- Timestamp:
- May 19, 2008 5:43:18 AM (13 years ago)
- File:
-
- 1 edited
-
1dwg/trunk/IgorPro/cansasXML.ipf (modified) (13 diffs)
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1dwg/trunk/IgorPro/cansasXML.ipf
r31 r39 1 1 #pragma rtGlobals=1 // Use modern global access method. 2 #pragma version=1.0 52 #pragma version=1.06 3 3 4 4 // file: cansasXML.ipf 5 5 // author: Pete R. Jemian <jemian@anl.gov> 6 // date: 2008-0 3-316 // date: 2008-05-18 7 7 // purpose: implement an IgorPro file reader to read the canSAS 1-D reduced SAS data in XML files 8 8 // adheres to the cansas1d/1.0 standard 9 // readme: http://www.smallangles.net/wgwiki/index.php/cansas1d_binding_IgorPro 9 10 // URL: http://www.smallangles.net/wgwiki/index.php/cansas1d_documentation 10 11 // 11 12 // requires: IgorPro (http://www.wavemetrics.com/) 12 13 // XMLutils - XOP (http://www.igorexchange.com/project/XMLutils) 14 15 // ================================================================== 16 // CS_XmlReader("bimodal-test1.xml") 17 // CS_XmlReader("1998spheres.xml") 18 // CS_XmlReader("xg009036_001.xml") 19 // CS_XmlReader("s81-polyurea.xml") 20 // CS_XmlReader("cs_af1410.xml") 21 // ================================================================== 22 13 23 14 24 FUNCTION CS_XmlReader(fileName) … … 18 28 // 0 : successful 19 29 // -1: XML file not found 20 // -2: root element is not <SASroot> 30 // -2: root element is not <SASroot> with valid canSAS namespace 21 31 // -3: <SASroot> version is not 1.0 22 32 // -4: no <SASentry> elements … … 42 52 VARIABLE fileID 43 53 STRING/G errorMsg, xmlFile 44 MAKE/T/N=(0,3)/O metadata45 CS_appendMetaData("xmlFile", "", fileName)46 54 xmlFile = fileName 47 55 fileID = XmlOpenFile(fileName) // open and parse the XMLfile … … 60 68 ENDIF 61 69 62 // 63 // index the XML element list 64 // 65 XmlElemList(fileID) // load the elementlist into W_ElementList 66 WAVE/T W_ElementList // This declaration comes _after_ XmlElemList() is called 67 68 // qualify the XML file, don't allow just any ole XML. 69 IF ( CmpStr(W_ElementList[0][3], "SASroot") != 0 ) // deftly avoid namespace 70 errorMsg = fileName + ": root element is not <SASroot>" 70 // check for canSAS namespace string, returns "" if not valid or not found 71 STRING/G ns = CS_getDefaultNamespace(fileID) 72 IF (strlen(ns) == 0 ) 73 errorMsg = "root element is not <SASroot> with valid canSAS namespace" 71 74 PRINT errorMsg 72 XmlCloseFile(fileID,0)73 75 SetDataFolder $origFolder 74 RETURN(-2) // not a canSAS XML file 75 ENDIF 76 77 // make an index to speed up searching through column 0 78 Make/O/T/N=(DimSize(W_ElementList, 0)) W_ElementList_Col0 79 W_ElementList_Col0 = W_ElementList[p][0] 80 STRING/G nsPre = "", nsStr = "" 81 CS_registerNameSpaces(fileID) // to assist XPath construction 82 83 // identify supported versions of canSAS XML standard 84 STRING version 85 version = StringByKey("version", W_ElementList[0][2]) 86 CS_appendMetaData("cansas_version", CS_XPath_NS("/SASroot/@version"), version) 87 STRSWITCH(version) 88 CASE "1.0": // version 1.0 of the canSAS 1-D reduced SAS data standard 76 RETURN(-2) // root element is not <SASroot> with valid canSAS namespace 77 ENDIF 78 STRING/G nsPre = "cs" 79 STRING/G nsStr = nsPre + "=" + ns 80 81 SVAR nsPre = root:Packages:CS_XMLreader:nsPre 82 SVAR nsStr = root:Packages:CS_XMLreader:nsStr 83 84 STRSWITCH(ns) 85 CASE "cansas1d/1.0": // version 1.0 of the canSAS 1-D reduced SAS data standard 89 86 PRINT fileName, "\t\t identified as: cansas1d/1.0 XML file" 90 returnCode = CS_1i_parseXml(fileID) 87 returnCode = CS_1i_parseXml(fileID) // This is where the action happens! 91 88 IF (returnCode != 0) 92 89 IF (strlen(errorMsg) == 0) … … 99 96 ENDIF 100 97 BREAK 101 CASE " 2.0a": // unsupported98 CASE "cansas1d/2.0a": // unsupported 102 99 DEFAULT: // optional default expression executed 103 errorMsg = fileName + ": <SASroot> version (" + version+ ") is not supported"100 errorMsg = fileName + ": <SASroot>, namespace (" + ns + ") is not supported" 104 101 PRINT errorMsg 105 102 XmlCloseFile(fileID,0) … … 111 108 fileID = -1 112 109 110 SetDataFolder root:Packages:CS_XMLreader 111 KillWaves/Z M_listXPath, SASentryList 113 112 SetDataFolder $origFolder 114 113 RETURN(0) // execution finished OK 115 114 END 116 115 116 FUNCTION/S CS_getDefaultNamespace(fileID) 117 // Test here (by guessing) for the various known namespaces. 118 // Return the one found in the "schemaLocation" attribute 119 // since the XMLutils XOP does not provide any xmlns attributes. 120 // It is possible to call XMLelemList and get the namespace directly 121 // but that call can be expensive (time) when there are lots of elements. 122 VARIABLE fileID 123 STRING ns = "", thisNS 124 STRING p = "cs" 125 VARIABLE i, item 126 MAKE/T/N=(1)/O nsList // list of all possible namespaces 127 nsList[0] = "cansas1d/1.0" // first version of canSAS 1-D reduced SAS 128 129 FOR (item = 0; item < DimSize(nsList, 0); item += 1) // loop over all possible namespaces 130 XMLlistAttr(fileID, "/cs:SASroot", p+"="+nsList[item]) 131 WAVE/T M_listAttr 132 FOR (i = 0; i < DimSize(M_listAttr,0); i+=1) // loop over all available attributes 133 // Expect the required canSAS XML header (will fail if "schemalocation" is not found) 134 IF ( CmpStr( LowerStr(M_listAttr[i][1]), LowerStr("schemaLocation") ) == 0 ) 135 thisNS = StringFromList( 0, M_listAttr[i][2], " " ) // get the first string 136 IF ( strlen(thisNS) == strlen(M_listAttr[i][2]) ) // just in case tab-delimited 137 thisNS = StringFromList( 0, M_listAttr[i][2], "\t" ) // get the first string 138 ENDIF 139 IF ( CmpStr( TrimWS(thisNS), nsList[item] ) == 0 ) 140 ns = nsList[item] 141 BREAK // found it! 142 ENDIF 143 ENDIF 144 ENDFOR 145 IF (strlen(ns)) 146 BREAK // found it! 147 ENDIF 148 ENDFOR 149 150 KillWaves/Z nsList, M_listAttr 151 RETURN ns 152 END 153 117 154 // ================================================================== 118 155 119 156 FUNCTION CS_1i_parseXml(fileID) 120 157 VARIABLE fileID 121 WAVE/T W_ElementList122 158 SVAR errorMsg, xmlFile 123 STRING/G Title 124 STRING XPathStr, Title_folder, SASdata_folder 125 STRING SASentryPath, SASdataPath, RunNum 159 STRING/G Title, Title_folder 126 160 VARIABLE i, j, index, SASdata_index, returnCode = 0 127 161 162 SVAR nsPre = root:Packages:CS_XMLreader:nsPre 163 SVAR nsStr = root:Packages:CS_XMLreader:nsStr 164 128 165 // locate all the SASentry elements 129 CS_simpleXmlListXpath(fileID, "", "/SASroot//SASentry") 130 WAVE/T W_listXPath 131 // (safer to copy W_listxpath to a local variable and allow for other calls to XMLlistXpath) 132 DUPLICATE/O/T W_listXPath, SASentryList 133 134 IF (numpnts(SASentryList) < 1) 135 errorMsg = "could not find any SASentry elements in XML file" 136 PRINT errorMsg 137 RETURN(-4) // no <SASentry> elements 138 ENDIF 139 140 // Should we test here for all required elements? That could be tedious. And possibly unnecessary. 141 142 // process each SASentry element 143 DUPLICATE/O/T metadata, metadata_file 144 FOR (i = 0; i < numpnts(SASentryList); i += 1) 145 index = CS_findElementIndex(SASentryList[i]) 146 DUPLICATE/O/T metadata_file, metadata 147 Title = CS_1i_locateTitle(fileID, CS_correctedXpathStr(SASentryList[i])) // look in several places or use default title 148 Title_folder = CleanupName(Title, 0) 149 IF ( CheckName(Title_folder, 11) != 0 ) 150 Title_folder = UniqueName(Title_folder, 11, 0) 151 ENDIF 152 NewDataFolder/O $Title_folder 153 STRING/G FolderList = "" 154 FolderList = AddListItem(":"+Title_folder+":", FolderList, ";", Inf) 155 // 156 // CS_correctedXpathStr 157 SASentryPath = CS_correctedXpathStr(SASentryList[i]) 158 CS_1i_collectMetadata(fileID, SASentryPath) 159 // 160 // next, extract each SASdata block into a subfolder 161 CS_simpleXmlListXpath(fileID, SASentryPath, "//SASdata") //output: W_listXPath 162 DUPLICATE/O/T W_listXPath, SASdataList 163 IF (numpnts(SASdataList) == 1) 164 // only one SASdata element, place data waves in Title folder 165 SASdataPath = CS_correctedXpathStr(SASdataList[0]) 166 SASdata_folder = ":" + Title_folder + ":" 167 RunNum = "/Run" 168 CS_appendMetaData( "Run", SASentryPath+CS_XPath_NS(RunNum), "") 169 CS_appendMetaData( "Run_name", SASentryPath+CS_XPath_NS(RunNum + "/@name"), "") 170 CS_appendMetaData( "SASdata_name", SASdataPath+CS_XPath_NS("/@name"), "") 171 PRINT "\t\t dataFolder:", SASdata_folder 172 CS_1i_fillMetadataTable(fileID) 173 IF (CS_1i_extractSasData(fileID, SASdataPath, SASdata_folder)) 174 // non-zero return code means an error, message is in errorMsg 175 // What to do now? 176 // Proceed with that knowledge or discard the data folder? 177 // Go with the discard for now. 178 returnCode += 1 // for later 179 PRINT "\t\t" + errorMsg 180 KillDataFolder/Z $Title_folder // only 1 SASdata 181 // RETURN(1) // Can't return now. What about other SASentry elements? 182 BREAK 183 ENDIF 166 // assume nsPre = "cs" otherwise 167 // "/"+nsPre+":SASroot//"+nsPre+":SASentry" 168 XmlListXpath(fileID, "/cs:SASroot//cs:SASentry", nsStr) 169 WAVE/T M_listXPath 170 STRING SASentryPath 171 DUPLICATE/O/T M_listXPath, SASentryList 172 173 FOR (i=0; i < DimSize(SASentryList, 0); i += 1) 174 SASentryPath = SASentryList[i][0] 175 SetDataFolder root:Packages:CS_XMLreader 176 177 title = CS_1i_locateTitle(fileID, SASentryPath) 178 Title_folder = CS_cleanFolderName(Title) 179 NewDataFolder/O/S $Title_folder 180 181 XmlListXpath(fileID, SASentryPath + "//cs:SASdata", nsStr) 182 WAVE/T M_listXPath 183 IF ( DimSize(M_listXPath, 0) == 1) 184 CS_1i_getOneSASdata(fileID, Title, M_listXPath[0][0]) 185 CS_1i_collectMetadata(fileID, SASentryPath) 184 186 ELSE 185 // multiple SASdata elements, place data waves in subfolders 186 DUPLICATE/O/T metadata, metadata_entry 187 FOR (j = 0; j < numpnts(SASdataList); j += 1) 188 DUPLICATE/O/T metadata_entry, metadata 189 SASdata_index = CS_findElementIndex(SASdataList[j]) 190 SASdataPath = CS_correctedXpathStr(SASdataList[j]) 191 SASdata_folder = CleanupName(StringByKey("name", W_ElementList[SASdata_index][2]), 0) 192 PRINT "\t\t dataFolder:", SASdata_folder 193 RunNum = "/Run["+num2str(j+1)+"]" 194 CS_appendMetaData( "Run"+num2str(j), SASdataPath+"/.."+CS_XPath_NS(RunNum), "") 195 CS_appendMetaData( "Run"+num2str(j)+"_name", SASdataPath+"/.."+CS_XPath_NS(RunNum + "/@name"), "") 196 CS_appendMetaData( "SASdata"+num2str(j)+"_name", SASdataPath+CS_XPath_NS("/@name"), "") 197 SetDataFolder $Title_folder 198 IF ( CheckName(SASdata_folder, 11) != 0 ) 199 SASdata_folder = UniqueName(SASdata_folder, 11, 0) 200 ENDIF 201 NewDataFolder/O $SASdata_folder 202 SetDataFolder :: 203 SASdata_folder = ":" + Title_folder + ":" + SASdata_folder + ":" 204 FolderList = AddListItem(SASdata_folder, FolderList, ";", Inf) 205 //--- 206 CS_1i_fillMetadataTable(fileID) 207 IF (CS_1i_extractSasData(fileID, SASdataPath, SASdata_folder)) 208 // non-zero return code means an error, message is in errorMsg 209 // What to do now? 210 // Proceed with that knowledge or discard the data folder? 211 // Go with the discard for now. 212 returnCode += 1 // for later 213 PRINT "\t\t" + errorMsg 214 KillDataFolder/Z $SASdata_folder // just this SASdata 215 // RETURN(1) // Can't return now. What about other SASentry elements? 187 FOR (j = 0; j < DimSize(M_listXPath, 0); j += 1) 188 STRING SASdataFolder = CS_cleanFolderName("SASdata_" + num2str(j)) 189 NewDataFolder/O/S $SASdataFolder 190 CS_1i_getOneSASdata(fileID, Title, M_listXPath[j][0]) 191 CS_1i_collectMetadata(fileID, SASentryPath) 192 SetDataFolder :: // back up to parent directory 193 ENDFOR 194 ENDIF 195 KillWaves/Z M_listXPath 196 ENDFOR 197 198 SetDataFolder root:Packages:CS_XMLreader 199 KillWaves/Z M_listXPath, SASentryList 200 RETURN(returnCode) 201 END 202 203 // ================================================================== 204 205 FUNCTION/S CS_cleanFolderName(proposal) 206 STRING proposal 207 STRING result 208 result = CleanupName(proposal, 0) 209 IF ( CheckName(result, 11) != 0 ) 210 result = UniqueName(result, 11, 0) 211 ENDIF 212 RETURN result 213 END 214 215 // ================================================================== 216 217 FUNCTION CS_1i_getOneSASdata(fileID, Title, SASdataPath) 218 VARIABLE fileID 219 STRING Title, SASdataPath 220 SVAR nsPre = root:Packages:CS_XMLreader:nsPre 221 SVAR nsStr = root:Packages:CS_XMLreader:nsStr 222 VARIABLE i 223 STRING SASdata_name, suffix = "" 224 225 //grab the data and put it in the working data folder 226 CS_1i_GetReducedSASdata(fileID, SASdataPath) 227 228 //start the metadata 229 MAKE/O/T/N=(0,2) metadata 230 231 SVAR xmlFile = root:Packages:CS_XMLreader:xmlFile 232 CS_appendMetaData(fileID, "xmlFile", "", xmlFile) 233 234 SVAR ns = root:Packages:CS_XMLreader:ns 235 CS_appendMetaData(fileID, "namespace", "", ns) 236 CS_appendMetaData(fileID, "title", "", Title) 237 238 XmlListXpath(fileID, SASdataPath + "/..//cs:Run", nsStr) 239 WAVE/T M_listXPath 240 FOR (i=0; i < DimSize(M_listXPath, 0); i += 1) 241 IF ( DimSize(M_listXPath, 0) > 1 ) 242 suffix = "_" + num2str(i) 243 ENDIF 244 CS_appendMetaData(fileID, "Run" + suffix, M_listXPath[i][0], "") 245 CS_appendMetaData(fileID, "Run/@name" + suffix, M_listXPath[i][0] + "/@name", "") 246 ENDFOR 247 248 SASdata_name = TrimWS(XMLstrFmXpath(fileID, SASdataPath + "/@name", nsStr, "")) 249 CS_appendMetaData(fileID, "SASdata/@name", "", SASdata_name) 250 251 KillWaves/Z M_listXPath 252 END 253 254 // ================================================================== 255 256 FUNCTION CS_1i_getOneVector(file,prefix,XML_name,Igor_name) 257 VARIABLE file 258 STRING prefix,XML_name,Igor_name 259 SVAR nsPre = root:Packages:CS_XMLreader:nsPre 260 SVAR nsStr = root:Packages:CS_XMLreader:nsStr 261 262 XmlWaveFmXpath(file,prefix+XML_name,nsStr,"") //this loads ALL the vector's nodes at the same time 263 WAVE/T M_xmlcontent 264 WAVE/T W_xmlContentNodes 265 IF (DimSize(M_xmlcontent, 0)) //this is a test to see if the nodes exist. this isn't strictly necessary if you know they're there 266 IF (DimSize(M_xmlcontent,1)>DimSize(M_xmlcontent,0)) //if you're not in vector mode 267 MatrixTranspose M_xmlcontent 268 ENDIF 269 MAKE/O/D/N=(DimSize(M_xmlcontent, 0)) $Igor_name 270 WAVE vect = $Igor_name 271 vect=str2num(M_xmlcontent) 272 ENDIF 273 KILLWAVES/Z M_xmlcontent, W_xmlContentNodes 274 END 275 276 // ================================================================== 277 278 FUNCTION CS_1i_GetReducedSASdata(fileID, SASdataPath) 279 VARIABLE fileID 280 STRING SASdataPath 281 SVAR nsPre = root:Packages:CS_XMLreader:nsPre 282 SVAR nsStr = root:Packages:CS_XMLreader:nsStr 283 STRING prefix = "" 284 VARIABLE pos 285 286 VARIABLE cansasStrict = 1 // !!!software developer's choice!!! 287 IF (cansasStrict) // only get known canSAS data vectors 288 prefix = SASdataPath + "//cs:" 289 // load ALL nodes of each vector (if exists) at tthe same time 290 CS_1i_getOneVector(fileID, prefix, "Q", "Qsas") 291 CS_1i_getOneVector(fileID, prefix, "I", "Isas") 292 CS_1i_getOneVector(fileID, prefix, "Idev", "Idev") 293 CS_1i_getOneVector(fileID, prefix, "Qdev", "Qdev") 294 CS_1i_getOneVector(fileID, prefix, "dQw", "dQw") 295 CS_1i_getOneVector(fileID, prefix, "dQl", "Qsas") 296 CS_1i_getOneVector(fileID, prefix, "Qmean", "Qmean") 297 CS_1i_getOneVector(fileID, prefix, "Shadowfactor", "Shadowfactor") 298 // check them for common length 299 ELSE // search for _ANY_ data vectors 300 // find the names of all the data columns and load them as vectors 301 // this gets tricky if we want to avoid namespace references 302 // XmlListXpath(fileID, "//"+nsPre+":SASentry["+num2istr(i)+"]//"+nsPre+":Idata[1]/*", nsStr) 303 XmlListXpath(fileID, SASdataPath+"//cs:Idata[1]/*", nsStr) 304 WAVE/T M_listXPath 305 STRING xmlElement, xPathStr 306 STRING igorWave 307 VARIABLE j 308 FOR (j = 0; j < DimSize(M_listXPath, 0); j += 1) 309 xmlElement = M_listXPath[j][1] 310 STRSWITCH(xmlElement) 311 CASE "Q": // IgorPro does not allow a variable named Q 312 CASE "I": // or I 313 igorWave = xmlElement + "sas" 216 314 BREAK 217 ENDIF 218 ENDFOR // many SASdata 219 ENDIF // 1 or many SASdata 220 MAKE/O/T/N=(3,2) admin 221 admin[0][0] = "xmlFile" 222 admin[0][1] = xmlFile 223 admin[1][0] = "FolderList" 224 admin[1][1] = FolderList 225 admin[2][0] = "numSASdata" 226 admin[2][1] = num2str(numpnts(SASdataList)) 227 Title_folder = ":" + Title_folder + ":" 228 MoveWave admin, $Title_folder 229 MoveString FolderList, $Title_folder 230 ENDFOR // each SASentry 231 232 RETURN(returnCode) 315 DEFAULT: 316 igorWave = xmlElement // can we trust this one? 317 ENDSWITCH 318 xPathStr = M_listXPath[j][0] // clear name reference 319 pos = strsearch(xPathStr, "/", Inf, 3) // peel off the tail of the string and reform 320 xmlElement = xPathStr[pos,Inf] // find last element on the path 321 prefix = xPathStr[0, pos-1-4]+"/*" // ALL Idata elements 322 CS_1i_getOneVector(fileID,prefix, xmlElement, igorWave) // loads ALL rows (Idata) of the column at the same time 323 ENDFOR 324 // check them for common length 325 ENDIF 326 327 //get rid of any mess 328 KILLWAVES/z M_listXPath 233 329 END 234 330 … … 238 334 VARIABLE fileID 239 335 STRING sasEntryPath 240 VARIABLE i 336 VARIABLE i, j 241 337 WAVE/T metadata 242 338 STRING suffix = "" 243 339 STRING value, detailsPath, detectorPath, notePath 340 341 SVAR nsPre = root:Packages:CS_XMLreader:nsPre 342 SVAR nsStr = root:Packages:CS_XMLreader:nsStr 343 244 344 // collect some metadata 245 345 // first, fill a table with keywords, and XPath locations, 3rd column will be values 246 346 247 347 // handle most <SASsample> fields 248 CS_appendMetaData( "sample_ID", sasEntryPath+CS_XPath_NS("/SASsample/ID"), "")249 CS_appendMetaData( "sample_thickness", sasEntryPath+CS_XPath_NS("/SASsample/thickness"), "")250 CS_appendMetaData( "sample_thickness_unit", sasEntryPath+CS_XPath_NS("/SASsample/thickness/@unit"), "")251 CS_appendMetaData( "sample_transmission", sasEntryPath+CS_XPath_NS("/SASsample/transmission"), "")252 CS_appendMetaData( "sample_temperature", sasEntryPath+CS_XPath_NS("/SASsample/temperature"), "")253 CS_appendMetaData( "sample_temperature_unit", sasEntryPath+CS_XPath_NS("/SASsample/temperature/@unit"), "")254 CS_appendMetaData( "sample_position_x", sasEntryPath+CS_XPath_NS("/SASsample/position/x"), "")255 CS_appendMetaData( "sample_position_x_unit", sasEntryPath+CS_XPath_NS("/SASsample/position/x/@unit"), "")256 CS_appendMetaData( "sample_position_y", sasEntryPath+CS_XPath_NS("/SASsample/position/y"), "")257 CS_appendMetaData( "sample_position_y_unit", sasEntryPath+CS_XPath_NS("/SASsample/position/y/@unit"), "")258 CS_appendMetaData( "sample_position_z", sasEntryPath+CS_XPath_NS("/SASsample/position/z"), "")259 CS_appendMetaData( "sample_position_z_unit", sasEntryPath+CS_XPath_NS("/SASsample/position/z/@unit"), "")260 CS_appendMetaData( "sample_orientation_roll", sasEntryPath+CS_XPath_NS("/SASsample/orientation/roll"), "")261 CS_appendMetaData( "sample_orientation_roll_unit", sasEntryPath+CS_XPath_NS("/SASsample/orientation/roll/@unit"), "")262 CS_appendMetaData( "sample_orientation_pitch", sasEntryPath+CS_XPath_NS("/SASsample/orientation/pitch"), "")263 CS_appendMetaData( "sample_orientation_pitch_unit", sasEntryPath+CS_XPath_NS("/SASsample/orientation/pitch/@unit"), "")264 CS_appendMetaData( "sample_orientation_yaw", sasEntryPath+CS_XPath_NS("/SASsample/orientation/yaw"), "")265 CS_appendMetaData( "sample_orientation_yaw_unit", sasEntryPath+CS_XPath_NS("/SASsample/orientation/yaw/@unit"), "")348 CS_appendMetaData(fileID, "sample/ID", sasEntryPath + "/cs:SASsample/cs:ID", "") 349 CS_appendMetaData(fileID, "sample/thickness", sasEntryPath + "/cs:SASsample/cs:thickness", "") 350 CS_appendMetaData(fileID, "sample/thickness/@unit", sasEntryPath + "/cs:SASsample/cs:thickness/@unit", "") 351 CS_appendMetaData(fileID, "sample/transmission", sasEntryPath + "/cs:SASsample/cs:transmission", "") 352 CS_appendMetaData(fileID, "sample/temperature", sasEntryPath + "/cs:SASsample/cs:temperature", "") 353 CS_appendMetaData(fileID, "sample/temperature/@unit", sasEntryPath + "/cs:SASsample/cs:temperature/@unit", "") 354 CS_appendMetaData(fileID, "sample/position/x", sasEntryPath + "/cs:SASsample/cs:position/cs:x", "") 355 CS_appendMetaData(fileID, "sample/position/x/@unit", sasEntryPath + "/cs:SASsample/cs:position/cs:x/@unit", "") 356 CS_appendMetaData(fileID, "sample/position/y", sasEntryPath + "/cs:SASsample/cs:position/cs:y", "") 357 CS_appendMetaData(fileID, "sample/position/y/@unit", sasEntryPath + "/cs:SASsample/cs:position/cs:y/@unit", "") 358 CS_appendMetaData(fileID, "sample/position/z", sasEntryPath + "/cs:SASsample/cs:position/cs:z", "") 359 CS_appendMetaData(fileID, "sample/position/z/@unit", sasEntryPath + "/cs:SASsample/cs:position/cs:z/@unit", "") 360 CS_appendMetaData(fileID, "sample/orientation/roll", sasEntryPath + "/cs:SASsample/cs:orientation/cs:roll", "") 361 CS_appendMetaData(fileID, "sample/orientation/roll/@unit", sasEntryPath + "/cs:SASsample/cs:orientation/cs:roll/@unit", "") 362 CS_appendMetaData(fileID, "sample/orientation/pitch", sasEntryPath + "/cs:SASsample/cs:orientation/cs:pitch", "") 363 CS_appendMetaData(fileID, "sample/orientation/pitch/@unit", sasEntryPath + "/cs:SASsample/cs:orientation/cs:pitch/@unit", "") 364 CS_appendMetaData(fileID, "sample/orientation/yaw", sasEntryPath + "/cs:SASsample/cs:orientation/cs:yaw", "") 365 CS_appendMetaData(fileID, "sample/orientation/yaw/@unit", sasEntryPath + "/cs:SASsample/cs:orientation/cs:yaw/@unit", "") 266 366 // <SASsample><details> might appear multiple times, too! 267 CS_simpleXmlListXpath(fileID, sasEntryPath, "/SASsample//details") //output: W_listXPath 268 DUPLICATE/O/T W_listXPath, detailsList 367 XmlListXpath(fileID, sasEntryPath+"/cs:SASsample//cs:details", nsStr) //output: M_listXPath 368 WAVE/T M_listXPath 369 DUPLICATE/O/T M_listXPath, detailsList 269 370 suffix = "" 270 FOR (i = 0; i < numpnts(detailsList); i += 1)271 IF ( numpnts(detailsList) > 1)272 suffix = num2str(i)273 ENDIF 274 detailsPath = CS_correctedXpathStr(detailsList[i])275 CS_appendMetaData( "sample_details"+suffix+"_name", detailsPath+CS_XPath_NS("/@name"), "")276 CS_appendMetaData( "sample_details"+suffix,detailsPath, "")371 FOR (i = 0; i < DimSize(detailsList, 0); i += 1) 372 IF (DimSize(detailsList, 0) > 1) 373 suffix = "_" + num2str(i) 374 ENDIF 375 detailsPath = detailsList[i][0] 376 CS_appendMetaData(fileID, "sample/details"+suffix+"/@name", detailsPath + "/@name", "") 377 CS_appendMetaData(fileID, "sample/details"+suffix, detailsPath, "") 277 378 ENDFOR 278 379 279 380 280 381 // <SASinstrument> 281 CS_appendMetaData( "Instrument_name", sasEntryPath+CS_XPath_NS("/SASinstrument/name"), "")282 CS_appendMetaData( "Instrument_attr_name", sasEntryPath+CS_XPath_NS("/SASinstrument/@name"), "")382 CS_appendMetaData(fileID, "Instrument/name", sasEntryPath + "/cs:SASinstrument/cs:name", "") 383 CS_appendMetaData(fileID, "Instrument/@name", sasEntryPath + "/cs:SASinstrument/@name", "") 283 384 284 385 // <SASinstrument><SASsource> 285 CS_appendMetaData("source_name", sasEntryPath+CS_XPath_NS("/SASinstrument/SASsource/@name"), "") 286 CS_appendMetaData("radiation", sasEntryPath+CS_XPath_NS("/SASinstrument/SASsource/radiation"), "") 287 CS_appendMetaData("beam_size_name", sasEntryPath+CS_XPath_NS("/SASinstrument/SASsource/beam_size/@name"), "") 288 CS_appendMetaData("beam_size_x", sasEntryPath+CS_XPath_NS("/SASinstrument/SASsource/beam_size/x"), "") 289 CS_appendMetaData("beam_size_x_unit", sasEntryPath+CS_XPath_NS("/SASinstrument/SASsource/beam_size/x/@unit"), "") 290 CS_appendMetaData("beam_size_y", sasEntryPath+CS_XPath_NS("/SASinstrument/SASsource/beam_size/y"), "") 291 CS_appendMetaData("beam_size_y_unit", sasEntryPath+CS_XPath_NS("/SASinstrument/SASsource/beam_size/y/@unit"), "") 292 CS_appendMetaData("beam_size_z", sasEntryPath+CS_XPath_NS("/SASinstrument/SASsource/beam_size/z"), "") 293 CS_appendMetaData("beam_size_z_unit", sasEntryPath+CS_XPath_NS("/SASinstrument/SASsource/beam_size/z/@unit"), "") 294 CS_appendMetaData("beam_shape", sasEntryPath+CS_XPath_NS("/SASinstrument/SASsource/beam_shape"), "") 295 CS_appendMetaData("wavelength", sasEntryPath+CS_XPath_NS("/SASinstrument/SASsource/wavelength"), "") 296 CS_appendMetaData("wavelength_unit", sasEntryPath+CS_XPath_NS("/SASinstrument/SASsource/wavelength/@unit"), "") 297 CS_appendMetaData("wavelength_min", sasEntryPath+CS_XPath_NS("/SASinstrument/SASsource/wavelength_min"), "") 298 CS_appendMetaData("wavelength_min_unit", sasEntryPath+CS_XPath_NS("/SASinstrument/SASsource/wavelength_min/@unit"), "") 299 CS_appendMetaData("wavelength_max", sasEntryPath+CS_XPath_NS("/SASinstrument/SASsource/wavelength_max"), "") 300 CS_appendMetaData("wavelength_max_unit", sasEntryPath+CS_XPath_NS("/SASinstrument/SASsource/wavelength_max/@unit"), "") 301 CS_appendMetaData("wavelength_spread", sasEntryPath+CS_XPath_NS("/SASinstrument/SASsource/wavelength_spread"), "") 302 CS_appendMetaData("wavelength_spread_unit", sasEntryPath+CS_XPath_NS("/SASinstrument/SASsource/wavelength_spread/@unit"), "") 303 304 // ignore <SASinstrument><SAScollimation> for now 305 CS_simpleXmlListXpath(fileID, sasEntryPath, "/SASinstrument//SAScollimation") //output: W_listXPath 306 DUPLICATE/O/T W_listXPath, SAScollimationList 386 CS_appendMetaData(fileID, "source/@name", sasEntryPath + "/cs:SASinstrument/cs:SASsource/@name", "") 387 CS_appendMetaData(fileID, "radiation", sasEntryPath + "/cs:SASinstrument/cs:SASsource/cs:radiation", "") 388 CS_appendMetaData(fileID, "beam/size/@name", sasEntryPath + "/cs:SASinstrument/cs:SASsource/cs:beam_size/@name", "") 389 CS_appendMetaData(fileID, "beam/size/x", sasEntryPath + "/cs:SASinstrument/cs:SASsource/cs:beam_size/cs:x", "") 390 CS_appendMetaData(fileID, "beam/size/x@unit", sasEntryPath + "/cs:SASinstrument/cs:SASsource/cs:beam_size/cs:x/@unit", "") 391 CS_appendMetaData(fileID, "beam/size/y", sasEntryPath + "/cs:SASinstrument/cs:SASsource/cs:beam_size/cs:y", "") 392 CS_appendMetaData(fileID, "beam/size/y@unit", sasEntryPath + "/cs:SASinstrument/cs:SASsource/cs:beam_size/cs:y/@unit", "") 393 CS_appendMetaData(fileID, "beam/size/z", sasEntryPath + "/cs:SASinstrument/cs:SASsource/cs:beam_size/cs:z", "") 394 CS_appendMetaData(fileID, "beam/size/z@unit", sasEntryPath + "/cs:SASinstrument/cs:SASsource/cs:beam_size/cs:z/@unit", "") 395 CS_appendMetaData(fileID, "beam/shape", sasEntryPath + "/cs:SASinstrument/cs:SASsource/cs:beam_shape", "") 396 CS_appendMetaData(fileID, "wavelength", sasEntryPath + "/cs:SASinstrument/cs:SASsource/cs:wavelength", "") 397 CS_appendMetaData(fileID, "wavelength/@unit", sasEntryPath + "/cs:SASinstrument/cs:SASsource/cs:wavelength/@unit", "") 398 CS_appendMetaData(fileID, "wavelength_min", sasEntryPath + "/cs:SASinstrument/cs:SASsource/cs:wavelength_min", "") 399 CS_appendMetaData(fileID, "wavelength_min/@unit", sasEntryPath + "/cs:SASinstrument/cs:SASsource/cs:wavelength_min/@unit", "") 400 CS_appendMetaData(fileID, "wavelength_max", sasEntryPath + "/cs:SASinstrument/cs:SASsource/cs:wavelength_max", "") 401 CS_appendMetaData(fileID, "wavelength_max/@unit", sasEntryPath + "/cs:SASinstrument/cs:SASsource/cs:wavelength_max/@unit", "") 402 CS_appendMetaData(fileID, "wavelength_spread", sasEntryPath + "/cs:SASinstrument/cs:SASsource/cs:wavelength_spread", "") 403 CS_appendMetaData(fileID, "wavelength_spread/@unit", sasEntryPath + "/cs:SASinstrument/cs:SASsource/cs:wavelength_spread/@unit", "") 404 405 // <SASinstrument><SAScollimation> might appear multiple times 406 XmlListXpath(fileID, sasEntryPath+"/cs:SASinstrument//cs:SAScollimation", nsStr) //output: M_listXPath 407 WAVE/T M_listXPath 408 DUPLICATE/O/T M_listXPath, SAScollimationList 307 409 STRING collimationPath 308 410 suffix = "" 309 FOR (i = 0; i < numpnts(SAScollimationList); i += 1)310 IF ( numpnts(SAScollimationList) > 1)311 suffix = num2str(i)312 ENDIF 313 collimationPath = CS_correctedXpathStr(SAScollimationList[i])314 CS_appendMetaData( "collimation_name"+suffix, collimationPath+CS_XPath_NS("/@name"), "")315 CS_appendMetaData( "collimation_length"+suffix, collimationPath+CS_XPath_NS("/length"), "")316 CS_appendMetaData( "collimation_length_unit"+suffix, collimationPath+CS_XPath_NS("/length/@unit"), "")317 CS_appendMetaData( "collimation_aperture_name"+suffix, collimationPath+CS_XPath_NS("/aperture/@name"), "")318 CS_appendMetaData( "collimation_aperture_type"+suffix, collimationPath+CS_XPath_NS("/aperture/type"), "")319 CS_appendMetaData( "collimation_aperture_size_name"+suffix, collimationPath+CS_XPath_NS("/aperture/size/@name"), "")320 CS_appendMetaData( "collimation_aperture_size_x"+suffix, collimationPath+CS_XPath_NS("/aperture/size/x"), "")321 CS_appendMetaData( "collimation_aperture_size_x_unit"+suffix, collimationPath+CS_XPath_NS("/aperture/size/x/@unit"), "")322 CS_appendMetaData( "collimation_aperture_size_y"+suffix, collimationPath+CS_XPath_NS("/aperture/size/y"), "")323 CS_appendMetaData( "collimation_aperture_size_y_unit"+suffix, collimationPath+CS_XPath_NS("/aperture/size/y/@unit"), "")324 CS_appendMetaData( "collimation_aperture_size_z"+suffix, collimationPath+CS_XPath_NS("/aperture/size/z"), "")325 CS_appendMetaData( "collimation_aperture_size_z_unit"+suffix, collimationPath+CS_XPath_NS("/aperture/size/z/@unit"), "")326 CS_appendMetaData( "collimation_aperture_distance"+suffix, collimationPath+CS_XPath_NS("/aperture/distance"), "")327 CS_appendMetaData( "collimation_aperture_distance_unit"+suffix, collimationPath+CS_XPath_NS("/aperture/distance/@unit"), "")411 FOR (i = 0; i < DimSize(SAScollimationList, 0); i += 1) 412 IF (DimSize(SAScollimationList, 0) > 1) 413 suffix = "_" + num2str(i) 414 ENDIF 415 collimationPath = SAScollimationList[i][0] 416 CS_appendMetaData(fileID, "collimation/@name"+suffix, collimationPath + "/@name", "") 417 CS_appendMetaData(fileID, "collimation/length"+suffix, collimationPath + "/cs:length", "") 418 CS_appendMetaData(fileID, "collimation/length_unit"+suffix, collimationPath + "/cs:length/@unit", "") 419 CS_appendMetaData(fileID, "collimation/aperture/@name"+suffix, collimationPath + "/cs:aperture/@name", "") 420 CS_appendMetaData(fileID, "collimation/aperture/type"+suffix, collimationPath + "/cs:aperture/cs:type", "") 421 CS_appendMetaData(fileID, "collimation/aperture/size/@name"+suffix, collimationPath + "/cs:aperture/cs:size/@name", "") 422 CS_appendMetaData(fileID, "collimation/aperture/size/x"+suffix, collimationPath + "/cs:aperture/cs:size/cs:x", "") 423 CS_appendMetaData(fileID, "collimation/aperture/size/x/@unit"+suffix, collimationPath + "/cs:aperture/cs:size/cs:x/@unit", "") 424 CS_appendMetaData(fileID, "collimation/aperture/size/y"+suffix, collimationPath + "/cs:aperture/cs:size/cs:y", "") 425 CS_appendMetaData(fileID, "collimation/aperture/size/y/@unit"+suffix, collimationPath + "/cs:aperture/cs:size/cs:y/@unit", "") 426 CS_appendMetaData(fileID, "collimation/aperture/size/z"+suffix, collimationPath + "/cs:aperture/cs:size/cs:z", "") 427 CS_appendMetaData(fileID, "collimation/aperture/size/z/@unit"+suffix, collimationPath + "/cs:aperture/cs:size/cs:z/@unit", "") 428 CS_appendMetaData(fileID, "collimation/aperture/distance"+suffix, collimationPath + "/cs:aperture/cs:distance", "") 429 CS_appendMetaData(fileID, "collimation/aperture/distance/@unit"+suffix, collimationPath + "/cs:aperture/cs:distance/@unit", "") 328 430 ENDFOR 329 431 330 432 // <SASinstrument><SASdetector> might appear multiple times 331 CS_simpleXmlListXpath(fileID, sasEntryPath, "/SASinstrument//SASdetector") //output: W_listXPath 332 DUPLICATE/O/T W_listXPath, SASdetectorList 433 XmlListXpath(fileID, sasEntryPath+"/cs:SASinstrument//cs:SASdetector", nsStr) //output: M_listXPath 434 WAVE/T M_listXPath 435 DUPLICATE/O/T M_listXPath, SASdetectorList 333 436 suffix = "" 334 FOR (i = 0; i < numpnts(SASdetectorList); i += 1) 335 IF (numpnts(SASdetectorList) > 1) 336 suffix = num2str(i) 337 ENDIF 338 detectorPath = CS_correctedXpathStr(SASdetectorList[i]) 339 CS_appendMetaData("detector_name"+suffix, detectorPath+CS_XPath_NS("/name"), "") 340 CS_appendMetaData("SDD"+suffix, detectorPath+CS_XPath_NS("/SDD"), "") 341 CS_appendMetaData("SDD"+suffix+"_unit", detectorPath+CS_XPath_NS("/SDD/@unit"), "") 342 CS_appendMetaData("detector_offset_name"+suffix, detectorPath+CS_XPath_NS("/offset/@name"), "") 343 CS_appendMetaData("detector_offset_x"+suffix, detectorPath+CS_XPath_NS("/offset/x"), "") 344 CS_appendMetaData("detector_offset_x_unit"+suffix, detectorPath+CS_XPath_NS("/offset/x/@unit"), "") 345 CS_appendMetaData("detector_offset_y"+suffix, detectorPath+CS_XPath_NS("/offset/y"), "") 346 CS_appendMetaData("detector_offset_y_unit"+suffix, detectorPath+CS_XPath_NS("/offset/y/@unit"), "") 347 CS_appendMetaData("detector_offset_z"+suffix, detectorPath+CS_XPath_NS("/offset/z"), "") 348 CS_appendMetaData("detector_offset_z_unit"+suffix, detectorPath+CS_XPath_NS("/offset/z/@unit"), "") 349 350 CS_appendMetaData("detector_orientation_name"+suffix, detectorPath+CS_XPath_NS("/orientation/@name"), "") 351 CS_appendMetaData("detector_orientation_roll"+suffix, detectorPath+CS_XPath_NS("/orientation/roll"), "") 352 CS_appendMetaData("detector_orientation_roll_unit"+suffix, detectorPath+CS_XPath_NS("/orientation/roll/@unit"), "") 353 CS_appendMetaData("detector_orientation_pitch"+suffix, detectorPath+CS_XPath_NS("/orientation/pitch"), "") 354 CS_appendMetaData("detector_orientation_pitch_unit"+suffix, detectorPath+CS_XPath_NS("/orientation/pitch/@unit"), "") 355 CS_appendMetaData("detector_orientation_yaw"+suffix, detectorPath+CS_XPath_NS("/orientation/yaw"), "") 356 CS_appendMetaData("detector_orientation_yaw_unit"+suffix, detectorPath+CS_XPath_NS("/orientation/yaw/@unit"), "") 357 358 CS_appendMetaData("detector_beam_center_name"+suffix, detectorPath+CS_XPath_NS("/beam_center/@name"), "") 359 CS_appendMetaData("detector_beam_center_x"+suffix, detectorPath+CS_XPath_NS("/beam_center/x"), "") 360 CS_appendMetaData("detector_beam_center_x_unit"+suffix, detectorPath+CS_XPath_NS("/beam_center/x/@unit"), "") 361 CS_appendMetaData("detector_beam_center_y"+suffix, detectorPath+CS_XPath_NS("/beam_center/y"), "") 362 CS_appendMetaData("detector_beam_center_y_unit"+suffix, detectorPath+CS_XPath_NS("/beam_center/y/@unit"), "") 363 CS_appendMetaData("detector_beam_center_z"+suffix, detectorPath+CS_XPath_NS("/beam_center/z"), "") 364 CS_appendMetaData("detector_beam_center_z_unit"+suffix, detectorPath+CS_XPath_NS("/beam_center/z/@unit"), "") 365 366 CS_appendMetaData("detector_pixel_size_name"+suffix, detectorPath+CS_XPath_NS("/pixel_size/@name"), "") 367 CS_appendMetaData("detector_pixel_size_x"+suffix, detectorPath+CS_XPath_NS("/pixel_size/x"), "") 368 CS_appendMetaData("detector_pixel_size_x_unit"+suffix, detectorPath+CS_XPath_NS("/pixel_size/x/@unit"), "") 369 CS_appendMetaData("detector_pixel_size_y"+suffix, detectorPath+CS_XPath_NS("/pixel_size/y"), "") 370 CS_appendMetaData("detector_pixel_size_y_unit"+suffix, detectorPath+CS_XPath_NS("/pixel_size/y/@unit"), "") 371 CS_appendMetaData("detector_pixel_size_z"+suffix, detectorPath+CS_XPath_NS("/pixel_size/z"), "") 372 CS_appendMetaData("detector_pixel_size_z_unit"+suffix, detectorPath+CS_XPath_NS("/pixel_size/z/@unit"), "") 373 374 CS_appendMetaData("slit_length"+suffix, detectorPath+CS_XPath_NS("/slit_length"), "") 375 CS_appendMetaData("slitLength"+suffix+"_unit", detectorPath+CS_XPath_NS("/slit_length/@unit"), "") 376 ENDFOR 377 378 // ignore <SASprocess> for now 437 FOR (i = 0; i < DimSize(SASdetectorList, 0); i += 1) 438 IF (DimSize(SASdetectorList, 0) > 1) 439 suffix = "_" + num2str(i) 440 ENDIF 441 detectorPath = SASdetectorList[i][0] 442 CS_appendMetaData(fileID, "detector/@name"+suffix, detectorPath + "/cs:name", "") 443 CS_appendMetaData(fileID, "SDD"+suffix, detectorPath + "/cs:SDD", "") 444 CS_appendMetaData(fileID, "SDD"+suffix+"/@unit", detectorPath + "/cs:SDD/@unit", "") 445 CS_appendMetaData(fileID, "detector/offset/@name"+suffix, detectorPath + "/cs:offset/@name", "") 446 CS_appendMetaData(fileID, "detector/offset/x"+suffix, detectorPath + "/cs:offset/cs:x", "") 447 CS_appendMetaData(fileID, "detector/offset/x/@unit"+suffix, detectorPath + "/cs:offset/cs:x/@unit", "") 448 CS_appendMetaData(fileID, "detector/offset/y"+suffix, detectorPath + "/cs:offset/cs:y", "") 449 CS_appendMetaData(fileID, "detector/offset/y/@unit"+suffix, detectorPath + "/cs:offset/cs:y/@unit", "") 450 CS_appendMetaData(fileID, "detector/offset/z"+suffix, detectorPath + "/cs:offset/cs:z", "") 451 CS_appendMetaData(fileID, "detector/offset/z/@unit"+suffix, detectorPath + "/cs:offset/cs:z/@unit", "") 452 453 CS_appendMetaData(fileID, "detector/orientation/@name"+suffix, detectorPath + "/cs:orientation/@name", "") 454 CS_appendMetaData(fileID, "detector/orientation/roll"+suffix, detectorPath + "/cs:orientation/cs:roll", "") 455 CS_appendMetaData(fileID, "detector/orientation/roll/@unit"+suffix, detectorPath + "/cs:orientation/cs:roll/@unit", "") 456 CS_appendMetaData(fileID, "detector/orientation/pitch"+suffix, detectorPath + "/cs:orientation/cs:pitch", "") 457 CS_appendMetaData(fileID, "detector/orientation/pitch/@unit"+suffix, detectorPath + "/cs:orientation/cs:pitch/@unit", "") 458 CS_appendMetaData(fileID, "detector/orientation/yaw"+suffix, detectorPath + "/cs:orientation/cs:yaw", "") 459 CS_appendMetaData(fileID, "detector/orientation/yaw/@unit"+suffix, detectorPath + "/cs:orientation/cs:yaw/@unit", "") 460 461 CS_appendMetaData(fileID, "detector/beam_center/@name"+suffix, detectorPath + "/cs:beam_center/@name", "") 462 CS_appendMetaData(fileID, "detector/beam_center/x"+suffix, detectorPath + "/cs:beam_center/cs:x", "") 463 CS_appendMetaData(fileID, "detector/beam_center/x/@unit"+suffix, detectorPath + "/cs:beam_center/cs:x/@unit", "") 464 CS_appendMetaData(fileID, "detector/beam_center/y"+suffix, detectorPath + "/cs:beam_center/cs:y", "") 465 CS_appendMetaData(fileID, "detector/beam_center/y/@unit"+suffix, detectorPath + "/cs:beam_center/cs:y/@unit", "") 466 CS_appendMetaData(fileID, "detector/beam_center/z"+suffix, detectorPath + "/cs:beam_center/cs:z", "") 467 CS_appendMetaData(fileID, "detector/beam_center/z/@unit"+suffix, detectorPath + "/cs:beam_center/cs:z/@unit", "") 468 469 CS_appendMetaData(fileID, "detector/pixel_size/@name"+suffix, detectorPath + "/cs:pixel_size/@name", "") 470 CS_appendMetaData(fileID, "detector/pixel_size/x"+suffix, detectorPath + "/cs:pixel_size/cs:x", "") 471 CS_appendMetaData(fileID, "detector/pixel_size/x/@unit"+suffix, detectorPath + "/cs:pixel_size/cs:x/@unit", "") 472 CS_appendMetaData(fileID, "detector/pixel_size/y"+suffix, detectorPath + "/cs:pixel_size/cs:y", "") 473 CS_appendMetaData(fileID, "detector/pixel_size/y/@unit"+suffix, detectorPath + "/cs:pixel_size/cs:y/@unit", "") 474 CS_appendMetaData(fileID, "detector/pixel_size/z"+suffix, detectorPath + "/cs:pixel_size/cs:z", "") 475 CS_appendMetaData(fileID, "detector/pixel_size/z/@unit"+suffix, detectorPath + "/cs:pixel_size/cs:z/@unit", "") 476 477 CS_appendMetaData(fileID, "slit_length"+suffix, detectorPath + "/cs:slit_length", "") 478 CS_appendMetaData(fileID, "slit_length"+suffix+"/@unit", detectorPath + "/cs:slit_length/@unit", "") 479 ENDFOR 480 481 // <SASprocess> might appear multiple times 482 XmlListXpath(fileID, sasEntryPath+"//cs:SASprocess", nsStr) //output: M_listXPath 483 WAVE/T M_listXPath 484 DUPLICATE/O/T M_listXPath, SASprocessList 485 STRING SASprocessPath 486 suffix = "" 487 FOR (i = 0; i < DimSize(SASprocessList, 0); i += 1) 488 IF (DimSize(SASprocessList, 0) > 1) 489 suffix = "_" + num2str(i) 490 ENDIF 491 SASprocessPath = SASprocessList[i][0] 492 CS_appendMetaData(fileID, "process"+suffix+"/@name", SASprocessPath + "/@name", "") 493 CS_appendMetaData(fileID, "process"+suffix+"/name", SASprocessPath + "/cs:name", "") 494 CS_appendMetaData(fileID, "process"+suffix+"/date", SASprocessPath + "/cs:date", "") 495 CS_appendMetaData(fileID, "process"+suffix+"/description", SASprocessPath + "/cs:description", "") 496 XmlListXpath(fileID, SASprocessList[i][0]+"//cs:term", nsStr) 497 FOR (j = 0; j < DimSize(M_listXPath, 0); j += 1) 498 CS_appendMetaData(fileID, "process"+suffix+"/term_"+num2str(j)+"/@name", M_listXPath[j][0] + "/@name", "") 499 CS_appendMetaData(fileID, "process"+suffix+"/term_"+num2str(j)+"/@unit", M_listXPath[j][0] + "/@unit", "") 500 CS_appendMetaData(fileID, "process"+suffix+"/term_"+num2str(j), M_listXPath[j][0], "") 501 ENDFOR 502 ENDFOR 379 503 380 504 // <SASnote> might appear multiple times 381 CS_simpleXmlListXpath(fileID, sasEntryPath, "//SASnote") //output: W_listXPath 382 DUPLICATE/O/T W_listXPath, SASnoteList 505 XmlListXpath(fileID, sasEntryPath+"//cs:SASnote", nsStr) //output: M_listXPath 506 WAVE/T M_listXPath 507 DUPLICATE/O/T M_listXPath, SASnoteList 383 508 suffix = "" 384 FOR (i = 0; i < numpnts(SASnoteList); i += 1) 385 IF (numpnts(SASnoteList) > 1) 386 suffix = num2str(i) 387 ENDIF 388 notePath = CS_correctedXpathStr(SASnoteList[i]) 389 CS_appendMetaData("SASnote"+suffix+"_name", notePath+CS_XPath_NS("/@name"), "") 390 CS_appendMetaData("SASnote"+suffix, notePath, "") 391 ENDFOR 392 //CS_1i_fillMetadataTable(fileID) 393 END 394 395 // ================================================================== 396 397 FUNCTION/S CS_1i_fillMetadataTable(fileID) 398 VARIABLE fileID 399 WAVE/T metadata 400 VARIABLE i 401 STRING value 402 // +++++++++++++++++++++++++ // try to fill the value column from the XML data 403 FOR (i = 0; i < DimSize(metadata, 0); i += 1) 404 IF (strlen(metadata[i][1]) > 0) // XPathStr for this entry? 405 IF (strlen(metadata[i][2]) == 0) // not defined yet? 406 value = CS_XmlStrFmXpath(fileID, metadata[i][1], "") // get it 407 // What if the value string has a ";" embedded? 408 // This will complicate (?compromise?) the wavenote "key=value;" syntax. 409 metadata[i][2] = ReplaceString(";", value, " :semicolon: ") 410 ENDIF 411 ENDIF 412 ENDFOR 509 FOR (i = 0; i < DimSize(SASnoteList, 0); i += 1) 510 IF (DimSize(SASnoteList, 0) > 1) 511 suffix = "_" + num2str(i) 512 ENDIF 513 notePath = SASnoteList[i][0] 514 CS_appendMetaData(fileID, "SASnote"+suffix+"/@name", notePath + "/@name", "") 515 CS_appendMetaData(fileID, "SASnote"+suffix, notePath, "") 516 ENDFOR 517 518 KillWaves/Z M_listXPath, detailsList, SAScollimationList, SASdetectorList, SASprocessList, SASnoteList 413 519 END 414 520 … … 418 524 VARIABLE fileID 419 525 STRING SASentryPath 420 WAVE/T metadata421 526 STRING TitlePath, Title 422 // /SASroot/SASentry/Title is the expected location, but it could be empty 423 TitlePath = SASentryPath+CS_XPath_NS("/Title") 424 Title = CS_XmlStrFmXpath(fileID, TitlePath, "") 527 SVAR nsPre = root:Packages:CS_XMLreader:nsPre 528 SVAR nsStr = root:Packages:CS_XMLreader:nsStr 529 530 // /cs:SASroot/cs:SASentry/cs:Title is the expected location, but it could be empty 531 TitlePath = SASentryPath + "/cs:Title" 532 Title = XMLstrFmXpath(fileID, TitlePath, nsStr, "") 425 533 // search harder for a title 426 534 IF (strlen(Title) == 0) 427 TitlePath = SASentryPath +CS_XPath_NS("/@name")428 Title = CS_XmlStrFmXpath(fileID, TitlePath, "")535 TitlePath = SASentryPath + "/@name" 536 Title = XMLstrFmXpath(fileID, TitlePath, nsStr, "") 429 537 ENDIF 430 538 IF (strlen(Title) == 0) 431 TitlePath = SASentryPath +CS_XPath_NS("/SASsample/ID")432 Title = CS_XmlStrFmXpath(fileID, TitlePath, "")539 TitlePath = SASentryPath + "/cs:SASsample/cs:ID" 540 Title = XMLstrFmXpath(fileID, TitlePath, nsStr, "") 433 541 ENDIF 434 542 IF (strlen(Title) == 0) 435 TitlePath = SASentryPath +CS_XPath_NS("/SASsample/@name")436 Title = CS_XmlStrFmXpath(fileID, TitlePath, "")543 TitlePath = SASentryPath + "/cs:SASsample/@name" 544 Title = XMLstrFmXpath(fileID, TitlePath, nsStr, "") 437 545 ENDIF 438 546 IF (strlen(Title) == 0) … … 442 550 ENDIF 443 551 PRINT "\t Title:", Title 444 CS_appendMetaData("title", TitlePath, Title)445 552 RETURN(Title) 446 553 END … … 448 555 // ================================================================== 449 556 450 FUNCTION CS_appendMetaData(key, xpath, value) 557 FUNCTION CS_appendMetaData(fileID, key, xpath, value) 558 VARIABLE fileID 451 559 STRING key, xpath, value 452 560 WAVE/T metadata 453 VARIABLE last 454 last = DimSize(metadata, 0) 455 Redimension/N=(last+1, 3) metadata 456 metadata[last][0] = key 457 metadata[last][1] = xpath 458 metadata[last][2] = value 459 END 460 461 // ================================================================== 462 463 FUNCTION CS_findElementIndex(matchStr) 464 STRING matchStr 465 // 466 // support the canSAS XML file reader 467 // return index where g[index][0] == matchStr 468 // return -1 if not found 469 // 470 WAVE/T W_ElementList_Col0 471 472 FindValue/TEXT=matchStr W_ElementList_Col0 473 RETURN(V_value) 474 END 475 476 // ================================================================== 477 478 FUNCTION CS_registerNameSpaces(fileID) 479 VARIABLE fileID 480 // 481 // The canSAS 1-D namespace is defined in the <SASroot> element. 482 // We can use our own namespace prefix without further concern. 483 // Other namespaces may be used in the file but this does not 484 // look for foreign (non-canSAS) elements. 485 // 486 WAVE/T W_ElementList 487 SVAR nsPre 488 SVAR nsStr 489 VARIABLE i, j, index, row 490 STRING testStr 491 MAKE/T/N=(1,2)/O nsRegistry 492 // 493 nsStr = W_ElementList[0][1] // this is the one to use 494 nsPre = "" 495 IF (strlen(nsStr)) 496 nsPre = "cs:" 497 nsStr = "cs=" + nsStr 498 ENDIF 499 // 2008-03-14,PRJ: Now, add a workaround for the libxml2 support that affects MacOS. 500 // When using namespaces 501 // W_ElementList[][1] != "" (it shows a namespace for this node) 502 // and with default libxml2 (v2.2) on MacOS, 503 // W_ElementList[][0] != /SASroot/SASentry ... 504 // BUT, on PCs and on MacOS with user-proveded libxml2 (?version?) 505 // W_ElementList[][0] != /*/*[1] or /*/* ... 506 // 507 // Need to handle either situation. 508 // Add another column to W_ElementList that shows the corrected absolute 509 // XPath query, complete with namespace prefix as needed. 510 Redimension/N=(DimSize(W_ElementList,0),5) W_ElementList 511 W_ElementList[0,Inf][4] = "" // clear out the last column (useful only to developer) 512 W_ElementList[0][4] = CS_XPath_NS("/"+W_ElementList[0][3]) 513 FOR (i = 1; i < DimSize(W_ElementList,0); i += 1) 514 IF (strlen(W_ElementList[i][4]) == 0) // if not already set, then find absolute XPath string 515 // For now, only handle items in the default namespace. 516 // Takes more work to build in the capability to handle more namespaces 517 // 518 index = CS_findElementIndex( CS_findLast(W_ElementList[i][0], "/", 1 ) ) 519 testStr = W_ElementList[index][4] + CS_XPath_NS("/"+W_ElementList[i][3]) 520 XMLlistXpath(fileID,testStr,nsStr) 521 IF ( !EXISTS("W_listXPath") ) 522 PRINT i, testStr, " empty result from XmlListXpath()" 523 BREAK 524 ENDIF 525 WAVE/T W_listXPath 526 SWITCH(numpnts(W_listXPath)) 527 CASE 0: // What? Can't find the node we just found? 528 //PRINT numpnts(W_listXPath), testStr, " !!! WARNING: <Can't find the node we just found> in CS_registerNameSpaces()" 529 PRINT i, testStr, " Foreign element namespace detected and ignored" 530 BREAK 531 CASE 1: // Only one node with this element 532 W_ElementList[i][4] = testStr 533 BREAK 534 DEFAULT: // Multiple elements match this node; need to use indices 535 // PRINT numpnts(W_listXPath), testStr 536 FOR (j = 0; j < numpnts(W_listXPath); j += 1) 537 index = CS_findElementIndex( W_listXPath[j] ) 538 W_ElementList[index][4] = testStr + "[" + num2str(j+1) + "]" 539 ENDFOR 540 BREAK 541 ENDSWITCH 542 ENDIF 543 ENDFOR 544 // PRINT StringByKey("schemaLocation", W_ElementList[0][2]) 545 // 546 // <code comes here> 547 RETURN(0) 548 END 549 550 // ================================================================== 551 552 FUNCTION/S CS_findLast(src, matchStr, leftSide) 553 STRING src 554 STRING matchStr 555 VARIABLE leftSide 556 // given a source string such as: /*/*/*[7]/*/*[39]/*[2] 557 // return the part on the $leftSide if the $matchStr 558 // Examples: 559 // CS_findLast( "/*/*/*[7]/*/*[39]/*[2]" , "/", 1) /*/*/*[7]/*/*[39] 560 // CS_findLast( "/*/*/*[7]/*/*[39]/*[2]" , "/", 0) /*[2] 561 // CS_findLast( "/*/*/*[7]/*/*[39]/*[2]" , "[", 1) /*/*/*[7]/*/*[39]/* 562 // CS_findLast( "/*/*/*[7]/*/*[39]/*[2]" , "[", 0) [2] 563 VARIABLE i 564 STRING result="", test 565 FOR (i=strlen(src)-1; i >= 0; i -= 1) 566 IF (stringmatch(src[i], matchStr )) 567 IF (leftSide) 568 result = src[0,i-1] 569 ELSE 570 result = src[i,Inf] 571 ENDIF 572 RETURN(result) 573 ENDIF 574 ENDFOR 575 RETURN(result) 576 END 577 578 // ================================================================== 579 580 FUNCTION/S CS_XPath_NS(simpleStr) 581 // namespaces complicate the XPath description 582 // this function adds namespace info as necessary to simpleStr (an XPath) 583 STRING simpleStr 584 SVAR nsPre 585 STRING result = "", thisChar, lastChar = "" 586 VARIABLE i 587 FOR (i = 0; i < strlen(simpleStr); i += 1) 588 //PRINT simpleStr[i] 589 thisChar = simpleStr[i] 590 IF ( CmpStr(lastChar, "/") == 0 ) 591 STRSWITCH (thisChar) 592 CASE "/": 593 CASE ".": 594 CASE "@": 595 BREAK 596 DEFAULT: 597 result += nsPre 598 ENDSWITCH 599 ENDIF 600 result += thisChar 601 lastChar = thisChar 602 ENDFOR 603 RETURN(result) 604 END 605 606 // ================================================================== 607 608 FUNCTION/S CS_XmlStrFmXpath(fileID, prefix, value) 609 VARIABLE fileID 610 STRING prefix, value 611 SVAR nsStr 612 STRING result 613 result = TrimWS(XmlStrFmXpath(fileID, prefix + CS_XPath_NS(value), nsStr, "")) 614 RETURN( result ) 615 END 616 617 // ================================================================== 618 619 FUNCTION CS_simpleXmlWaveFmXpath(fileID, prefix, value) 620 VARIABLE fileID 621 STRING prefix, value 622 SVAR nsStr 623 XMLwaveFmXpath(fileID, prefix + CS_XPath_NS(value), nsStr, " ") 624 // output: M_xmlContent W_xmlContentNodes 625 END 626 627 // ================================================================== 628 629 FUNCTION/S CS_correctedXpathStr(indexPath) 630 STRING indexPath 631 VARIABLE index 632 STRING absolutePath 633 WAVE/T W_ElementList 634 index = CS_findElementIndex(indexPath) 635 absolutePath = W_ElementList[index][4] // use corrected XPath string 636 RETURN(absolutePath) 637 END 638 639 // ================================================================== 640 641 FUNCTION CS_simpleXmlListXpath(fileID, prefix, value) 642 VARIABLE fileID 643 STRING prefix, value 644 SVAR nsStr 645 XMLlistXpath(fileID, prefix + CS_XPath_NS(value), nsStr) // output: W_listXPath 561 STRING k, v 562 563 SVAR nsPre = root:Packages:CS_XMLreader:nsPre 564 SVAR nsStr = root:Packages:CS_XMLreader:nsStr 565 566 k = TrimWS(key) 567 IF ( strlen(k) > 0 ) 568 IF ( strlen(xpath) > 0 ) 569 value = XMLstrFmXpath(fileID, xpath, nsStr, "") 570 ENDIF 571 // What if the value string has a ";" embedded? 572 // This could complicate (?compromise?) the wavenote "key=value;" syntax. 573 // But let the caller deal with it. 574 v = TrimWS(ReplaceString(";", value, " :semicolon: ")) 575 IF ( strlen(v) > 0 ) 576 VARIABLE last 577 last = DimSize(metadata, 0) 578 Redimension/N=(last+1, 2) metadata 579 metadata[last][0] = k 580 metadata[last][1] = v 581 ENDIF 582 ENDIF 646 583 END 647 584 … … 675 612 return str[0,i] 676 613 End 677 678 // ==================================================================679 680 FUNCTION CS_updateWaveNote(wavName, key, value)681 STRING wavName, key, value682 STRING wavenote683 wavenote = ReplaceStringByKey(key, note($wavName), value)684 Note /K $wavName, wavenote685 END686 687 // ==================================================================688 689 FUNCTION CS_1i_extractIdataColumn2Wave(fileID, basePath, colName, wavName)690 //691 // this function pulls one column of data from each <Idata> element692 // easier to write this as a function than debug it all the times it is needed693 //694 VARIABLE fileID695 STRING basePath, colName, wavName696 STRING unit697 WAVE/T metadata698 VARIABLE i, numPts699 700 // Q values come out in multiple columns. Different nodes means different columns in M_xmlcontent701 // Multiple values in the SAME node (i.e. a vector) get put in different rows.702 // We are therefore going to transpose the wave703 // (Based on example from Andrew R.J. Nelson.)704 CS_simpleXmlWaveFmXpath(fileID, basePath, "//Idata/" + colName)705 WAVE/T M_xmlcontent, W_xmlcontentnodes706 numPts = numpnts(M_XMLcontent)707 IF (numPts > 0)708 MatrixTranspose M_XMLcontent709 MAKE/O/D/N=(numpnts(M_XMLcontent)) $wavName = str2num(M_xmlcontent[p][0])710 // don't forget the units! Assume that all rows have the same "unit" as in the first row.711 unit = CS_XmlStrFmXpath(fileID, basePath, "/Idata[1]/"+colName+"/@unit")712 SetScale d 0, 1, unit, $wavName // update the wave's "UNITS" string713 SetScale x 0, 1, unit, $wavName // put it here, too, for the Data Browser714 // put unit directly into wavenote of _this_ wave715 CS_updateWaveNote(wavName, "unit", unit) // put UNIT in wavenote716 // store all the metadata in the wavenote (for now, at least)717 FOR (i = 0; i < DimSize(metadata, 0); i += 1)718 IF (strlen(metadata[i][2]) > 0)719 // only add defined metadata to the wavenote720 CS_updateWaveNote(wavName, metadata[i][0], metadata[i][2])721 ENDIF722 ENDFOR723 ELSE724 // did not find any data725 // no need to apply special handling here; do that in the caller726 ENDIF727 //IF (numPts)728 // PRINT "\t\t\t\t" + wavName + ": found " + num2str(numPts) + " points"729 //ENDIF730 RETURN(numPts)731 END732 733 // ==================================================================734 735 FUNCTION CS_1i_extractSasData(fileID, SASdataPath, SASdata_folder)736 //737 // extract data from the SASdata/Idata block in a canSAS1d/v1.0 XML file738 // (1i in the function name signifies this is a function that supports INPUT from version 1.0 XML files)739 //740 // returns:741 // 0 no error742 // 1 number of points in waves is not the same as Qsas wave743 //744 VARIABLE fileID745 STRING SASdataPath, SASdata_folder746 WAVE/T metadata747 VARIABLE numPts, numQ748 SVAR errorMsg749 750 // extract each Idata column into waves751 // ignore the return codes here, check below752 numQ = CS_1i_extractIdataColumn2Wave(fileID, SASdataPath, "Q", "Qsas")753 IF (numQ != CS_1i_extractIdataColumn2Wave(fileID, SASdataPath, "I", "Isas"))754 errorMsg = "number of points in Qsas and Isas waves are not identical"755 RETURN(1)756 ENDIF757 numPts = CS_1i_extractIdataColumn2Wave(fileID, SASdataPath, "Idev", "Idev")758 IF (numPts && (numQ != numPts) )759 errorMsg = "number of points in Qsas and Idev waves are not identical"760 RETURN(1)761 ENDIF762 numPts = CS_1i_extractIdataColumn2Wave(fileID, SASdataPath, "Qdev", "Qdev")763 IF (numPts && (numQ != numPts) )764 errorMsg = "number of points in Qsas and Qdev waves are not identical"765 RETURN(1)766 ENDIF767 numPts = CS_1i_extractIdataColumn2Wave(fileID, SASdataPath, "dQw", "dQw")768 IF (numPts && (numQ != numPts) )769 errorMsg = "number of points in Qsas and dQw waves are not identical"770 RETURN(1)771 ENDIF772 numPts = CS_1i_extractIdataColumn2Wave(fileID, SASdataPath, "dQl", "dQl")773 IF (numPts && (numQ != numPts) )774 errorMsg = "number of points in Qsas and dQl waves are not identical"775 RETURN(1)776 ENDIF777 numPts = CS_1i_extractIdataColumn2Wave(fileID, SASdataPath, "Qmean", "Qmean")778 IF (numPts && (numQ != numPts) )779 errorMsg = "number of points in Qsas and Qmean waves are not identical"780 RETURN(1)781 ENDIF782 numPts = CS_1i_extractIdataColumn2Wave(fileID, SASdataPath, "Shadowfactor", "Shadowfactor")783 IF (numPts && (numQ != numPts) )784 errorMsg = "number of points in Qsas and Shadowfactor waves are not identical"785 RETURN(1)786 ENDIF787 788 PRINT "\t\t\t\t found " + num2str(numpnts(Qsas)) + " points"789 790 // move the waves to the sample folder791 // !!!!! Missing Qsas, Isas, Qdev, and/or Idev are a broken data set792 // This should produce an exception. Should have been trapped by numPts tests.793 // Best to return an error code but the caller chain is not ready to pass that to the top level, yet.794 MoveWave Qsas, $SASdata_folder // required wave795 MoveWave Isas, $SASdata_folder // required wave796 IF (exists("Idev") == 1)797 MoveWave Idev, $SASdata_folder // optional wave798 ENDIF799 IF (exists("Qdev") == 1)800 MoveWave Qdev, $SASdata_folder // optional wave801 ENDIF802 IF (exists("dQw") == 1)803 MoveWave dQw, $SASdata_folder // optional wave804 ENDIF805 IF (exists("dQl") == 1)806 MoveWave dQl, $SASdata_folder // optional wave807 ENDIF808 IF (exists("Qmean") == 1)809 MoveWave Qmean, $SASdata_folder // optional wave810 ENDIF811 IF (exists("ShadowFactor") == 1)812 MoveWave ShadowFactor, $SASdata_folder // optional wave813 ENDIF814 IF (exists("metadata") == 1)815 Duplicate/O metadata, $SASdata_folder + "metadata"816 ENDIF817 RETURN(0) // no error818 END819 820 614 821 615 // ================================================================== … … 872 666 fList = AddListItem("cs_af1410.xml", fList, ";", Inf) // multiple SASentry and SASdata elements 873 667 fList = AddListItem("cansas1d-template.xml", fList, ";", Inf) // multiple SASentry and SASdata elements 874 //fList = AddListItem("1998spheres.xml", fList, ";", Inf) // 2 SASentry, few thousand data points each668 fList = AddListItem("1998spheres.xml", fList, ";", Inf) // 2 SASentry, few thousand data points each 875 669 fList = AddListItem("does-not-exist-file.xml", fList, ";", Inf) // non-existent file 876 670 fList = AddListItem("cs_rr_polymers.xml", fList, ";", Inf) // Round Robin polymer samples from John Barnes @ NIST 671 fList = AddListItem("s81-polyurea.xml", fList, ";", Inf) // Round Robin polymer samples from John Barnes @ NIST 672 877 673 // try to load each data set in the table 878 674 FOR ( i = 0; i < ItemsInList(fList) ; i += 1 ) … … 908 704 XMLcloseFile(fileID,0) 909 705 END 706 707 708 FUNCTION testCollette() 709 710 // suggestions from ISIS users 711 // 3. Loading actual data from LOQ caused some problems. Data created by Colette names files with run number. When entering full path to load the data if you use " 712 \example\31531.X" Igor will read \3 as a character. A simple fix which has worked for this is to use / instead of \ e.g. " 713 \example/31531.X". 714 // I assume this will not be an issue once a proper pull down menu has been created. 715 716 //4. Once data is loaded in Igor it is relatively easy to work with but would be nicer if the SASdata was loaded into root directory (named using run number rather than generically as it is at the moment) rather than another folder. 717 //This becomes more problematic when two samples are being loaded for comparison. Although still relatively easy to work with, changing the folders can lead to mistakes being made. 718 719 //Say, for Run=31531, then Qsas_31531 720 721 CS_XmlReader("W1W2.XML") 722 STRING srcDir = "root:Packages:CS_XMLreader" 723 STRING destDir = "root", importFolder, target 724 Variable i, j 725 FOR ( i = 0; i < CountObjects(srcDir, 4) ; i += 1 ) 726 SetDataFolder $srcDir 727 importFolder = GetIndexedObjName(srcDir, 4, i) 728 SetDataFolder $importFolder 729 IF ( exists( "metadata" ) == 1 ) 730 // looks like a SAS data folder 731 WAVE/T metadata 732 STRING Run = "" 733 FOR (j = 0; j < DimSize(metadata, 0); j += 1) 734 IF ( CmpStr( "Run", metadata[j][0]) == 0 ) 735 // get the Run number and "clean" it up a bit 736 Run = TrimWS( ReplaceString("\\", metadata[j][1], "/") ) 737 // !!!!!!!!!!!!!!!!! NOTE !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! 738 // need to find unique name for destination waves 739 // THIS IS JUST AN EXAMPLE 740 // Persons who implement this properly should be more elegant 741 // For now, I will blast any existing and proceed blindly. 742 target = "root:Qsas_" + Run 743 Duplicate/O Qsas, $target 744 target = "root:Isas_" + Run 745 Duplicate/O Isas, $target 746 IF ( exists( "Idev" ) == 1 ) 747 target = "root:Idev_" + Run 748 Duplicate/O Idev, $target 749 ENDIF 750 IF ( exists( "Qdev" ) == 1 ) 751 target = "root:Qdev_" + Run 752 Duplicate/O Qdev, $target 753 ENDIF 754 IF ( exists( "dQw" ) == 1 ) 755 target = "root:QdQw_" + Run 756 Duplicate/O dQw, $target 757 ENDIF 758 IF ( exists( "dQl" ) == 1 ) 759 target = "root:dQl_" + Run 760 Duplicate/O dQl, $target 761 ENDIF 762 IF ( exists( "Qmean" ) == 1 ) 763 target = "root:Qmean_" + Run 764 Duplicate/O Qmean, $target 765 ENDIF 766 IF ( exists( "Shadowfactor" ) == 1 ) 767 target = "root:Shadowfactor_" + Run 768 Duplicate/O Shadowfactor, $target 769 ENDIF 770 target = "root:metadata_" + Run 771 Duplicate/O/T metadata, $target 772 BREAK 773 ENDIF 774 ENDFOR 775 ENDIF 776 ENDFOR 777 778 SetDataFolder root: 779 END
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