ATLAS Offline Software
RingerPreProcessorWrapper.icc
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1 /*
2  Copyright (C) 2002-2022 CERN for the benefit of the ATLAS collaboration
3 */
4 
5 // $Id: RingerPreProcessorWrapper.icc 791627 2017-01-10 04:45:53Z wsfreund $
6 #ifndef RINGERSELECTORTOOLS_PROCEDURES_RINGERPREPROCESSORWRAPPER_ICC
7 #define RINGERSELECTORTOOLS_PROCEDURES_RINGERPREPROCESSORWRAPPER_ICC
8 
9 #include "RingerPreProcessorWrapper.h"
10 #include "RingerProcedureWrapper.icc"
11 #include "Normalizations.h"
12 #include "RingerSelectorTools/RingerSelectorToolsDefs.h"
13 
14 #include <type_traits>
15 
16 //#undef NDEBUG
17 
18 namespace Ringer {
19 
20 namespace WrapperHelperFcns {
21 
22 /**
23  * Return the pre-processing on dirObj of ppType
24  **/
25 inline
26 PreProcessing::IPreProcessorVarDep* getPP(preProcEnum_t ppType,
27  TDirectory *dirObj )
28 {
29  using namespace PreProcessing;
30  // For the interface case, we will have to create each pre-processing
31  // depending on the information written on ppType:
32  switch ( ppType )
33  {
34  case preProcEnum_t::Norm1:
35  {
36  return Norm::Norm1VarDep::read( dirObj );
37  break;
38  }
39  case preProcEnum_t::Norm2:
40  {
41  return Norm::Norm2VarDep::read( dirObj );
42  break;
43  }
44  case preProcEnum_t::Sqrt:
45  {
46  return Norm::SqrtVarDep::read( dirObj );
47  break;
48  }
49  case preProcEnum_t::ConstantValue:
50  {
51  return Norm::ConstantValueVarDep::read( dirObj );
52  break;
53  }
54  case preProcEnum_t::Sequential:
55  {
56  return Norm::SequentialVarDep::read( dirObj );
57  break;
58  }
59  case preProcEnum_t::Spherization:
60  {
61  return Norm::SpherizationVarDep::read( dirObj );
62  break;
63  }
64  case preProcEnum_t::MinMax:
65  {
66  return Norm::MinMaxVarDep::read( dirObj );
67  break;
68  }
69  default:
70  {
71  throw std::runtime_error( std::string("Cannot read preprocessor of ") +
72  "type: " + toStr(ppType) );
73  }
74  }
75 }
76 } // private namespace
77 
78 
79 // Import Wrapper Helper functions
80 using namespace WrapperHelperFcns;
81 
82 // =============================================================================
83 // ----------------------------------------
84 // RingerProcedureWrapper for PreProcessors
85 // ----------------------------------------
86 // =============================================================================
87 
88 // =============================================================================
89 template <
90  class procedure_t,
91  /*EtaDependency*/int etaDependency,
92  /*EtDependency*/int etDependency,
93  /*SegmentationType*/int segType
94 >
95 void RingerProcedureWrapper<
96  procedure_t,
97  etaDependency,
98  etDependency,
99  segType,
100  true, // isPreProcessor
101  false, // isDiscriminator
102  false> // isThreshold
103 ::releaseMemory()
104 {
105  for ( size_t segIdx = 0; segIdx < m_ppCol.size() ; ++segIdx){
106  for ( size_t etIdx = 0; etIdx < m_ppCol[segIdx].size() ; ++etIdx){
107  for ( size_t etaIdx = 0; etaIdx < m_ppCol[segIdx][etIdx].size();
108  ++etaIdx)
109  {
110  delete m_ppCol[segIdx][etIdx][etaIdx];
111  }
112  }
113  }
114  m_ppCol.clear();
115  m_pp = nullptr;
116 }
117 
118 // =============================================================================
119 template <
120  class procedure_t,
121  /*EtaDependency*/int etaDependency,
122  /*EtDependency*/int etDependency,
123  /*SegmentationType*/int segType
124 >
125 void RingerProcedureWrapper<
126  procedure_t,
127  etaDependency,
128  etDependency,
129  segType,
130  true,
131  false,
132  false >
133 ::applyPreProcessing(
134  const DepVarStruct &depVar,
135  std::vector<float> &transformVec) const
136 {
137 #ifndef NDEBUG
138  ATH_MSG_DEBUG("Applying internal layer pre-processing.");
139 #endif
140 
141  // This method only applies for segType NoSegmentation.
142  ensureNoSegmentationOnlyFcn(static_cast<SegmentationType>(segType));
143 
144  // If not dependent, simply run for the first position in the vector:
145  if ( !etaDependency && !etDependency ){
146  m_pp->execute(transformVec);
147  return;
148  }
149 
150  // Initialize eta and et indexes:
151  size_t etaIdx(0), etIdx(0);
152  // Get the correct pp to be applied:
153  if (etaDependency == EtaDependency::EtaDependent){
154  etaIdx = findEtaBin(depVar.eta, m_ppCol[0]);
155  }
156 
157  if (etDependency == EtDependency::EtDependent){
158  etIdx = findEtBin(depVar.et, m_ppCol[0]);
159  }
160 
161 #ifndef NDEBUG
162  ATH_MSG_VERBOSE("Applying pre-processing at etaIdx ("
163  << etaIdx << ") and etIdx (" << etIdx << ").");
164 #endif
165 
166  // Apply it:
167  m_ppCol[0][etIdx][etaIdx]->execute(transformVec);
168 }
169 
170 // =============================================================================
171 template <
172  class procedure_t,
173  /*EtaDependency*/int etaDependency,
174  /*EtDependency*/int etDependency,
175  /*SegmentationType*/int segType
176 >
177 void RingerProcedureWrapper<
178  procedure_t,
179  etaDependency,
180  etDependency,
181  segType,
182  true,
183  false,
184  false >
185 ::applyPreProcessing(
186  const DepVarStruct &depVar,
187  const xAOD::CaloRings *clrings,
188  const TrackPatternsHolder *trackPat,
189  std::vector<float> &transformVec) const
190 {
191 
192 #ifndef NDEBUG
193  ATH_MSG_DEBUG("Applying first discrimination layer pre-processing.");
194 #endif
195 
196  // Erase any previous information
197  transformVec.clear();
198 
199  // Initialize eta and et indexes:
200  size_t etaIdx(0), etIdx(0);
201  // Get the correct idx to be applied:
202  if ( etaDependency == EtaDependency::EtaDependent ) {
203  etaIdx = findEtaBin(depVar.eta, m_ppCol[0]);
204  }
205  if ( etDependency == EtDependency::EtDependent ) {
206  etIdx = findEtBin(depVar.et, m_ppCol[0]);
207  }
208  size_t cPreProc = 0;
209 
210  switch(segType){
211  case SegmentationType::NoSegmentation:
212  {
213 #ifndef NDEBUG
214  ATH_MSG_VERBOSE("Applying NonSegmented pre-processing at etaIdx ("
215  << etaIdx << ") and etIdx (" << etIdx << ").");
216 #endif
217  if (clrings){
218  clrings->exportRingsTo(transformVec);
219  }
220  if (trackPat){
221  trackPat->exportPatternsTo(transformVec);
222  }
223  // Apply pre-processing to all transformVec:
224  m_ppCol[cPreProc++][etIdx][etaIdx]->execute(transformVec);
225  break;
226  }
227  case SegmentationType::TrackCalSegmentation:
228  {
229 #ifndef NDEBUG
230  ATH_MSG_VERBOSE("Applying Track/Cal segmented pre-processing "
231  " at etaIdx (" << etaIdx << ") and etIdx ("
232  << etIdx << ").");
233 #endif
234  if (clrings){
235  // Apply pre-processing to CaloRings as one:
236  clrings->exportRingsTo(transformVec);
237  executeSegmentedPP(
238  transformVec,
239  m_ppCol[cPreProc++][etIdx][etaIdx],
240  transformVec);
241  } else {
242  cPreProc += 1;
243  }
244  if (trackPat){
245  transformVec.clear();
246  // Apply pre-processing to track patterns separated:
247  trackPat->exportPatternsTo(transformVec);
248  executeSegmentedPP(
249  transformVec,
250  m_ppCol[cPreProc++][etIdx][etaIdx],
251  transformVec);
252  } else {
253  cPreProc += 1;
254  }
255  break;
256  }
257  case SegmentationType::TrackCalPatTypeSegmentation:
258  {
259  // TODO Implement this if it is going to be used:
260  throw std::runtime_error(std::string("There is no implementation method "
261  "for ") + toStr(static_cast<SegmentationType>(segType)) );
262  }
263  case SegmentationType::TrackCalJointSections:
264  {
265 #ifndef NDEBUG
266  ATH_MSG_VERBOSE("Applying Track/Cal-JointSections segmented"
267  " pre-processing at etaIdx (" << etaIdx << ") and etIdx ("
268  << etIdx << ").");
269 #endif
270  if (clrings){
271  // Apply pre-processing to each CalJointSection:
272  while ( cPreProc < static_cast<size_t>(
273  CalJointSection::NJointSections) )
274  {
275  transformVec.clear();
276  clrings->exportRingsTo( transformVec,
277  *m_rsRawConfCol,
278  static_cast<CalJointSection>(cPreProc));
279 
280  executeSegmentedPP(
281  transformVec,
282  m_ppCol[cPreProc++][etIdx][etaIdx],
283  transformVec);
284  }
285  } else {
286  cPreProc += static_cast<size_t>(CalJointSection::NJointSections);
287  }
288  if (trackPat){
289  transformVec.clear();
290  // Apply pre-processing to track patterns separated:
291  trackPat->exportPatternsTo(transformVec);
292  executeSegmentedPP(
293  transformVec,
294  m_ppCol[cPreProc++][etIdx][etaIdx],
295  transformVec);
296  } else {
297  cPreProc += 1;
298  }
299  break;
300  }
301  case SegmentationType::TrackCalJointLayers:
302  {
303 #ifndef NDEBUG
304  ATH_MSG_VERBOSE("Applying Track/Cal-JointLayers segmented"
305  " pre-processing at etaIdx (" << etaIdx << ") and etIdx ("
306  << etIdx << ").");
307 #endif
308  if (clrings){
309  // Apply pre-processing to each CalJointLayer:
310  while ( cPreProc < static_cast<size_t>(
311  CalJointLayer::NJointLayers) )
312  {
313  transformVec.clear();
314  clrings->exportRingsTo(
315  transformVec,
316  *m_rsRawConfCol,
317  static_cast<CalJointLayer>(cPreProc));
318 
319  executeSegmentedPP(
320  transformVec,
321  m_ppCol[cPreProc++][etIdx][etaIdx],
322  transformVec);
323  }
324  } else {
325  cPreProc += static_cast<size_t>(CalJointLayer::NJointLayers);
326  }
327  if (trackPat){
328  transformVec.clear();
329  // Apply pre-processing to track Patterns separated:
330  trackPat->exportPatternsTo(transformVec);
331  executeSegmentedPP(
332  transformVec,
333  m_ppCol[cPreProc++][etIdx][etaIdx],
334  transformVec);
335  } else {
336  cPreProc += 1;
337  }
338  break;
339  }
340  default:
341  {
342  throw std::runtime_error(std::string("There is no implementation method "
343  "for ") + toStr(static_cast<SegmentationType>(segType)) );
344  }
345  }
346  return;
347 }
348 
349 // =============================================================================
350 template <
351  class procedure_t,
352  /*EtaDependency*/int etaDependency,
353  /*EtDependency*/int etDependency,
354  /*SegmentationType*/int segType
355 >
356 void RingerProcedureWrapper<
357  procedure_t,
358  etaDependency,
359  etDependency,
360  segType,
361  true, // isPreProcessor
362  false, // isDiscriminator
363  false> // isThreshold
364 ::checkPPCol(){
365  try {
366  checkCollection(m_ppCol,
367  static_cast<EtaDependency>(etaDependency),
368  static_cast<EtDependency>(etDependency));
369  if ( m_ppCol.size() != numberOfSegments(static_cast<SegmentationType>(segType))){
370  throw std::runtime_error(std::string("Cannot allocate segment ") +
371  "dependent vector of type " + toStr(static_cast<SegmentationType>(segType)) + " with size "
372  "different from " + std::to_string(numberOfSegments(static_cast<SegmentationType>(segType))) +
373  ". Current size is " + std::to_string(m_ppCol.size()) + ".");
374  }
375  } catch ( const std::runtime_error &e ) {
376  throw std::runtime_error(std::string("Couldn't initialize RingerPreProcessorWrapper due to: ")
377  + e.what() );
378  }
379 }
380 
381 // =============================================================================
382 template <
383  class procedure_t,
384  /*EtaDependency*/int etaDependency,
385  /*EtDependency*/int etDependency,
386  /*SegmentationType*/int segType
387 >
388 void RingerProcedureWrapper<
389  procedure_t,
390  etaDependency,
391  etDependency,
392  segType,
393  true, // isPreProcessing
394  false, // isDiscriminator
395  false> // isThreshold
396 ::setMsgStream(MsgStream *msg) const {
397  // Propagate this stream into collection:
398  setCollectionMsgStream(msg,m_ppCol);
399  // Set stream to self
400  this->RedirectMsgStream::setMsgStream(msg);
401 }
402 
403 // =============================================================================
404 template <
405  class procedure_t,
406  /*EtaDependency*/int etaDependency,
407  /*EtDependency*/int etDependency,
408  /*SegmentationType*/int segType
409 >
410 std::string RingerProcedureWrapper<
411  procedure_t,
412  etaDependency,
413  etDependency,
414  segType,
415  true, // isPreProcessor
416  false, // isDiscriminator
417  false> // isThreshold
418 ::staticFullName() {
419  typedef typename RingerProcedureType<procedure_t>::procEnum_t procEnum_t;
420  std::stringstream ss;
421  ss << "RingerProcedureWrapper<"
422  << toStr(procedure_t::template procType<procEnum_t>() )
423  << ((std::is_same<procedure_t,
424  PreProcessing::IPreProcessorVarDep>::value)?",":"(VarDep),")
425  << toStr(static_cast<EtaDependency>(etaDependency)) << ","
426  << toStr(static_cast<EtDependency>(etDependency)) << ","
427  << toStr(static_cast<SegmentationType>(segType)) << ">";
428  return ss.str();
429 }
430 
431 // =============================================================================
432 template <
433  class procedure_t,
434  /*EtaDependency*/int etaDependency,
435  /*EtDependency*/int etDependency,
436  /*SegmentationType*/int segType
437 >
438 std::string RingerProcedureWrapper<
439  procedure_t,
440  etaDependency,
441  etDependency,
442  segType,
443  true, // isPreProcessor
444  false, // isDiscriminator
445  false> // isThreshold
446 ::fullName() const {
447  return staticFullName();
448 }
449 
450 // =============================================================================
451 template <
452  class procedure_t,
453  /*EtaDependency*/int etaDependency,
454  /*EtDependency*/int etDependency,
455  /*SegmentationType*/int segType
456 >
457 void RingerProcedureWrapper<
458  procedure_t,
459  etaDependency,
460  etDependency,
461  segType,
462  true, // isPreProcessor
463  false, // isDiscriminator
464  false> // isThreshold
465 ::print(MSG::Level lvl) const
466 {
467  if ( this->isStreamAvailable() ) {
468  if ( this->level() > lvl ){
469  // Don't waste time print nothing.
470  return;
471  }
472  std::vector<unsigned> posVec(3);
473  this->msg() << lvl << fullName() << " contents: "<< endmsg;
474  for ( size_t segIdx = 0; segIdx < m_ppCol.size() ; ++segIdx){
475  posVec[0] = segIdx;
476  for ( size_t etIdx = 0; etIdx < m_ppCol[segIdx].size() ; ++etIdx){
477  posVec[1] = etIdx;
478  for ( size_t etaIdx = 0; etaIdx < m_ppCol[segIdx][etIdx].size();
479  ++etaIdx)
480  {
481  posVec[2] = etaIdx;
482  this->msg() << lvl << m_ppCol[segIdx][etIdx][etaIdx]->name() <<
483  IOHelperFcns::makeIdxStr(posVec) << " configuration:" << endmsg;
484  m_ppCol[segIdx][etIdx][etaIdx]->print(lvl);
485  }
486  }
487  }
488  } else {
489  std::cerr << "Stream is not available, cannot print " <<
490  fullName() << "." << std::endl;
491  }
492 }
493 
494 // =============================================================================
495 template <
496  class procedure_t,
497  /*EtaDependency*/int etaDependency,
498  /*EtDependency*/int etDependency,
499  /*SegmentationType*/int segType
500 >
501 void RingerProcedureWrapper<
502  procedure_t,
503  etaDependency,
504  etDependency,
505  segType,
506  true, // isPreProcessor
507  false, // isDiscriminator
508  false> // isThreshold
509 ::write(TDirectory *baseDir, const char *idxStr) const
510 {
511  // ----------- Template basics ----------
512  // Create configuration directory
513  TDirectory *configDir = IOHelperFcns::makeDir(baseDir,
514  (std::string(this->name()) + idxStr).c_str() );
515 
516  // Write basic template information:
517  preProcEnum_t ppType = procedure_t::template procType<preProcEnum_t>();
518  SegmentationType fileSegType = static_cast<SegmentationType>(segType);
519  EtaDependency fileEtaDep = static_cast<EtaDependency>(etaDependency);
520  EtDependency fileEtDep = static_cast<EtDependency>(etDependency);
521  // FIXME Why do I need to use const? Unfortunately if I don't use so, the
522  // compiler won't accept static_casting from discr_Enum_t to unsigned int:
523  // some issue with reference casting.
524  IOHelperFcns::writeVar<const preProcEnum_t, const unsigned int>( configDir,
525  "ppType",
526  ppType);
527  IOHelperFcns::writeVar<const SegmentationType, const unsigned int>( configDir,
528  "segType",
529  fileSegType);
530  IOHelperFcns::writeVar<const EtaDependency, const unsigned int>( configDir,
531  "etaDependency",
532  fileEtaDep);
533  IOHelperFcns::writeVar<const EtDependency, const unsigned int>( configDir,
534  "etDependency",
535  fileEtDep);
536 
537  // Write size information:
538  unsigned ppSegDepSize = m_ppCol.size();
539  unsigned ppEtDepSize = m_ppCol[0].size();
540  unsigned ppEtaDepSize = m_ppCol[0][0].size();
541  IOHelperFcns::writeVar( configDir, "ppSegDepSize" , ppSegDepSize );
542  IOHelperFcns::writeVar( configDir, "ppEtDepSize" , ppEtDepSize );
543  IOHelperFcns::writeVar( configDir, "ppEtaDepSize" , ppEtaDepSize );
544 
545  // Write PreProcessors Collection
546  std::vector<unsigned int> ppCount(3);
547  for (size_t segIdx = 0;
548  segIdx < m_ppCol.size();
549  ++segIdx)
550  {
551  ppCount[0] = segIdx;
552  for (size_t etIdx = 0;
553  etIdx < m_ppCol[segIdx].size();
554  ++etIdx)
555  {
556  ppCount[1] = etIdx;
557  for (size_t etaIdx = 0;
558  etaIdx < m_ppCol[segIdx][etIdx].size();
559  ++etaIdx)
560  {
561  ppCount[2] = etaIdx;
562  m_ppCol[segIdx][etIdx][etaIdx]->write(
563  configDir,
564  IOHelperFcns::makeIdxStr(ppCount).c_str());
565  }
566  }
567  }
568 }
569 
570 
571 // =============================================================================
572 template <
573  class procedure_t,
574  /*EtaDependency*/int etaDependency,
575  /*EtDependency*/int etDependency,
576  /*SegmentationType*/int segType
577 >
578 RingerProcedureWrapper<procedure_t,
579  etaDependency,
580  etDependency,
581  segType,
582  true,
583  false,
584  false> *
585 RingerProcedureWrapper<
586  procedure_t,
587  etaDependency,
588  etDependency,
589  segType,
590  true, // isPreProcessor
591  false, // isDiscriminator
592  false> // isThreshold
593 ::read(TDirectory *configDir, unsigned /*version*/)
594 {
595  using namespace PreProcessing;
596 
597  IOHelperFcns::checkDir(configDir);
598 
599  // ----------- PreProcesings: ----------
600  // Read pre-processing collection size:
601  unsigned ppSegDepSize(0),
602  ppEtDepSize(0),
603  ppEtaDepSize(0);
604  IOHelperFcns::readVar( configDir, "ppSegDepSize", ppSegDepSize );
605  IOHelperFcns::readVar( configDir, "ppEtDepSize" , ppEtDepSize );
606  IOHelperFcns::readVar( configDir, "ppEtaDepSize", ppEtaDepSize );
607 
608  // Allocate pre-processing collection with size specified on file
609  PPDepProcCollection ppCol( ppSegDepSize,
610  std::vector< std::vector< procedure_t*> >(
611  ppEtDepSize, std::vector< procedure_t*>(
612  ppEtaDepSize, nullptr )));
613 
614  // Allocate index position retriever:
615  std::vector<unsigned int> ppIdxVec(3);
616 
617  // Retrieve dir list and loop on it:
618  std::shared_ptr<THashList> list(nullptr);
619  if ( !( list = IOHelperFcns::getDirList(configDir) ) ) {
620  std::runtime_error(std::string("Couldn't retrieve directory "
621  "list from wrapper folder"));
622  }
623 
624  TIter iter( list.get() );
625  while ( TDirectory* dirObj = static_cast<TDirectory*>(iter()) ) {
626 
627  const char* folderName = dirObj->GetName();
628 
629  //ATH_MSG_VERBOSE("Scanning directory " << folderName );
630 
631  // Get information about the pre-processing on the folder:
632  preProcEnum_t ppType;
633  EtaDependency fileEtaDep;
634  EtDependency fileEtDep;
635  try {
636  IOHelperFcns::readVar<preProcEnum_t, unsigned int>(dirObj,
637  "procType",
638  ppType);
639  IOHelperFcns::readVar<EtaDependency, unsigned int>(dirObj,
640  "etaDependency",
641  fileEtaDep);
642  IOHelperFcns::readVar<EtDependency, unsigned int>(dirObj,
643  "etDependency",
644  fileEtDep);
645  } catch (const std::runtime_error &e){
646  throw std::runtime_error(std::string("Couldn't get pre-processing type "
647  "while") + "reading folder: " + folderName + ". Reason: "
648  + e.what() );
649  }
650  // Check if holden information dependency information is ok:
651  if ( fileEtaDep != etaDependency ){
652  throw std::runtime_error(std::string("Folder \"") + folderName + "\" is "
653  + toStr(fileEtaDep) + " whereas Wrapper is " + toStr(static_cast<EtaDependency>(etaDependency)) + ".");
654  }
655  if ( fileEtDep != etDependency ){
656  throw std::runtime_error(std::string("Folder \"") + folderName + "\" is "
657  + toStr(fileEtDep) + " whereas Wrapper is " + toStr(static_cast<EtDependency>(etDependency)) + ".");
658  }
659  // Retrieve position indexes where we shall retrieve this pre-processing
660  IOHelperFcns::getIdxVecFromStr( folderName, ppIdxVec );
661 
662  // Check if everything is ok on indexes retrived:
663  if ( ppIdxVec.size() < 3 ||
664  ppIdxVec[0] >= ppSegDepSize ||
665  ppIdxVec[1] >= ppEtDepSize ||
666  ppIdxVec[2] >= ppEtaDepSize )
667  {
668  throw std::runtime_error(std::string("There is something wrong with ")
669  + "folder idxStr: " + folderName + ". Got idxStr " +
670  IOHelperFcns::makeIdxStr(ppIdxVec) + ". Maximum pre-processing "
671  "collection size is : " + std::to_string(ppSegDepSize) + "," +
672  std::to_string(ppEtDepSize) + "," + std::to_string(ppEtaDepSize));
673  }
674 
675  // Get a reference to the pointer (only used to reduce typing):
676  procedure_t *&thisPP = ppCol[ppIdxVec[0]]
677  [ppIdxVec[1]]
678  [ppIdxVec[2]];
679 
680  // Check which procedure_t this pre-processing wrapper holds.
681  if ( std::is_same<procedure_t, IPreProcessorVarDep >::value )
682  {
683  // If the procedure_t is not the PreProcessor interface, code will
684  // never get here. We only use the interpret cast so that the compiler
685  // doesn't complain about type casting.
686  thisPP = dynamic_cast<procedure_t*>( getPP(ppType, dirObj) );
687  } else {
688  // Here it's easier, we already know the type that is written in the file,
689  // so all we need to do is loop over it and retrieve the discriminator.
690  preProcEnum_t wrapperPPType = procedure_t::template procType<preProcEnum_t>();
691  if ( ppType != wrapperPPType ){
692  throw std::runtime_error( std::string("There is a pre-processing of type ") +
693  toStr(ppType) + " whereas this wrapper can only hold pre-processings "
694  "of type " + toStr(wrapperPPType));
695  }
696  thisPP = procedure_t::read( dirObj );
697  }
698  // ATH_MSG_VERBOSE("Successfully read directory " << folderName);
699  }
700 
701  // Create and return PreProcessors wrapper:
702  return new RingerProcedureWrapper(ppCol);
703 
704 }
705 
706 
707 } // Namespace Ringer
708 
709 #endif // RINGERSELECTORTOOLS_PROCEDURES_RINGERPREPROCESSORWRAPPER_ICC
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