bool JackEngine::Process(jack_time_t cur_cycle_begin, jack_time_t prev_cycle_end)
{
bool res = true;
// Cycle begin
fEngineControl->CycleBegin(fClientTable, fGraphManager, cur_cycle_begin, prev_cycle_end);
// Graph
if (fGraphManager->IsFinishedGraph()) {
ProcessNext(cur_cycle_begin);
res = true;
} else {
jack_log("Process: graph not finished!");
if (cur_cycle_begin > fLastSwitchUsecs + fEngineControl->fTimeOutUsecs) {
jack_log("Process: switch to next state delta = %ld", long(cur_cycle_begin - fLastSwitchUsecs));
ProcessNext(cur_cycle_begin);
res = true;
} else {
jack_log("Process: waiting to switch delta = %ld", long(cur_cycle_begin - fLastSwitchUsecs));
ProcessCurrent(cur_cycle_begin);
res = false;
}
}
// Cycle end
fEngineControl->CycleEnd(fClientTable);
return res;
}
void StarTriad3TEdgeCounter<EdgeData>::Count(const TVec<EdgeData>& events,
const TIntV& timestamps, double delta) {
InitializeCounters();
if (events.Len() != timestamps.Len()) {
TExcept::Throw("Number of events must match number of timestamps.");
}
int start = 0;
int end = 0;
int L = timestamps.Len();
for (int j = 0; j < L; j++) {
double tj = double(timestamps[j]);
// Adjust counts in pre-window [tj - delta, tj)
while (start < L && double(timestamps[start]) < tj - delta) {
PopPre(events[start]);
start++;
}
// Adjust counts in post-window (tj, tj + delta]
while (end < L && double(timestamps[end]) <= tj + delta) {
PushPos(events[end]);
end++;
}
// Move current event off post-window
PopPos(events[j]);
ProcessCurrent(events[j]);
PushPre(events[j]);
}
}