//____________________________________
int TempInfoUnpackPRDF::addPacketInfo(Packet *p, PHCompositeNode *topNode, const time_t etime, const int evtnr)
{
int packetid = p->getIdentifier();
RawTower_Temperature *tower;
if ( packetid == 974 || packetid == 1074 ) // Inner Hcal
{
for(int ibinz=0; ibinz<PROTOTYPE2_FEM::NCH_IHCAL_ROWS; ibinz++)
{
for(int ibinphi=0; ibinphi<PROTOTYPE2_FEM::NCH_IHCAL_COLUMNS; ibinphi++)
{
tower = dynamic_cast<RawTower_Temperature*>(hcalin_temperature->getTower(ibinz,ibinphi));
if(!tower)
{
tower = new RawTower_Temperature();
hcalin_temperature->AddTower(ibinz,ibinphi,tower);
}
tower->add_entry( evtnr, etime, p->iValue(ibinz*PROTOTYPE2_FEM::NCH_IHCAL_COLUMNS + ibinphi)/1000. );
}
}
}
else if ( packetid == 975 || packetid == 1075 ) // outer Hcal
{
for(int ibinz=0; ibinz<PROTOTYPE2_FEM::NCH_OHCAL_ROWS; ibinz++)
{
for(int ibinphi=0; ibinphi<PROTOTYPE2_FEM::NCH_OHCAL_COLUMNS; ibinphi++)
{
tower = dynamic_cast<RawTower_Temperature*>(hcalout_temperature->getTower(ibinz,ibinphi));
if(!tower)
{
tower = new RawTower_Temperature();
hcalout_temperature->AddTower(ibinz,ibinphi,tower);
}
tower->add_entry( evtnr, etime, p->iValue(ibinz*PROTOTYPE2_FEM::NCH_OHCAL_COLUMNS + ibinphi)/1000. );
}
}
}
else if ( packetid == 982 || packetid == 1082 ) // emcal
{
for(int ibinz=0; ibinz<PROTOTYPE2_FEM::NCH_EMCAL_ROWS; ibinz++)
{
for(int ibinphi=0; ibinphi<PROTOTYPE2_FEM::NCH_EMCAL_COLUMNS; ibinphi++)
{
tower = dynamic_cast<RawTower_Temperature*>(emcal_temperature->getTower(ibinz,ibinphi));
if(!tower)
{
tower = new RawTower_Temperature();
emcal_temperature->AddTower(ibinz,ibinphi,tower);
}
tower->add_entry( evtnr, etime, p->iValue(ibinz*PROTOTYPE2_FEM::NCH_EMCAL_COLUMNS + ibinphi)/1000. );
}
}
}
return 0;
}
//____________________________________
int TempInfoUnpackPRDF::addPacketInfo(Packet *p, PHCompositeNode *topNode, const time_t etime, const int evtnr)
{
int packetid = p->getIdentifier();
RawTower_Temperature *tower;
if ( packetid == 974 || packetid == 1074 ) // Inner Hcal
{
for(int ibinz=0; ibinz<PROTOTYPE2_FEM::NCH_IHCAL_ROWS; ibinz++)
{
for(int ibinphi=0; ibinphi<PROTOTYPE2_FEM::NCH_IHCAL_COLUMNS; ibinphi++)
{
tower = dynamic_cast<RawTower_Temperature*>(hcalin_temperature->getTower(ibinz,ibinphi));
if(!tower)
{
tower = new RawTower_Temperature();
hcalin_temperature->AddTower(ibinz,ibinphi,tower);
}
tower->add_entry( evtnr, etime, p->iValue(ibinz*PROTOTYPE2_FEM::NCH_IHCAL_COLUMNS + ibinphi)/1000. );
}
}
}
else if ( packetid == 975 || packetid == 1075 ) // outer Hcal
{
for(int ibinz=0; ibinz<PROTOTYPE2_FEM::NCH_OHCAL_ROWS; ibinz++)
{
for(int ibinphi=0; ibinphi<PROTOTYPE2_FEM::NCH_OHCAL_COLUMNS; ibinphi++)
{
tower = dynamic_cast<RawTower_Temperature*>(hcalout_temperature->getTower(ibinz,ibinphi));
if(!tower)
{
tower = new RawTower_Temperature();
hcalout_temperature->AddTower(ibinz,ibinphi,tower);
}
tower->add_entry( evtnr, etime, p->iValue(ibinz*PROTOTYPE2_FEM::NCH_OHCAL_COLUMNS + ibinphi)/1000. );
}
}
}
else if ( packetid == 982 || packetid == 1082 ) // emcal
{
for(int ibinz=0; ibinz<PROTOTYPE2_FEM::NCH_EMCAL_ROWS; ibinz++)
{
for(int ibinphi=0; ibinphi<PROTOTYPE2_FEM::NCH_EMCAL_COLUMNS; ibinphi++)
{
tower = dynamic_cast<RawTower_Temperature*>(emcal_temperature->getTower(ibinz,ibinphi));
if(!tower)
{
tower = new RawTower_Temperature();
emcal_temperature->AddTower(ibinz,ibinphi,tower);
}
// this takes care of the newly found "reverse" mapping. (0,0) is module 7, (0,7) is module 0, and
// the 63 - (...) takes care of the reversed vector.
tower->add_entry( evtnr, etime, p->iValue( 63- (ibinz*PROTOTYPE2_FEM::NCH_EMCAL_COLUMNS + (7-ibinphi) ) /1000. ) );
}
}
}
return 0;
}
