29   Timeline.resize(NumInstructions);  in TimelineView()
31   std::fill(Timeline.begin(), Timeline.end(), InvalidTVEntry);  in TimelineView()
61   if (Index >= Timeline.size())  in onEvent()
66     TimelineViewEntry &TVEntry = Timeline[Index];  in onEvent()
87     Timeline[Index].CycleReady = CurrentCycle;  in onEvent()
90     Timeline[Index].CycleIssued = CurrentCycle;  in onEvent()
93     Timeline[Index].CycleExecuted = CurrentCycle;  in onEvent()
99     if (Timeline[Index].CycleDispatched == -1)  in onEvent()
100       Timeline[Index].CycleDispatched = static_cast<int>(CurrentCycle);  in onEvent()
139   unsigned CumulativeExecutions = PrintingTotals ? Timeline.size() : Executions;  in printWaitTimeEntry()
181       "\n\nAverage Wait times (based on the timeline view):\n"  in printAverageWaitTimes()
189   unsigned Executions = Timeline.size() / getSource().size();  in printAverageWaitTimes()
198   // If the timeline contains more than one instruction,  in printAverageWaitTimes()
288   const unsigned Iterations = Timeline.size() / Source.size();  in printTimeline()
291       const TimelineViewEntry &Entry = Timeline[IID];  in printTimeline()
292       // When an instruction is retired after timeline-max-cycles,  in printTimeline()
297       // than timeline-max-cycles so we can use that to ensure  in printTimeline()
317   for (const TimelineViewEntry &TLE : Timeline) {  in toJSON()
318     // Check if the timeline-max-cycles has been reached.  in toJSON()