geo_types.h File Reference

Definition of data types for geometry description. More...

#include <climits>
#include <cmath>
#include <string>
#include <sstream>
#include <iosfwd>
#include <limits>

Go to the source code of this file.

Classes
struct	geo::details::AbsIDtypeStruct< ID, Index, typename >
struct	geo::details::RelIDtypeStruct< ID, UpIndex >
struct	geo::ElementLevel
struct	geo::CryostatID
	The data type to uniquely identify a cryostat. More...
struct	geo::OpDetID
	The data type to uniquely identify a optical detector. More...
struct	geo::TPCID
	The data type to uniquely identify a TPC. More...
struct	geo::PlaneID
	The data type to uniquely identify a Plane. More...
struct	geo::WireID
struct	geo::WireIDIntersection
struct	geo::details::AbsIDtypeStruct< ID, Index, typename >
struct	geo::details::AbsIDtypeStruct< ID, Index, std::enable_if_t<(Index==ID::Level)> >
struct	geo::details::RelIDtypeStruct< ID, UpIndex >
struct	geo::details::RelIDtypeStruct< ID, 0U >

Namespaces
	geo
	LArSoft geometry interface.
	geo::details

Typedefs
template<std::size_t Index, typename ID >
using	geo::details::AbsIDtype = typename AbsIDtypeStruct< ID, Index >::type
template<std::size_t UpIndex, typename ID >
using	geo::details::RelIDtype = typename RelIDtypeStruct< ID, UpIndex >::type

Functions
template<typename T >
std::string	geo::details::writeToString (T const &value)
	Write the argument into a string. More...
template<typename ID >
constexpr std::size_t	geo::details::geoElementLevel ()
template<std::size_t Index, typename ID >
constexpr auto	geo::details::getAbsIDindex (ID const &id)
template<std::size_t Index, typename ID >
auto &	geo::details::getAbsIDindex (ID &id)
template<std::size_t UpIndex, typename ID >
auto	geo::details::getRelIDindex (ID const &id)
std::string	geo::SignalTypeName (geo::SigType_t sigType)
	Returns the name of the specified signal type. More...
Geometry element IDs
std::ostream &	geo::operator<< (std::ostream &out, CryostatID const &cid)
	Generic output of CryostatID to stream. More...
std::ostream &	geo::operator<< (std::ostream &out, OpDetID const &oid)
	Generic output of OpDetID to stream. More...
std::ostream &	geo::operator<< (std::ostream &out, TPCID const &tid)
	Generic output of TPCID to stream. More...
std::ostream &	geo::operator<< (std::ostream &out, PlaneID const &pid)
	Generic output of PlaneID to stream. More...
std::ostream &	geo::operator<< (std::ostream &out, WireID const &wid)
	Generic output of WireID to stream. More...
ID comparison operators
The result of comparison with invalid IDs is undefined.
constexpr bool	geo::operator== (CryostatID const &a, CryostatID const &b)
	Comparison: the IDs point to the same cryostat (validity is ignored) More...
constexpr bool	geo::operator!= (CryostatID const &a, CryostatID const &b)
	Comparison: the IDs point to different cryostats (validity is ignored) More...
constexpr bool	geo::operator< (CryostatID const &a, CryostatID const &b)
	Order cryostats with increasing ID. More...
constexpr bool	geo::operator== (OpDetID const &a, OpDetID const &b)
	Comparison: the IDs point to same optical detector (validity is ignored) More...
constexpr bool	geo::operator!= (OpDetID const &a, OpDetID const &b)
	Comparison: IDs point to different optical detectors (validity is ignored) More...
constexpr bool	geo::operator< (OpDetID const &a, OpDetID const &b)
	Order OpDetID in increasing Cryo, then OpDet. More...
constexpr bool	geo::operator== (TPCID const &a, TPCID const &b)
	Comparison: the IDs point to the same TPC (validity is ignored) More...
constexpr bool	geo::operator!= (TPCID const &a, TPCID const &b)
	Comparison: the IDs point to different TPCs (validity is ignored) More...
constexpr bool	geo::operator< (TPCID const &a, TPCID const &b)
	Order TPCID in increasing Cryo, then TPC. More...
constexpr bool	geo::operator== (PlaneID const &a, PlaneID const &b)
	Comparison: the IDs point to the same plane (validity is ignored) More...
constexpr bool	geo::operator!= (PlaneID const &a, PlaneID const &b)
	Comparison: the IDs point to different planes (validity is ignored) More...
constexpr bool	geo::operator< (PlaneID const &a, PlaneID const &b)
	Order PlaneID in increasing TPC, then plane. More...
constexpr bool	geo::operator== (WireID const &a, WireID const &b)
	Comparison: the IDs point to the same wire (validity is ignored) More...
constexpr bool	geo::operator!= (WireID const &a, WireID const &b)
	Comparison: the IDs point to different wires (validity is ignored) More...
constexpr bool	geo::operator< (WireID const &a, WireID const &b)

Variables
template<typename ID >
constexpr bool	geo::details::isTopGeoElementID = std::is_void_v<typename ID::ParentID_t>
	Whether ID represents an element on top of the hierarchy. More...

Geometry enumerators
enum	geo::coordinates { geo::kXCoord, geo::kYCoord, geo::kZCoord }
enum	geo::_plane_proj {   geo::kU, geo::kV, geo::kW, geo::kZ =kW,   geo::kY, geo::kX, geo::k3D, geo::kUnknown }
	Enumerate the possible plane projections. More...
enum	geo::_plane_orient { geo::kHorizontal, geo::kVertical }
enum	geo::_plane_sigtype { geo::kInduction, geo::kCollection, geo::kMysteryType }
enum	geo::driftdir {   geo::kUnknownDrift, geo::kPos, geo::kNeg, geo::kPosX = kPos,   geo::kNegX = kNeg }
	Drift direction: positive or negative. More...
typedef enum geo::coordinates	geo::Coord_t
typedef enum geo::_plane_proj	geo::View_t
	Enumerate the possible plane projections. More...
typedef enum geo::_plane_orient	geo::Orient_t
typedef enum geo::_plane_sigtype	geo::SigType_t
typedef enum geo::driftdir	geo::DriftDirection_t
	Drift direction: positive or negative. More...

Detailed Description

Definition of data types for geometry description.

Author

Brian Rebel (brebe.nosp@m.l@fn.nosp@m.al.go.nosp@m.v)

See also

larcoreobj/SimpleTypesAndConstants/geo_types.cxx

This library depends only on standard C++.

Definition in file geo_types.h.