ND::GeomId::P0D Namespace Reference

Define the P0D specific geometry identifiers. More...

Functions
TGeometryId	Detector ()
	Define a geometry identifier to the entire P0D detector.
bool	IsP0D (TGeometryId id)
	Check if the id is for the P0D.
TGeometryId	SuperP0Dule (int sP0Dule)
int	GetSuperP0Dule (TGeometryId id)
TGeometryId	P0Dule (int p0dule)
int	GetP0Dule (TGeometryId id)
TGeometryId	Target (int target)
int	GetTarget (TGeometryId id)
TGeometryId	ECalRadiator (int radiator)
int	GetECalRadiator (TGeometryId id)
TGeometryId	TargetRadiator (int radiator)
int	GetTargetRadiator (TGeometryId id)
TGeometryId	Bar (int p0dule, int layer, int bar)
int	GetBarP0Dule (TGeometryId id)
int	GetBarLayer (TGeometryId id)
int	GetBarNumber (TGeometryId id)

Detailed Description

Define the P0D specific geometry identifiers.

Function Documentation

Bar()

ND::TGeometryId ND::GeomId::P0D::Bar	(	int	p0dule,
		int	layer,
		int	bar
	)

The geometry identifiers for p0d scintillators. The P0Dules are numbered from 0 to 39 with 0 as the most upstream. The layer is 0 (X), or 1 (Y), and the bar is from 0 to 125 (X) or 133 (Y). Bar 0 has the most negative coordinate.

Definition at line 262 of file ND280GeomId.cxx.

                                              {
    TSettableGeometryId id;
    id.SetField(ND::GeomId::Def::kP0D,
                ND::GeomId::Def::kDetectorIdMSB,
                ND::GeomId::Def::kDetectorIdLSB);
    id.SetField(ND::GeomId::Def::P0D::kScintillator,
                ND::GeomId::Def::P0D::kSeqIdMSB,
                ND::GeomId::Def::P0D::kSeqIdLSB);
    id.SetField(0,
                ND::GeomId::Def::P0D::Bar::kSP0DuleMSB,
                ND::GeomId::Def::P0D::Bar::kSP0DuleLSB);
    id.SetField(P0Dule,
                ND::GeomId::Def::P0D::Bar::kP0DuleMSB,
                ND::GeomId::Def::P0D::Bar::kP0DuleLSB);
    id.SetField(layer,
                ND::GeomId::Def::P0D::Bar::kLayerMSB,
                ND::GeomId::Def::P0D::Bar::kLayerLSB);
    id.SetField(bar,
                ND::GeomId::Def::P0D::Bar::kBarMSB,
                ND::GeomId::Def::P0D::Bar::kBarLSB);
    return id;
}

ECalRadiator()

ND::TGeometryId ND::GeomId::P0D::ECalRadiator

(

int

radiator

)

The geometry identifiers for the P0D lead radiators. The lead radiators are numbered from 0 to 13 from the upstream end of the P0D.

Definition at line 198 of file ND280GeomId.cxx.

                                                    {
    TSettableGeometryId id;
    id.SetField(ND::GeomId::Def::kP0D,
                ND::GeomId::Def::kDetectorIdMSB, 
                ND::GeomId::Def::kDetectorIdLSB);
    id.SetField(ND::GeomId::Def::P0D::kGlobal, 
                ND::GeomId::Def::P0D::kSeqIdMSB, 
                ND::GeomId::Def::P0D::kSeqIdLSB);
    id.SetField(ND::GeomId::Def::P0D::Global::kECalRadiator,
                ND::GeomId::Def::P0D::Global::kSeqIdMSB,
                ND::GeomId::Def::P0D::Global::kSeqIdLSB);
    id.SetField(radiator,
                ND::GeomId::Def::P0D::Global::kFieldMSB,
                ND::GeomId::Def::P0D::Global::kFieldLSB);
    return id;
}

GetBarLayer()

int ND::GeomId::P0D::GetBarLayer

(

TGeometryId

id

)

Get the P0D Bar Layer number from an id. If the provided geometry id is not for a P0D bar, then this returns -1. The P0Dule layers are numbered 0 (x) and 1 (y).

Definition at line 299 of file ND280GeomId.cxx.

                                          {
    TSettableGeometryId id(i);
    if (ND::GeomId::Def::kP0D 
        != id.GetField(ND::GeomId::Def::kDetectorIdMSB,
                       ND::GeomId::Def::kDetectorIdLSB)) return -1;
    if (ND::GeomId::Def::P0D::kScintillator 
        != id.GetField(ND::GeomId::Def::P0D::kSeqIdMSB, 
                       ND::GeomId::Def::P0D::kSeqIdLSB)) return -1;
    return id.GetField(ND::GeomId::Def::P0D::Bar::kLayerMSB,
                       ND::GeomId::Def::P0D::Bar::kLayerLSB);
}

GetBarNumber()

int ND::GeomId::P0D::GetBarNumber

(

TGeometryId

id

)

Get the P0D Bar Number from an id. If the provided geometry id is not for a P0D bar, then this returns -1. The Bars are numbered between 0 and 126 (or 134). Bar Number zero hs the tip of the triangle facing upstream. You can use

bool pointsDownstream = (GetBarNumber(id)%2);

to determine which way a bar is facing.

Definition at line 311 of file ND280GeomId.cxx.

                                           {
    TSettableGeometryId id(i);
    if (ND::GeomId::Def::kP0D 
        != id.GetField(ND::GeomId::Def::kDetectorIdMSB,
                       ND::GeomId::Def::kDetectorIdLSB)) return -1;
    if (ND::GeomId::Def::P0D::kScintillator 
        != id.GetField(ND::GeomId::Def::P0D::kSeqIdMSB, 
                       ND::GeomId::Def::P0D::kSeqIdLSB)) return -1;
    return id.GetField(ND::GeomId::Def::P0D::Bar::kBarMSB,
                       ND::GeomId::Def::P0D::Bar::kBarLSB);
}

GetBarP0Dule()

int ND::GeomId::P0D::GetBarP0Dule

(

TGeometryId

id

)

Get the P0Dule number for an id. If the provided geometry is not for a P0D bar, then this returns -1. The P0Dule numbering runs from 0 to 39.

Definition at line 287 of file ND280GeomId.cxx.

                                           {
    TSettableGeometryId id(i);
    if (ND::GeomId::Def::kP0D 
        != id.GetField(ND::GeomId::Def::kDetectorIdMSB,
                       ND::GeomId::Def::kDetectorIdLSB)) return -1;
    if (ND::GeomId::Def::P0D::kScintillator 
        != id.GetField(ND::GeomId::Def::P0D::kSeqIdMSB, 
                       ND::GeomId::Def::P0D::kSeqIdLSB)) return -1;
    return id.GetField(ND::GeomId::Def::P0D::Bar::kP0DuleMSB,
                       ND::GeomId::Def::P0D::Bar::kP0DuleLSB);
}

GetECalRadiator()

int ND::GeomId::P0D::GetECalRadiator

(

TGeometryId

id

)

If this is an ECal radiator, return it's number, otherwise return -1.

Definition at line 215 of file ND280GeomId.cxx.

                                              {
    TSettableGeometryId id(i);
    if (ND::GeomId::Def::kP0D 
        != id.GetField(ND::GeomId::Def::kDetectorIdMSB,
                       ND::GeomId::Def::kDetectorIdLSB)) return -1;
    if (ND::GeomId::Def::P0D::kGlobal 
        != id.GetField(ND::GeomId::Def::P0D::kSeqIdMSB, 
                       ND::GeomId::Def::P0D::kSeqIdLSB)) return -1;
    if (ND::GeomId::Def::P0D::Global::kECalRadiator
        != id.GetField(ND::GeomId::Def::P0D::Global::kSeqIdMSB, 
                       ND::GeomId::Def::P0D::Global::kSeqIdLSB)) return -1;
    return id.GetField(ND::GeomId::Def::P0D::Global::kFieldMSB,
                       ND::GeomId::Def::P0D::Global::kFieldLSB);
}

GetP0Dule()

int ND::GeomId::P0D::GetP0Dule

(

TGeometryId

id

)

If this is a P0Dule id, return the P0Dule number, otherwise return -1.

Definition at line 151 of file ND280GeomId.cxx.

                                        {
    TSettableGeometryId id(i);
    if (ND::GeomId::Def::kP0D 
        != id.GetField(ND::GeomId::Def::kDetectorIdMSB,
                       ND::GeomId::Def::kDetectorIdLSB)) return -1;
    if (ND::GeomId::Def::P0D::kGlobal 
        != id.GetField(ND::GeomId::Def::P0D::kSeqIdMSB, 
                       ND::GeomId::Def::P0D::kSeqIdLSB)) return -1;
    if (ND::GeomId::Def::P0D::Global::kP0Dule 
        != id.GetField(ND::GeomId::Def::P0D::Global::kSeqIdMSB, 
                       ND::GeomId::Def::P0D::Global::kSeqIdLSB)) return -1;
    return id.GetField(ND::GeomId::Def::P0D::Global::kFieldMSB,
                       ND::GeomId::Def::P0D::Global::kFieldLSB);
}

GetSuperP0Dule()

int ND::GeomId::P0D::GetSuperP0Dule

(

TGeometryId

id

)

If this is a super-P0Dule id, return the super-P0Dule number, otherwise return -1.

Definition at line 118 of file ND280GeomId.cxx.

                                             {
    TSettableGeometryId id(i);
    if (ND::GeomId::Def::kP0D 
        != id.GetField(ND::GeomId::Def::kDetectorIdMSB,
                       ND::GeomId::Def::kDetectorIdLSB)) return -1;
    if (ND::GeomId::Def::P0D::kGlobal 
        != id.GetField(ND::GeomId::Def::P0D::kSeqIdMSB, 
                       ND::GeomId::Def::P0D::kSeqIdLSB)) return -1;
    if (ND::GeomId::Def::P0D::Global::kSP0Dule 
        != id.GetField(ND::GeomId::Def::P0D::Global::kSeqIdMSB, 
                       ND::GeomId::Def::P0D::Global::kSeqIdLSB)) return -1;
    return id.GetField(ND::GeomId::Def::P0D::Global::kFieldMSB,
                       ND::GeomId::Def::P0D::Global::kFieldLSB);
}

GetTarget()

int ND::GeomId::P0D::GetTarget

(

TGeometryId

id

)

If this is a water target, return it's number, otherwise return -1.

Definition at line 183 of file ND280GeomId.cxx.

                                        {
    TSettableGeometryId id(i);
    if (ND::GeomId::Def::kP0D 
        != id.GetField(ND::GeomId::Def::kDetectorIdMSB,
                       ND::GeomId::Def::kDetectorIdLSB)) return -1;
    if (ND::GeomId::Def::P0D::kGlobal 
        != id.GetField(ND::GeomId::Def::P0D::kSeqIdMSB, 
                       ND::GeomId::Def::P0D::kSeqIdLSB)) return -1;
    if (ND::GeomId::Def::P0D::Global::kTarget 
        != id.GetField(ND::GeomId::Def::P0D::Global::kSeqIdMSB, 
                       ND::GeomId::Def::P0D::Global::kSeqIdLSB)) return -1;
    return id.GetField(ND::GeomId::Def::P0D::Global::kFieldMSB,
                       ND::GeomId::Def::P0D::Global::kFieldLSB);
}

GetTargetRadiator()

int ND::GeomId::P0D::GetTargetRadiator

(

TGeometryId

id

)

If this is a target radiator, return it's number, otherwise return -1.

Definition at line 247 of file ND280GeomId.cxx.

                                                {
    TSettableGeometryId id(i);
    if (ND::GeomId::Def::kP0D 
        != id.GetField(ND::GeomId::Def::kDetectorIdMSB,
                       ND::GeomId::Def::kDetectorIdLSB)) return -1;
    if (ND::GeomId::Def::P0D::kGlobal 
        != id.GetField(ND::GeomId::Def::P0D::kSeqIdMSB, 
                       ND::GeomId::Def::P0D::kSeqIdLSB)) return -1;
    if (ND::GeomId::Def::P0D::Global::kTargetRadiator
        != id.GetField(ND::GeomId::Def::P0D::Global::kSeqIdMSB, 
                       ND::GeomId::Def::P0D::Global::kSeqIdLSB)) return -1;
    return id.GetField(ND::GeomId::Def::P0D::Global::kFieldMSB,
                       ND::GeomId::Def::P0D::Global::kFieldLSB);
}

P0Dule()

ND::TGeometryId ND::GeomId::P0D::P0Dule

(

int

p0dule

)

The geometry identifiers for the P0D scintillator modules. The P0Dules are number 0 to 39 from the upstream end of the P0D.

Definition at line 134 of file ND280GeomId.cxx.

                                            {
    TSettableGeometryId id;
    id.SetField(ND::GeomId::Def::kP0D,
                ND::GeomId::Def::kDetectorIdMSB, 
                ND::GeomId::Def::kDetectorIdLSB);
    id.SetField(ND::GeomId::Def::P0D::kGlobal, 
                ND::GeomId::Def::P0D::kSeqIdMSB,
                ND::GeomId::Def::P0D::kSeqIdLSB);
    id.SetField(ND::GeomId::Def::P0D::Global::kP0Dule,
                ND::GeomId::Def::P0D::Global::kSeqIdMSB,
                ND::GeomId::Def::P0D::Global::kSeqIdLSB);
    id.SetField(p0dule,
                ND::GeomId::Def::P0D::Global::kFieldMSB,
                ND::GeomId::Def::P0D::Global::kFieldLSB);
    return id;
}

SuperP0Dule()

ND::TGeometryId ND::GeomId::P0D::SuperP0Dule

(

int

sP0Dule

)

The geometry identifiers for the P0D super-P0Dules. The super-P0Dules are number 0 to 3 from the upstream end of the P0D.

• 0 – Upstream ECal
• 1 – Upstream Water Target
• 2 – Central Water Target
• 3 – Central ECal.

Definition at line 101 of file ND280GeomId.cxx.

                                                  {
    TSettableGeometryId id;
    id.SetField(ND::GeomId::Def::kP0D,
                ND::GeomId::Def::kDetectorIdMSB, 
                ND::GeomId::Def::kDetectorIdLSB);
    id.SetField(ND::GeomId::Def::P0D::kGlobal, 
                ND::GeomId::Def::P0D::kSeqIdMSB, 
                ND::GeomId::Def::P0D::kSeqIdLSB);
    id.SetField(ND::GeomId::Def::P0D::Global::kSP0Dule,
                ND::GeomId::Def::P0D::Global::kSeqIdMSB,
                ND::GeomId::Def::P0D::Global::kSeqIdLSB);
    id.SetField(sP0Dule,
                ND::GeomId::Def::P0D::Global::kFieldMSB,
                ND::GeomId::Def::P0D::Global::kFieldLSB);
    return id;
}

Target()

ND::TGeometryId ND::GeomId::P0D::Target

(

int

target

)

The geometry identifiers for the P0D water targets. The targets are numbered from 0 to 24 from the upstream end of the P0D.

Definition at line 166 of file ND280GeomId.cxx.

                                            {
    TSettableGeometryId id;
    id.SetField(ND::GeomId::Def::kP0D,
                ND::GeomId::Def::kDetectorIdMSB, 
                ND::GeomId::Def::kDetectorIdLSB);
    id.SetField(ND::GeomId::Def::P0D::kGlobal,
                ND::GeomId::Def::P0D::kSeqIdMSB, 
                ND::GeomId::Def::P0D::kSeqIdLSB);
    id.SetField(ND::GeomId::Def::P0D::Global::kTarget,
                ND::GeomId::Def::P0D::Global::kSeqIdMSB,
                ND::GeomId::Def::P0D::Global::kSeqIdLSB);
    id.SetField(target,
                ND::GeomId::Def::P0D::Global::kFieldMSB,
                ND::GeomId::Def::P0D::Global::kFieldLSB);
    return id;
}

TargetRadiator()

ND::TGeometryId ND::GeomId::P0D::TargetRadiator

(

int

radiator

)

The geometry identifiers for the P0D brass radiators. The brass radiators are numbered from 0 to 24 from the upstream end of the P0D.

Definition at line 230 of file ND280GeomId.cxx.

                                                            {
    TSettableGeometryId id;
    id.SetField(ND::GeomId::Def::kP0D,
                ND::GeomId::Def::kDetectorIdMSB, 
                ND::GeomId::Def::kDetectorIdLSB);
    id.SetField(ND::GeomId::Def::P0D::kGlobal, 
                ND::GeomId::Def::P0D::kSeqIdMSB, 
                ND::GeomId::Def::P0D::kSeqIdLSB);
    id.SetField(ND::GeomId::Def::P0D::Global::kTargetRadiator,
                ND::GeomId::Def::P0D::Global::kSeqIdMSB,
                ND::GeomId::Def::P0D::Global::kSeqIdLSB);
    id.SetField(targetRadiator,
                ND::GeomId::Def::P0D::Global::kFieldMSB,
                ND::GeomId::Def::P0D::Global::kFieldLSB);
    return id;
}