OutputLocation	Phys/B2threebodyLine/Particles
Author	Rudolf Oldeman
Postscale	1.0000000
HLT1	None
HLT2	None
Prescale	1.0000000
L0DU	None
ODIN	None

Filter sequence:

Main properties:

Code ALG_EXECUTED('StrippingStreamBhadronBadEvent') & ~ALG_PASSED('StrippingStreamBhadronBadEvent')

Preambulo [ 'from LoKiHlt.algorithms import *' ]

Other properties:

Main properties:

Code (recSummaryTrack(LHCb.RecSummary.nLongTracks, TrLONG) < 70 )

Preambulo [
from LoKiTracks.decorators import *
, from LoKiCore.functions import *
]

Other properties:

Main properties:

MaxPVs -1

MinPVs 1

PVLocation Rec/Vertex/Primary

Print False

Other properties:

Members:

GaudiSequencer/SEQ:PiForB2threebody

Members:

LoKi::VoidFilter/SelFilterPhys_StdLoosePions_Particles

FilterDesktop/PiForB2threebody

Main properties:

CloneFilteredParticles False

Code (PT > 1000.0*MeV)& (MIPCHI2DV(PRIMARY) > 25.0)& (TRCHI2DOF<4.0)& (PIDpi-PIDK > 2.0)& (PIDpi-PIDp > 2.0)& (TRGHP < 0.3)

DecayDescriptor None

ForceOutput True

IgnoreP2PVFromInputLocations False

InputPrimaryVertices Rec/Vertex/Primary

Inputs [ 'Phys/StdLoosePions' ]

Output Phys/PiForB2threebody/Particles

P2PVInputLocations [ ]

Preambulo None

PrimaryVertexRelator GenericParticle2PVRelator<_p2PVWithIPChi2, OfflineDistanceCalculatorName>/P2PVWithIPChi2:PUBLIC

ReFitPVs False

UseP2PVRelations True

Other properties:

Main properties:

IgnoreFilterPassed False

MeasureTime False

Members [
LoKi::VoidFilter/SelFilterPhys_StdLoosePions_Particles
, FilterDesktop/PiForB2threebody
]

ModeOR False

ReturnOK False

ShortCircuit True

Other properties:

GaudiSequencer/SEQ:KForB2threebody

Members:

LoKi::VoidFilter/SelFilterPhys_StdLooseKaons_Particles

FilterDesktop/KForB2threebody

Main properties:

CloneFilteredParticles False

Code (PT > 1000.0*MeV)& (MIPCHI2DV(PRIMARY) > 25.0)& (TRCHI2DOF<4.0)& (PIDK-PIDpi > 2.0)& (PIDK-PIDp > 2.0)& (TRGHP < 0.3)

DecayDescriptor None

ForceOutput True

IgnoreP2PVFromInputLocations False

InputPrimaryVertices Rec/Vertex/Primary

Inputs [ 'Phys/StdLooseKaons' ]

Output Phys/KForB2threebody/Particles

P2PVInputLocations [ ]

Preambulo None

PrimaryVertexRelator GenericParticle2PVRelator<_p2PVWithIPChi2, OfflineDistanceCalculatorName>/P2PVWithIPChi2:PUBLIC

ReFitPVs False

UseP2PVRelations True

Other properties:

Main properties:

IgnoreFilterPassed False

MeasureTime False

Members [
LoKi::VoidFilter/SelFilterPhys_StdLooseKaons_Particles
, FilterDesktop/KForB2threebody
]

ModeOR False

ReturnOK False

ShortCircuit True

Other properties:

GaudiSequencer/SEQ:pForB2threebody

Members:

LoKi::VoidFilter/SelFilterPhys_StdLooseProtons_Particles

FilterDesktop/pForB2threebody

Main properties:

CloneFilteredParticles False

Code (PT > 1000.0*MeV)& (MIPCHI2DV(PRIMARY) > 25.0)& (TRCHI2DOF<4.0)& (PIDp-PIDpi > 2.0)& (PIDp-PIDK > 2.0)& (TRGHP < 0.3)

DecayDescriptor None

ForceOutput True

IgnoreP2PVFromInputLocations False

InputPrimaryVertices Rec/Vertex/Primary

Inputs [ 'Phys/StdLooseProtons' ]

Output Phys/pForB2threebody/Particles

P2PVInputLocations [ ]

Preambulo None

PrimaryVertexRelator GenericParticle2PVRelator<_p2PVWithIPChi2, OfflineDistanceCalculatorName>/P2PVWithIPChi2:PUBLIC

ReFitPVs False

UseP2PVRelations True

Other properties:

Main properties:

IgnoreFilterPassed False

MeasureTime False

Members [
LoKi::VoidFilter/SelFilterPhys_StdLooseProtons_Particles
, FilterDesktop/pForB2threebody
]

ModeOR False

ReturnOK False

ShortCircuit True

Other properties:

GaudiSequencer/SEQ:KsForB2threebody

Members:

GaudiSequencer/SeqMergedKsForKsForB2threebody

Members:

LoKi::VoidFilter/SelFilterPhys_StdLooseKsDD_Particles

LoKi::VoidFilter/SelFilterPhys_StdLooseKsLL_Particles

FilterDesktop/MergedKsForKsForB2threebody

Main properties:

CloneFilteredParticles False

Code ALL

DecayDescriptor None

ForceOutput True

IgnoreP2PVFromInputLocations False

InputPrimaryVertices Rec/Vertex/Primary

Inputs [
Phys/StdLooseKsDD
, Phys/StdLooseKsLL
]

Output Phys/MergedKsForKsForB2threebody/Particles

P2PVInputLocations [ ]

Preambulo None

PrimaryVertexRelator GenericParticle2PVRelator<_p2PVWithIPChi2, OfflineDistanceCalculatorName>/P2PVWithIPChi2:PUBLIC

ReFitPVs False

UseP2PVRelations True

Other properties:

Main properties:

IgnoreFilterPassed False

MeasureTime False

Members [
     LoKi::VoidFilter/SelFilterPhys_StdLooseKsDD_Particles
   , LoKi::VoidFilter/SelFilterPhys_StdLooseKsLL_Particles
   , FilterDesktop/MergedKsForKsForB2threebody
]

ModeOR True

ReturnOK False

ShortCircuit False

Other properties:

FilterDesktop/KsForB2threebody

Main properties:

CloneFilteredParticles False

Code (ADMASS('KS0') < 40.0*MeV)& (PT>1000.0*MeV)& (VFASPF(VCHI2/VDOF)<10.0)& (BPVVDCHI2>400.0)& (MIPCHI2DV(PRIMARY)>0.0)& CHILDCUT ( PT > 200.0 , 1 )& CHILDCUT ( PT > 200.0 , 2 )& CHILDCUT ( MIPCHI2DV ( PRIMARY ) > 16.0 , 1 )& CHILDCUT ( MIPCHI2DV ( PRIMARY ) > 16.0 , 2 )& CHILDCUT ( TRCHI2DOF < 5.0 , 1 )& CHILDCUT ( TRCHI2DOF < 5.0 , 2 )

DecayDescriptor None

ForceOutput True

IgnoreP2PVFromInputLocations False

InputPrimaryVertices Rec/Vertex/Primary

Inputs [ 'Phys/MergedKsForKsForB2threebody' ]

Output Phys/KsForB2threebody/Particles

P2PVInputLocations [ ]

Preambulo None

PrimaryVertexRelator GenericParticle2PVRelator<_p2PVWithIPChi2, OfflineDistanceCalculatorName>/P2PVWithIPChi2:PUBLIC

ReFitPVs False

UseP2PVRelations True

Other properties:

Main properties:

IgnoreFilterPassed False

MeasureTime False

Members [
GaudiSequencer/SeqMergedKsForKsForB2threebody
, FilterDesktop/KsForB2threebody
]

ModeOR False

ReturnOK False

ShortCircuit True

Other properties:

GaudiSequencer/SEQ:LmForB2threebody

Members:

GaudiSequencer/SeqMergedLmForLmForB2threebody

Members:

LoKi::VoidFilter/SelFilterPhys_StdLooseLambdaDD_Particles

LoKi::VoidFilter/SelFilterPhys_StdLooseLambdaLL_Particles

FilterDesktop/MergedLmForLmForB2threebody

Main properties:

CloneFilteredParticles False

Code ALL

DecayDescriptor None

ForceOutput True

IgnoreP2PVFromInputLocations False

InputPrimaryVertices Rec/Vertex/Primary

Inputs [
Phys/StdLooseLambdaDD
, Phys/StdLooseLambdaLL
]

Output Phys/MergedLmForLmForB2threebody/Particles

P2PVInputLocations [ ]

Preambulo None

PrimaryVertexRelator GenericParticle2PVRelator<_p2PVWithIPChi2, OfflineDistanceCalculatorName>/P2PVWithIPChi2:PUBLIC

ReFitPVs False

UseP2PVRelations True

Other properties:

Main properties:

IgnoreFilterPassed False

MeasureTime False

Members [
     LoKi::VoidFilter/SelFilterPhys_StdLooseLambdaDD_Particles
   , LoKi::VoidFilter/SelFilterPhys_StdLooseLambdaLL_Particles
   , FilterDesktop/MergedLmForLmForB2threebody
]

ModeOR True

ReturnOK False

ShortCircuit False

Other properties:

FilterDesktop/LmForB2threebody

Main properties:

CloneFilteredParticles False

Code (ADMASS('Lambda0') < 15.0*MeV)& (PT>1000.0*MeV)& (VFASPF(VCHI2/VDOF)<10.0)& (BPVVDCHI2>400.0)& (MIPCHI2DV(PRIMARY)>0.0)& CHILDCUT ( PT > 500.0 , 1 )& CHILDCUT ( PT > 100.0 , 2 )& CHILDCUT ( MIPCHI2DV ( PRIMARY ) > 4.0 , 1 )& CHILDCUT ( MIPCHI2DV ( PRIMARY ) > 16.0 , 2 )& CHILDCUT ( TRCHI2DOF < 5.0 , 1 )& CHILDCUT ( TRCHI2DOF < 5.0 , 2 )

DecayDescriptor None

ForceOutput True

IgnoreP2PVFromInputLocations False

InputPrimaryVertices Rec/Vertex/Primary

Inputs [ 'Phys/MergedLmForLmForB2threebody' ]

Output Phys/LmForB2threebody/Particles

P2PVInputLocations [ ]

Preambulo None

PrimaryVertexRelator GenericParticle2PVRelator<_p2PVWithIPChi2, OfflineDistanceCalculatorName>/P2PVWithIPChi2:PUBLIC

ReFitPVs False

UseP2PVRelations True

Other properties:

Main properties:

IgnoreFilterPassed False

MeasureTime False

Members [
GaudiSequencer/SeqMergedLmForLmForB2threebody
, FilterDesktop/LmForB2threebody
]

ModeOR False

ReturnOK False

ShortCircuit True

Other properties:

GaudiSequencer/SEQ:DzForB2threebody

Members:

LoKi::VoidFilter/SelFilterPhys_StdLooseD02KPi_Particles

FilterDesktop/DzForB2threebody

Main properties:

CloneFilteredParticles False

Code (PT>1000.0*MeV)& (VFASPF(VCHI2/VDOF)<10.0)& (BPVVDCHI2>225.0)& (MIPCHI2DV(PRIMARY)>0.0)& CHILDCUT ( PT > 250.0 , 1 )& CHILDCUT ( PT > 250.0 , 2 )& CHILDCUT ( MIPCHI2DV ( PRIMARY ) > 9.0 , 1 )& CHILDCUT ( MIPCHI2DV ( PRIMARY ) > 9.0 , 2 )& CHILDCUT ( TRCHI2DOF < 5.0 , 1 )& CHILDCUT ( TRCHI2DOF < 5.0 , 2 )& (ADMASS('D0') < 40.0*MeV)& CHILDCUT ( PIDK-PIDpi > -5.0 , 1 )& CHILDCUT ( PIDpi-PIDK > -5.0 , 2 )

DecayDescriptor None

ForceOutput True

IgnoreP2PVFromInputLocations False

InputPrimaryVertices Rec/Vertex/Primary

Inputs [ 'Phys/StdLooseD02KPi' ]

Output Phys/DzForB2threebody/Particles

P2PVInputLocations [ ]

Preambulo None

PrimaryVertexRelator GenericParticle2PVRelator<_p2PVWithIPChi2, OfflineDistanceCalculatorName>/P2PVWithIPChi2:PUBLIC

ReFitPVs False

UseP2PVRelations True

Other properties:

Main properties:

IgnoreFilterPassed False

MeasureTime False

Members [
LoKi::VoidFilter/SelFilterPhys_StdLooseD02KPi_Particles
, FilterDesktop/DzForB2threebody
]

ModeOR False

ReturnOK False

ShortCircuit True

Other properties:

GaudiSequencer/SEQ:DpForB2threebody

Members:

LoKi::VoidFilter/SelFilterPhys_StdLooseDplus2KPiPi_Particles

FilterDesktop/DpForB2threebody

Main properties:

CloneFilteredParticles False

Code (PT>1000.0*MeV)& (VFASPF(VCHI2/VDOF)<10.0)& (BPVVDCHI2>225.0)& (MIPCHI2DV(PRIMARY)>9.0)& CHILDCUT ( PT > 250.0 , 1 )& CHILDCUT ( PT > 250.0 , 2 )& CHILDCUT ( PT > 250.0 , 3 )& CHILDCUT ( MIPCHI2DV ( PRIMARY ) > 9.0 , 1 )& CHILDCUT ( MIPCHI2DV ( PRIMARY ) > 9.0 , 2 )& CHILDCUT ( MIPCHI2DV ( PRIMARY ) > 9.0 , 3 )& CHILDCUT ( TRCHI2DOF < 5.0 , 1 )& CHILDCUT ( TRCHI2DOF < 5.0 , 2 )& CHILDCUT ( TRCHI2DOF < 5.0 , 3 )& (ADMASS('D+') < 40.0*MeV)& CHILDCUT ( PIDK-PIDpi > -5.0 , 1 )& CHILDCUT ( PIDpi-PIDK > -5.0 , 2 )& CHILDCUT ( PIDpi-PIDK > -5.0 , 3 )

DecayDescriptor None

ForceOutput True

IgnoreP2PVFromInputLocations False

InputPrimaryVertices Rec/Vertex/Primary

Inputs [ 'Phys/StdLooseDplus2KPiPi' ]

Output Phys/DpForB2threebody/Particles

P2PVInputLocations [ ]

Preambulo None

PrimaryVertexRelator GenericParticle2PVRelator<_p2PVWithIPChi2, OfflineDistanceCalculatorName>/P2PVWithIPChi2:PUBLIC

ReFitPVs False

UseP2PVRelations True

Other properties:

Main properties:

IgnoreFilterPassed False

MeasureTime False

Members [
LoKi::VoidFilter/SelFilterPhys_StdLooseDplus2KPiPi_Particles
, FilterDesktop/DpForB2threebody
]

ModeOR False

ReturnOK False

ShortCircuit True

Other properties:

GaudiSequencer/SEQ:DsForB2threebody

Members:

LoKi::VoidFilter/SelFilterPhys_StdLooseDsplus2KKPi_Particles

FilterDesktop/DsForB2threebody

Main properties:

CloneFilteredParticles False

Code (PT>1000.0*MeV)& (VFASPF(VCHI2/VDOF)<10.0)& (BPVVDCHI2>225.0)& (MIPCHI2DV(PRIMARY)>9.0)& CHILDCUT ( PT > 250.0 , 1 )& CHILDCUT ( PT > 250.0 , 2 )& CHILDCUT ( PT > 250.0 , 3 )& CHILDCUT ( MIPCHI2DV ( PRIMARY ) > 9.0 , 1 )& CHILDCUT ( MIPCHI2DV ( PRIMARY ) > 9.0 , 2 )& CHILDCUT ( MIPCHI2DV ( PRIMARY ) > 9.0 , 3 )& CHILDCUT ( TRCHI2DOF < 5.0 , 1 )& CHILDCUT ( TRCHI2DOF < 5.0 , 2 )& CHILDCUT ( TRCHI2DOF < 5.0 , 3 )& (ADMASS('D_s+') < 40.0*MeV)& CHILDCUT ( PIDK-PIDpi > -5.0 , 1 )& CHILDCUT ( PIDK-PIDpi > 0.0 , 2 )& CHILDCUT ( PIDpi-PIDK > -5.0 , 3 )

DecayDescriptor None

ForceOutput True

IgnoreP2PVFromInputLocations False

InputPrimaryVertices Rec/Vertex/Primary

Inputs [ 'Phys/StdLooseDsplus2KKPi' ]

Output Phys/DsForB2threebody/Particles

P2PVInputLocations [ ]

Preambulo None

PrimaryVertexRelator GenericParticle2PVRelator<_p2PVWithIPChi2, OfflineDistanceCalculatorName>/P2PVWithIPChi2:PUBLIC

ReFitPVs False

UseP2PVRelations True

Other properties:

Main properties:

IgnoreFilterPassed False

MeasureTime False

Members [
LoKi::VoidFilter/SelFilterPhys_StdLooseDsplus2KKPi_Particles
, FilterDesktop/DsForB2threebody
]

ModeOR False

ReturnOK False

ShortCircuit True

Other properties:

GaudiSequencer/SEQ:LcForB2threebody

Members:

LoKi::VoidFilter/SelFilterPhys_StdLooseLambdac2PKPi_Particles

FilterDesktop/LcForB2threebody

Main properties:

CloneFilteredParticles False

Code (PT>1000.0*MeV)& (VFASPF(VCHI2/VDOF)<10.0)& (BPVVDCHI2>225.0)& (MIPCHI2DV(PRIMARY)>9.0)& CHILDCUT ( PT > 250.0 , 1 )& CHILDCUT ( PT > 250.0 , 2 )& CHILDCUT ( PT > 250.0 , 3 )& CHILDCUT ( MIPCHI2DV ( PRIMARY ) > 9.0 , 1 )& CHILDCUT ( MIPCHI2DV ( PRIMARY ) > 9.0 , 2 )& CHILDCUT ( MIPCHI2DV ( PRIMARY ) > 9.0 , 3 )& CHILDCUT ( TRCHI2DOF < 5.0 , 1 )& CHILDCUT ( TRCHI2DOF < 5.0 , 2 )& CHILDCUT ( TRCHI2DOF < 5.0 , 3 )& (ADMASS('Lambda_c+') < 40.0*MeV)& CHILDCUT ( PIDK-PIDpi > -5.0 , 1 )& CHILDCUT ( PIDp-PIDpi > 0.0 , 2 )& CHILDCUT ( PIDp-PIDK > 0.0 , 2 )& CHILDCUT ( PIDpi-PIDK > -5.0 , 3 )

DecayDescriptor None

ForceOutput True

IgnoreP2PVFromInputLocations False

InputPrimaryVertices Rec/Vertex/Primary

Inputs [ 'Phys/StdLooseLambdac2PKPi' ]

Output Phys/LcForB2threebody/Particles

P2PVInputLocations [ ]

Preambulo None

PrimaryVertexRelator GenericParticle2PVRelator<_p2PVWithIPChi2, OfflineDistanceCalculatorName>/P2PVWithIPChi2:PUBLIC

ReFitPVs False

UseP2PVRelations True

Other properties:

Main properties:

IgnoreFilterPassed False

MeasureTime False

Members [
LoKi::VoidFilter/SelFilterPhys_StdLooseLambdac2PKPi_Particles
, FilterDesktop/LcForB2threebody
]

ModeOR False

ReturnOK False

ShortCircuit True

Other properties:

GaudiSequencer/SEQ:PhForB2threebody

Members:

LoKi::VoidFilter/SelFilterPhys_StdLooseDetachedPhi2KK_Particles

FilterDesktop/PhForB2threebody

Main properties:

CloneFilteredParticles False

Code ( ADMASS('phi(1020)') < 30.0*MeV)& ( PT > 1000.0 )& ( VFASPF(VCHI2/VDOF) < 10.0 )& ( BPVVDCHI2 > 100.0 )& ( MIPCHI2DV(PRIMARY) > 16.0 )& CHILDCUT ( MIPCHI2DV ( PRIMARY ) > 9.0 , 1 )& CHILDCUT ( MIPCHI2DV ( PRIMARY ) > 9.0 , 2 )& CHILDCUT ( PT > 300.0 , 1 )& CHILDCUT ( PT > 300.0 , 2 )& CHILDCUT ( TRCHI2DOF < 5.0 , 1 )& CHILDCUT ( TRCHI2DOF < 5.0 , 2 )

DecayDescriptor None

ForceOutput True

IgnoreP2PVFromInputLocations False

InputPrimaryVertices Rec/Vertex/Primary

Inputs [ 'Phys/StdLooseDetachedPhi2KK' ]

Output Phys/PhForB2threebody/Particles

P2PVInputLocations [ ]

Preambulo None

PrimaryVertexRelator GenericParticle2PVRelator<_p2PVWithIPChi2, OfflineDistanceCalculatorName>/P2PVWithIPChi2:PUBLIC

ReFitPVs False

UseP2PVRelations True

Other properties:

Main properties:

IgnoreFilterPassed False

MeasureTime False

Members [
LoKi::VoidFilter/SelFilterPhys_StdLooseDetachedPhi2KK_Particles
, FilterDesktop/PhForB2threebody
]

ModeOR False

ReturnOK False

ShortCircuit True

Other properties:

GaudiSequencer/SEQ:JpForB2threebody

Members:

LoKi::VoidFilter/SelFilterPhys_StdLooseDiMuon_Particles

FilterDesktop/JpForB2threebody

Main properties:

CloneFilteredParticles False

Code ( ADMASS('J/psi(1S)') < 3000.0*MeV)& ( PT > 1000.0 )& ( VFASPF(VCHI2/VDOF) < 10.0 )& ( BPVVDCHI2 > 16.0 )& ( MIPCHI2DV(PRIMARY) > 0.0 )& CHILDCUT ( MIPCHI2DV ( PRIMARY ) > 0.0 , 1 )& CHILDCUT ( MIPCHI2DV ( PRIMARY ) > 0.0 , 2 )& CHILDCUT ( PT > 500.0 , 1 )& CHILDCUT ( PT > 500.0 , 2 )& CHILDCUT ( TRCHI2DOF < 5.0 , 1 )& CHILDCUT ( TRCHI2DOF < 5.0 , 2 )

DecayDescriptor None

ForceOutput True

IgnoreP2PVFromInputLocations False

InputPrimaryVertices Rec/Vertex/Primary

Inputs [ 'Phys/StdLooseDiMuon' ]

Output Phys/JpForB2threebody/Particles

P2PVInputLocations [ ]

Preambulo None

PrimaryVertexRelator GenericParticle2PVRelator<_p2PVWithIPChi2, OfflineDistanceCalculatorName>/P2PVWithIPChi2:PUBLIC

ReFitPVs False

UseP2PVRelations True

Other properties:

Main properties:

IgnoreFilterPassed False

MeasureTime False

Members [
LoKi::VoidFilter/SelFilterPhys_StdLooseDiMuon_Particles
, FilterDesktop/JpForB2threebody
]

ModeOR False

ReturnOK False

ShortCircuit True

Other properties:

GaudiSequencer/SEQ:DSForB2threebody

Members:

LoKi::VoidFilter/SelFilterPhys_StdLooseDstarWithD02KPi_Particles

FilterDesktop/DSForB2threebody

Main properties:

CloneFilteredParticles False

Code (M-MAXTREE('D0'==ABSID,M)<153.0)& ( PT > 1000.0 )& ( VFASPF(VCHI2/VDOF) < 10.0 )& ( BPVVDCHI2 > 0.0 )& ( MIPCHI2DV(PRIMARY) > 0.0 )& CHILDCUT ( PT > 100.0 , 1 )& CHILDCUT ( MIPCHI2DV ( PRIMARY ) > 0.0 , 1 )& CHILDCUT ( TRCHI2DOF < 5.0 , 1 )& CHILDCUT ( PT > 500.0 , 2 )& CHILDCUT ( VFASPF(VCHI2/VDOF) < 10.0 , 2 )& CHILDCUT ( BPVVDCHI2 > 225.0 , 2 )& CHILDCUT ( MIPCHI2DV(PRIMARY) > 0.0 , 2 )& CHILDCUT ( ADMASS('D0') < 40.0*MeV , 2 )& ( NINGENERATION ( ( PT > 250.0 ) , 2 ) == 2 )& ( NINGENERATION ( ( MIPCHI2DV ( PRIMARY ) > 9.0 ) , 2 ) == 2 )& ( NINGENERATION ( ( TRCHI2DOF < 5.0 ) , 2 ) == 2 )

DecayDescriptor None

ForceOutput True

IgnoreP2PVFromInputLocations False

InputPrimaryVertices Rec/Vertex/Primary

Inputs [ 'Phys/StdLooseDstarWithD02KPi' ]

Output Phys/DSForB2threebody/Particles

P2PVInputLocations [ ]

Preambulo None

PrimaryVertexRelator GenericParticle2PVRelator<_p2PVWithIPChi2, OfflineDistanceCalculatorName>/P2PVWithIPChi2:PUBLIC

ReFitPVs False

UseP2PVRelations True

Other properties:

Main properties:

IgnoreFilterPassed False

MeasureTime False

Members [
LoKi::VoidFilter/SelFilterPhys_StdLooseDstarWithD02KPi_Particles
, FilterDesktop/DSForB2threebody
]

ModeOR False

ReturnOK False

ShortCircuit True

Other properties:

FilterDesktop/InputForB2threebody

Main properties:

CloneFilteredParticles False

Code ALL

DecayDescriptor None

ForceOutput True

IgnoreP2PVFromInputLocations False

InputPrimaryVertices Rec/Vertex/Primary

Inputs [
     Phys/DSForB2threebody
   , Phys/DpForB2threebody
   , Phys/DsForB2threebody
   , Phys/DzForB2threebody
   , Phys/JpForB2threebody
   , Phys/KForB2threebody
   , Phys/KsForB2threebody
   , Phys/LcForB2threebody
   , Phys/LmForB2threebody
   , Phys/PhForB2threebody
   , Phys/PiForB2threebody
   , Phys/pForB2threebody
]

Output Phys/InputForB2threebody/Particles

P2PVInputLocations [ ]

Preambulo None

PrimaryVertexRelator GenericParticle2PVRelator<_p2PVWithIPChi2, OfflineDistanceCalculatorName>/P2PVWithIPChi2:PUBLIC

ReFitPVs False

UseP2PVRelations True

Other properties:

Main properties:

IgnoreFilterPassed False

MeasureTime False

Members [
     GaudiSequencer/SEQ:PiForB2threebody
   , GaudiSequencer/SEQ:KForB2threebody
   , GaudiSequencer/SEQ:pForB2threebody
   , GaudiSequencer/SEQ:KsForB2threebody
   , GaudiSequencer/SEQ:LmForB2threebody
   , GaudiSequencer/SEQ:DzForB2threebody
   , GaudiSequencer/SEQ:DpForB2threebody
   , GaudiSequencer/SEQ:DsForB2threebody
   , GaudiSequencer/SEQ:LcForB2threebody
   , GaudiSequencer/SEQ:PhForB2threebody
   , GaudiSequencer/SEQ:JpForB2threebody
   , GaudiSequencer/SEQ:DSForB2threebody
   , FilterDesktop/InputForB2threebody
]

ModeOR True

ReturnOK False

ShortCircuit False

Other properties:

Main properties:

Code (CONTAINS('Phys/InputForB2threebody/Particles')> 2.5)

Preambulo None

Other properties:

Main properties:

CombinationCut (in_range(4700.0*MeV, AM, 8000.0*MeV))& (APT>5000.0*MeV)

DaughtersCuts {
     '' : 'ALL'
   , 'J/psi(1S)' : 'ALL'
   , 'K+' : 'ALL'
   , 'K-' : 'ALL'
   , 'p~-' : 'ALL'
   , 'D~0' : 'ALL'
   , 'D_s+' : 'ALL'
   , 'phi(1020)' : 'ALL'
   , 'D_s-' : 'ALL'
   , 'pi+' : 'ALL'
   , 'pi-' : 'ALL'
   , 'D*(2010)-' : 'ALL'
   , 'Lambda_c~-' : 'ALL'
   , 'D*(2010)+' : 'ALL'
   , 'KS0' : 'ALL'
   , 'D-' : 'ALL'
   , 'D+' : 'ALL'
   , 'Lambda~0' : 'ALL'
   , 'p+' : 'ALL'
   , 'Lambda0' : 'ALL'
   , 'D0' : 'ALL'
   , 'Lambda_c+' : 'ALL'
}

DecayDescriptor None

DecayDescriptors [ '[B+ -> pi+ pi+ pi-]cc' , '[B+ -> K- pi+ pi+]cc' , '[B+ -> D- pi+ pi+]cc' , '[B+ -> D_s- pi+ pi+]cc' , '[B+ -> D*(2010)- pi+ pi+]cc' , '[B+ -> K+ pi+ pi-]cc' , '[Xi_bc+ -> p+ pi+ pi-]cc' , 'B0 -> KS0 pi+ pi-' , '[Lambda_b0 -> Lambda0 pi+ pi-]cc' , '[B0 -> D~0 pi+ pi-]cc' , '[B+ -> D+ pi+ pi-]cc' , '[B+ -> D_s+ pi+ pi-]cc' , '[Xi_bc+ -> Lambda_c+ pi+ pi-]cc' , 'B0 -> phi(1020) pi+ pi-' , 'B0 -> J/psi(1S) pi+ pi-' , '[B+ -> D*(2010)+ pi+ pi-]cc' , '[B+ -> K+ K- pi+]cc' , '[B+ -> D- K+ pi+]cc' , '[B+ -> D_s- K+ pi+]cc' , '[B+ -> D*(2010)- K+ pi+]cc' , '[Xi_bc+ -> K- p+ pi+]cc' , '[B0 -> K- KS0 pi+]cc' , '[Lambda_b0 -> K- Lambda0 pi+]cc' , '[B0 -> D~0 K- pi+]cc' , '[B+ -> D+ K- pi+]cc' , '[B+ -> D_s+ K- pi+]cc' , '[Xi_bc+ -> K- Lambda_c+ pi+]cc' , '[B0 -> K- phi(1020) pi+]cc' , '[B0 -> J/psi(1S) K- pi+]cc' , '[B+ -> D*(2010)+ K- pi+]cc' , '[B+ -> p+ pi+ p~-]cc' , '[Xi_bc+ -> D- p+ pi+]cc' , '[Xi_bc+ -> D_s- p+ pi+]cc' , '[B+ -> Lambda_c~- p+ pi+]cc' , '[Xi_bc+ -> D*(2010)- p+ pi+]cc' , '[B+ -> Lambda_c+ pi+ p~-]cc' , '[B+ -> D0 KS0 pi+]cc' , '[B+ -> D~0 KS0 pi+]cc' , '[B0 -> D- KS0 pi+]cc' , '[B0 -> D_s- KS0 pi+]cc' , '[B+ -> KS0 phi(1020) pi+]cc' , '[B+ -> J/psi(1S) KS0 pi+]cc' , '[B0 -> D*(2010)- KS0 pi+]cc' , '[Xi_bc+ -> D0 Lambda0 pi+]cc' , '[Xi_bc+ -> D~0 Lambda0 pi+]cc' , '[Lambda_b0 -> D- Lambda0 pi+]cc' , '[Lambda_b0 -> D_s- Lambda0 pi+]cc' , '[Xi_bc+ -> Lambda0 phi(1020) pi+]cc' , '[Xi_bc+ -> J/psi(1S) Lambda0 pi+]cc' , '[Lambda_b0 -> D*(2010)- Lambda0 pi+]cc' , '[B+ -> D0 D0 pi+]cc' , '[B+ -> D0 D~0 pi+]cc' , '[B0 -> D- D0 pi+]cc' , '[B+ -> D0 phi(1020) pi+]cc' , '[B+ -> D0 J/psi(1S) pi+]cc' , '[B0 -> D*(2010)- D0 pi+]cc' , '[B+ -> D~0 D~0 pi+]cc' , '[B0 -> D- D~0 pi+]cc' , '[B0 -> D_s- D~0 pi+]cc' , '[B+ -> D~0 phi(1020) pi+]cc' , '[B+ -> D~0 J/psi(1S) pi+]cc' , '[B0 -> D*(2010)- D~0 pi+]cc' , '[B+ -> D+ D- pi+]cc' , '[B+ -> D+ D_s- pi+]cc' , '[B+ -> D*(2010)- D+ pi+]cc' , '[B+ -> D- D_s+ pi+]cc' , '[Xi_bc+ -> D- Lambda_c+ pi+]cc' , '[B0 -> D- phi(1020) pi+]cc' , '[B0 -> D- J/psi(1S) pi+]cc' , '[B+ -> D*(2010)+ D- pi+]cc' , '[B+ -> D_s+ D_s- pi+]cc' , '[B+ -> D*(2010)- D_s+ pi+]cc' , '[Xi_bc+ -> D_s- Lambda_c+ pi+]cc' , '[B0 -> D_s- phi(1020) pi+]cc' , '[B0 -> D_s- J/psi(1S) pi+]cc' , '[B+ -> D*(2010)+ D_s- pi+]cc' , '[B+ -> Lambda_c+ Lambda_c~- pi+]cc' , '[Xi_bc+ -> D*(2010)- Lambda_c+ pi+]cc' , '[B+ -> phi(1020) phi(1020) pi+]cc' , '[B+ -> J/psi(1S) phi(1020) pi+]cc' , '[B0 -> D*(2010)- phi(1020) pi+]cc' , '[B0 -> D*(2010)- J/psi(1S) pi+]cc' , '[B+ -> D*(2010)+ D*(2010)- pi+]cc' , '[Xi_b- -> p+ pi- pi-]cc' , '[Xi_b- -> Lambda_c+ pi- pi-]cc' , '[B+ -> K+ K+ pi-]cc' , '[Xi_bc+ -> K+ p+ pi-]cc' , '[Lambda_b0 -> K+ Lambda0 pi-]cc' , '[B0 -> D~0 K+ pi-]cc' , '[B+ -> D+ K+ pi-]cc' , '[B+ -> D_s+ K+ pi-]cc' , '[Xi_bc+ -> K+ Lambda_c+ pi-]cc' , '[B+ -> D*(2010)+ K+ pi-]cc' , '[Xi_b- -> K- p+ pi-]cc' , '[Xi_b- -> K- Lambda_c+ pi-]cc' , '[Lambda_b0 -> KS0 p+ pi-]cc' , '[B0 -> Lambda~0 p+ pi-]cc' , '[Lambda_b0 -> D0 p+ pi-]cc' , '[Lambda_b0 -> D~0 p+ pi-]cc' , '[Xi_bc+ -> D+ p+ pi-]cc' , '[Xi_b- -> D- p+ pi-]cc' , '[Xi_bc+ -> D_s+ p+ pi-]cc' , '[Xi_b- -> D_s- p+ pi-]cc' , '[Lambda_b0 -> p+ phi(1020) pi-]cc' , '[Lambda_b0 -> J/psi(1S) p+ pi-]cc' , '[Xi_bc+ -> D*(2010)+ p+ pi-]cc' , '[Xi_b- -> D*(2010)- p+ pi-]cc' , '[Lambda_b0 -> KS0 Lambda_c+ pi-]cc' , '[Xi_b- -> D0 Lambda0 pi-]cc' , '[Xi_b- -> D~0 Lambda0 pi-]cc' , '[Lambda_b0 -> D+ Lambda0 pi-]cc' , '[Lambda_b0 -> D_s+ Lambda0 pi-]cc' , '[Xi_b- -> Lambda0 phi(1020) pi-]cc' , '[Xi_b- -> J/psi(1S) Lambda0 pi-]cc' , '[Lambda_b0 -> D*(2010)+ Lambda0 pi-]cc' , '[B0 -> Lambda_c+ Lambda~0 pi-]cc' , '[Lambda_b0 -> D0 Lambda_c+ pi-]cc' , '[B0 -> D_s+ D~0 pi-]cc' , '[Lambda_b0 -> D~0 Lambda_c+ pi-]cc' , '[B+ -> D+ D+ pi-]cc' , '[B+ -> D+ D_s+ pi-]cc' , '[Xi_bc+ -> D+ Lambda_c+ pi-]cc' , '[B+ -> D*(2010)+ D+ pi-]cc' , '[Xi_b- -> D- Lambda_c+ pi-]cc' , '[B+ -> D_s+ D_s+ pi-]cc' , '[Xi_bc+ -> D_s+ Lambda_c+ pi-]cc' , '[B+ -> D*(2010)+ D_s+ pi-]cc' , '[Xi_b- -> D_s- Lambda_c+ pi-]cc' , '[Lambda_b0 -> Lambda_c+ phi(1020) pi-]cc' , '[Lambda_b0 -> J/psi(1S) Lambda_c+ pi-]cc' , '[Xi_bc+ -> D*(2010)+ Lambda_c+ pi-]cc' , '[Xi_b- -> D*(2010)- Lambda_c+ pi-]cc' , '[B+ -> D*(2010)+ D*(2010)+ pi-]cc' , '[B+ -> K+ K+ K-]cc' , '[B+ -> D- K+ K+]cc' , '[B+ -> D_s- K+ K+]cc' , '[B+ -> D*(2010)- K+ K+]cc' , '[Xi_bc+ -> K+ K- p+]cc' , 'B0 -> K+ K- KS0' , '[Lambda_b0 -> K+ K- Lambda0]cc' , '[B0 -> D~0 K+ K-]cc' , '[B+ -> D+ K+ K-]cc' , '[B+ -> D_s+ K+ K-]cc' , '[Xi_bc+ -> K+ K- Lambda_c+]cc' , 'B0 -> K+ K- phi(1020)' , 'B0 -> J/psi(1S) K+ K-' , '[B+ -> D*(2010)+ K+ K-]cc' , '[B+ -> K+ p+ p~-]cc' , '[Xi_bc+ -> D- K+ p+]cc' , '[Xi_bc+ -> D_s- K+ p+]cc' , '[B+ -> K+ Lambda_c~- p+]cc' , '[Xi_bc+ -> D*(2010)- K+ p+]cc' , '[B+ -> K+ Lambda_c+ p~-]cc' , '[B+ -> D0 K+ KS0]cc' , '[B+ -> D~0 K+ KS0]cc' , '[B0 -> D- K+ KS0]cc' , '[B0 -> D_s- K+ KS0]cc' , '[B+ -> K+ KS0 phi(1020)]cc' , '[B+ -> J/psi(1S) K+ KS0]cc' , '[B0 -> D*(2010)- K+ KS0]cc' , '[Xi_bc+ -> D0 K+ Lambda0]cc' , '[Xi_bc+ -> D~0 K+ Lambda0]cc' , '[Lambda_b0 -> D- K+ Lambda0]cc' , '[Lambda_b0 -> D_s- K+ Lambda0]cc' , '[Xi_bc+ -> K+ Lambda0 phi(1020)]cc' , '[Xi_bc+ -> J/psi(1S) K+ Lambda0]cc' , '[Lambda_b0 -> D*(2010)- K+ Lambda0]cc' , '[B+ -> D0 D0 K+]cc' , '[B+ -> D0 D~0 K+]cc' , '[B0 -> D- D0 K+]cc' , '[B+ -> D0 K+ phi(1020)]cc' , '[B+ -> D0 J/psi(1S) K+]cc' , '[B0 -> D*(2010)- D0 K+]cc' , '[B+ -> D~0 D~0 K+]cc' , '[B0 -> D- D~0 K+]cc' , '[B0 -> D_s- D~0 K+]cc' , '[B+ -> D~0 K+ phi(1020)]cc' , '[B+ -> D~0 J/psi(1S) K+]cc' , '[B0 -> D*(2010)- D~0 K+]cc' , '[B+ -> D+ D- K+]cc' , '[B+ -> D+ D_s- K+]cc' , '[B+ -> D*(2010)- D+ K+]cc' , '[B+ -> D- D_s+ K+]cc' , '[Xi_bc+ -> D- K+ Lambda_c+]cc' , '[B0 -> D- K+ phi(1020)]cc' , '[B0 -> D- J/psi(1S) K+]cc' , '[B+ -> D*(2010)+ D- K+]cc' , '[B+ -> D_s+ D_s- K+]cc' , '[B+ -> D*(2010)- D_s+ K+]cc' , '[Xi_bc+ -> D_s- K+ Lambda_c+]cc' , '[B0 -> D_s- K+ phi(1020)]cc' , '[B0 -> D_s- J/psi(1S) K+]cc' , '[B+ -> D*(2010)+ D_s- K+]cc' , '[B+ -> K+ Lambda_c+ Lambda_c~-]cc' , '[Xi_bc+ -> D*(2010)- K+ Lambda_c+]cc' , '[B+ -> K+ phi(1020) phi(1020)]cc' , '[B+ -> J/psi(1S) K+ phi(1020)]cc' , '[B0 -> D*(2010)- K+ phi(1020)]cc' , '[B0 -> D*(2010)- J/psi(1S) K+]cc' , '[B+ -> D*(2010)+ D*(2010)- K+]cc' , '[Xi_b- -> K- K- p+]cc' , '[Xi_b- -> K- K- Lambda_c+]cc' , '[Lambda_b0 -> K- KS0 p+]cc' , '[B0 -> K- Lambda~0 p+]cc' , '[Lambda_b0 -> D0 K- p+]cc' , '[Lambda_b0 -> D~0 K- p+]cc' , '[Xi_bc+ -> D+ K- p+]cc' , '[Xi_b- -> D- K- p+]cc' , '[Xi_bc+ -> D_s+ K- p+]cc' , '[Xi_b- -> D_s- K- p+]cc' , '[Lambda_b0 -> K- p+ phi(1020)]cc' , '[Lambda_b0 -> J/psi(1S) K- p+]cc' , '[Xi_bc+ -> D*(2010)+ K- p+]cc' , '[Xi_b- -> D*(2010)- K- p+]cc' , '[Lambda_b0 -> K- KS0 Lambda_c+]cc' , '[Xi_b- -> D0 K- Lambda0]cc' , '[Xi_b- -> D~0 K- Lambda0]cc' , '[Lambda_b0 -> D+ K- Lambda0]cc' , '[Lambda_b0 -> D_s+ K- Lambda0]cc' , '[Xi_b- -> K- Lambda0 phi(1020)]cc' , '[Xi_b- -> J/psi(1S) K- Lambda0]cc' , '[Lambda_b0 -> D*(2010)+ K- Lambda0]cc' , '[B0 -> K- Lambda_c+ Lambda~0]cc' , '[Lambda_b0 -> D0 K- Lambda_c+]cc' , '[B0 -> D_s+ D~0 K-]cc' , '[Lambda_b0 -> D~0 K- Lambda_c+]cc' , '[B+ -> D+ D+ K-]cc' , '[B+ -> D+ D_s+ K-]cc' , '[Xi_bc+ -> D+ K- Lambda_c+]cc' , '[B+ -> D*(2010)+ D+ K-]cc' , '[Xi_b- -> D- K- Lambda_c+]cc' , '[B+ -> D_s+ D_s+ K-]cc' , '[Xi_bc+ -> D_s+ K- Lambda_c+]cc' , '[B+ -> D*(2010)+ D_s+ K-]cc' , '[Xi_b- -> D_s- K- Lambda_c+]cc' , '[Lambda_b0 -> K- Lambda_c+ phi(1020)]cc' , '[Lambda_b0 -> J/psi(1S) K- Lambda_c+]cc' , '[Xi_bc+ -> D*(2010)+ K- Lambda_c+]cc' , '[Xi_b- -> D*(2010)- K- Lambda_c+]cc' , '[B+ -> D*(2010)+ D*(2010)+ K-]cc' , '[Xi_bc+ -> p+ p+ p~-]cc' , '[Xi_bc+ -> Lambda_c~- p+ p+]cc' , 'B0 -> KS0 p+ p~-' , '[Lambda_b0 -> Lambda0 p+ p~-]cc' , '[B0 -> D~0 p+ p~-]cc' , '[B+ -> D+ p+ p~-]cc' , '[B+ -> D_s+ p+ p~-]cc' , '[Xi_bc+ -> Lambda_c+ p+ p~-]cc' , 'B0 -> p+ phi(1020) p~-' , 'B0 -> J/psi(1S) p+ p~-' , '[B+ -> D*(2010)+ p+ p~-]cc' , '[Xi_bc+ -> D0 KS0 p+]cc' , '[Xi_bc+ -> D~0 KS0 p+]cc' , '[Lambda_b0 -> D- KS0 p+]cc' , '[Lambda_b0 -> D_s- KS0 p+]cc' , '[B0 -> KS0 Lambda_c~- p+]cc' , '[Xi_bc+ -> KS0 p+ phi(1020)]cc' , '[Xi_bc+ -> J/psi(1S) KS0 p+]cc' , '[Lambda_b0 -> D*(2010)- KS0 p+]cc' , '[Lambda_b0 -> Lambda0 Lambda_c~- p+]cc' , '[B+ -> D0 Lambda~0 p+]cc' , '[B+ -> D~0 Lambda~0 p+]cc' , '[B0 -> D- Lambda~0 p+]cc' , '[B0 -> D_s- Lambda~0 p+]cc' , '[B+ -> Lambda~0 p+ phi(1020)]cc' , '[B+ -> J/psi(1S) Lambda~0 p+]cc' , '[B0 -> D*(2010)- Lambda~0 p+]cc' , '[Xi_bc+ -> D0 D0 p+]cc' , '[Xi_bc+ -> D0 D~0 p+]cc' , '[Lambda_b0 -> D- D0 p+]cc' , '[Lambda_b0 -> D0 D_s- p+]cc' , '[Xi_bc+ -> D0 p+ phi(1020)]cc' , '[Xi_bc+ -> D0 J/psi(1S) p+]cc' , '[Lambda_b0 -> D*(2010)- D0 p+]cc' , '[Xi_bc+ -> D~0 D~0 p+]cc' , '[Lambda_b0 -> D- D~0 p+]cc' , '[Lambda_b0 -> D_s- D~0 p+]cc' , '[B0 -> D~0 Lambda_c~- p+]cc' , '[Xi_bc+ -> D~0 p+ phi(1020)]cc' , '[Xi_bc+ -> D~0 J/psi(1S) p+]cc' , '[Lambda_b0 -> D*(2010)- D~0 p+]cc' , '[Xi_bc+ -> D+ D- p+]cc' , '[Xi_bc+ -> D+ D_s- p+]cc' , '[B+ -> D+ Lambda_c~- p+]cc' , '[Xi_bc+ -> D*(2010)- D+ p+]cc' , '[Xi_b- -> D- D- p+]cc' , '[Xi_bc+ -> D- D_s+ p+]cc' , '[Xi_b- -> D- D_s- p+]cc' , '[Lambda_b0 -> D- p+ phi(1020)]cc' , '[Lambda_b0 -> D- J/psi(1S) p+]cc' , '[Xi_bc+ -> D*(2010)+ D- p+]cc' , '[Xi_b- -> D*(2010)- D- p+]cc' , '[Xi_bc+ -> D_s+ D_s- p+]cc' , '[B+ -> D_s+ Lambda_c~- p+]cc' , '[Xi_bc+ -> D*(2010)- D_s+ p+]cc' , '[Xi_b- -> D_s- D_s- p+]cc' , '[Lambda_b0 -> D_s- p+ phi(1020)]cc' , '[Xi_bc+ -> D*(2010)+ D_s- p+]cc' , '[Xi_b- -> D*(2010)- D_s- p+]cc' , '[Xi_bc+ -> Lambda_c+ Lambda_c~- p+]cc' , '[B0 -> Lambda_c~- p+ phi(1020)]cc' , '[B+ -> D*(2010)+ Lambda_c~- p+]cc' , '[Xi_bc+ -> p+ phi(1020) phi(1020)]cc' , '[Xi_bc+ -> J/psi(1S) p+ phi(1020)]cc' , '[Lambda_b0 -> D*(2010)- p+ phi(1020)]cc' , '[Xi_bc+ -> D*(2010)+ D*(2010)- p+]cc' , '[Xi_b- -> D*(2010)- D*(2010)- p+]cc' , '[Lambda_b0 -> Lambda0 Lambda_c+ p~-]cc' , '[B0 -> D~0 Lambda_c+ p~-]cc' , '[B+ -> D+ Lambda_c+ p~-]cc' , '[B+ -> D_s+ Lambda_c+ p~-]cc' , '[Xi_bc+ -> Lambda_c+ Lambda_c+ p~-]cc' , '[B+ -> D*(2010)+ Lambda_c+ p~-]cc' , 'B0 -> KS0 KS0 phi(1020)' , 'B0 -> J/psi(1S) KS0 KS0' , '[B+ -> D*(2010)+ KS0 KS0]cc' , '[Lambda_b0 -> KS0 Lambda0 phi(1020)]cc' , '[Lambda_b0 -> J/psi(1S) KS0 Lambda0]cc' , '[Xi_bc+ -> D*(2010)+ KS0 Lambda0]cc' , '[Xi_b- -> D*(2010)- KS0 Lambda0]cc' , 'B0 -> D0 D~0 KS0' , '[B+ -> D+ D0 KS0]cc' , '[B+ -> D0 D_s+ KS0]cc' , '[Xi_bc+ -> D0 KS0 Lambda_c+]cc' , '[B+ -> D*(2010)+ D0 KS0]cc' , '[B0 -> D~0 D~0 KS0]cc' , '[B+ -> D+ D~0 KS0]cc' , '[B+ -> D_s+ D~0 KS0]cc' , '[Xi_bc+ -> D~0 KS0 Lambda_c+]cc' , '[B0 -> D~0 KS0 phi(1020)]cc' , '[B0 -> D~0 J/psi(1S) KS0]cc' , '[B+ -> D*(2010)+ D~0 KS0]cc' , 'B0 -> D+ D- KS0' , '[B+ -> D+ KS0 phi(1020)]cc' , '[B+ -> D+ J/psi(1S) KS0]cc' , '[B0 -> D*(2010)- D+ KS0]cc' , '[B0 -> D- D_s+ KS0]cc' , '[Lambda_b0 -> D- KS0 Lambda_c+]cc' , 'B0 -> D_s+ D_s- KS0' , '[B+ -> D_s+ KS0 phi(1020)]cc' , '[B+ -> D_s+ J/psi(1S) KS0]cc' , '[B0 -> D*(2010)- D_s+ KS0]cc' , '[Lambda_b0 -> D_s- KS0 Lambda_c+]cc' , 'B0 -> KS0 Lambda_c+ Lambda_c~-' , '[Xi_bc+ -> KS0 Lambda_c+ phi(1020)]cc' , '[Xi_bc+ -> J/psi(1S) KS0 Lambda_c+]cc' , '[Lambda_b0 -> D*(2010)- KS0 Lambda_c+]cc' , 'B0 -> KS0 phi(1020) phi(1020)' , 'B0 -> J/psi(1S) KS0 phi(1020)' , '[B+ -> D*(2010)+ KS0 phi(1020)]cc' , '[B+ -> D*(2010)+ J/psi(1S) KS0]cc' , 'B0 -> D*(2010)+ D*(2010)- KS0' , 'B0 -> Lambda0 Lambda~0 phi(1020)' , 'B0 -> J/psi(1S) Lambda0 Lambda~0' , '[B+ -> D*(2010)+ Lambda0 Lambda~0]cc' , '[Lambda_b0 -> D0 D0 Lambda0]cc' , '[Lambda_b0 -> D0 D~0 Lambda0]cc' , '[Xi_bc+ -> D+ D0 Lambda0]cc' , '[Xi_b- -> D- D0 Lambda0]cc' , '[Xi_bc+ -> D0 D_s+ Lambda0]cc' , '[Xi_b- -> D0 D_s- Lambda0]cc' , '[Lambda_b0 -> D0 Lambda0 phi(1020)]cc' , '[Xi_bc+ -> D*(2010)+ D0 Lambda0]cc' , '[Xi_b- -> D*(2010)- D0 Lambda0]cc' , '[Lambda_b0 -> D~0 D~0 Lambda0]cc' , '[Xi_bc+ -> D+ D~0 Lambda0]cc' , '[Xi_b- -> D- D~0 Lambda0]cc' , '[Xi_bc+ -> D_s+ D~0 Lambda0]cc' , '[Xi_b- -> D_s- D~0 Lambda0]cc' , '[Lambda_b0 -> D~0 Lambda0 phi(1020)]cc' , '[Xi_bc+ -> D*(2010)+ D~0 Lambda0]cc' , '[Xi_b- -> D*(2010)- D~0 Lambda0]cc' , '[Lambda_b0 -> D+ D- Lambda0]cc' , '[Lambda_b0 -> D+ D_s- Lambda0]cc' , '[Xi_bc+ -> D+ Lambda0 phi(1020)]cc' , '[Lambda_b0 -> D*(2010)- D+ Lambda0]cc' , '[Lambda_b0 -> D- D_s+ Lambda0]cc' , '[Xi_b- -> D- Lambda0 phi(1020)]cc' , '[Lambda_b0 -> D*(2010)+ D- Lambda0]cc' , '[Lambda_b0 -> D_s+ D_s- Lambda0]cc' , '[Xi_bc+ -> D_s+ Lambda0 phi(1020)]cc' , '[Lambda_b0 -> D*(2010)- D_s+ Lambda0]cc' , '[Xi_b- -> D_s- Lambda0 phi(1020)]cc' , '[Lambda_b0 -> D*(2010)+ D_s- Lambda0]cc' , '[Lambda_b0 -> Lambda0 Lambda_c+ Lambda_c~-]cc' , '[Lambda_b0 -> Lambda0 phi(1020) phi(1020)]cc' , '[Lambda_b0 -> J/psi(1S) Lambda0 phi(1020)]cc' , '[Xi_bc+ -> D*(2010)+ Lambda0 phi(1020)]cc' , '[Xi_b- -> D*(2010)- Lambda0 phi(1020)]cc' , '[Lambda_b0 -> D*(2010)+ D*(2010)- Lambda0]cc' , '[B+ -> D0 Lambda_c+ Lambda~0]cc' , '[B+ -> D~0 Lambda_c+ Lambda~0]cc' , '[B0 -> D- Lambda_c+ Lambda~0]cc' , '[B0 -> D_s- Lambda_c+ Lambda~0]cc' , '[B+ -> Lambda_c+ Lambda~0 phi(1020)]cc' , '[B0 -> D*(2010)- Lambda_c+ Lambda~0]cc' , '[B+ -> D+ D0 D0]cc' , '[B+ -> D0 D0 D_s+]cc' , '[B+ -> D*(2010)+ D0 D0]cc' , '[B0 -> D0 D~0 D~0]cc' , '[B+ -> D+ D0 D~0]cc' , '[B+ -> D0 D_s+ D~0]cc' , 'B0 -> D0 D~0 phi(1020)' , '[B+ -> D*(2010)+ D0 D~0]cc' , '[B+ -> D+ D0 phi(1020)]cc' , '[B0 -> D*(2010)- D+ D0]cc' , '[B0 -> D- D0 D_s+]cc' , '[B+ -> D0 D_s+ phi(1020)]cc' , '[B0 -> D*(2010)- D0 D_s+]cc' , '[Xi_bc+ -> D0 Lambda_c+ phi(1020)]cc' , '[B+ -> D*(2010)+ D0 phi(1020)]cc' , '[B0 -> D~0 D~0 D~0]cc' , '[B+ -> D+ D~0 D~0]cc' , '[B+ -> D_s+ D~0 D~0]cc' , '[B0 -> D~0 D~0 phi(1020)]cc' , '[B+ -> D*(2010)+ D~0 D~0]cc' , '[B0 -> D+ D- D~0]cc' , '[B+ -> D+ D~0 phi(1020)]cc' , '[B0 -> D*(2010)- D+ D~0]cc' , '[B0 -> D- D_s+ D~0]cc' , '[B0 -> D_s+ D_s- D~0]cc' , '[B+ -> D_s+ D~0 phi(1020)]cc' , '[B0 -> D*(2010)- D_s+ D~0]cc' , '[Xi_bc+ -> D~0 Lambda_c+ phi(1020)]cc' , '[B0 -> D~0 phi(1020) phi(1020)]cc' , '[B0 -> D~0 J/psi(1S) phi(1020)]cc' , '[B+ -> D*(2010)+ D~0 phi(1020)]cc' , '[B0 -> D*(2010)+ D*(2010)- D~0]cc' , 'B0 -> D+ D- phi(1020)' , '[B+ -> D+ phi(1020) phi(1020)]cc' , '[B+ -> D+ J/psi(1S) phi(1020)]cc' , '[B0 -> D*(2010)- D+ phi(1020)]cc' , '[B0 -> D- D_s+ phi(1020)]cc' , '[Lambda_b0 -> D- Lambda_c+ phi(1020)]cc' , 'B0 -> D_s+ D_s- phi(1020)' , '[B+ -> D_s+ phi(1020) phi(1020)]cc' , '[B0 -> D*(2010)- D_s+ phi(1020)]cc' , '[Lambda_b0 -> D_s- Lambda_c+ phi(1020)]cc' , 'B0 -> Lambda_c+ Lambda_c~- phi(1020)' , '[Xi_bc+ -> Lambda_c+ phi(1020) phi(1020)]cc' , '[Lambda_b0 -> D*(2010)- Lambda_c+ phi(1020)]cc' , 'B0 -> phi(1020) phi(1020) phi(1020)' , 'B0 -> J/psi(1S) phi(1020) phi(1020)' , '[B+ -> D*(2010)+ phi(1020) phi(1020)]cc' , 'B0 -> D*(2010)+ D*(2010)- phi(1020)' ]

ForceOutput True

IgnoreP2PVFromInputLocations False

InputPrimaryVertices Rec/Vertex/Primary

Inputs [ 'Phys/InputForB2threebody' ]

MaxCandidates 2000

MaxCombinations 10000000

MotherCut (VFASPF(VCHI2/VDOF)<10.0)& (BPVVDCHI2 > 225.0)& (BPVIPCHI2() < 15.0)& (BPVDIRA > 0.0)

Output Phys/B2threebodyLine/Particles

P2PVInputLocations [ ]

Preambulo None

PrimaryVertexRelator GenericParticle2PVRelator<_p2PVWithIPChi2, OfflineDistanceCalculatorName>/P2PVWithIPChi2:PUBLIC

ReFitPVs False

StopAtMaxCandidates True

StopAtMaxCombinations True

StopIncidentType ExceedsCombinatoricsLimit

UseP2PVRelations True

Other properties:

AuditAlgorithms :	True
AuditBeginRun :	True
AuditEndRun :	True
AuditExecute :	True
AuditFinalize :	True
AuditInitialize :	True
AuditReinitialize :	True
AuditRestart :	True
AuditStart :	True
AuditStop :	True
Cardinality :	1
Context :	None
CounterList :	[ '.*' ]
EfficiencyRowFormat :	\|*%\|-48.48s\|%\|50t\|\|%\|10d\| \|%\|11.5g\| \|(%\|#9.6g\| +- %\|-#9.6g\|)%%\| ------- \| ------- \|
Enable :	True
ErrorCounter :	0
ErrorMax :	1
ErrorsPrint :	True
ExtraInputs :	[]
ExtraOutputs :	[]
Factory :	LoKi::Hybrid::CoreFactory/CoreFactory:PUBLIC
IsClonable :	False
MonitorService :	MonitorSvc
NeededResources :	[ ]
OutputLevel :	3
PropertiesPrint :	False
RegisterForContextService :	True
RegularRowFormat :	\| %\|-48.48s\|%\|50t\|\|%\|10d\| \|%\|11.7g\| \|%\|#11.5g\| \|%\|#11.5g\| \|%\|#12.5g\| \|%\|#12.5g\| \|
RequireObjects :	[ ]
RootInTES :	None
StatEntityList :	[ ]
StatPrint :	True
StatTableHeader :	\| Counter \| # \| sum \| mean/eff^* \| rms/err^* \| min \| max \|
Timeline :	False
TypePrint :	True
UseEfficiencyRowFormat :	True
VetoObjects :	[ ]

AuditAlgorithms :	True
AuditBeginRun :	True
AuditEndRun :	True
AuditExecute :	True
AuditFinalize :	True
AuditInitialize :	True
AuditReinitialize :	True
AuditRestart :	True
AuditStart :	True
AuditStop :	True
Cardinality :	1
Context :	None
CounterList :	[ '.*' ]
EfficiencyRowFormat :	\|*%\|-48.48s\|%\|50t\|\|%\|10d\| \|%\|11.5g\| \|(%\|#9.6g\| +- %\|-#9.6g\|)%%\| ------- \| ------- \|
Enable :	True
ErrorCounter :	0
ErrorMax :	1
ErrorsPrint :	True
ExtraInputs :	[]
ExtraOutputs :	[]
Factory :	LoKi::Hybrid::CoreFactory/CoreFactory:PUBLIC
IsClonable :	False
MonitorService :	MonitorSvc
NeededResources :	[ ]
OutputLevel :	3
PropertiesPrint :	False
RegisterForContextService :	True
RegularRowFormat :	\| %\|-48.48s\|%\|50t\|\|%\|10d\| \|%\|11.7g\| \|%\|#11.5g\| \|%\|#11.5g\| \|%\|#12.5g\| \|%\|#12.5g\| \|
RequireObjects :	[ ]
RootInTES :	None
StatEntityList :	[ ]
StatPrint :	True
StatTableHeader :	\| Counter \| # \| sum \| mean/eff^* \| rms/err^* \| min \| max \|
Timeline :	False
TypePrint :	True
UseEfficiencyRowFormat :	True
VetoObjects :	[ ]

AuditAlgorithms :	True
AuditBeginRun :	True
AuditEndRun :	True
AuditExecute :	True
AuditFinalize :	True
AuditInitialize :	True
AuditReinitialize :	True
AuditRestart :	True
AuditStart :	True
AuditStop :	True
Cardinality :	1
Context :	None
CounterList :	[ '.*' ]
EfficiencyRowFormat :	\|*%\|-48.48s\|%\|50t\|\|%\|10d\| \|%\|11.5g\| \|(%\|#9.6g\| +- %\|-#9.6g\|)%%\| ------- \| ------- \|
Enable :	True
ErrorCounter :	0
ErrorMax :	1
ErrorsPrint :	True
ExtraInputs :	[]
ExtraOutputs :	[]
IsClonable :	False
MonitorService :	MonitorSvc
NeededResources :	[ ]
OutputLevel :	3
PropertiesPrint :	False
RegisterForContextService :	True
RegularRowFormat :	\| %\|-48.48s\|%\|50t\|\|%\|10d\| \|%\|11.7g\| \|%\|#11.5g\| \|%\|#11.5g\| \|%\|#12.5g\| \|%\|#12.5g\| \|
RequireObjects :	[ ]
RootInTES :	None
StatEntityList :	[ ]
StatPrint :	True
StatTableHeader :	\| Counter \| # \| sum \| mean/eff^* \| rms/err^* \| min \| max \|
Timeline :	False
TypePrint :	True
UseEfficiencyRowFormat :	True
VetoObjects :	[ ]

AuditAlgorithms :	True
AuditBeginRun :	True
AuditEndRun :	True
AuditExecute :	True
AuditFinalize :	True
AuditInitialize :	True
AuditReinitialize :	True
AuditRestart :	True
AuditStart :	True
AuditStop :	True
Cardinality :	1
Context :	None
CounterList :	[ '.*' ]
EfficiencyRowFormat :	\|*%\|-48.48s\|%\|50t\|\|%\|10d\| \|%\|11.5g\| \|(%\|#9.6g\| +- %\|-#9.6g\|)%%\| ------- \| ------- \|
Enable :	True
ErrorCounter :	0
ErrorMax :	1
ErrorsPrint :	True
ExtraInputs :	[]
ExtraOutputs :	[]
Factory :	LoKi::Hybrid::CoreFactory/CoreFactory:PUBLIC
IsClonable :	False
MonitorService :	MonitorSvc
NeededResources :	[ ]
OutputLevel :	3
PropertiesPrint :	False
RegisterForContextService :	True
RegularRowFormat :	\| %\|-48.48s\|%\|50t\|\|%\|10d\| \|%\|11.7g\| \|%\|#11.5g\| \|%\|#11.5g\| \|%\|#12.5g\| \|%\|#12.5g\| \|
RequireObjects :	[ ]
RootInTES :	None
StatEntityList :	[ ]
StatPrint :	True
StatTableHeader :	\| Counter \| # \| sum \| mean/eff^* \| rms/err^* \| min \| max \|
Timeline :	False
TypePrint :	True
UseEfficiencyRowFormat :	True
VetoObjects :	[ ]

AuditAlgorithms :	True
AuditBeginRun :	True
AuditEndRun :	True
AuditExecute :	True
AuditFinalize :	True
AuditInitialize :	True
AuditReinitialize :	True
AuditRestart :	True
AuditStart :	True
AuditStop :	True
Cardinality :	1
CheckOverlapTool :	CheckOverlap:PUBLIC
Context :	None
CounterList :	[ '.*' ]
DecayTreeFitters :	{ }
DirectionFitters :	{ }
DistanceCalculators :	{ }
EfficiencyRowFormat :	\|*%\|-48.48s\|%\|50t\|\|%\|10d\| \|%\|11.5g\| \|(%\|#9.6g\| +- %\|-#9.6g\|)%%\| ------- \| ------- \|
Enable :	True
ErrorCounter :	0
ErrorMax :	1
ErrorsPrint :	True
ExtraInputs :	[]
ExtraOutputs :	[]
Factory :	LoKi::Hybrid::Tool/HybridFactory:PUBLIC
ForceP2PVBuild :	True
HistoProduce :	False
InputPlotsPath :	IPiForB2threebody
InputPlotsTool :	LoKi::Hybrid::PlotTool/InputPlots
IsClonable :	False
LifetimeFitters :	{ }
MassFitters :	{ }
Monitor :	False
MonitorService :	MonitorSvc
NeededResources :	[ ]
OutputLevel :	3
OutputPlotsPath :	OPiForB2threebody
OutputPlotsTool :	LoKi::Hybrid::PlotTool/OutputPlots
PVReFitters :	{ }
ParticleCombiners :	{ }
ParticleFilters :	{ }
ParticleReFitters :	{ }
PostMonitor :	None
PreMonitor :	None
PreloadTools :	False
PropertiesPrint :	False
RegisterForContextService :	True
RegularRowFormat :	\| %\|-48.48s\|%\|50t\|\|%\|10d\| \|%\|11.7g\| \|%\|#11.5g\| \|%\|#11.5g\| \|%\|#12.5g\| \|%\|#12.5g\| \|
RequireObjects :	[ ]
RootInTES :	None
StatEntityList :	[ ]
StatPrint :	True
StatTableHeader :	\| Counter \| # \| sum \| mean/eff^* \| rms/err^* \| min \| max \|
Timeline :	False
TypePrint :	True
UseEfficiencyRowFormat :	True
VertexFitters :	{ }
VetoObjects :	[ ]
WriteP2PVRelations :	True

StrippingB2threebodyLine

Properties:

Filter sequence:

Code	ALG_EXECUTED('StrippingStreamBhadronBadEvent') & ~ALG_PASSED('StrippingStreamBhadronBadEvent')
Preambulo	[ 'from LoKiHlt.algorithms import *' ]

Code	(recSummaryTrack(LHCb.RecSummary.nLongTracks, TrLONG) < 70 )
Preambulo	[ from LoKiTracks.decorators import * , from LoKiCore.functions import * ]

Code	0<CONTAINS('Phys/StdLoosePions/Particles',True)
Preambulo	None

CloneFilteredParticles	False
Code	(PT > 1000.0*MeV)& (MIPCHI2DV(PRIMARY) > 25.0)& (TRCHI2DOF<4.0)& (PIDpi-PIDK > 2.0)& (PIDpi-PIDp > 2.0)& (TRGHP < 0.3)
DecayDescriptor	None
ForceOutput	True
IgnoreP2PVFromInputLocations	False
InputPrimaryVertices	Rec/Vertex/Primary
Inputs	[ 'Phys/StdLoosePions' ]
Output	Phys/PiForB2threebody/Particles
P2PVInputLocations	[ ]
Preambulo	None
PrimaryVertexRelator	GenericParticle2PVRelator<_p2PVWithIPChi2, OfflineDistanceCalculatorName>/P2PVWithIPChi2:PUBLIC
ReFitPVs	False
UseP2PVRelations	True

IgnoreFilterPassed	False
MeasureTime	False
Members	[ LoKi::VoidFilter/SelFilterPhys_StdLoosePions_Particles , FilterDesktop/PiForB2threebody ]
ModeOR	False
ReturnOK	False
ShortCircuit	True

Code	0<CONTAINS('Phys/StdLooseKaons/Particles',True)
Preambulo	None

Code	0<CONTAINS('Phys/StdLooseProtons/Particles',True)
Preambulo	None

Code	0<CONTAINS('Phys/StdLooseKsDD/Particles',True)
Preambulo	None

Code	0<CONTAINS('Phys/StdLooseKsLL/Particles',True)
Preambulo	None

Code	0<CONTAINS('Phys/StdLooseLambdaDD/Particles',True)
Preambulo	None

Code	0<CONTAINS('Phys/StdLooseLambdaLL/Particles',True)
Preambulo	None

Code	0<CONTAINS('Phys/StdLooseD02KPi/Particles',True)
Preambulo	None

Code	0<CONTAINS('Phys/StdLooseDplus2KPiPi/Particles',True)
Preambulo	None

Code	0<CONTAINS('Phys/StdLooseDsplus2KKPi/Particles',True)
Preambulo	None

Code	0<CONTAINS('Phys/StdLooseLambdac2PKPi/Particles',True)
Preambulo	None

Code	0<CONTAINS('Phys/StdLooseDetachedPhi2KK/Particles',True)
Preambulo	None

Code	0<CONTAINS('Phys/StdLooseDiMuon/Particles',True)
Preambulo	None

Code	0<CONTAINS('Phys/StdLooseDstarWithD02KPi/Particles',True)
Preambulo	None

Code	(CONTAINS('Phys/InputForB2threebody/Particles')> 2.5)
Preambulo	None

CombinationCut	(in_range(4700.0MeV, AM, 8000.0MeV))& (APT>5000.0*MeV)
DaughtersCuts	{ '' : 'ALL' , 'J/psi(1S)' : 'ALL' , 'K+' : 'ALL' , 'K-' : 'ALL' , 'p~-' : 'ALL' , 'D~0' : 'ALL' , 'D_s+' : 'ALL' , 'phi(1020)' : 'ALL' , 'D_s-' : 'ALL' , 'pi+' : 'ALL' , 'pi-' : 'ALL' , 'D(2010)-' : 'ALL' , 'Lambda_c~-' : 'ALL' , 'D(2010)+' : 'ALL' , 'KS0' : 'ALL' , 'D-' : 'ALL' , 'D+' : 'ALL' , 'Lambda~0' : 'ALL' , 'p+' : 'ALL' , 'Lambda0' : 'ALL' , 'D0' : 'ALL' , 'Lambda_c+' : 'ALL' }
DecayDescriptor	None
DecayDescriptors	[ '[B+ -> pi+ pi+ pi-]cc' , '[B+ -> K- pi+ pi+]cc' , '[B+ -> D- pi+ pi+]cc' , '[B+ -> D_s- pi+ pi+]cc' , '[B+ -> D(2010)- pi+ pi+]cc' , '[B+ -> K+ pi+ pi-]cc' , '[Xi_bc+ -> p+ pi+ pi-]cc' , 'B0 -> KS0 pi+ pi-' , '[Lambda_b0 -> Lambda0 pi+ pi-]cc' , '[B0 -> D~0 pi+ pi-]cc' , '[B+ -> D+ pi+ pi-]cc' , '[B+ -> D_s+ pi+ pi-]cc' , '[Xi_bc+ -> Lambda_c+ pi+ pi-]cc' , 'B0 -> phi(1020) pi+ pi-' , 'B0 -> J/psi(1S) pi+ pi-' , '[B+ -> D(2010)+ pi+ pi-]cc' , '[B+ -> K+ K- pi+]cc' , '[B+ -> D- K+ pi+]cc' , '[B+ -> D_s- K+ pi+]cc' , '[B+ -> D(2010)- K+ pi+]cc' , '[Xi_bc+ -> K- p+ pi+]cc' , '[B0 -> K- KS0 pi+]cc' , '[Lambda_b0 -> K- Lambda0 pi+]cc' , '[B0 -> D~0 K- pi+]cc' , '[B+ -> D+ K- pi+]cc' , '[B+ -> D_s+ K- pi+]cc' , '[Xi_bc+ -> K- Lambda_c+ pi+]cc' , '[B0 -> K- phi(1020) pi+]cc' , '[B0 -> J/psi(1S) K- pi+]cc' , '[B+ -> D(2010)+ K- pi+]cc' , '[B+ -> p+ pi+ p~-]cc' , '[Xi_bc+ -> D- p+ pi+]cc' , '[Xi_bc+ -> D_s- p+ pi+]cc' , '[B+ -> Lambda_c~- p+ pi+]cc' , '[Xi_bc+ -> D(2010)- p+ pi+]cc' , '[B+ -> Lambda_c+ pi+ p~-]cc' , '[B+ -> D0 KS0 pi+]cc' , '[B+ -> D~0 KS0 pi+]cc' , '[B0 -> D- KS0 pi+]cc' , '[B0 -> D_s- KS0 pi+]cc' , '[B+ -> KS0 phi(1020) pi+]cc' , '[B+ -> J/psi(1S) KS0 pi+]cc' , '[B0 -> D(2010)- KS0 pi+]cc' , '[Xi_bc+ -> D0 Lambda0 pi+]cc' , '[Xi_bc+ -> D~0 Lambda0 pi+]cc' , '[Lambda_b0 -> D- Lambda0 pi+]cc' , '[Lambda_b0 -> D_s- Lambda0 pi+]cc' , '[Xi_bc+ -> Lambda0 phi(1020) pi+]cc' , '[Xi_bc+ -> J/psi(1S) Lambda0 pi+]cc' , '[Lambda_b0 -> D(2010)- Lambda0 pi+]cc' , '[B+ -> D0 D0 pi+]cc' , '[B+ -> D0 D~0 pi+]cc' , '[B0 -> D- D0 pi+]cc' , '[B+ -> D0 phi(1020) pi+]cc' , '[B+ -> D0 J/psi(1S) pi+]cc' , '[B0 -> D(2010)- D0 pi+]cc' , '[B+ -> D~0 D~0 pi+]cc' , '[B0 -> D- D~0 pi+]cc' , '[B0 -> D_s- D~0 pi+]cc' , '[B+ -> D~0 phi(1020) pi+]cc' , '[B+ -> D~0 J/psi(1S) pi+]cc' , '[B0 -> D(2010)- D~0 pi+]cc' , '[B+ -> D+ D- pi+]cc' , '[B+ -> D+ D_s- pi+]cc' , '[B+ -> D(2010)- D+ pi+]cc' , '[B+ -> D- D_s+ pi+]cc' , '[Xi_bc+ -> D- Lambda_c+ pi+]cc' , '[B0 -> D- phi(1020) pi+]cc' , '[B0 -> D- J/psi(1S) pi+]cc' , '[B+ -> D(2010)+ D- pi+]cc' , '[B+ -> D_s+ D_s- pi+]cc' , '[B+ -> D(2010)- D_s+ pi+]cc' , '[Xi_bc+ -> D_s- Lambda_c+ pi+]cc' , '[B0 -> D_s- phi(1020) pi+]cc' , '[B0 -> D_s- J/psi(1S) pi+]cc' , '[B+ -> D(2010)+ D_s- pi+]cc' , '[B+ -> Lambda_c+ Lambda_c~- pi+]cc' , '[Xi_bc+ -> D(2010)- Lambda_c+ pi+]cc' , '[B+ -> phi(1020) phi(1020) pi+]cc' , '[B+ -> J/psi(1S) phi(1020) pi+]cc' , '[B0 -> D(2010)- phi(1020) pi+]cc' , '[B0 -> D(2010)- J/psi(1S) pi+]cc' , '[B+ -> D(2010)+ D(2010)- pi+]cc' , '[Xi_b- -> p+ pi- pi-]cc' , '[Xi_b- -> Lambda_c+ pi- pi-]cc' , '[B+ -> K+ K+ pi-]cc' , '[Xi_bc+ -> K+ p+ pi-]cc' , '[Lambda_b0 -> K+ Lambda0 pi-]cc' , '[B0 -> D~0 K+ pi-]cc' , '[B+ -> D+ K+ pi-]cc' , '[B+ -> D_s+ K+ pi-]cc' , '[Xi_bc+ -> K+ Lambda_c+ pi-]cc' , '[B+ -> D(2010)+ K+ pi-]cc' , '[Xi_b- -> K- p+ pi-]cc' , '[Xi_b- -> K- Lambda_c+ pi-]cc' , '[Lambda_b0 -> KS0 p+ pi-]cc' , '[B0 -> Lambda~0 p+ pi-]cc' , '[Lambda_b0 -> D0 p+ pi-]cc' , '[Lambda_b0 -> D~0 p+ pi-]cc' , '[Xi_bc+ -> D+ p+ pi-]cc' , '[Xi_b- -> D- p+ pi-]cc' , '[Xi_bc+ -> D_s+ p+ pi-]cc' , '[Xi_b- -> D_s- p+ pi-]cc' , '[Lambda_b0 -> p+ phi(1020) pi-]cc' , '[Lambda_b0 -> J/psi(1S) p+ pi-]cc' , '[Xi_bc+ -> D(2010)+ p+ pi-]cc' , '[Xi_b- -> D(2010)- p+ pi-]cc' , '[Lambda_b0 -> KS0 Lambda_c+ pi-]cc' , '[Xi_b- -> D0 Lambda0 pi-]cc' , '[Xi_b- -> D~0 Lambda0 pi-]cc' , '[Lambda_b0 -> D+ Lambda0 pi-]cc' , '[Lambda_b0 -> D_s+ Lambda0 pi-]cc' , '[Xi_b- -> Lambda0 phi(1020) pi-]cc' , '[Xi_b- -> J/psi(1S) Lambda0 pi-]cc' , '[Lambda_b0 -> D(2010)+ Lambda0 pi-]cc' , '[B0 -> Lambda_c+ Lambda~0 pi-]cc' , '[Lambda_b0 -> D0 Lambda_c+ pi-]cc' , '[B0 -> D_s+ D~0 pi-]cc' , '[Lambda_b0 -> D~0 Lambda_c+ pi-]cc' , '[B+ -> D+ D+ pi-]cc' , '[B+ -> D+ D_s+ pi-]cc' , '[Xi_bc+ -> D+ Lambda_c+ pi-]cc' , '[B+ -> D(2010)+ D+ pi-]cc' , '[Xi_b- -> D- Lambda_c+ pi-]cc' , '[B+ -> D_s+ D_s+ pi-]cc' , '[Xi_bc+ -> D_s+ Lambda_c+ pi-]cc' , '[B+ -> D(2010)+ D_s+ pi-]cc' , '[Xi_b- -> D_s- Lambda_c+ pi-]cc' , '[Lambda_b0 -> Lambda_c+ phi(1020) pi-]cc' , '[Lambda_b0 -> J/psi(1S) Lambda_c+ pi-]cc' , '[Xi_bc+ -> D(2010)+ Lambda_c+ pi-]cc' , '[Xi_b- -> D(2010)- Lambda_c+ pi-]cc' , '[B+ -> D(2010)+ D(2010)+ pi-]cc' , '[B+ -> K+ K+ K-]cc' , '[B+ -> D- K+ K+]cc' , '[B+ -> D_s- K+ K+]cc' , '[B+ -> D(2010)- K+ K+]cc' , '[Xi_bc+ -> K+ K- p+]cc' , 'B0 -> K+ K- KS0' , '[Lambda_b0 -> K+ K- Lambda0]cc' , '[B0 -> D~0 K+ K-]cc' , '[B+ -> D+ K+ K-]cc' , '[B+ -> D_s+ K+ K-]cc' , '[Xi_bc+ -> K+ K- Lambda_c+]cc' , 'B0 -> K+ K- phi(1020)' , 'B0 -> J/psi(1S) K+ K-' , '[B+ -> D(2010)+ K+ K-]cc' , '[B+ -> K+ p+ p~-]cc' , '[Xi_bc+ -> D- K+ p+]cc' , '[Xi_bc+ -> D_s- K+ p+]cc' , '[B+ -> K+ Lambda_c~- p+]cc' , '[Xi_bc+ -> D(2010)- K+ p+]cc' , '[B+ -> K+ Lambda_c+ p~-]cc' , '[B+ -> D0 K+ KS0]cc' , '[B+ -> D~0 K+ KS0]cc' , '[B0 -> D- K+ KS0]cc' , '[B0 -> D_s- K+ KS0]cc' , '[B+ -> K+ KS0 phi(1020)]cc' , '[B+ -> J/psi(1S) K+ KS0]cc' , '[B0 -> D(2010)- K+ KS0]cc' , '[Xi_bc+ -> D0 K+ Lambda0]cc' , '[Xi_bc+ -> D~0 K+ Lambda0]cc' , '[Lambda_b0 -> D- K+ Lambda0]cc' , '[Lambda_b0 -> D_s- K+ Lambda0]cc' , '[Xi_bc+ -> K+ Lambda0 phi(1020)]cc' , '[Xi_bc+ -> J/psi(1S) K+ Lambda0]cc' , '[Lambda_b0 -> D(2010)- K+ Lambda0]cc' , '[B+ -> D0 D0 K+]cc' , '[B+ -> D0 D~0 K+]cc' , '[B0 -> D- D0 K+]cc' , '[B+ -> D0 K+ phi(1020)]cc' , '[B+ -> D0 J/psi(1S) K+]cc' , '[B0 -> D(2010)- D0 K+]cc' , '[B+ -> D~0 D~0 K+]cc' , '[B0 -> D- D~0 K+]cc' , '[B0 -> D_s- D~0 K+]cc' , '[B+ -> D~0 K+ phi(1020)]cc' , '[B+ -> D~0 J/psi(1S) K+]cc' , '[B0 -> D(2010)- D~0 K+]cc' , '[B+ -> D+ D- K+]cc' , '[B+ -> D+ D_s- K+]cc' , '[B+ -> D(2010)- D+ K+]cc' , '[B+ -> D- D_s+ K+]cc' , '[Xi_bc+ -> D- K+ Lambda_c+]cc' , '[B0 -> D- K+ phi(1020)]cc' , '[B0 -> D- J/psi(1S) K+]cc' , '[B+ -> D(2010)+ D- K+]cc' , '[B+ -> D_s+ D_s- K+]cc' , '[B+ -> D(2010)- D_s+ K+]cc' , '[Xi_bc+ -> D_s- K+ Lambda_c+]cc' , '[B0 -> D_s- K+ phi(1020)]cc' , '[B0 -> D_s- J/psi(1S) K+]cc' , '[B+ -> D(2010)+ D_s- K+]cc' , '[B+ -> K+ Lambda_c+ Lambda_c~-]cc' , '[Xi_bc+ -> D(2010)- K+ Lambda_c+]cc' , '[B+ -> K+ phi(1020) phi(1020)]cc' , '[B+ -> J/psi(1S) K+ phi(1020)]cc' , '[B0 -> D(2010)- K+ phi(1020)]cc' , '[B0 -> D(2010)- J/psi(1S) K+]cc' , '[B+ -> D(2010)+ D(2010)- K+]cc' , '[Xi_b- -> K- K- p+]cc' , '[Xi_b- -> K- K- Lambda_c+]cc' , '[Lambda_b0 -> K- KS0 p+]cc' , '[B0 -> K- Lambda~0 p+]cc' , '[Lambda_b0 -> D0 K- p+]cc' , '[Lambda_b0 -> D~0 K- p+]cc' , '[Xi_bc+ -> D+ K- p+]cc' , '[Xi_b- -> D- K- p+]cc' , '[Xi_bc+ -> D_s+ K- p+]cc' , '[Xi_b- -> D_s- K- p+]cc' , '[Lambda_b0 -> K- p+ phi(1020)]cc' , '[Lambda_b0 -> J/psi(1S) K- p+]cc' , '[Xi_bc+ -> D(2010)+ K- p+]cc' , '[Xi_b- -> D(2010)- K- p+]cc' , '[Lambda_b0 -> K- KS0 Lambda_c+]cc' , '[Xi_b- -> D0 K- Lambda0]cc' , '[Xi_b- -> D~0 K- Lambda0]cc' , '[Lambda_b0 -> D+ K- Lambda0]cc' , '[Lambda_b0 -> D_s+ K- Lambda0]cc' , '[Xi_b- -> K- Lambda0 phi(1020)]cc' , '[Xi_b- -> J/psi(1S) K- Lambda0]cc' , '[Lambda_b0 -> D(2010)+ K- Lambda0]cc' , '[B0 -> K- Lambda_c+ Lambda~0]cc' , '[Lambda_b0 -> D0 K- Lambda_c+]cc' , '[B0 -> D_s+ D~0 K-]cc' , '[Lambda_b0 -> D~0 K- Lambda_c+]cc' , '[B+ -> D+ D+ K-]cc' , '[B+ -> D+ D_s+ K-]cc' , '[Xi_bc+ -> D+ K- Lambda_c+]cc' , '[B+ -> D(2010)+ D+ K-]cc' , '[Xi_b- -> D- K- Lambda_c+]cc' , '[B+ -> D_s+ D_s+ K-]cc' , '[Xi_bc+ -> D_s+ K- Lambda_c+]cc' , '[B+ -> D(2010)+ D_s+ K-]cc' , '[Xi_b- -> D_s- K- Lambda_c+]cc' , '[Lambda_b0 -> K- Lambda_c+ phi(1020)]cc' , '[Lambda_b0 -> J/psi(1S) K- Lambda_c+]cc' , '[Xi_bc+ -> D(2010)+ K- Lambda_c+]cc' , '[Xi_b- -> D(2010)- K- Lambda_c+]cc' , '[B+ -> D(2010)+ D(2010)+ K-]cc' , '[Xi_bc+ -> p+ p+ p~-]cc' , '[Xi_bc+ -> Lambda_c~- p+ p+]cc' , 'B0 -> KS0 p+ p~-' , '[Lambda_b0 -> Lambda0 p+ p~-]cc' , '[B0 -> D~0 p+ p~-]cc' , '[B+ -> D+ p+ p~-]cc' , '[B+ -> D_s+ p+ p~-]cc' , '[Xi_bc+ -> Lambda_c+ p+ p~-]cc' , 'B0 -> p+ phi(1020) p~-' , 'B0 -> J/psi(1S) p+ p~-' , '[B+ -> D(2010)+ p+ p~-]cc' , '[Xi_bc+ -> D0 KS0 p+]cc' , '[Xi_bc+ -> D~0 KS0 p+]cc' , '[Lambda_b0 -> D- KS0 p+]cc' , '[Lambda_b0 -> D_s- KS0 p+]cc' , '[B0 -> KS0 Lambda_c~- p+]cc' , '[Xi_bc+ -> KS0 p+ phi(1020)]cc' , '[Xi_bc+ -> J/psi(1S) KS0 p+]cc' , '[Lambda_b0 -> D(2010)- KS0 p+]cc' , '[Lambda_b0 -> Lambda0 Lambda_c~- p+]cc' , '[B+ -> D0 Lambda~0 p+]cc' , '[B+ -> D~0 Lambda~0 p+]cc' , '[B0 -> D- Lambda~0 p+]cc' , '[B0 -> D_s- Lambda~0 p+]cc' , '[B+ -> Lambda~0 p+ phi(1020)]cc' , '[B+ -> J/psi(1S) Lambda~0 p+]cc' , '[B0 -> D(2010)- Lambda~0 p+]cc' , '[Xi_bc+ -> D0 D0 p+]cc' , '[Xi_bc+ -> D0 D~0 p+]cc' , '[Lambda_b0 -> D- D0 p+]cc' , '[Lambda_b0 -> D0 D_s- p+]cc' , '[Xi_bc+ -> D0 p+ phi(1020)]cc' , '[Xi_bc+ -> D0 J/psi(1S) p+]cc' , '[Lambda_b0 -> D(2010)- D0 p+]cc' , '[Xi_bc+ -> D~0 D~0 p+]cc' , '[Lambda_b0 -> D- D~0 p+]cc' , '[Lambda_b0 -> D_s- D~0 p+]cc' , '[B0 -> D~0 Lambda_c~- p+]cc' , '[Xi_bc+ -> D~0 p+ phi(1020)]cc' , '[Xi_bc+ -> D~0 J/psi(1S) p+]cc' , '[Lambda_b0 -> D(2010)- D~0 p+]cc' , '[Xi_bc+ -> D+ D- p+]cc' , '[Xi_bc+ -> D+ D_s- p+]cc' , '[B+ -> D+ Lambda_c~- p+]cc' , '[Xi_bc+ -> D(2010)- D+ p+]cc' , '[Xi_b- -> D- D- p+]cc' , '[Xi_bc+ -> D- D_s+ p+]cc' , '[Xi_b- -> D- D_s- p+]cc' , '[Lambda_b0 -> D- p+ phi(1020)]cc' , '[Lambda_b0 -> D- J/psi(1S) p+]cc' , '[Xi_bc+ -> D(2010)+ D- p+]cc' , '[Xi_b- -> D(2010)- D- p+]cc' , '[Xi_bc+ -> D_s+ D_s- p+]cc' , '[B+ -> D_s+ Lambda_c~- p+]cc' , '[Xi_bc+ -> D(2010)- D_s+ p+]cc' , '[Xi_b- -> D_s- D_s- p+]cc' , '[Lambda_b0 -> D_s- p+ phi(1020)]cc' , '[Xi_bc+ -> D(2010)+ D_s- p+]cc' , '[Xi_b- -> D(2010)- D_s- p+]cc' , '[Xi_bc+ -> Lambda_c+ Lambda_c~- p+]cc' , '[B0 -> Lambda_c~- p+ phi(1020)]cc' , '[B+ -> D(2010)+ Lambda_c~- p+]cc' , '[Xi_bc+ -> p+ phi(1020) phi(1020)]cc' , '[Xi_bc+ -> J/psi(1S) p+ phi(1020)]cc' , '[Lambda_b0 -> D(2010)- p+ phi(1020)]cc' , '[Xi_bc+ -> D(2010)+ D(2010)- p+]cc' , '[Xi_b- -> D(2010)- D(2010)- p+]cc' , '[Lambda_b0 -> Lambda0 Lambda_c+ p~-]cc' , '[B0 -> D~0 Lambda_c+ p~-]cc' , '[B+ -> D+ Lambda_c+ p~-]cc' , '[B+ -> D_s+ Lambda_c+ p~-]cc' , '[Xi_bc+ -> Lambda_c+ Lambda_c+ p~-]cc' , '[B+ -> D(2010)+ Lambda_c+ p~-]cc' , 'B0 -> KS0 KS0 phi(1020)' , 'B0 -> J/psi(1S) KS0 KS0' , '[B+ -> D(2010)+ KS0 KS0]cc' , '[Lambda_b0 -> KS0 Lambda0 phi(1020)]cc' , '[Lambda_b0 -> J/psi(1S) KS0 Lambda0]cc' , '[Xi_bc+ -> D(2010)+ KS0 Lambda0]cc' , '[Xi_b- -> D(2010)- KS0 Lambda0]cc' , 'B0 -> D0 D~0 KS0' , '[B+ -> D+ D0 KS0]cc' , '[B+ -> D0 D_s+ KS0]cc' , '[Xi_bc+ -> D0 KS0 Lambda_c+]cc' , '[B+ -> D(2010)+ D0 KS0]cc' , '[B0 -> D~0 D~0 KS0]cc' , '[B+ -> D+ D~0 KS0]cc' , '[B+ -> D_s+ D~0 KS0]cc' , '[Xi_bc+ -> D~0 KS0 Lambda_c+]cc' , '[B0 -> D~0 KS0 phi(1020)]cc' , '[B0 -> D~0 J/psi(1S) KS0]cc' , '[B+ -> D(2010)+ D~0 KS0]cc' , 'B0 -> D+ D- KS0' , '[B+ -> D+ KS0 phi(1020)]cc' , '[B+ -> D+ J/psi(1S) KS0]cc' , '[B0 -> D(2010)- D+ KS0]cc' , '[B0 -> D- D_s+ KS0]cc' , '[Lambda_b0 -> D- KS0 Lambda_c+]cc' , 'B0 -> D_s+ D_s- KS0' , '[B+ -> D_s+ KS0 phi(1020)]cc' , '[B+ -> D_s+ J/psi(1S) KS0]cc' , '[B0 -> D(2010)- D_s+ KS0]cc' , '[Lambda_b0 -> D_s- KS0 Lambda_c+]cc' , 'B0 -> KS0 Lambda_c+ Lambda_c~-' , '[Xi_bc+ -> KS0 Lambda_c+ phi(1020)]cc' , '[Xi_bc+ -> J/psi(1S) KS0 Lambda_c+]cc' , '[Lambda_b0 -> D(2010)- KS0 Lambda_c+]cc' , 'B0 -> KS0 phi(1020) phi(1020)' , 'B0 -> J/psi(1S) KS0 phi(1020)' , '[B+ -> D(2010)+ KS0 phi(1020)]cc' , '[B+ -> D(2010)+ J/psi(1S) KS0]cc' , 'B0 -> D(2010)+ D(2010)- KS0' , 'B0 -> Lambda0 Lambda~0 phi(1020)' , 'B0 -> J/psi(1S) Lambda0 Lambda~0' , '[B+ -> D(2010)+ Lambda0 Lambda~0]cc' , '[Lambda_b0 -> D0 D0 Lambda0]cc' , '[Lambda_b0 -> D0 D~0 Lambda0]cc' , '[Xi_bc+ -> D+ D0 Lambda0]cc' , '[Xi_b- -> D- D0 Lambda0]cc' , '[Xi_bc+ -> D0 D_s+ Lambda0]cc' , '[Xi_b- -> D0 D_s- Lambda0]cc' , '[Lambda_b0 -> D0 Lambda0 phi(1020)]cc' , '[Xi_bc+ -> D(2010)+ D0 Lambda0]cc' , '[Xi_b- -> D(2010)- D0 Lambda0]cc' , '[Lambda_b0 -> D~0 D~0 Lambda0]cc' , '[Xi_bc+ -> D+ D~0 Lambda0]cc' , '[Xi_b- -> D- D~0 Lambda0]cc' , '[Xi_bc+ -> D_s+ D~0 Lambda0]cc' , '[Xi_b- -> D_s- D~0 Lambda0]cc' , '[Lambda_b0 -> D~0 Lambda0 phi(1020)]cc' , '[Xi_bc+ -> D(2010)+ D~0 Lambda0]cc' , '[Xi_b- -> D(2010)- D~0 Lambda0]cc' , '[Lambda_b0 -> D+ D- Lambda0]cc' , '[Lambda_b0 -> D+ D_s- Lambda0]cc' , '[Xi_bc+ -> D+ Lambda0 phi(1020)]cc' , '[Lambda_b0 -> D(2010)- D+ Lambda0]cc' , '[Lambda_b0 -> D- D_s+ Lambda0]cc' , '[Xi_b- -> D- Lambda0 phi(1020)]cc' , '[Lambda_b0 -> D(2010)+ D- Lambda0]cc' , '[Lambda_b0 -> D_s+ D_s- Lambda0]cc' , '[Xi_bc+ -> D_s+ Lambda0 phi(1020)]cc' , '[Lambda_b0 -> D(2010)- D_s+ Lambda0]cc' , '[Xi_b- -> D_s- Lambda0 phi(1020)]cc' , '[Lambda_b0 -> D(2010)+ D_s- Lambda0]cc' , '[Lambda_b0 -> Lambda0 Lambda_c+ Lambda_c~-]cc' , '[Lambda_b0 -> Lambda0 phi(1020) phi(1020)]cc' , '[Lambda_b0 -> J/psi(1S) Lambda0 phi(1020)]cc' , '[Xi_bc+ -> D(2010)+ Lambda0 phi(1020)]cc' , '[Xi_b- -> D(2010)- Lambda0 phi(1020)]cc' , '[Lambda_b0 -> D(2010)+ D(2010)- Lambda0]cc' , '[B+ -> D0 Lambda_c+ Lambda~0]cc' , '[B+ -> D~0 Lambda_c+ Lambda~0]cc' , '[B0 -> D- Lambda_c+ Lambda~0]cc' , '[B0 -> D_s- Lambda_c+ Lambda~0]cc' , '[B+ -> Lambda_c+ Lambda~0 phi(1020)]cc' , '[B0 -> D(2010)- Lambda_c+ Lambda~0]cc' , '[B+ -> D+ D0 D0]cc' , '[B+ -> D0 D0 D_s+]cc' , '[B+ -> D(2010)+ D0 D0]cc' , '[B0 -> D0 D~0 D~0]cc' , '[B+ -> D+ D0 D~0]cc' , '[B+ -> D0 D_s+ D~0]cc' , 'B0 -> D0 D~0 phi(1020)' , '[B+ -> D(2010)+ D0 D~0]cc' , '[B+ -> D+ D0 phi(1020)]cc' , '[B0 -> D(2010)- D+ D0]cc' , '[B0 -> D- D0 D_s+]cc' , '[B+ -> D0 D_s+ phi(1020)]cc' , '[B0 -> D(2010)- D0 D_s+]cc' , '[Xi_bc+ -> D0 Lambda_c+ phi(1020)]cc' , '[B+ -> D(2010)+ D0 phi(1020)]cc' , '[B0 -> D~0 D~0 D~0]cc' , '[B+ -> D+ D~0 D~0]cc' , '[B+ -> D_s+ D~0 D~0]cc' , '[B0 -> D~0 D~0 phi(1020)]cc' , '[B+ -> D(2010)+ D~0 D~0]cc' , '[B0 -> D+ D- D~0]cc' , '[B+ -> D+ D~0 phi(1020)]cc' , '[B0 -> D(2010)- D+ D~0]cc' , '[B0 -> D- D_s+ D~0]cc' , '[B0 -> D_s+ D_s- D~0]cc' , '[B+ -> D_s+ D~0 phi(1020)]cc' , '[B0 -> D(2010)- D_s+ D~0]cc' , '[Xi_bc+ -> D~0 Lambda_c+ phi(1020)]cc' , '[B0 -> D~0 phi(1020) phi(1020)]cc' , '[B0 -> D~0 J/psi(1S) phi(1020)]cc' , '[B+ -> D(2010)+ D~0 phi(1020)]cc' , '[B0 -> D(2010)+ D(2010)- D~0]cc' , 'B0 -> D+ D- phi(1020)' , '[B+ -> D+ phi(1020) phi(1020)]cc' , '[B+ -> D+ J/psi(1S) phi(1020)]cc' , '[B0 -> D(2010)- D+ phi(1020)]cc' , '[B0 -> D- D_s+ phi(1020)]cc' , '[Lambda_b0 -> D- Lambda_c+ phi(1020)]cc' , 'B0 -> D_s+ D_s- phi(1020)' , '[B+ -> D_s+ phi(1020) phi(1020)]cc' , '[B0 -> D(2010)- D_s+ phi(1020)]cc' , '[Lambda_b0 -> D_s- Lambda_c+ phi(1020)]cc' , 'B0 -> Lambda_c+ Lambda_c~- phi(1020)' , '[Xi_bc+ -> Lambda_c+ phi(1020) phi(1020)]cc' , '[Lambda_b0 -> D(2010)- Lambda_c+ phi(1020)]cc' , 'B0 -> phi(1020) phi(1020) phi(1020)' , 'B0 -> J/psi(1S) phi(1020) phi(1020)' , '[B+ -> D(2010)+ phi(1020) phi(1020)]cc' , 'B0 -> D(2010)+ D(2010)- phi(1020)' ]
ForceOutput	True
IgnoreP2PVFromInputLocations	False
InputPrimaryVertices	Rec/Vertex/Primary
Inputs	[ 'Phys/InputForB2threebody' ]
MaxCandidates	2000
MaxCombinations	10000000
MotherCut	(VFASPF(VCHI2/VDOF)<10.0)& (BPVVDCHI2 > 225.0)& (BPVIPCHI2() < 15.0)& (BPVDIRA > 0.0)
Output	Phys/B2threebodyLine/Particles
P2PVInputLocations	[ ]
Preambulo	None
PrimaryVertexRelator	GenericParticle2PVRelator<_p2PVWithIPChi2, OfflineDistanceCalculatorName>/P2PVWithIPChi2:PUBLIC
ReFitPVs	False
StopAtMaxCandidates	True
StopAtMaxCombinations	True
StopIncidentType	ExceedsCombinatoricsLimit
UseP2PVRelations	True