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#include <CmsTrackerDetIdBuilder.h>
Public Member Functions | |
| GeometricDet * | buildId (GeometricDet *) |
| CmsTrackerDetIdBuilder () | |
Protected Member Functions | |
| void | iterate (GeometricDet const *, int, unsigned int) |
Private Attributes | |
| std::map< std::string, uint32_t > | mapNavTypeToDetId |
Class to build a geographicalId.
Definition at line 13 of file CmsTrackerDetIdBuilder.h.
| CmsTrackerDetIdBuilder::CmsTrackerDetIdBuilder | ( | ) |
Definition at line 15 of file CmsTrackerDetIdBuilder.cc.
{
}
| GeometricDet * CmsTrackerDetIdBuilder::buildId | ( | GeometricDet * | tracker | ) |
Definition at line 18 of file CmsTrackerDetIdBuilder.cc.
References GeometricDet::geographicalID(), iterate(), DetId::rawId(), GeometricDet::setGeographicalID(), matplotRender::t, patCandidatesForDimuonsSequences_cff::tracker, and DetId::Tracker.
Referenced by DDDCmsTrackerContruction::construct().
{
DetId t(DetId::Tracker,0);
tracker->setGeographicalID(t);
iterate(tracker,0,tracker->geographicalID().rawId());
return tracker;
}
| void CmsTrackerDetIdBuilder::iterate | ( | GeometricDet const * | in, |
| int | level, | ||
| unsigned int | ID | ||
| ) | [protected] |
Definition at line 27 of file CmsTrackerDetIdBuilder.cc.
References Exception, i, recoMuon::in, testEve_cfg::level, and cond::rpcobtemp::temp.
Referenced by buildId().
{
std::bitset<32> binary_ID(ID);
// SubDetector (useful to know fron now on, valid only after level 0, where SubDetector is assigned)
uint32_t mask = (7<<25);
uint32_t iSubDet = ID & mask;
iSubDet = iSubDet >> 25;
//
switch (level) {
// level 0
case 0:
{
for(uint32_t i=0; i<(in)->components().size();i++) {
uint32_t jSubDet = ((in)->components())[i]->geographicalID().rawId();
uint32_t temp = ID;
temp |= (jSubDet<<25);
((in)->components())[i]->setGeographicalID(temp);
switch (jSubDet) {
// PXF
case 2:
{
// SubDetector Side start bit is 23 [3 unused and Side length is 2 bit]
if( ((in)->components())[i]->translation().z()<0. ) {
temp |= (1<<23); // PXF-
} else {
temp |= (2<<23); // PXF+
}
break;
}
// TID
case 4:
{
temp|= (0<<15); // SubDetector Side start bit is 13 [10 unused and Side length is 2 bit]
if( (((in)->components())[i])->components()[0]->translation().z()<0. ) {
temp |= (1<<13); // TIDB = TID-
} else {
temp |= (2<<13); // TIDF = TID+
}
break;
}
// TEC
case 6:
{
temp|= (0<<20); // SubDetector Side start bit is 18 [5 unused and Side length is 2 bit]
if( ((in)->components())[i]->translation().z()<0. ) {
temp |= (1<<18); // TEC-
} else {
temp |= (2<<18); // TEC+
}
break;
}
// PXB, TIB, TOB (barrel)
default:
{
// do nothing
}
// SubDetector switch ends
}
((in)->components())[i]->setGeographicalID(DetId(temp));
// next level
iterate(((in)->components())[i],level+1,((in)->components())[i]->geographicalID().rawId());
}
break;
}
// level 1
case 1: {
for (uint32_t i=0;i<(in)->components().size();i++) {
uint32_t temp = ID;
switch (iSubDet) {
// PXB
case 1:
{
temp |= (((in)->components())[i]->geographicalID().rawId()<<16); // Layer Number start bit is 16 [5 unused]
break;
}
// PXF
case 2:
{
temp |= (((in)->components())[i]->geographicalID().rawId()<<16); // Disk Number start bit is 16
break;
}
// TIB
case 3:
{
temp |= (((in)->components())[i]->geographicalID().rawId()<<14); // Layer Number start bit is 14 [8 unused]
break;
}
// TID
case 4:
{
temp |= (((in)->components())[i]->geographicalID().rawId()<<11); // Disk (Wheel) Number start bit is 11
break;
}
// TOB
case 5:
{
temp |= (((in)->components())[i]->geographicalID().rawId()<<14); // Layer Number start bit is 14 [8 unused]
break;
}
// TEC
case 6:
{
temp |= (((in)->components())[i]->geographicalID().rawId()<<14); // Wheel Number start bit is 14
break;
}
// the rest
default:
{
// do nothing
}
// SubDetector switch ends
}
((in)->components())[i]->setGeographicalID(temp);
// next level
iterate(((in)->components())[i],level+1,((in)->components())[i]->geographicalID().rawId());
}
break;
}
// level 2
case 2: {
for (uint32_t i=0;i<(in)->components().size();i++) {
switch (iSubDet) {
// PXB
case 1:
{
uint32_t temp = ID;
// Ladder Starting bit = 2 (last unused) + 6 (Module Number) = 8
temp |= (((in)->components())[i]->geographicalID().rawId()<<8);
((in)->components())[i]->setGeographicalID(temp);
break;
}
// PXF
case 2:
{
uint32_t temp = ID;
// Blade Starting bit = 1 (last unused) + 5 (Module Number) + 2 (Plaquette part) = 8
temp |= (((in)->components())[i]->geographicalID().rawId()<<8);
((in)->components())[i]->setGeographicalID(temp);
break;
}
// TIB
case 3:
{
uint32_t temp = ID;
// Side+Part+String Starting bit = 2 (Module Type) + 2 (Module Number) = 4
temp |= (((in)->components())[i]->geographicalID().rawId()<<4);
((in)->components())[i]->setGeographicalID(temp);
break;
}
// TID
case 4:
{
uint32_t temp = ID;
// Ring+Part Starting bit = 2 (Module Type) + 5 (Module Number) + 2 (Disk Part)= 9
temp |= (((in)->components())[i]->geographicalID().rawId()<<9);
((in)->components())[i]->setGeographicalID(DetId(temp));
break;
}
// TOB
case 5:
{
uint32_t temp = ID;
// Side+Rod Starting bit = 2 (Module Type) + 3 (Module Number) = 5
temp |= (((in)->components())[i]->geographicalID().rawId()<<5);
((in)->components())[i]->setGeographicalID(temp);
break;
}
// TEC
case 6:
{
uint32_t temp = ID;
// Petal+Part Starting bit = 2 (Module Type) + 3 (Module Number) + 3 (Ring Number) = 8
temp |= (((in)->components())[i]->geographicalID().rawId()<<8);
((in)->components())[i]->setGeographicalID(temp);
break;
}
// the rest
default:
{
// do nothing
}
// SubDetector switch ends
}
// next level
iterate(((in)->components())[i],level+1,((in)->components())[i]->geographicalID().rawId());
}
break;
}
// level 3
case 3:
{
for (uint32_t i=0;i<(in)->components().size();i++) {
switch (iSubDet) {
// TEC
case 6:
{
// Ring Starting bit = 2 (Module Type) + 3 (Module Number)
uint32_t temp = ID;
temp |= (((in)->components())[i]->geographicalID().rawId()<<5);
((in)->components())[i]->setGeographicalID(temp);
break;
}
// the others but TEC
default:
{
uint32_t temp = ID;
temp |= (((in)->components())[i]->geographicalID().rawId()<<2); // Starting bit = 2 (Module Type)
((in)->components())[i]->setGeographicalID(temp);
}
// SubDetector switch ends
}
// next level
iterate(((in)->components())[i],level+1,((in)->components())[i]->geographicalID().rawId());
}
break;
}
// level 4
case 4:
{
for (uint32_t i=0;i<(in)->components().size();i++) {
switch (iSubDet) {
// TEC
case 6:
{
// Module Number bit = 2 (Module Type)
uint32_t temp = ID;
temp |= (((in)->components())[i]->geographicalID().rawId()<<2);
((in)->components())[i]->setGeographicalID(temp);
// next level
iterate(((in)->components())[i],level+1,((in)->components())[i]->geographicalID().rawId());
break;
}
// the others stop here!
default:
{
for (uint32_t i=0;i<(in)->components().size();i++) {
uint32_t temp = ID;
temp |= (((in)->components())[i]->geographicalID().rawId());
((in)->components())[i]->setGeographicalID(temp);
}
}
// SubDetector switch ends
}
}
break;
}
// level 5
case 5:
{
// TEC Module Type (only TEC arrives here)
for (uint32_t i=0;i<(in)->components().size();i++) {
uint32_t temp = ID;
temp |= (((in)->components())[i]->geographicalID().rawId());
((in)->components())[i]->setGeographicalID(temp);
}
break;
}
// throw exception
default:
{
cms::Exception("LogicError") <<" CmsTrackerDetIdBuilder invalid level "<< level;
}
// level switch ends
}
return;
}
std::map< std::string , uint32_t > CmsTrackerDetIdBuilder::mapNavTypeToDetId [private] |
Definition at line 22 of file CmsTrackerDetIdBuilder.h.
1.7.3