HighLAND
Functions
ND::GeomId::FGD Namespace Reference

Define the FGD specific geometry identifiers. More...

Functions

bool IsFGD (TGeometryId id)
 Check if this is an FGD id.
 
TGeometryId FGD (int mod)
 
int GetFGD (TGeometryId id)
 Get the FGD number. This returns -1 if the id is invalid.
 
TGeometryId FGD1 ()
 The geometry identifier for FGD1.
 
TGeometryId FGD2 ()
 The geometry identifier for FGD2. FGD2 has the water targets.
 
TGeometryId Target (int i)
 The geometry identifier for the targets.
 
int GetTarget (TGeometryId id)
 
TGeometryId Layer (int fgd, int module, int layer)
 
int GetLayerFGD (TGeometryId id)
 
int GetLayerModule (TGeometryId id)
 
int GetLayerNumber (TGeometryId id)
 
TGeometryId Bar (int fgd, int module, int layer, int bar)
 
int GetBarFGD (TGeometryId id)
 
int GetBarModule (TGeometryId id)
 
int GetBarLayer (TGeometryId id)
 
int GetBarNumber (TGeometryId id)
 
bool IsFGD1 (TGeometryId id)
 
bool IsFGD2 (TGeometryId id)
 

Detailed Description

Define the FGD specific geometry identifiers.

Function Documentation

§ Bar()

ND::TGeometryId ND::GeomId::FGD::Bar ( int  fgd,
int  module,
int  layer,
int  bar 
)

The geometry identifiers for FGD scintillators. The FGD indicates which FGD the bar is in (0: FGD1, 1: FGD2). The module gives the glued plane of X and Y bars in the FGD. The layer (x or y) indicates which orientation the bars have (0: X, 1: Y). The bar is the number of bar in the layer.

Definition at line 615 of file ND280GeomId.cxx.

618  {
619  TSettableGeometryId id;
620  if (fgd<0 || fgd>1) {
621  ND280Warn("FGD out of range [0,1]: " << fgd);
622  return id;
623  }
624  id.SetField(ND::GeomId::Def::kFGD,
625  ND::GeomId::Def::kDetectorIdMSB,
626  ND::GeomId::Def::kDetectorIdLSB);
627  id.SetField(ND::GeomId::Def::FGD::kScintillator,
628  ND::GeomId::Def::FGD::kSeqIdMSB,
629  ND::GeomId::Def::FGD::kSeqIdLSB);
630  id.SetField(fgd,
631  ND::GeomId::Def::FGD::Bar::kModuleMSB,
632  ND::GeomId::Def::FGD::Bar::kModuleLSB);
633  id.SetField(module,
634  ND::GeomId::Def::FGD::Bar::kPlaneMSB,
635  ND::GeomId::Def::FGD::Bar::kPlaneLSB);
636  id.SetField(layer,
637  ND::GeomId::Def::FGD::Bar::kLayerMSB,
638  ND::GeomId::Def::FGD::Bar::kLayerLSB);
639  id.SetField(bar,
640  ND::GeomId::Def::FGD::Bar::kBarMSB,
641  ND::GeomId::Def::FGD::Bar::kBarLSB);
642  return id;
643 }
ND::GeomId::Def::kDetectorIdLSB
const GeomIdBit kDetectorIdLSB
The least significant bit of the detector identifier.
Definition: ND280GeomIdDef.hxx:50
ND::GeomId::Def::FGD::kSeqIdMSB
const GeomIdBit kSeqIdMSB
Definition: ND280GeomIdDef.hxx:301
ND::GeomId::Def::kDetectorIdMSB
const GeomIdBit kDetectorIdMSB
Definition: ND280GeomIdDef.hxx:47

§ FGD()

ND::TGeometryId ND::GeomId::FGD::FGD ( int  mod)

The geometry identifier for the FGD modules. This count starts from zero and runs from upstream to downstream. 0 is the upstream FGD (FGD1). 1 is the downstream FGD (FGD2 – The water target FGD).

Definition at line 568 of file ND280GeomId.cxx.

568  {
569  TSettableGeometryId id;
570  if (fgd<0 || fgd>1) {
571  ND280Warn("FGD out of range [0,1]: " << fgd);
572  return id;
573  }
574  id.SetField(ND::GeomId::Def::kFGD,
575  ND::GeomId::Def::kDetectorIdMSB,
576  ND::GeomId::Def::kDetectorIdLSB);
577  id.SetField(ND::GeomId::Def::FGD::kGlobal,
578  ND::GeomId::Def::FGD::kSeqIdMSB,
579  ND::GeomId::Def::FGD::kSeqIdLSB);
580  id.SetField(ND::GeomId::Def::FGD::Global::kFGD,
581  ND::GeomId::Def::FGD::Global::kSeqIdMSB,
582  ND::GeomId::Def::FGD::Global::kSeqIdLSB);
583  id.SetField(fgd,
584  ND::GeomId::Def::FGD::Global::kFieldMSB,
585  ND::GeomId::Def::FGD::Global::kFieldLSB);
586  return id;
587 }
ND::GeomId::Def::kDetectorIdLSB
const GeomIdBit kDetectorIdLSB
The least significant bit of the detector identifier.
Definition: ND280GeomIdDef.hxx:50
ND::GeomId::Def::FGD::kSeqIdMSB
const GeomIdBit kSeqIdMSB
Definition: ND280GeomIdDef.hxx:301
ND::GeomId::Def::FGD::Global::kFieldMSB
const GeomIdBit kFieldMSB
The sequence value for this type of global volume.
Definition: ND280GeomIdDef.hxx:334
ND::GeomId::Def::kDetectorIdMSB
const GeomIdBit kDetectorIdMSB
Definition: ND280GeomIdDef.hxx:47

§ GetBarFGD()

int ND::GeomId::FGD::GetBarFGD ( TGeometryId  id)

{@ Get the number of the fgd, module, layer, or bar for a geometry id for a bar. This returns -1 if the id is invalid.

Definition at line 645 of file ND280GeomId.cxx.

645  {
646  TSettableGeometryId id(i);
647  if (ND::GeomId::Def::kFGD
648  != id.GetField(ND::GeomId::Def::kDetectorIdMSB,
649  ND::GeomId::Def::kDetectorIdLSB)) return -1;
650  if (ND::GeomId::Def::FGD::kScintillator
651  != id.GetField(ND::GeomId::Def::FGD::kSeqIdMSB,
652  ND::GeomId::Def::FGD::kSeqIdLSB)) return -1;
653  return id.GetField(ND::GeomId::Def::FGD::Bar::kModuleMSB,
654  ND::GeomId::Def::FGD::Bar::kModuleLSB);
655 }
ND::GeomId::Def::kDetectorIdLSB
const GeomIdBit kDetectorIdLSB
The least significant bit of the detector identifier.
Definition: ND280GeomIdDef.hxx:50
ND::GeomId::Def::FGD::kSeqIdMSB
const GeomIdBit kSeqIdMSB
Definition: ND280GeomIdDef.hxx:301
ND::GeomId::Def::kDetectorIdMSB
const GeomIdBit kDetectorIdMSB
Definition: ND280GeomIdDef.hxx:47

§ GetLayerFGD()

int ND::GeomId::FGD::GetLayerFGD ( TGeometryId  id)

{@ Get the number of the fgd, module or layer from a geometry id for a layer. This returns -1 if the id is invalid.

Definition at line 754 of file ND280GeomId.cxx.

754  {
755  TSettableGeometryId id(i);
756  if (ND::GeomId::Def::kFGD
757  != id.GetField(ND::GeomId::Def::kDetectorIdMSB,
758  ND::GeomId::Def::kDetectorIdLSB)) return -1;
759  if (ND::GeomId::Def::FGD::kGlobal
760  != id.GetField(ND::GeomId::Def::FGD::kSeqIdMSB,
761  ND::GeomId::Def::FGD::kSeqIdLSB)) return -1;
762  if (ND::GeomId::Def::FGD::Global::kLayer
763  != id.GetField(ND::GeomId::Def::FGD::Global::kSeqIdMSB,
764  ND::GeomId::Def::FGD::Global::kSeqIdLSB)) return -1;
765  return id.GetField(ND::GeomId::Def::FGD::Global::Layer::kFGDMSB,
766  ND::GeomId::Def::FGD::Global::Layer::kFGDLSB);
767 }
ND::GeomId::Def::kDetectorIdLSB
const GeomIdBit kDetectorIdLSB
The least significant bit of the detector identifier.
Definition: ND280GeomIdDef.hxx:50
ND::GeomId::Def::FGD::kSeqIdMSB
const GeomIdBit kSeqIdMSB
Definition: ND280GeomIdDef.hxx:301
ND::GeomId::Def::kDetectorIdMSB
const GeomIdBit kDetectorIdMSB
Definition: ND280GeomIdDef.hxx:47

§ GetTarget()

int ND::GeomId::FGD::GetTarget ( TGeometryId  id)

Get the FGD target number. This returns -1 if the id is invalid.

Definition at line 710 of file ND280GeomId.cxx.

710  {
711  TSettableGeometryId id(i);
712  if (ND::GeomId::Def::kFGD
713  != id.GetField(ND::GeomId::Def::kDetectorIdMSB,
714  ND::GeomId::Def::kDetectorIdLSB)) return -1;
715  if (ND::GeomId::Def::FGD::kGlobal
716  != id.GetField(ND::GeomId::Def::FGD::kSeqIdMSB,
717  ND::GeomId::Def::FGD::kSeqIdLSB)) return -1;
718  if (ND::GeomId::Def::FGD::Global::kTarget
719  != id.GetField(ND::GeomId::Def::FGD::Global::kSeqIdMSB,
720  ND::GeomId::Def::FGD::Global::kSeqIdLSB)) return -1;
721  return id.GetField(ND::GeomId::Def::FGD::Global::kFieldMSB,
722  ND::GeomId::Def::FGD::Global::kFieldLSB);
723 }
ND::GeomId::Def::kDetectorIdLSB
const GeomIdBit kDetectorIdLSB
The least significant bit of the detector identifier.
Definition: ND280GeomIdDef.hxx:50
ND::GeomId::Def::FGD::kSeqIdMSB
const GeomIdBit kSeqIdMSB
Definition: ND280GeomIdDef.hxx:301
ND::GeomId::Def::FGD::Global::kFieldMSB
const GeomIdBit kFieldMSB
The sequence value for this type of global volume.
Definition: ND280GeomIdDef.hxx:334
ND::GeomId::Def::kDetectorIdMSB
const GeomIdBit kDetectorIdMSB
Definition: ND280GeomIdDef.hxx:47

§ IsFGD1()

bool ND::GeomId::FGD::IsFGD1 ( TGeometryId  id)

Check if the id is for FGDn. This returns -1 if the id is invalid.

Definition at line 607 of file ND280GeomId.cxx.

607  {
608  return (ND::GeomId::FGD::GetFGD(id) == 0);
609 }
ND::GeomId::FGD::GetFGD
int GetFGD(TGeometryId id)
Get the FGD number. This returns -1 if the id is invalid.
Definition: ND280GeomId.cxx:592

§ Layer()

ND::TGeometryId ND::GeomId::FGD::Layer ( int  fgd,
int  module,
int  layer 
)

A layer within the FGD. The fgd is either 0 or 1. The module is the glued plane of X and Y scintillator bars. The layer is 0 (x) or 1 (y).

Definition at line 725 of file ND280GeomId.cxx.

727  {
728  TSettableGeometryId id;
729  if (fgd<0 || fgd>1) {
730  ND280Warn("FGD out of range [0,1]: " << fgd);
731  return id;
732  }
733  id.SetField(ND::GeomId::Def::kFGD,
734  ND::GeomId::Def::kDetectorIdMSB,
735  ND::GeomId::Def::kDetectorIdLSB);
736  id.SetField(ND::GeomId::Def::FGD::kGlobal,
737  ND::GeomId::Def::FGD::kSeqIdMSB,
738  ND::GeomId::Def::FGD::kSeqIdLSB);
739  id.SetField(ND::GeomId::Def::FGD::Global::kLayer,
740  ND::GeomId::Def::FGD::Global::kSeqIdMSB,
741  ND::GeomId::Def::FGD::Global::kSeqIdLSB);
742  id.SetField(fgd,
743  ND::GeomId::Def::FGD::Global::Layer::kFGDMSB,
744  ND::GeomId::Def::FGD::Global::Layer::kFGDLSB);
745  id.SetField(layer,
746  ND::GeomId::Def::FGD::Global::Layer::kLayerMSB,
747  ND::GeomId::Def::FGD::Global::Layer::kLayerLSB);
748  id.SetField(module,
749  ND::GeomId::Def::FGD::Global::Layer::kModuleMSB,
750  ND::GeomId::Def::FGD::Global::Layer::kModuleLSB);
751  return id;
752 }
ND::GeomId::Def::kDetectorIdLSB
const GeomIdBit kDetectorIdLSB
The least significant bit of the detector identifier.
Definition: ND280GeomIdDef.hxx:50
ND::GeomId::Def::FGD::kSeqIdMSB
const GeomIdBit kSeqIdMSB
Definition: ND280GeomIdDef.hxx:301
ND::GeomId::Def::kDetectorIdMSB
const GeomIdBit kDetectorIdMSB
Definition: ND280GeomIdDef.hxx:47
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