#include <JetCorrectorParametersHelper.h>

Public Types
using	tuple_type = typename generate_tuple_type< float, JetCorrectorParameters::MAX_SIZE_DIMENSIONALITY >::type

using	tuple_type_Nm1 = typename generate_tuple_type< float, JetCorrectorParameters::MAX_SIZE_DIMENSIONALITY - 1 >::type

Public Member Functions
bool	binBoundChecks (unsigned dim, const float &value, const float &min, const float &max) const

void	binIndexChecks (unsigned N, const std::vector< float > &fX) const

int	binIndexN (const std::vector< float > &fX, const std::vector< JetCorrectorParameters::Record > &mRecords) const

void	checkMiddleBinUniformity (const std::vector< JetCorrectorParameters::Record > &mRecords) const

void	init (const JetCorrectorParameters::Definitions &mDefinitions, const std::vector< JetCorrectorParameters::Record > &mRecords)

void	initTransientMaps ()

unsigned	size () const

Private Attributes
std::vector< std::vector< float > >	mBinBoundaries

std::unordered_map< tuple_type, size_t >	mIndexMap

std::unordered_map< tuple_type_Nm1, std::pair< size_t, size_t > >	mMap

unsigned	SIZE

Detailed Description

Definition at line 24 of file JetCorrectorParametersHelper.h.

Member Typedef Documentation

◆ tuple_type

using JetCorrectorParametersHelper::tuple_type = typename generate_tuple_type<float, JetCorrectorParameters::MAX_SIZE_DIMENSIONALITY>::type

Definition at line 36 of file JetCorrectorParametersHelper.h.

◆ tuple_type_Nm1

using JetCorrectorParametersHelper::tuple_type_Nm1 = typename generate_tuple_type<float, JetCorrectorParameters::MAX_SIZE_DIMENSIONALITY - 1>::type

Definition at line 37 of file JetCorrectorParametersHelper.h.

Member Function Documentation

◆ binBoundChecks()

bool JetCorrectorParametersHelper::binBoundChecks	(	unsigned	dim,
		const float &	value,
		const float &	min,
		const float &	max
	)		const

Definition at line 131 of file JetCorrectorParametersHelper.cc.

                                                                           {
   if (value < min || value > max)
     return false;
   else
     return true;
 }

References SiStripPI::max.

Referenced by binIndexN().

◆ binIndexChecks()

void JetCorrectorParametersHelper::binIndexChecks	(	unsigned	N,
		const std::vector< float > &	fX
	)		const

Definition at line 124 of file JetCorrectorParametersHelper.cc.

                                                                                               {
   if (N != fX.size()) {
     std::stringstream sserr;
     sserr << "The number of binned variables, " << N << ", doesn't correspond to the number requested, " << fX.size();
     handleError("JetCorrectorParametersHelper", sserr.str());
   }
 }

References N.

Referenced by binIndexN().

◆ binIndexN()

int JetCorrectorParametersHelper::binIndexN	(	const std::vector< float > &	fX,
		const std::vector< JetCorrectorParameters::Record > &	mRecords
	)		const

Definition at line 144 of file JetCorrectorParametersHelper.cc.

                                                                                                            {
   unsigned Nm1 = SIZE - 1;
   binIndexChecks(SIZE, fX);
  
   //Create a container for the indices
   std::vector<float> fN(SIZE, -1);
   std::vector<float>::const_iterator tmpIt;
  
   // make sure that fX are within the first and last boundaries of mBinBoundaries (other than last dimension)
   for (unsigned idim = 0; idim == 0 || idim < fX.size() - 1; idim++) {
     if (!binBoundChecks(idim, fX[idim], *mBinBoundaries[idim].begin(), mRecords[size() - 1].xMax(idim)))
       return -1;
     tmpIt = std::lower_bound(mBinBoundaries[idim].begin(), mBinBoundaries[idim].end(), fX[idim]);
     // lower_bound finds the entry with the next highest value to fX[0]
     // so unless the two values are equal, you want the next lowest bin boundary
     if (tmpIt == mBinBoundaries[idim].end())
       tmpIt = mBinBoundaries[idim].begin() + mBinBoundaries[idim].size() - 1;
     else if (*tmpIt != fX[idim])
       tmpIt -= 1;
     fN[idim] = *tmpIt;
   }
  
   //find the index bounds for the possible values of the last dimension
   std::pair<size_t, size_t> indexBounds;
   if (SIZE > 1) {
     tuple_type_Nm1 to_find_Nm1 = gen_tuple<JetCorrectorParameters::MAX_SIZE_DIMENSIONALITY - 1>(
         [&](size_t i) { return (i < Nm1) ? fN[i] : -9999; });
     if (mMap.find(to_find_Nm1) != mMap.end())
       indexBounds = mMap.at(to_find_Nm1);
     else {
       std::stringstream sserr;
       sserr << "couldn't find the index boundaries for dimension " << Nm1 << std::endl
             << "looking for last bin with N-1 values of " << to_find_Nm1 << std::endl;
       handleError("JetCorrectorParametersHelper", sserr.str());
       return -1;
     }
  
     //Check that the requested value is within the bin boundaries for the last dimension
     if (!binBoundChecks(Nm1, fX[Nm1], mRecords[indexBounds.first].xMin(Nm1), mRecords[indexBounds.second].xMax(Nm1)))
       return -1;
     tmpIt = std::lower_bound(
         mBinBoundaries[Nm1].begin() + indexBounds.first, mBinBoundaries[Nm1].begin() + indexBounds.second, fX[Nm1]);
     if (*tmpIt != fX[Nm1] && fX[Nm1] < *(mBinBoundaries[Nm1].begin() + indexBounds.second))
       tmpIt -= 1;
     fN[Nm1] = *tmpIt;
   }
  
   tuple_type to_find =
       gen_tuple<JetCorrectorParameters::MAX_SIZE_DIMENSIONALITY>([&](size_t i) { return (i < SIZE) ? fN[i] : -9999; });
   return (mIndexMap.find(to_find) != mIndexMap.end()) ? mIndexMap.at(to_find) : -1;
 }

References begin, binBoundChecks(), binIndexChecks(), end, hcaldqm::quantity::fN, mps_fire::i, cuda_std::lower_bound(), JetCorrectorParameters::MAX_SIZE_DIMENSIONALITY, mBinBoundaries, mIndexMap, mMap, size(), SIZE, and multiplicitycorr_cfi::xMax.

◆ checkMiddleBinUniformity()

void JetCorrectorParametersHelper::checkMiddleBinUniformity ( const std::vector< JetCorrectorParameters::Record > & mRecords ) const

Definition at line 90 of file JetCorrectorParametersHelper.cc.

                                                                    {
   unsigned N = SIZE - 2;
   size_t nRec = mRecords.size();
   std::vector<int> fN(N, -1);
   //The order of looping (records or dimensions) does not matter because you have to go through all of them once anyway
   //Loop over each binned dimension that isn't the first or the last
   for (unsigned idim = 1; idim <= N; idim++) {
     int nBoundaryPassed = 0;
     if (fN[idim - 1] == -1)
       fN[idim - 1] = mBinBoundaries[idim].size();
     //Loop over the mRecords vector
     for (unsigned iRecord = 0; iRecord < nRec; iRecord++) {
       if (mRecords[iRecord].xMin(idim) != mBinBoundaries[idim][nBoundaryPassed % fN[idim - 1]]) {
         throw cms::Exception("MissingRecord")
             << "found a missing record in binned dimension " << idim << " after record " << iRecord << std::endl
             << "\tthe bin lower bound should have been " << mBinBoundaries[idim][nBoundaryPassed % fN[idim - 1]]
             << ", but was instead " << mRecords[iRecord].xMin(idim) << std::endl
             << "\tall binned dimensions, besides the last one, must have uniform binning." << std::endl
             << mRecords[iRecord - 1] << std::endl
             << mRecords[iRecord] << std::endl;
       } else if ((iRecord == nRec - 1 || mRecords[iRecord].xMin(idim) != mRecords[iRecord + 1].xMin(idim))) {
         nBoundaryPassed++;
       } else {
         continue;
       }
     }
   }
 }

References Exception, hcaldqm::quantity::fN, mBinBoundaries, N, SIZE, and photonAnalyzer_cfi::xMin.

Referenced by init().

◆ init()

void JetCorrectorParametersHelper::init	(	const JetCorrectorParameters::Definitions &	mDefinitions,
		const std::vector< JetCorrectorParameters::Record > &	mRecords
	)

Definition at line 24 of file JetCorrectorParametersHelper.cc.

                                                                                                       {
   SIZE = mDefinitionsLocal.nBinVar();
   if (SIZE > JetCorrectorParameters::MAX_SIZE_DIMENSIONALITY) {
     std::stringstream sserr;
     sserr << "The number of binned variables requested (" << SIZE << ") is greater than the number allowed ("
           << JetCorrectorParameters::MAX_SIZE_DIMENSIONALITY << ")";
     handleError("JetCorrectorParametersHelper", sserr.str());
   }
  
   initTransientMaps();
   size_t start = 0, end = 0;
   size_t nRec = mRecordsLocal.size();
   size_t indexMapSize = 0, tmpIndexMapSize = 0;
   for (unsigned i = 0; i < nRec; ++i) {
     for (unsigned j = 0; j < SIZE; j++) {
       if (j < SIZE - 1 && std::find(mBinBoundaries[j].begin(), mBinBoundaries[j].end(), mRecordsLocal[i].xMin(j)) ==
                               mBinBoundaries[j].end())
         mBinBoundaries[j].push_back(mRecordsLocal[i].xMin(j));
       else if (j == SIZE - 1) {
         if (i == 0)
           mBinBoundaries[j].reserve(mRecordsLocal.size());
  
         mBinBoundaries[j].push_back(mRecordsLocal[i].xMin(j));
  
         if (SIZE > 1 && (i == nRec - 1 || mRecordsLocal[i].xMin(j - 1) != mRecordsLocal[i + 1].xMin(j - 1))) {
           end = i;
           //mMap.emplace(gen_tuple<SIZE-1>([&](size_t k){return mRecordsLocal[i].xMin(k);}),std::make_pair(start,end));
           mMap.emplace(gen_tuple<JetCorrectorParameters::MAX_SIZE_DIMENSIONALITY - 1>(
                            [&](size_t k) { return (k < SIZE - 1) ? mRecordsLocal[i].xMin(k) : -9999; }),
                        std::make_pair(start, end));
           start = i + 1;
         }
       }
     }
     indexMapSize = mIndexMap.size();
     tuple_type tmpTuple = gen_tuple<JetCorrectorParameters::MAX_SIZE_DIMENSIONALITY>(
         [&](size_t k) { return (k < SIZE) ? mRecordsLocal[i].xMin(k) : -9999; });
     mIndexMap.emplace(tmpTuple, i);
     tmpIndexMapSize = mIndexMap.size();
     if (indexMapSize == tmpIndexMapSize) {
       size_t existing_index = mIndexMap.find(tmpTuple)->second;
       std::stringstream sserr;
       sserr << "Duplicate binning in record found (existing index,current index)=(" << existing_index << "," << i << ")"
             << std::endl
             << "\tBins(lower bounds)=" << tmpTuple;
       handleError("JetCorrectorParametersHelper", sserr.str());
     }
   }
   if (mBinBoundaries[SIZE - 1].size() != nRec) {
     std::stringstream sserr;
     sserr << "Did not find all bin boundaries for dimension " << SIZE - 1 << "!!!" << std::endl
           << "Found " << mBinBoundaries[SIZE - 1].size() << " out of " << nRec << " records";
     handleError("JetCorrectorParametersHelper", sserr.str());
   }
   indexMapSize = mIndexMap.size();
   if (indexMapSize != nRec) {
     handleError("JetCorrectorParametersHelper",
                 "The mapping of bin lower bounds to indices does not contain all possible entries!!!");
   }
   // This function checks that all of the middle binned parameters (not the first or last) contain the same range of bins.
   // If not an exception will be thrown as the mapping will work only if all bins but the last are uniform.
   if (SIZE > 2)
     checkMiddleBinUniformity(mRecordsLocal);
 }

References begin, checkMiddleBinUniformity(), end, spr::find(), mps_fire::i, initTransientMaps(), dqmiolumiharvest::j, dqmdumpme::k, JetCorrectorParameters::MAX_SIZE_DIMENSIONALITY, mBinBoundaries, mIndexMap, mMap, JetCorrectorParameters::Definitions::nBinVar(), size(), SIZE, and photonAnalyzer_cfi::xMin.

◆ initTransientMaps()

void JetCorrectorParametersHelper::initTransientMaps ( )

Definition at line 18 of file JetCorrectorParametersHelper.cc.

                                                      {
   mIndexMap.clear();
   mMap.clear();
   mBinBoundaries.clear();
   mBinBoundaries.assign(JetCorrectorParameters::MAX_SIZE_DIMENSIONALITY, std::vector<float>(0, 0));
 }