Loading src/cell.cpp +11 −9 Original line number Diff line number Diff line Loading @@ -931,9 +931,6 @@ void Cell<MV, PV>::DoNextPhase(void) // *** custom scene LOCK *** lockhnd = scheduler.sceneLocks_st->lock(cellTP, this, masks); #endif*/ //ULM: update scmReservationLock! scmReservationLock.updateCellCentre(scmCellBPCentre); SoftRenderBPListIntoMask(*scheduler.sceneMasks[cellTP],this->ID, scmCellBPList,scmCellBPCentre,scmCellOuterBPNumber); //note: the SoftRenderBPListIntoMask() does not check for FF leaks Loading @@ -948,6 +945,11 @@ void Cell<MV, PV>::DoNextPhase(void) cellTP++; } //update scmReservationLock //(only once/after the while-cycle // and only after outdated/old future reservations were wiped out) scmReservationLock.updateCellCentre(scmCellBPCentre); DEBUG_REPORT("changed reservations in " << scheduler.newestScene - timePoint << " sceneMasks"); Loading src/cell_05_Cytokinesis.cpp +6 −4 Original line number Diff line number Diff line Loading @@ -817,16 +817,12 @@ void Cell<MV, PV>::DoCytokinesis(const size_t noFrames) #endif*/ // update new estimate according to the most recent cell mask shape //ULM: update scmReservationLock for the first daughter daughter1->scmReservationLock.updateCellCentre(duplicatedCell1->scmCellBPCentre); SoftRenderBPListIntoMask(*scheduler.sceneMasks[i], daughter1->GetID(), duplicatedCell1->scmCellBPList, duplicatedCell1->scmCellBPCentre, duplicatedCell1->scmCellOuterBPNumber); //ULM: update scmReservationLock for the second daughter daughter2->scmReservationLock.updateCellCentre(duplicatedCell2->scmCellBPCentre); SoftRenderBPListIntoMask(*scheduler.sceneMasks[i], daughter2->GetID(), duplicatedCell2->scmCellBPList, Loading @@ -838,6 +834,12 @@ void Cell<MV, PV>::DoCytokinesis(const size_t noFrames) #endif } //init the scmReservationLocks for both daughters daughter1->scmReservationLock.setCellDiameter(2.5f * daughter1->cellDiameter); daughter1->scmReservationLock.updateCellCentre(duplicatedCell1->scmCellBPCentre); daughter2->scmReservationLock.setCellDiameter(2.5f * daughter2->cellDiameter); daughter2->scmReservationLock.updateCellCentre(duplicatedCell2->scmCellBPCentre); // left cell - last finished phase and timepoint daughter1->currentPhase = Cytokinesis; #ifndef GTGEN_WITH_MULTITHREADING Loading Loading
src/cell.cpp +11 −9 Original line number Diff line number Diff line Loading @@ -931,9 +931,6 @@ void Cell<MV, PV>::DoNextPhase(void) // *** custom scene LOCK *** lockhnd = scheduler.sceneLocks_st->lock(cellTP, this, masks); #endif*/ //ULM: update scmReservationLock! scmReservationLock.updateCellCentre(scmCellBPCentre); SoftRenderBPListIntoMask(*scheduler.sceneMasks[cellTP],this->ID, scmCellBPList,scmCellBPCentre,scmCellOuterBPNumber); //note: the SoftRenderBPListIntoMask() does not check for FF leaks Loading @@ -948,6 +945,11 @@ void Cell<MV, PV>::DoNextPhase(void) cellTP++; } //update scmReservationLock //(only once/after the while-cycle // and only after outdated/old future reservations were wiped out) scmReservationLock.updateCellCentre(scmCellBPCentre); DEBUG_REPORT("changed reservations in " << scheduler.newestScene - timePoint << " sceneMasks"); Loading
src/cell_05_Cytokinesis.cpp +6 −4 Original line number Diff line number Diff line Loading @@ -817,16 +817,12 @@ void Cell<MV, PV>::DoCytokinesis(const size_t noFrames) #endif*/ // update new estimate according to the most recent cell mask shape //ULM: update scmReservationLock for the first daughter daughter1->scmReservationLock.updateCellCentre(duplicatedCell1->scmCellBPCentre); SoftRenderBPListIntoMask(*scheduler.sceneMasks[i], daughter1->GetID(), duplicatedCell1->scmCellBPList, duplicatedCell1->scmCellBPCentre, duplicatedCell1->scmCellOuterBPNumber); //ULM: update scmReservationLock for the second daughter daughter2->scmReservationLock.updateCellCentre(duplicatedCell2->scmCellBPCentre); SoftRenderBPListIntoMask(*scheduler.sceneMasks[i], daughter2->GetID(), duplicatedCell2->scmCellBPList, Loading @@ -838,6 +834,12 @@ void Cell<MV, PV>::DoCytokinesis(const size_t noFrames) #endif } //init the scmReservationLocks for both daughters daughter1->scmReservationLock.setCellDiameter(2.5f * daughter1->cellDiameter); daughter1->scmReservationLock.updateCellCentre(duplicatedCell1->scmCellBPCentre); daughter2->scmReservationLock.setCellDiameter(2.5f * daughter2->cellDiameter); daughter2->scmReservationLock.updateCellCentre(duplicatedCell2->scmCellBPCentre); // left cell - last finished phase and timepoint daughter1->currentPhase = Cytokinesis; #ifndef GTGEN_WITH_MULTITHREADING Loading