CaloDmDescrArea Class Reference

This object is used to compute calibration energy deposits in the dead material. More...

#include <CaloDmDescrArea.h>

Collaboration diagram for CaloDmDescrArea:

Public Types
enum	DmArea {   DMA_ALL , DMA_EMB0 , DMA_EMB1 , DMA_EMB_HALVES ,   DMA_EMB3_TILE0 , DMA_SCN , DMA_EME_EXT , DMA_EME0 ,   DMA_EME11 , DMA_EME12 , DMA_EME13 , DMA_EME14 ,   DMA_EME_INNER_OUTER , DMA_EME3_HEC0 , DMA_HECWHEEL , DMA_HEC_AZIMUTH ,   DMA_HEC_FCAL , DMA_FCAL0_FCAL1 , DMA_FCAL1_FCAL2 , DMA_FCAL0 ,   DMA_LEAK , DMA_DEFCALC , DMA_UNCLASS , DMA_MAX }

Public Member Functions
	CaloDmDescrArea ()
	~CaloDmDescrArea ()=default

Static Public Member Functions
static int	getArea (const int &dmkey, const float &eta)

Detailed Description

This object is used to compute calibration energy deposits in the dead material.

Author

Gennady Pospelov guenn.nosp@m.adi..nosp@m.pospe.nosp@m.lov@.nosp@m.cern..nosp@m.ch

Date

27-January-2010

It serves to centralize the naming conventions for dead material areas outside of calorimeter instrumented regions.

Definition at line 19 of file CaloDmDescrArea.h.

Member Enumeration Documentation

DmArea

enum CaloDmDescrArea::DmArea

Enumerator
DMA_ALL
DMA_EMB0
DMA_EMB1
DMA_EMB_HALVES
DMA_EMB3_TILE0
DMA_SCN
DMA_EME_EXT
DMA_EME0
DMA_EME11
DMA_EME12
DMA_EME13
DMA_EME14
DMA_EME_INNER_OUTER
DMA_EME3_HEC0
DMA_HECWHEEL
DMA_HEC_AZIMUTH
DMA_HEC_FCAL
DMA_FCAL0_FCAL1
DMA_FCAL1_FCAL2
DMA_FCAL0
DMA_LEAK
DMA_DEFCALC
DMA_UNCLASS
DMA_MAX

Definition at line 23 of file CaloDmDescrArea.h.

                {
      DMA_ALL,              // 0,  total energy in the dead material (all calibration hits sum)
      DMA_EMB0,             // 1,  energy before PreSamplerB, |eta|<1.5
      DMA_EMB1,             // 2,  energy between PreSamplerB and EMB1
      DMA_EMB_HALVES,       // 3,  energy between two barrel halves
      DMA_EMB3_TILE0,       // 4,  energy between EMB3 and TILE0
      DMA_SCN,              // 5,  energy before scintillator
      DMA_EME_EXT,          // 6,  energy between (emec+hec) and TileExt0
      DMA_EME0,             // 7,  energy before PreSamplerE |eta|<1.5
      DMA_EME11,            // 8,  energy before EME1 |eta|<1.5
      DMA_EME12,            // 9,  energy before EME1 1.5<|eta|<1.8
      DMA_EME13,            // 10, energy before EME1 1.8<|eta|<2.5
      DMA_EME14,            // 11, energy before EME1 2.5<|eta|<3.2
      DMA_EME_INNER_OUTER,  // 12, energy between inner and outer wheel
      DMA_EME3_HEC0,        // 13, energy between EME3 and HEC0
      DMA_HECWHEEL,         // 14, energy between HEC1 and HEC2
      DMA_HEC_AZIMUTH,      // 15, energy in HEC azimuthal cracks
      DMA_HEC_FCAL,         // 16, energy between HEC and FCAL
      DMA_FCAL0_FCAL1,      // 17, energy between FCAL0 and FCAL1
      DMA_FCAL1_FCAL2,      // 18, energy between FCAL1 and FCAL2
      DMA_FCAL0,            // 19, energy before FCAL0
      DMA_LEAK,             // 20, leakage and energy flow (+TILE girder)
      DMA_DEFCALC,          // 21, default calclulator energy
      DMA_UNCLASS,          // 22, energy in hits out of this classification
      DMA_MAX               // 23.
    };

Constructor & Destructor Documentation

CaloDmDescrArea()

CaloDmDescrArea::CaloDmDescrArea ( )

default

~CaloDmDescrArea()

CaloDmDescrArea::~CaloDmDescrArea ( )

default

Member Function Documentation

getArea()

int CaloDmDescrArea::getArea ( const int & dmkey, const float & eta )

static

Definition at line 25 of file CaloDmDescrArea.cxx.

{
  int nsmp=DMA_UNCLASS;
 
  float eta = std::abs(xeta);
 
  if(key >=4101 && key <=4105) { // inner detector
    if(eta <1.5) {
      nsmp = DMA_EMB0;
    } else if (eta>=1.5 && eta<1.6){
      nsmp = DMA_SCN;
    } else if (eta>=1.6 && eta<1.8){
      nsmp = DMA_EME0;
    } else if (eta>=1.8 && eta<2.5){
      nsmp = DMA_EME13;
    } else if (eta>=2.5 && eta<3.2){
      nsmp = DMA_EME14;
    } else if (eta>=3.2) {
      nsmp = DMA_FCAL0;
    }
  } else if(key==4110 || key==4111 || key==4112) {
    nsmp = DMA_EMB0;
  } else if(key==4113) {
    nsmp = DMA_EMB1;
  }else if(key==4114 || key==4122 || key==4121 || key==5110 || key==5111) {
    nsmp = DMA_SCN;
  } else if(key==4115) {
    nsmp = DMA_EME0;
  } else if(key==4116) {
    if(eta<1.5){
      nsmp = DMA_EME11;
    }else if(eta<1.8){
      nsmp = DMA_EME12;
    }else if(eta<2.5){
      nsmp = DMA_EME13;
    }else if(eta<3.2){
      nsmp = DMA_EME14;
    }
  } else if(key==4120 || key==5100) {
    nsmp = DMA_EMB3_TILE0;
  } else if(key==4123) {
    nsmp = DMA_EME3_HEC0;
  } else if(key==4125 || key==5101) {
    nsmp = DMA_EME_EXT;
  } else if((key >=4130 && key<=4132) || key==5130) {
    nsmp = DMA_LEAK;
  } else if(key == 4202 || key == 4203 || key == 4212 || key == 4213
     || key == 4222 || key == 4223 || key == 4232 || key == 4233 ) {
    nsmp=DMA_HEC_AZIMUTH;
  } else if(key == 4204 || key == 4214 || key==4224 || key == 4234) {
    nsmp=DMA_HEC_FCAL;
  } else if(key == 4117 || key==4205 || key==4215 ) {
    nsmp = DMA_FCAL0;
  } else if(key == 4225) {
    nsmp = DMA_FCAL0_FCAL1;
  } else if(key == 4235) {
    nsmp = DMA_FCAL1_FCAL2;
  }else if(key == 4100) {
    nsmp = DMA_DEFCALC;
  } else if(key == 4124) {
    nsmp = DMA_HECWHEEL;
  }else if(key == 4200 || key == 4210|| key == 4220|| key == 4230) {
    nsmp = DMA_EMB_HALVES;
  }else if(key == 4201 || key == 4211|| key == 4221|| key == 4231) {
    nsmp = DMA_EME_INNER_OUTER;
  } else if(key == 5120 || key == 5121|| key == 5122 || key == 5112) {
    nsmp = DMA_LEAK;
  } else if(key == 5200) {
    nsmp = DMA_LEAK; // actually it's TILE default calculator, let it be inside DMA_LEAK
  }
 
  if(nsmp == DMA_UNCLASS ) {
    std::cout << " CaloDmDescrArea::getArea() -> Warning! Can not classify dead material hit,"  << " key:" << key << " eta:" << eta << std::endl;
  }
 
  return nsmp;
}

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

• CaloDmDescrArea.h
• CaloDmDescrArea.cxx