215     ResolvedSchedClass &&RSC)  in ResolvedSchedClassAndPoints()  argument
216     : RSC(std::move(RSC)) {}  in ResolvedSchedClassAndPoints()
303     const ResolvedSchedClass &RSC, raw_ostream &OS) const {  in printSchedClassClustersHtml()  argument
317        << (Cluster.measurementsMatch(*SubtargetInfo_, RSC, Clustering_,  in printSchedClassClustersHtml()
354     const MCSubtargetInfo &STI, const ResolvedSchedClass &RSC,  in measurementsMatch()  argument
367       RSC.getAsPoint(Mode, STI, Centroid.getStats());  in measurementsMatch()
378 void Analysis::printSchedClassDescHtml(const ResolvedSchedClass &RSC,  in printSchedClassDescHtml()  argument
385   if (RSC.SCDesc->isValid()) {  in printSchedClassDescHtml()
388     OS << "<td>" << (RSC.WasVariant ? "&#10004;" : "&#10005;") << "</td>";  in printSchedClassDescHtml()
389     OS << "<td>" << RSC.SCDesc->NumMicroOps << "</td>";  in printSchedClassDescHtml()
392     for (int I = 0, E = RSC.SCDesc->NumWriteLatencyEntries; I < E; ++I) {  in printSchedClassDescHtml()
394           SubtargetInfo_->getWriteLatencyEntry(RSC.SCDesc, I);  in printSchedClassDescHtml()
396       if (RSC.SCDesc->NumWriteLatencyEntries > 1) {  in printSchedClassDescHtml()
407         MCSchedModel::getReciprocalThroughput(*SubtargetInfo_, *RSC.SCDesc));  in printSchedClassDescHtml()
411     for (const auto &WPR : RSC.NonRedundantWriteProcRes) {  in printSchedClassDescHtml()
420     for (const auto &Pressure : RSC.IdealizedProcResPressure) {  in printSchedClassDescHtml()
554     if (!RSCAndPoints.RSC.SCDesc)  in run()
579           return C.measurementsMatch(*SubtargetInfo_, RSCAndPoints.RSC,  in run()
588     writeEscaped<kEscapeHtml>(OS, RSCAndPoints.RSC.SCDesc->Name);  in run()
590     OS << RSCAndPoints.RSC.SchedClassId;  in run()
594     printSchedClassClustersHtml(SchedClassClusters, RSCAndPoints.RSC, OS);  in run()
596     printSchedClassDescHtml(RSCAndPoints.RSC, OS);  in run()