00001 <?xml version="1.0" encoding="ASCII"?>
00002
00003 <!-- Christopher Cantalupo May 3, 2004 -->
00004
00005 <!DOCTYPE runConfig SYSTEM "file:runConfig.dtd">
00006
00007 <runConfig>
00008 <!--***********-->
00009 <!--PIXEL CLASS-->
00010 <!--***********-->
00011 <!--**************************************************-->
00012 <!--A Pixel class is a subset in a partition of the -->
00013 <!--entire set of discrete observables that are united-->
00014 <!--by some common characteristic. One example of a -->
00015 <!--pixel class would be a mesh of positions on the -->
00016 <!--sky that measure the brightness temperature in -->
00017 <!--units of Kelvin. At least one pixelClass is -->
00018 <!--required and multiple pixelClasses are allowed. -->
00019 <!--One map is created or read for each pixel class. -->
00020 <!--**************************************************-->
00021 <pixelClass>
00022 <!--Name of pixel class -->
00023 <className></className>
00024 <!--Number of pixels in entire class -->
00025 <numPixelInClass></numPixelInClass>
00026 <!--Structure describing MLE map file -->
00027 <mapFile>
00028 <name></name>
00029 <format></format>
00030 </mapFile>
00031 <!--Name of pixel type possiblities are -->
00032 <!--(default, I, Q, U) -->
00033 <pixelType></pixelType>
00034 <!--Structure describing pixel coordinate file, -->
00035 <!--required only for spectrum calculation. -->
00036 <coordFile>
00037 <name></name>
00038 <format></format>
00039 </coordFile>
00040 <!--Structure describing beam and pixel multipole -->
00041 <!--window function, required only for sepectrum -->
00042 <!--calculation. -->
00043 <windowFile>
00044 <name></name>
00045 <format></format>
00046 </windowFile>
00047 <!--List of files that contain pixel masks. These are-->
00048 <!--optional, and only used during power spectrum -->
00049 <!--calculation. -->
00050 <maskFiles>
00051 <file>
00052 <name></name>
00053 <format></format>
00054 </file>
00055 </maskFiles>
00056 <!--List of files that contain pixel templates to -->
00057 <!--marginalize over. Required only for spectrum -->
00058 <!--calculation. -->
00059 <templateFiles>
00060 <file>
00061 <name></name>
00062 <format></format>
00063 </file>
00064 </templateFiles>
00065 </pixelClass>
00066
00067
00068 <GCPointingGroup>
00069 <name></name>
00070 <GCPointingType></GCPointingType>
00071 <auxDataFile>
00072 <name></name>
00073 <format></format>
00074 </auxDataFile>
00075 <GCPointingFiles>
00076 <file>
00077 <name></name>
00078 <format></format>
00079 </file>
00080 </GCPointingFiles>
00081 </GCPointingGroup>
00082
00083 <!--*******************-->
00084 <!--SPARSE PIXEL MATRIX-->
00085 <!--*******************-->
00086 <sparsePixelMatrixFile>
00087 <name></name>
00088 <format></format>
00089 </sparsePixelMatrixFile>
00090
00091
00092 <!--********-->
00093 <!--DATA SET-->
00094 <!--********-->
00095 <!--**************************************************-->
00096 <!--Time domain data is described in data sets. Each -->
00097 <!--data set has its own independant time indexing. -->
00098 <!--All of the data that is related to a time stream -->
00099 <!--is stored in the data set. At least one data set -->
00100 <!--is required. Multiple data sets are allowed. -->
00101 <!--**************************************************-->
00102 <dataSet>
00103 <!--The data set has a name. -->
00104 <name></name>
00105 <firstTime_sec></firstTime_sec>
00106 <firstTime_nsec></firstTime_nsec>
00107 <sampleRate></sampleRate>
00108
00109
00110 <!--The time ordered data is modeled as a linear -->
00111 <!--combination of components. Some data can be well -->
00112 <!--described by one component. Some simulated data -->
00113 <!--may have many components. -->
00114 <component>
00115 <!--Independant time ordered calibrations are applied -->
00116 <!--to each component, so there are subcomponents -->
00117 <!--which share the same time ordered calibration. -->
00118 <!--If no time ordered calibration is to be done, or -->
00119 <!--if all time streams will share the same time -->
00120 <!--ordered calibration the user should put all of the-->
00121 <!--time streams in the same component each as a -->
00122 <!--subcomponent. -->
00123 <subcomponent>
00124 <!--Each subcomponent is made up of a set of time -->
00125 <!--ordered data files. Files within a subcomponent -->
00126 <!--should not overlap. A time sample is considered -->
00127 <!--covered only if it is sampled in every -->
00128 <!--subcomponent. Multiple files are allowed. -->
00129 <file>
00130 <name></name>
00131 <format></format>
00132 <!--File calibration factor, not required -->
00133 <calib></calib>
00134 </file>
00135 </subcomponent>
00136 <subcomponentSim>
00137 <mapScanSim>
00138 <!--If the mapScan structure is empty then the -->
00139 <!--pointing and scan maps are taken to be the -->
00140 <!--ones defined for the analysis. A different -->
00141 <!--pointing can be used in simulation than analysis -->
00142 <!--and in this case the pointing is defined here. -->
00143 <!--This section describes one of the pixel classes -->
00144 <!--simulated in this data set. There can be many -->
00145 <!--classes simulated. -->
00146 <class>
00147 <!--A reference to the pixel class. -->
00148 <pixelClassRef></pixelClassRef>
00149 <!--The following structure defines a subclass. Each -->
00150 <!--subclass must be composed of files with intervals -->
00151 <!--that are non-overlapping and complete. -->
00152 <subclass>
00153 <!--The full subclass has files of type "pointing" -->
00154 <file>
00155 <name></name>
00156 <format></format>
00157 <calib></calib>
00158 </file>
00159 </subclass>
00160 <subclassGC>
00161 <!--The compressed subclass has files of type -->
00162 <!--"gcpointing" -->
00163 <GCPointingGroupRef></GCPointingGroupRef>
00164 <auxComplement></auxComplement>
00165 </subclassGC>
00166
00167 <!--Each pixel class can have a set of possibly -->
00168 <!--incomplete and/or overlapping time -->
00169 <!--ordered calibration files. None are required. -->
00170 <tocFiles>
00171 <file>
00172 <name></name>
00173 <format></format>
00174 <!--File calibration factor, not required -->
00175 <calib></calib>
00176 <!--Action is either "multiply" (default) or "divide" -->
00177 <action></action>
00178 </file>
00179 </tocFiles>
00180 </class>
00181 </mapScanSim>
00182 </subcomponentSim>
00183 <subcomponentSim>
00184 <offNoiseSim>
00185 <!--If the otfsOOF structure is empty then the noise -->
00186 <!--description is taken to be the one used for -->
00187 <!--analysis. -->
00188 <!--This section describes the inverse time time noise-->
00189 <!--correlation files used to generate simulated noise-->
00190 <!--time stream. -->
00191 <noiseFiles>
00192 <!--Each file corresponds to a particular stationary -->
00193 <!--interval. Multiple files are allowed. -->
00194 <file>
00195 <name></name>
00196 <format></format>
00197 <!--File calibration factor, not required -->
00198 <calib></calib>
00199 <!--Maximum time correltion length to be used for this-->
00200 <!--stationary interval. -->
00201 <corLength></corLength>
00202 </file>
00203 </noiseFiles>
00204 </oofNoiseSim>
00205 </subcomponentSim>
00206 <!--Each component can have a set of possibly -->
00207 <!--incomplete and/or overlapping time -->
00208 <!--ordered calibration files. None are required. -->
00209 <tocFiles>
00210 <file>
00211 <name></name>
00212 <format></format>
00213 <!--File calibration factor, not required -->
00214 <calib></calib>
00215 <!--Action is either "multiply" (default) or "divide" -->
00216 <action></action>
00217 </file>
00218 </tocFiles>
00219 </component>
00220 <!--This section describes the pointing files. -->
00221 <!--Pointing files are time ordered, and cover -->
00222 <!--particular intervals. -->
00223 <pointingFiles>
00224 <!--This section describes one of the pixel classes -->
00225 <!--observed in this data set. There can be many -->
00226 <!--classes observed. -->
00227 <class>
00228 <!--A reference to the pixel class. -->
00229 <pixelClassRef></pixelClassRef>
00230 <!--The following structure defines a subclass. Each -->
00231 <!--subclass must be composed of files with intervals -->
00232 <!--that are non-overlapping and complete. -->
00233 <subclass>
00234 <!--The full subclass has files of type "pointing" -->
00235 <file>
00236 <name></name>
00237 <format></format>
00238 <calib></calib>
00239 </file>
00240 </subclass>
00241 <subclassGC>
00242 <!--The compressed subclass has files of type -->
00243 <!--"gcpointing" -->
00244 <GCPointingGroupRef></GCPointingGroupRef>
00245 <auxComplement></auxComplement>
00246 </subclassGC>
00247
00248 <!--Each pixel class can have a set of possibly -->
00249 <!--incomplete and/or overlapping time -->
00250 <!--ordered calibration files. None are required. -->
00251 <tocFiles>
00252 <file>
00253 <name></name>
00254 <format></format>
00255 <!--File calibration factor, not required -->
00256 <calib></calib>
00257 <!--Action is either "multiply" (default) or "divide" -->
00258 <action></action>
00259 </file>
00260 </tocFiles>
00261 </class>
00262 </pointingFiles>
00263 <!--This section describes the inverse time time noise-->
00264 <!--correlation files. -->
00265 <noiseFiles>
00266 <!--Each file corresponds to a particular stationary -->
00267 <!--interval. Multiple files are allowed. -->
00268 <file>
00269 <name></name>
00270 <format></format>
00271 <!--File calibration factor, not required -->
00272 <calib></calib>
00273 <!--Maximum time correltion length to be used for this-->
00274 <!--stationary interval. -->
00275 <corLength></corLength>
00276 <!--If the file is an output file then an interval can-->
00277 <!--be sepecified. -->
00278 <interval>
00279 <firstSample></firstSample>
00280 <lastSample></lastSample>
00281 </interval>
00282 </file>
00283 </noiseFiles>
00284 <!--Certain time intervals can be specified for the -->
00285 <!--analysis by the setIntervals. -->
00286 <setIntervals>
00287 <!--More than one interval can be given. -->
00288 <interval>
00289 <firstSample></firstSample>
00290 <lastSample></lastSample>
00291 </interval>
00292 </setIntervals>
00293 <!--Time domain preprocessing filters are defined -->
00294 <!--below. There are four possible types of filters -->
00295 <!--and there can be multiple filter files of each -->
00296 <!--type that cover non-overlapping time segments. -->
00297 <filterFiles>
00298 <!--Prewhitening filters -->
00299 <wFilters>
00300 <file>
00301 <name></name>
00302 <format></format>
00303 <!--Number of Fourier modes to be retrieved from the -->
00304 <!--file. -->
00305 <length></length>
00306 <!--Approximate band width of the filter in real space-->
00307 <bandWidth></bandWidth>
00308 </file>
00309 </wFilters>
00310 <!--Instrument electronics filters -->
00311 <eFilters>
00312 <file>
00313 <name></name>
00314 <format></format>
00315 <length></length>
00316 <bandWidth></bandWidth>
00317 </file>
00318 </eFilters>
00319 <!--Signal filters -->
00320 <sFilters>
00321 <file>
00322 <name></name>
00323 <format></format>
00324 <length></length>
00325 <bandWidth></bandWidth>
00326 </file>
00327 </sFilters>
00328 <!--Noched filters (i.e. banded filters) -->
00329 <bFilters>
00330 <file>
00331 <name></name>
00332 <format></format>
00333 <length></length>
00334 <bandWidth></bandWidth>
00335 </file>
00336 </bFilters>
00337 </filterFiles>
00338 </dataSet>
00339 <!--*************-->
00340 <!--POWER SPECTRUM-->
00341 <!--*************-->
00342 <!--**************************************************-->
00343 <!--The power spectrum structure is only required if -->
00344 <!--spectrum are to be computed. This structure holds-->
00345 <!--all of the information about the MLE spectrum, -->
00346 <!--their various attributes, and the correlations -->
00347 <!--between bins (the Fisher matrix). Multiple -->
00348 <!--power spectrum are not allowed. -->
00349 <!--**************************************************-->
00350 <powerSpectrum>
00351 <!--**************************************************-->
00352 <!--A spectrum class is one of six possible spectrum -->
00353 <!--types and identifies the files that describe the -->
00354 <!--class. Multiple spectrum classes are allowed -->
00355 <!--but not required, and only one spectrum class is -->
00356 <!--allowed for each spectrum type. -->
00357 <!--**************************************************-->
00358 <spectrumClass>
00359 <!--Spectrum type is one of the following: -->
00360 <!--TT, EE, BB, TE, TB, or EB. -->
00361 <spectrumType></spectrumType>
00362 <!--Structure describing the file that determines the -->
00363 <!--partition of multipoles into bins. -->
00364 <binFile>
00365 <name></name>
00366 <format></format>
00367 </binFile>
00368 <!--Structure describing the file that determines the -->
00369 <!--null hypothosis spectral shape function. -->
00370 <shapeFile>
00371 <name></name>
00372 <format></format>
00373 </shapeFile>
00374 <!--Structure describing the file that gives the -->
00375 <!--contains the MLE binned power spectrum. -->
00376 <bpsFile>
00377 <name></name>
00378 <format></format>
00379 </bpsFile>
00380 </spectrumClass>
00381 <!--Fisher matrix file description -->
00382 <fisherMatrixFile>
00383 <name></name>
00384 <format></format>
00385 </fisherMatrixFile>
00386 </powerSpectrum>
00387 </runConfig>
