geo::ChannelMap35OptAlg Class Reference

#include <ChannelMap35OptAlg.h>

Inheritance diagram for geo::ChannelMap35OptAlg:

Classes
struct	PlaneData_t
	all data we need for each APA More...

Public Member Functions
	ChannelMap35OptAlg (fhicl::ParameterSet const &p)
void	Initialize (GeometryData_t const &geodata) override
	Geometry initialisation. More...
void	Uninitialize () override
	Deconfiguration: prepare for a following call of Initialize() More...
std::vector< WireID >	ChannelToWire (raw::ChannelID_t channel) const override
unsigned int	Nchannels () const override
	Returns the total number of channels present (not necessarily contiguous) More...
virtual unsigned int	Nchannels (readout::ROPID const &ropid) const override
	Returns the number of channels in the specified ROP. More...
View_t	View (raw::ChannelID_t const channel) const
SigType_t	SignalTypeForChannelImpl (raw::ChannelID_t const channel) const override
	Return the signal type of the specified channel. More...
std::set< View_t > const &	Views () const
std::set< PlaneID > const &	PlaneIDs () const override
	Returns a list of the plane IDs in the whole detector. More...
virtual geo::GeoObjectSorter const &	Sorter () const override
	Returns the object to sort geometry with. More...
unsigned int	NOpChannels (unsigned int NOpDets) const override
	Returns the number of optical channels contained in some detectors. More...
unsigned int	NOpHardwareChannels (unsigned int opDet) const override
	Returns the number of channels in the specified optical detectors. More...
unsigned int	OpChannel (unsigned int detNum, unsigned int channel=0) const override
	Returns the channel ID of the specified hardware channel. More...
unsigned int	OpDetFromOpChannel (unsigned int opChannel) const override
	Returns the optical detector the specified optical channel belongs. More...
unsigned int	HardwareChannelFromOpChannel (unsigned int opChannel) const override
	Returns the hardware channel number of specified optical channel. More...
virtual double	WireCoordinate (double YPos, double ZPos, unsigned int PlaneNo, unsigned int TPCNo, unsigned int cstat) const override
	Returns the index of the wire nearest to the specified position. More...
virtual double	WireCoordinate (double YPos, double ZPos, geo::PlaneID const &planeID) const override
	Returns the index of the wire nearest to the specified position. More...
virtual WireID	NearestWireID (const TVector3 &worldPos, unsigned int PlaneNo, unsigned int TPCNo, unsigned int cstat) const override
	Returns the ID of the wire nearest to the specified position. More...
virtual WireID	NearestWireID (const TVector3 &worldPos, geo::PlaneID const &planeID) const override
	Returns the ID of the wire nearest to the specified position. More...
virtual raw::ChannelID_t	PlaneWireToChannel (unsigned int plane, unsigned int wire, unsigned int tpc, unsigned int cstat) const override
	Returns the channel ID a wire is connected to. More...
virtual raw::ChannelID_t	PlaneWireToChannel (geo::WireID const &wireID) const override
	Returns the channel ID a wire is connected to. More...
TPC set mapping
virtual unsigned int	NTPCsets (readout::CryostatID const &cryoid) const override
	Returns the total number of TPC sets in the specified cryostat. More...
virtual unsigned int	MaxTPCsets () const override
virtual bool	HasTPCset (readout::TPCsetID const &tpcsetid) const override
virtual readout::TPCsetID	TPCtoTPCset (geo::TPCID const &tpcid) const override
	Returns the ID of the TPC set the specified TPC belongs to. More...
virtual std::vector< geo::TPCID >	TPCsetToTPCs (readout::TPCsetID const &tpcsetid) const override
	Returns a list of ID of TPCs belonging to the specified TPC set. More...
virtual geo::TPCID	FirstTPCinTPCset (readout::TPCsetID const &tpcsetid) const override
Readout plane mapping
virtual unsigned int	NROPs (readout::TPCsetID const &tpcsetid) const override
	Returns the total number of ROP in the specified TPC set. More...
virtual unsigned int	MaxROPs () const override
virtual bool	HasROP (readout::ROPID const &ropid) const override
virtual readout::ROPID	WirePlaneToROP (geo::PlaneID const &planeid) const override
	Returns the ID of the ROP planeid belongs to, or invalid if none. More...
virtual std::vector< geo::PlaneID >	ROPtoWirePlanes (readout::ROPID const &ropid) const override
	Returns a list of ID of wire planes belonging to the specified ROP. More...
virtual std::vector< geo::TPCID >	ROPtoTPCs (readout::ROPID const &ropid) const override
	Returns a list of ID of TPCs the specified ROP spans. More...
virtual readout::ROPID	ChannelToROP (raw::ChannelID_t channel) const override
virtual raw::ChannelID_t	FirstChannelInROP (readout::ROPID const &ropid) const override
	Returns the ID of the first channel in the specified readout plane. More...
virtual geo::PlaneID	FirstWirePlaneInROP (readout::ROPID const &ropid) const override
	Returns the ID of the first plane belonging to the specified ROP. More...
Public Member Functions inherited from geo::ChannelMapAlg
virtual	~ChannelMapAlg ()=default
	Virtual destructor. More...
virtual unsigned int	MaxOpChannel (unsigned int NOpDets) const
	Returns the number of optical channels contained in some detectors. More...
virtual bool	IsValidOpChannel (unsigned int opChannel, unsigned int NOpDets) const
	Returns whether the ID identifies a valid optical detector channel. More...
unsigned int	NearestWire (const TVector3 &worldPos, geo::PlaneID const &planeID) const
	Returns the index of the wire nearest to the specified position. More...
unsigned int	NearestWire (const TVector3 &worldPos, unsigned int PlaneNo, unsigned int TPCNo, unsigned int cstat) const
	Returns the index of the wire nearest to the specified position. More...
virtual size_t	NearestAuxDet (const double *point, std::vector< geo::AuxDetGeo > const &auxDets, double tolerance=0) const
	Returns the auxiliary detector closest to the specified point. More...
virtual size_t	NearestSensitiveAuxDet (const double *point, std::vector< geo::AuxDetGeo > const &auxDets, double tolerance=0) const
	Returns sensitive auxiliary detector closest to specified point. More...
virtual size_t	ChannelToAuxDet (std::vector< geo::AuxDetGeo > const &auxDets, std::string const &detName, uint32_t const &channel) const
	Returns the index of the detector containing the specified channel. More...
virtual std::pair< size_t, size_t >	ChannelToSensitiveAuxDet (std::vector< geo::AuxDetGeo > const &auxDets, std::string const &detName, uint32_t const &channel) const
	Returns the index of the sensitive detector containing the channel. More...
const std::vector< std::vector< std::vector< raw::ChannelID_t > > >	FirstChannelInNextPlane () const
	Retrieve the private fFirstChannelInNextPlane vector for testing. More...
const std::vector< std::vector< std::vector< raw::ChannelID_t > > >	FirstChannelInThisPlane () const
	Retrieve the private fFirstChannelInThisPlane vector for testing. More...
virtual bool	HasChannel (raw::ChannelID_t channel) const
	Returns whether the specified channel is valid This default implementation assumes all channels up to Nchannels() valid. More...
geo::SigType_t	SignalTypeForChannel (raw::ChannelID_t const channel) const
	Return the signal type of the specified channel. More...
geo::SigType_t	SignalTypeForROPID (readout::ROPID const &ropid) const
	Return the signal type on the specified readout plane. More...

Private Member Functions
template<typename T >
T const &	AccessAPAelement (PlaneInfoMap_t< T > const &data, geo::PlaneID planeid) const
unsigned int	WiresPerPlane (geo::PlaneID const &planeid) const
unsigned int	AnchoredWires (geo::PlaneID const &planeid) const

Private Attributes
unsigned int	fNcryostat
	number of cryostats in the detector More...
unsigned int	fNchannels
	number of channels in the detector More...
raw::ChannelID_t	fTopChannel
	book keeping highest channel # More...
std::vector< unsigned int >	fNTPC
	number of TPCs in each cryostat More...
std::set< View_t >	fViews
	vector of the views present in the detector More...
std::set< PlaneID >	fPlaneIDs
	vector of the PlaneIDs present in the detector More...
unsigned int	fPlanesPerAPA
raw::ChannelID_t	fChannelsPerAPA
PlaneInfoMap_t< unsigned int >	nAnchoredWires
PlaneInfoMap_t< unsigned int >	fWiresPerPlane
geo::GeoObjectSorter35	fSorter
	sorts geo::XXXGeo objects More...
PlaneInfoMap_t< PlaneData_t >	fPlaneData
std::vector< double >	fWirePitch
std::vector< double >	fOrientation
std::vector< double >	fSinOrientation
std::vector< double >	fCosOrientation

Additional Inherited Members
Protected Types inherited from geo::ChannelMapAlg
template<typename T >
using	TPCInfoMap_t = std::vector< std::vector< T >>
	Data type for per-TPC information. More...
template<typename T >
using	PlaneInfoMap_t = TPCInfoMap_t< std::vector< T >>
	Data type for per-plane information. More...
Protected Member Functions inherited from geo::ChannelMapAlg
template<typename T >
T const &	AccessElement (PlaneInfoMap_t< T > const &map, geo::PlaneID const &id) const
	Returns the specified element of the plane map. More...
template<typename T >
size_t	AccessElementSize (PlaneInfoMap_t< T > const &map, geo::TPCID const &id) const
	Returns the number of elements in the specified TPC of the plane map. More...
template<typename T >
T const *	GetElementPtr (PlaneInfoMap_t< T > const &map, geo::PlaneID const &id) const
	Returns a pointer to the specified element, or nullptr if invalid. More...
template<typename T >
T const &	AccessElement (TPCInfoMap_t< T > const &map, geo::TPCID const &id) const
	Returns the specified element of the TPC map. More...
template<typename T >
size_t	AccessElementSize (TPCInfoMap_t< T > const &map, geo::CryostatID const &id) const
	Returns the number of elements in the specified cryostat of the TPC map. More...
template<typename T >
bool	isValidElement (TPCInfoMap_t< T > const &map, geo::CryostatID const &id) const
	Returns whether the ID specifies a valid entry. More...
template<typename T >
bool	isValidElement (TPCInfoMap_t< T > const &map, geo::TPCID const &id) const
template<typename T >
bool	isValidElement (PlaneInfoMap_t< T > const &map, geo::CryostatID const &id) const
	Returns whether the ID specifies a valid entry. More...
template<typename T >
bool	isValidElement (PlaneInfoMap_t< T > const &map, geo::TPCID const &id) const
template<typename T >
bool	isValidElement (PlaneInfoMap_t< T > const &map, geo::PlaneID const &id) const
virtual geo::SigType_t	SignalTypeForROPIDImpl (readout::ROPID const &ropid) const
	Return the signal type on the specified readout plane. More...
Protected Attributes inherited from geo::ChannelMapAlg
PlaneInfoMap_t< raw::ChannelID_t >	fFirstChannelInThisPlane
PlaneInfoMap_t< raw::ChannelID_t >	fFirstChannelInNextPlane
std::map< std::string, size_t >	fADNameToGeo
	map the names of the dets to the AuxDetGeo objects More...
std::map< size_t, std::vector< size_t > >	fADChannelToSensitiveGeo

Detailed Description

Definition at line 36 of file ChannelMap35OptAlg.h.

Constructor & Destructor Documentation

geo::ChannelMap35OptAlg::ChannelMap35OptAlg

(

fhicl::ParameterSet const &

p

)

Definition at line 36 of file ChannelMap35OptAlg.cxx.

    : fSorter(geo::GeoObjectSorter35(p))
  {
  }

Member Function Documentation

template<typename T >

T const& geo::ChannelMap35OptAlg::AccessAPAelement ( PlaneInfoMap_t< T > const &  data, geo::PlaneID  planeid  ) const

inlineprivate

Definition at line 311 of file ChannelMap35OptAlg.h.

      { planeid.TPC /= 2; return AccessElement(data, planeid); }

unsigned int geo::ChannelMap35OptAlg::AnchoredWires ( geo::PlaneID const &  planeid ) const

inlineprivate

Definition at line 315 of file ChannelMap35OptAlg.h.

      { return AccessAPAelement(nAnchoredWires, planeid); }

readout::ROPID geo::ChannelMap35OptAlg::ChannelToROP ( raw::ChannelID_t  channel ) const

overridevirtual

Returns the ID of the ROP the channel belongs to (invalid if none)

Exceptions

cet::exception

(category: "Geometry") if non-existent channel

Implements geo::ChannelMapAlg.

Definition at line 592 of file ChannelMap35OptAlg.cxx.

  {
    throw cet::exception("ChannelMap35OptAlg") << __func__ << " not implemented!\n";
  } // ChannelMap35OptAlg::ROPtoTPCs()

std::vector< geo::WireID > geo::ChannelMap35OptAlg::ChannelToWire ( raw::ChannelID_t  channel ) const

overridevirtual

Returns a list of TPC wires connected to the specified readout channel ID

Exceptions

cet::exception

(category: "Geometry") if non-existent channel

Implements geo::ChannelMapAlg.

Definition at line 220 of file ChannelMap35OptAlg.cxx.

  {

    // first check if this channel ID is legal
    if(channel >= fNchannels )
      throw cet::exception("Geometry") << "ILLEGAL CHANNEL ID for channel " << channel << "\n";

    std::vector< WireID > AllSegments;
    
    static unsigned int cstat;
    static unsigned int tpc;
    static unsigned int plane;
    static unsigned int wireThisPlane;
    static unsigned int NextPlane;
    static unsigned int ThisPlane;
    
    for(unsigned int csloop = 0; csloop != fNcryostat; ++csloop){
      
      bool breakVariable = false;
      
      for(unsigned int apaloop = 0; apaloop != fNTPC[csloop]/2; ++apaloop){
        for(unsigned int planeloop = 0; planeloop != fPlanesPerAPA; ++planeloop){
          
          NextPlane = fFirstChannelInNextPlane[csloop][apaloop][planeloop];
                 ThisPlane = fFirstChannelInThisPlane[csloop][apaloop][planeloop];
          
          if(channel < NextPlane){
            
            cstat = csloop;
            tpc   = 2*apaloop;
            plane = planeloop;
            wireThisPlane  = channel - ThisPlane;
            
            breakVariable = true;
            break;
          }// end if break          
          if(breakVariable) break;
          
        }// end plane loop        
        if(breakVariable) break;
        
      }// end apa loop      
      if(breakVariable) break;
      
    }// end cryostat loop
    

    int WrapDirection = 1; // go from tpc to (tpc+1) or tpc to (tpc-1)

    // find the lowest wire
    raw::ChannelID_t ChannelGroup = std::floor( wireThisPlane/nAnchoredWires[cstat][tpc/2][plane] );
    unsigned int bottomwire = wireThisPlane-ChannelGroup*nAnchoredWires[cstat][tpc/2][plane];
    
    if(ChannelGroup%2==1){
      // start in the other TPC
      tpc += 1;
      WrapDirection  = -1;         
    }
    
    for(unsigned int WireSegmentCount = 0; WireSegmentCount != 50; ++WireSegmentCount){
      
      tpc += WrapDirection*(WireSegmentCount%2);
      
      geo::WireID CodeWire(cstat, tpc, plane, bottomwire + WireSegmentCount*nAnchoredWires[cstat][std::floor(tpc/2)][plane]);
      
      AllSegments.push_back(CodeWire);
      
      // reset the tcp variable so it doesnt "accumulate value"
      tpc -= WrapDirection*(WireSegmentCount%2);
      
      if( bottomwire + (WireSegmentCount+1)*nAnchoredWires[cstat][std::floor(tpc/2)][plane] > 
          fWiresPerPlane[cstat][std::floor(tpc/2)][plane]-1) break;
      
    } //end WireSegmentCount loop
    
    
    return AllSegments;
  }

raw::ChannelID_t geo::ChannelMap35OptAlg::FirstChannelInROP ( readout::ROPID const &  ropid ) const

overridevirtual

Returns the ID of the first channel in the specified readout plane.

Parameters

ropid

ID of the readout plane

Returns

ID of first channel, or raw::InvalidChannelID if ID is invalid

Note that this check is performed on the validity of the readout plane ID, that does not necessarily imply that the readout plane specified by the ID actually exists. Check if the ROP exists with HasROP(). The behaviour for non-existing readout planes is undefined.

Todo:

to be completed

Implements geo::ChannelMapAlg.

Definition at line 600 of file ChannelMap35OptAlg.cxx.

  {
    throw cet::exception("ChannelMap35OptAlg") << __func__ << " not implemented!\n";
  } // ChannelMap35OptAlg::FirstChannelInROP()

geo::TPCID geo::ChannelMap35OptAlg::FirstTPCinTPCset ( readout::TPCsetID const &  tpcsetid ) const

overridevirtual

Returns the ID of the first TPC belonging to the specified TPC set

Todo:

to be completed

Implements geo::ChannelMapAlg.

Definition at line 540 of file ChannelMap35OptAlg.cxx.

  {
    throw cet::exception("ChannelMap35OptAlg") << __func__ << " not implemented!\n";
  } // ChannelMap35OptAlg::FirstTPCinTPCset()

geo::PlaneID geo::ChannelMap35OptAlg::FirstWirePlaneInROP ( readout::ROPID const &  ropid ) const

overridevirtual

Returns the ID of the first plane belonging to the specified ROP.

Parameters

ropid

ID of the readout plane

Returns

ID of first channel, or raw::InvalidChannelID if ID is invalid

Note that this check is performed on the validity of the readout plane ID, that does not necessarily imply that the readout plane specified by the ID actually exists. Check if the ROP exists with HasROP(). The behaviour for non-existing readout planes is undefined.

Todo:

to be completed

Implements geo::ChannelMapAlg.

Definition at line 608 of file ChannelMap35OptAlg.cxx.

  {
    throw cet::exception("ChannelMap35OptAlg") << __func__ << " not implemented!\n";
  } // ChannelMap35OptAlg::FirstWirePlaneInROP()

unsigned int geo::ChannelMap35OptAlg::HardwareChannelFromOpChannel ( unsigned int  opChannel ) const

overridevirtual

Returns the hardware channel number of specified optical channel.

Parameters

opChannel

the optical detector channel being queried

Returns

the optical detector the specified optical channel belongs to

If the specified optical channel is invalid, behaviour is undefined.

Reimplemented from geo::ChannelMapAlg.

Definition at line 494 of file ChannelMap35OptAlg.cxx.

  {
    unsigned int channel = opChannel % 12;
    return channel;
  }

bool geo::ChannelMap35OptAlg::HasROP ( readout::ROPID const &  ropid ) const

overridevirtual

Returns whether we have the specified ROP

Returns

whether the readout plane is valid and exists

Implements geo::ChannelMapAlg.

Definition at line 561 of file ChannelMap35OptAlg.cxx.

                                                                 {
    return ropid.ROP < NROPs(ropid);
  } // ChannelMap35OptAlg::HasROP()

bool geo::ChannelMap35OptAlg::HasTPCset ( readout::TPCsetID const &  tpcsetid ) const

overridevirtual

Returns whether we have the specified TPC set

Returns

whether the TPC set is valid and exists

Todo:

to be completed

Implements geo::ChannelMapAlg.

Definition at line 516 of file ChannelMap35OptAlg.cxx.

  {
    return tpcsetid.TPCset < NTPCsets(tpcsetid);
  } // ChannelMap35OptAlg::HasTPCset()

void geo::ChannelMap35OptAlg::Initialize ( GeometryData_t const &  geodata )

overridevirtual

Geometry initialisation.

Implements geo::ChannelMapAlg.

Definition at line 42 of file ChannelMap35OptAlg.cxx.

  {
    // start over:
    Uninitialize();
    
    std::vector<geo::CryostatGeo> const& cgeo = geodata.cryostats;
    
    fNcryostat = cgeo.size();
    
    mf::LogInfo("ChannelMap35OptAlg") << "Initializing...";
      
    fNTPC.resize(fNcryostat);
    fWiresPerPlane.resize(fNcryostat);
    fFirstChannelInNextPlane.resize(fNcryostat);
    fFirstChannelInThisPlane.resize(fNcryostat);
    nAnchoredWires.resize(fNcryostat);
    fViews.clear();
    fPlaneIDs.clear();
    fPlanesPerAPA = cgeo[0].TPC(0).Nplanes();

    fTopChannel = 0;

    // Size some vectors and initialize the FirstChannel vectors.
    for(unsigned int cs = 0; cs != fNcryostat; ++cs){
      
      fNTPC[cs] = cgeo[cs].NTPC();

      nAnchoredWires[cs].resize(fNTPC[cs]);
      fWiresPerPlane[cs].resize(fNTPC[cs]);
      fFirstChannelInThisPlane[cs].resize(fNTPC[cs]/2);
      fFirstChannelInNextPlane[cs].resize(fNTPC[cs]/2);

      for(unsigned int apa = 0; apa != fNTPC[cs]/2; ++apa){
        
        nAnchoredWires[cs][apa].resize(fPlanesPerAPA);
        fWiresPerPlane[cs][apa].resize(fPlanesPerAPA);
        fFirstChannelInThisPlane[cs][apa].resize(fPlanesPerAPA);
        fFirstChannelInNextPlane[cs][apa].resize(fPlanesPerAPA);

      }// end loop over apas
    }// end cryostats

    // Find the number of wires anchored to the frame
    for(unsigned int c = 0; c != fNcryostat; ++c){
      for(unsigned int a = 0; a != fNTPC[c]/2; ++a){
        for(unsigned int p = 0; p != fPlanesPerAPA; ++p){

          unsigned int t = 2*a;
          fWiresPerPlane[c][a][p] = cgeo[c].TPC(t).Plane(p).Nwires();
          double xyz[3] = {0.};
          double xyz_next[3] = {0.};

          fViews.emplace(cgeo[c].TPC(t).Plane(p).View());

          for(unsigned int w = 0; w != fWiresPerPlane[c][a][p]; ++w){

            // for vertical planes
            if(cgeo[c].TPC(t).Plane(p).View() == geo::kZ)   { 
              nAnchoredWires[c][a][p] = fWiresPerPlane[c][a][p];      
              break;
            }

            cgeo[c].TPC(t).Plane(p).Wire(w).GetCenter(xyz);
            cgeo[c].TPC(t).Plane(p).Wire(w+1).GetCenter(xyz_next);

                if(xyz[2]==xyz_next[2]){
              nAnchoredWires[c][a][p] = w; // w-1(for last)+1(for index) = w    
              break;
            }

          }
        }
      }
    }

    raw::ChannelID_t CurrentChannel = 0;
 
    for(unsigned int cs = 0; cs != fNcryostat; ++cs){
      for(unsigned int apa = 0; apa != fNTPC[cs]/2; ++apa){  
        for(unsigned int p = 0; p != fPlanesPerAPA; ++p){

          fFirstChannelInThisPlane[cs][apa][p] = CurrentChannel;
          CurrentChannel = CurrentChannel + 2*nAnchoredWires[cs][apa][p];
          fFirstChannelInNextPlane[cs][apa][p] = CurrentChannel;

        }// end plane loop
      }// end apa loop
    }// end cs


    // Save the number of channels
    fNchannels = CurrentChannel;

    // Save the number of channels
    fChannelsPerAPA = fFirstChannelInNextPlane[0][0][fPlanesPerAPA-1];

    
    fWirePitch.resize(fPlanesPerAPA);
    fOrientation.resize(fPlanesPerAPA);
    fSinOrientation.resize(fPlanesPerAPA);
    fCosOrientation.resize(fPlanesPerAPA);


    //save data into fFirstWireCenterY, fFirstWireCenterZ and fWireSortingInZ
    fPlaneData.resize(fNcryostat);
    for (unsigned int cs=0; cs<fNcryostat; cs++){
      fPlaneData[cs].resize(fNTPC[cs]);
      for (unsigned int tpc=0; tpc<fNTPC[cs]; tpc++){
        fPlaneData[cs][tpc].resize(fPlanesPerAPA);
        for (unsigned int plane=0; plane<fPlanesPerAPA; plane++){
          PlaneData_t& PlaneData = fPlaneData[cs][tpc][plane];
          fPlaneIDs.emplace(cs, tpc, plane);
          double xyz[3]={0.0, 0.0, 0.0};
          const geo::PlaneGeo& thePlane = cgeo[cs].TPC(tpc).Plane(plane);
          thePlane.Wire(0).GetCenter(xyz);
          PlaneData.fFirstWireCenterY = xyz[1];
          PlaneData.fFirstWireCenterZ = xyz[2];
          // we are interested in the ordering of wire numbers: we find that a
          // point is N wires left of a wire W: is that wire W + N or W - N?
          // In fact, for TPC #0 it is W + N for V and Z planes, W - N for U
          // plane; for TPC #0 it is W + N for V and Z planes, W - N for U
          PlaneData.fWireSortingInZ = thePlane.WireIDincreasesWithZ()? +1.: -1.;

          // find boundaries of the APA frame for this plane by looking at endpoints of wires

          double endpoint[3];
          thePlane.Wire(0).GetStart(endpoint);
          PlaneData.fYmax = endpoint[1];
          PlaneData.fYmin = endpoint[1];
          PlaneData.fZmax = endpoint[2];
          PlaneData.fZmin = endpoint[2];
          unsigned int nwires = thePlane.Nwires(); 
          for (unsigned int iwire=0;iwire<nwires;iwire++){
            thePlane.Wire(iwire).GetStart(endpoint);
            PlaneData.fYmax = std::max(PlaneData.fYmax,endpoint[1]);
            PlaneData.fYmin = std::min(PlaneData.fYmin,endpoint[1]);
            PlaneData.fZmax = std::max(PlaneData.fZmax,endpoint[2]);
            PlaneData.fZmin = std::min(PlaneData.fZmin,endpoint[2]);
            thePlane.Wire(iwire).GetEnd(endpoint);
            PlaneData.fYmax = std::max(PlaneData.fYmax,endpoint[1]);
            PlaneData.fYmin = std::min(PlaneData.fYmin,endpoint[1]);
            PlaneData.fZmax = std::max(PlaneData.fZmax,endpoint[2]);
            PlaneData.fZmin = std::min(PlaneData.fZmin,endpoint[2]);        
          } // loop on wire 

        } // for plane
      } // for TPC
    } // for cryostat

    //initialize fWirePitch and fOrientation
    for (unsigned int plane=0; plane<fPlanesPerAPA; plane++){
      fWirePitch[plane]=cgeo[0].TPC(0).WirePitch(plane);
      fOrientation[plane]=cgeo[0].TPC(0).Plane(plane).Wire(0).ThetaZ();
      fSinOrientation[plane] = sin(fOrientation[plane]);
      fCosOrientation[plane] = cos(fOrientation[plane]);

    } // for
    
    
    mf::LogVerbatim("ChannelMap35OptAlg") << "fNchannels = " << fNchannels ; 
    mf::LogVerbatim("ChannelMap35OptAlg") << "U channels per APA = " << 2*nAnchoredWires[0][0][0] ;
    mf::LogVerbatim("ChannelMap35OptAlg") << "V channels per APA = " << 2*nAnchoredWires[0][0][1] ;
    mf::LogVerbatim("ChannelMap35OptAlg") << "Z channels per APA side = " << nAnchoredWires[0][0][2] ;

    return;

  }

unsigned int geo::ChannelMap35OptAlg::MaxROPs ( ) const

overridevirtual

Returns the largest number of ROPs a TPC set in the detector has

Todo:

to be completed

Implements geo::ChannelMapAlg.

Definition at line 555 of file ChannelMap35OptAlg.cxx.

                                                 {
    throw cet::exception("ChannelMap35OptAlg") << __func__ << " not implemented!\n";
  } // ChannelMap35OptAlg::MaxROPs()

unsigned int geo::ChannelMap35OptAlg::MaxTPCsets ( ) const

overridevirtual

Returns the largest number of TPC sets any cryostat in the detector has

Todo:

to be completed

Implements geo::ChannelMapAlg.

Definition at line 509 of file ChannelMap35OptAlg.cxx.

  {
    throw cet::exception("ChannelMap35OptAlg") << __func__ << " not implemented!\n";
  } // ChannelMap35OptAlg::MaxTPCsets()

unsigned int geo::ChannelMap35OptAlg::Nchannels ( ) const

overridevirtual

Returns the total number of channels present (not necessarily contiguous)

Implements geo::ChannelMapAlg.

Definition at line 301 of file ChannelMap35OptAlg.cxx.

  {
    return fNchannels;
  }

unsigned int geo::ChannelMap35OptAlg::Nchannels ( readout::ROPID const &  ropid ) const

overridevirtual

Returns the number of channels in the specified ROP.

Returns

number of channels in the specified ROP, 0 if non-existent

Todo:

to be completed

Implements geo::ChannelMapAlg.

Definition at line 309 of file ChannelMap35OptAlg.cxx.

  {
    throw cet::exception("ChannelMap35OptAlg") << __func__ << " not implemented!\n";
  } // ChannelMap35OptAlg::Nchannels(ROPID)

virtual WireID geo::ChannelMap35OptAlg::NearestWireID ( const TVector3 &  worldPos, unsigned int  PlaneNo, unsigned int  TPCNo, unsigned int  cstat  ) const

inlineoverridevirtual

Returns the ID of the wire nearest to the specified position.

Parameters

worldPos	position to be tested
PlaneNo	number of plane containing the wire
TPCNo	number of TPC containing the wire
cstat	number of cryostat containing the wire

Returns

the ID of the wire closest to worldPos in the specified plane

See also

NearestWireID(const TVector3&, geo::PlaneID const&)

Deprecated:

Use the version with geo::PlaneID instead

Implements geo::ChannelMapAlg.

Definition at line 68 of file ChannelMap35OptAlg.h.

      { return NearestWireID(worldPos, geo::PlaneID(cstat, TPCNo, PlaneNo)); }

WireID geo::ChannelMap35OptAlg::NearestWireID ( const TVector3 &  worldPos, geo::PlaneID const &  planeID  ) const

overridevirtual

Returns the ID of the wire nearest to the specified position.

Parameters

worldPos	position to be tested
planeID	plane containing the wire

Returns

the ID of the wire closest to worldPos in the specified plane

Exceptions

InvalidWireIDError

the ID found is not present in the detector

See also

WireCoordinate(double, double, geo::PlaneID const&)

The plane is required to be valid and exist in the detector. Otherwise, the behaviour is undefined. An exception is thrown if the wire that would be the closest is actually not present; but no check is performed whether the specified position is outside the wire plane: wires are extrapolated to be infinitely long. In other words, the result can be trusted only as long as the position is within the specified wire plane.

Reimplemented from geo::ChannelMapAlg.

Definition at line 351 of file ChannelMap35OptAlg.cxx.

  {

    // cap the position to be within the boundaries of the wire endpoints.
    // This simulates charge drifting in from outside of the wire frames inwards towards
    // the first and last collection wires on the side, and towards the right endpoints

    const PlaneData_t& PlaneData = AccessElement(fPlaneData, planeid);
    double ycap = std::max(PlaneData.fYmin,std::min(PlaneData.fYmax,xyz.Y()));
    double zcap = std::max(PlaneData.fZmin,std::min(PlaneData.fZmax,xyz.Z()));

    // add 0.5 to have the correct rounding
    int NearestWireNumber
      = int (0.5 + WireCoordinate(ycap, zcap, planeid));
    
    // If we are outside of the wireplane range, throw an exception
    // (this response maintains consistency with the previous
    // implementation based on geometry lookup)
    if(NearestWireNumber < 0 ||
       NearestWireNumber >= (int) WiresPerPlane(planeid))
    {
      const int wireNumber = NearestWireNumber; // save for the output
      
      if(wireNumber < 0 ) NearestWireNumber = 0;
      else                NearestWireNumber = WiresPerPlane(planeid) - 1;
    
    /*
      // comment in the following statement to throw an exception instead
      throw InvalidWireIDError("Geometry", wireNumber, NearestWireNumber)
        << "ChannelMap35OptAlg::NearestWireID(): can't Find Nearest Wire for position (" 
        << xyz.X() << "," << xyz.Y() << "," << xyz.Z() << ")"
        << " approx wire number # " << wireNumber
        << " (capped from " << NearestWireNumber << ")\n";
    */
    } // if invalid wire
    
    return { planeid, (geo::WireID::WireID_t) NearestWireNumber };
  } // ChannelMap35OptAlg::NearestWireID()

unsigned int geo::ChannelMap35OptAlg::NOpChannels ( unsigned int  NOpDets ) const

overridevirtual

Returns the number of optical channels contained in some detectors.

Parameters

NOpDets

number of optical detectors

Returns

optical channels contained in NOpDets detectors

This function returns how many channels can be expected to be present in a detector with NOpDets optical detectors. This is an upper limit, as not all channels have necessarily to be present.

For example: if a detector has four channels per optical detector, the returned value will be four times the argument NOpDets. If there is a single channel on each optical detector, the return value will be the value NOpDets (this is in fact the fallback implementation). If each optical detector can have anywhere between 2 and 12 channels, the returned value is 12 times NOpDets, and it will be an overestimation of the number of channels.

Reimplemented from geo::ChannelMapAlg.

Definition at line 459 of file ChannelMap35OptAlg.cxx.

  {
    return 12*NOpDets;
  }

unsigned int geo::ChannelMap35OptAlg::NOpHardwareChannels ( unsigned int  opDet ) const

overridevirtual

Returns the number of channels in the specified optical detectors.

Parameters

opDet

ID of the chosen optical detector

Returns

optical channels contained in optical detector with ID opDet

This function returns how many channels are actually present in the optical detector with the specified ID.

For example: if a detector has four channels per optical detector, the returned value will be four, regardless opDet, and . If there is a single channel on each optical detector, the return value will be 1, again ignoring opDet (this is in fact the fallback implementation). If each optical detector can have anywhere between 2 and 12 channels, the returned value will be 2, 12, etc., that is the exact number of channels in opDet.

Although implementations are encouraged to return 0 on invalid optical detectors, the actual return value in that case is undefined.

Reimplemented from geo::ChannelMapAlg.

Definition at line 465 of file ChannelMap35OptAlg.cxx.

  {
    // CSU 3-sipm design
    if (opDet == 0 || opDet == 4 || opDet == 6)
      return 8;

    // LSU 2-sipm design
    if (opDet == 2)
      return 2;

    // IU 12-sipm design
    return 12;    
  }

unsigned int geo::ChannelMap35OptAlg::NROPs ( readout::TPCsetID const &  tpcsetid ) const

overridevirtual

Returns the total number of ROP in the specified TPC set.

Parameters

tpcsetid

TPC set ID

Returns

number of readout planes in the TPC set, or 0 if no TPC set found

Note that this methods explicitly check the existence of the TPC set.

Todo:

to be completed

Implements geo::ChannelMapAlg.

Definition at line 548 of file ChannelMap35OptAlg.cxx.

  {
    throw cet::exception("ChannelMap35OptAlg") << __func__ << " not implemented!\n";
  } // ChannelMap35OptAlg::NROPs()

unsigned int geo::ChannelMap35OptAlg::NTPCsets ( readout::CryostatID const &  cryoid ) const

overridevirtual

Returns the total number of TPC sets in the specified cryostat.

Parameters

cryoid

cryostat ID

Returns

number of TPC sets in the cryostat, or 0 if no cryostat found

Todo:

to be completed

Implements geo::ChannelMapAlg.

Definition at line 502 of file ChannelMap35OptAlg.cxx.

  {
    throw cet::exception("ChannelMap35OptAlg") << __func__ << " not implemented!\n";
  } // ChannelMap35OptAlg::NTPCsets()

unsigned int geo::ChannelMap35OptAlg::OpChannel ( unsigned int  detNum, unsigned int  hwchannel = 0  ) const

overridevirtual

Returns the channel ID of the specified hardware channel.

Parameters

detNum	optical detector ID
hwchannel	hardware channel within the specified optical detector

Returns

ID of the channel identified by detector and hardware channel IDs

If the input IDs identify a non-existing channel, the result is undefined.

Reimplemented from geo::ChannelMapAlg.

Definition at line 480 of file ChannelMap35OptAlg.cxx.

  {
    unsigned int uniqueChannel = (detNum * 12) + channel;
    return uniqueChannel;
  }

unsigned int geo::ChannelMap35OptAlg::OpDetFromOpChannel ( unsigned int  opChannel ) const

overridevirtual

Returns the optical detector the specified optical channel belongs.

Parameters

opChannel

the optical detector channel being queried

Returns

the optical detector the specified optical channel belongs to

If the specified optical channel is invalid, behaviour is undefined.

Reimplemented from geo::ChannelMapAlg.

Definition at line 487 of file ChannelMap35OptAlg.cxx.

  {
    unsigned int detectorNum = (unsigned int) opChannel / 12;
    return detectorNum;
  }

std::set< PlaneID > const & geo::ChannelMap35OptAlg::PlaneIDs ( ) const

overridevirtual

Returns a list of the plane IDs in the whole detector.

Implements geo::ChannelMapAlg.

Definition at line 453 of file ChannelMap35OptAlg.cxx.

  {
    return fPlaneIDs;
  }

virtual raw::ChannelID_t geo::ChannelMap35OptAlg::PlaneWireToChannel ( unsigned int  plane, unsigned int  wire, unsigned int  tpc, unsigned int  cstat  ) const

inlineoverridevirtual

Returns the channel ID a wire is connected to.

Parameters

plane	number of plane
wire	number of wire
tpc	number of TPC
cstat	number of cryostat

Returns

the ID of the channel

See also

PlaneWireToChannel(geo::WireID const&)

Deprecated:

Use the version with geo::WireID

Implements geo::ChannelMapAlg.

Definition at line 77 of file ChannelMap35OptAlg.h.

      { return PlaneWireToChannel(geo::WireID(cstat, tpc, plane, wire)); }

raw::ChannelID_t geo::ChannelMap35OptAlg::PlaneWireToChannel ( geo::WireID const &  wireID ) const

overridevirtual

Returns the channel ID a wire is connected to.

Parameters

wireID

ID of the wire

Returns

the ID of the channel

See also

PlaneWireToChannel(geo::WireID const&)

Behaviour on an invalid or not present wires is undefined.

Deprecated:

Use the version with geo::WireID

Reimplemented from geo::ChannelMapAlg.

Definition at line 392 of file ChannelMap35OptAlg.cxx.

  {

    unsigned int OtherSideWires = 0;

    raw::ChannelID_t Channel = AccessAPAelement(fFirstChannelInThisPlane, wireid);

    // get number of wires starting on the first side of the APA if starting
    // on the other side TPC.
    if (wireid.TPC % 2 == 1) OtherSideWires += AnchoredWires(wireid);
    
    // Lastly, account for the fact that channel number while moving up wire number in one
    // plane resets after 2 times the number of wires anchored -- one for each APA side.
    // At the same time, OtherSideWires accounts for the fact that if a channel starts on
    // the other side, it is offset by the number of wires on the first side.
    Channel += (OtherSideWires + wireid.Wire)%(2*AnchoredWires(wireid));

    return Channel;

  }

std::vector< geo::TPCID > geo::ChannelMap35OptAlg::ROPtoTPCs ( readout::ROPID const &  ropid ) const

overridevirtual

Returns a list of ID of TPCs the specified ROP spans.

Parameters

ropid

ID of the readout plane

Returns

the list of TPC IDs, empty if readout plane ID is invalid

Note that this check is performed on the validity of the readout plane ID, that does not necessarily imply that the readout plane specified by the ID actually exists. Check if the ROP exists with HasROP(). The behaviour on non-existing readout planes is undefined.

Todo:

to be completed

Implements geo::ChannelMapAlg.

Definition at line 584 of file ChannelMap35OptAlg.cxx.

  {
    throw cet::exception("ChannelMap35OptAlg") << __func__ << " not implemented!\n";
  } // ChannelMap35OptAlg::ROPtoTPCs()

std::vector< geo::PlaneID > geo::ChannelMap35OptAlg::ROPtoWirePlanes ( readout::ROPID const &  ropid ) const

overridevirtual

Returns a list of ID of wire planes belonging to the specified ROP.

Parameters

ropid

ID of the readout plane to convert into wire planes

Returns

the list of wire plane IDs, empty if readout plane ID is invalid

Note that this check is performed on the validity of the readout plane ID, that does not necessarily imply that the readout plane specified by the ID actually exists. Check if the ROP exists with HasROP(). The behaviour on non-existing readout planes is undefined.

Todo:

to be completed

Implements geo::ChannelMapAlg.

Definition at line 576 of file ChannelMap35OptAlg.cxx.

  {
    throw cet::exception("ChannelMap35OptAlg") << __func__ << " not implemented!\n";
  } // ChannelMap35OptAlg::ROPtoWirePlanes()

SigType_t geo::ChannelMap35OptAlg::SignalTypeForChannelImpl ( raw::ChannelID_t const  channel ) const

overridevirtual

Return the signal type of the specified channel.

Parameters

channel

ID of the channel

Returns

signal type of the channel, or geo::kMysteryType if not known

On any type of error (e.g., invalid or unknown channel ID), geo::kMysteryType is returned.

Implements geo::ChannelMapAlg.

Definition at line 415 of file ChannelMap35OptAlg.cxx.

  {
    raw::ChannelID_t chan = channel % fChannelsPerAPA;
    SigType_t sigt = kInduction;

    if(       chan <  fFirstChannelInThisPlane[0][0][2]     ){ sigt = kInduction;  }
    else if( (chan >= fFirstChannelInThisPlane[0][0][2]) &&
             (chan <  fFirstChannelInNextPlane[0][0][2])    ){ sigt = kCollection; }
    else{    mf::LogWarning("BadChannelSignalType") << "Channel " << channel 
                                                    << " (" << chan << ") not given signal type." << std::endl;         }
  
    return sigt;
  }

virtual geo::GeoObjectSorter const& geo::ChannelMap35OptAlg::Sorter ( ) const

inlineoverridevirtual

Returns the object to sort geometry with.

Implements geo::ChannelMapAlg.

Definition at line 262 of file ChannelMap35OptAlg.h.

      { return fSorter; }

std::vector< geo::TPCID > geo::ChannelMap35OptAlg::TPCsetToTPCs ( readout::TPCsetID const &  tpcsetid ) const

overridevirtual

Returns a list of ID of TPCs belonging to the specified TPC set.

Parameters

tpcsetid

ID of the TPC set to convert into TPC IDs

Returns

the list of TPCs, empty if TPC set is invalid

Note that the check is performed on the validity of the TPC set ID, that does not necessarily imply that the TPC set specified by the ID actually exists. Check the existence of the TPC set first (HasTPCset()). Behaviour on valid, non-existent TPC set IDs is undefined.

Todo:

to be completed

Implements geo::ChannelMapAlg.

Definition at line 532 of file ChannelMap35OptAlg.cxx.

  {
    throw cet::exception("ChannelMap35OptAlg") << __func__ << " not implemented!\n";
  } // ChannelMap35OptAlg::TPCsetToTPCs()

readout::TPCsetID geo::ChannelMap35OptAlg::TPCtoTPCset ( geo::TPCID const &  tpcid ) const

overridevirtual

Returns the ID of the TPC set the specified TPC belongs to.

Parameters

tpcid

ID of the TPC

Returns

the ID of the corresponding TPC set

Note that the check is performed on the validity of the TPC set ID, that does not necessarily imply that the TPC set specified by the ID actually exists. Check the existence of the TPC set first (HasTPCset()). Behaviour on valid, non-existent TPC set IDs is undefined.

Todo:

to be completed

Implements geo::ChannelMapAlg.

Definition at line 524 of file ChannelMap35OptAlg.cxx.

  {
    throw cet::exception("ChannelMap35OptAlg") << __func__ << " not implemented!\n";
  } // ChannelMap35OptAlg::TPCtoTPCset()

void geo::ChannelMap35OptAlg::Uninitialize ( )

overridevirtual

Deconfiguration: prepare for a following call of Initialize()

Implements geo::ChannelMapAlg.

Definition at line 211 of file ChannelMap35OptAlg.cxx.

  {

    PlaneInfoMap_t<raw::ChannelID_t>().swap(fFirstChannelInThisPlane);
    PlaneInfoMap_t<raw::ChannelID_t>().swap(fFirstChannelInNextPlane);

  }

View_t geo::ChannelMap35OptAlg::View

(

raw::ChannelID_t const

channel

)

const

Definition at line 430 of file ChannelMap35OptAlg.cxx.

  {
    raw::ChannelID_t chan = channel % fChannelsPerAPA;
    View_t view = geo::kU;

    if(       chan <  fFirstChannelInNextPlane[0][0][0]     ){ view = geo::kU; }
    else if( (chan >= fFirstChannelInThisPlane[0][0][1]) &&
             (chan <  fFirstChannelInNextPlane[0][0][1])    ){ view = geo::kV; }
    else if( (chan >= fFirstChannelInThisPlane[0][0][2]) &&
             (chan <  fFirstChannelInNextPlane[0][0][2])    ){ view = geo::kZ; }
    else{    mf::LogWarning("BadChannelViewType") << "Channel " << channel 
                                                  << " (" << chan << ") not given view type.";}
    
    return view;
  }  

std::set< View_t > const & geo::ChannelMap35OptAlg::Views

(

)

const

Definition at line 447 of file ChannelMap35OptAlg.cxx.

  {
    return fViews;
  }

virtual double geo::ChannelMap35OptAlg::WireCoordinate ( double  YPos, double  ZPos, unsigned int  PlaneNo, unsigned int  TPCNo, unsigned int  cstat  ) const

inlineoverridevirtual

Returns the index of the wire nearest to the specified position.

Parameters

YPos	y coordinate on the wire plane
ZPos	z coordinate on the wire plane
PlaneNo	number of plane
TPCNo	number of TPC
cstat	number of cryostat

Returns

an index interpolation between the two nearest wires

See also

WireCoordinate(double, double, geo::PlaneID const&)

Deprecated:

Use the version with geo::PlaneID instead

Implements geo::ChannelMapAlg.

Definition at line 56 of file ChannelMap35OptAlg.h.

      { return WireCoordinate(YPos, ZPos, geo::PlaneID(cstat, TPCNo, PlaneNo)); }

double geo::ChannelMap35OptAlg::WireCoordinate ( double  YPos, double  ZPos, geo::PlaneID const &  planeID  ) const

overridevirtual

Returns the index of the wire nearest to the specified position.

Parameters

YPos	y coordinate on the wire plane
ZPos	z coordinate on the wire plane
planeID	ID of the plane

Returns

an index interpolation between the two nearest wires

See also

NearestWireID()

Respect to NearestWireID(), this method returns a real number, representing a continuous coordinate in the wire axis, with the round values corresponding to the actual wires.

The plane is required to be valid and exist in the detector. Otherwise, the behaviour is undefined.

Reimplemented from geo::ChannelMapAlg.

Definition at line 317 of file ChannelMap35OptAlg.cxx.

  {
    // Returns the wire number corresponding to a (Y,Z) position in the plane
    // with float precision.
    // Core code ripped from original NearestWireID() implementation
    
    const PlaneData_t& PlaneData = AccessElement(fPlaneData, planeid);
    
    //get the orientation angle of a given plane and calculate the distance between first wire
    //and a point projected in the plane
//    const double rotate = (planeid.TPC % 2 == 1)? -1.: +1.;
    
    // the formula used here is geometric:
    // distance = delta_y cos(theta_z) + delta_z sin(theta_z)
    // with a correction for the orientation of the TPC:
    // odd TPCs have supplementary wire angle (pi-theta_z), changing cosine sign
    
    const bool bSuppl = (planeid.TPC % 2) == 1;
    float distance =
      -(YPos - PlaneData.fFirstWireCenterY) * (bSuppl? -1.: +1.) * fCosOrientation[planeid.Plane]
      +(ZPos - PlaneData.fFirstWireCenterZ) * fSinOrientation[planeid.Plane]
      ;
    
    // The sign of this formula is correct if the wire with larger ID is on the
    // "right" (intuitively, larger z; rigorously, smaller intercept)
    // than this one.
    // Of course, we are not always that lucky. fWireSortingInZ fixes our luck.

    return PlaneData.fWireSortingInZ * distance/fWirePitch[planeid.Plane];
  } // ChannelMap35OptAlg::WireCoordinate()

readout::ROPID geo::ChannelMap35OptAlg::WirePlaneToROP ( geo::PlaneID const &  planeid ) const

overridevirtual

Returns the ID of the ROP planeid belongs to, or invalid if none.

Parameters

planeid

ID of the wire plane

Returns

the ID of the corresponding ROP, or invalid ID when planeid is

Note that this check is performed on the validity of the wire plane ID, that does not necessarily imply that the wire plane specified by the ID actually exists. Check if the wire plane exists with HasPlane(). The behaviour on non-existing wire planes is undefined.

Todo:

to be completed

Implements geo::ChannelMapAlg.

Definition at line 568 of file ChannelMap35OptAlg.cxx.

  {
    throw cet::exception("ChannelMap35OptAlg") << __func__ << " not implemented!\n";
  } // ChannelMap35OptAlg::WirePlaneToROP()

unsigned int geo::ChannelMap35OptAlg::WiresPerPlane ( geo::PlaneID const &  planeid ) const

inlineprivate

Definition at line 313 of file ChannelMap35OptAlg.h.

      { return AccessAPAelement(fWiresPerPlane, planeid); }

Member Data Documentation

raw::ChannelID_t geo::ChannelMap35OptAlg::fChannelsPerAPA

private

Definition at line 282 of file ChannelMap35OptAlg.h.

std::vector< double > geo::ChannelMap35OptAlg::fCosOrientation

private

Definition at line 307 of file ChannelMap35OptAlg.h.

unsigned int geo::ChannelMap35OptAlg::fNchannels

private

number of channels in the detector

Definition at line 275 of file ChannelMap35OptAlg.h.

unsigned int geo::ChannelMap35OptAlg::fNcryostat

private

number of cryostats in the detector

Definition at line 274 of file ChannelMap35OptAlg.h.

std::vector<unsigned int> geo::ChannelMap35OptAlg::fNTPC

private

number of TPCs in each cryostat

Definition at line 277 of file ChannelMap35OptAlg.h.

std::vector< double > geo::ChannelMap35OptAlg::fOrientation

private

Definition at line 305 of file ChannelMap35OptAlg.h.

PlaneInfoMap_t<PlaneData_t> geo::ChannelMap35OptAlg::fPlaneData

private

Definition at line 302 of file ChannelMap35OptAlg.h.

std::set<PlaneID> geo::ChannelMap35OptAlg::fPlaneIDs

private

vector of the PlaneIDs present in the detector

Definition at line 279 of file ChannelMap35OptAlg.h.

unsigned int geo::ChannelMap35OptAlg::fPlanesPerAPA

private

Definition at line 281 of file ChannelMap35OptAlg.h.

std::vector< double > geo::ChannelMap35OptAlg::fSinOrientation

private

Definition at line 306 of file ChannelMap35OptAlg.h.

geo::GeoObjectSorter35 geo::ChannelMap35OptAlg::fSorter

private

sorts geo::XXXGeo objects

Definition at line 287 of file ChannelMap35OptAlg.h.

raw::ChannelID_t geo::ChannelMap35OptAlg::fTopChannel

private

book keeping highest channel #

Definition at line 276 of file ChannelMap35OptAlg.h.

std::set<View_t> geo::ChannelMap35OptAlg::fViews

private

vector of the views present in the detector

Definition at line 278 of file ChannelMap35OptAlg.h.

std::vector< double > geo::ChannelMap35OptAlg::fWirePitch

private

Definition at line 304 of file ChannelMap35OptAlg.h.

PlaneInfoMap_t<unsigned int> geo::ChannelMap35OptAlg::fWiresPerPlane

private

The number of wires in this plane in the heirachy

Definition at line 285 of file ChannelMap35OptAlg.h.

PlaneInfoMap_t<unsigned int> geo::ChannelMap35OptAlg::nAnchoredWires

private

Definition at line 283 of file ChannelMap35OptAlg.h.

---

The documentation for this class was generated from the following files:

• dunecore/dunecore/Geometry/ChannelMap35OptAlg.h
• dunecore/dunecore/Geometry/ChannelMap35OptAlg.cxx