350   NodePtr identifyMultiplications(std::vector<Product> &RealMuls,
357   bool collectPartialMuls(const std::vector<Product> &RealMuls,
1069   std::vector<Product> RealMuls, ImagMuls;  in identifyReassocNodes()  local
1071   if (!Collect(Real, RealMuls, RealAddends) ||  in identifyReassocNodes()
1079   if (!RealMuls.empty() || !ImagMuls.empty()) {  in identifyReassocNodes()
1083     FinalNode = identifyMultiplications(RealMuls, ImagMuls, FinalNode);  in identifyReassocNodes()
1103     const std::vector<Product> &RealMuls, const std::vector<Product> &ImagMuls,  in collectPartialMuls()  argument
1123   for (unsigned i = 0; i < RealMuls.size(); ++i) {  in collectPartialMuls()
1126       auto *Common = FindCommonInstruction(RealMuls[i], ImagMuls[j]);  in collectPartialMuls()
1130       auto *A = RealMuls[i].Multiplicand == Common ? RealMuls[i].Multiplier  in collectPartialMuls()
1131                                                    : RealMuls[i].Multiplicand;  in collectPartialMuls()
1155     std::vector<Product> &RealMuls, std::vector<Product> &ImagMuls,  in identifyMultiplications()  argument
1157   if (RealMuls.size() != ImagMuls.size())  in identifyMultiplications()
1161   if (!collectPartialMuls(RealMuls, ImagMuls, Info))  in identifyMultiplications()
1195   std::vector<bool> ProcessedReal(RealMuls.size(), false);  in identifyMultiplications()
1208         for (auto *Mul : {&RealMuls[PMI.RealIdx], &RealMuls[PMI.RealIdx]})  in identifyMultiplications()
1215     auto &RealMul = RealMuls[PMI.RealIdx];  in identifyMultiplications()
1292           dbgs().indent(4) << (RealMuls[i].IsPositive ? "+" : "-")  in identifyMultiplications()
1293                            << *RealMuls[i].Multiplier << " multiplied by "  in identifyMultiplications()
1294                            << *RealMuls[i].Multiplicand << "\n";  in identifyMultiplications()