Loading src/scheduler.cpp +3 −2 Original line number Diff line number Diff line Loading @@ -683,7 +683,7 @@ void Scheduler<MV, PV>::RunFeeder_st(const size_t stopTimeStamp, const size_t th // true -- default EDF scheduling; may produce less cell collisions // // possible values < true, false > const bool useEDF = false; const bool useEDF = true; // limit maximum frames that are kept in RAM // Loading @@ -693,7 +693,8 @@ void Scheduler<MV, PV>::RunFeeder_st(const size_t stopTimeStamp, const size_t th // NOTE: should be at least the size of the longest cell phase // // possible values < budget_of_longest_phase, ... , SIZE_MAX-stopTimeStamp > const size_t maxFramesKeptInMemory = 1000; const size_t maxFramesKeptInMemory = (size_t) (((float) configIni["cell"] ["number of frames per cell cycle"]) / 2.5f); // limit the time point spread between oldest and newest cell // Loading Loading
src/scheduler.cpp +3 −2 Original line number Diff line number Diff line Loading @@ -683,7 +683,7 @@ void Scheduler<MV, PV>::RunFeeder_st(const size_t stopTimeStamp, const size_t th // true -- default EDF scheduling; may produce less cell collisions // // possible values < true, false > const bool useEDF = false; const bool useEDF = true; // limit maximum frames that are kept in RAM // Loading @@ -693,7 +693,8 @@ void Scheduler<MV, PV>::RunFeeder_st(const size_t stopTimeStamp, const size_t th // NOTE: should be at least the size of the longest cell phase // // possible values < budget_of_longest_phase, ... , SIZE_MAX-stopTimeStamp > const size_t maxFramesKeptInMemory = 1000; const size_t maxFramesKeptInMemory = (size_t) (((float) configIni["cell"] ["number of frames per cell cycle"]) / 2.5f); // limit the time point spread between oldest and newest cell // Loading