45     const int64_t maxStart = std::max(v1.timestamp, v2.timestamp);  in intersectRegion()
46     const int64_t v1End = v1.timestamp + v1.mels.size();  in intersectRegion()
47     const int64_t v2End = v2.timestamp + v2.mels.size();  in intersectRegion()
70     return {record.timestamp, record.duration, -record.value, record.averageMel};  in createRevertedRecord()
77     return mCsdRecords.rbegin()->second.timestamp + mCsdRecords.rbegin()->second.duration  in csdTimeIntervalStored_l()
78         - mCsdRecords.begin()->second.timestamp;  in csdTimeIntervalStored_l()
81 std::map<int64_t, CsdRecord>::iterator MelAggregator::addNewestCsdRecord_l(int64_t timestamp,  in addNewestCsdRecord_l()  argument
88                       timestamp,  in addNewestCsdRecord_l()
95                                     timestamp,  in addNewestCsdRecord_l()
96                                     CsdRecord(timestamp,  in addNewestCsdRecord_l()
125     int64_t timestamp = mMelRecords.begin()->first;  in updateCsdRecords_l()  local
134                 auto it = addNewestCsdRecord_l(timestamp,  in updateCsdRecords_l()
144                 timestamp = storedMel.first + melsIdx;  in updateCsdRecords_l()
151         auto it = addNewestCsdRecord_l(timestamp,  in updateCsdRecords_l()
180     auto mergeIt = mMelRecords.lower_bound(mel.timestamp);  in aggregateAndAddNewMelRecord_l()
189     int64_t newTimestamp = mel.timestamp;  in aggregateAndAddNewMelRecord_l()
210             const int offsetNew = aggregateTime - mel.timestamp;  in aggregateAndAddNewMelRecord_l()
245         mCsdRecords.emplace_hint(mCsdRecords.end(), record.timestamp, record);  in reset()