132         this->fClusters.reset();  in layout()
135         this->fClusters.reset();  in layout()
170         this->fClusters.reset();  in layout()
250         auto runStart = fClusters.size();  in buildClusterTable()
254             if (!fClusters.empty()) {  in buildClusterTable()
255                 fClusters.back().setBreakType(Cluster::SoftLineBreak);  in buildClusterTable()
257             auto& cluster = fClusters.emplace_back(this, runIndex, 0ul, 1ul, text, run.advance().fX,  in buildClusterTable()
261             fClusters.reserve(fClusters.size() + run.size());  in buildClusterTable()
271                 auto& cluster = fClusters.emplace_back(this, runIndex, glyphStart, glyphEnd, text,  in buildClusterTable()
277         run.setClusterRange(runStart, fClusters.size());  in buildClusterTable()
291     Cluster* current = fClusters.begin();  in markLineBreaks()
292     while (!breaker.eof() && current < fClusters.end()) {  in markLineBreaks()
294         while (current < fClusters.end()) {  in markLineBreaks()
357     fClusters.emplace_back(this, EMPTY_RUN, 0, 0, SkSpan<const char>(), 0, 0);  in markLineBreaks()
1051     SkASSERT(clusterRange.start < fClusters.size() && clusterRange.end <= fClusters.size());  in clusters()
1052     return SkSpan<Cluster>(&fClusters[clusterRange.start], clusterRange.width());  in clusters()
1056     SkASSERT(clusterIndex < fClusters.size());  in cluster()
1057     return fClusters[clusterIndex];  in cluster()
1107             fClusters.reset();  in setState()
1278     auto& cluster = fClusters[index];  in shiftCluster()