← Back to branch summary

~ubuntu-branches/ubuntu/wily/openms/wily

« back to all changes in this revision

Viewing changes to source/TEST/TOPP/MapAlignerSpectrum_1_input3.mzML

  • Committer: Package Import Robot
  • Author(s): Filippo Rusconi
  • Date: 2012-11-12 15:58:12 UTC
  • Revision ID: package-import@ubuntu.com-20121112155812-vr15wtg9b50cuesg
Tags: upstream-1.9.0
Import upstream version 1.9.0

Show diffs side-by-side

added added

removed removed

Lines of Context:
source/TEST/TOPP/MapAlignerSpectrum_1_input3.mzML
 
1
<?xml version="1.0" encoding="ISO-8859-1"?>
 
2
<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">
 
3
        <cvList count="2">
 
4
                <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"/>
 
5
                <cv id="UO" fullName="Unit Ontology" URI="http://obo.cvs.sourceforge.net/obo/obo/ontology/phenotype/unit.obo"/>
 
6
        </cvList>
 
7
        <fileDescription>
 
8
                <fileContent>
 
9
                        <cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
 
10
                </fileContent>
 
11
                <contact>
 
12
                        <cvParam cvRef="MS" accession="MS:1000586" name="contact name" value=", " />
 
13
                        <cvParam cvRef="MS" accession="MS:1000590" name="contact organization" value="" />
 
14
                </contact>
 
15
        </fileDescription>
 
16
        <sampleList count="1">
 
17
                <sample id="sa_0" name="">
 
18
                        <cvParam cvRef="MS" accession="MS:1000004" name="sample mass" value="0"  unitAccession="UO:0000021" unitName="gram" unitCvRef="UO" />
 
19
                        <cvParam cvRef="MS" accession="MS:1000005" name="sample volume" value="0" unitAccession="UO:0000098" unitName="milliliter" unitCvRef="UO" />
 
20
                        <cvParam cvRef="MS" accession="MS:1000006" name="sample concentration" value="0" unitAccession="UO:0000175" unitName="gram per liter" unitCvRef="UO" />
 
21
                </sample>
 
22
        </sampleList>
 
23
        <softwareList count="13">
 
24
                <software id="so_in_0" version="" >
 
25
                        <cvParam cvRef="MS" accession="MS:1000799" name="custom unreleased software tool" value="" />
 
26
                </software>
 
27
                <software id="so_default" version="" >
 
28
                        <cvParam cvRef="MS" accession="MS:1000799" name="custom unreleased software tool" value="" />
 
29
                </software>
 
30
                <software id="so_dp_sp_0_pm_0" version="" >
 
31
                        <cvParam cvRef="MS" accession="MS:1000799" name="custom unreleased software tool" value="" />
 
32
                </software>
 
33
                <software id="so_dp_sp_0_pm_1" version="version_string" >
 
34
                        <cvParam cvRef="MS" accession="MS:1000756" name="FileConverter" />
 
35
                </software>
 
36
        </softwareList>
 
37
        <instrumentConfigurationList count="1">
 
38
                <instrumentConfiguration id="ic_0">
 
39
                        <cvParam cvRef="MS" accession="MS:1000031" name="instrument model" />
 
40
                        <componentList count="3">
 
41
                                <source order="0">
 
42
                                        <cvParam cvRef="MS" accession="MS:1000008" name="ionization type" />
 
43
                                </source>
 
44
                                <analyzer order="0">
 
45
                                        <cvParam cvRef="MS" accession="MS:1000014" name="accuracy" value="0" unitAccession="UO:0000169" unitName="parts per million" unitCvRef="UO" />
 
46
                                        <cvParam cvRef="MS" accession="MS:1000022" name="TOF Total Path Length" value="0" unitAccession="UO:0000008" unitName="meter" unitCvRef="UO" />
 
47
                                        <cvParam cvRef="MS" accession="MS:1000024" name="final MS exponent" value="0" />
 
48
                                        <cvParam cvRef="MS" accession="MS:1000025" name="magnetic field strength" value="0" unitAccession="UO:0000228" unitName="tesla" unitCvRef="UO" />
 
49
                                        <cvParam cvRef="MS" accession="MS:1000443" name="mass analyzer type" />
 
50
                                </analyzer>
 
51
                                <detector order="0">
 
52
                                        <cvParam cvRef="MS" accession="MS:1000028" name="detector resolution" value="0" />
 
53
                                        <cvParam cvRef="MS" accession="MS:1000029" name="sampling frequency" value="0" unitAccession="UO:0000106" unitName="hertz" unitCvRef="UO" />
 
54
                                        <cvParam cvRef="MS" accession="MS:1000026" name="detector type" />
 
55
                                </detector>
 
56
                        </componentList>
 
57
                        <softwareRef ref="so_in_0" />
 
58
                </instrumentConfiguration>
 
59
        </instrumentConfigurationList>
 
60
        <dataProcessingList count="11">
 
61
                <dataProcessing id="dp_sp_0">
 
62
                        <processingMethod order="0" softwareRef="so_dp_sp_0_pm_0">
 
63
                                <cvParam cvRef="MS" accession="MS:1000543" name="data processing action" />
 
64
                        </processingMethod>
 
65
                        <processingMethod order="0" softwareRef="so_dp_sp_0_pm_1">
 
66
                                <cvParam cvRef="MS" accession="MS:1000544" name="Conversion to mzML" />
 
67
                                <cvParam cvRef="MS" accession="MS:1000747" name="completion time" value="1999-12-31+23:59" />
 
68
                                <userParam name="parameter: mode" type="xsd:string" value="test_mode"/>
 
69
                        </processingMethod>
 
70
                </dataProcessing>
 
71
        </dataProcessingList>
 
72
        <run id="ru_0" defaultInstrumentConfigurationRef="ic_0" sampleRef="sa_0">
 
73
                <spectrumList count="11" defaultDataProcessingRef="dp_sp_0">
 
74
                        <spectrum id="spectrum=1" index="0" defaultArrayLength="948" dataProcessingRef="dp_sp_0">
 
75
                                <cvParam cvRef="MS" accession="MS:1000525" name="spectrum representation" />
 
76
                                <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
 
77
                                <cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
 
78
                                <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
 
79
                                <scanList count="1">
 
80
                                        <cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
 
81
                                        <scan>
 
82
                                                <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="400.15" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
 
83
                                                <scanWindowList count="1">
 
84
                                                        <scanWindow>
 
85
                                                                <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="300" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
 
86
                                                                <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1500" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
 
87
                                                        </scanWindow>
 
88
                                                </scanWindowList>
 
89
                                        </scan>
 
90
                                </scanList>
 
91
                                <binaryDataArrayList count="2">
 
92
                                        <binaryDataArray encodedLength="10112">
 
93
                                                <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
 
94
                                                <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
 
95
                                                <cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
 
96
                                                <binary>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</binary>
 
97
                                        </binaryDataArray>
 
98
                                        <binaryDataArray encodedLength="5056">
 
99
                                                <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
 
100
                                                <cvParam cvRef="MS" accession="MS:1000521" name="32-bit float" />
 
101
                                                <cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
 
102
                                                <binary>wLkoSADYjkYA/0ZHQE0WSADk0UYAuzVHAOLuRgCRmEcAtKNHACjBRgCsPkYARPJGAAA0RgAQTkYA2AJGAFjMRgDGI0cASQZHAAouRwCi4UcA3tZGAPmqRwBCyEcANWxHgLvxRwD2gEYALWhHAMR0RgDqckfAthVIAOjRRQBam0YAor9GACq3RgCTA0cAuLZGAC78RgBZ1UcAmltHAD8NRwAkfEYAia5HwF8BSMAtG0gA1MtHAGjxRoDwlkcAnJxHwBMkSIBT5EcARwJHAL1/RwDoz0eAaaRHAB6fRwAyHUcAIlxHgE7ZR4AWxkcA3LhHAN8SRwCzt0cABqVHAH6pRoDS0UeA9KVHAHp6RwAxn0cAWZVHAEkQRwBQokcAfgRHADDXRoA1mEcAABBBgKrvRwC8PkYAIsFGAF7ERgDKwkcA4+NHgBK0RwAIGUcAEa5HACUrR1AdP0nWBflKPGkESsC5k0gARX9HAJZpRwD/ZkcApKhGAJiTRwBMckcApYBHACTaRgCu8UYA2z1HgDm3RwBfK0cAJ7pHAO97SIC+qkcA7AxHADSHRgBbDEcAWfxHgGWwRwDSrEeAg5VHAOiNRgA9gkcApkpHAOVrRwARzkeA8FlIADAKR4DkzEcAXRpHwJcCSACWgEYAICNHgMZESMBHXkgATIdHAIxBRwAMYUcAR1RIgK79R+Ay6kmA5y5JABpwSABavkeACOVHAEavRkCPAEhAlwJIEPIwSSCZnkjg/qhIANjIR4DJ6UcAxYRHAACAPwBaqkcAAIBAAKS9RgBMMUYAJSlHALImRwBsJEcAvXlHAAAAQCCHo0jANCNIAPVaRwA7UUcAOLhHAACAQADdKUcAAqhGAPQURgAo10YACqhGADhHR4AmhEcAGLZGAOMeRwDID0eATuFHADIWRwDYRUcAZ+xHAAWIRwAAQECAvKJHAGa4RoAMxEcAnz9HAAzVRwAAgD8Ay+xHgBKjR4D9jEcA8yJHgLayRwAAMEEAcxdHAJQQRgC9IUeAjYhHQOEkSAAh90cABXFHAM4BR4B+gUeASPFHAABAQABONUcA4BpGAHCDRgDkAkeALthHAP9HRwCFEUeAExhIQOQUSIAA7UfACnFIALAqRwCsyUYA50RHABb6RgASh0YAUFZHADsIR4A28EcAlKRHgIOeRwDEOUcA4YZHgHehR4Dtg0fAvg1IAIyVRgAaoEcAjTFHAIzpRgBEVkYApHpGAOw5RgBWa0cATzZHAACAPwAUhEeAfYBHAKM0RwAuA0cA7XRHgJukRwDSpEYASNBGgG6JRwB7DkfAyipIAKdiRwD+DUcAnktHAACAQAAqEkcAOEdGAHJPRwBpBEeAYJ9HAM8HRwDqR0cAIdRHgLyORwCsaEYAnthGAHCkRgDOp0YAFDlHAKz+RsCfKEgAZIdGwEYqSABm+EYAXCtHAFR4RgAHn0cAatVGAN+kRwDtqkcA/tVGgKGiRwD+w0YANE1HAKoWRwBUI0cA9i1HAOzGRgCoU0cA8GFHABKLRgAMB0cAOOlFANibRgBgCkYAPFlHADC7RQDvQUcAnGxHADAURwCYbUYAcL5GAIZfRwBKhEYAmudGACB7RgAsC0YAgAFGAEUzRwDkA0eAQ8RHAJj+RQBenkYAoVRHAKQ3RwAAAEEAhBlGAE5YRwD+h0YAUSFHAOAjRgCM20YA0pJGAIYORwAAqEEAgFRGACwARwC4o0YAaGVHgGavRwCoeUYALQFHAJTxRgAS9kYAnntHAH7zRgC/NEcAdg9HAEIGRwAAMEEAxG5GAIxSRgD9bkcAeHtGAAqkRwBRdUcAsVNHAACgQACkK0YARuZGAJMQR4CHi0cAOHBGAKiDRoDtrEcAuxdHACcORwCeF0cAQDpGgNOwRwBMAUYAbL9GAHAgRgDpFUcAiAZHANj7RgD8K0YAZvJGAG4gRwBXNkcAiyBHAH+lRwD+XUcAQKFGAMJWRwAc4kYAAKBBADKPRwCutEYAhBtGABh1RwATk0cAgG5GAEJhRwAAIEEAWIlHAFcnRwDa00YAWkdHAABwQQAeuEaAaoBHAFbeRgC+AkcAKI9GACDcRgCpskcASCtGAHLjRoBIv0cAML5FADECRwBKnUaAF4NHABhsRoDev0cAABBBAGpnRwDEI0YAhIFGAMqjRoADhkcA7odGAHVPRwC2yUYAGDNGAC1yRwAAgD8AsptHAPcqRwDg1UYA9BpGANQsRgCE7kYAUPhGAC6aRwAAgD8AoHFGAIS3RoCkrEeA57ZHANTLRoDOu0cA0txGABYjRwCcU0YA5jdHAJ6kRgBgk0YAKB9HAKAORwC2ekcA5vpGAM9URwBqhEYA4hJHAGraRoCg50cAUJVHAHEnRwAAYEEANPlGAMMJRwDd5UcAAOBAgGqLRwAAMEEAQClGAPRzRgBINkcA5C5GABDmRgCNtkcAGUVHACSgRwCgX0aAPq1HAJYeRwBbiUcAiIFHAIw6RwB2m0aA6YdHAPIvRwAsGEcAeRxHACsaRwAPVEcAAnxHANV6RwBADUcAUItGAKAeRgCoQUYARDtGALFBRwCQIUYAZNtGAP6aRwAAoEAAACRGAGAsRgCce0cAON9HgJSDRwBG60YAQPdGQJkBSADI8UYAcPxGAH9/RwAAqEGAhbdHgBcPSAAA4EAADtVGAORGRwBK10YAioZHAG7vRgCAH0YASGtHgM+YRwAAAEAAMOtGAKmCRwByU0cAIqxGADokRwAGikYAZLVGAEKqRoBggEcArJNGAJs8RwDgpkYAeUVHAPk4RwDcVkcAAJhBAMxSRwCArEUA0YtHAACAQACY0EcAaupGAEbQRgAWT0cAnF1HADyIRgAGj0cACl9HAPUkRwAAwEAA9y9HgGzvRwAAQEAAOslGAGRaRgB2mkYAPqBGAPQtRgBA7UUAiHJHAAIiRwCYAEcAwL1GAOq2RgAi9UYADqlGADUJRwCoa0YAmJpGAHyYRgBTBUcAoIVGAKLwRgAAgD8AWQJHAK0rRwDaV0cAAIA/AMxfRgB4pkYAx41HgNiaRwB7gUcA0BhHAMwVRgAWtEYAZodGACMCRwCPCkcA72tHAPg8RgB0BUcAmhFHANCnRwBWyEYAeCdGAGC9RQBjI0cAZjxHAIEzRwCYEUcAuFhGAHL8RgBWY0cAlIBGANVJRwC+10YAXA1HAPF0RwA7XkcAaBNHACBqRgCoVUcAAQRHAKgqRwAwiEYA3AdHAGrhRgBqjEYA5A9GgISDRwDsb0cAg7lHANsKR4BxqUcAEoZGABqcRgDKtkYA/d9HAOIIRwAoNUYA3JRHAIBLRwCmg0YAVUhHADxtRgCWa0cAMR9HALz4RgABU0cAShhHAACAQABggkYAlORGgM2/RwBZ8kcAoLpGADs+RwBS5EYAhQ9HAEjqRQAQREYA0CBGAEMARwAAEEEAxX5HAAAgQQApqEcAJSpHAJbHRoBehkcA1ppGADzvRwCap0aATY9HgNHVRwCzgEdA2hRIABKhRgAAgD8AZSBHAP8XR4DHsUcAwk9HAPQxRwBSu0cAV3FHADTnRgC1GkcAtM5GAG9+RwARhUcAJFpGAFQVRgCwGUcAyJhGAHF8R4Dt1kcA20xHAAAgQQAhXUfAjwVIAINzRwDIuUYAzF1GANhDRgBoZ0aA/JBIgPn2RwB5PkcALvVGAFN2RwDEk0YAhy9HABgfRgDvV0cAwt1GAKrXRgA83kYAzHhHAK+TRwD6tkYAtONGAAopRwAAYEEAaLNHAE5pRwDguUYAAiRHABCmRQDzGEcAoC5HABrCRgB4+EaAyLJHAACAPwBe5EYAMA1HAECWRgAoc0cAJF5GAGyzRgAA4EAALQhHALqARoBPr0cAAIA/AKCWRgBITUcA+H1HAMNVRwA4NkcAAJBBAIZrRwA0WkYAYTNHAKw8RgDfZUcAtPZGAMYRRwBSX0cAF1FHAMM8RwBkm0YAZSRHANiFRwDkZkYALpNGADo0RwCkXUaAtZdHAAQ7RgDG2kYAkn9HAIyoRwAAgEAAKMpFABwHRgBNWUcAGDlHAKQ6RgAAEEYAcylHANSRRgAQj0agf6ZJgB3wSICsjUcAAIBAAFdFR4BMm0cAAOBAAN6ZRwAEikYAWodGANgmRgD7GkeAToFHADzXRgDOukYARqJGAMAyRgDRJkcAIMtGAAQKRgBYrUUALHNHABErSAAelUYADEJGAJ46RwAAQEAALDZHAKIeRwAAgD8ArFFGAAoMRwCgU0YAkEVGAAdQRwD1MkcAmohGADx9RwCHMEcAfUlHAOEBRwAC9UYAcEtFABwVRgBsbUYAERJHAG49RwAevUcAAABAADNhRwDWVkcAeg9HAP4mRwDvlkcAzAJHAFRfRoBSkkcAAEBAAKRNRwA24UYAuDxHAAAMQgAVCEfAiQxIADBHRwBW80YA8ClGgA2SRwAJzUcAAMBAAGh4RrDVokkATalIgFDwRwDgJUcAqNtFANxURwBSOUcAZFtGAGckRwDA40YARO1GACWjR4CvmEcAovxGAM19RwA4nEYAEQBHAID5RgCalEYA6MRGABTdRgA4kUaAE4hHAACgQAApnEcAgkJHAL6QRwAAcEEAxAlGAFQwR8DuSkgAqLxHAK+7RwDqtkcAFDhHADWLRwBgd0YAVCFHADwIRwBq6UYALIdGAHKBRgB+vkaAlahHAPjrRgBsqkYAgGBGAACAQAC2TEeAi6ZHAMY9RwDMbkYAIFpHAAY1R4AyzkcAgoBGAOSKRwDEsEYAvJ9GAAAaRoBGrkcALuNGACDQRgDAs0aA1QpIYG1ASQDImkeAyOtHAABgQQB4sUYAoWpHAGJiRwClpkcAThhHAMVSRwDsLUaAnYhHAI03RwDeYkcADmFHAAAAQAAIq0UAhKZGADqsRgAMGEYAMPhHAKTYRgAUtEYA5TxHgJ8FSAAdfEeASupHAACAPwAEHUYAwY5HADxMRwBauUYAMHlGAP6zRgDOWEcAJqBGAJwARwAOoUaA4MRHAPDfRoDI+EeAz5dHAD7KRgBQ8UUApsdHAPqdRgBNSkcACjRH</binary>
 
103
                                        </binaryDataArray>
 
104
                                </binaryDataArrayList>
 
105
                        </spectrum>
 
106
                        <spectrum id="spectrum=2" index="1" defaultArrayLength="1112">
 
107
                                <cvParam cvRef="MS" accession="MS:1000525" name="spectrum representation" />
 
108
                                <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
 
109
                                <cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
 
110
                                <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
 
111
                                <scanList count="1">
 
112
                                        <cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
 
113
                                        <scan>
 
114
                                                <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="415.33" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
 
115
                                                <scanWindowList count="1">
 
116
                                                        <scanWindow>
 
117
                                                                <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="300" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
 
118
                                                                <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1500" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
 
119
                                                        </scanWindow>
 
120
                                                </scanWindowList>
 
121
                                        </scan>
 
122
                                </scanList>
 
123
                                <binaryDataArrayList count="2">
 
124
                                        <binaryDataArray encodedLength="11864">
 
125
                                                <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
 
126
                                                <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
 
127
                                                <cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
 
128
                                                <binary>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</binary>
 
129
                                        </binaryDataArray>
 
130
                                        <binaryDataArray encodedLength="5932">
 
131
                                                <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
 
132
                                                <cvParam cvRef="MS" accession="MS:1000521" name="32-bit float" />
 
133
                                                <cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
 
134
                                                <binary>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</binary>
 
135
                                        </binaryDataArray>
 
136
                                </binaryDataArrayList>
 
137
                        </spectrum>
 
138
                        <spectrum id="spectrum=3" index="2" defaultArrayLength="1082">
 
139
                                <cvParam cvRef="MS" accession="MS:1000525" name="spectrum representation" />
 
140
                                <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
 
141
                                <cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
 
142
                                <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
 
143
                                <scanList count="1">
 
144
                                        <cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
 
145
                                        <scan>
 
146
                                                <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="431.14" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
 
147
                                                <scanWindowList count="1">
 
148
                                                        <scanWindow>
 
149
                                                                <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="300" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
 
150
                                                                <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1500" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
 
151
                                                        </scanWindow>
 
152
                                                </scanWindowList>
 
153
                                        </scan>
 
154
                                </scanList>
 
155
                                <binaryDataArrayList count="2">
 
156
                                        <binaryDataArray encodedLength="11544">
 
157
                                                <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
 
158
                                                <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
 
159
                                                <cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
 
160
                                                <binary>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</binary>
 
161
                                        </binaryDataArray>
 
162
                                        <binaryDataArray encodedLength="5772">
 
163
                                                <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
 
164
                                                <cvParam cvRef="MS" accession="MS:1000521" name="32-bit float" />
 
165
                                                <cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
 
166
                                                <binary>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</binary>
 
167
                                        </binaryDataArray>
 
168
                                </binaryDataArrayList>
 
169
                        </spectrum>
 
170
                        <spectrum id="spectrum=4" index="3" defaultArrayLength="1145">
 
171
                                <cvParam cvRef="MS" accession="MS:1000525" name="spectrum representation" />
 
172
                                <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
 
173
                                <cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
 
174
                                <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
 
175
                                <scanList count="1">
 
176
                                        <cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
 
177
                                        <scan>
 
178
                                                <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="450.34" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
 
179
                                                <scanWindowList count="1">
 
180
                                                        <scanWindow>
 
181
                                                                <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="300" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
 
182
                                                                <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1500" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
 
183
                                                        </scanWindow>
 
184
                                                </scanWindowList>
 
185
                                        </scan>
 
186
                                </scanList>
 
187
                                <binaryDataArrayList count="2">
 
188
                                        <binaryDataArray encodedLength="12216">
 
189
                                                <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
 
190
                                                <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
 
191
                                                <cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
 
192
                                                <binary>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</binary>
 
193
                                        </binaryDataArray>
 
194
                                        <binaryDataArray encodedLength="6108">
 
195
                                                <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
 
196
                                                <cvParam cvRef="MS" accession="MS:1000521" name="32-bit float" />
 
197
                                                <cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
 
198
                                                <binary>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</binary>
 
199
                                        </binaryDataArray>
 
200
                                </binaryDataArrayList>
 
201
                        </spectrum>
 
202
                        <spectrum id="spectrum=5" index="4" defaultArrayLength="1001">
 
203
                                <cvParam cvRef="MS" accession="MS:1000525" name="spectrum representation" />
 
204
                                <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
 
205
                                <cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
 
206
                                <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
 
207
                                <scanList count="1">
 
208
                                        <cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
 
209
                                        <scan>
 
210
                                                <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="467.35" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
 
211
                                                <scanWindowList count="1">
 
212
                                                        <scanWindow>
 
213
                                                                <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="300" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
 
214
                                                                <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1500" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
 
215
                                                        </scanWindow>
 
216
                                                </scanWindowList>
 
217
                                        </scan>
 
218
                                </scanList>
 
219
                                <binaryDataArrayList count="2">
 
220
                                        <binaryDataArray encodedLength="10680">
 
221
                                                <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
 
222
                                                <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
 
223
                                                <cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
 
224
                                                <binary>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</binary>
 
225
                                        </binaryDataArray>
 
226
                                        <binaryDataArray encodedLength="5340">
 
227
                                                <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
 
228
                                                <cvParam cvRef="MS" accession="MS:1000521" name="32-bit float" />
 
229
                                                <cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
 
230
                                                <binary>gLq9RwArNkcAeL9GAE5QRwDHCkcAEENGAO6hRwAig0cA6EZGAGroRgB4/kUADvNGAKuWRwBfKUcAOkhHAK10RwAyakcAoKJGADkIRwCkxEcAVoRGAExqRgCu3kYALUpHAJLLRgAAgD8A3KRHAPD0RgD+t0YAWSZHAARqRgAQYkYAs2ZHAJEPRwBRC0cAHolGAJQpRgBO20YASptGAAsBRwCIt0WA+q1HABi1RwBhYEcACrtGABjoRgDejkcAWvFGAFifRQB0+0YA4PJGAPwcRwA0j0YAyttGAKqORgDsdUYAQoNGACu5RwCEW0cAcGdHAI8rRwAJMkcAHwRHAJLYRgBfUEcARIlHgPHER4CyqUcAfHdGANw3RgBDXUcAFEpGAAKlRgB6o0YAsSpHADgwRgA6P0cAOw5HAHKRRwBWLEcAlOZGAACAPwBE0UcAAIA/ANVGRwBz2EfALQpIaFPhSgAVbUlgaLpIAMi1RgBo+UYAlyBHAFKoRgAZckcA3ONGgEK0RwAUg0YAlEpGAFAfRwC3Y0eAfKVHgAOpR8CKPUgAwHhHAKA0RgAwdkcAVvxGAH4oRwCm60YAnPhGAHDRRYCjpUcAlt1GALx1RoBuj0cAqJ9HAC70RgCIEkcAAOhGAHDyRoBJJEgA3f5HAMcORwC0N0YARRlHAOOtRwDsyEYQpNRJoBiySIDtw0cAGypHAECNRQCTIEeASKRHAKAKRgAK/EaQnSxJgBTwR4BEKEiA8NBHAHbqRgDAUUeAfp9HAAAIRwC+4UYASK9GANjMRgBy40YAiKlGACEeR4CHwUcASyVHAD8wSIBFlkcAu/NHAOTlRgDI1EUAhLFGANipRgBo6kYALAxGAJY8RwAAIEEAcAlHAOkIRwAAgD+A5KlHABRLRwDIMEcAgBpGAJBLRgB1N0cAGzxHAKqORgDQlEYAZEpGAFLLRgB3rEeA8JVHAOQiRgADpEcAZGlGAKzSRwDykkYAWOJFgDbURwDev0YAcPVFAHIlRwDkWkcAW2BHADDuRQDyv0YAAEBAAPISRwBI/0UAWIFGAGR8RgA0UEYART9HAD4QRwChIUgAZotHAFVcRwDgI0YAZ8hHAGQRRgDcqEYA0CtGACydRgDAsEYASPZFABLWRgAoq0UAUFBGAJ6RRgAeoUYAcUNHABFHRwDKl0YA0HFGAASYRgAGFEcAvtNGACT3RgAuykYAJGBGAFktRwCEB0cAOnZHgDztRwAg0UYAWD5GAFCuRgB0SEYAyBRGANZ6RwBPbUcACKJFANR/RwC+mkYAwwFHAFQERgBIV0YA/D5GAH6kRgDjKEcApMJGAN1cRwAAoEAAJAhGAMIIRwA88UYAIJhGAJSQRgCql0YAkFJHALD9RgAAmEEAvCFGAPANRgDe7EaAsoBHAPrJRgDEFEYASP1FAA7mRgC4q0UA3o5GANY7RwD6h0cA8LFGAJRCRgAyiEYAzgRHQE0USADe9UYAd3xHgO/1RwBtV0cAPqRGABDlRgAAAEEA/BpGAIwuRgCW2UYA4JJGAOouRwDOY0cA+OxFAJAERwD4QEYAOA5GAHEKRwDgbUUAlD9GADDnRgDwhkYAULpFAAgPRgDcn0cAqpBGABhmRgAKsEYAA1xHAACAPwAcB0cAIypHABQoRgDfP0cAAMBAANJBRwD0P0YAQnNHACw8RgC2xkcAfcFHAHRKRgA060YANUdHAK57RwCQLkYAmPVFAJcBRwA8iUYAtL9GANjFRQBAvEYAXGdGAPxsRoAPj0cAPTdHAHDjRQBSoEYAtktHANVNRwDZcUcA0IpGACysRgDGlkcAjCVGAJAqRgCG+UYAYPJFANTxRgArC0cAvE5GAO8PRwAAMEEAzoRGALs9RwC8dkYAoGRFADiJRwAAmEEAhPRGgMmgRwC3DUeAg5RHAACQQQBMqUYAOoRGAMqCRgDcbEYAU5FHACKFRgAtZEcALANHAFDvRQC+B0cAcD1GAMKZRgBfRUcAHGFGAMyoRgDFiUcAAABAAHYZRwBFEkcAkS5HABSYRgBwZUYADFdGACSPRgDIh0YAqDtHAFLYRgC+mkYAMqhGALKURgDUJ0cA2NtGACiqRgAAqEEAtCxHAEyuRgDMxkYA1KdGAOQxRwDcjUYAUL1GALqnRgBuvkYA+DJGALw5RgBFPUcAX79HAOCTRgC8w0YAKv5GAD5fRwDRF0cALqpGAKrbRgCoFUcAkENGAJy2RgAE3kYAmv5GAPSCRgAIFUcAZzBHAIqnRgDSGkcAuqhGAOQ3RwCMFUeAOJZHAAAAQQB6KEcAMGNFAEUpRwBE+UYAlI9GAG4URwBQtEYAiqdGACi3RQBi30YAHl1HANigRgBo0EYASQtHAN7CRgDjIEcA9RpHABQERgAcA0cAkOtFAOzcRgBE5EaAEY5HAHZSRwCM+0YAYCtGAH8PRwAYZUYAtHhGAMJ/RwAwGEcAAMBAAHqnRgC4AEcAdAFGANq9RgAI/UYAlNZGALxvRgAssEYAvF9GAHA2RQC8FEYAiLRGAIhtRgCsQEYAkFhFAFTPRgB0K0YA0GNHAO1VRwDKo0YA2LhFAP7lRgDAAUYAPw1HAMcbRwAEe0YAeG9GABjnRQD4rUUAlHtGAAeKRwAAIEEAYL9GABTNRgA4rEUApH1GALwNRgAIbkYAABhHAFskRwAAQEEAxsxGAOVuRwDNBkcAQvpGAOjIRQCA+0YAVBtGAGg2RgBGE0cAAIA/AFC+RQCCsEYA5QpHACj5RgDQvkYADMdGAIKGRgC+p0YAdD9GACjfRgBKkkYApO1GAACgQABYP0YArhZHAEecRwCSEEcA7p5GAJKORwCCBkcAEFNGAKxDRgAOG0cAGGZGAFquRgAwdkcACFhGAIa9RgAbPEcAAMBAAICVRgAA4EAAYBFHAMqTRgCbu0cA8AhHAGq3RgB8pUYAZo5GAPSsRgBEwEYADsNGABg2RoDYikcAlK5GAN7oRgAaj0YAUHxHAAAgQQAIg0YA1H1GAJisRgBgF0YAuD1GANoIRwD86UYAwFxGABY1RwAoc0YANzJHAPBhRgDYxEaAJKdHAGjeRQBC80YAeEJGAJ9dRwDXkkcAakRHAOquRgAsU0cAABdHAETDRgDFRkcAlItGAMK+RgDvNEcAAIA/AJCORQAqW0cAljNHAIxkRgCALEYAKUVHAESyRgAYe0YAi2NHAApARwDY7EYAAC1FAIFaRwBLQEcAADRGAPgKRgCYGUcA41VHAHUrRwAAEEEArEFHAAAwQQCxJkcABEBGABM1RwAgvUUAAHFHAPKNRgBON0cAZGRGAPKFRgBki0YAQyZHAEBgRgBQVUcAUNNFAOAsRwBi2UYAZQhHADQjRwAAAEAAtK5GADBRRgDKlUcAqzVHAHlsRwAAgD8ARzBHAACAPwBEB0cANhJHADZJRwAcJ0cAMsRGAC6CRgCeikYAEGhGAI81RwAAAEEAmwBHAOS7RgAUhkYAtDlHAABAQADIqkYAhYJHAMCnRgAAgD8ATJJGANQvRoB/g0cAtoRGAOiERQDo/UYAAIFGABqBRoCNB0gApzBHAOAhRwB26UYA8qlGAKDwRgAKhUaAg4pHAFiLRgCkzEcAWJZGAJ9DRwDqoUYATqdGAKKkRgAAwEAAMo1GAKVJRwBIP0cAOtFGAIAnRgDYEkcARGpGAFq8RgBmjkbAdldIADDsRwD450UAetNGAPbxRgBusEYAbCZGAFIURwC250YAtHtGALxCRoBxtkcAAEBAgCraRwAAAEEA6pxHAJKmRgBonEYAAetHAMi0RgCpCkcAEP5FAP/4RwBMlEYAPxFHAALRRgCsF0YAEVpHAHqTRgDk00YAWAdGAN4PRwARZ0cAgI1GAABMRgCylUYAaHBGAA7iRgDIXUYABQZHAOVORwCJFUcAdqhHAFqURgBIzUUAIHRGABi0RgAQz0YAezZHAAAAQADa90YAjEJHADI3RwDHJUcAgQNHgLGPRwCKu0YAPsdGAG4qRwA2IEcAfApHALR9RgA0MEeAXt5HAEhuRgBKB0cA+tRGgPKZRwAAgD8AwHBFAGRtRgBEAkcAbllHAPRZRwCSCkcA4bxHANrGRoDSSUlAIhdIAHgARgALhkcA95pHAAQjRgBLV0cA7AhHAHiYRgBs7UYA3DdHAPKkRgBcT0YA/N9GgNSURwA8R0YA8PdFAIyVRgAifEcA8AFGANqDRgAwAUYAfXlHAB4pRwCQA0cAWP5GAACAPwAIgUcAtB5GAFRwRoCJo0cAbIpGALEGRwAxQ0cAABBBAJ47RwAAlEYABNVHgEeaRwCSiUYAPpxGAJmRRwAAQEEAjLhGACrFRgAS7kYASKZFAG4+RwC0G0YAXv5GAJa+RgDO4UYAILZGAKVnR4DZi0cAyL9FAHQLRgDcC0YAGv5GACVKRwDjH0cACHdHAKCkRoBWiUcAcDxGAPlFRwDw5UYA0idHAOXQRwC5akcAtvBGAHijRgCpdEcAjaRHAEoxRwC4XkYAsPRFAPlBRwCkhEYAUoNGYEhSScA6AEgAiBtHANbMRgACukYABhlHAPRCRgCo20YAt1NHAABAQABKg0YAbShHAGwfRwD4j0UASHpGAKsfRwBiDUcAAABBAEr8RgAa50YA5MdGAA9SRwAIMUcAwpRGAFEaRwDWd0cAuIVHAIiORgCwmUYAo1tHAAAAQAAaPUcA2r1GAGT4RgDiVUcAxi9HAPpHRwCEUUYAyLFGwDYKSAAAAEAAyrlGAHwtRwCw/EaANJBHALu7RwAIe0YAWGpGAA8qRwCRfkcAjutGAA2HRwAaS0cAMR9HAOZxRwAJAUcATRdHAFLdRgDiXUeA44hHAACAQAClM0cAIJRGgFKTRwAMLEYAGMdFAD7lRgCEM0YAONlFAJySRgAe3UYAAEBAAFQ2RwBAY0YABoRHABqgRgCvSUcAVXpHAAAAQQBaIUcAWCxHAECNRQAQvEUA1B9GAJANRwAgmkYAmMNFIFjcSIDUY0gAAIA/ADa+RgAAgEAAzlxHACwlRwBCzEYAUtVGALs4RwB4L0YAHhNHALz3RgDbNEcA8GFHALcvRwAAgD8AwEhGAFoARwDqd0eANI1HABj4RgAwT0cAQBhGAKxvRwCnFUcAIMBGAADgQAA5D0cACQBHAOpXRwDZFEcAlJRHAACAPwDwb0cAjEZHADq3RoCVs0cAhAVHAHdhRwC4aEYA2uFGAIq/RgCs20YAwRlHAHyhRgAwP0YA6K5GANzeRgAm/EYAtXVHACBSRwBAjEYAAAZHAAQARgBu00YANzNHAMbzRgDi/kYADrNGgFyBRwD4ekYAgDxFANifRgAIyEU=</binary>
 
231
                                        </binaryDataArray>
 
232
                                </binaryDataArrayList>
 
233
                        </spectrum>
 
234
                        <spectrum id="spectrum=6" index="5" defaultArrayLength="1090">
 
235
                                <cvParam cvRef="MS" accession="MS:1000525" name="spectrum representation" />
 
236
                                <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
 
237
                                <cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
 
238
                                <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
 
239
                                <scanList count="1">
 
240
                                        <cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
 
241
                                        <scan>
 
242
                                                <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="485.02" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
 
243
                                                <scanWindowList count="1">
 
244
                                                        <scanWindow>
 
245
                                                                <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="300" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
 
246
                                                                <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1500" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
 
247
                                                        </scanWindow>
 
248
                                                </scanWindowList>
 
249
                                        </scan>
 
250
                                </scanList>
 
251
                                <binaryDataArrayList count="2">
 
252
                                        <binaryDataArray encodedLength="11628">
 
253
                                                <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
 
254
                                                <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
 
255
                                                <cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
 
256
                                                <binary>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</binary>
 
257
                                        </binaryDataArray>
 
258
                                        <binaryDataArray encodedLength="5816">
 
259
                                                <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
 
260
                                                <cvParam cvRef="MS" accession="MS:1000521" name="32-bit float" />
 
261
                                                <cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
 
262
                                                <binary>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</binary>
 
263
                                        </binaryDataArray>
 
264
                                </binaryDataArrayList>
 
265
                        </spectrum>
 
266
                        <spectrum id="spectrum=7" index="6" defaultArrayLength="1147">
 
267
                                <cvParam cvRef="MS" accession="MS:1000525" name="spectrum representation" />
 
268
                                <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
 
269
                                <cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
 
270
                                <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
 
271
                                <scanList count="1">
 
272
                                        <cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
 
273
                                        <scan>
 
274
                                                <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="503.89" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
 
275
                                                <scanWindowList count="1">
 
276
                                                        <scanWindow>
 
277
                                                                <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="300" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
 
278
                                                                <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1500" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
 
279
                                                        </scanWindow>
 
280
                                                </scanWindowList>
 
281
                                        </scan>
 
282
                                </scanList>
 
283
                                <binaryDataArrayList count="2">
 
284
                                        <binaryDataArray encodedLength="12236">
 
285
                                                <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
 
286
                                                <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
 
287
                                                <cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
 
288
                                                <binary>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</binary>
 
289
                                        </binaryDataArray>
 
290
                                        <binaryDataArray encodedLength="6120">
 
291
                                                <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
 
292
                                                <cvParam cvRef="MS" accession="MS:1000521" name="32-bit float" />
 
293
                                                <cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
 
294
                                                <binary>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</binary>
 
295
                                        </binaryDataArray>
 
296
                                </binaryDataArrayList>
 
297
                        </spectrum>
 
298
                        <spectrum id="spectrum=8" index="7" defaultArrayLength="941">
 
299
                                <cvParam cvRef="MS" accession="MS:1000525" name="spectrum representation" />
 
300
                                <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
 
301
                                <cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
 
302
                                <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
 
303
                                <scanList count="1">
 
304
                                        <cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
 
305
                                        <scan>
 
306
                                                <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="523.27" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
 
307
                                                <scanWindowList count="1">
 
308
                                                        <scanWindow>
 
309
                                                                <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="300" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
 
310
                                                                <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1500" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
 
311
                                                        </scanWindow>
 
312
                                                </scanWindowList>
 
313
                                        </scan>
 
314
                                </scanList>
 
315
                                <binaryDataArrayList count="2">
 
316
                                        <binaryDataArray encodedLength="10040">
 
317
                                                <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
 
318
                                                <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
 
319
                                                <cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
 
320
                                                <binary>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</binary>
 
321
                                        </binaryDataArray>
 
322
                                        <binaryDataArray encodedLength="5020">
 
323
                                                <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
 
324
                                                <cvParam cvRef="MS" accession="MS:1000521" name="32-bit float" />
 
325
                                                <cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
 
326
                                                <binary>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</binary>
 
327
                                        </binaryDataArray>
 
328
                                </binaryDataArrayList>
 
329
                        </spectrum>
 
330
                        <spectrum id="spectrum=9" index="8" defaultArrayLength="1060">
 
331
                                <cvParam cvRef="MS" accession="MS:1000525" name="spectrum representation" />
 
332
                                <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
 
333
                                <cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
 
334
                                <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
 
335
                                <scanList count="1">
 
336
                                        <cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
 
337
                                        <scan>
 
338
                                                <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="541.15" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
 
339
                                                <scanWindowList count="1">
 
340
                                                        <scanWindow>
 
341
                                                                <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="300" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
 
342
                                                                <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1500" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
 
343
                                                        </scanWindow>
 
344
                                                </scanWindowList>
 
345
                                        </scan>
 
346
                                </scanList>
 
347
                                <binaryDataArrayList count="2">
 
348
                                        <binaryDataArray encodedLength="11308">
 
349
                                                <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
 
350
                                                <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
 
351
                                                <cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
 
352
                                                <binary>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</binary>
 
353
                                        </binaryDataArray>
 
354
                                        <binaryDataArray encodedLength="5656">
 
355
                                                <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
 
356
                                                <cvParam cvRef="MS" accession="MS:1000521" name="32-bit float" />
 
357
                                                <cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
 
358
                                                <binary>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</binary>
 
359
                                        </binaryDataArray>
 
360
                                </binaryDataArrayList>
 
361
                        </spectrum>
 
362
                        <spectrum id="spectrum=10" index="9" defaultArrayLength="928">
 
363
                                <cvParam cvRef="MS" accession="MS:1000525" name="spectrum representation" />
 
364
                                <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
 
365
                                <cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
 
366
                                <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
 
367
                                <scanList count="1">
 
368
                                        <cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
 
369
                                        <scan>
 
370
                                                <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="559.06" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
 
371
                                                <scanWindowList count="1">
 
372
                                                        <scanWindow>
 
373
                                                                <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="300" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
 
374
                                                                <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1500" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
 
375
                                                        </scanWindow>
 
376
                                                </scanWindowList>
 
377
                                        </scan>
 
378
                                </scanList>
 
379
                                <binaryDataArrayList count="2">
 
380
                                        <binaryDataArray encodedLength="9900">
 
381
                                                <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
 
382
                                                <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
 
383
                                                <cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
 
384
                                                <binary>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</binary>
 
385
                                        </binaryDataArray>
 
386
                                        <binaryDataArray encodedLength="4952">
 
387
                                                <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
 
388
                                                <cvParam cvRef="MS" accession="MS:1000521" name="32-bit float" />
 
389
                                                <cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
 
390
                                                <binary>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</binary>
 
391
                                        </binaryDataArray>
 
392
                                </binaryDataArrayList>
 
393
                        </spectrum>
 
394
                        <spectrum id="spectrum=11" index="10" defaultArrayLength="1133">
 
395
                                <cvParam cvRef="MS" accession="MS:1000525" name="spectrum representation" />
 
396
                                <cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
 
397
                                <cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
 
398
                                <cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
 
399
                                <scanList count="1">
 
400
                                        <cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
 
401
                                        <scan>
 
402
                                                <cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="577.27" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
 
403
                                                <scanWindowList count="1">
 
404
                                                        <scanWindow>
 
405
                                                                <cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="300" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
 
406
                                                                <cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1500" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
 
407
                                                        </scanWindow>
 
408
                                                </scanWindowList>
 
409
                                        </scan>
 
410
                                </scanList>
 
411
                                <binaryDataArrayList count="2">
 
412
                                        <binaryDataArray encodedLength="12088">
 
413
                                                <cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
 
414
                                                <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
 
415
                                                <cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
 
416
                                                <binary>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</binary>
 
417
                                        </binaryDataArray>
 
418
                                        <binaryDataArray encodedLength="6044">
 
419
                                                <cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
 
420
                                                <cvParam cvRef="MS" accession="MS:1000521" name="32-bit float" />
 
421
                                                <cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
 
422
                                                <binary>AODdRgAOzEYAaEFGADwGRwBIXEcA4k1HAGoWRwAPCEcArOtGALCRRwCMXkaA87dHALa1RgAxCUcAFa5HAH8oR4A0g0cA4GBGAAiNRgC48UYAwJtFAPDsRgCOGEcA4GJFAL4ER4Dn0kcAmC5GgEaERwAlA0cAjVFHAJQdRwDUr0YAmJxGAITgRgD8VkYAfQhHAOUwRwDBN0cAPD1GACi9RgCEBkcA3IRHAIxoRwA6/UYAQGVEAGUrRwCE4kYAAO1GAKBKRgBDckcAkv9GAMZRRwDfbEcAtFhHAAJERwBnPkeAvIJHACjZRoAaFkgAaK1GADR4RwDRaUcAcXZHAHBvRwAsSEcA7E1GAFDeRYCYhUcACVxHAHCKRoAHmEcAmLJHAJYiRwA8lUeA9NJHADcURwDFQ0cAboxGAMgdRwBTYEcAqGxGADluRwCHYkcAvF9GAGyxRgDdhkcAOSZHAPQDRwDvhUcADlBHgNHTR8DjZkgqDN9K6HP7SUCJO0lgi5ZIgHP2RwAB8keA3a5HANxARwAQFkcA1U9HAFwpRgA8ckcA7P1GAFijRgDyzEaAuflHgNaPRwA8LEdAKxhIAOD5RwADpkcALDJHAHEzRwCZRUcA/HpGAHU/RwA/G0cAUNdGAA0XRwBAoEUAeoBGAIZJRwDhHEcAcj9HgEOMRwCrJUcAz4RHAPIWRwBM+0YAGGdGQEdSSID7B0hAAR1IgH6XRwChiEeAZvxHgBc4SAhFtUlg/gZJgPo3SAC28kcAg1tHADR7RwDsAEcAIO9GABrgRoD8ikcgQUpJcPsOSeDdk0iAtEJIAEgCSAAxdkcACD9GAF7oRgD5LEcA3X1HAAbdRgBMrkYA6J1FAHxSRoBxgUcAYHZGgByzR4BGikfAHxRIgFDKRwA+PkeAA5BHgAyuRwB/BEcAevlGAL6ARgBQlUYAiNZGACD0RgBOkkYAMCdFAPIZRwA4tEYA5BtHAG9PRwC+PUcAOEVHAGBpRwCxBUcA3vhGADwzRgBCn0YAVhxHAPLZRgCfq0cASqNGALbnRgAhAUcAbJlGAD7YRgCPG0eAnaFHACQVRwBbNUcA8BtHANoOR4BUhkcAFGxHAJaLRwAdL0cAbFlGAFmCRwBBlUcAyO5GAP9CRwDSKkcA3udGAIBhRQDUR0YALCpGAIo9R0A3OUgAGbFHAOKpRwB3WkcAGNpGANrHRgDkekYA/OpGAIqNRgBwk0YAAOZGAGg8RgAAokYAOMpGAL63RwAmgkYABrNHAGzRRgBrAUcAAjlHAOAoRwAUXEYAmrNGAADwQQAoEEYAqIxGAIbsRgAEtkYABEBGANKTRgBQt0YA8CpGAMKvRgAKqUYAcNBFALCHRgBGaUcAuAhGAAbpRgCAkkQARi5HAOBARgCEa0YAsHRGAHSFRgCstkYAtrhGALzWRgAcO0YAWNxFADN0RwC0skYAjD5GALhURgBmoUYArANGgBesRwC4mkYAAI9GAJRuRgB9B0cAEoZGAI6aRgCui0YAMItFANYaRwAFF0cA7MdGAA67RgDQe0YALBRGAPCZRgDE6EYAzFlGgPChRwDVXkcAAPNGgKecRwAAk0YAGy9HAPCdRQBMXEcARDxGACxHRgDShUYACCRGAFDDRgBjBUcA3utGAAQBRwDk4EYA4VtHALjdRQDNN0cAPrNGAPB6RgDQT0UAhuVGAMSbRgB2gUYA0OBFALiPRQDI5EUAhCVGADhFRgAMUEcARFFGACxyRgCswkYAuI5FAOimRgBKgkYALCVGAOKVRgCo7UYAQEdGAKC1RgBclkYAYNlEAKihRQBAcUYALJZGADhURgBU+UYAqN1FAOB3RgBo00UAGNJFAHxwRgDgy0UAfMVGACSeRgCirUYAur9GAHbmRgCgeUYARz5HAABAQADwSkYAavdGAB6hRgBwnkYAnvVGALBFRQBILkYA5GlGAIaMRgCIn0YAmI5HABCCRQCQ5UYAAJlFAD7xRgBYT0YAoFNFAKBiRQBkmkYAriRHAJwsRgCFMEcAGLJFAIAuRwAIj0UAVqpGAC6aRgBiu0YAlNNGAPBfRQBeDUcANBRGAJBoRgACtUYAoD5HAKCJRQDcaEYA1QNHAADtRQB410YAxM9GAFT/RgA81kYAAIA/APEkRwBAVkUAaPlFAPgeRgDAFkYAAOFGAJaGRgAOg0YAyP9FAHauRgA7cUcA7FFGAMCnRgAAJ0cABpZGALjgRQAAgD8AdspGALxfRgA4+kYAAIA/AIreRgCoDkcAWANGAMxLRgDA0EQAmCRGAHBCRQC5IUcAJR5HAM71RgBC6EYASr9GAJR5RgCwcUUAhARGACAMRQD4rkYA2AtGAMDHRABsiUYA7GhGAHECRwD4nkUA0ERFAGBHRQBVEEcA+QdHAFBZRwDIk0UAiGxGANBqRgBUF0YAnANGAOZFRwAscEYAIJNEAPKqRgA4hUYAgDRFAHAqRwBmg0YA7DpGAKhYRwBITUYA+NRGgHCSR4DZjUcAbRNHAP7RRgCiYkcAiKVFACAMRQDIrEUAKORFAABnRgBorkYAVNRGANB8RQBssEYA+HZGAGj4RgAqiEYAAIA/ABjTRQCgO0UAeJVFAMKrRgBYx0YA0AVHAGirRQAwRkUAGA1GAOLiRgAmkEYAgQZHAFD9RQDEWkYA4q5GAGqaRgDmwkYAJKFGAEgERwCKk0YAoFZGAIKqRgDmwEYArCJGALD0RQBsyUYAqA9GAHiqRgAKhUYA7LNGAGQNRwBwwUUAdqdGALx3RgBQXUYAYEhGAIDJRQBsGUYAWtlGAGQARwAgYkYATQJHAMgPRwBg9EYAwwNHALibRQD65kYA+NZFAKjcRQB8O0YAlL9GALiRRQCAuEUAuLxFAMbVRgD8NkcAMJtGAIs3RwDISUYAPBdGAPjSRQBgFUYA4PVGAECMRQAA/EUAutNGAEjxRQBkcUYAxE5GADQxRgAas0YAWA1GAGB/RQCAvEQASFxGANjZRQAwFUYAqSFHAOqRRgBIiUUATBpGAACdRgBAckUAgOxGACDWRADEfkYAEPBFAPiyRQBWVUcARRVHAMxQRgC4PUYAoPBEAEB2RQB1CkcAoOFFAKA4RgCsD0cAyp5GAHFORwDRg0cA3NhGAAAAQABcPUYAyFxGAOA5RQDug0YAqN5GAAqiRgALCEcAzBhGACBbRgAQSEUAYGRGAPibRgBO6UYAAEBAAD6wRgC0fkYAcPJGAE6cRgAOvkYAmvJGAI0YRwAgq0UAaN5GAIBYRgBYUEYAcBlGAICZRQDAFUYARvFGAIYCRwBYIkYA9ElGAEIARwAQsEaA3oVHAHELRwAoREYAlORGAHQDRwAAAEAADq1GABFIRwBIrEYAsIlGAIajRgDUbEYAqFZHAJDzRQCwrUUAuAFGAHBoRgDm8EYA+DNGAIxBRgAu50YAcwNHAI4DRwBMeUYAqKhFAFDcRgDgN0UARF5GALoORwBMsUYAsBRFAEbnRgAIPkYA/o5GAFAQRgA0JUYAPNRGADKARgDfDkcAkN5GAEhCRgCsLUYAzI5GAKDSRQCwNkUAZRJHADTgRgCw/0YAqR1HAMbDRgBQK0cAeMhFACzuRgBg9EUAWC9GADFbRwDgn0YAcAJFAHDERgBcUUYAloxGAH7vRgDyokYA+zJHgHSbRwAwGEUAgLZGANRKRgDMYkYARB5GAKTqRgDFGEcAkCNFAKihRgD6h0YAjJdGADB9RgC9FUcApDxGAKgYRwD+8UYAoyBHAKqdRgAg4kUAyoRHAFByRgDUU0YADElGAABkRgBQQEYAwEFFAMh3RgAIJkYA+D1GAAg2RgCAiUUAgHRFADb3RgDyNUcAmwZHACxrRgBuFkcAAIA/ABSCRgCwZ0YAOGpGAOAkRgBYykYAVVJHAACAPwA4tkUA1rRGAJYiRwC0PEYAWPlGAOwZRgCQwkUAlF5GADhORgDYxEYADExGAADmRgCAMkaAs5RHAMjORgC4xkUA/p9GAEUHRwB8lUYA4FBGAHCTRQBUakYAIBRGAHYURwAoY0YA4LNFAEIqRwDIhkUAJmhHAJAkRQA4BUcAvjhHAGTWRoCYk0cA2CxGAHqvRgCwq0UAcBtGABBIRgAYz0UAyMNFAGA2RgBQjUjAYBJIALjaRwBmiEYAXS5HAGiDRQDCr0YAkNNGAJqrRgBWg0YAdolGAEBNRwA6rEYAMIpGADzRRgAsfEYAcAhFALIcRwCIpEUAXQxHAOhJRgCmIkcAoNVGAI72RgAmVUcAd3NHAEiyRgBjB0cA7E1GAADbRQCgaEcA5C1HADSvRgBMH0YAglZHAIaNRgDSxkYARqBGAHIIRwAWmUYAuHhGAB4oRwAcW0YAfxRHANDURQDK0UYA0vFGAHjIRgB0hUYA2DlGAIaDRgAcjUYALKBGABabRgAbUEcAAIA/AKQVRgCAtUcAuSRHAEQgRgCwAkYAyL5FAIrYRgB7FUcAwvlGAHhXRgCmjEYA2KNFAHbwRgCnc0cAUBxHAExARwBcf0YA3wpHADw6RwCAS0YAMlhHAMi4RQAAwkWABIJHAAywRgAIF0YAQuhGAOwHRgB4+EUAas1GABUWRwDc0kYAvCVGAFzWRgAUAUcAGmpHACLuRgAUD0cAgCpGAGSzRgBmb0fQM51JQEZbSAAgOkcAwpJGAIhJRwBYRUcAqNdFAAgdRwAUIkYAsLpFABQ0RgAEkUYAYJtGAETTRgCojUUA4iBHAEqyRgAkb0YA1CRGAEZWRwB4U0YA6KxGAALxRgA3B0cApF5GACiDRQA8kEYAoXFHAGNIRwDlAUcAtJVGACEPRwDg4kYAmI5FAC7YRgASHUcAoMNEAMRIRgAYj0UAEHFHAKywRgBcqEYAl+RHACgTRwD7GEcApi1HAEjSRgAulUYAaPZFALhrRgAG7UYAdHZGANI7RwCcmkYAdRZHAPjPRQCA1UQAwAhGAF0qRwCoC0YA1PJGAPBGRQBkIUYA+BpGAAacRgBICUeAqptHAADZRgDOskYAVPBGAMUxRwCwyUUABNlGAJj1RQDgyUYAnqhGAB4dRwBNKkcAcC9HADwQRgAeB0cAVGNGALLURgBcykYA9ZVHAEz3RgDEYkYAduVGgBCZRwAA4EAAzytHgHHLR+A4qkng5Y5IABmZRwDyf0cAePRGAOBcRgCILEYAPoBGAOydRgBjC0cAQu5GAOxORgCQvEUAAspGAPolRwBCwUYAOtBGAMA5RgBAU0YAmD5GACbARwAtJUcAvY1HAPD5RgCIJkcAAABAAOeVRwAAgD8AtNxGANNwRwCAs0YA9H5GAFsQRwCc0UYAZDpGAECwRgAm4EYArlFHABKfRgCRk0cA5jVHgFzARwBwgEcAmO5GAD7+RgAqzkYAtp9GANeQRwAAgD8AohxHAGanRgAO4kYA/kNHAEL7RgD9sUcAGs1GAITFRgCK30aAL5ZHAO4YRwBwOUcASsVGADzbRgDW1UYAjLhGAETcRgCVCUcAaAhGAMCmRgD+nkYA8P1FABDJRQAZw0cAMGtGAByqRwAQ30YA/plGAEjHRgAAcEEAoD1GAAAAQAC0AkYAEKdGAIBIRgDq/0YAs6dHAPyVRgDGrEYA0HhFAHmDRwBKOEcAiDFGADQrRwAAgD9AKVFJADGESACSyUcAYPREAKxcRwCwnUYAntxGAJYqRwAMPkYAtrFHAAACRgAKx0YA8LVGAH6rRgCMx0YAP3BHALQXRgBAqEYAmLJGACDzRADAK0UAiP9GACQPRwDphUcAek5HAL7FRgA8i0cATC5HAMJFRwDw4UUAyYhHAADAQAAcTkYADttGADbrRgBU4EYA1TNHAJpmRwBaxkaAWpJHAGysRgA2gUYA02JHgAiCRwAYKkYA+3FHAD0sRwCbDEcAQKxGAJADRgBwT0cAFZZHAJ5fRwA6nEYA2ThHAHDPRQDgCEcAGoNGAM02RwBS9UYAmORGACBlRgA4i0UAAHlGAGAxRQAKlkYAXBNHAMAaRwAAgD8ARQ9HACw0RgAQXkYAHF9GALQ6RgBwM0Y=</binary>
 
423
                                        </binaryDataArray>
 
424
                                </binaryDataArrayList>
 
425
                        </spectrum>
 
426
                </spectrumList>
 
427
        </run>
 
428
</mzML>
 
 
b'\\ No newline at end of file'