125   for (int d = 0; d < MaxDimension; d++) {  in ~Timer()  local
126     delete[] buckets[d];  in ~Timer()
131   for (int d = 0; d < MaxDimension; d++) {  in freeBuckets()  local
132     delete[] buckets[d];  in freeBuckets()
133     buckets[d] = 0;  in freeBuckets()
142   for (int d = 0; d < MaxDimension; d++) {  in reset()  local
143     if (buckets[d] != 0) memset(buckets[d], 0, sizeof(int) * MaxBuckets);  in reset()
156     for (int d = 0; d < MaxDimension; d++) {  in copy()  local
157       if (src.buckets[d] != nullptr) {  in copy()
158         dst.buckets[d] = new int[MaxBuckets];  in copy()
159         memcpy(dst.buckets[d], src.buckets[d], sizeof(int) * MaxBuckets);  in copy()
175     for (int d = 0; d < MaxDimension; d++) {  in record()  local
176       if (ticks < range[d]) {  in record()
177         if (buckets[d] == 0) {  in record()
178           buckets[d] = new int[MaxBuckets];  in record()
179           memset(buckets[d], 0, sizeof(int) * MaxBuckets);  in record()
181         if (ticks < width[d]) {  in record()
185           buckets[d][1]++;  in record()
187           buckets[d][ticks / width[d]]++;  in record()
229   for (int d = 0; d < MaxDimension; d++) {  in compute()  local
230     if (buckets[d] == 0) continue;  in compute()
233       if (buckets[d][j] == 0) continue;  in compute()
234       sum += buckets[d][j];  in compute()
239         pvalues.p50.compute(sum, buckets[d][j], count, width[d], j * width[d]);  in compute()
242         pvalues.p90.compute(sum, buckets[d][j], count, width[d], j * width[d]);  in compute()
245         pvalues.p95.compute(sum, buckets[d][j], count, width[d], j * width[d]);  in compute()
248         pvalues.p99.compute(sum, buckets[d][j], count, width[d], j * width[d]);  in compute()