ECL Clustering Modes

class K0K0bar

Bases: ValidationModeBaseClass

name: str | None = 'K0K0bar'

latex_str = '$e^+ e^- \\rightarrow K_S^0 K_L^0 \\gamma$'

plotting_strategies = ['multi_comparison_binned']

create_basf2_path(**kwargs)

Create the basf2 path for the validation of this mode. Consult the source for specifics on the validation steering.

property base_particle_vars

property cluster_vars

generate_variables_for_list(particle_list: str, names: List[str], add_mc_matching: bool, variables: List[str])

property analysis_validation_histograms: List[Histogram]

The histograms defined for this mode are listed below.:

• ClusterPhi_K0L

  • Label: \(\phi_{\mathrm{reco}}^{K_L^0}\)

  • Range: (-3.1416, 3.1416)

  • Unit: \(rad\)

  • Components:

    • Signal

      cut: K_L0_reco_isSignal == 1.0

• ClusterTheta_K0L

  • Label: \(\theta_{\mathrm{reco}}^{K_L^0}\)

  • Range: (0.0, 3.1416)

  • Unit: \(rad\)

  • Components:

    • Signal

      cut: K_L0_reco_isSignal == 1.0

• ClusterTiming_K0L

  • Label: \(clusterTiming\)

  • Range: (-100, 100)

  • Unit: \(ns\)

  • Components:

    • Signal

      cut: K_L0_reco_isSignal == 1.0

• ClusterE_K0L

  • Label: \(clusterE\)

  • Range: (0, 2)

  • Unit: \(GeV\)

  • Components:

    • Signal

      cut: K_L0_reco_isSignal == 1.0

• ClusterNHits_K0L

  • Label: \(clusterNHits\)

  • Range: (0, 30)

  • Unit: ``

  • Components:

    • Signal

      cut: K_L0_reco_isSignal == 1.0

• ClusterReg_K0L

  • Label: \(clusterReg\)

  • Range: (0, 13)

  • Unit: ``

  • Components:

    • Signal

      cut: K_L0_reco_isSignal == 1.0

• ClusterHasFailedTiming_K0L

  • Label: \(clusterHasFailedTiming\)

  • Range: (0, 1)

  • Unit: ``

  • Components:

    • Signal

      cut: K_L0_reco_isSignal == 1.0

• ClusterHasFailedErrorTiming_K0L

  • Label: \(clusterHasFailedErrorTiming\)

  • Range: (0, 1)

  • Unit: ``

  • Components:

    • Signal

      cut: K_L0_reco_isSignal == 1.0

• ClusterHasNPhotons_K0L

  • Label: \(clusterHasNPhotons\)

  • Range: (0, 1)

  • Unit: ``

  • Components:

    • Signal

      cut: K_L0_reco_isSignal == 1.0

• ClusterHasNeutralHadron_K0L

  • Label: \(clusterHasNeutralHadron\)

  • Range: (0, 1)

  • Unit: ``

  • Components:

    • Signal

      cut: K_L0_reco_isSignal == 1.0

• ClusterHasPulseShapeDiscrimination_K0L

  • Label: \(clusterHasPulseShapeDiscrimination\)

  • Range: (0, 1)

  • Unit: ``

  • Components:

    • Signal

      cut: K_L0_reco_isSignal == 1.0

• NECLClusterTrackMatches_K0L

  • Label: \(nECLClusterTrackMatches\)

  • Range: (0, 10)

  • Unit: ``

  • Components:

    • Signal

      cut: K_L0_reco_isSignal == 1.0

class KL0Efficiency

Bases: ValidationModeBaseClass

name: str | None = 'KL0Efficiency'

latex_str = '$e^+ e^- \\rightarrow \\mu^+ \\mu^- \\gamma$'

plotting_strategies = ['particle_list_efficiency']

create_basf2_path(**kwargs)

Reconstruction script for photons.

property base_particle_vars

property cluster_vars

property analysis_validation_histograms: List[Histogram]

The histograms defined for this mode are listed below.:

• EResolution_ISRPhoton

  • Label: \(\theta_{\mathrm{MC}}^{\pi^0}\)

  • Range: (0.0, 3.1415)

  • Unit: \(rad\)

  • Components:

    • Signal

      cut: K_L0_isSignal == 1.0

• EResolution_ISRPhoton

  • Label: \(\theta_{\mathrm{MC}}^{\pi^0}\)

  • Range: (0.0, 3.1415)

  • Unit: \(rad\)

  • Components:

    • Signal

      cut: K_L0_isSignal == 1.0

get_number_of_signal_for_efficiency(df: DataFrame, particle_list: str | None = None) → float

class bhabhaISR

Bases: ValidationModeBaseClass

name: str | None = 'bhabhaISR'

latex_str = '$e^+ e^- \\rightarrow e^+ e^- \\gamma$'

plotting_strategies = ['multi_comparison_binned']

create_basf2_path(**kwargs)

Create the basf2 path for the validation of this mode. Consult the source for specifics on the validation steering.

property base_particle_vars

property cluster_vars

generate_variables_for_list(particle_list: str, names: List[str], add_mc_matching: bool, variables: List[str])

property analysis_validation_histograms: List[Histogram]

The histograms defined for this mode are listed below.:

• EResolution_ISRPhoton

  • Label: \((E_{\mathrm{reco}}-E_{\mathrm{MC}})/E_{\mathrm{MC}}\)

  • Range: (-2.0, 2.0)

  • Unit: ``

  • Components:

    • Signal

      cut: gamma_reco_isSignal == 1.0

• ClusterPhi_ISRPhoton

  • Label: \(\phi_{\mathrm{reco}}^{\gamma_{\mathrm{ISR}}}\)

  • Range: (-3.1416, 3.1416)

  • Unit: \(rad\)

  • Components:

    • Signal

      cut: gamma_reco_isSignal == 1.0

• ClusterTheta

  • Label: \(clusterTheta\)

  • Range: (0.0, 3.1416)

  • Unit: \(rad\)

  • Components:

    • Signal

      cut: gamma_reco_isSignal == 1.0

• ClusterTiming

  • Label: \(clusterTiming\)

  • Range: (-100, 100)

  • Unit: \(ns\)

  • Components:

    • Signal

      cut: gamma_reco_isSignal == 1.0

• MinC2TDist

  • Label: \(minC2TDist\)

  • Range: (0, 250)

  • Unit: \(cm\)

  • Components:

    • Signal

      cut: gamma_reco_isSignal == 1.0

• ClusterE1E9

  • Label: \(clusterE1E9\)

  • Range: (0, 1)

  • Unit: ``

  • Components:

    • Signal

      cut: gamma_reco_isSignal == 1.0

• Cluster9E21

  • Label: \(cluster9E21\)

  • Range: (0, 1)

  • Unit: ``

  • Components:

    • Signal

      cut: gamma_reco_isSignal == 1.0

• ClusterPSDMVA

  • Label: \(clusterPulseShapeDiscriminationMVA\)

  • Range: (0, 1)

  • Unit: ``

  • Components:

    • Signal

      cut: gamma_reco_isSignal == 1.0

• ClusterLAT

  • Label: \(clusterLAT\)

  • Range: (0, 1)

  • Unit: ``

  • Components:

    • Signal

      cut: gamma_reco_isSignal == 1.0

• ClusterE

  • Label: \(clusterE\)

  • Range: (0, 2)

  • Unit: \(GeV\)

  • Components:

    • Signal

      cut: gamma_reco_isSignal == 1.0

• ClusterNHits

  • Label: \(clusterNHits\)

  • Range: (0, 30)

  • Unit: ``

  • Components:

    • Signal

      cut: gamma_reco_isSignal == 1.0

• ClusterReg

  • Label: \(clusterReg\)

  • Range: (0, 13)

  • Unit: ``

  • Components:

    • Signal

      cut: gamma_reco_isSignal == 1.0

• ClusterSecondMoment

  • Label: \(clusterSecondMoment\)

  • Range: (0, 40)

  • Unit: ``

  • Components:

    • Signal

      cut: gamma_reco_isSignal == 1.0

• ClusterTrackMatch

  • Label: \(clusterTrackMatch\)

  • Range: (0, 1)

  • Unit: ``

  • Components:

    • Signal

      cut: gamma_reco_isSignal == 1.0

• ClusterZernikeMVA

  • Label: \(clusterZernikeMVA\)

  • Range: (0, 1)

  • Unit: ``

  • Components:

    • Signal

      cut: gamma_reco_isSignal == 1.0

• ClusterAbsZernikeMoment40

  • Label: \(clusterAbsZernikeMoment40\)

  • Range: (0, 1.7)

  • Unit: ``

  • Components:

    • Signal

      cut: gamma_reco_isSignal == 1.0

• ClusterAbsZernikeMoment51

  • Label: \(clusterAbsZernikeMoment51\)

  • Range: (0, 1.2)

  • Unit: ``

  • Components:

    • Signal

      cut: gamma_reco_isSignal == 1.0

• ClusterEoP

  • Label: \(clusterEoP\)

  • Range: (0, 2)

  • Unit: ``

  • Components:

    • Signal

      cut: gamma_reco_isSignal == 1.0

• ClusterHasFailedTiming

  • Label: \(clusterHasFailedTiming\)

  • Range: (0, 1)

  • Unit: ``

  • Components:

    • Signal

      cut: gamma_reco_isSignal == 1.0

• ClusterHasFailedErrorTiming

  • Label: \(clusterHasFailedErrorTiming\)

  • Range: (0, 1)

  • Unit: ``

  • Components:

    • Signal

      cut: gamma_reco_isSignal == 1.0

• ClusterHasNPhotons

  • Label: \(clusterHasNPhotons\)

  • Range: (0, 1)

  • Unit: ``

  • Components:

    • Signal

      cut: gamma_reco_isSignal == 1.0

• ClusterHasNeutralHadron

  • Label: \(clusterHasNeutralHadron\)

  • Range: (0, 1)

  • Unit: ``

  • Components:

    • Signal

      cut: gamma_reco_isSignal == 1.0

• ClusterHasPulseShapeDiscrimination

  • Label: \(clusterHasPulseShapeDiscrimination\)

  • Range: (0, 1)

  • Unit: ``

  • Components:

    • Signal

      cut: gamma_reco_isSignal == 1.0

• NECLClusterTrackMatches

  • Label: \(nECLClusterTrackMatches\)

  • Range: (0, 10)

  • Unit: ``

  • Components:

    • Signal

      cut: gamma_reco_isSignal == 1.0

get_number_of_signal_for_efficiency(df: DataFrame, particle_list: str | None = None) → float

class mumuISR

Bases: ValidationModeBaseClass

name: str | None = 'mumuISR'

latex_str = '$e^+ e^- \\rightarrow \\mu^+ \\mu^- \\gamma$'

plotting_strategies = ['multi_comparison_binned']

create_basf2_path(**kwargs)

Create the basf2 path for the validation of this mode. Consult the source for specifics on the validation steering.

property base_particle_vars

property cluster_vars

mask_dict = {'knunu_mask': ('', '[ [clusterReg == 1 and clusterE>0.080] or [clusterReg == 2 and clusterE>0.030] or [clusterReg == 3 and clusterE>0.060] ] and [minC2TDist>50] and [thetaInCDCAcceptance==1]'), 'kstartautau_mask': ('[dr < 2] and [abs(dz) < 4] and [pt > 0.2] and [thetaInCDCAcceptance==1]', '[[clusterReg==1 and E>0.08] or [clusterReg==2 and E > 0.03] or [clusterReg==3 and E > 0.06]] and [clusterNHits > 1.5] and [abs(clusterTiming) < 200] and [0.2967 < clusterTheta < 2.6180]'), 'loose_mask': ('', '[ [clusterReg == 1 and clusterE>0.080] or [clusterReg == 2 and clusterE>0.030] or [clusterReg == 3 and clusterE>0.060] ]'), 'tight_mask': ('', 'clusterNHits > 1.5 and 0.2967 < clusterTheta < 2.6180 and [ [clusterReg == 1 and clusterE>0.100] or [clusterReg == 2 and clusterE>0.060] or [clusterReg == 3 and clusterE>0.150]] and minC2TDist>20')}

base_roe_vars = ['nROE_Charged()', 'nROE_Photons()', 'nROE_NeutralHadrons()', 'roeE()', 'roeM()', 'roeP()', 'roeMbc()', 'roeDeltae()', 'roeEextra()']

add_ROE(path: Path, particle_list: str)

A convenience function to add Rest Of Event (ROE) variables to a particle list. Additionally adds various masked versions of the ROE

Args:

• path: The BASF2 path to add the ROE variables to.

• particle_list: The name of the particle list to calculate the ROE with

generate_variables_for_list(particle_list: str, names: List[str], add_mc_matching: bool, variables: List[str])

property analysis_validation_histograms: List[Histogram]

The histograms defined for this mode are listed below.:

• EResolution_ISRPhoton

  • Label: \((E_{\mathrm{reco}}-E_{\mathrm{MC}})/E_{\mathrm{MC}}\)

  • Range: (-2.0, 2.0)

  • Unit: ``

  • Components:

    • Signal

      cut: gamma_reco_isSignal == 1.0

• ClusterPhi_ISRPhoton

  • Label: \(\phi_{\mathrm{reco}}^{\gamma_{\mathrm{ISR}}}\)

  • Range: (-3.1416, 3.1416)

  • Unit: \(rad\)

  • Components:

    • Signal

      cut: gamma_reco_isSignal == 1.0

• ClusterTheta

  • Label: \(clusterTheta\)

  • Range: (0.0, 3.1416)

  • Unit: \(rad\)

  • Components:

    • Signal

      cut: gamma_reco_isSignal == 1.0

• ClusterTiming

  • Label: \(clusterTiming\)

  • Range: (-100, 100)

  • Unit: \(ns\)

  • Components:

    • Signal

      cut: gamma_reco_isSignal == 1.0

• MinC2TDist

  • Label: \(minC2TDist\)

  • Range: (0, 250)

  • Unit: \(cm\)

  • Components:

    • Signal

      cut: gamma_reco_isSignal == 1.0

• ClusterE1E9

  • Label: \(clusterE1E9\)

  • Range: (0, 1)

  • Unit: ``

  • Components:

    • Signal

      cut: gamma_reco_isSignal == 1.0

• Cluster9E21

  • Label: \(cluster9E21\)

  • Range: (0, 1)

  • Unit: ``

  • Components:

    • Signal

      cut: gamma_reco_isSignal == 1.0

• ClusterPSDMVA

  • Label: \(clusterPulseShapeDiscriminationMVA\)

  • Range: (0, 1)

  • Unit: ``

  • Components:

    • Signal

      cut: gamma_reco_isSignal == 1.0

• ClusterLAT

  • Label: \(clusterLAT\)

  • Range: (0, 1)

  • Unit: ``

  • Components:

    • Signal

      cut: gamma_reco_isSignal == 1.0

• ClusterE

  • Label: \(clusterE\)

  • Range: (0, 2)

  • Unit: \(GeV\)

  • Components:

    • Signal

      cut: gamma_reco_isSignal == 1.0

• ClusterNHits

  • Label: \(clusterNHits\)

  • Range: (0, 30)

  • Unit: ``

  • Components:

    • Signal

      cut: gamma_reco_isSignal == 1.0

• ClusterReg

  • Label: \(clusterReg\)

  • Range: (0, 13)

  • Unit: ``

  • Components:

    • Signal

      cut: gamma_reco_isSignal == 1.0

• ClusterSecondMoment

  • Label: \(clusterSecondMoment\)

  • Range: (0, 40)

  • Unit: ``

  • Components:

    • Signal

      cut: gamma_reco_isSignal == 1.0

• ClusterTrackMatch

  • Label: \(clusterTrackMatch\)

  • Range: (0, 1)

  • Unit: ``

  • Components:

    • Signal

      cut: gamma_reco_isSignal == 1.0

• ClusterZernikeMVA

  • Label: \(clusterZernikeMVA\)

  • Range: (0, 1)

  • Unit: ``

  • Components:

    • Signal

      cut: gamma_reco_isSignal == 1.0

• ClusterAbsZernikeMoment40

  • Label: \(clusterAbsZernikeMoment40\)

  • Range: (0, 1.7)

  • Unit: ``

  • Components:

    • Signal

      cut: gamma_reco_isSignal == 1.0

• ClusterAbsZernikeMoment51

  • Label: \(clusterAbsZernikeMoment51\)

  • Range: (0, 1.2)

  • Unit: ``

  • Components:

    • Signal

      cut: gamma_reco_isSignal == 1.0

• ClusterEoP

  • Label: \(clusterEoP\)

  • Range: (0, 2)

  • Unit: ``

  • Components:

    • Signal

      cut: gamma_reco_isSignal == 1.0

• ClusterHasFailedTiming

  • Label: \(clusterHasFailedTiming\)

  • Range: (0, 1)

  • Unit: ``

  • Components:

    • Signal

      cut: gamma_reco_isSignal == 1.0

• ClusterHasFailedErrorTiming

  • Label: \(clusterHasFailedErrorTiming\)

  • Range: (0, 1)

  • Unit: ``

  • Components:

    • Signal

      cut: gamma_reco_isSignal == 1.0

• ClusterHasNPhotons

  • Label: \(clusterHasNPhotons\)

  • Range: (0, 1)

  • Unit: ``

  • Components:

    • Signal

      cut: gamma_reco_isSignal == 1.0

• ClusterHasNeutralHadron

  • Label: \(clusterHasNeutralHadron\)

  • Range: (0, 1)

  • Unit: ``

  • Components:

    • Signal

      cut: gamma_reco_isSignal == 1.0

• ClusterHasPulseShapeDiscrimination

  • Label: \(clusterHasPulseShapeDiscrimination\)

  • Range: (0, 1)

  • Unit: ``

  • Components:

    • Signal

      cut: gamma_reco_isSignal == 1.0

• NECLClusterTrackMatches

  • Label: \(nECLClusterTrackMatches\)

  • Range: (0, 10)

  • Unit: ``

  • Components:

    • Signal

      cut: gamma_reco_isSignal == 1.0

get_number_of_signal_for_efficiency(df: DataFrame, particle_list: str | None = None) → float

class photonEfficiency

Bases: ValidationModeBaseClass

name: str | None = 'photonEfficiency'

latex_str = '$\\gamma$ from $B\\overline{B}$ events'

plotting_strategies = ['particle_list_efficiency']

create_basf2_path(**kwargs)

Reconstruction script for photons.

property base_particle_vars

property cluster_vars

property analysis_validation_histograms: List[Histogram]

The histograms defined for this mode are listed below.:

• EResolution_ISRPhoton

  • Label: \(\theta_{\mathrm{MC}}^{\gamma}\)

  • Range: (0.0, 3.1415)

  • Unit: \(rad\)

  • Components:

    • Signal

      cut: gamma_isSignal == 1.0

• EResolution_ISRPhoton

  • Label: \(\theta_{\mathrm{MC}}^{\gamma}\)

  • Range: (0.0, 3.1415)

  • Unit: \(rad\)

  • Components:

    • Signal

      cut: gamma_isSignal == 1.0

class photonEnergyResolution

Bases: ValidationModeBaseClass

name: str | None = 'photonEnergyResolution'

latex_str = '$\\gamma$ from $B\\overline{B}$ events'

plotting_strategies = ['resolution_fitting']

create_basf2_path(**kwargs)

Reconstruction script for photons.

property base_particle_vars

property cluster_vars

property base_roe_vars

property analysis_validation_histograms: List[Histogram]

The histograms defined for this mode are listed below.:

• EResolution_ISRPhoton_Selection

  • Label: \(E_{\mathrm{reco}}^{\gamma}\)

  • Range: (0.0, 0.1)

  • Unit: \(GeV\)

  • Components:

    • Signal

      cut: gamma_isSignal == 1.0 or gamma_isSignal == 0.0

class photonReconstruction

Bases: ValidationModeBaseClass

name: str | None = 'photonReconstruction'

latex_str = '$e^+ e^- \\rightarrow \\mu^+ \\mu^- \\gamma$'

plotting_strategies = ['multi_comparison_binned']

create_basf2_path(**kwargs)

Reconstruction script for photons.

property base_particle_vars

property cluster_vars

generate_variables_for_list(particle_list: str, names: List[str], add_mc_matching: bool, variables: List[str])

property analysis_validation_histograms: List[Histogram]

The histograms defined for this mode are listed below.:

• Theta

  • Label: \(clusterTheta\)

  • Range: (0.0, 3.1416)

  • Unit: \(rad\)

  • Components:

    • Signal

• ClusterPhi

  • Label: \(clusterPhi\)

  • Range: (-3.14159, 3.14159)

  • Unit: \(rad\)

  • Components:

    • Signal

• ClusterTiming

  • Label: \(clusterTiming\)

  • Range: (-100, 100)

  • Unit: \(ns\)

  • Components:

    • Signal

• MinC2TDist

  • Label: \(minC2TDist\)

  • Range: (0, 250)

  • Unit: \(cm\)

  • Components:

    • Signal

• ClusterE1E9

  • Label: \(clusterE1E9\)

  • Range: (0, 1)

  • Unit: ``

  • Components:

    • Signal

• Cluster9E21

  • Label: \(cluster9E21\)

  • Range: (0, 1)

  • Unit: ``

  • Components:

    • Signal

• ClusterPSDMVA

  • Label: \(clusterPulseShapeDiscriminationMVA\)

  • Range: (0, 1)

  • Unit: ``

  • Components:

    • Signal

• ClusterLAT

  • Label: \(clusterLAT\)

  • Range: (0, 1)

  • Unit: ``

  • Components:

    • Signal

• ClusterE

  • Label: \(clusterE\)

  • Range: (0, 2)

  • Unit: \(GeV\)

  • Components:

    • Signal

• ClusterNHits

  • Label: \(clusterNHits\)

  • Range: (0, 30)

  • Unit: ``

  • Components:

    • Signal

• ClusterReg

  • Label: \(clusterReg\)

  • Range: (0, 13)

  • Unit: ``

  • Components:

    • Signal

• ClusterSecondMoment

  • Label: \(clusterSecondMoment\)

  • Range: (0, 40)

  • Unit: ``

  • Components:

    • Signal

• ClusterTrackMatch

  • Label: \(clusterTrackMatch\)

  • Range: (0, 1)

  • Unit: ``

  • Components:

    • Signal

• ClusterZernikeMVA

  • Label: \(clusterZernikeMVA\)

  • Range: (0, 1)

  • Unit: ``

  • Components:

    • Signal

• ClusterAbsZernikeMoment40

  • Label: \(clusterAbsZernikeMoment40\)

  • Range: (0, 1.7)

  • Unit: ``

  • Components:

    • Signal

• ClusterAbsZernikeMoment51

  • Label: \(clusterAbsZernikeMoment51\)

  • Range: (0, 1.2)

  • Unit: ``

  • Components:

    • Signal

• ClusterEoP

  • Label: \(clusterEoP\)

  • Range: (0, 2)

  • Unit: ``

  • Components:

    • Signal

• ClusterHasFailedTiming

  • Label: \(clusterHasFailedTiming\)

  • Range: (0, 1)

  • Unit: ``

  • Components:

    • Signal

• ClusterHasFailedErrorTiming

  • Label: \(clusterHasFailedErrorTiming\)

  • Range: (0, 1)

  • Unit: ``

  • Components:

    • Signal

• ClusterHasNPhotons

  • Label: \(clusterHasNPhotons\)

  • Range: (0, 1)

  • Unit: ``

  • Components:

    • Signal

• ClusterHasNeutralHadron

  • Label: \(clusterHasNeutralHadron\)

  • Range: (0, 1)

  • Unit: ``

  • Components:

    • Signal

• ClusterHasPulseShapeDiscrimination

  • Label: \(clusterHasPulseShapeDiscrimination\)

  • Range: (0, 1)

  • Unit: ``

  • Components:

    • Signal

• MaxWeightedDistanceFromAverageECLTime

  • Label: \(maxWeightedDistanceFromAverageECLTime\)

  • Range: (0, 5000)

  • Unit: \(ns\)

  • Components:

    • Signal

• NECLClusterTrackMatches

  • Label: \(nECLClusterTrackMatches\)

  • Range: (0, 10)

  • Unit: ``

  • Components:

    • Signal

• beamBackgroundSuppressionScore

  • Label: \(beamBackgroundSuppressionScore\)

  • Range: (0, 1)

  • Unit: ``

  • Components:

    • Signal

• fakePhotonSuppressionScore

  • Label: \(fakePhotonSuppressionScore\)

  • Range: (0, 1)

  • Unit: ``

  • Components:

    • Signal

get_number_of_signal_for_efficiency(df: DataFrame, particle_list: str = 'gamma:selection') → float

class pi0Efficiency

Bases: ValidationModeBaseClass

name: str | None = 'pi0Efficiency'

latex_str = '$e^+ e^- \\rightarrow \\mu^+ \\mu^- \\gamma$'

plotting_strategies = ['particle_list_efficiency']

create_basf2_path(**kwargs)

Reconstruction script for photons.

property base_particle_vars

property cluster_vars

property analysis_validation_histograms: List[Histogram]

The histograms defined for this mode are listed below.:

• EResolution_ISRPhoton

  • Label: \(\theta_{\mathrm{MC}}^{\pi^0}\)

  • Range: (0.0, 3.1415)

  • Unit: \(rad\)

  • Components:

    • Signal

      cut: pi0_isSignal == 1.0

• EResolution_ISRPhoton

  • Label: \(\theta_{\mathrm{MC}}^{\pi^0}\)

  • Range: (0.0, 3.1415)

  • Unit: \(rad\)

  • Components:

    • Signal

      cut: pi0_isSignal == 1.0

class pi0EnergyResolution

Bases: ValidationModeBaseClass

name: str | None = 'pi0EnergyResolution'

latex_str = '$\\pi^0$ from $B\\overline{B}$ events'

plotting_strategies = ['resolution_fitting']

create_basf2_path(**kwargs)

Reconstruction script for pi0s.

property base_particle_vars

property cluster_vars

property base_roe_vars

property analysis_validation_histograms: List[Histogram]

The histograms defined for this mode are listed below.:

• EResolution_pi0_Selection

  • Label: \(P_{\mathrm{reco}}^{\pi^0}\)

  • Range: (0.0, 2.5)

  • Unit: \(GeV\)

  • Components:

    • Signal