126 void Analysis::printInstructionRowCsv(const size_t PointId,  in printInstructionRowCsv()  argument
128   const InstructionBenchmark &Point = Clustering_.getPoints()[PointId];  in printInstructionRowCsv()
129   writeClusterId<kEscapeCsv>(OS, Clustering_.getClusterIdForPoint(PointId));  in printInstructionRowCsv()
206     for (const size_t PointId : ClusterIt.PointIndices) {  in run()  local
207       printInstructionRowCsv(PointId, OS);  in run()
224   for (size_t PointId = 0, E = Points.size(); PointId < E; ++PointId) {  in makePointsPerSchedClass()  local
225     const InstructionBenchmark &Point = Points[PointId];  in makePointsPerSchedClass()
243       Entry.PointIds.push_back(PointId);  in makePointsPerSchedClass()
247       Entries[IndexIt->second].PointIds.push_back(PointId);  in makePointsPerSchedClass()
324     for (const size_t PointId : Cluster.getPointIds()) {  in printSchedClassClustersHtml()  local
325       printPointHtml(Points[PointId], OS);  in printSchedClassClustersHtml()
343     size_t PointId, const InstructionBenchmarkClustering &Clustering) {  in addPoint()  argument
344   PointIds.push_back(PointId);  in addPoint()
345   const auto &Point = Clustering.getPoints()[PointId];  in addPoint()
347     ClusterId = Clustering.getClusterIdForPoint(PointId);  in addPoint()
348   assert(ClusterId == Clustering.getClusterIdForPoint(PointId));  in addPoint()
458   for (const auto &PointId : Cluster.PointIndices) {  in printClusterRawHtml()  local
460     printPointHtml(Points[PointId], OS);  in printClusterRawHtml()
462     for (const auto &Measurement : Points[PointId].Measurements) {  in printClusterRawHtml()
558     for (const size_t PointId : RSCAndPoints.PointIds) {  in run()  local
559       const auto &ClusterId = Clustering_.getClusterIdForPoint(PointId);  in run()
572       SchedClassClusterIt->addPoint(PointId, Clustering_);  in run()