1761   uint64_t BaseSample = 0;  member
1994   double computeBlockSimilarity(uint64_t BaseSample, uint64_t TestSample,
1997   void updateHotBlockOverlap(uint64_t BaseSample, uint64_t TestSample,
2009   void updateOverlapStatsForFunction(uint64_t BaseSample, uint64_t TestSample,
2064   if (ProfOverlap.BaseSample == 0) {  in detectZeroSampleProfile()
2076     uint64_t BaseSample, uint64_t TestSample,  in computeBlockSimilarity()  argument
2080   if (FuncOverlap.BaseSample > 0)  in computeBlockSimilarity()
2081     BaseFrac = static_cast<double>(BaseSample) / FuncOverlap.BaseSample;  in computeBlockSimilarity()
2087 void SampleOverlapAggregator::updateHotBlockOverlap(uint64_t BaseSample,  in updateHotBlockOverlap()  argument
2090   bool IsBaseHot = (BaseSample >= BaseHotThreshold);  in updateHotBlockOverlap()
2132     uint64_t BaseSample, uint64_t TestSample, uint64_t HotBlockCount,  in updateOverlapStatsForFunction()  argument
2138     FuncOverlap.BaseUniqueSample += BaseSample;  in updateOverlapStatsForFunction()
2140     BaseSample = 0;  in updateOverlapStatsForFunction()
2146   FuncOverlap.UnionSample += std::max(BaseSample, TestSample);  in updateOverlapStatsForFunction()
2147   FuncOverlap.OverlapSample += std::min(BaseSample, TestSample);  in updateOverlapStatsForFunction()
2149       1.0 - computeBlockSimilarity(BaseSample, TestSample, FuncOverlap);  in updateOverlapStatsForFunction()
2150   updateHotBlockOverlap(BaseSample, TestSample, HotBlockCount);  in updateOverlapStatsForFunction()
2190     uint64_t BaseSample =  in computeSampleFunctionInternalOverlap()  local
2198     updateOverlapStatsForFunction(BaseSample, TestSample, 1, FuncOverlap,  in computeSampleFunctionInternalOverlap()
2272   assert(ProfOverlap.BaseSample > 0 &&  in weightForFuncSimilarity()
2274   BaseFrac = static_cast<double>(BaseFuncSample) / ProfOverlap.BaseSample;  in weightForFuncSimilarity()
2291   assert(ProfOverlap.BaseSample > 0 &&  in weightByImportance()
2293   BaseFrac = static_cast<double>(BaseFuncSample) / ProfOverlap.BaseSample / 2.0;  in weightByImportance()
2380       FuncOverlap.BaseSample = BaseStats[FuncOverlap.BaseName].SampleSum;  in computeSampleProfileOverlap()
2383           Match->second, &TestFunc.second, &FuncOverlap, FuncOverlap.BaseSample,  in computeSampleProfileOverlap()
2386           weightByImportance(FuncOverlap.Similarity, FuncOverlap.BaseSample,  in computeSampleProfileOverlap()
2411       assert(ProfOverlap.BaseSample > 0 &&  in computeSampleProfileOverlap()
2414           static_cast<double>(FuncOverlap.BaseSample) / ProfOverlap.BaseSample;  in computeSampleProfileOverlap()
2458     ProfOverlap.BaseSample += FuncStats.SampleSum;  in initializeSampleProfileOverlap()
2506         F.second.BaseSample > 0  in dumpFuncSimilarity()
2508                   F.second.BaseSample  in dumpFuncSimilarity()
2528     FOS << F.second.BaseSample;  in dumpFuncSimilarity()
2549   assert(ProfOverlap.BaseSample > 0 &&  in dumpProgramSummary()
2552                              ProfOverlap.BaseSample;  in dumpProgramSummary()
2564   OS << "    total samples in base profile: " << ProfOverlap.BaseSample << "\n"  in dumpProgramSummary()