Mercurial > repos > galaxyp > msconvert

comparison test-data/small-peakpicking-vendor-allMS.mzML @ 15:6153e8ada1ee draft

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"planemo upload for repository https://github.com/galaxyproteomics/tools-galaxyp/tree/master/tools/msconvert commit 7aa618964e95528ed59eea299701e65ccacae877"
author galaxyp
date Mon, 30 Nov 2020 16:01:10 +0000
parents 9d5de24e6ef7
children
comparison
equal deleted inserted replaced
14:3cf310697624 15:6153e8ada1ee
1 <?xml version="1.0" encoding="utf-8"?> 1 <?xml version="1.0" encoding="utf-8"?>
2 <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"> 2 <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">
3 <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="small" version="1.1.0"> 3 <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="small" version="1.1.0">
4 <cvList count="2"> 4 <cvList count="2">
5 <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"/> 5 <cv id="MS" fullName="Proteomics Standards Initiative Mass Spectrometry Ontology" version="4.1.41" URI="https://raw.githubusercontent.com/HUPO-PSI/psi-ms-CV/master/psi-ms.obo"/>
6 <cv id="UO" fullName="Unit Ontology" version="09:04:2014" URI="https://raw.githubusercontent.com/bio-ontology-research-group/unit-ontology/master/unit.obo"/> 6 <cv id="UO" fullName="Unit Ontology" version="09:04:2014" URI="https://raw.githubusercontent.com/bio-ontology-research-group/unit-ontology/master/unit.obo"/>
7 </cvList> 7 </cvList>
8 <fileDescription> 8 <fileDescription>
9 <fileContent> 9 <fileContent>
10 <cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum" value=""/> 10 <cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum" value=""/>
22 <referenceableParamGroup id="CommonInstrumentParams"> 22 <referenceableParamGroup id="CommonInstrumentParams">
23 <cvParam cvRef="MS" accession="MS:1000448" name="LTQ FT" value=""/> 23 <cvParam cvRef="MS" accession="MS:1000448" name="LTQ FT" value=""/>
24 <cvParam cvRef="MS" accession="MS:1000529" name="instrument serial number" value="SN06061F"/> 24 <cvParam cvRef="MS" accession="MS:1000529" name="instrument serial number" value="SN06061F"/>
25 </referenceableParamGroup> 25 </referenceableParamGroup>
26 </referenceableParamGroupList> 26 </referenceableParamGroupList>
27 <sampleList count="1">
28 <sample id="_x0031_" name="">
29 <cvParam cvRef="MS" accession="MS:1000002" name="sample name" value="1"/>
30 </sample>
31 </sampleList>
27 <softwareList count="2"> 32 <softwareList count="2">
28 <software id="Xcalibur" version="1.1 Beta 7"> 33 <software id="Xcalibur" version="1.1 Beta 7">
29 <cvParam cvRef="MS" accession="MS:1000532" name="Xcalibur" value=""/> 34 <cvParam cvRef="MS" accession="MS:1000532" name="Xcalibur" value=""/>
30 </software> 35 </software>
31 <software id="pwiz" version="3.0.19044"> 36 <software id="pwiz" version="3.0.20287">
32 <cvParam cvRef="MS" accession="MS:1000615" name="ProteoWizard software" value=""/> 37 <cvParam cvRef="MS" accession="MS:1000615" name="ProteoWizard software" value=""/>
33 </software> 38 </software>
34 </softwareList> 39 </softwareList>
35 <instrumentConfigurationList count="2"> 40 <instrumentConfigurationList count="2">
36 <instrumentConfiguration id="IC1"> 41 <instrumentConfiguration id="IC1">
77 </processingMethod> 82 </processingMethod>
78 </dataProcessing> 83 </dataProcessing>
79 </dataProcessingList> 84 </dataProcessingList>
80 <run id="small" defaultInstrumentConfigurationRef="IC1" startTimeStamp="2005-07-20T14:44:22Z" defaultSourceFileRef="RAW1"> 85 <run id="small" defaultInstrumentConfigurationRef="IC1" startTimeStamp="2005-07-20T14:44:22Z" defaultSourceFileRef="RAW1">
81 <spectrumList count="48" defaultDataProcessingRef="pwiz_Reader_Thermo_conversion"> 86 <spectrumList count="48" defaultDataProcessingRef="pwiz_Reader_Thermo_conversion">
82 <spectrum index="0" id="controllerType=0 controllerNumber=1 scan=1" defaultArrayLength="1750"> 87 <spectrum index="0" id="controllerType=0 controllerNumber=1 scan=1" defaultArrayLength="1810">
83 <cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum" value=""/> 88 <cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum" value=""/>
84 <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/> 89 <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
85 <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/> 90 <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/>
86 <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/> 91 <cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" value=""/>
87 <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="810.415283203125" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/> 92 <cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="810.415283203125" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
88 <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="1.471973875e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/> 93 <cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="1.471973875e06" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
89 <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="1.5245068e07"/> 94 <cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="1.5245068e07"/>
90 <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="204.760070800781" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/> 95 <cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="202.607513427734" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
91 <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1999.783325195313" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/> 96 <cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1999.783325195313" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
92 <scanList count="1"> 97 <scanList count="1">
93 <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/> 98 <cvParam cvRef="MS" accession="MS:1000795" name="no combination" value=""/>
94 <scan> 99 <scan>
95 <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.004935" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/> 100 <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.004935" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
103 </scanWindow> 108 </scanWindow>
104 </scanWindowList> 109 </scanWindowList>
105 </scan> 110 </scan>
106 </scanList> 111 </scanList>
107 <binaryDataArrayList count="2"> 112 <binaryDataArrayList count="2">
108 <binaryDataArray encodedLength="7068"> 113 <binaryDataArray encodedLength="7288">
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110 <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/> 115 <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
111 <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/> 116 <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
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1643 <cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum" value=""/> 1668 <cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum" value=""/>
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1712 <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/> 1737 <cvParam cvRef="MS" accession="MS:1000828" name="isolation window lower offset" value="1.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
1713 <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/> 1738 <cvParam cvRef="MS" accession="MS:1000829" name="isolation window upper offset" value="1.0" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
1739 <userParam name="ms level" value="1"/>
1714 </isolationWindow> 1740 </isolationWindow>
1715 <selectedIonList count="1"> 1741 <selectedIonList count="1">
1716 <selectedIon> 1742 <selectedIon>
1717 <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="837.386352539063" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/> 1743 <cvParam cvRef="MS" accession="MS:1000744" name="selected ion m/z" value="837.386352539063" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
1718 <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="98453.3359375" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/> 1744 <cvParam cvRef="MS" accession="MS:1000042" name="peak intensity" value="9.963602896729e05" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
1719 </selectedIon> 1745 </selectedIon>
1720 </selectedIonList> 1746 </selectedIonList>
1721 <activation> 1747 <activation>
1722 <cvParam cvRef="MS" accession="MS:1000133" name="collision-induced dissociation" value=""/> 1748 <cvParam cvRef="MS" accession="MS:1000133" name="collision-induced dissociation" value=""/>
1723 <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="35.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/> 1749 <cvParam cvRef="MS" accession="MS:1000045" name="collision energy" value="35.0" unitCvRef="UO" unitAccession="UO:0000266" unitName="electronvolt"/>
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1957 <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/> 1986 <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/>
1958 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2063 <userParam name="ms level" value="1"/>
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</binary>
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