#include <StagedTrackingGeometryBuilderImpl.h>

Collaboration diagram for InDet::LayerSetup:

Public Member Functions
	LayerSetup (const std::string &idName, int cCode, const std::vector< Trk::Layer * > &negLayers, const std::vector< Trk::Layer * > &cenLayers, const std::vector< Trk::Layer * > &posLayers, double minRc, double maxRc, double zC, int binC, bool bec=false, double minRe=0., double maxRe=0., double zMinE=0., double zMaxE=0., int binE=0)

Public Attributes
std::vector< Trk::Layer * >	negativeLayers
std::vector< Trk::Layer * >	centralLayers
std::vector< Trk::Layer * >	positiveLayers
double	minRadiusCenter
double	maxRadiusCenter
double	zExtendCenter
int	binningCenter
bool	buildEndcap
double	minRadiusEndcap
double	maxRadiusEndcap
double	minZextendEndcap
double	maxZextendEndcap
int	binningEndcap
double	zSector
double	rMin
double	rMax
double	zMax
std::string	identification
int	colorCode

Detailed Description

Definition at line 44 of file StagedTrackingGeometryBuilderImpl.h.

Constructor & Destructor Documentation

◆ LayerSetup()

InDet::LayerSetup::LayerSetup	(	const std::string &	idName,
		int	cCode,
		const std::vector< Trk::Layer * > &	negLayers,
		const std::vector< Trk::Layer * > &	cenLayers,
		const std::vector< Trk::Layer * > &	posLayers,
		double	minRc,
		double	maxRc,
		double	zC,
		int	binC,
		bool	bec = false,
		double	minRe = 0.,
		double	maxRe = 0.,
		double	zMinE = 0.,
		double	zMaxE = 0.,
		int	binE = 0 )

inline

Definition at line 75 of file StagedTrackingGeometryBuilderImpl.h.

      : negativeLayers(negLayers),
        centralLayers(cenLayers),
        positiveLayers(posLayers),
        minRadiusCenter(minRc),
        maxRadiusCenter(maxRc),
        zExtendCenter(zC),
        binningCenter(binC),
        buildEndcap(bec),
        minRadiusEndcap(minRe),
        maxRadiusEndcap(maxRe),
        minZextendEndcap(zMinE),
        maxZextendEndcap(zMaxE),
        binningEndcap(binE),
        identification(idName),
        colorCode(cCode) {
    rMin =
      minRadiusCenter < minRadiusEndcap ? minRadiusCenter : minRadiusEndcap;
    rMax =
      maxRadiusCenter > maxRadiusEndcap ? maxRadiusCenter : maxRadiusEndcap;
    zMax = zExtendCenter > maxZextendEndcap ? zExtendCenter : maxZextendEndcap;
    zSector =
      buildEndcap ? 0.5 * (zExtendCenter + minZextendEndcap) : zExtendCenter;
  }