// - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
void AggregateCopyPropagation::AddToKillSet(Instruction* instr,
BitVector& killSet,
BitVector& copySet) {
// Check if the instruction could write to the destination
// or source operand of the copy/set operation.
// Only 'store' and 'call' instructions can write to memory.
if((instr->IsStore() || instr->IsCall()) == false) {
return;
}
// Analyze each copy/set operation found until now.
// If the destination or source operands might be written
// by this instruction then we add its Id to the kill set.
for(int i = 0; i < infoList_.Count(); i++) {
auto& copyInfo = infoList_[i];
if(MightWriteToOperand(instr, copyInfo.Destination)) {
SetBit(killSet, copyInfo.Index);
ResetBit(copySet, copyInfo.Index);
}
else if(copyInfo.IsCopy && (copyInfo.IsFromConstant == false)) {
if(MightWriteToOperand(instr, copyInfo.Source)) {
SetBit(killSet, copyInfo.Index);
ResetBit(copySet, copyInfo.Index);
}
}
}
}
void KVIDCsI::Initialize()
{
// Override default initialization method
// If telescope has 1 CsI detector and at least 1 grid
// then it is ready to identify particles, after we initialise
// the grid
if (GetDetectors()->GetEntries() == 1 && GetDetector(1)->IsType("CsI") && GetIDGrid()) {
GetIDGrid()->Initialize();
SetBit(kReadyForID);
}
else
ResetBit(kReadyForID);
}
void KVIDCsI::Initialize()
{
// Initialisation of telescope before identification.
// This method MUST be called once before any identification is attempted.
// Initialisation of grid is performed here.
// IsReadyForID() will return kTRUE if a grid is associated to this telescope for the current run.
CsIGrid = (KVIDGCsI *) GetIDGrid();
fCsI = GetDetector(1);
if( CsIGrid ) {
CsIGrid->Initialize();
SetBit(kReadyForID);
}
else
ResetBit(kReadyForID);
}
void KVIDChIoCorrCsI::Initialize()
{
// Initialize telescope for current run.
fChIo = 0;
fChIo = (KVChIo *) GetDetector(1);
fCsI = 0;
fCsI = (KVCsI *) GetDetector(2);
fGrid = 0;
fGrid = (KVIDZAGrid*) GetIDGrid();
if (fChIo && fCsI && fGrid) {
fGrid->Initialize();
fGrid->SetOnlyZId(kTRUE);
SetBit(kReadyForID);
}
else ResetBit(kReadyForID);
}
void KVIDSiLiCsI_camp5::Initialize()
{
// Initialize telescope for current run.
// Pointers to grids for run are set, and if there is at least 1 (GG) grid,
// we set IsReadyForID = kTRUE
fSiLi = GetDetector(1);
fCsI = GetDetector(2);
fGGgrid = fPGgrid = 0;
TIter next(fIDGrids);
KVIDGrid* grid = 0;
while ((grid = (KVIDGrid*)next())) {
if (!strcmp(grid->GetVarY(), "SILI_GG")) fGGgrid = (KVIDZAGrid*)grid;
else if (!strcmp(grid->GetVarY(), "SILI_PG")) fPGgrid = (KVIDZAGrid*)grid;
}
if (fGGgrid) {
SetBit(kReadyForID);
fGGgrid->Initialize();
if (fPGgrid) fPGgrid->Initialize();
} else
ResetBit(kReadyForID);
}
void KVIDChIoCsI_camp5::Initialize()
{
// Initialize telescope for current run.
// If there is at least 1 grid, we set fCanIdentify = kTRUE
// "Natural" line widths are calculated for KVIDZAGrids.
fChIo = (KVChIo*) GetDetector(1);
fCsI = (KVCsI*) GetDetector(2);
fCsIRPedestal = fCsI->GetPedestal("R");
fCsILPedestal = fCsI->GetPedestal("L");
fGGgrid = fPGgrid = 0;
TIter next(GetListOfIDGrids());
KVIDGraph* grid;
while ((grid = (KVIDGraph*)next())) {
if (!strcmp(grid->GetVarY(), "CHIO-GG")) fGGgrid = (KVIDZAGrid*)grid;
else if (!strcmp(grid->GetVarY(), "CHIO-PG")) fPGgrid = (KVIDZAGrid*)grid;
}
if (fGGgrid) {
SetBit(kReadyForID);
fGGgrid->Initialize();
if (fPGgrid) fPGgrid->Initialize();
} else ResetBit(kReadyForID);
}
void KVHarpeeSi::Initialize()
{
// Initialize the data members. Called by KVVAMOS::Initialize().
fSiForPosition = NULL;
ResetBit(kPosIsOK);
}
