Mercurial > repos > galaxyp > msconvert
diff test-data/small-turbocharger.mzML @ 7:e638f7fad66a draft
planemo upload for repository https://github.com/galaxyproteomics/tools-galaxyp/tree/master/tools/msconvert commit d595e3cfe190a61d81005f9be7c2652aa5f91292
| author | galaxyp |
|---|---|
| date | Sat, 23 Feb 2019 06:21:27 -0500 |
| parents | 6b6bba73eadb |
| children | 052798dd73dd |
line wrap: on
line diff
--- a/test-data/small-turbocharger.mzML Tue Mar 14 16:52:39 2017 -0400 +++ b/test-data/small-turbocharger.mzML Sat Feb 23 06:21:27 2019 -0500 @@ -2,8 +2,8 @@ <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="small" version="1.1.0"> <cvList count="2"> - <cv id="MS" fullName="Proteomics Standards Initiative Mass Spectrometry Ontology" version="4.0.1" URI="http://psidev.cvs.sourceforge.net/*checkout*/psidev/psi/psi-ms/mzML/controlledVocabulary/psi-ms.obo"/> - <cv id="UO" fullName="Unit Ontology" version="12:10:2011" URI="http://obo.cvs.sourceforge.net/*checkout*/obo/obo/ontology/phenotype/unit.obo"/> + <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> @@ -11,7 +11,7 @@ <cvParam cvRef="MS" accession="MS:1000580" name="MSn spectrum" value=""/> </fileContent> <sourceFileList count="3"> - <sourceFile id="RAW1" name="small.RAW" location="file:///C:\pwiz-src\trunk\pwiz\example_data"> + <sourceFile id="RAW1" name="small.RAW" location="file:///"> <cvParam cvRef="MS" accession="MS:1000768" name="Thermo nativeID format" value=""/> <cvParam cvRef="MS" accession="MS:1000563" name="Thermo RAW format" value=""/> <cvParam cvRef="MS" accession="MS:1000569" name="SHA-1" value="b43e9286b40e8b5dbc0dfa2e428495769ca96a96"/> @@ -20,7 +20,7 @@ <cvParam cvRef="MS" accession="MS:1000569" name="SHA-1" value="4efa13a2795731b5f2a1ff1c463daf0d24b9a9d9"/> </sourceFile> <sourceFile id="small-peakpicking-cwt-allMS.mzML" name="small-peakpicking-cwt-allMS.mzML" location="file:///"> - <cvParam cvRef="MS" accession="MS:1000569" name="SHA-1" value="2d5cdd239d18de37386cf9409e30693767b16f82"/> + <cvParam cvRef="MS" accession="MS:1000569" name="SHA-1" value="d795eccea21733d1e5cc192bcf2e1c389ed59c20"/> </sourceFile> </sourceFileList> </fileDescription> @@ -30,14 +30,17 @@ <cvParam cvRef="MS" accession="MS:1000529" name="instrument serial number" value="SN06061F"/> </referenceableParamGroup> </referenceableParamGroupList> - <softwareList count="3"> + <softwareList count="4"> <software id="Xcalibur" version="1.1 Beta 7"> <cvParam cvRef="MS" accession="MS:1000532" name="Xcalibur" value=""/> </software> <software id="pwiz" version="3.0.8981"> <cvParam cvRef="MS" accession="MS:1000615" name="ProteoWizard software" value=""/> </software> - <software id="pwiz_3.0.9987" version="3.0.9987"> + <software id="pwiz_3.0.19038" version="3.0.19038"> + <cvParam cvRef="MS" accession="MS:1000615" name="ProteoWizard software" value=""/> + </software> + <software id="pwiz_3.0.19044" version="3.0.19044"> <cvParam cvRef="MS" accession="MS:1000615" name="ProteoWizard software" value=""/> </software> </softwareList> @@ -82,10 +85,10 @@ </processingMethod> </dataProcessing> <dataProcessing id="pwiz_Reader_conversion"> - <processingMethod order="0" softwareRef="pwiz_3.0.9987"> + <processingMethod order="0" softwareRef="pwiz_3.0.19038"> <cvParam cvRef="MS" accession="MS:1000544" name="Conversion to mzML" value=""/> </processingMethod> - <processingMethod order="1" softwareRef="pwiz_3.0.9987"> + <processingMethod order="1" softwareRef="pwiz_3.0.19038"> <cvParam cvRef="MS" accession="MS:1000035" name="peak picking" value=""/> </processingMethod> </dataProcessing> @@ -1999,7 +2002,7 @@ </binaryDataArray> </binaryDataArrayList> </spectrum> - <spectrum index="35" id="controllerType=0 controllerNumber=1 scan=36" defaultArrayLength="732" dataProcessingRef="pwiz_Reader_conversion"> + <spectrum index="35" id="controllerType=0 controllerNumber=1 scan=36" defaultArrayLength="731" dataProcessingRef="pwiz_Reader_conversion"> <cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum" value=""/> <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/> <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/> @@ -2025,17 +2028,17 @@ </scan> </scanList> <binaryDataArrayList count="2"> - <binaryDataArray encodedLength="3496"> + <binaryDataArray encodedLength="3488"> <cvParam cvRef="MS" accession="MS:1000521" name="32-bit float" value=""/> <cvParam cvRef="MS" accession="MS:1002312" name="MS-Numpress linear prediction compression" value=""/> <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/> - <binary>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</binary> + <binary>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</binary> </binaryDataArray> <binaryDataArray encodedLength="1980"> <cvParam cvRef="MS" accession="MS:1000519" name="32-bit integer" value=""/> <cvParam cvRef="MS" accession="MS:1002313" name="MS-Numpress positive integer compression" value=""/> <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/> - <binary>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</binary> + <binary>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</binary> </binaryDataArray> </binaryDataArrayList> </spectrum> @@ -2344,7 +2347,7 @@ </binaryDataArray> </binaryDataArrayList> </spectrum> - <spectrum index="41" id="controllerType=0 controllerNumber=1 scan=42" defaultArrayLength="1343" dataProcessingRef="pwiz_Reader_conversion"> + <spectrum index="41" id="controllerType=0 controllerNumber=1 scan=42" defaultArrayLength="1344" dataProcessingRef="pwiz_Reader_conversion"> <cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum" value=""/> <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/> <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" value=""/> @@ -2370,17 +2373,17 @@ </scan> </scanList> <binaryDataArrayList count="2"> - <binaryDataArray encodedLength="6284"> + <binaryDataArray encodedLength="6288"> <cvParam cvRef="MS" accession="MS:1000521" name="32-bit float" value=""/> <cvParam cvRef="MS" accession="MS:1002312" name="MS-Numpress linear prediction compression" value=""/> <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/> - <binary>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</binary> + <binary>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</binary> </binaryDataArray> - <binaryDataArray encodedLength="3732"> + <binaryDataArray encodedLength="3736"> <cvParam cvRef="MS" accession="MS:1000519" name="32-bit integer" value=""/> <cvParam cvRef="MS" accession="MS:1002313" name="MS-Numpress positive integer compression" value=""/> <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of detector counts"/> - <binary>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</binary> + <binary>UxJdNVO3X+Jc8lRlWLJSBFamTsg1iEWTVcKVT3XTJasl3oXTxS1FAiXZlTw0YRRZlF4FVWdTslmpXqVQIlmoVHJcBForWjddck+cFQKFc4UwdTNVCkWvFWplAGU0dCTkW4hbllmVXjJelVEEWXJUV1UJWhVXXl6sUalRxF2JVeRQ01AVW6VTo1Z+WhtehVd0U5dSxlyuUvZeFVX9VDVQwlVSVwdb5FkqUIha3FX1U/RbdFCXVm9X8l7sWINTRFkkXppfJlOERHMUAfFaOV+pU9VUVVGaU4pLpFRtElepUuNZlFRXXCVPcSV/JT1V+aVRVe1FN7SQ41i9VSdexlIVUuZZPFEpQt8UPmFDNTRP8lFbVt1bhUoRZLJ1QwclYMXgVTJVQlU65Ue1zmR2YVTrVsRTG002VB1CXLtSp1SqSikVTyWj1T9EaMFKcBTNk02cFWal8kW+VQf131UmRTNlQXWpZRfVaLXrhYNV6YUmVW1U1pRDURUVtdRVG0VL9ahkMFJcjkfXNczzawEUADpOqSUT9ai0JRRRLFVJWRVWrVJoWRZXlVH0S44UNRFfeE6FFemk5e9EeaSKU0kHVP3CRjsVDqXNhJqUTj80RHFNDhTvMVT2Wh5WqVk+UNdYtVJmXLVJ5hVBNZtVcEWyRRfVGWTAMVtGR7MVEKUrle51oYVqNGRRWTtWZVITVZRaEz/4kT73QUR3ZClBXudJRBQj1UrgVA7BWfZdBVMmW8RZBl5VThE0kYFd6FoUXflZZFk0SzAl22QugVY3TZ9EjaFc7VDzUFVbpV65VjJbpVXSUmJd4lizVGNfj0djlPblR3UlrvU6NeclbiXcNeElEWVdJO8TVLJcsk3GFWQlPzIpyEEuMXET2eyDEA4kfOpI4SXdZQA17jWuRRw1ziUPNTzFBcWANGtHROBkUNFbxV/0V0MxvRFHSuQeRlu+UAlCphSEIlb9WT1EEMRrek9vNPYhW/NY+UWtJZVk6FFDIRX8ROAxS80V5aU2NbPVnoMjj5WjQ0vEk4SmQ/pXFGdEUXNYGlhVWFhZ9lErXdlVVlmpWBVdVlSWUAdQGV/bVr9QSEU/JDbiTnkVy4XtRVc1a8X91Qs1tUTtAkLjZB82T7QkxwFMdCUVZJEyXzZRJ0GQFaXF2OUFhYpV5IVgVcpleES/sUYRNK3SRNMV6+V4pVF102XjVeJlqyVPRb01CrU5xIoBWqVGdOTfzE3eVFZiSHUVdXWMVa41QDWzJRJFNDVsI/f2Qwv+FMqlXENeRFYvWFdXtlozW0dRe1EEU1RWe15JWfRUw1tlUMdeJVopQ1EU+EFNTkSDcV5bTbRUa3JQhl7VWLRc4l02WVhCFBWuRQtV+lXNJGwDUyVeY0KhFSVlf0WbdRZFusX0NcJ1AmWbxGohTCEVmUVLdQXFA0U9NVxVNnVClaZlkzWLZfFVJjX3Vap1g3XeNUVl8mVaxVdlbzVgVYVlAGU7ZZ5VjYUbJTw1AXWzpTRlOUWZZap1KkVTVMYBVpZQ1lpfVddXF1C5WINcNVLuU6xSdVOYWZNdS1L4V+lbxFl0UaVTOlmbWFtXRlYkUNpS6UEmFIsBVjZapVllXLZR1lhzXUJRtFlzOjGhQIfUqfJcpF1XTHIVxzVGdQCVDiXadU2FF4XVRPnRVP5fhF2XVVlPVBWBRXmF9XUEhG4RXFhVrFtGWCRaV1T1USVWxFqmXftGsTS7IVJJVuhTFlxnUuVKQhXNVUdFi4WNVftFY3XfNfHk1mFKExQVZEO4JZzFyHUeZcV1uWWfVT1FDnXkZX/1KHUuVdeF71UdJV1VclX+RaSFd1UhdTt1tsXG1VllTfWtNalVacXEZWpFwHVDZV01lYXYZXSVI8WS1bOF22UFhdPEgEFWql7pWgdeJVwWXEZINRXPZVN1CeUTRb1FQzXItVhViUWntSiVQXU8hXVF8OWkde9ljiT0EV+mVWdXfFWtXwVXBVyGW9VBaCWcNJZRV7dXZVCqUvdUM1JkUtddo1FnQQEV4YW3VTxVz3SfAVOGUzRZFUsQFVSFi1U7RF1xWAhY91DtSqAVRWXwhQNlo5VphTmU7/JJYiV0ZeZ1xnSQEVeoVW1WJlfIXdVe6lk3Tm4kNXFSdF3JU7ZUFFxlVaZUlVnbTCcVcXUERX9VRyV0Ve41MVV5JfR1mVU/lYpFPNX2lcSl+cVOZd415fVctSelqdWHpRTFRHVPNWc1pqU7ZXW1coRQEVbTUeReN1vNVVReZVfkXedap046FC4hWr1TdVFWWdpU6FVEX5NR5F2DVflall5oUJ5SelXXU2tUyl2jUmlSRVmVXodYuVBGWAhf5lqMW0VR2Fu6UaVa8103WnVKQBWPtSqEzSFYplwmX0RT/lzEUBdT1l7TUYRYiV6vSZAVCFWYxb9FQ+XE1RB0VAFQ51uDW4ZWplozXAxbDlzzQPgV8FVpRYxFQ0Mg7ROmVRTZd0NUJbM1/1V5he81AZUZRcZ1OEV+tZNFL6USZROVHXVAVbY1bzV3RXhlSpUFZWn1aiVcJWylz5Wu5V1VYMU+ZbDVCkU1RTBF1TWK5YRFeXXGhco1YFXtlXo0JSFR01tiW1pQ1FbzX4ZX11fDVONfb1wUUzRUClGYVrZIDBXZRU5ESwFVlFV7U9NWqVWzXhNUGlzKWfpXRFomXwNRpFWkXSRR+VwrQRIVznU6pWpl7CU3xWVVGVX1hcw1/DWphbw16uW7lc5VzkU6ZWtlWXWtNaRFbJWldeCl+IVvlahl4aVvVbZVqGXFdZFl8IQkEVw2WBZRhlxqXdRcs1LjW5RZSV70VFhXh1J4WDtao1EtROUVIKXEVb615XRAMVQ2XThTRVSLXotV5VibVyRBcxWMRbtFL0VjpW+Ft0UnRf4l6GU1RQQ1s1XPNb7V73WMZfo1pEWnxZp1K1U9ZRZ1FSWmVZGFMEVbVehVaoVUVS5F+ZXvtYNVHLUuZa016VUxNeiFotW7ZahlfjVadb41T1UXxdGFWHUntT9VpvVaxY9UYWFb1kX6FVF1bYVsNWBFqkXylRvFoeVZhV1FG2XalTc1OqXHtaMlPjWaJUNlfmURRTNkrpFb9VnNV5RYNE6qxAZbT6dVllQkYVxeXQ1ZOFHFV9ZT51xHXSReslN3VwlRhl1WToQVw3XidZJFG2UuVbZlW+V4hZyFN0W6ZXGF3lVAdYeVwHQ6cUL1FQKErVFTflAEUEpQZ1r0U4dYBFWjUWNUE1Q1U6JVYlkUU3hT5VwnWVhU51qyXMRWRla1XxZeql31WPhTFEzwFWU1IUU0Vas1GlVkNeV0SAFYJEF3Fb6FDGXQNaE1OEW4NfZlKnWoVdKl9ZVNdd9FyCXTNY4lynVeNd812oVmhfaF51VONYm1Y0UzVb9lNUUfJehFc0WeZSYlR0XlJMABWl5UZ1AvWPlZBVb3XldVVFFjVWVLwRX4VCIhX+ZVxlGUWhNdFVYTRmIVpFW0RT+lsMWPVbl1bTXcxUjVnTVONVZlv0UeVcGVq0UgtXpVIoXYNXT1jzVfNdhV4bWoVUh1e3UKtNcBV11SglLmWkdY91PiVOhcxF5VVspTF17lUcRbtVYlXXVXc1QjWV1R81WWV7JQHFt4W1tfS1usXvNRSF42VVxYylIlU2RfyVp1U1Nd5Fr7VEdZ41DSUzRbFFD5XWVTA12qXTRcwlDjWIVTLV7LVmNQ/lIGVbhaBVQYUoRSaVE0VpVae1DZUlZRiA==</binary> </binaryDataArray> </binaryDataArrayList> </spectrum> @@ -2753,59 +2756,59 @@ </mzML> <indexList count="2"> <index name="spectrum"> - <offset idRef="controllerType=0 controllerNumber=1 scan=1">5577</offset> - <offset idRef="controllerType=0 controllerNumber=1 scan=2">14787</offset> - <offset idRef="controllerType=0 controllerNumber=1 scan=3">25693</offset> - <offset idRef="controllerType=0 controllerNumber=1 scan=4">34310</offset> - <offset idRef="controllerType=0 controllerNumber=1 scan=5">46214</offset> - <offset idRef="controllerType=0 controllerNumber=1 scan=6">56776</offset> - <offset idRef="controllerType=0 controllerNumber=1 scan=7">66191</offset> - <offset idRef="controllerType=0 controllerNumber=1 scan=8">76767</offset> - <offset idRef="controllerType=0 controllerNumber=1 scan=9">83856</offset> - <offset idRef="controllerType=0 controllerNumber=1 scan=10">95634</offset> - <offset idRef="controllerType=0 controllerNumber=1 scan=11">104704</offset> - <offset idRef="controllerType=0 controllerNumber=1 scan=12">116222</offset> - <offset idRef="controllerType=0 controllerNumber=1 scan=13">125552</offset> - <offset idRef="controllerType=0 controllerNumber=1 scan=14">135870</offset> - <offset idRef="controllerType=0 controllerNumber=1 scan=15">145400</offset> - <offset idRef="controllerType=0 controllerNumber=1 scan=16">153182</offset> - <offset idRef="controllerType=0 controllerNumber=1 scan=17">164214</offset> - <offset idRef="controllerType=0 controllerNumber=1 scan=18">173475</offset> - <offset idRef="controllerType=0 controllerNumber=1 scan=19">184811</offset> - <offset idRef="controllerType=0 controllerNumber=1 scan=20">194328</offset> - <offset idRef="controllerType=0 controllerNumber=1 scan=21">203910</offset> - <offset idRef="controllerType=0 controllerNumber=1 scan=22">214814</offset> - <offset idRef="controllerType=0 controllerNumber=1 scan=23">222729</offset> - <offset idRef="controllerType=0 controllerNumber=1 scan=24">231385</offset> - <offset idRef="controllerType=0 controllerNumber=1 scan=25">240648</offset> - <offset idRef="controllerType=0 controllerNumber=1 scan=26">252178</offset> - <offset idRef="controllerType=0 controllerNumber=1 scan=27">262373</offset> - <offset idRef="controllerType=0 controllerNumber=1 scan=28">271989</offset> - <offset idRef="controllerType=0 controllerNumber=1 scan=29">282785</offset> - <offset idRef="controllerType=0 controllerNumber=1 scan=30">291098</offset> - <offset idRef="controllerType=0 controllerNumber=1 scan=31">301460</offset> - <offset idRef="controllerType=0 controllerNumber=1 scan=32">312946</offset> - <offset idRef="controllerType=0 controllerNumber=1 scan=33">322364</offset> - <offset idRef="controllerType=0 controllerNumber=1 scan=34">332074</offset> - <offset idRef="controllerType=0 controllerNumber=1 scan=35">340987</offset> - <offset idRef="controllerType=0 controllerNumber=1 scan=36">348558</offset> - <offset idRef="controllerType=0 controllerNumber=1 scan=37">357583</offset> - <offset idRef="controllerType=0 controllerNumber=1 scan=38">366801</offset> - <offset idRef="controllerType=0 controllerNumber=1 scan=39">379132</offset> - <offset idRef="controllerType=0 controllerNumber=1 scan=40">388550</offset> - <offset idRef="controllerType=0 controllerNumber=1 scan=41">399386</offset> - <offset idRef="controllerType=0 controllerNumber=1 scan=42">409393</offset> - <offset idRef="controllerType=0 controllerNumber=1 scan=43">422924</offset> - <offset idRef="controllerType=0 controllerNumber=1 scan=44">434267</offset> - <offset idRef="controllerType=0 controllerNumber=1 scan=45">443697</offset> - <offset idRef="controllerType=0 controllerNumber=1 scan=46">455603</offset> - <offset idRef="controllerType=0 controllerNumber=1 scan=47">465428</offset> - <offset idRef="controllerType=0 controllerNumber=1 scan=48">474880</offset> + <offset idRef="controllerType=0 controllerNumber=1 scan=1">5698</offset> + <offset idRef="controllerType=0 controllerNumber=1 scan=2">14908</offset> + <offset idRef="controllerType=0 controllerNumber=1 scan=3">25814</offset> + <offset idRef="controllerType=0 controllerNumber=1 scan=4">34431</offset> + <offset idRef="controllerType=0 controllerNumber=1 scan=5">46335</offset> + <offset idRef="controllerType=0 controllerNumber=1 scan=6">56897</offset> + <offset idRef="controllerType=0 controllerNumber=1 scan=7">66312</offset> + <offset idRef="controllerType=0 controllerNumber=1 scan=8">76888</offset> + <offset idRef="controllerType=0 controllerNumber=1 scan=9">83977</offset> + <offset idRef="controllerType=0 controllerNumber=1 scan=10">95755</offset> + <offset idRef="controllerType=0 controllerNumber=1 scan=11">104825</offset> + <offset idRef="controllerType=0 controllerNumber=1 scan=12">116343</offset> + <offset idRef="controllerType=0 controllerNumber=1 scan=13">125673</offset> + <offset idRef="controllerType=0 controllerNumber=1 scan=14">135991</offset> + <offset idRef="controllerType=0 controllerNumber=1 scan=15">145521</offset> + <offset idRef="controllerType=0 controllerNumber=1 scan=16">153303</offset> + <offset idRef="controllerType=0 controllerNumber=1 scan=17">164335</offset> + <offset idRef="controllerType=0 controllerNumber=1 scan=18">173596</offset> + <offset idRef="controllerType=0 controllerNumber=1 scan=19">184932</offset> + <offset idRef="controllerType=0 controllerNumber=1 scan=20">194449</offset> + <offset idRef="controllerType=0 controllerNumber=1 scan=21">204031</offset> + <offset idRef="controllerType=0 controllerNumber=1 scan=22">214935</offset> + <offset idRef="controllerType=0 controllerNumber=1 scan=23">222850</offset> + <offset idRef="controllerType=0 controllerNumber=1 scan=24">231506</offset> + <offset idRef="controllerType=0 controllerNumber=1 scan=25">240769</offset> + <offset idRef="controllerType=0 controllerNumber=1 scan=26">252299</offset> + <offset idRef="controllerType=0 controllerNumber=1 scan=27">262494</offset> + <offset idRef="controllerType=0 controllerNumber=1 scan=28">272110</offset> + <offset idRef="controllerType=0 controllerNumber=1 scan=29">282906</offset> + <offset idRef="controllerType=0 controllerNumber=1 scan=30">291219</offset> + <offset idRef="controllerType=0 controllerNumber=1 scan=31">301581</offset> + <offset idRef="controllerType=0 controllerNumber=1 scan=32">313067</offset> + <offset idRef="controllerType=0 controllerNumber=1 scan=33">322485</offset> + <offset idRef="controllerType=0 controllerNumber=1 scan=34">332195</offset> + <offset idRef="controllerType=0 controllerNumber=1 scan=35">341108</offset> + <offset idRef="controllerType=0 controllerNumber=1 scan=36">348679</offset> + <offset idRef="controllerType=0 controllerNumber=1 scan=37">357696</offset> + <offset idRef="controllerType=0 controllerNumber=1 scan=38">366914</offset> + <offset idRef="controllerType=0 controllerNumber=1 scan=39">379245</offset> + <offset idRef="controllerType=0 controllerNumber=1 scan=40">388663</offset> + <offset idRef="controllerType=0 controllerNumber=1 scan=41">399499</offset> + <offset idRef="controllerType=0 controllerNumber=1 scan=42">409506</offset> + <offset idRef="controllerType=0 controllerNumber=1 scan=43">423045</offset> + <offset idRef="controllerType=0 controllerNumber=1 scan=44">434388</offset> + <offset idRef="controllerType=0 controllerNumber=1 scan=45">443818</offset> + <offset idRef="controllerType=0 controllerNumber=1 scan=46">455724</offset> + <offset idRef="controllerType=0 controllerNumber=1 scan=47">465549</offset> + <offset idRef="controllerType=0 controllerNumber=1 scan=48">475001</offset> </index> <index name="chromatogram"> - <offset idRef="TIC">484155</offset> + <offset idRef="TIC">484276</offset> </index> </indexList> - <indexListOffset>486105</indexListOffset> - <fileChecksum>1dda3f0dfdbbd41618dd9aa7ac70fa871cbc4199</fileChecksum> + <indexListOffset>486226</indexListOffset> + <fileChecksum>d828d0af4d60fcecdcdd35f94c1dbd53dd6064c6</fileChecksum> </indexedmzML>