EM calorimeter eta offset (S-shape) corrections, version 3. More...

#include <CaloSwEtaoff_v3.h>

Inheritance diagram for CaloSwEtaoff_v3:

Collaboration diagram for CaloSwEtaoff_v3:

Public Types
enum	{ EMB1 = 0 , EMB2 = 1 , EME1 = 2 , EME2 = 3 , COMBINED2 = 4 , CLUSTER = 5 , NREGIONS = 6 }
	Region codes for `m_region` below. More...
typedef ToolWithConstants	base_class
	Shorthand for derived classes.
using	Context
	Convenient alias for the Context type.
using	Constant
	Alias for the Constant type.

Public Member Functions
virtual void	makeTheCorrection (const Context &myctx, xAOD::CaloCluster cluster, const CaloDetDescrElement elt, float eta, float adj_eta, float phi, float adj_phi, CaloSampling::CaloSample samp) const override
	Virtual function for the correction-specific code.
	CaloClusterCorrectionCommon (const std::string &type, const std::string &name, const IInterface *parent)
	Inherit constructor.
virtual void	makeCorrection (const Context &myctx, xAOD::CaloCluster *cluster) const override
	Perform the correction.
virtual void	makeCorrection (const Context &myctx, xAOD::CaloCluster *) const =0
virtual void	makeTheCorrection (const Context &myctx, xAOD::CaloCluster cluster, const CaloDetDescrElement elt, float eta, float adj_eta, float phi, float adj_phi, CaloSampling::CaloSample samp) const =0
	Virtual function for the correction-specific code.
virtual StatusCode	initialize () override
	Initialize method.
virtual void	setsample (xAOD::CaloCluster *cluster, CaloSampling::CaloSample sampling, float em, float etam, float phim, float emax, float etamax, float phimax, float etas, float phis) const
virtual void	setenergy (xAOD::CaloCluster *cluster, float energy) const
StatusCode	execute (const EventContext &ctx, xAOD::CaloCluster *cluster) const override
virtual StatusCode	execute (const EventContext &ctx, xAOD::CaloClusterContainer *collection) const
	Execute on an entire collection of clusters.
Context	context (const EventContext &ctx) const
	Create a `Context` object.
virtual void	writeConstants (std::ostream &stream, const std::string &name, const EventContext &ctx) const
	Dump method (for debugging)
virtual StatusCode	mergeConstants (CaloRec::ToolConstants &out, const EventContext &ctx) const override
	Merge our constants into `out` with the proper prefix.
virtual int	toolVersion () const
	Return the version number for this tool.
virtual const std::string &	toolType () const
	Return the name of the type of this tool.

Static Public Member Functions
static float	energy_interpolation (float energy, const TableBuilder &builder, const CaloRec::Array< 1 > &energies, int energy_degree)
	Many of the corrections use the same method for doing the final interpolation in energy.

Public Attributes
list	ele5_layer1_etaoffv3_55_b
	Tables for v3 sshape correction, layer 1, 5x5 electron clusters.
list	ele5_layer1_etaoffv3_55_e
list	ele10_layer1_etaoffv3_55_b
list	ele10_layer1_etaoffv3_55_e
list	ele25_layer1_etaoffv3_55_b
list	ele25_layer1_etaoffv3_55_e
list	ele50_layer1_etaoffv3_55_b
list	ele50_layer1_etaoffv3_55_e
list	ele75_layer1_etaoffv3_55_b
list	ele75_layer1_etaoffv3_55_e
list	ele100_layer1_etaoffv3_55_b
list	ele100_layer1_etaoffv3_55_e
list	ele200_layer1_etaoffv3_55_b
list	ele200_layer1_etaoffv3_55_e
list	ele500_layer1_etaoffv3_55_b
list	ele500_layer1_etaoffv3_55_e
list	ele1000_layer1_etaoffv3_55_b
list	ele1000_layer1_etaoffv3_55_e
list	ele_layer1_etaoffv3_55_b
list	ele_layer1_etaoffv3_55_e
list	gam5_layer1_etaoffv3_55_b
	Tables for v3 sshape correction, layer 1, 5x5 photon clusters.
list	gam5_layer1_etaoffv3_55_e
list	gam10_layer1_etaoffv3_55_b
list	gam10_layer1_etaoffv3_55_e
list	gam25_layer1_etaoffv3_55_b
list	gam25_layer1_etaoffv3_55_e
list	gam50_layer1_etaoffv3_55_b
list	gam50_layer1_etaoffv3_55_e
list	gam75_layer1_etaoffv3_55_b
list	gam75_layer1_etaoffv3_55_e
list	gam100_layer1_etaoffv3_55_b
list	gam100_layer1_etaoffv3_55_e
list	gam200_layer1_etaoffv3_55_b
list	gam200_layer1_etaoffv3_55_e
list	gam500_layer1_etaoffv3_55_b
list	gam500_layer1_etaoffv3_55_e
list	gam1000_layer1_etaoffv3_55_b
list	gam1000_layer1_etaoffv3_55_e
list	gam_layer1_etaoffv3_55_b
list	gam_layer1_etaoffv3_55_e
list	ele5_layer1_etaoffv3_35_b
	Tables for v3 sshape correction, layer 1, 3x5 electron clusters.
list	ele5_layer1_etaoffv3_35_e
list	ele10_layer1_etaoffv3_35_b
list	ele10_layer1_etaoffv3_35_e
list	ele25_layer1_etaoffv3_35_b
list	ele25_layer1_etaoffv3_35_e
list	ele50_layer1_etaoffv3_35_b
list	ele50_layer1_etaoffv3_35_e
list	ele75_layer1_etaoffv3_35_b
list	ele75_layer1_etaoffv3_35_e
list	ele100_layer1_etaoffv3_35_b
list	ele100_layer1_etaoffv3_35_e
list	ele200_layer1_etaoffv3_35_b
list	ele200_layer1_etaoffv3_35_e
list	ele500_layer1_etaoffv3_35_b
list	ele500_layer1_etaoffv3_35_e
list	ele1000_layer1_etaoffv3_35_b
list	ele1000_layer1_etaoffv3_35_e
list	ele_layer1_etaoffv3_35_b
list	ele_layer1_etaoffv3_35_e
list	gam5_layer1_etaoffv3_35_b
	Tables for v3 sshape correction, layer 1, 3x5 photon clusters.
list	gam5_layer1_etaoffv3_35_e
list	gam10_layer1_etaoffv3_35_b
list	gam10_layer1_etaoffv3_35_e
list	gam25_layer1_etaoffv3_35_b
list	gam25_layer1_etaoffv3_35_e
list	gam50_layer1_etaoffv3_35_b
list	gam50_layer1_etaoffv3_35_e
list	gam75_layer1_etaoffv3_35_b
list	gam75_layer1_etaoffv3_35_e
list	gam100_layer1_etaoffv3_35_b
list	gam100_layer1_etaoffv3_35_e
list	gam200_layer1_etaoffv3_35_b
list	gam200_layer1_etaoffv3_35_e
list	gam500_layer1_etaoffv3_35_b
list	gam500_layer1_etaoffv3_35_e
list	gam1000_layer1_etaoffv3_35_b
list	gam1000_layer1_etaoffv3_35_e
list	gam_layer1_etaoffv3_35_b
list	gam_layer1_etaoffv3_35_e
list	ele5_layer1_etaoffv3_37_b
	Tables for v3 sshape correction, layer 1, 3x7 electron clusters.
list	ele5_layer1_etaoffv3_37_e
list	ele10_layer1_etaoffv3_37_b
list	ele10_layer1_etaoffv3_37_e
list	ele25_layer1_etaoffv3_37_b
list	ele25_layer1_etaoffv3_37_e
list	ele50_layer1_etaoffv3_37_b
list	ele50_layer1_etaoffv3_37_e
list	ele75_layer1_etaoffv3_37_b
list	ele75_layer1_etaoffv3_37_e
list	ele100_layer1_etaoffv3_37_b
list	ele100_layer1_etaoffv3_37_e
list	ele200_layer1_etaoffv3_37_b
list	ele200_layer1_etaoffv3_37_e
list	ele500_layer1_etaoffv3_37_b
list	ele500_layer1_etaoffv3_37_e
list	ele1000_layer1_etaoffv3_37_b
list	ele1000_layer1_etaoffv3_37_e
list	ele_layer1_etaoffv3_37_b
list	ele_layer1_etaoffv3_37_e
list	gam5_layer1_etaoffv3_37_b
	Tables for v3 sshape correction, layer 1, 3x7 photon clusters.
list	gam5_layer1_etaoffv3_37_e
list	gam10_layer1_etaoffv3_37_b
list	gam10_layer1_etaoffv3_37_e
list	gam25_layer1_etaoffv3_37_b
list	gam25_layer1_etaoffv3_37_e
list	gam50_layer1_etaoffv3_37_b
list	gam50_layer1_etaoffv3_37_e
list	gam75_layer1_etaoffv3_37_b
list	gam75_layer1_etaoffv3_37_e
list	gam100_layer1_etaoffv3_37_b
list	gam100_layer1_etaoffv3_37_e
list	gam200_layer1_etaoffv3_37_b
list	gam200_layer1_etaoffv3_37_e
list	gam500_layer1_etaoffv3_37_b
list	gam500_layer1_etaoffv3_37_e
list	gam1000_layer1_etaoffv3_37_b
list	gam1000_layer1_etaoffv3_37_e
list	gam_layer1_etaoffv3_37_b
list	gam_layer1_etaoffv3_37_e
list	ele5_layer2_etaoffv3_55_b
	Tables for v3 sshape correction, layer 2, 5x5 electron clusters.
list	ele5_layer2_etaoffv3_55_e
list	ele10_layer2_etaoffv3_55_b
list	ele10_layer2_etaoffv3_55_e
list	ele25_layer2_etaoffv3_55_b
list	ele25_layer2_etaoffv3_55_e
list	ele50_layer2_etaoffv3_55_b
list	ele50_layer2_etaoffv3_55_e
list	ele75_layer2_etaoffv3_55_b
list	ele75_layer2_etaoffv3_55_e
list	ele100_layer2_etaoffv3_55_b
list	ele100_layer2_etaoffv3_55_e
list	ele200_layer2_etaoffv3_55_b
list	ele200_layer2_etaoffv3_55_e
list	ele500_layer2_etaoffv3_55_b
list	ele500_layer2_etaoffv3_55_e
list	ele1000_layer2_etaoffv3_55_b
list	ele1000_layer2_etaoffv3_55_e
list	ele_layer2_etaoffv3_55_b
list	ele_layer2_etaoffv3_55_e
list	gam5_layer2_etaoffv3_55_b
	Tables for v3 sshape correction, layer 2, 5x5 photon clusters.
list	gam5_layer2_etaoffv3_55_e
list	gam10_layer2_etaoffv3_55_b
list	gam10_layer2_etaoffv3_55_e
list	gam25_layer2_etaoffv3_55_b
list	gam25_layer2_etaoffv3_55_e
list	gam50_layer2_etaoffv3_55_b
list	gam50_layer2_etaoffv3_55_e
list	gam75_layer2_etaoffv3_55_b
list	gam75_layer2_etaoffv3_55_e
list	gam100_layer2_etaoffv3_55_b
list	gam100_layer2_etaoffv3_55_e
list	gam200_layer2_etaoffv3_55_b
list	gam200_layer2_etaoffv3_55_e
list	gam500_layer2_etaoffv3_55_b
list	gam500_layer2_etaoffv3_55_e
list	gam1000_layer2_etaoffv3_55_b
list	gam1000_layer2_etaoffv3_55_e
list	gam_layer2_etaoffv3_55_b
list	gam_layer2_etaoffv3_55_e
list	ele5_layer2_etaoffv3_35_b
	Tables for v3 sshape correction, layer 2, 3x5 electron clusters.
list	ele5_layer2_etaoffv3_35_e
list	ele10_layer2_etaoffv3_35_b
list	ele10_layer2_etaoffv3_35_e
list	ele25_layer2_etaoffv3_35_b
list	ele25_layer2_etaoffv3_35_e
list	ele50_layer2_etaoffv3_35_b
list	ele50_layer2_etaoffv3_35_e
list	ele75_layer2_etaoffv3_35_b
list	ele75_layer2_etaoffv3_35_e
list	ele100_layer2_etaoffv3_35_b
list	ele100_layer2_etaoffv3_35_e
list	ele200_layer2_etaoffv3_35_b
list	ele200_layer2_etaoffv3_35_e
list	ele500_layer2_etaoffv3_35_b
list	ele500_layer2_etaoffv3_35_e
list	ele1000_layer2_etaoffv3_35_b
list	ele1000_layer2_etaoffv3_35_e
list	ele_layer2_etaoffv3_35_b
list	ele_layer2_etaoffv3_35_e
list	gam5_layer2_etaoffv3_35_b
	Tables for v3 sshape correction, layer 2, 3x5 photon clusters.
list	gam5_layer2_etaoffv3_35_e
list	gam10_layer2_etaoffv3_35_b
list	gam10_layer2_etaoffv3_35_e
list	gam25_layer2_etaoffv3_35_b
list	gam25_layer2_etaoffv3_35_e
list	gam50_layer2_etaoffv3_35_b
list	gam50_layer2_etaoffv3_35_e
list	gam75_layer2_etaoffv3_35_b
list	gam75_layer2_etaoffv3_35_e
list	gam100_layer2_etaoffv3_35_b
list	gam100_layer2_etaoffv3_35_e
list	gam200_layer2_etaoffv3_35_b
list	gam200_layer2_etaoffv3_35_e
list	gam500_layer2_etaoffv3_35_b
list	gam500_layer2_etaoffv3_35_e
list	gam1000_layer2_etaoffv3_35_b
list	gam1000_layer2_etaoffv3_35_e
list	gam_layer2_etaoffv3_35_b
list	gam_layer2_etaoffv3_35_e
list	ele5_layer2_etaoffv3_37_b
	Tables for v3 sshape correction, layer 2, 3x7 electron clusters.
list	ele5_layer2_etaoffv3_37_e
list	ele10_layer2_etaoffv3_37_b
list	ele10_layer2_etaoffv3_37_e
list	ele25_layer2_etaoffv3_37_b
list	ele25_layer2_etaoffv3_37_e
list	ele50_layer2_etaoffv3_37_b
list	ele50_layer2_etaoffv3_37_e
list	ele75_layer2_etaoffv3_37_b
list	ele75_layer2_etaoffv3_37_e
list	ele100_layer2_etaoffv3_37_b
list	ele100_layer2_etaoffv3_37_e
list	ele200_layer2_etaoffv3_37_b
list	ele200_layer2_etaoffv3_37_e
list	ele500_layer2_etaoffv3_37_b
list	ele500_layer2_etaoffv3_37_e
list	ele1000_layer2_etaoffv3_37_b
list	ele1000_layer2_etaoffv3_37_e
list	ele_layer2_etaoffv3_37_b
list	ele_layer2_etaoffv3_37_e
list	gam5_layer2_etaoffv3_37_b
	Tables for v3 sshape correction, layer 2, 3x7 photon clusters.
list	gam5_layer2_etaoffv3_37_e
list	gam10_layer2_etaoffv3_37_b
list	gam10_layer2_etaoffv3_37_e
list	gam25_layer2_etaoffv3_37_b
list	gam25_layer2_etaoffv3_37_e
list	gam50_layer2_etaoffv3_37_b
list	gam50_layer2_etaoffv3_37_e
list	gam75_layer2_etaoffv3_37_b
list	gam75_layer2_etaoffv3_37_e
list	gam100_layer2_etaoffv3_37_b
list	gam100_layer2_etaoffv3_37_e
list	gam200_layer2_etaoffv3_37_b
list	gam200_layer2_etaoffv3_37_e
list	gam500_layer2_etaoffv3_37_b
list	gam500_layer2_etaoffv3_37_e
list	gam1000_layer2_etaoffv3_37_b
list	gam1000_layer2_etaoffv3_37_e
list	gam_layer2_etaoffv3_37_b
list	gam_layer2_etaoffv3_37_e
list	layer1_etaoffv3_regions_b
	Region tables.
list	layer1_etaoffv3_regions_e
list	layer2_etaoffv3_regions_b
list	layer2_etaoffv3_regions_e
list	ele_etaoffv3_energies
list	gam_etaoffv3_energies
dict	etaoffv3_energies
dict	CaloSwEtaoff_v3_parms

Protected Attributes
SG::ReadCondHandleKey< CaloDetDescrManager >	m_caloMgrKey {this,"CaloDetDescrManager", "CaloDetDescrManager"}

Private Types
enum	{ REG_LO = 0 , REG_HI = 1 , REG_FORM = 2 , REG_CELLSIZE = 3 , REG_PHASE = 4 , REG_ENTRIES = 5 }

Private Member Functions
const CaloClusterCorr::DDHelper &	ddhelper (const CaloDetDescrManager *dd_man) const
	Retrieve the detector description helper, creating it if needed.

Static Private Member Functions
static int	find_region (const CxxUtils::Array< 2 > &regions, float aeta)
	Find the index of the region containing a given $\eta$ value.

Private Attributes
Constant< CxxUtils::Array< 4 > >	m_correction { this, "correction", "Tabulated arrays of function parameters." }
	Calibration constant: tabulated arrays of function parameters.
Constant< CxxUtils::Array< 2 > >	m_regions { this, "regions", "Table of regions." }
	Calibration constant: table of regions.
Constant< CxxUtils::Array< 1 > >	m_energies { this, "energies", "Table of energies at which the correction was tabulated." }
	Calibration constant: table of energies at which the correction was tabulated.
Constant< int >	m_energy_degree { this, "energy_degree", "Degree of the polynomial interpolation in energy." }
	Calibration constant: degree of the polynomial interpolation in energy.
Constant< CxxUtils::Array< 2 > >	m_forms { this, "forms", "Functional form to use per region per energy." }
	Calibration constant: Functional form to use per region per energy.
Constant< int >	m_region { this, "region", "Calorimeter region" }
	Calibration constant: The calorimeter region for which this correction is intended.
CxxUtils::CachedUniquePtr< const CaloClusterCorr::DDHelper >	m_ddhelper
	Helper for detector description lookup.
SG::ReadCondHandleKey< CaloRec::ToolConstants >	m_DBHandle
	Handle to a ToolConstants conditions object.
StringProperty	m_prefix
	Prefix for finding our constants within the ToolConstants object.
ToolWithConstantsImpl	m_impl
	Internal implementation object.
Constant< int >	m_order
	Used to fix the ordering of tools when we're initializing from COOL based on a hierarchical tag.
Constant< bool >	m_isdummy
	If true, then this is a dummy tool that should not be executed.

Friends
class	Builder

Detailed Description

EM calorimeter eta offset (S-shape) corrections, version 3.

The measured cluster eta positions are biased towards the centers of the cells. This correction attempts to remove this bias.

If you plot $\Delta\eta = \eta_{\rm true} - \eta_{\rm measured}$ as a function of $\eta$, the result is nearly periodic in the cell structure. We model this by binning the plots in $|\eta|$, fitting an empirical function to the bins, and then interpolating the fit parameters in $|\eta|$ in order to extend the function over the entire range.

For purposes of this correction, the calorimeter is divided into disjoint regions in $\eta$; the correction is applied separately in each region. The region boundaries were set by looking at where the behavior of the $\eta$ correction changes discontinuously (so the regions are large in uniform regions and small near cracks).

Within each region, the correction is based on an empirical function of the offset $u$ of the cluster within the cell, where $u=0$ is at the center, and $u=\pm 1$ are the edges. The function also depends on a set of parameters, $A$, $B$, and so on. Each of these parameters is then taken as a polynomial in $ \eta $, with coefficients $ A_i $, $ B_i $, and so on. These coefficients are the parameters of the correction. There is one set of these coefficients per region per energy.

There are several different empirical functions implemented. Each is identified by a small integer number. (Note that some functional forms tried in the analysis were not used in the final result and were not implemented here; thus, there are gaps in the numbering.)

Form 0 is as follows:

\[ f(u) = A\left[\tan^{-1} Bu + C_{\pm}u + E\right], \]

where $C_{\pm}=C$ if $u\ge0$ and $C_{\pm}=D$ if $u<0$.

The second implemented form is form 3. This form is the same as Form 0 with the constraint $f(-1)=f(1)$:

\[ f(u) = A\left[\tan^{-1} Bu + C_{\pm}u + E\right], \]

where $C_{\pm}=C$ if $u\ge0$ and $C_{\pm}=-C-2\tan^{-1} B$ if $u<0$.

The next implemented form is form 4. This form is the same as used in the V2 corrections; it is equivalent to Form 0 with the constraints $f(-1)=f(1)=0$:

\[ f(u) = A\left[{u\tan^{-1} B - \tan^{-1} Bu \over (Z/B)\tan^{-1} B - \tan^{-1} Z} + C(1-|u|)\right], \]

where

\[ Z = \sqrt{B\over \tan^{-1} B - 1}. \]

The next implemented form is form 5. This form is a simple polynomial in $|\eta|$

The next implemented form is form 10. This is based on form 3, with the addition of a sinusoidal term, to absorb remaining residual. In addition, linear terms are added in the regions $|u|>0.9$ in order to assure continuity at the edges. So:

\[ f(u) = A\left[\tan^{-1} Bu + C_{\pm}u + E\right] + \alpha\cos(\beta\pi u + \gamma) + \Delta, \]

, where $C_{\pm}=C$ if $u\ge0$ and $C_{\pm}=-C-2\tan^{-1} B$ if $u<0$; $\delta=\alpha(\cos(\beta\pi+\gamma)-\cos(-\beta\pi+\gamma))$; and $\Delta= - (u-0.9)/0.1\times \delta/2$ if $u>0.9$, $\Delta= (-0.9-u)/0.1\times \delta/2$ if $u<-0.9$, and $\Delta=0$ otherwise.

The next implemented form is form 11. This is based on form 0, with the addition of a sinusoidal term, to absorb remaining residual. So:

\[ f(u) = A\left[\tan^{-1} Bu + C_{\pm}u + E\right] + \alpha\cos(\beta\pi u + \gamma), \]

, where $C_{\pm}=C$ if $u\ge0$ and $C_{\pm}=D$ if $u<0$.

To apply the correction, we first find the proper region. Then, we loop over each energy for which the correction was tabulated. For some energies, we may have not had enough statistics to get a reliable fit; those energies are skipped. Otherwise, we evaluate the polynomials for the function parameters and then evaluate the empirical function. This gives us a list of corrections per energy. To get the final correction, we interpolate using the cluster energy. (The energy should already have had at least a crude correction.)

Definition at line 130 of file CaloSwEtaoff_v3.h.

Member Typedef Documentation

◆ base_class

typedef ToolWithConstants CaloUtils::ToolWithConstants< BASE >::base_class

inherited

Shorthand for derived classes.

Definition at line 450 of file ToolWithConstants.h.

◆ Constant

using CaloUtils::ToolWithConstants< BASE >::Constant

inherited

Alias for the Constant type.

Definition at line 463 of file ToolWithConstants.h.

◆ Context

using CaloUtils::ToolWithConstants< BASE >::Context

inherited

Convenient alias for the Context type.

Definition at line 458 of file ToolWithConstants.h.

Member Enumeration Documentation

◆ anonymous enum

anonymous enum

inherited

Region codes for m_region below.

This is used to decide how to report the position of the cluster. Note: This numbering is also used in the job options files.

Enumerator
EMB1
EMB2
EME1
EME2
COMBINED2
CLUSTER
NREGIONS

Definition at line 100 of file CaloClusterCorrectionCommon.h.

       {
    // Barrel, sampling 1.
    EMB1 = 0,
 
    // Barrel, sampling 2.
    EMB2 = 1,
 
    // Endcap, sampling 1.
    EME1 = 2,
 
    // Endcap, sampling 2.
    EME2 = 3,
 
    // Average of barrel and endcap in sampling 2.
    COMBINED2 = 4,
 
    // Overall cluster position.
    CLUSTER = 5,
 
    // Number of different region codes.
    NREGIONS = 6
  };

◆ anonymous enum

anonymous enum

private

Enumerator
REG_LO
REG_HI
REG_FORM
REG_CELLSIZE
REG_PHASE
REG_ENTRIES

Definition at line 267 of file CaloSwEtaoff_v3.h.

       {
    REG_LO = 0,
    REG_HI = 1,
    REG_FORM = 2,
    REG_CELLSIZE = 3,
    REG_PHASE = 4,
    REG_ENTRIES = 5 // Number of entries expected.
  };

Member Function Documentation

◆ CaloClusterCorrectionCommon()

CaloClusterCorrectionCommon::CaloClusterCorrectionCommon	(	const std::string &	type,
		const std::string &	name,
		const IInterface *	parent )

Inherit constructor.

Definition at line 46 of file CaloClusterCorrectionCommon.cxx.

  : CaloClusterCorrection (type, name, parent)
{
}

◆ context()

Context CaloUtils::ToolWithConstants< BASE >::context ( const EventContext & ctx ) const

inherited

Create a Context object.

This can then be passed to Constant::operator().

◆ ddhelper()

const CaloClusterCorr::DDHelper & CaloClusterCorrectionCommon::ddhelper ( const CaloDetDescrManager * dd_man ) const

privateinherited

Retrieve the detector description helper, creating it if needed.

Definition at line 640 of file CaloClusterCorrectionCommon.cxx.

{
  const CaloClusterCorr::DDHelper* ddhelper = m_ddhelper.get();
  if (!ddhelper) {
    auto newhelper = std::make_unique<const CaloClusterCorr::DDHelper> (dd_man);
    ddhelper = m_ddhelper.set (std::move (newhelper));
  }
  return *ddhelper;
}

◆ energy_interpolation()

float CaloClusterCorrectionCommon::energy_interpolation	(	float	energy,
		const TableBuilder &	builder,
		const CaloRec::Array< 1 > &	energies,
		int	energy_degree )

staticinherited

Many of the corrections use the same method for doing the final interpolation in energy.

Perform energy interpolation.

We factor out this common code here. builder is used to construct the interpolation table; energy is the energy value for the interpolation. energies is the list of energies at which we have tabulated values, and energy_degree is the degree of the polynomial interpolation in energy.

Parameters

energy	The energy value for the interpolation.
builder	Helper to construct the interpolation table.
energies	The energy interpolation table.
energy_degree	The polynomial interpolation degree for the energy interpolation.

Many of the corrections use the same method for doing the final interpolation in energy. We factor out this common code here.

Definition at line 575 of file CaloClusterCorrectionCommon.cxx.

{
  // Calculate the correction for each energy.
  unsigned int n_energies = energies.size();
  unsigned int shape[] = {n_energies, 2};
  CaloRec::WritableArrayData<2> corrtab (shape);
 
  // If we're outside the range of the table, we'll just be using the
  // value at the end (no extrapolation).  We only need to calculate
  // that one point in that case.
  unsigned int beg = 0;
  unsigned int end = n_energies;
  if (energy <= energies[0])
    end = 1;
  else if (energy >= energies[n_energies-1])
    beg = n_energies-1;
 
  // Build the table.
  int n_good = 0;
  for (unsigned int i=beg; i<end; i++)
    docalc (i, builder, energies, corrtab, n_good);
 
  // If we only evaluated one point, but it wasn't good, keep
  // searching until we find a good one.
  while (n_good == 0 && beg > 0) {
    --beg;
    docalc (beg, builder, energies, corrtab, n_good);
  }
  while (n_good == 0 && end < n_energies) {
    docalc (end, builder, energies, corrtab, n_good);
    ++end;
  }
 
  // Now interpolate in energy.
  // But if we're outside of the range of the table, just use the value
  // at the end (don't extrapolate).
  if (n_good == 0) {
    // No good energies --- return a null correction.
    return 0;
  }
  else if (n_good == 1) {
    // Only one good energy --- nothing to do but to use it.
    return corrtab[0][1];
  }
  else if (energy <= corrtab[0][0]) {
    // Off the low end of the table --- return the first value.
    return corrtab[0][1];
  }
  else if (energy >= corrtab[n_good-1][0]) {
    // Off the high end of the table --- return the last value.
    return corrtab[n_good-1][1];
  }
 
  // Do the interpolation.
  return interpolate (corrtab, energy, energy_degree,
                      1, CaloRec::Array<1>(), n_good);
}

◆ execute() [1/2]

StatusCode CaloClusterCorrection::execute	(	const EventContext &	ctx,
		xAOD::CaloCluster *	cluster ) const

overrideinherited

Definition at line 53 of file CaloClusterCorrection.cxx.

{
  this->makeCorrection (context(ctx), cluster);
 
#if 0
  ATH_MSG_DEBUG( " ...... e, et " << cluster->e() << " " << cluster->et() << endmsg);
  ATH_MSG_DEBUG( " ...... eta, etaBE, etaSmp " << cluster->eta() << " " << cluster->etaBE(2) 
      << " " << cluster->etaSample(CaloSampling::EMB1) 
      << " " << cluster->etaSample(CaloSampling::EMB2) 
      << " " << cluster->etaSample(CaloSampling::EMB3) << endmsg);
  ATH_MSG_DEBUG( " ...... phi, phiBE, phiSmp " << cluster->phi() << " " << cluster->phiBE(2) 
      << " " << cluster->phiSample(CaloSampling::EMB1) 
      << " " << cluster->phiSample(CaloSampling::EMB2) 
      << " " << cluster->phiSample(CaloSampling::EMB3) << endmsg);
#endif
  
  return StatusCode::SUCCESS;
}

◆ execute() [2/2]

StatusCode CaloClusterProcessor::execute	(	const EventContext &	ctx,
		xAOD::CaloClusterContainer *	collection ) const

inherited

Execute on an entire collection of clusters.

Parameters

collection The container of clusters.

This will iterate over all the clusters in collection and call execute on each one individually.

Parameters

collection	The container of clusters.
ctx	The event context.

This will iterate over all the clusters in collection and call execute on each one individually.

Definition at line 65 of file CaloClusterProcessor.cxx.

{
  for (xAOD::CaloCluster* clu : *collection) {
    ATH_CHECK( execute (ctx, clu) );
  }
  return StatusCode::SUCCESS;
}

◆ find_region()

int CaloSwEtaoff_v3::find_region	(	const CxxUtils::Array< 2 > &	regions,
		float	aeta )

staticprivate

Find the index of the region containing a given $\eta$ value.

Find the index of the region containing a given $|\eta|$ value.

Parameters

aeta	The $\|\eta\|$ value to find.

Returns: The region index, or -1 if aeta is outside the table range.

Definition at line 103 of file CaloSwEtaoff_v3.cxx.

{
  // ??? Would a binary search be better here?
  //     The table shouldn't be very large, so I'll leave it like
  //     this for now.
  unsigned int nreg = regions.size();
  for (unsigned int i=0; i < nreg; i++) {
    if (aeta >= regions[i][REG_LO] && aeta < regions[i][REG_HI])
      return i;
  }
  return -1;
}

◆ initialize()

StatusCode CaloClusterCorrection::initialize ( )

overridevirtualinherited

Initialize method.

Derived classes must call this.

Reimplemented from CaloUtils::ToolWithConstants< CaloClusterProcessor >.

Reimplemented in CaloClusterBadChannelList, CaloDummyCorrection, CaloFillRectangularCluster, CaloSwDeadOTX_back, CaloSwDeadOTX_ps, CaloSwGap_g3, CaloSwGap_v2, CaloSwGap_v3, CaloTopoEMGap, and CaloTopoEMlayers.

Definition at line 47 of file CaloClusterCorrection.cxx.

                                             {
  ATH_CHECK(m_caloMgrKey.initialize());
  ATH_CHECK(base_class::initialize());
  return StatusCode::SUCCESS;
}

◆ makeCorrection() [1/2]

virtual void CaloClusterCorrection::makeCorrection	(	const Context &	myctx,
		xAOD::CaloCluster *	) const

pure virtualinherited

Implemented in CaloClusterBadChannelList, and CaloFillRectangularCluster.

◆ makeCorrection() [2/2]

void CaloClusterCorrectionCommon::makeCorrection	(	const Context &	myctx,
		xAOD::CaloCluster *	cluster ) const

overridevirtualinherited

Perform the correction.

Called by the tool

Parameters

myctx	ToolWithConstants context.
cluster	The cluster to correct. It is updated in place.

Called by the tool.

Parameters

myctx	ToolWithConstants context.
cluster	The cluster to correct. It is updated in place.

Does the following:

Checks whether the cluster is present in the given calorimeter and sampling. If not, do nothing.
Computes quantities to pass to makeTheCorrection.
Calls makeTheCorrection.

Definition at line 436 of file CaloClusterCorrectionCommon.cxx.

{
  int region = m_region (myctx);
 
  SG::ReadCondHandle<CaloDetDescrManager> caloMgrHandle{m_caloMgrKey, myctx.ctx()};
  const CaloDetDescrManager* dd_man = *caloMgrHandle;
 
  // This causes a lot of overhead (mostly from the MsgStream ctor).
  // Comment out when not needed.
  //MsgStream log( msgSvc(), name() );
  //log << MSG::DEBUG << "Entering makeCorrection" << endmsg;
  //log << MSG::DEBUG << "e, eta, phi, etasize, phisize" << " " << cluster->e() << " " << cluster->eta() << " " << cluster->phi() 
  //  << " " <<  cluster->etasize(CaloSampling::EMB2) << " " << cluster->phisize(CaloSampling::EMB2) << endmsg;
  //log << MSG::DEBUG << "B / E  " << cluster->inBarrel() << " " << cluster->inEndcap() << endmsg;
  //log << MSG::DEBUG << "region " << region << endmsg;
 
  float eta;
  float phi;
  CaloSampling::CaloSample samp = CaloSampling::Unknown;
 
  // Find the proper @f$\eta@f$ and @f$\phi@f$ measures of the cluster.
  // Also set up the sampling code @c samp.
  switch (region) {
  case EMB1:
  case EMB2:
  case EME1:
  case EME2:
    // Return immediately if we can tell we're in the wrong region.
    if (barrel_p (region)) {
      if (!cluster->inBarrel()) return;
    }
    else {
      if (!cluster->inEndcap()) return;
    }
 
    switch (region) {
    case EMB1:
      samp = CaloSampling::EMB1;
      break;
    case EMB2:
      samp = CaloSampling::EMB2;
      break;
    case EME1:
      samp = CaloSampling::EME1;
      break;
    case EME2:
      samp = CaloSampling::EME2;
      break;
    }
 
    eta = cluster->etaSample (samp);
    phi = cluster->phiSample (samp);
    break;
 
  case COMBINED2:
    eta = cluster->etaBE (2);
    phi = cluster->phiBE (2);
    break;
 
  case CLUSTER:
    eta = cluster->eta();
    phi = cluster->phi();
    break;
 
  default:
    abort();
  }
 
  // Give up if one of them is an error flag.
  if (std::abs (phi) > 900 || std::abs (eta) > 900)
    return;
 
  // Sometimes unnormalized @f$\phi@f$ values still come through.
  // Make sure this is in the proper range before calling the correction.
  phi = CaloPhiRange::fix (phi);
 
  // Look up the DD element.
  // Give up if we can't find one.
  const CaloDetDescrElement* elt = ddhelper(dd_man).find_dd_elt (dd_man,
                                 region,
                                 cluster,
                                 eta, phi);
  if (!elt)
    return;
 
  // Compute the adjusted eta and phi --- the coordinates shifted
  // from the actual to the nominal coordinate system.
  float adj_eta = eta - elt->eta() + elt->eta_raw();
  float adj_phi = CaloPhiRange::fix (phi - elt->phi() + elt->phi_raw());
 
  // Call the actual correction.
  makeTheCorrection (myctx, cluster, elt, eta, adj_eta, phi, adj_phi, samp);
}

◆ makeTheCorrection() [1/2]

virtual void CaloClusterCorrectionCommon::makeTheCorrection	(	const Context &	myctx,
		xAOD::CaloCluster *	cluster,
		const CaloDetDescrElement *	elt,
		float	eta,
		float	adj_eta,
		float	phi,
		float	adj_phi,
		CaloSampling::CaloSample	samp ) const

pure virtualinherited

Virtual function for the correction-specific code.

Parameters

myctx	ToolWithConstants context.
cluster	The cluster to correct. It is updated in place.
elt	The detector description element corresponding to the cluster location.
eta	The $\eta$ coordinate of the cluster.
adj_eta	The $\eta$ adjusted for any shift between the actual and nominal coordinates. (This is shifted back to the nominal coordinate system.)
phi	The $\phi$ coordinate of the cluster.
adj_phi	The $\phi$ adjusted for any shift between the actual and nominal coordinates. (This is shifted back to the nominal coordinate system.)
samp	If we're looking at a particular sampling, this is the calorimeter sampling we're examining. It is a sampling code as defined by `CaloSampling::CaloSample`; i.e., it has both the calorimeter region and sampling encoded. Otherwise, this is Unknown.

Implemented in CaloLongWeights_v2.

◆ makeTheCorrection() [2/2]

void CaloSwEtaoff_v3::makeTheCorrection	(	const Context &	myctx,
		xAOD::CaloCluster *	cluster,
		const CaloDetDescrElement *	elt,
		float	eta,
		float	adj_eta,
		float	phi,
		float	adj_phi,
		CaloSampling::CaloSample	samp ) const

overridevirtual

Virtual function for the correction-specific code.

Parameters

myctx	ToolWithConstants context.
cluster	The cluster to correct. It is updated in place.
elt	The detector description element corresponding to the cluster location.
eta	The $\eta$ coordinate of the cluster, in this sampling.
adj_eta	The $\eta$ adjusted for any shift between the actual and nominal coordinates. (This is shifted back to the nominal coordinate system.)
phi	The $\phi$ coordinate of the cluster, in this sampling.
adj_phi	The $\phi$ adjusted for any shift between the actual and nominal coordinates. (This is shifted back to the nominal coordinate system.)
samp	The calorimeter sampling we're examining. This is a sampling code as defined by `CaloSampling::CaloSample`; i.e., it has both the calorimeter region and sampling encoded.

Definition at line 39 of file CaloSwEtaoff_v3.cxx.

{
  // Find u, the normalized displacement of the cluster within the cell.
  // In the range -1...1, with 0 at the center.
  float u = (eta - elt->eta()) / elt->deta() * 2;
  if (elt->eta_raw() < 0)
    u = -u;
 
  // u can sometimes be outside of the prescribed range, due to DD bugs.
  if (u > 1)
    u = 1;
  else if (u < -1)
    u = -1;
 
  const CxxUtils::Array<2> regions = m_regions (myctx);
  assert (regions.size(1) == REG_ENTRIES);
 
  // Look up the region for this correction.  Give up if we're outsize
  // the range of the table.
  float adj_aeta = std::abs (adj_eta);
  int region_ndx = find_region (regions, adj_aeta);
  if (region_ndx < 0)
    return;
 
  const CxxUtils::Array<4> correction = m_correction (myctx);
  const CxxUtils::Array<2> forms = m_forms (myctx);
 
  // In a few regions, the fit was done using a cell size different
  // from what we actually have.  Need to recalculate u in this case.
  if (std::abs (regions[region_ndx][REG_CELLSIZE] - elt->deta()) > 1e-3) {
    float cellsize = regions[region_ndx][REG_CELLSIZE];
    u = fmod (adj_aeta, cellsize) / cellsize * 2 - 1;
  }
 
  // Calculate the correction for each energy.
  float offs = energy_interpolation (cluster->e(),
                                     Builder (correction,
                                              regions,
                                              forms,
                                              adj_aeta,
                                              u,
                                              region_ndx),
                                     m_energies(myctx),
                                     m_energy_degree(myctx));
 
  // Apply the offset correction to the cluster.
  if (adj_eta < 0)
    offs = -offs;
  cluster->setEta (samp, eta + offs);
}

◆ mergeConstants()

virtual StatusCode CaloUtils::ToolWithConstants< BASE >::mergeConstants	(	CaloRec::ToolConstants &	out,
		const EventContext &	ctx ) const

overridevirtualinherited

Merge our constants into out with the proper prefix.

Parameters

[out]	out	Object to receive our constants.
	ctx	Event context.

◆ setenergy()

void CaloClusterCorrection::setenergy	(	xAOD::CaloCluster *	cluster,
		float	energy ) const

virtualinherited

Definition at line 94 of file CaloClusterCorrection.cxx.

{
  if (cluster->e() == 0) {
    if (energy != 0)
      REPORT_MESSAGE (MSG::WARNING)
        << "Attempt to rescale zero-energy cluster to energy " << energy
        << " ignored.";
    return;
  }
 
  float correction = energy/cluster->e();
  cluster->setE(energy);
 
  // also correct individual sampling energies:
 
  for (int iSample=CaloSampling::PreSamplerB; 
        iSample < CaloSampling::Unknown; 
       ++iSample) 
    {
      CaloSampling::CaloSample sampling=static_cast<CaloSampling::CaloSample>(iSample);
      if (cluster->hasSampling (sampling)) {
        double e = cluster->eSample(sampling);
        cluster->setEnergy(sampling,e*correction) ;
      }
  }
}

◆ setsample()

void CaloClusterCorrection::setsample	(	xAOD::CaloCluster *	cluster,
		CaloSampling::CaloSample	sampling,
		float	em,
		float	etam,
		float	phim,
		float	emax,
		float	etamax,
		float	phimax,
		float	etas,
		float	phis ) const

virtualinherited

Definition at line 74 of file CaloClusterCorrection.cxx.

{
  cluster->setEnergy(sampling, em);
  cluster->setEta(sampling, etam);
  cluster->setPhi(sampling, phim);
 
  cluster->setEmax(sampling,emax);
  cluster->setEtamax(sampling,etamax);
  cluster->setPhimax(sampling,phimax);
 
  cluster->setEtasize(sampling, etas);
  cluster->setPhisize(sampling, phis);
}

◆ toolType()

virtual const std::string & CaloUtils::ToolWithConstants< BASE >::toolType ( ) const

virtualinherited

Return the name of the type of this tool.

A saved set of constants includes both the C++ class name and a version number. Normally, the class name is taken from the Gaudi type() method, but that may be changed by overriding this method. This can be used, for example, when there are tools with distinct C++ classes but which are yet similar enough to combine together.

Reimplemented in CaloSwEta1b_g3, CaloSwEta1e_g3, CaloSwEta2b_g3, and CaloSwEta2e_g3.

◆ toolVersion()

virtual int CaloUtils::ToolWithConstants< BASE >::toolVersion ( ) const

virtualinherited

Return the version number for this tool.

A saved set of constants includes both the C++ class name and a version number. The idea is that the version number can be bumped whenever there's a backwards-incompatible change; this gives some protection against trying to use an old version of a tool with an incompatible newer set of constants.

If you want a tool to have a version number, override this method. Otherwise, it will default to a version number of 0.

◆ writeConstants()

virtual void CaloUtils::ToolWithConstants< BASE >::writeConstants	(	std::ostream &	stream,
		const std::string &	name,
		const EventContext &	ctx ) const

virtualinherited

Dump method (for debugging)

Parameters

stream	Ostream to which to write.
name	Name to go in output
ctx	Event context.

◆ Builder

friend class Builder

friend

Definition at line 235 of file CaloSwEtaoff_v3.h.

Member Data Documentation

◆ CaloSwEtaoff_v3_parms

dict CaloSwEtaoff_v3.CaloSwEtaoff_v3_parms

Initial value:

=  { EMB1 : CaloSwEtaoff_v3_b1_parms,
                          EMB2 : CaloSwEtaoff_v3_b2_parms,
                          EME1 : CaloSwEtaoff_v3_e1_parms,
                          EME2 : CaloSwEtaoff_v3_e2_parms,
                          }

Definition at line 19371 of file CaloSwEtaoff_v3.py.

◆ ele1000_layer1_etaoffv3_35_b

list CaloSwEtaoff_v3.ele1000_layer1_etaoffv3_35_b

Definition at line 5395 of file CaloSwEtaoff_v3.py.

◆ ele1000_layer1_etaoffv3_35_e

list CaloSwEtaoff_v3.ele1000_layer1_etaoffv3_35_e

Definition at line 5477 of file CaloSwEtaoff_v3.py.

◆ ele1000_layer1_etaoffv3_37_b

list CaloSwEtaoff_v3.ele1000_layer1_etaoffv3_37_b

Definition at line 9131 of file CaloSwEtaoff_v3.py.

◆ ele1000_layer1_etaoffv3_37_e

list CaloSwEtaoff_v3.ele1000_layer1_etaoffv3_37_e

Definition at line 9213 of file CaloSwEtaoff_v3.py.

◆ ele1000_layer1_etaoffv3_55_b

list CaloSwEtaoff_v3.ele1000_layer1_etaoffv3_55_b

Definition at line 1658 of file CaloSwEtaoff_v3.py.

◆ ele1000_layer1_etaoffv3_55_e

list CaloSwEtaoff_v3.ele1000_layer1_etaoffv3_55_e

Definition at line 1740 of file CaloSwEtaoff_v3.py.

◆ ele1000_layer2_etaoffv3_35_b

list CaloSwEtaoff_v3.ele1000_layer2_etaoffv3_35_b

Definition at line 15042 of file CaloSwEtaoff_v3.py.

◆ ele1000_layer2_etaoffv3_35_e

list CaloSwEtaoff_v3.ele1000_layer2_etaoffv3_35_e

Definition at line 15104 of file CaloSwEtaoff_v3.py.

◆ ele1000_layer2_etaoffv3_37_b

list CaloSwEtaoff_v3.ele1000_layer2_etaoffv3_37_b

Definition at line 17698 of file CaloSwEtaoff_v3.py.

◆ ele1000_layer2_etaoffv3_37_e

list CaloSwEtaoff_v3.ele1000_layer2_etaoffv3_37_e

Definition at line 17760 of file CaloSwEtaoff_v3.py.

◆ ele1000_layer2_etaoffv3_55_b

list CaloSwEtaoff_v3.ele1000_layer2_etaoffv3_55_b

Definition at line 12387 of file CaloSwEtaoff_v3.py.

◆ ele1000_layer2_etaoffv3_55_e

list CaloSwEtaoff_v3.ele1000_layer2_etaoffv3_55_e

Definition at line 12449 of file CaloSwEtaoff_v3.py.

◆ ele100_layer1_etaoffv3_35_b

list CaloSwEtaoff_v3.ele100_layer1_etaoffv3_35_b

Definition at line 4783 of file CaloSwEtaoff_v3.py.

◆ ele100_layer1_etaoffv3_35_e

list CaloSwEtaoff_v3.ele100_layer1_etaoffv3_35_e

Definition at line 4865 of file CaloSwEtaoff_v3.py.

◆ ele100_layer1_etaoffv3_37_b

list CaloSwEtaoff_v3.ele100_layer1_etaoffv3_37_b

Definition at line 8519 of file CaloSwEtaoff_v3.py.

◆ ele100_layer1_etaoffv3_37_e

list CaloSwEtaoff_v3.ele100_layer1_etaoffv3_37_e

Definition at line 8601 of file CaloSwEtaoff_v3.py.

◆ ele100_layer1_etaoffv3_55_b

list CaloSwEtaoff_v3.ele100_layer1_etaoffv3_55_b

Definition at line 1046 of file CaloSwEtaoff_v3.py.

◆ ele100_layer1_etaoffv3_55_e

list CaloSwEtaoff_v3.ele100_layer1_etaoffv3_55_e

Definition at line 1128 of file CaloSwEtaoff_v3.py.

◆ ele100_layer2_etaoffv3_35_b

list CaloSwEtaoff_v3.ele100_layer2_etaoffv3_35_b

Definition at line 14610 of file CaloSwEtaoff_v3.py.

◆ ele100_layer2_etaoffv3_35_e

list CaloSwEtaoff_v3.ele100_layer2_etaoffv3_35_e

Definition at line 14672 of file CaloSwEtaoff_v3.py.

◆ ele100_layer2_etaoffv3_37_b

list CaloSwEtaoff_v3.ele100_layer2_etaoffv3_37_b

Definition at line 17266 of file CaloSwEtaoff_v3.py.

◆ ele100_layer2_etaoffv3_37_e

list CaloSwEtaoff_v3.ele100_layer2_etaoffv3_37_e

Definition at line 17328 of file CaloSwEtaoff_v3.py.

◆ ele100_layer2_etaoffv3_55_b

list CaloSwEtaoff_v3.ele100_layer2_etaoffv3_55_b

Definition at line 11955 of file CaloSwEtaoff_v3.py.

◆ ele100_layer2_etaoffv3_55_e

list CaloSwEtaoff_v3.ele100_layer2_etaoffv3_55_e

Definition at line 12017 of file CaloSwEtaoff_v3.py.

◆ ele10_layer1_etaoffv3_35_b

list CaloSwEtaoff_v3.ele10_layer1_etaoffv3_35_b

Definition at line 3967 of file CaloSwEtaoff_v3.py.

◆ ele10_layer1_etaoffv3_35_e

list CaloSwEtaoff_v3.ele10_layer1_etaoffv3_35_e

Definition at line 4049 of file CaloSwEtaoff_v3.py.

◆ ele10_layer1_etaoffv3_37_b

list CaloSwEtaoff_v3.ele10_layer1_etaoffv3_37_b

Definition at line 7703 of file CaloSwEtaoff_v3.py.

◆ ele10_layer1_etaoffv3_37_e

list CaloSwEtaoff_v3.ele10_layer1_etaoffv3_37_e

Definition at line 7785 of file CaloSwEtaoff_v3.py.

◆ ele10_layer1_etaoffv3_55_b

list CaloSwEtaoff_v3.ele10_layer1_etaoffv3_55_b

Definition at line 230 of file CaloSwEtaoff_v3.py.

◆ ele10_layer1_etaoffv3_55_e

list CaloSwEtaoff_v3.ele10_layer1_etaoffv3_55_e

Definition at line 312 of file CaloSwEtaoff_v3.py.

◆ ele10_layer2_etaoffv3_35_b

list CaloSwEtaoff_v3.ele10_layer2_etaoffv3_35_b

Definition at line 14033 of file CaloSwEtaoff_v3.py.

◆ ele10_layer2_etaoffv3_35_e

list CaloSwEtaoff_v3.ele10_layer2_etaoffv3_35_e

Definition at line 14095 of file CaloSwEtaoff_v3.py.

◆ ele10_layer2_etaoffv3_37_b

list CaloSwEtaoff_v3.ele10_layer2_etaoffv3_37_b

Definition at line 16689 of file CaloSwEtaoff_v3.py.

◆ ele10_layer2_etaoffv3_37_e

list CaloSwEtaoff_v3.ele10_layer2_etaoffv3_37_e

Definition at line 16751 of file CaloSwEtaoff_v3.py.

◆ ele10_layer2_etaoffv3_55_b

list CaloSwEtaoff_v3.ele10_layer2_etaoffv3_55_b

Definition at line 11379 of file CaloSwEtaoff_v3.py.

◆ ele10_layer2_etaoffv3_55_e

list CaloSwEtaoff_v3.ele10_layer2_etaoffv3_55_e

Definition at line 11441 of file CaloSwEtaoff_v3.py.

◆ ele200_layer1_etaoffv3_35_b

list CaloSwEtaoff_v3.ele200_layer1_etaoffv3_35_b

Definition at line 4987 of file CaloSwEtaoff_v3.py.

◆ ele200_layer1_etaoffv3_35_e

list CaloSwEtaoff_v3.ele200_layer1_etaoffv3_35_e

Definition at line 5069 of file CaloSwEtaoff_v3.py.

◆ ele200_layer1_etaoffv3_37_b

list CaloSwEtaoff_v3.ele200_layer1_etaoffv3_37_b

Definition at line 8723 of file CaloSwEtaoff_v3.py.

◆ ele200_layer1_etaoffv3_37_e

list CaloSwEtaoff_v3.ele200_layer1_etaoffv3_37_e

Definition at line 8805 of file CaloSwEtaoff_v3.py.

◆ ele200_layer1_etaoffv3_55_b

list CaloSwEtaoff_v3.ele200_layer1_etaoffv3_55_b

Definition at line 1250 of file CaloSwEtaoff_v3.py.

◆ ele200_layer1_etaoffv3_55_e

list CaloSwEtaoff_v3.ele200_layer1_etaoffv3_55_e

Definition at line 1332 of file CaloSwEtaoff_v3.py.

◆ ele200_layer2_etaoffv3_35_b

list CaloSwEtaoff_v3.ele200_layer2_etaoffv3_35_b

Definition at line 14754 of file CaloSwEtaoff_v3.py.

◆ ele200_layer2_etaoffv3_35_e

list CaloSwEtaoff_v3.ele200_layer2_etaoffv3_35_e

Definition at line 14816 of file CaloSwEtaoff_v3.py.

◆ ele200_layer2_etaoffv3_37_b

list CaloSwEtaoff_v3.ele200_layer2_etaoffv3_37_b

Definition at line 17410 of file CaloSwEtaoff_v3.py.

◆ ele200_layer2_etaoffv3_37_e

list CaloSwEtaoff_v3.ele200_layer2_etaoffv3_37_e

Definition at line 17472 of file CaloSwEtaoff_v3.py.

◆ ele200_layer2_etaoffv3_55_b

list CaloSwEtaoff_v3.ele200_layer2_etaoffv3_55_b

Definition at line 12099 of file CaloSwEtaoff_v3.py.

◆ ele200_layer2_etaoffv3_55_e

list CaloSwEtaoff_v3.ele200_layer2_etaoffv3_55_e

Definition at line 12161 of file CaloSwEtaoff_v3.py.

◆ ele25_layer1_etaoffv3_35_b

list CaloSwEtaoff_v3.ele25_layer1_etaoffv3_35_b

Definition at line 4171 of file CaloSwEtaoff_v3.py.

◆ ele25_layer1_etaoffv3_35_e

list CaloSwEtaoff_v3.ele25_layer1_etaoffv3_35_e

Definition at line 4253 of file CaloSwEtaoff_v3.py.

◆ ele25_layer1_etaoffv3_37_b

list CaloSwEtaoff_v3.ele25_layer1_etaoffv3_37_b

Definition at line 7907 of file CaloSwEtaoff_v3.py.

◆ ele25_layer1_etaoffv3_37_e

list CaloSwEtaoff_v3.ele25_layer1_etaoffv3_37_e

Definition at line 7989 of file CaloSwEtaoff_v3.py.

◆ ele25_layer1_etaoffv3_55_b

list CaloSwEtaoff_v3.ele25_layer1_etaoffv3_55_b

Definition at line 434 of file CaloSwEtaoff_v3.py.

◆ ele25_layer1_etaoffv3_55_e

list CaloSwEtaoff_v3.ele25_layer1_etaoffv3_55_e

Definition at line 516 of file CaloSwEtaoff_v3.py.

◆ ele25_layer2_etaoffv3_35_b

list CaloSwEtaoff_v3.ele25_layer2_etaoffv3_35_b

Definition at line 14178 of file CaloSwEtaoff_v3.py.

◆ ele25_layer2_etaoffv3_35_e

list CaloSwEtaoff_v3.ele25_layer2_etaoffv3_35_e

Definition at line 14240 of file CaloSwEtaoff_v3.py.

◆ ele25_layer2_etaoffv3_37_b

list CaloSwEtaoff_v3.ele25_layer2_etaoffv3_37_b

Definition at line 16834 of file CaloSwEtaoff_v3.py.

◆ ele25_layer2_etaoffv3_37_e

list CaloSwEtaoff_v3.ele25_layer2_etaoffv3_37_e

Definition at line 16896 of file CaloSwEtaoff_v3.py.

◆ ele25_layer2_etaoffv3_55_b

list CaloSwEtaoff_v3.ele25_layer2_etaoffv3_55_b

Definition at line 11523 of file CaloSwEtaoff_v3.py.

◆ ele25_layer2_etaoffv3_55_e

list CaloSwEtaoff_v3.ele25_layer2_etaoffv3_55_e

Definition at line 11585 of file CaloSwEtaoff_v3.py.

◆ ele500_layer1_etaoffv3_35_b

list CaloSwEtaoff_v3.ele500_layer1_etaoffv3_35_b

Definition at line 5191 of file CaloSwEtaoff_v3.py.

◆ ele500_layer1_etaoffv3_35_e

list CaloSwEtaoff_v3.ele500_layer1_etaoffv3_35_e

Definition at line 5273 of file CaloSwEtaoff_v3.py.

◆ ele500_layer1_etaoffv3_37_b

list CaloSwEtaoff_v3.ele500_layer1_etaoffv3_37_b

Definition at line 8927 of file CaloSwEtaoff_v3.py.

◆ ele500_layer1_etaoffv3_37_e

list CaloSwEtaoff_v3.ele500_layer1_etaoffv3_37_e

Definition at line 9009 of file CaloSwEtaoff_v3.py.

◆ ele500_layer1_etaoffv3_55_b

list CaloSwEtaoff_v3.ele500_layer1_etaoffv3_55_b

Definition at line 1454 of file CaloSwEtaoff_v3.py.

◆ ele500_layer1_etaoffv3_55_e

list CaloSwEtaoff_v3.ele500_layer1_etaoffv3_55_e

Definition at line 1536 of file CaloSwEtaoff_v3.py.

◆ ele500_layer2_etaoffv3_35_b

list CaloSwEtaoff_v3.ele500_layer2_etaoffv3_35_b

Definition at line 14898 of file CaloSwEtaoff_v3.py.

◆ ele500_layer2_etaoffv3_35_e

list CaloSwEtaoff_v3.ele500_layer2_etaoffv3_35_e

Definition at line 14960 of file CaloSwEtaoff_v3.py.

◆ ele500_layer2_etaoffv3_37_b

list CaloSwEtaoff_v3.ele500_layer2_etaoffv3_37_b

Definition at line 17554 of file CaloSwEtaoff_v3.py.

◆ ele500_layer2_etaoffv3_37_e

list CaloSwEtaoff_v3.ele500_layer2_etaoffv3_37_e

Definition at line 17616 of file CaloSwEtaoff_v3.py.

◆ ele500_layer2_etaoffv3_55_b

list CaloSwEtaoff_v3.ele500_layer2_etaoffv3_55_b

Definition at line 12243 of file CaloSwEtaoff_v3.py.

◆ ele500_layer2_etaoffv3_55_e

list CaloSwEtaoff_v3.ele500_layer2_etaoffv3_55_e

Definition at line 12305 of file CaloSwEtaoff_v3.py.

◆ ele50_layer1_etaoffv3_35_b

list CaloSwEtaoff_v3.ele50_layer1_etaoffv3_35_b

Definition at line 4375 of file CaloSwEtaoff_v3.py.

◆ ele50_layer1_etaoffv3_35_e

list CaloSwEtaoff_v3.ele50_layer1_etaoffv3_35_e

Definition at line 4457 of file CaloSwEtaoff_v3.py.

◆ ele50_layer1_etaoffv3_37_b

list CaloSwEtaoff_v3.ele50_layer1_etaoffv3_37_b

Definition at line 8111 of file CaloSwEtaoff_v3.py.

◆ ele50_layer1_etaoffv3_37_e

list CaloSwEtaoff_v3.ele50_layer1_etaoffv3_37_e

Definition at line 8193 of file CaloSwEtaoff_v3.py.

◆ ele50_layer1_etaoffv3_55_b

list CaloSwEtaoff_v3.ele50_layer1_etaoffv3_55_b

Definition at line 638 of file CaloSwEtaoff_v3.py.

◆ ele50_layer1_etaoffv3_55_e

list CaloSwEtaoff_v3.ele50_layer1_etaoffv3_55_e

Definition at line 720 of file CaloSwEtaoff_v3.py.

◆ ele50_layer2_etaoffv3_35_b

list CaloSwEtaoff_v3.ele50_layer2_etaoffv3_35_b

Definition at line 14322 of file CaloSwEtaoff_v3.py.

◆ ele50_layer2_etaoffv3_35_e

list CaloSwEtaoff_v3.ele50_layer2_etaoffv3_35_e

Definition at line 14384 of file CaloSwEtaoff_v3.py.

◆ ele50_layer2_etaoffv3_37_b

list CaloSwEtaoff_v3.ele50_layer2_etaoffv3_37_b

Definition at line 16978 of file CaloSwEtaoff_v3.py.

◆ ele50_layer2_etaoffv3_37_e

list CaloSwEtaoff_v3.ele50_layer2_etaoffv3_37_e

Definition at line 17040 of file CaloSwEtaoff_v3.py.

◆ ele50_layer2_etaoffv3_55_b

list CaloSwEtaoff_v3.ele50_layer2_etaoffv3_55_b

Definition at line 11667 of file CaloSwEtaoff_v3.py.

◆ ele50_layer2_etaoffv3_55_e

list CaloSwEtaoff_v3.ele50_layer2_etaoffv3_55_e

Definition at line 11729 of file CaloSwEtaoff_v3.py.

◆ ele5_layer1_etaoffv3_35_b

list CaloSwEtaoff_v3.ele5_layer1_etaoffv3_35_b

Tables for v3 sshape correction, layer 1, 3x5 electron clusters.

Definition at line 3763 of file CaloSwEtaoff_v3.py.

◆ ele5_layer1_etaoffv3_35_e

list CaloSwEtaoff_v3.ele5_layer1_etaoffv3_35_e

Definition at line 3845 of file CaloSwEtaoff_v3.py.

◆ ele5_layer1_etaoffv3_37_b

list CaloSwEtaoff_v3.ele5_layer1_etaoffv3_37_b

Tables for v3 sshape correction, layer 1, 3x7 electron clusters.

Definition at line 7499 of file CaloSwEtaoff_v3.py.

◆ ele5_layer1_etaoffv3_37_e

list CaloSwEtaoff_v3.ele5_layer1_etaoffv3_37_e

Definition at line 7581 of file CaloSwEtaoff_v3.py.

◆ ele5_layer1_etaoffv3_55_b

list CaloSwEtaoff_v3.ele5_layer1_etaoffv3_55_b

Tables for v3 sshape correction, layer 1, 5x5 electron clusters.

Definition at line 26 of file CaloSwEtaoff_v3.py.

◆ ele5_layer1_etaoffv3_55_e

list CaloSwEtaoff_v3.ele5_layer1_etaoffv3_55_e

Definition at line 108 of file CaloSwEtaoff_v3.py.

◆ ele5_layer2_etaoffv3_35_b

list CaloSwEtaoff_v3.ele5_layer2_etaoffv3_35_b

Tables for v3 sshape correction, layer 2, 3x5 electron clusters.

Definition at line 13889 of file CaloSwEtaoff_v3.py.

◆ ele5_layer2_etaoffv3_35_e

list CaloSwEtaoff_v3.ele5_layer2_etaoffv3_35_e

Definition at line 13951 of file CaloSwEtaoff_v3.py.

◆ ele5_layer2_etaoffv3_37_b

list CaloSwEtaoff_v3.ele5_layer2_etaoffv3_37_b

Tables for v3 sshape correction, layer 2, 3x7 electron clusters.

Definition at line 16545 of file CaloSwEtaoff_v3.py.

◆ ele5_layer2_etaoffv3_37_e

list CaloSwEtaoff_v3.ele5_layer2_etaoffv3_37_e

Definition at line 16607 of file CaloSwEtaoff_v3.py.

◆ ele5_layer2_etaoffv3_55_b

list CaloSwEtaoff_v3.ele5_layer2_etaoffv3_55_b

Tables for v3 sshape correction, layer 2, 5x5 electron clusters.

Definition at line 11235 of file CaloSwEtaoff_v3.py.

◆ ele5_layer2_etaoffv3_55_e

list CaloSwEtaoff_v3.ele5_layer2_etaoffv3_55_e

Definition at line 11297 of file CaloSwEtaoff_v3.py.

◆ ele75_layer1_etaoffv3_35_b

list CaloSwEtaoff_v3.ele75_layer1_etaoffv3_35_b

Definition at line 4579 of file CaloSwEtaoff_v3.py.

◆ ele75_layer1_etaoffv3_35_e

list CaloSwEtaoff_v3.ele75_layer1_etaoffv3_35_e

Definition at line 4661 of file CaloSwEtaoff_v3.py.

◆ ele75_layer1_etaoffv3_37_b

list CaloSwEtaoff_v3.ele75_layer1_etaoffv3_37_b

Definition at line 8315 of file CaloSwEtaoff_v3.py.

◆ ele75_layer1_etaoffv3_37_e

list CaloSwEtaoff_v3.ele75_layer1_etaoffv3_37_e

Definition at line 8397 of file CaloSwEtaoff_v3.py.

◆ ele75_layer1_etaoffv3_55_b

list CaloSwEtaoff_v3.ele75_layer1_etaoffv3_55_b

Definition at line 842 of file CaloSwEtaoff_v3.py.

◆ ele75_layer1_etaoffv3_55_e

list CaloSwEtaoff_v3.ele75_layer1_etaoffv3_55_e

Definition at line 924 of file CaloSwEtaoff_v3.py.

◆ ele75_layer2_etaoffv3_35_b

list CaloSwEtaoff_v3.ele75_layer2_etaoffv3_35_b

Definition at line 14466 of file CaloSwEtaoff_v3.py.

◆ ele75_layer2_etaoffv3_35_e

list CaloSwEtaoff_v3.ele75_layer2_etaoffv3_35_e

Definition at line 14528 of file CaloSwEtaoff_v3.py.

◆ ele75_layer2_etaoffv3_37_b

list CaloSwEtaoff_v3.ele75_layer2_etaoffv3_37_b

Definition at line 17122 of file CaloSwEtaoff_v3.py.

◆ ele75_layer2_etaoffv3_37_e

list CaloSwEtaoff_v3.ele75_layer2_etaoffv3_37_e

Definition at line 17184 of file CaloSwEtaoff_v3.py.

◆ ele75_layer2_etaoffv3_55_b

list CaloSwEtaoff_v3.ele75_layer2_etaoffv3_55_b

Definition at line 11811 of file CaloSwEtaoff_v3.py.

◆ ele75_layer2_etaoffv3_55_e

list CaloSwEtaoff_v3.ele75_layer2_etaoffv3_55_e

Definition at line 11873 of file CaloSwEtaoff_v3.py.

◆ ele_etaoffv3_energies

list CaloSwEtaoff_v3.ele_etaoffv3_energies

Initial value:

=  [
    5*GeV, 10*GeV, 25*GeV, 50*GeV, 75*GeV, 100*GeV, 200*GeV, 500*GeV, 1000*GeV
    ]

Definition at line 19246 of file CaloSwEtaoff_v3.py.

◆ ele_layer1_etaoffv3_35_b

list CaloSwEtaoff_v3.ele_layer1_etaoffv3_35_b

Initial value:

=  [
    ele5_layer1_etaoffv3_35_b,
    ele10_layer1_etaoffv3_35_b,
    ele25_layer1_etaoffv3_35_b,
    ele50_layer1_etaoffv3_35_b,
    ele75_layer1_etaoffv3_35_b,
    ele100_layer1_etaoffv3_35_b,
    ele200_layer1_etaoffv3_35_b,
    ele500_layer1_etaoffv3_35_b,
    ele1000_layer1_etaoffv3_35_b,
    ]

Definition at line 5601 of file CaloSwEtaoff_v3.py.

◆ ele_layer1_etaoffv3_35_e

list CaloSwEtaoff_v3.ele_layer1_etaoffv3_35_e

Initial value:

=  [
    ele5_layer1_etaoffv3_35_e,
    ele10_layer1_etaoffv3_35_e,
    ele25_layer1_etaoffv3_35_e,
    ele50_layer1_etaoffv3_35_e,
    ele75_layer1_etaoffv3_35_e,
    ele100_layer1_etaoffv3_35_e,
    ele200_layer1_etaoffv3_35_e,
    ele500_layer1_etaoffv3_35_e,
    ele1000_layer1_etaoffv3_35_e,
    ]

Definition at line 5613 of file CaloSwEtaoff_v3.py.

◆ ele_layer1_etaoffv3_37_b

list CaloSwEtaoff_v3.ele_layer1_etaoffv3_37_b

Initial value:

=  [
    ele5_layer1_etaoffv3_37_b,
    ele10_layer1_etaoffv3_37_b,
    ele25_layer1_etaoffv3_37_b,
    ele50_layer1_etaoffv3_37_b,
    ele75_layer1_etaoffv3_37_b,
    ele100_layer1_etaoffv3_37_b,
    ele200_layer1_etaoffv3_37_b,
    ele500_layer1_etaoffv3_37_b,
    ele1000_layer1_etaoffv3_37_b,
    ]

Definition at line 9337 of file CaloSwEtaoff_v3.py.

◆ ele_layer1_etaoffv3_37_e

list CaloSwEtaoff_v3.ele_layer1_etaoffv3_37_e

Initial value:

=  [
    ele5_layer1_etaoffv3_37_e,
    ele10_layer1_etaoffv3_37_e,
    ele25_layer1_etaoffv3_37_e,
    ele50_layer1_etaoffv3_37_e,
    ele75_layer1_etaoffv3_37_e,
    ele100_layer1_etaoffv3_37_e,
    ele200_layer1_etaoffv3_37_e,
    ele500_layer1_etaoffv3_37_e,
    ele1000_layer1_etaoffv3_37_e,
    ]

Definition at line 9349 of file CaloSwEtaoff_v3.py.

◆ ele_layer1_etaoffv3_55_b

list CaloSwEtaoff_v3.ele_layer1_etaoffv3_55_b

Initial value:

=  [
    ele5_layer1_etaoffv3_55_b,
    ele10_layer1_etaoffv3_55_b,
    ele25_layer1_etaoffv3_55_b,
    ele50_layer1_etaoffv3_55_b,
    ele75_layer1_etaoffv3_55_b,
    ele100_layer1_etaoffv3_55_b,
    ele200_layer1_etaoffv3_55_b,
    ele500_layer1_etaoffv3_55_b,
    ele1000_layer1_etaoffv3_55_b,
    ]

Definition at line 1864 of file CaloSwEtaoff_v3.py.

◆ ele_layer1_etaoffv3_55_e

list CaloSwEtaoff_v3.ele_layer1_etaoffv3_55_e

Initial value:

=  [
    ele5_layer1_etaoffv3_55_e,
    ele10_layer1_etaoffv3_55_e,
    ele25_layer1_etaoffv3_55_e,
    ele50_layer1_etaoffv3_55_e,
    ele75_layer1_etaoffv3_55_e,
    ele100_layer1_etaoffv3_55_e,
    ele200_layer1_etaoffv3_55_e,
    ele500_layer1_etaoffv3_55_e,
    ele1000_layer1_etaoffv3_55_e,
    ]

Definition at line 1876 of file CaloSwEtaoff_v3.py.

◆ ele_layer2_etaoffv3_35_b

list CaloSwEtaoff_v3.ele_layer2_etaoffv3_35_b

Initial value:

=  [
    ele5_layer2_etaoffv3_35_b,
    ele10_layer2_etaoffv3_35_b,
    ele25_layer2_etaoffv3_35_b,
    ele50_layer2_etaoffv3_35_b,
    ele75_layer2_etaoffv3_35_b,
    ele100_layer2_etaoffv3_35_b,
    ele200_layer2_etaoffv3_35_b,
    ele500_layer2_etaoffv3_35_b,
    ele1000_layer2_etaoffv3_35_b,
    ]

Definition at line 15188 of file CaloSwEtaoff_v3.py.

◆ ele_layer2_etaoffv3_35_e

list CaloSwEtaoff_v3.ele_layer2_etaoffv3_35_e

Initial value:

=  [
    ele5_layer2_etaoffv3_35_e,
    ele10_layer2_etaoffv3_35_e,
    ele25_layer2_etaoffv3_35_e,
    ele50_layer2_etaoffv3_35_e,
    ele75_layer2_etaoffv3_35_e,
    ele100_layer2_etaoffv3_35_e,
    ele200_layer2_etaoffv3_35_e,
    ele500_layer2_etaoffv3_35_e,
    ele1000_layer2_etaoffv3_35_e,
    ]

Definition at line 15200 of file CaloSwEtaoff_v3.py.

◆ ele_layer2_etaoffv3_37_b

list CaloSwEtaoff_v3.ele_layer2_etaoffv3_37_b

Initial value:

=  [
    ele5_layer2_etaoffv3_37_b,
    ele10_layer2_etaoffv3_37_b,
    ele25_layer2_etaoffv3_37_b,
    ele50_layer2_etaoffv3_37_b,
    ele75_layer2_etaoffv3_37_b,
    ele100_layer2_etaoffv3_37_b,
    ele200_layer2_etaoffv3_37_b,
    ele500_layer2_etaoffv3_37_b,
    ele1000_layer2_etaoffv3_37_b,
    ]

Definition at line 17844 of file CaloSwEtaoff_v3.py.

◆ ele_layer2_etaoffv3_37_e

list CaloSwEtaoff_v3.ele_layer2_etaoffv3_37_e

Initial value:

=  [
    ele5_layer2_etaoffv3_37_e,
    ele10_layer2_etaoffv3_37_e,
    ele25_layer2_etaoffv3_37_e,
    ele50_layer2_etaoffv3_37_e,
    ele75_layer2_etaoffv3_37_e,
    ele100_layer2_etaoffv3_37_e,
    ele200_layer2_etaoffv3_37_e,
    ele500_layer2_etaoffv3_37_e,
    ele1000_layer2_etaoffv3_37_e,
    ]

Definition at line 17856 of file CaloSwEtaoff_v3.py.

◆ ele_layer2_etaoffv3_55_b

list CaloSwEtaoff_v3.ele_layer2_etaoffv3_55_b

Initial value:

=  [
    ele5_layer2_etaoffv3_55_b,
    ele10_layer2_etaoffv3_55_b,
    ele25_layer2_etaoffv3_55_b,
    ele50_layer2_etaoffv3_55_b,
    ele75_layer2_etaoffv3_55_b,
    ele100_layer2_etaoffv3_55_b,
    ele200_layer2_etaoffv3_55_b,
    ele500_layer2_etaoffv3_55_b,
    ele1000_layer2_etaoffv3_55_b,
    ]

Definition at line 12533 of file CaloSwEtaoff_v3.py.

◆ ele_layer2_etaoffv3_55_e

list CaloSwEtaoff_v3.ele_layer2_etaoffv3_55_e

Initial value:

=  [
    ele5_layer2_etaoffv3_55_e,
    ele10_layer2_etaoffv3_55_e,
    ele25_layer2_etaoffv3_55_e,
    ele50_layer2_etaoffv3_55_e,
    ele75_layer2_etaoffv3_55_e,
    ele100_layer2_etaoffv3_55_e,
    ele200_layer2_etaoffv3_55_e,
    ele500_layer2_etaoffv3_55_e,
    ele1000_layer2_etaoffv3_55_e,
    ]

Definition at line 12545 of file CaloSwEtaoff_v3.py.

◆ etaoffv3_energies

dict CaloSwEtaoff_v3.etaoffv3_energies

Initial value:

=  {'ele55' : ele_etaoffv3_energies,
                     'ele35' : ele_etaoffv3_energies,
                     'ele37' : ele_etaoffv3_energies,
                     'gam55' : gam_etaoffv3_energies,
                     'gam35' : gam_etaoffv3_energies,
                     'gam37' : gam_etaoffv3_energies,
                     
                     # Use 5x5 for other cluster sizes.
                     'ele33' : ele_etaoffv3_energies,
                     'ele57' : ele_etaoffv3_energies,
                     'ele77' : ele_etaoffv3_energies,
                     'gam33' : gam_etaoffv3_energies,
                     'gam57' : gam_etaoffv3_energies,
                     'gam77' : gam_etaoffv3_energies,
                     }

Definition at line 19253 of file CaloSwEtaoff_v3.py.

◆ gam1000_layer1_etaoffv3_35_b

list CaloSwEtaoff_v3.gam1000_layer1_etaoffv3_35_b

Definition at line 7263 of file CaloSwEtaoff_v3.py.

◆ gam1000_layer1_etaoffv3_35_e

list CaloSwEtaoff_v3.gam1000_layer1_etaoffv3_35_e

Definition at line 7345 of file CaloSwEtaoff_v3.py.

◆ gam1000_layer1_etaoffv3_37_b

list CaloSwEtaoff_v3.gam1000_layer1_etaoffv3_37_b

Definition at line 10999 of file CaloSwEtaoff_v3.py.

◆ gam1000_layer1_etaoffv3_37_e

list CaloSwEtaoff_v3.gam1000_layer1_etaoffv3_37_e

Definition at line 11081 of file CaloSwEtaoff_v3.py.

◆ gam1000_layer1_etaoffv3_55_b

list CaloSwEtaoff_v3.gam1000_layer1_etaoffv3_55_b

Definition at line 3527 of file CaloSwEtaoff_v3.py.

◆ gam1000_layer1_etaoffv3_55_e

list CaloSwEtaoff_v3.gam1000_layer1_etaoffv3_55_e

Definition at line 3609 of file CaloSwEtaoff_v3.py.

◆ gam1000_layer2_etaoffv3_35_b

list CaloSwEtaoff_v3.gam1000_layer2_etaoffv3_35_b

Definition at line 16370 of file CaloSwEtaoff_v3.py.

◆ gam1000_layer2_etaoffv3_35_e

list CaloSwEtaoff_v3.gam1000_layer2_etaoffv3_35_e

Definition at line 16432 of file CaloSwEtaoff_v3.py.

◆ gam1000_layer2_etaoffv3_37_b

list CaloSwEtaoff_v3.gam1000_layer2_etaoffv3_37_b

Definition at line 19026 of file CaloSwEtaoff_v3.py.

◆ gam1000_layer2_etaoffv3_37_e

list CaloSwEtaoff_v3.gam1000_layer2_etaoffv3_37_e

Definition at line 19088 of file CaloSwEtaoff_v3.py.

◆ gam1000_layer2_etaoffv3_55_b

list CaloSwEtaoff_v3.gam1000_layer2_etaoffv3_55_b

Definition at line 13714 of file CaloSwEtaoff_v3.py.

◆ gam1000_layer2_etaoffv3_55_e

list CaloSwEtaoff_v3.gam1000_layer2_etaoffv3_55_e

Definition at line 13776 of file CaloSwEtaoff_v3.py.

◆ gam100_layer1_etaoffv3_35_b

list CaloSwEtaoff_v3.gam100_layer1_etaoffv3_35_b

Definition at line 6651 of file CaloSwEtaoff_v3.py.

◆ gam100_layer1_etaoffv3_35_e

list CaloSwEtaoff_v3.gam100_layer1_etaoffv3_35_e

Definition at line 6733 of file CaloSwEtaoff_v3.py.

◆ gam100_layer1_etaoffv3_37_b

list CaloSwEtaoff_v3.gam100_layer1_etaoffv3_37_b

Definition at line 10387 of file CaloSwEtaoff_v3.py.

◆ gam100_layer1_etaoffv3_37_e

list CaloSwEtaoff_v3.gam100_layer1_etaoffv3_37_e

Definition at line 10469 of file CaloSwEtaoff_v3.py.

◆ gam100_layer1_etaoffv3_55_b

list CaloSwEtaoff_v3.gam100_layer1_etaoffv3_55_b

Definition at line 2915 of file CaloSwEtaoff_v3.py.

◆ gam100_layer1_etaoffv3_55_e

list CaloSwEtaoff_v3.gam100_layer1_etaoffv3_55_e

Definition at line 2997 of file CaloSwEtaoff_v3.py.

◆ gam100_layer2_etaoffv3_35_b

list CaloSwEtaoff_v3.gam100_layer2_etaoffv3_35_b

Definition at line 15938 of file CaloSwEtaoff_v3.py.

◆ gam100_layer2_etaoffv3_35_e

list CaloSwEtaoff_v3.gam100_layer2_etaoffv3_35_e

Definition at line 16000 of file CaloSwEtaoff_v3.py.

◆ gam100_layer2_etaoffv3_37_b

list CaloSwEtaoff_v3.gam100_layer2_etaoffv3_37_b

Definition at line 18594 of file CaloSwEtaoff_v3.py.

◆ gam100_layer2_etaoffv3_37_e

list CaloSwEtaoff_v3.gam100_layer2_etaoffv3_37_e

Definition at line 18656 of file CaloSwEtaoff_v3.py.

◆ gam100_layer2_etaoffv3_55_b

list CaloSwEtaoff_v3.gam100_layer2_etaoffv3_55_b

Definition at line 13282 of file CaloSwEtaoff_v3.py.

◆ gam100_layer2_etaoffv3_55_e

list CaloSwEtaoff_v3.gam100_layer2_etaoffv3_55_e

Definition at line 13344 of file CaloSwEtaoff_v3.py.

◆ gam10_layer1_etaoffv3_35_b

list CaloSwEtaoff_v3.gam10_layer1_etaoffv3_35_b

Definition at line 5835 of file CaloSwEtaoff_v3.py.

◆ gam10_layer1_etaoffv3_35_e

list CaloSwEtaoff_v3.gam10_layer1_etaoffv3_35_e

Definition at line 5917 of file CaloSwEtaoff_v3.py.

◆ gam10_layer1_etaoffv3_37_b

list CaloSwEtaoff_v3.gam10_layer1_etaoffv3_37_b

Definition at line 9571 of file CaloSwEtaoff_v3.py.

◆ gam10_layer1_etaoffv3_37_e

list CaloSwEtaoff_v3.gam10_layer1_etaoffv3_37_e

Definition at line 9653 of file CaloSwEtaoff_v3.py.

◆ gam10_layer1_etaoffv3_55_b

list CaloSwEtaoff_v3.gam10_layer1_etaoffv3_55_b

Definition at line 2099 of file CaloSwEtaoff_v3.py.

◆ gam10_layer1_etaoffv3_55_e

list CaloSwEtaoff_v3.gam10_layer1_etaoffv3_55_e

Definition at line 2181 of file CaloSwEtaoff_v3.py.

◆ gam10_layer2_etaoffv3_35_b

list CaloSwEtaoff_v3.gam10_layer2_etaoffv3_35_b

Definition at line 15361 of file CaloSwEtaoff_v3.py.

◆ gam10_layer2_etaoffv3_35_e

list CaloSwEtaoff_v3.gam10_layer2_etaoffv3_35_e

Definition at line 15423 of file CaloSwEtaoff_v3.py.

◆ gam10_layer2_etaoffv3_37_b

list CaloSwEtaoff_v3.gam10_layer2_etaoffv3_37_b

Definition at line 18017 of file CaloSwEtaoff_v3.py.

◆ gam10_layer2_etaoffv3_37_e

list CaloSwEtaoff_v3.gam10_layer2_etaoffv3_37_e

Definition at line 18079 of file CaloSwEtaoff_v3.py.

◆ gam10_layer2_etaoffv3_55_b

list CaloSwEtaoff_v3.gam10_layer2_etaoffv3_55_b

Definition at line 12706 of file CaloSwEtaoff_v3.py.

◆ gam10_layer2_etaoffv3_55_e

list CaloSwEtaoff_v3.gam10_layer2_etaoffv3_55_e

Definition at line 12768 of file CaloSwEtaoff_v3.py.

◆ gam200_layer1_etaoffv3_35_b

list CaloSwEtaoff_v3.gam200_layer1_etaoffv3_35_b

Definition at line 6855 of file CaloSwEtaoff_v3.py.

◆ gam200_layer1_etaoffv3_35_e

list CaloSwEtaoff_v3.gam200_layer1_etaoffv3_35_e

Definition at line 6937 of file CaloSwEtaoff_v3.py.

◆ gam200_layer1_etaoffv3_37_b

list CaloSwEtaoff_v3.gam200_layer1_etaoffv3_37_b

Definition at line 10591 of file CaloSwEtaoff_v3.py.

◆ gam200_layer1_etaoffv3_37_e

list CaloSwEtaoff_v3.gam200_layer1_etaoffv3_37_e

Definition at line 10673 of file CaloSwEtaoff_v3.py.

◆ gam200_layer1_etaoffv3_55_b

list CaloSwEtaoff_v3.gam200_layer1_etaoffv3_55_b

Definition at line 3119 of file CaloSwEtaoff_v3.py.

◆ gam200_layer1_etaoffv3_55_e

list CaloSwEtaoff_v3.gam200_layer1_etaoffv3_55_e

Definition at line 3201 of file CaloSwEtaoff_v3.py.

◆ gam200_layer2_etaoffv3_35_b

list CaloSwEtaoff_v3.gam200_layer2_etaoffv3_35_b

Definition at line 16082 of file CaloSwEtaoff_v3.py.

◆ gam200_layer2_etaoffv3_35_e

list CaloSwEtaoff_v3.gam200_layer2_etaoffv3_35_e

Definition at line 16144 of file CaloSwEtaoff_v3.py.

◆ gam200_layer2_etaoffv3_37_b

list CaloSwEtaoff_v3.gam200_layer2_etaoffv3_37_b

Definition at line 18738 of file CaloSwEtaoff_v3.py.

◆ gam200_layer2_etaoffv3_37_e

list CaloSwEtaoff_v3.gam200_layer2_etaoffv3_37_e

Definition at line 18800 of file CaloSwEtaoff_v3.py.

◆ gam200_layer2_etaoffv3_55_b

list CaloSwEtaoff_v3.gam200_layer2_etaoffv3_55_b

Definition at line 13426 of file CaloSwEtaoff_v3.py.

◆ gam200_layer2_etaoffv3_55_e

list CaloSwEtaoff_v3.gam200_layer2_etaoffv3_55_e

Definition at line 13488 of file CaloSwEtaoff_v3.py.

◆ gam25_layer1_etaoffv3_35_b

list CaloSwEtaoff_v3.gam25_layer1_etaoffv3_35_b

Definition at line 6039 of file CaloSwEtaoff_v3.py.

◆ gam25_layer1_etaoffv3_35_e

list CaloSwEtaoff_v3.gam25_layer1_etaoffv3_35_e

Definition at line 6121 of file CaloSwEtaoff_v3.py.

◆ gam25_layer1_etaoffv3_37_b

list CaloSwEtaoff_v3.gam25_layer1_etaoffv3_37_b

Definition at line 9775 of file CaloSwEtaoff_v3.py.

◆ gam25_layer1_etaoffv3_37_e

list CaloSwEtaoff_v3.gam25_layer1_etaoffv3_37_e

Definition at line 9857 of file CaloSwEtaoff_v3.py.

◆ gam25_layer1_etaoffv3_55_b

list CaloSwEtaoff_v3.gam25_layer1_etaoffv3_55_b

Definition at line 2303 of file CaloSwEtaoff_v3.py.

◆ gam25_layer1_etaoffv3_55_e

list CaloSwEtaoff_v3.gam25_layer1_etaoffv3_55_e

Definition at line 2385 of file CaloSwEtaoff_v3.py.

◆ gam25_layer2_etaoffv3_35_b

list CaloSwEtaoff_v3.gam25_layer2_etaoffv3_35_b

Definition at line 15506 of file CaloSwEtaoff_v3.py.

◆ gam25_layer2_etaoffv3_35_e

list CaloSwEtaoff_v3.gam25_layer2_etaoffv3_35_e

Definition at line 15568 of file CaloSwEtaoff_v3.py.

◆ gam25_layer2_etaoffv3_37_b

list CaloSwEtaoff_v3.gam25_layer2_etaoffv3_37_b

Definition at line 18162 of file CaloSwEtaoff_v3.py.

◆ gam25_layer2_etaoffv3_37_e

list CaloSwEtaoff_v3.gam25_layer2_etaoffv3_37_e

Definition at line 18224 of file CaloSwEtaoff_v3.py.

◆ gam25_layer2_etaoffv3_55_b

list CaloSwEtaoff_v3.gam25_layer2_etaoffv3_55_b

Definition at line 12850 of file CaloSwEtaoff_v3.py.

◆ gam25_layer2_etaoffv3_55_e

list CaloSwEtaoff_v3.gam25_layer2_etaoffv3_55_e

Definition at line 12912 of file CaloSwEtaoff_v3.py.

◆ gam500_layer1_etaoffv3_35_b

list CaloSwEtaoff_v3.gam500_layer1_etaoffv3_35_b

Definition at line 7059 of file CaloSwEtaoff_v3.py.

◆ gam500_layer1_etaoffv3_35_e

list CaloSwEtaoff_v3.gam500_layer1_etaoffv3_35_e

Definition at line 7141 of file CaloSwEtaoff_v3.py.

◆ gam500_layer1_etaoffv3_37_b

list CaloSwEtaoff_v3.gam500_layer1_etaoffv3_37_b

Definition at line 10795 of file CaloSwEtaoff_v3.py.

◆ gam500_layer1_etaoffv3_37_e

list CaloSwEtaoff_v3.gam500_layer1_etaoffv3_37_e

Definition at line 10877 of file CaloSwEtaoff_v3.py.

◆ gam500_layer1_etaoffv3_55_b

list CaloSwEtaoff_v3.gam500_layer1_etaoffv3_55_b

Definition at line 3323 of file CaloSwEtaoff_v3.py.

◆ gam500_layer1_etaoffv3_55_e

list CaloSwEtaoff_v3.gam500_layer1_etaoffv3_55_e

Definition at line 3405 of file CaloSwEtaoff_v3.py.

◆ gam500_layer2_etaoffv3_35_b

list CaloSwEtaoff_v3.gam500_layer2_etaoffv3_35_b

Definition at line 16226 of file CaloSwEtaoff_v3.py.

◆ gam500_layer2_etaoffv3_35_e

list CaloSwEtaoff_v3.gam500_layer2_etaoffv3_35_e

Definition at line 16288 of file CaloSwEtaoff_v3.py.

◆ gam500_layer2_etaoffv3_37_b

list CaloSwEtaoff_v3.gam500_layer2_etaoffv3_37_b

Definition at line 18882 of file CaloSwEtaoff_v3.py.

◆ gam500_layer2_etaoffv3_37_e

list CaloSwEtaoff_v3.gam500_layer2_etaoffv3_37_e

Definition at line 18944 of file CaloSwEtaoff_v3.py.

◆ gam500_layer2_etaoffv3_55_b

list CaloSwEtaoff_v3.gam500_layer2_etaoffv3_55_b

Definition at line 13570 of file CaloSwEtaoff_v3.py.

◆ gam500_layer2_etaoffv3_55_e

list CaloSwEtaoff_v3.gam500_layer2_etaoffv3_55_e

Definition at line 13632 of file CaloSwEtaoff_v3.py.

◆ gam50_layer1_etaoffv3_35_b

list CaloSwEtaoff_v3.gam50_layer1_etaoffv3_35_b

Definition at line 6243 of file CaloSwEtaoff_v3.py.

◆ gam50_layer1_etaoffv3_35_e

list CaloSwEtaoff_v3.gam50_layer1_etaoffv3_35_e

Definition at line 6325 of file CaloSwEtaoff_v3.py.

◆ gam50_layer1_etaoffv3_37_b

list CaloSwEtaoff_v3.gam50_layer1_etaoffv3_37_b

Definition at line 9979 of file CaloSwEtaoff_v3.py.

◆ gam50_layer1_etaoffv3_37_e

list CaloSwEtaoff_v3.gam50_layer1_etaoffv3_37_e

Definition at line 10061 of file CaloSwEtaoff_v3.py.

◆ gam50_layer1_etaoffv3_55_b

list CaloSwEtaoff_v3.gam50_layer1_etaoffv3_55_b

Definition at line 2507 of file CaloSwEtaoff_v3.py.

◆ gam50_layer1_etaoffv3_55_e

list CaloSwEtaoff_v3.gam50_layer1_etaoffv3_55_e

Definition at line 2589 of file CaloSwEtaoff_v3.py.

◆ gam50_layer2_etaoffv3_35_b

list CaloSwEtaoff_v3.gam50_layer2_etaoffv3_35_b

Definition at line 15650 of file CaloSwEtaoff_v3.py.

◆ gam50_layer2_etaoffv3_35_e

list CaloSwEtaoff_v3.gam50_layer2_etaoffv3_35_e

Definition at line 15712 of file CaloSwEtaoff_v3.py.

◆ gam50_layer2_etaoffv3_37_b

list CaloSwEtaoff_v3.gam50_layer2_etaoffv3_37_b

Definition at line 18306 of file CaloSwEtaoff_v3.py.

◆ gam50_layer2_etaoffv3_37_e

list CaloSwEtaoff_v3.gam50_layer2_etaoffv3_37_e

Definition at line 18368 of file CaloSwEtaoff_v3.py.

◆ gam50_layer2_etaoffv3_55_b

list CaloSwEtaoff_v3.gam50_layer2_etaoffv3_55_b

Definition at line 12994 of file CaloSwEtaoff_v3.py.

◆ gam50_layer2_etaoffv3_55_e

list CaloSwEtaoff_v3.gam50_layer2_etaoffv3_55_e

Definition at line 13056 of file CaloSwEtaoff_v3.py.

◆ gam5_layer1_etaoffv3_35_b

list CaloSwEtaoff_v3.gam5_layer1_etaoffv3_35_b

Tables for v3 sshape correction, layer 1, 3x5 photon clusters.

Definition at line 5631 of file CaloSwEtaoff_v3.py.

◆ gam5_layer1_etaoffv3_35_e

list CaloSwEtaoff_v3.gam5_layer1_etaoffv3_35_e

Definition at line 5713 of file CaloSwEtaoff_v3.py.

◆ gam5_layer1_etaoffv3_37_b

list CaloSwEtaoff_v3.gam5_layer1_etaoffv3_37_b

Tables for v3 sshape correction, layer 1, 3x7 photon clusters.

Definition at line 9367 of file CaloSwEtaoff_v3.py.

◆ gam5_layer1_etaoffv3_37_e

list CaloSwEtaoff_v3.gam5_layer1_etaoffv3_37_e

Definition at line 9449 of file CaloSwEtaoff_v3.py.

◆ gam5_layer1_etaoffv3_55_b

list CaloSwEtaoff_v3.gam5_layer1_etaoffv3_55_b

Tables for v3 sshape correction, layer 1, 5x5 photon clusters.

Definition at line 1895 of file CaloSwEtaoff_v3.py.

◆ gam5_layer1_etaoffv3_55_e

list CaloSwEtaoff_v3.gam5_layer1_etaoffv3_55_e

Definition at line 1977 of file CaloSwEtaoff_v3.py.

◆ gam5_layer2_etaoffv3_35_b

list CaloSwEtaoff_v3.gam5_layer2_etaoffv3_35_b

Tables for v3 sshape correction, layer 2, 3x5 photon clusters.

Definition at line 15217 of file CaloSwEtaoff_v3.py.

◆ gam5_layer2_etaoffv3_35_e

list CaloSwEtaoff_v3.gam5_layer2_etaoffv3_35_e

Definition at line 15279 of file CaloSwEtaoff_v3.py.

◆ gam5_layer2_etaoffv3_37_b

list CaloSwEtaoff_v3.gam5_layer2_etaoffv3_37_b

Tables for v3 sshape correction, layer 2, 3x7 photon clusters.

Definition at line 17873 of file CaloSwEtaoff_v3.py.

◆ gam5_layer2_etaoffv3_37_e

list CaloSwEtaoff_v3.gam5_layer2_etaoffv3_37_e

Definition at line 17935 of file CaloSwEtaoff_v3.py.

◆ gam5_layer2_etaoffv3_55_b

list CaloSwEtaoff_v3.gam5_layer2_etaoffv3_55_b

Tables for v3 sshape correction, layer 2, 5x5 photon clusters.

Definition at line 12562 of file CaloSwEtaoff_v3.py.

◆ gam5_layer2_etaoffv3_55_e

list CaloSwEtaoff_v3.gam5_layer2_etaoffv3_55_e

Definition at line 12624 of file CaloSwEtaoff_v3.py.

◆ gam75_layer1_etaoffv3_35_b

list CaloSwEtaoff_v3.gam75_layer1_etaoffv3_35_b

Definition at line 6447 of file CaloSwEtaoff_v3.py.

◆ gam75_layer1_etaoffv3_35_e

list CaloSwEtaoff_v3.gam75_layer1_etaoffv3_35_e

Definition at line 6529 of file CaloSwEtaoff_v3.py.

◆ gam75_layer1_etaoffv3_37_b

list CaloSwEtaoff_v3.gam75_layer1_etaoffv3_37_b

Definition at line 10183 of file CaloSwEtaoff_v3.py.

◆ gam75_layer1_etaoffv3_37_e

list CaloSwEtaoff_v3.gam75_layer1_etaoffv3_37_e

Definition at line 10265 of file CaloSwEtaoff_v3.py.

◆ gam75_layer1_etaoffv3_55_b

list CaloSwEtaoff_v3.gam75_layer1_etaoffv3_55_b

Definition at line 2711 of file CaloSwEtaoff_v3.py.

◆ gam75_layer1_etaoffv3_55_e

list CaloSwEtaoff_v3.gam75_layer1_etaoffv3_55_e

Definition at line 2793 of file CaloSwEtaoff_v3.py.

◆ gam75_layer2_etaoffv3_35_b

list CaloSwEtaoff_v3.gam75_layer2_etaoffv3_35_b

Definition at line 15794 of file CaloSwEtaoff_v3.py.

◆ gam75_layer2_etaoffv3_35_e

list CaloSwEtaoff_v3.gam75_layer2_etaoffv3_35_e

Definition at line 15856 of file CaloSwEtaoff_v3.py.

◆ gam75_layer2_etaoffv3_37_b

list CaloSwEtaoff_v3.gam75_layer2_etaoffv3_37_b

Definition at line 18450 of file CaloSwEtaoff_v3.py.

◆ gam75_layer2_etaoffv3_37_e

list CaloSwEtaoff_v3.gam75_layer2_etaoffv3_37_e

Definition at line 18512 of file CaloSwEtaoff_v3.py.

◆ gam75_layer2_etaoffv3_55_b

list CaloSwEtaoff_v3.gam75_layer2_etaoffv3_55_b

Definition at line 13138 of file CaloSwEtaoff_v3.py.

◆ gam75_layer2_etaoffv3_55_e

list CaloSwEtaoff_v3.gam75_layer2_etaoffv3_55_e

Definition at line 13200 of file CaloSwEtaoff_v3.py.

◆ gam_etaoffv3_energies

list CaloSwEtaoff_v3.gam_etaoffv3_energies

Initial value:

=  [
    5*GeV, 10*GeV, 25*GeV, 50*GeV, 75*GeV, 100*GeV, 200*GeV, 500*GeV, 1000*GeV
    ]

Definition at line 19249 of file CaloSwEtaoff_v3.py.

◆ gam_layer1_etaoffv3_35_b

list CaloSwEtaoff_v3.gam_layer1_etaoffv3_35_b

Initial value:

=  [
    gam5_layer1_etaoffv3_35_b,
    gam10_layer1_etaoffv3_35_b,
    gam25_layer1_etaoffv3_35_b,
    gam50_layer1_etaoffv3_35_b,
    gam75_layer1_etaoffv3_35_b,
    gam100_layer1_etaoffv3_35_b,
    gam200_layer1_etaoffv3_35_b,
    gam500_layer1_etaoffv3_35_b,
    gam1000_layer1_etaoffv3_35_b,
    ]

Definition at line 7469 of file CaloSwEtaoff_v3.py.

◆ gam_layer1_etaoffv3_35_e

list CaloSwEtaoff_v3.gam_layer1_etaoffv3_35_e

Initial value:

=  [
    gam5_layer1_etaoffv3_35_e,
    gam10_layer1_etaoffv3_35_e,
    gam25_layer1_etaoffv3_35_e,
    gam50_layer1_etaoffv3_35_e,
    gam75_layer1_etaoffv3_35_e,
    gam100_layer1_etaoffv3_35_e,
    gam200_layer1_etaoffv3_35_e,
    gam500_layer1_etaoffv3_35_e,
    gam1000_layer1_etaoffv3_35_e,
    ]

Definition at line 7481 of file CaloSwEtaoff_v3.py.

◆ gam_layer1_etaoffv3_37_b

list CaloSwEtaoff_v3.gam_layer1_etaoffv3_37_b

Initial value:

=  [
    gam5_layer1_etaoffv3_37_b,
    gam10_layer1_etaoffv3_37_b,
    gam25_layer1_etaoffv3_37_b,
    gam50_layer1_etaoffv3_37_b,
    gam75_layer1_etaoffv3_37_b,
    gam100_layer1_etaoffv3_37_b,
    gam200_layer1_etaoffv3_37_b,
    gam500_layer1_etaoffv3_37_b,
    gam1000_layer1_etaoffv3_37_b,
    ]

Definition at line 11205 of file CaloSwEtaoff_v3.py.

◆ gam_layer1_etaoffv3_37_e

list CaloSwEtaoff_v3.gam_layer1_etaoffv3_37_e

Initial value:

=  [
    gam5_layer1_etaoffv3_37_e,
    gam10_layer1_etaoffv3_37_e,
    gam25_layer1_etaoffv3_37_e,
    gam50_layer1_etaoffv3_37_e,
    gam75_layer1_etaoffv3_37_e,
    gam100_layer1_etaoffv3_37_e,
    gam200_layer1_etaoffv3_37_e,
    gam500_layer1_etaoffv3_37_e,
    gam1000_layer1_etaoffv3_37_e,
    ]

Definition at line 11217 of file CaloSwEtaoff_v3.py.

◆ gam_layer1_etaoffv3_55_b

list CaloSwEtaoff_v3.gam_layer1_etaoffv3_55_b

Initial value:

=  [
    gam5_layer1_etaoffv3_55_b,
    gam10_layer1_etaoffv3_55_b,
    gam25_layer1_etaoffv3_55_b,
    gam50_layer1_etaoffv3_55_b,
    gam75_layer1_etaoffv3_55_b,
    gam100_layer1_etaoffv3_55_b,
    gam200_layer1_etaoffv3_55_b,
    gam500_layer1_etaoffv3_55_b,
    gam1000_layer1_etaoffv3_55_b,
    ]

Definition at line 3733 of file CaloSwEtaoff_v3.py.

◆ gam_layer1_etaoffv3_55_e

list CaloSwEtaoff_v3.gam_layer1_etaoffv3_55_e

Initial value:

=  [
    gam5_layer1_etaoffv3_55_e,
    gam10_layer1_etaoffv3_55_e,
    gam25_layer1_etaoffv3_55_e,
    gam50_layer1_etaoffv3_55_e,
    gam75_layer1_etaoffv3_55_e,
    gam100_layer1_etaoffv3_55_e,
    gam200_layer1_etaoffv3_55_e,
    gam500_layer1_etaoffv3_55_e,
    gam1000_layer1_etaoffv3_55_e,
    ]

Definition at line 3745 of file CaloSwEtaoff_v3.py.

◆ gam_layer2_etaoffv3_35_b

list CaloSwEtaoff_v3.gam_layer2_etaoffv3_35_b

Initial value:

=  [
    gam5_layer2_etaoffv3_35_b,
    gam10_layer2_etaoffv3_35_b,
    gam25_layer2_etaoffv3_35_b,
    gam50_layer2_etaoffv3_35_b,
    gam75_layer2_etaoffv3_35_b,
    gam100_layer2_etaoffv3_35_b,
    gam200_layer2_etaoffv3_35_b,
    gam500_layer2_etaoffv3_35_b,
    gam1000_layer2_etaoffv3_35_b,
    ]

Definition at line 16516 of file CaloSwEtaoff_v3.py.

◆ gam_layer2_etaoffv3_35_e

list CaloSwEtaoff_v3.gam_layer2_etaoffv3_35_e

Initial value:

=  [
    gam5_layer2_etaoffv3_35_e,
    gam10_layer2_etaoffv3_35_e,
    gam25_layer2_etaoffv3_35_e,
    gam50_layer2_etaoffv3_35_e,
    gam75_layer2_etaoffv3_35_e,
    gam100_layer2_etaoffv3_35_e,
    gam200_layer2_etaoffv3_35_e,
    gam500_layer2_etaoffv3_35_e,
    gam1000_layer2_etaoffv3_35_e,
    ]

Definition at line 16528 of file CaloSwEtaoff_v3.py.

◆ gam_layer2_etaoffv3_37_b

list CaloSwEtaoff_v3.gam_layer2_etaoffv3_37_b

Initial value:

=  [
    gam5_layer2_etaoffv3_37_b,
    gam10_layer2_etaoffv3_37_b,
    gam25_layer2_etaoffv3_37_b,
    gam50_layer2_etaoffv3_37_b,
    gam75_layer2_etaoffv3_37_b,
    gam100_layer2_etaoffv3_37_b,
    gam200_layer2_etaoffv3_37_b,
    gam500_layer2_etaoffv3_37_b,
    gam1000_layer2_etaoffv3_37_b,
    ]

Definition at line 19172 of file CaloSwEtaoff_v3.py.

◆ gam_layer2_etaoffv3_37_e

list CaloSwEtaoff_v3.gam_layer2_etaoffv3_37_e

Initial value:

=  [
    gam5_layer2_etaoffv3_37_e,
    gam10_layer2_etaoffv3_37_e,
    gam25_layer2_etaoffv3_37_e,
    gam50_layer2_etaoffv3_37_e,
    gam75_layer2_etaoffv3_37_e,
    gam100_layer2_etaoffv3_37_e,
    gam200_layer2_etaoffv3_37_e,
    gam500_layer2_etaoffv3_37_e,
    gam1000_layer2_etaoffv3_37_e,
    ]

Definition at line 19184 of file CaloSwEtaoff_v3.py.

◆ gam_layer2_etaoffv3_55_b

list CaloSwEtaoff_v3.gam_layer2_etaoffv3_55_b

Initial value:

=  [
    gam5_layer2_etaoffv3_55_b,
    gam10_layer2_etaoffv3_55_b,
    gam25_layer2_etaoffv3_55_b,
    gam50_layer2_etaoffv3_55_b,
    gam75_layer2_etaoffv3_55_b,
    gam100_layer2_etaoffv3_55_b,
    gam200_layer2_etaoffv3_55_b,
    gam500_layer2_etaoffv3_55_b,
    gam1000_layer2_etaoffv3_55_b,
    ]

Definition at line 13860 of file CaloSwEtaoff_v3.py.

◆ gam_layer2_etaoffv3_55_e

list CaloSwEtaoff_v3.gam_layer2_etaoffv3_55_e

Initial value:

=  [
    gam5_layer2_etaoffv3_55_e,
    gam10_layer2_etaoffv3_55_e,
    gam25_layer2_etaoffv3_55_e,
    gam50_layer2_etaoffv3_55_e,
    gam75_layer2_etaoffv3_55_e,
    gam100_layer2_etaoffv3_55_e,
    gam200_layer2_etaoffv3_55_e,
    gam500_layer2_etaoffv3_55_e,
    gam1000_layer2_etaoffv3_55_e,
    ]

Definition at line 13872 of file CaloSwEtaoff_v3.py.

◆ layer1_etaoffv3_regions_b

list CaloSwEtaoff_v3.layer1_etaoffv3_regions_b

Initial value:

=  [
  [ 0.0, 0.00625, 5, 0.003125, 0 ],
  [ 0.00625, 0.4, 11, 0.003125, 0 ],
  [ 0.4, 0.79375, 11, 0.003125, 0 ],
  [ 0.79365, 0.8, 3, 0.003125, 0 ],
  [ 0.8, 1.39375, 11, 0.003125, 0 ],
  [ 1.39375, 1.3955, 0, 0.003125, 0 ],
  [ 1.3955, 1.4, 0, 0.025, 0 ],
  [ 1.4, 1.45, 0, 0.025, 0 ],
]

Region tables.

Definition at line 19201 of file CaloSwEtaoff_v3.py.

◆ layer1_etaoffv3_regions_e

list CaloSwEtaoff_v3.layer1_etaoffv3_regions_e

Initial value:

=  [
  [ 1.425, 1.454, 3, 0.025, 0 ],
  [ 1.454, 1.475, 0, 0.025, 0 ],
  [ 1.475, 1.5, 3, 0.025, 0 ],
  [ 1.5, 1.503125, 0, 0.003125, 0 ],
  [ 1.503125, 1.8, 0, 0.003125, 0 ],
  [ 1.8, 2.0, 0, 0.00416666666667, 0 ],
  [ 2.0, 2.29375, 0, 0.00625, 0 ],
  [ 2.29375, 2.30625, 3, 0.00625, 0 ],
  [ 2.30625, 2.39375, 0, 0.00625, 0 ],
  [ 2.39375, 2.4, 0, 0.00625, 0 ],
  [ 2.4, 2.475, 10, 0.025, 0 ],
  [ 2.475, 2.5, 0, 0.025, 0 ],
]

Definition at line 19211 of file CaloSwEtaoff_v3.py.

◆ layer2_etaoffv3_regions_b

list CaloSwEtaoff_v3.layer2_etaoffv3_regions_b

Initial value:

=  [
  [ 0.0, 0.4, 10, 0.025, 0 ],
  [ 0.4, 0.775, 10, 0.025, 0 ],
  [ 0.775, 0.825, 10, 0.025, 0 ],
  [ 0.825, 1.35, 10, 0.025, 0 ],
  [ 1.35, 1.4, 3, 0.025, 0 ],
  [ 1.4, 1.437, 3, 0.075, -0.025 ],
]

Definition at line 19226 of file CaloSwEtaoff_v3.py.

◆ layer2_etaoffv3_regions_e

list CaloSwEtaoff_v3.layer2_etaoffv3_regions_e

Initial value:

=  [
  [ 1.4, 1.45, 5, 0.025, 0 ],
  [ 1.45, 1.5, 3, 0.025, 0 ],
  [ 1.5, 1.525, 3, 0.025, 0 ],
  [ 1.525, 1.9, 10, 0.025, 0 ],
  [ 1.9, 2.3, 10, 0.025, 0 ],
  [ 2.3, 2.45, 10, 0.025, 0 ],
  [ 2.45, 2.475, 3, 0.025, 0 ],
  [ 2.475, 2.5, 0, 0.025, 0 ],
]

Definition at line 19234 of file CaloSwEtaoff_v3.py.

◆ m_caloMgrKey

SG::ReadCondHandleKey<CaloDetDescrManager> CaloClusterCorrection::m_caloMgrKey {this,"CaloDetDescrManager", "CaloDetDescrManager"}

protectedinherited

Definition at line 83 of file CaloClusterCorrection.h.

83{this,"CaloDetDescrManager", "CaloDetDescrManager"};

◆ m_correction

Constant<CxxUtils::Array<4> > CaloSwEtaoff_v3::m_correction { this, "correction", "Tabulated arrays of function parameters." }

private

Calibration constant: tabulated arrays of function parameters.

Index 0: energy Index 1: region Index 2: parameter Index 3: polynomial coefficient

Note: If [e][r][0][-1] (where -1 means the last in the array) is exactly 0, for any e and r, then this energy/region is skipped. (This is usually because insufficient statistics were available to get a good fit.)

Definition at line 251 of file CaloSwEtaoff_v3.h.

252{ this, "correction", "Tabulated arrays of function parameters." };

◆ m_DBHandle

SG::ReadCondHandleKey<CaloRec::ToolConstants> CaloUtils::ToolWithConstants< BASE >::m_DBHandle

privateinherited

Handle to a ToolConstants conditions object.

Definition at line 534 of file ToolWithConstants.h.

535{ this, "DBHandleKey", "", "" };

◆ m_ddhelper

CxxUtils::CachedUniquePtr<const CaloClusterCorr::DDHelper> CaloClusterCorrectionCommon::m_ddhelper

privateinherited

Helper for detector description lookup.

Definition at line 165 of file CaloClusterCorrectionCommon.h.

◆ m_energies

Constant<CxxUtils::Array<1> > CaloSwEtaoff_v3::m_energies { this, "energies", "Table of energies at which the correction was tabulated." }

private

Calibration constant: table of energies at which the correction was tabulated.

Definition at line 278 of file CaloSwEtaoff_v3.h.

279{ this, "energies", "Table of energies at which the correction was tabulated." };

◆ m_energy_degree

Constant<int> CaloSwEtaoff_v3::m_energy_degree { this, "energy_degree", "Degree of the polynomial interpolation in energy." }

private

Calibration constant: degree of the polynomial interpolation in energy.

Definition at line 282 of file CaloSwEtaoff_v3.h.

283{ this, "energy_degree", "Degree of the polynomial interpolation in energy." };

◆ m_forms

Constant<CxxUtils::Array<2> > CaloSwEtaoff_v3::m_forms { this, "forms", "Functional form to use per region per energy." }

private

Calibration constant: Functional form to use per region per energy.

If this is empty, the form is taken instead from the region table (and is thus same for all energies).

Definition at line 288 of file CaloSwEtaoff_v3.h.

289{ this, "forms", "Functional form to use per region per energy." };

◆ m_impl

ToolWithConstantsImpl CaloUtils::ToolWithConstants< BASE >::m_impl

privateinherited

Internal implementation object.

Definition at line 542 of file ToolWithConstants.h.

542{ this->name(), m_prefix, m_DBHandle };

CaloUtils::ToolWithConstants

Hold constants for a tool.

Definition ToolWithConstants.h:447

◆ m_isdummy

Constant<bool> CaloUtils::ToolWithConstants< BASE >::m_isdummy

privateinherited

If true, then this is a dummy tool that should not be executed.

This is used for the case of reading from COOL using hierarchical tags: we need to have such tags associated with some object in each folder, regardless of whether or not the correction from that folder is actually used. [Every folder that IOVDbSvc knows about at configuration time needs to have a valid object for the configured tag, else IOVDbSvc will raise a fatal error. But we don't know at configuration time which folders we're actually going to need, so we gotta configure all of them.]

Definition at line 560 of file ToolWithConstants.h.

561{this, "isDummy", false };

◆ m_order

Constant<int> CaloUtils::ToolWithConstants< BASE >::m_order

privateinherited

Used to fix the ordering of tools when we're initializing from COOL based on a hierarchical tag.

Tools should be executed in order of increasing m_order.

Definition at line 547 of file ToolWithConstants.h.

548{ this, "order", 0 };

◆ m_prefix

StringProperty CaloUtils::ToolWithConstants< BASE >::m_prefix

privateinherited

Prefix for finding our constants within the ToolConstants object.

Definition at line 538 of file ToolWithConstants.h.

539{ this, "prefix", "", "" };

◆ m_region

Constant<int> CaloClusterCorrectionCommon::m_region { this, "region", "Calorimeter region" }

privateinherited

Calibration constant: The calorimeter region for which this correction is intended.

This should be one of the constants above. This affects the meaning of the eta and phi arguments passed to makeTheCorrection, as well as the samp argument.

Definition at line 161 of file CaloClusterCorrectionCommon.h.

162{ this, "region", "Calorimeter region" };

◆ m_regions

Constant<CxxUtils::Array<2> > CaloSwEtaoff_v3::m_regions { this, "regions", "Table of regions." }

private

Calibration constant: table of regions.

For each region, we have:

Lower $|\eta|$ for the region.
Upper $|\eta|$ for the region.
Index of the functional form for this region.
Cell size for this region.
Offset of cell low edge wrt a multiple of the cell size (not currently used).

If the forms variable is provided, then the functional form is taken from there instead of from here.

Definition at line 264 of file CaloSwEtaoff_v3.h.

265{ this, "regions", "Table of regions." };

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

Public Types

Public Member Functions

Static Public Member Functions

Public Attributes

Protected Attributes

Private Types

Private Member Functions

Static Private Member Functions

Private Attributes

Friends

Detailed Description

Member Typedef Documentation

◆ base_class

◆ Constant

◆ Context

Member Enumeration Documentation

◆ anonymous enum

◆ anonymous enum

Member Function Documentation

◆ CaloClusterCorrectionCommon()

◆ context()

◆ ddhelper()

◆ energy_interpolation()

◆ execute() [1/2]

◆ execute() [2/2]

◆ find_region()

◆ initialize()

◆ makeCorrection() [1/2]

◆ makeCorrection() [2/2]

◆ makeTheCorrection() [1/2]

◆ makeTheCorrection() [2/2]

◆ mergeConstants()

◆ setenergy()

◆ setsample()

◆ toolType()

◆ toolVersion()

◆ writeConstants()

Friends And Related Symbol Documentation

◆ Builder

Member Data Documentation

◆ CaloSwEtaoff_v3_parms

◆ ele1000_layer1_etaoffv3_35_b

◆ ele1000_layer1_etaoffv3_35_e

◆ ele1000_layer1_etaoffv3_37_b

◆ ele1000_layer1_etaoffv3_37_e

◆ ele1000_layer1_etaoffv3_55_b

◆ ele1000_layer1_etaoffv3_55_e

◆ ele1000_layer2_etaoffv3_35_b

◆ ele1000_layer2_etaoffv3_35_e

◆ ele1000_layer2_etaoffv3_37_b

◆ ele1000_layer2_etaoffv3_37_e

◆ ele1000_layer2_etaoffv3_55_b

◆ ele1000_layer2_etaoffv3_55_e

◆ ele100_layer1_etaoffv3_35_b

◆ ele100_layer1_etaoffv3_35_e

◆ ele100_layer1_etaoffv3_37_b

◆ ele100_layer1_etaoffv3_37_e

◆ ele100_layer1_etaoffv3_55_b

◆ ele100_layer1_etaoffv3_55_e

◆ ele100_layer2_etaoffv3_35_b

◆ ele100_layer2_etaoffv3_35_e

◆ ele100_layer2_etaoffv3_37_b

◆ ele100_layer2_etaoffv3_37_e

◆ ele100_layer2_etaoffv3_55_b

◆ ele100_layer2_etaoffv3_55_e

◆ ele10_layer1_etaoffv3_35_b

◆ ele10_layer1_etaoffv3_35_e

◆ ele10_layer1_etaoffv3_37_b

◆ ele10_layer1_etaoffv3_37_e

◆ ele10_layer1_etaoffv3_55_b

◆ ele10_layer1_etaoffv3_55_e

◆ ele10_layer2_etaoffv3_35_b

◆ ele10_layer2_etaoffv3_35_e

◆ ele10_layer2_etaoffv3_37_b

◆ ele10_layer2_etaoffv3_37_e

◆ ele10_layer2_etaoffv3_55_b

◆ ele10_layer2_etaoffv3_55_e

◆ ele200_layer1_etaoffv3_35_b

◆ ele200_layer1_etaoffv3_35_e

◆ ele200_layer1_etaoffv3_37_b