" name="collision-induced dissociation" value=""/>
              <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="0.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
            </activation>
          </precursor>
          <product>
            <isolationWindow>
              <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="583.3011" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
            </isolationWindow>
          </product>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="10256">
              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
              <cvParam cvRef="MS" accession="MS:1000595" name="time array" value="" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
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          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
          <userParam name="MS_dwell_time" value="0.10000000000000001" type="xs:float"/>
          <precursor>
            <isolationWindow>
              <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="713.3551" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
            </isolationWindow>
            <activation>
              <cvParam cvRef="MS" accession="MS:1000133" name="collision-induced dissociation" value=""/>
              <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="0.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
            </activation>
          </precursor>
          <product>
            <isolationWindow>
              <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="1200.5182" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
            </isolationWindow>
          </product>
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              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
              <cvParam cvRef="MS" accession="MS:1000595" name="time array" value="" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
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        <chromatogram index="36" id="SRM SIC Q1=713.355 Q3=657.43 sample=1 period=1 experiment=1 transition=35" defaultArrayLength="1353">
          <cvParam cvRef="MS" accession="MS:1001473" name="selected reaction monitoring chromatogram" value=""/>
          <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
          <userParam name="MS_dwell_time" value="0.10000000000000001" type="xs:float"/>
          <precursor>
            <isolationWindow>
              <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="713.3551" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
            </isolationWindow>
            <activation>
              <cvParam cvRef="MS" accession="MS:1000133" name="collision-induced dissociation" value=""/>
              <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="0.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
            </activation>
          </precursor>
          <product>
            <isolationWindow>
              <cvParam cvRef="MS" accession="MS:1000827" name="isolation window target m/z" value="657.4299" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
            </isolationWindow>
          </product>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="10256">
              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
              <cvParam cvRef="MS" accession="MS:1000595" name="time array" value="" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
              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