INFO: /data/jollyj/bertram/NewPawian161020/Pawian/bin/singleChannelApp
INFO: --resFiles
INFO: ./D0Fit.cfg
INFO: --mode
INFO: client
INFO: --noOfThreads
INFO: 2
INFO: !
INFO: 
                                       MMMMM
                                      M8NO  +M
                                    NO       M         ,MM
                                    MM     ?MN,   D8MMMO  :NMM
                               :MZ            ZM  MZ            NM,  M
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                           :M  ?~  N    8I+  M    MMMMMMMMMMMMMMMOM? 7,
                            M  ++  M   8MZ7  M     M                MM
                            M   D  M  N   N   M,    ND          DM8,
                            M   M  M M~M               DMNM88= 8,
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 M  M     M     M    M     D    M  M   MMM   M M     M   M    M    N M  N    M   7$     D   M    M
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                                                                 MMM     M   M  Z=  M  M         D

//************************************************************************//
//									  //
//  Copyright 2013 Bertram Kopf (bertram@ep1.rub.de)			  //
//  	      	   Julian Pychy (julian@ep1.rub.de)			  //
//          	   - Ruhr-Universität Bochum 				  //
//									  //
//  Pawian is free software: you can redistribute it and/or modify	  //
//  it under the terms of the GNU General Public License as published by  //
//  the Free Software Foundation, either version 3 of the License, or 	  //
//  (at your option) any later version.	 	      	  	   	  //
//									  //
//  Pawian is distributed in the hope that it will be useful,		  //
//  but WITHOUT ANY WARRANTY; without even the implied warranty of	  //
//  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the	  //
//  GNU General Public License for more details.	      		  //
//									  //
//  You should have received a copy of the GNU General Public License     //
//  along with Pawian.  If not, see <http://www.gnu.org/licenses/>.	  //
//									  //
//************************************************************************//

   
INFO: Compiled Oct 20 2016 16:17:17

Running with the following options using /data/jollyj/bertram/NewPawian161020/Pawian/ConfigParser/global.cfg:

Error log mode: 1

data file: 

mc file: 

chosen unit in input file: GEV

chosen order in file: Px Py Pz E

file with start parameters for fit or qa: ./defaultparams.dat

startHypo: base

mode: client

number of threads: 2

ratioMcToData: 100000

cache amplitudes: 1

use data event weight: 0

use Monte Carlo event weight: 0

use phase space hyp: 0

prefit with free scaling factor: 0

pdg table: /Particle/pdtNew.table

minimumTolerance: 0.1


res channel configuration file: ./D0Fit.cfg



the final state particles are:

decay system:

decay dynamics:

replaced suffix for fit parameter name

replaced mass key

replaced prod key

production system:

production formalism:	Cano
fitqRProduction:	0

histograms inv mass for systems

histograms decay angles for systems

mass range cuts:

2Dhistogram decay angles for systems

random seed:	44123

generate with model:	1

number of generated events:	10000

number of data events:	1000000
INFO: numReactions: 1
ERROR: /ParticleGrammar.hh:133: failed parsing at: 
INFO: __argv[0]: /data/jollyj/bertram/NewPawian161020/Pawian/bin/singleChannelApp
INFO: __argv[1]: --resFiles
INFO: __argv[3]: --mode
INFO: __argv[4]: client
INFO: __argv[5]: --noOfThreads
INFO: __argv[6]: 2
INFO: __argv[7]: !
INFO: argvWCfgFile[0]= /data/jollyj/bertram/NewPawian161020/Pawian/bin/singleChannelApp
INFO: argvWCfgFile[1]= -c
INFO: argvWCfgFile[2]= ./D0Fit.cfg
INFO: argvWCfgFile[3]= --mode
INFO: argvWCfgFile[4]= client
INFO: argvWCfgFile[5]= --noOfThreads
INFO: argvWCfgFile[6]= 2
INFO: argvWCfgFile[7]= !

Running with the following options using ./D0Fit.cfg:

Error log mode: 1

data file: ./toyD0decData.dat

mc file: ./toyD0decMc.dat

chosen unit in input file: GEV

chosen order in file: E Px Py Pz

file with start parameters for fit or qa: ./startparams.dat

startHypo: base

mode: client

number of threads: 2

ratioMcToData: 5

cache amplitudes: 1

use data event weight: 0

use Monte Carlo event weight: 0

use phase space hyp: 0

prefit with free scaling factor: 0

pdg table: /Particle/pdtNew.table

minimumTolerance: 10


preFactors: D0ToK*-_pion+ +1.

minuit parameter	J0P-1C0Lama0Lamb0_D0TopipiS_KshortPhi	 fixed
minuit parameter	L0S0_pipiSTopion+_pion-Mag	 fixed
minuit parameter	L0S0_pipiSTopion+_pion-Phi	 fixed
minuit parameter	pipiSD0b_pole1Mag	 fixed
minuit parameter	pipiSD0b_pole1Phi	 fixed
minuit parameter	pipiSD0b_pole5Mag	 fixed
minuit parameter	pipiSD0b_pole5Phi	 fixed
minuit parameter	pipiSD0fprod_4PiMag	 fixed
minuit parameter	pipiSD0fprod_4PiPhi	 fixed
minuit parameter	pipiSD0fprod_EtaEtaMag	 fixed
minuit parameter	pipiSD0fprod_EtaEtaPhi	 fixed
minuit parameter	pipiSD0fprod_EtaEtapMag	 fixed
minuit parameter	pipiSD0fprod_EtaEtapPhi	 fixed
minuit parameter	pipiSD0fprod_KKMag	 fixed
minuit parameter	pipiSD0fprod_KKPhi	 fixed
minuit parameter	pipiSD0S0	 fixed
minuit parameter	L1S0_K*-ToKshort_pion-Mag	 fixed
minuit parameter	L1S0_K*-ToKshort_pion-Phi	 fixed


the final state particles are:
Kshort
pion+
pion-

decay system:
Cano pipiS To pion+ pion-
Cano noIso K*- To Kshort pion-

decay dynamics:
pipiS PiPiSWaveAS
K*- BreitWignerBlattWRel

replaced suffix for fit parameter name

replaced mass key

replaced prod key

production system:
pipiS Kshort BlattWBarrier 0.66
K*- pion+ BlattWBarrier 0.66

production formalism:	Heli
fitqRProduction:	0

histograms inv mass for systems
Kshort pion+
Kshort pion-
pion+ pion-

histograms decay angles for systems
Kshort pion+ from Kshort pion+ pion-
Kshort from Kshort pion+
Kshort from Kshort pion-
pion+ from pion+ pion-

mass range cuts:

2Dhistogram decay angles for systems

random seed:	44123

generate with model:	1

number of generated events:	10000

number of data events:	1000000

name of the mother resonance:	D0

INFO: Now replace the parser!!!
ERROR: /ParticleGrammar.hh:133: failed parsing at: 
INFO: 
The spins of the final state particles are:
INFO: Kshort : 0
INFO: pion+ : 0
INFO: pion- : 0
INFO: 
current projection is:
INFO: 0	lambda: 0
INFO: 0	lambda: 0
INFO: 0	lambda: 0
WARN: /DataUtils.cc:96: C-Parity not valid for the reaction: JPC= 0 1 1 -->  JPC= 0 -1 0 and  JPC= 0 -1 0
WARN: /DataUtils.cc:96: C-Parity not valid for the reaction: JPC= 0 1 1 -->  JPC= 0 -1 0 and  JPC= 0 -1 0
WARN: /DataUtils.cc:96: C-Parity not valid for the reaction: JPC= 0 1 1 -->  JPC= 0 -1 0 and  JPC= 0 -1 0

JPCLS amplitudes for decay	pipiSTopion+_pion-:
suffix for fit parameter name:	pipiSTopion+_pion-
JPC=0++	L,S=0,0	preFactorLS=0


INFO: added decay pipiSTopion+_pion- to decay list
WARN: /AbsDecay.cc:133: no isospin coupling for decay K*- to Kshort pion-
WARN: /AbsDecay.cc:134: Imother: 1/2	I3mother: -1/2
WARN: /AbsDecay.cc:135: idaughter1: 1/2	i3daughter1: 0/2
WARN: /AbsDecay.cc:136: idaughter2: 2/2	i3daughter2: -2/2

JPCLS amplitudes for decay	K*-ToKshort_pion-:
suffix for fit parameter name:	K*-ToKshort_pion-
JPC=1-0	L,S=1,0	preFactorLS=0


INFO: added decay K*-ToKshort_pion- to decay list

***ProdChannelInfo***
***ProdChannelInfo***
particle1: pipiS	particle2: Kshort
with production barrier: 1
prod barrier type: BlattWBarrier
with qR = 0.66

***ProdChannelInfo***
***ProdChannelInfo***
particle1: K*-	particle2: pion+
with production barrier: 1
prod barrier type: BlattWBarrier
with qR = 0.66

JPCLS amplitudes for decay	D0TopipiS_Kshort:
suffix for fit parameter name:	D0TopipiS_Kshort
JPC=0-0	L,S=0,0	preFactorLS=0
with further decay:
JPCLS amplitudes for decay	pipiSTopion+_pion-:
suffix for fit parameter name:	pipiSTopion+_pion-
JPC=0++	L,S=0,0	preFactorLS=0





JPClamlam amplitudes for decay	D0TopipiS_Kshort:
suffix for fit parameter name:	D0TopipiS_Kshort
JPC=0-0	Lam1,Lam2=0,0	parityFactor=1
with further decay:
JPCLS amplitudes for decay	pipiSTopion+_pion-:
suffix for fit parameter name:	pipiSTopion+_pion-
JPC=0++	L,S=0,0	preFactorLS=0




WARN: /AbsDecay.cc:133: no isospin coupling for decay D0 to K*- pion+
WARN: /AbsDecay.cc:134: Imother: 1/2	I3mother: 0/2
WARN: /AbsDecay.cc:135: idaughter1: 1/2	i3daughter1: -1/2
WARN: /AbsDecay.cc:136: idaughter2: 2/2	i3daughter2: 2/2

JPCLS amplitudes for decay	D0ToK*-_pion+:
suffix for fit parameter name:	D0ToK*-_pion+
JPC=0-0	L,S=1,1	preFactorLS=0
with further decay:
JPCLS amplitudes for decay	K*-ToKshort_pion-:
suffix for fit parameter name:	K*-ToKshort_pion-
JPC=1-0	L,S=1,0	preFactorLS=0




WARN: /AbsDecay.cc:133: no isospin coupling for decay D0 to K*- pion+
WARN: /AbsDecay.cc:134: Imother: 1/2	I3mother: 0/2
WARN: /AbsDecay.cc:135: idaughter1: 1/2	i3daughter1: -1/2
WARN: /AbsDecay.cc:136: idaughter2: 2/2	i3daughter2: 2/2

JPClamlam amplitudes for decay	D0ToK*-_pion+:
suffix for fit parameter name:	D0ToK*-_pion+
JPC=0-0	Lam1,Lam2=0,0	parityFactor=1
with further decay:
JPCLS amplitudes for decay	K*-ToKshort_pion-:
suffix for fit parameter name:	K*-ToKshort_pion-
JPC=1-0	L,S=1,0	preFactorLS=0




INFO: Barrier factors for production amplitude D0TopipiS_Kshort enabled!
INFO: BlattWBarrierDynamics for D0TopipiS_Kshort
INFO: add dynamics for D0TopipiS_Kshort
INFO: Barrier factors for production amplitude D0ToK*-_pion+ enabled!
INFO: BlattWBarrierDynamics for D0ToK*-_pion+
INFO: add dynamics for D0ToK*-_pion+
INFO: add dynamics for pipiSTopion+_pion-
INFO: AmpName: K*-ToKshort_pion-  radius for barrier factor qr= 0.1973
INFO: BreitWignerRelDynamics for K*-ToKshort_pion- with  mass key daughter1 Kshortpion-Kshort and mass key daughter2 Kshortpion-pion-
INFO: add dynamics for K*-ToKshort_pion-
INFO: D0TopipiS_Kshort set decay level to 0
INFO: pipiSTopion+_pion- set decay level to 1
INFO: D0ToK*-_pion+ set decay level to 0
INFO: K*-ToKshort_pion- set decay level to 1
INFO: check complete reaction chains
INFO: paricle name: Kshort
INFO: paricle name: pion+
INFO: paricle name: pion-
INFO: reaction chains have been successfully checked!!!
INFO: wigDWigDRefId = 1
INFO: name of amplitude: pipiSTopion+_pion-	nameId: 1
_wigDWigDRefId = 1	_wignerDId = 2
with wignerDKey: pion-_pion+pion-	wignerDRefKey: Kshortpion+pion-
INFO: wigDWigDRefId = 2
INFO: name of amplitude: D0TopipiS_Kshort	nameId: 3
_wigDWigDRefId = 2	_wignerDId = 4
with wignerDKey: Kshort_Kshortpion+pion-	wignerDRefKey: prod
INFO: wigDWigDRefId = 3
INFO: name of amplitude: K*-ToKshort_pion-	nameId: 5
_wigDWigDRefId = 3	_wignerDId = 6
with wignerDKey: pion-_Kshortpion-	wignerDRefKey: Kshortpion+pion-
INFO: wigDWigDRefId = 4
INFO: name of amplitude: D0ToK*-_pion+	nameId: 7
_wigDWigDRefId = 4	_wignerDId = 8
with wignerDKey: pion+_Kshortpion+pion-	wignerDRefKey: prod
INFO: Dynamics	D0TopipiS_Kshort	found!!!
addGrandMa:	pipiSD0
INFO: Dynamics	pipiSTopion+_pion-	found!!!
INFO: _fsParticleNames.at(0): Kshort
INFO: _fsParticleNames.at(1): pion+
INFO: _fsParticleNames.at(0): Kshort
INFO: _fsParticleNames.at(1): pion+
INFO: _fsParticleNames.at(2): pion-
INFO: _parityFactor=	1
INFO: _fsParticleNames.at(0): Kshort
INFO: decay D0TopipiS_Kshort is a weak decay; parity conservation etc. disabled!!!!
INFO: Dynamics	D0ToK*-_pion+	found!!!
INFO: Dynamics	K*-ToKshort_pion-	found!!!
INFO: _fsParticleNames.at(0): Kshort
INFO: _fsParticleNames.at(0): Kshort
INFO: _fsParticleNames.at(1): pion+
INFO: _fsParticleNames.at(2): pion-
INFO: _parityFactor=	-1
INFO: _fsParticleNames.at(0): Kshort
INFO: _fsParticleNames.at(1): pion+
INFO: decay D0ToK*-_pion+ is a weak decay; parity conservation etc. disabled!!!!
INFO: J0P-1C0Lama0Lamb0_D0TopipiS_KshortMag	1	0.5
INFO: paramName: J0P-1C0Lama0Lamb0_D0TopipiS_KshortMag	val: 1	err:0.5	min:0	max:-1
INFO: J0P-1C0Lama0Lamb0_D0TopipiS_KshortPhi	0	0.2
INFO: paramName: J0P-1C0Lama0Lamb0_D0TopipiS_KshortPhi	val: 0	err:0.2	min:0	max:-1
INFO: L0S0_pipiSTopion+_pion-Mag	1	0.5
INFO: paramName: L0S0_pipiSTopion+_pion-Mag	val: 1	err:0.5	min:0	max:-1
INFO: L0S0_pipiSTopion+_pion-Phi	0	0.2
INFO: paramName: L0S0_pipiSTopion+_pion-Phi	val: 0	err:0.2	min:0	max:-1
INFO: pipiSD0b_pole1Mag	1	1
INFO: paramName: pipiSD0b_pole1Mag	val: 1	err:1	min:0	max:-1
INFO: pipiSD0b_pole2Mag	1	1
INFO: paramName: pipiSD0b_pole2Mag	val: 1	err:1	min:0	max:-1
INFO: pipiSD0b_pole3Mag	1	1
INFO: paramName: pipiSD0b_pole3Mag	val: 1	err:1	min:0	max:-1
INFO: pipiSD0b_pole4Mag	1	1
INFO: paramName: pipiSD0b_pole4Mag	val: 1	err:1	min:0	max:-1
INFO: pipiSD0b_pole5Mag	0	1
INFO: paramName: pipiSD0b_pole5Mag	val: 0	err:1	min:0	max:-1
INFO: pipiSD0b_pole1Phi	0	0.2
INFO: paramName: pipiSD0b_pole1Phi	val: 0	err:0.2	min:0	max:-1
INFO: pipiSD0b_pole2Phi	0	0.2
INFO: paramName: pipiSD0b_pole2Phi	val: 0	err:0.2	min:0	max:-1
INFO: pipiSD0b_pole3Phi	0	0.2
INFO: paramName: pipiSD0b_pole3Phi	val: 0	err:0.2	min:0	max:-1
INFO: pipiSD0b_pole4Phi	0	0.2
INFO: paramName: pipiSD0b_pole4Phi	val: 0	err:0.2	min:0	max:-1
INFO: pipiSD0b_pole5Phi	0	0.2
INFO: paramName: pipiSD0b_pole5Phi	val: 0	err:0.2	min:0	max:-1
INFO: pipiSD0fprod_4PiMag	0	1
INFO: paramName: pipiSD0fprod_4PiMag	val: 0	err:1	min:0	max:-1
INFO: pipiSD0fprod_EtaEtaMag	0	1
INFO: paramName: pipiSD0fprod_EtaEtaMag	val: 0	err:1	min:0	max:-1
INFO: pipiSD0fprod_EtaEtapMag	0	1
INFO: paramName: pipiSD0fprod_EtaEtapMag	val: 0	err:1	min:0	max:-1
INFO: pipiSD0fprod_KKMag	0	1
INFO: paramName: pipiSD0fprod_KKMag	val: 0	err:1	min:0	max:-1
INFO: pipiSD0fprod_PiPiMag	1	1
INFO: paramName: pipiSD0fprod_PiPiMag	val: 1	err:1	min:0	max:-1
INFO: pipiSD0fprod_4PiPhi	0	0.2
INFO: paramName: pipiSD0fprod_4PiPhi	val: 0	err:0.2	min:0	max:-1
INFO: pipiSD0fprod_EtaEtaPhi	0	0.2
INFO: paramName: pipiSD0fprod_EtaEtaPhi	val: 0	err:0.2	min:0	max:-1
INFO: pipiSD0fprod_EtaEtapPhi	0	0.2
INFO: paramName: pipiSD0fprod_EtaEtapPhi	val: 0	err:0.2	min:0	max:-1
INFO: pipiSD0fprod_KKPhi	0	0.2
INFO: paramName: pipiSD0fprod_KKPhi	val: 0	err:0.2	min:0	max:-1
INFO: pipiSD0fprod_PiPiPhi	0	0.2
INFO: paramName: pipiSD0fprod_PiPiPhi	val: 0	err:0.2	min:0	max:-1
INFO: pipiSD0S0	-3	0.2
INFO: paramName: pipiSD0S0	val: -3	err:0.2	min:0	max:-1
INFO: J0P-1C0Lama0Lamb0_D0ToK*-_pion+Mag	1	0.5
INFO: paramName: J0P-1C0Lama0Lamb0_D0ToK*-_pion+Mag	val: 1	err:0.5	min:0	max:-1
INFO: J0P-1C0Lama0Lamb0_D0ToK*-_pion+Phi	0	0.2
INFO: paramName: J0P-1C0Lama0Lamb0_D0ToK*-_pion+Phi	val: 0	err:0.2	min:0	max:-1
INFO: L1S0_K*-ToKshort_pion-Mag	1	0.5
INFO: paramName: L1S0_K*-ToKshort_pion-Mag	val: 1	err:0.5	min:0	max:-1
INFO: L1S0_K*-ToKshort_pion-Phi	0	0.2
INFO: paramName: L1S0_K*-ToKshort_pion-Phi	val: 0	err:0.2	min:0	max:-1
INFO: K*-Mass	0.8955	0.03	0.75	0.95
INFO: paramName: K*-Mass	val: 0.8955	err:0.03	min:0.75	max:0.95
INFO: K*-Width	0.05081	0.010162	0.2	0.1
INFO: paramName: K*-Width	val: 0.05081	err:0.010162	min:0.2	max:0.1
INFO: channelType3Kshortpion+pion-Scaling	1	0.01	0	20
INFO: paramName: channelType3Kshortpion+pion-Scaling	val: 1	err:0.01	min:0	max:20


 parameters in pawianParams are: 

J0P-1C0Lama0Lamb0_D0TopipiS_KshortMag	1	0.5
J0P-1C0Lama0Lamb0_D0TopipiS_KshortPhi	0	0.2
L0S0_pipiSTopion+_pion-Mag	1	0.5
L0S0_pipiSTopion+_pion-Phi	0	0.2
pipiSD0b_pole1Mag	1	1
pipiSD0b_pole2Mag	1	1
pipiSD0b_pole3Mag	1	1
pipiSD0b_pole4Mag	1	1
pipiSD0b_pole5Mag	0	1
pipiSD0b_pole1Phi	0	0.2
pipiSD0b_pole2Phi	0	0.2
pipiSD0b_pole3Phi	0	0.2
pipiSD0b_pole4Phi	0	0.2
pipiSD0b_pole5Phi	0	0.2
pipiSD0fprod_4PiMag	0	1
pipiSD0fprod_EtaEtaMag	0	1
pipiSD0fprod_EtaEtapMag	0	1
pipiSD0fprod_KKMag	0	1
pipiSD0fprod_PiPiMag	1	1
pipiSD0fprod_4PiPhi	0	0.2
pipiSD0fprod_EtaEtaPhi	0	0.2
pipiSD0fprod_EtaEtapPhi	0	0.2
pipiSD0fprod_KKPhi	0	0.2
pipiSD0fprod_PiPiPhi	0	0.2
pipiSD0S0	-3	0.2
J0P-1C0Lama0Lamb0_D0ToK*-_pion+Mag	1	0.5
J0P-1C0Lama0Lamb0_D0ToK*-_pion+Phi	0	0.2
L1S0_K*-ToKshort_pion-Mag	1	0.5
L1S0_K*-ToKshort_pion-Phi	0	0.2
K*-Mass	0.8955	0.03	0.75	0.95
K*-Width	0.05081	0.010162
channelType3Kshortpion+pion-Scaling	1	0.01	0	20


**************** Fit parameter **************************
J0P-1C0Lama0Lamb0_D0TopipiS_KshortMag	1	0.5
J0P-1C0Lama0Lamb0_D0TopipiS_KshortPhi	0	0.2
L0S0_pipiSTopion+_pion-Mag	1	0.5
L0S0_pipiSTopion+_pion-Phi	0	0.2
pipiSD0b_pole1Mag	1	1
pipiSD0b_pole2Mag	1	1
pipiSD0b_pole3Mag	1	1
pipiSD0b_pole4Mag	1	1
pipiSD0b_pole5Mag	0	1
pipiSD0b_pole1Phi	0	0.2
pipiSD0b_pole2Phi	0	0.2
pipiSD0b_pole3Phi	0	0.2
pipiSD0b_pole4Phi	0	0.2
pipiSD0b_pole5Phi	0	0.2
pipiSD0fprod_4PiMag	0	1
pipiSD0fprod_EtaEtaMag	0	1
pipiSD0fprod_EtaEtapMag	0	1
pipiSD0fprod_KKMag	0	1
pipiSD0fprod_PiPiMag	1	1
pipiSD0fprod_4PiPhi	0	0.2
pipiSD0fprod_EtaEtaPhi	0	0.2
pipiSD0fprod_EtaEtapPhi	0	0.2
pipiSD0fprod_KKPhi	0	0.2
pipiSD0fprod_PiPiPhi	0	0.2
pipiSD0S0	-3	0.2
J0P-1C0Lama0Lamb0_D0ToK*-_pion+Mag	1	0.5
J0P-1C0Lama0Lamb0_D0ToK*-_pion+Phi	0	0.2
L1S0_K*-ToKshort_pion-Mag	1	0.5
L1S0_K*-ToKshort_pion-Phi	0	0.2
K*-Mass	0.8955	0.03	0.75	0.95
K*-Width	0.05081	0.010162
channelType3Kshortpion+pion-Scaling	1	0.01	0	20
INFO: Fixing scaling parameter channelType3Kshortpion+pion-Scaling
INFO: PiPiSWaveASDynamics::fillParamNameList: theName: pipiSD0
INFO: ***** list of parameter names for PiPiSWaveASDynamics ******
INFO: pipiSD0b_pole1Mag
INFO: pipiSD0b_pole2Mag
INFO: pipiSD0b_pole3Mag
INFO: pipiSD0b_pole4Mag
INFO: pipiSD0b_pole5Mag
INFO: pipiSD0b_pole1Phi
INFO: pipiSD0b_pole2Phi
INFO: pipiSD0b_pole3Phi
INFO: pipiSD0b_pole4Phi
INFO: pipiSD0b_pole5Phi
INFO: pipiSD0fprod_4PiMag
INFO: pipiSD0fprod_EtaEtaMag
INFO: pipiSD0fprod_EtaEtapMag
INFO: pipiSD0fprod_KKMag
INFO: pipiSD0fprod_PiPiMag
INFO: pipiSD0fprod_4PiPhi
INFO: pipiSD0fprod_EtaEtaPhi
INFO: pipiSD0fprod_EtaEtapPhi
INFO: pipiSD0fprod_KKPhi
INFO: pipiSD0fprod_PiPiPhi
INFO: pipiSD0S0
INFO: ************* Client mode ****************
INFO: Connecting to server localhost:52319
INFO: Received client id: 1
INFO: Received channel id: 0
INFO: Received data event range 7500 - 14999
INFO: Received mc event range 25000 - 49999
INFO: caching amplitudes enabled / disabled:	1
INFO: data file: ./toyD0decData.dat
INFO: mc file: ./toyD0decMc.dat
INFO: 
File has 7500 events.
INFO:  Each event has 3 final state particles.

INFO: 

INFO: {Rank = 1 ( 0.749856,-0.450454,0.00641317,0.341006) } 	m = 0.493

INFO: {Rank = 1 ( 0.338144,-0.047941,-0.237377,0.190304) } 	m = 0.13957

INFO: {Rank = 1 ( 0.77686,0.498395,0.230964,-0.531309) } 	m = 0.13957

INFO: 

INFO: 

INFO: {Rank = 1 ( 0.715198,0.438346,-0.259395,-0.095007) } 	m = 0.493

INFO: {Rank = 1 ( 0.746888,-0.489039,0.517994,-0.17574) } 	m = 0.13957

INFO: {Rank = 1 ( 0.402774,0.0506933,-0.258599,0.270747) } 	m = 0.13957

INFO: 

INFO: 

INFO: {Rank = 1 ( 0.58773,0.298655,0.0615517,-0.0969248) } 	m = 0.493

INFO: {Rank = 1 ( 0.566203,-0.0041199,-0.144002,-0.529484) } 	m = 0.13957

INFO: {Rank = 1 ( 0.710926,-0.294535,0.0824502,0.626409) } 	m = 0.13957

INFO: 

INFO: 

INFO: {Rank = 1 ( 0.65339,0.284533,-0.309866,0.0830252) } 	m = 0.493

INFO: {Rank = 1 ( 0.494387,0.385806,0.247991,0.120802) } 	m = 0.13957

INFO: {Rank = 1 ( 0.717083,-0.670339,0.0618753,-0.203827) } 	m = 0.13957

INFO: 

INFO: 

INFO: {Rank = 1 ( 0.918667,0.77433,0.0342092,-0.0119447) } 	m = 0.493

INFO: {Rank = 1 ( 0.487455,-0.402667,-0.133621,-0.195287) } 	m = 0.13957

INFO: {Rank = 1 ( 0.458738,-0.371663,0.0994113,0.207232) } 	m = 0.13957

INFO: 

INFO: 

INFO: {Rank = 1 ( 0.699951,0.260228,0.37845,-0.189577) } 	m = 0.493

INFO: {Rank = 1 ( 0.604613,0.130693,-0.555609,-0.142459) } 	m = 0.13957

INFO: {Rank = 1 ( 0.560297,-0.390921,0.177159,0.332036) } 	m = 0.13957

INFO: 

INFO: 

INFO: {Rank = 1 ( 0.578026,0.0997216,0.213703,-0.188285) } 	m = 0.493

INFO: {Rank = 1 ( 0.707648,-0.140593,0.0618349,0.676532) } 	m = 0.13957

INFO: {Rank = 1 ( 0.579186,0.0408714,-0.275538,-0.488247) } 	m = 0.13957

INFO: 

INFO: 

INFO: {Rank = 1 ( 0.908908,-0.245464,-0.3715,-0.620322) } 	m = 0.493

INFO: {Rank = 1 ( 0.295063,0.140383,-0.101954,0.193599) } 	m = 0.13957

INFO: {Rank = 1 ( 0.660888,0.105081,0.473454,0.426723) } 	m = 0.13957

INFO: 

INFO: 

INFO: {Rank = 1 ( 0.6164,-0.122286,0.156773,-0.312038) } 	m = 0.493

INFO: {Rank = 1 ( 0.624923,-0.47811,-0.246967,0.285425) } 	m = 0.13957

INFO: {Rank = 1 ( 0.623537,0.600396,0.0901939,0.0266135) } 	m = 0.13957

INFO: 

INFO: 

INFO: {Rank = 1 ( 0.666401,-0.249053,-0.0531696,0.369036) } 	m = 0.493

INFO: {Rank = 1 ( 0.798734,0.489874,0.27583,-0.549943) } 	m = 0.13957

INFO: {Rank = 1 ( 0.399725,-0.240821,-0.22266,0.180907) } 	m = 0.13957

INFO: 

INFO: 
File has 25000 events.
INFO:  Each event has 3 final state particles.

INFO: 

INFO: {Rank = 1 ( 0.841457,-0.515375,-0.34874,0.278872) } 	m = 0.493

INFO: {Rank = 1 ( 0.615312,0.250542,0.193627,-0.508789) } 	m = 0.13957

INFO: {Rank = 1 ( 0.408092,0.264834,0.155113,0.229918) } 	m = 0.13957

INFO: 

INFO: 

INFO: {Rank = 1 ( 0.920084,0.390026,-0.658728,-0.13215) } 	m = 0.493

INFO: {Rank = 1 ( 0.521927,-0.179756,0.449824,-0.135182) } 	m = 0.13957

INFO: {Rank = 1 ( 0.422848,-0.21027,0.208904,0.267332) } 	m = 0.13957

INFO: 

INFO: 

INFO: {Rank = 1 ( 0.813103,-0.51984,-0.0238061,0.383781) } 	m = 0.493

INFO: {Rank = 1 ( 0.61629,0.423055,-0.350968,-0.241203) } 	m = 0.13957

INFO: {Rank = 1 ( 0.435467,0.0967845,0.374774,-0.142578) } 	m = 0.13957

INFO: 

INFO: 

INFO: {Rank = 1 ( 0.753393,0.0474523,-0.470894,0.317111) } 	m = 0.493

INFO: {Rank = 1 ( 0.465,-0.429452,0.0129507,-0.110221) } 	m = 0.13957

INFO: {Rank = 1 ( 0.646467,0.382,0.457943,-0.20689) } 	m = 0.13957

INFO: 

INFO: 

INFO: {Rank = 1 ( 0.839333,0.0621546,0.51514,-0.438405) } 	m = 0.493

INFO: {Rank = 1 ( 0.414612,-0.106796,0.0737719,0.368206) } 	m = 0.13957

INFO: {Rank = 1 ( 0.610915,0.0446412,-0.588911,0.0701986) } 	m = 0.13957

INFO: 

INFO: 

INFO: {Rank = 1 ( 0.897858,-0.109497,-0.260185,0.69528) } 	m = 0.493

INFO: {Rank = 1 ( 0.55188,0.288156,0.0144009,-0.449277) } 	m = 0.13957

INFO: {Rank = 1 ( 0.415122,-0.17866,0.245784,-0.246003) } 	m = 0.13957

INFO: 

INFO: 

INFO: {Rank = 1 ( 0.794244,0.327663,-0.209657,-0.486267) } 	m = 0.493

INFO: {Rank = 1 ( 0.598974,-0.563088,0.0835743,0.123438) } 	m = 0.13957

INFO: {Rank = 1 ( 0.471642,0.235425,0.126082,0.362828) } 	m = 0.13957

INFO: 

INFO: 

INFO: {Rank = 1 ( 0.909848,0.122187,-0.456293,-0.601365) } 	m = 0.493

INFO: {Rank = 1 ( 0.316996,0.087868,0.266629,0.0468477) } 	m = 0.13957

INFO: {Rank = 1 ( 0.638017,-0.210055,0.189665,0.554518) } 	m = 0.13957

INFO: 

INFO: 

INFO: {Rank = 1 ( 0.952013,-0.367189,-0.709611,0.15781) } 	m = 0.493

INFO: {Rank = 1 ( 0.224128,0.146689,0.0953299,0.0121694) } 	m = 0.13957

INFO: {Rank = 1 ( 0.688719,0.2205,0.614281,-0.16998) } 	m = 0.13957

INFO: 

INFO: 

INFO: {Rank = 1 ( 0.676329,0.442084,-0.0231257,-0.135644) } 	m = 0.493

INFO: {Rank = 1 ( 0.603604,-0.400942,-0.0504488,-0.426097) } 	m = 0.13957

INFO: {Rank = 1 ( 0.584927,-0.0411416,0.0735745,0.561741) } 	m = 0.13957

INFO: 

INFO: 4vec calculation for event 0
INFO: 4vec all in lab system
 px: 1.11759e-08	 py: -2.79397e-09	 pz: -1.49012e-08	 e : 1.86486	 m : 1.86486
INFO: 4vec calculation for event 500
INFO: 4vec calculation for event 1000
INFO: 4vec calculation for event 1500
INFO: 4vec calculation for event 2000
INFO: 4vec calculation for event 2500
INFO: 4vec calculation for event 3000
INFO: 4vec calculation for event 3500
INFO: 4vec calculation for event 4000
INFO: 4vec calculation for event 4500
INFO: 4vec calculation for event 5000
INFO: 4vec calculation for event 5500
INFO: 4vec calculation for event 6000
INFO: 4vec calculation for event 6500
INFO: 4vec calculation for event 7000
INFO: 4vec calculation for event 0
INFO: 4vec all in lab system
 px: 0	 py: 0	 pz: -1.49012e-08	 e : 1.86486	 m : 1.86486
INFO: 4vec calculation for event 500
INFO: 4vec calculation for event 1000
INFO: 4vec calculation for event 1500
INFO: 4vec calculation for event 2000
INFO: 4vec calculation for event 2500
INFO: 4vec calculation for event 3000
INFO: 4vec calculation for event 3500
INFO: 4vec calculation for event 4000
INFO: 4vec calculation for event 4500
INFO: 4vec calculation for event 5000
INFO: 4vec calculation for event 5500
INFO: 4vec calculation for event 6000
INFO: 4vec calculation for event 6500
INFO: 4vec calculation for event 7000
INFO: 4vec calculation for event 7500
INFO: 4vec calculation for event 8000
INFO: 4vec calculation for event 8500
INFO: 4vec calculation for event 9000
INFO: 4vec calculation for event 9500
INFO: 4vec calculation for event 10000
INFO: 4vec all in lab system
 px: 0	 py: -7.45058e-09	 pz: -2.98023e-08	 e : 1.86486	 m : 1.86486
INFO: 4vec calculation for event 10500
INFO: 4vec calculation for event 11000
INFO: 4vec calculation for event 11500
INFO: 4vec calculation for event 12000
INFO: 4vec calculation for event 12500
INFO: 4vec calculation for event 13000
INFO: 4vec calculation for event 13500
INFO: 4vec calculation for event 14000
INFO: 4vec calculation for event 14500
INFO: 4vec calculation for event 15000
INFO: 4vec calculation for event 15500
INFO: 4vec calculation for event 16000
INFO: 4vec calculation for event 16500
INFO: 4vec calculation for event 17000
INFO: 4vec calculation for event 17500
INFO: 4vec calculation for event 18000
INFO: 4vec calculation for event 18500
INFO: 4vec calculation for event 19000
INFO: 4vec calculation for event 19500
INFO: 4vec calculation for event 20000
INFO: 4vec all in lab system
 px: 1.86265e-08	 py: -1.86265e-09	 pz: 0	 e : 1.86486	 m : 1.86486
INFO: 4vec calculation for event 20500
INFO: 4vec calculation for event 21000
INFO: 4vec calculation for event 21500
INFO: 4vec calculation for event 22000
INFO: 4vec calculation for event 22500
INFO: 4vec calculation for event 23000
INFO: 4vec calculation for event 23500
INFO: 4vec calculation for event 24000
INFO: 4vec calculation for event 24500
INFO: Received goodbye. Exiting.
