XSLT Problem - XSL, XSLT, XPath, XLink, XPointer, X... Forum

Aneliya · Anmeldungsdatum: 26.01.2010 Beiträge: 1

Hallo,
Ich habe folgende XML Datei, die ich mit Hilfe von XSLT transformieren will.
<?xml version="1.0" encoding="UTF-16"?>
<?xml-stylesheet type="text/xsl" href="Protocols.xslt"?>
<ProtocolList>
<ColumnHead>
<Protocol>Protocol name</Protocol>
<Range>Range name</Range>
<SeriesDescription>Series description</SeriesDescription>
<Voltage>kV</Voltage>
<VoltageA>kV(A)</VoltageA>
<VoltageB>kV(B)</VoltageB>
<AECReferenceMAs>Quality ref. mAs</AECReferenceMAs>
<AECReferenceMAsA>Quality ref. mAs(A)</AECReferenceMAsA>
<AECReferenceMAsB>Quality ref. mAs(B)</AECReferenceMAsB>
<CustomMAs>(Eff.) mAs</CustomMAs>
<CustomMAsA>(Eff.) mAs(A)</CustomMAsA>
<CustomMAsB>(Eff.) mAs(B)</CustomMAsB>
<Care>Dose modulation</Care>
<CareDoseType>CARE Dose type</CareDoseType>
<CTDIw>CTDIvol</CTDIw>
<RotTime>Rotation time</RotTime>
<PitchFactor>Pitch</PitchFactor>
<SlicePhysical>Collimation</SlicePhysical>
<SliceEffective>Slice</SliceEffective>
<Acq.>Acq.</Acq.>
<SliceEffective>Slice</SliceEffective>
<ReconIncr>Position increment</ReconIncr>
<NoOfImages>No. of images</NoOfImages>
<Kernel>Kernel</Kernel>
<Window>Window</Window>
<ApiId>API</ApiId>
<Comment1>Comment1</Comment1>
<Comment2>Comment2</Comment2>
<Transfer1>Auto transfer 1</Transfer1>
<Transfer2>Auto transfer 2</Transfer2>
<Transfer3>Auto transfer 3</Transfer3>
</ColumnHead>
<Mode>
<Folder>
<FolderName>Customized scan protocols</FolderName>
<Body>
<BodySize>Adult</BodySize>
<Region>
<RegionName>Head</RegionName>
<Protocol>
<ProtocolName>C1</ProtocolName>
<ScanEntry ScanType="Topo">
<Range>Topogram</Range>
<Voltage>120</Voltage>
<VoltageA/>
<VoltageB/>
<AECReferenceMAs>96</AECReferenceMAs>
<AECReferenceMAsA/>
<AECReferenceMAsB/>
<CustomMAs>96</CustomMAs>
<CustomMAsA/>
<CustomMAsB/>
<Care>off</Care>
<CareDoseType>CARE Dose</CareDoseType>
<CTDIw>0.115217</CTDIw>
<RotTime>0.5</RotTime>
<PitchFactor>0</PitchFactor>
<SlicePhysical>0.6</SlicePhysical>
<SliceEffective>0.6</SliceEffective>
<Acq.>6×0.6mm</Acq.>
<ApiId/>
<ReconJob>
<SeriesDescription>Topogram 0.6 T20s</SeriesDescription>
<SliceEffective>0.6</SliceEffective>
<ReconIncr/>
<NoOfImages>1</NoOfImages>
<Kernel>T20s standard</Kernel>
<Window>Topogram Head</Window>
<Comment1/>
<Comment2/>
<Transfer1/>
<Transfer2/>
<Transfer3/>
</ReconJob>
</ScanEntry>
<ScanEntry ScanType="Scan">
<Range>Crane Blanc</Range>
<Voltage>120</Voltage>
<VoltageA/>
<VoltageB/>
<AECReferenceMAs>190</AECReferenceMAs>
<AECReferenceMAsA/>
<AECReferenceMAsB/>
<CustomMAs>190</CustomMAs>
<CustomMAsA/>
<CustomMAsB/>
<Care>on</Care>
<CareDoseType>CARE Dose4D</CareDoseType>
<CTDIw>29.0183</CTDIw>
<RotTime>1</RotTime>
<PitchFactor>0.8</PitchFactor>
<SlicePhysical>0.6</SlicePhysical>
<SliceEffective>5</SliceEffective>
<Acq.>128×0.6mm</Acq.>
<ApiId/>
<ReconJob>
<SeriesDescription>Crane Blanc 5.0 Axial</SeriesDescription>
<SliceEffective>5</SliceEffective>
<ReconIncr>5</ReconIncr>
<NoOfImages>25</NoOfImages>
<Kernel>C30s medium smooth</Kernel>
<Window>Baby Brain</Window>
<Comment1/>
<Comment2/>
<Transfer1>tlmmain</Transfer1>
<Transfer2/>
<Transfer3/>
</ReconJob>
<ReconJob>
<SeriesDescription>Crane Os 3.0 Axial</SeriesDescription>
<SliceEffective>3</SliceEffective>
<ReconIncr>3</ReconIncr>
<NoOfImages>41</NoOfImages>
<Kernel>C60s sharp</Kernel>
<Window>Osteo</Window>
<Comment1/>
<Comment2/>
<Transfer1>tlmmain</Transfer1>
<Transfer2/>
<Transfer3/>
</ReconJob>
<ReconJob>
<SeriesDescription>Crane Blanc 5.0 Coro</SeriesDescription>
<SliceEffective>5</SliceEffective>
<ReconIncr>5</ReconIncr>
<NoOfImages>37</NoOfImages>
<Kernel>C30s medium smooth</Kernel>
<Window>Baby Brain</Window>
<Comment1/>
<Comment2/>
<Transfer1>tlmmain</Transfer1>
<Transfer2/>
<Transfer3/>
</ReconJob>
<ReconJob>
<SeriesDescription>Crane Blanc 5.0 Sag</SeriesDescription>
<SliceEffective>5</SliceEffective>
<ReconIncr>5</ReconIncr>
<NoOfImages>37</NoOfImages>
<Kernel>C30s medium smooth</Kernel>
<Window>Baby Brain</Window>
<Comment1/>
<Comment2/>
<Transfer1>tlmmain</Transfer1>
<Transfer2/>
<Transfer3/>
</ReconJob>
<ReconJob>
<SeriesDescription>Crane Blanc 1.0 Axial</SeriesDescription>
<SliceEffective>1</SliceEffective>
<ReconIncr>0.7</ReconIncr>
<NoOfImages>172</NoOfImages>
<Kernel>C20s smooth</Kernel>
<Window>Baby Brain</Window>
<Comment1/>
<Comment2/>
<Transfer1>WebSpace</Transfer1>
<Transfer2/>
<Transfer3/>
</ReconJob>
</ScanEntry>
<ScanEntry ScanType="Scan">
<Range>Crane Injecte</Range>
<Voltage>120</Voltage>
<VoltageA/>
<VoltageB/>
<AECReferenceMAs>190</AECReferenceMAs>
<AECReferenceMAsA/>
<AECReferenceMAsB/>
<CustomMAs>190</CustomMAs>
<CustomMAsA/>
<CustomMAsB/>
<Care>on</Care>
<CareDoseType>CARE Dose4D</CareDoseType>
<CTDIw>29.0183</CTDIw>
<RotTime>1</RotTime>
<PitchFactor>0.8</PitchFactor>
<SlicePhysical>0.6</SlicePhysical>
<SliceEffective>5</SliceEffective>
<Acq.>128×0.6mm</Acq.>
<ApiId/>
<ReconJob>
<SeriesDescription>Crane Injecte 5.0 Axial</SeriesDescription>
<SliceEffective>5</SliceEffective>
<ReconIncr>5</ReconIncr>
<NoOfImages>25</NoOfImages>
<Kernel>C30s medium smooth</Kernel>
<Window>Baby Brain</Window>
<Comment1/>
<Comment2/>
<Transfer1>tlmmain</Transfer1>
<Transfer2/>
<Transfer3/>
</ReconJob>
<ReconJob>
<SeriesDescription>Crane Os 3.0 Axial</SeriesDescription>
<SliceEffective>3</SliceEffective>
<ReconIncr>3</ReconIncr>
<NoOfImages>41</NoOfImages>
<Kernel>C60s sharp</Kernel>
<Window>Osteo</Window>
<Comment1/>
<Comment2/>
<Transfer1>tlmmain</Transfer1>
<Transfer2/>
<Transfer3/>
</ReconJob>
<ReconJob>
<SeriesDescription>Crane Injecte 5.0 Coro</SeriesDescription>
<SliceEffective>5</SliceEffective>
<ReconIncr>5</ReconIncr>
<NoOfImages>37</NoOfImages>
<Kernel>C30s medium smooth</Kernel>
<Window>Baby Brain</Window>
<Comment1/>
<Comment2/>
<Transfer1>tlmmain</Transfer1>
<Transfer2/>
<Transfer3/>
</ReconJob>
<ReconJob>
<SeriesDescription>Crane Injecte 5.0 Sag</SeriesDescription>
<SliceEffective>5</SliceEffective>
<ReconIncr>5</ReconIncr>
<NoOfImages>37</NoOfImages>
<Kernel>C30s medium smooth</Kernel>
<Window>Baby Brain</Window>
<Comment1/>
<Comment2/>
<Transfer1>tlmmain</Transfer1>
<Transfer2/>
<Transfer3/>
</ReconJob>
<ReconJob>
<SeriesDescription>Crane Injecte 1.0 Axial</SeriesDescription>
<SliceEffective>1</SliceEffective>
<ReconIncr>0.7</ReconIncr>
<NoOfImages>172</NoOfImages>
<Kernel>C20s smooth</Kernel>
<Window>Baby Brain</Window>
<Comment1/>
<Comment2/>
<Transfer1>WebSpace</Transfer1>
<Transfer2/>
<Transfer3/>
</ReconJob>
</ScanEntry>
</Protocol>
</Region>
</Body>
</Folder>
<Folder>
<FolderName>Default scan protocols</FolderName>
<Body>
<BodySize>Adult</BodySize>
<Region>
<RegionName>Head</RegionName>
<Protocol>
<ProtocolName>HeadRoutine (Child)</ProtocolName>
<ScanEntry ScanType="Topo">
<Range>Topogram</Range>
<Voltage>120</Voltage>
<VoltageA/>
<VoltageB/>
<AECReferenceMAs>96</AECReferenceMAs>
<AECReferenceMAsA/>
<AECReferenceMAsB/>
<CustomMAs>96</CustomMAs>
<CustomMAsA/>
<CustomMAsB/>
<Care>off</Care>
<CareDoseType>CARE Dose</CareDoseType>
<CTDIw>0.115217</CTDIw>
<RotTime>0.5</RotTime>
<PitchFactor>0</PitchFactor>
<SlicePhysical>0.6</SlicePhysical>
<SliceEffective>0.6</SliceEffective>
<Acq.>6×0.6mm</Acq.>
<ApiId/>
<ReconJob>
<SeriesDescription>Topogram 0.6 T20s</SeriesDescription>
<SliceEffective>0.6</SliceEffective>
<ReconIncr/>
<NoOfImages>1</NoOfImages>
<Kernel>T20s standard</Kernel>
<Window>Topogram Head</Window>
<Comment1/>
<Comment2/>
<Transfer1/>
<Transfer2/>
<Transfer3/>
</ReconJob>
</ScanEntry>
<ScanEntry ScanType="Scan">
<Range>Head</Range>
<Voltage>120</Voltage>
<VoltageA/>
<VoltageB/>
<AECReferenceMAs>190</AECReferenceMAs>
<AECReferenceMAsA/>
<AECReferenceMAsB/>
<CustomMAs>190</CustomMAs>
<CustomMAsA/>
<CustomMAsB/>
<Care>on</Care>
<CareDoseType>CARE Dose4D</CareDoseType>
<CTDIw>29.0183</CTDIw>
<RotTime>1</RotTime>
<PitchFactor>0.8</PitchFactor>
<SlicePhysical>0.6</SlicePhysical>
<SliceEffective>5</SliceEffective>
<Acq.>128×0.6mm</Acq.>
<ApiId/>
<ReconJob>
<SeriesDescription>Head 5.0 C30s</SeriesDescription>
<SliceEffective>5</SliceEffective>
<ReconIncr>5</ReconIncr>
<NoOfImages>25</NoOfImages>
<Kernel>C30s medium smooth</Kernel>
<Window>Baby Brain</Window>
<Comment1/>
<Comment2/>
<Transfer1/>
<Transfer2/>
<Transfer3/>
</ReconJob>
</ScanEntry>
</Protocol>
<Protocol>
<ProtocolName>HeadRoutineSeq (Child)</ProtocolName>
<ScanEntry ScanType="Topo">
<Range>Topogram</Range>
<Voltage>120</Voltage>
<VoltageA/>
<VoltageB/>
<AECReferenceMAs>96</AECReferenceMAs>
<AECReferenceMAsA/>
<AECReferenceMAsB/>
<CustomMAs>96</CustomMAs>
<CustomMAsA/>
<CustomMAsB/>
<Care>off</Care>
<CareDoseType>CARE Dose</CareDoseType>
<CTDIw>0.115217</CTDIw>
<RotTime>0.5</RotTime>
<PitchFactor>0</PitchFactor>
<SlicePhysical>0.6</SlicePhysical>
<SliceEffective>0.6</SliceEffective>
<Acq.>6×0.6mm</Acq.>
<ApiId/>
<ReconJob>
<SeriesDescription>Topogram 0.6 T20s</SeriesDescription>
<SliceEffective>0.6</SliceEffective>
<ReconIncr/>
<NoOfImages>1</NoOfImages>
<Kernel>T20s standard</Kernel>
<Window>Topogram Head</Window>
<Comment1/>
<Comment2/>
<Transfer1/>
<Transfer2/>
<Transfer3/>
</ReconJob>
</ScanEntry>
<ScanEntry ScanType="Scan">
<Range>HeadSeq</Range>
<Voltage>120</Voltage>
<VoltageA/>
<VoltageB/>
<AECReferenceMAs>190</AECReferenceMAs>
<AECReferenceMAsA/>
<AECReferenceMAsB/>
<CustomMAs>190</CustomMAs>
<CustomMAsA/>
<CustomMAsB/>
<Care>on</Care>
<CareDoseType>CARE Dose4D</CareDoseType>
<CTDIw>34.8557</CTDIw>
<RotTime>1</RotTime>
<PitchFactor>0</PitchFactor>
<SlicePhysical>1.2</SlicePhysical>
<SliceEffective>4.8</SliceEffective>
<Acq.>12×1.2mm</Acq.>
<ApiId/>
<ReconJob>
<SeriesDescription>HeadSeq 4.8 C30s</SeriesDescription>
<SliceEffective>4.8</SliceEffective>
<ReconIncr/>
<NoOfImages>27</NoOfImages>
<Kernel>C30s medium smooth</Kernel>
<Window>Baby Brain</Window>
<Comment1/>
<Comment2/>
<Transfer1/>
<Transfer2/>
<Transfer3/>
</ReconJob>
</ScanEntry>
</Protocol>
</Region>
</Body>
</Folder>
</Mode>
</ProtocolList>

Von dieser Datei will ich die Tags <ProcolName> auswählen, aber nur die <ProtocolName> Tags, die zu Tag <FolderName>Customized scan protocols</FolderName> gehören!
Wie kann ich das mit Hilfe von XSLT machen?