INFO: /data/jollyj/bertram/NewPawian151023/Pawian/bin/singleChannelApp
INFO: --epemFiles
INFO: /data/jollyj/bertram/NewPawian151023/Pawian/Examples/benchmark/epem/TensorFit/JpsiGamOmegaOmegaTensor.cfg
INFO: --mode
INFO: client
INFO: !
INFO: 
                                       MMMMM
                                      M8NO  +M
                                    NO       M         ,MM
                                    MM     ?MN,   D8MMMO  :NMM
                               :MZ            ZM  MZ            NM,  M
                              M,          :M   MMN            DMMN M  ~
                             M        8MMM M  M,    7O: :M, M+     N:
                            M  =NMZ M     ,M8 M    ,O     MM   :    M
                            D  DM   M    $8        I= MM  $M   7    M
                           Z~ M M  O 8   8          M     N MM    DM
                           8, O    MM    M           :MM8,     ,, MMD
                           O:       M    87MMO ,  MM~                ,M,
                           I=O  M   M   M        M                     M
                           :M   M   N   M N,     M                    M~
                           :M  ?~  N    8I+  M    MMMMMMMMMMMMMMMOM? 7,
                            M  ++  M   8MZ7  M     M                MM
                            M   D  M  N   N   M,    ND          DM8,
                            M   M  M M~M               DMNM88= 8,
                            M    8  ?M?       M                 M~
                            M      N~8       ?$    :             M
                            NN      M     M  M     M             8:
                            D M    M   DDM   M     M               M,
                            D     ,D  D?M    N     M                 ND
                            M     M  ,O8$   ,7     M    M    M         M~
                            NN  8IO  M M    I=     =    M    M          ,M
                                 M  M                   M    M I          M
                                ~M ?8                 M M    M +M   MM     N
        N+I8MMM~                MM M ,      M         M D    M   M   MON   ~$
        M       NM              M8   M      O     D   M Z+  M:    M,  M M   M
         ,MMMD    88            8M   N     M      M         M      ~M  M M+  M
               7M, MI          +ZM  M      M      M        I$ $NI    M ,O M8 ?O
                 ?N M          I:   M      M       8       M     ,    M M     M
                  M +?         8,          N       M       N    :MMMMM7D M    M
                   D M         8,                  N,     ,$   M       M 8    8:
                   N,D,        ?:    =MMMMMZ               D  M         M  M  8ZMM
                    M ND       :Z=MO,                      N    MM8ZN8  M  M  M+ ,:~MMM 8~
                     M  DMMMMMNZ             D    ~MM        :MM        M   M MM    MNMM M
                     $7           DMMZZNOMMNMZ       M     =M       MZ  :7 MM   MM$ M8   N$ M
                       MO      MMZ        Z                +   ,MMD   +  D M~8  N  M       M
                          ?I=    D         8                        ,NMMMMO MM M 8  M     ID
                                  8        D                     MN,     M  ~,  MM       8N
     ,MNZ,  ,8MM         :~ZMMM,  :8       D                   8         ,M      N
   88           :M   M+         M  ,D       D                $            M      M
  M:       M      M ,7           D  8N$     8~             :D             M      M ?M,
  M    7   M      M M   +MM?     M ,8  D8    D=          ,D              Z?     ,O
  $I~ ~?  Z8     M  M      M     M 7+  M  :,   D$      8Z  M? M          M$D+M  7M?
   Z:  MMN       N, M     M?     M D   M          =$~   M :+  D,      NMMMMM OMM  MM          MMM
   O:           :M $Z    D8      M M   M          M     M O:  N      M     ,O     M M        M   N
   $~          M:  M  D  DM      O N   M   MM     M    :N M   M     +7      M     M  M       D   D
   ~=  MNMMMM8    D: $     M    ?Z M   D   M M    M    M  M   M     M M M   7,    M   M     D~   7=
   ~I     M       N  O     :$   N  M   D   8 Z=   M   M~  M   M     Z   N    M    M   D,    M    Z
    M     M      M   D     $~   M  M   N   M  M   M   M   Z   M    M         D    M    N    M    M
    M     M      O   M     M    M  M   M  M     ,M   Z7  N~   N    M  NM     M    N    M    M    M
 M  M     M     M    M     D    M  M   MMM   M M     M   M    M    N M  N    M   7$     D   M    M
  MMM7  MN     O$   M     M    N   M          +      M   M    $   N +I  ~+   M   M  ,   M   M    M
                MMM+      M    M   M       M,        N   M   O=   M M   ~?   M   M M~NN  M  8    M
                           N  $$   7M      M+       D    8   M    M M   D,   M   M M  M  ,N 8    D
                            D8:     M      OM      MN    D   M  , M M   M    M   O $  +~  $MZ    D
                                     :M88DM  N +MM+      MMM$M  N~+~N   D,   M  :8  D  M         N
                                                                 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 30 2015 11:55:27

Running with the following options using /data/jollyj/bertram/NewPawian151023/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


epem channel configuration file: /data/jollyj/bertram/NewPawian151023/Pawian/Examples/benchmark/epem/TensorFit/JpsiGamOmegaOmegaTensor.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
INFO: __argv[0]: /data/jollyj/bertram/NewPawian151023/Pawian/bin/singleChannelApp
INFO: __argv[1]: --epemFiles
INFO: __argv[3]: --mode
INFO: __argv[4]: client
INFO: __argv[5]: !
INFO: argvWCfgFile[0]= /data/jollyj/bertram/NewPawian151023/Pawian/bin/singleChannelApp
INFO: argvWCfgFile[1]= -c
INFO: argvWCfgFile[2]= /data/jollyj/bertram/NewPawian151023/Pawian/Examples/benchmark/epem/TensorFit/JpsiGamOmegaOmegaTensor.cfg
INFO: argvWCfgFile[3]= --mode
INFO: argvWCfgFile[4]= client
INFO: argvWCfgFile[5]= !

Running with the following options using /data/jollyj/bertram/NewPawian151023/Pawian/Examples/benchmark/epem/TensorFit/JpsiGamOmegaOmegaTensor.cfg:

Error log mode: 1

data file: ../toyDataSignal.dat

mc file: ../toyMC.dat

chosen unit in input file: GEV

chosen order in file: Px Py Pz E

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

startHypo: base

mode: client

number of threads: 2

ratioMcToData: 6

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


clone particles: pion+ pion1+
clone particles: pion- pion1-
clone particles: pion0 pion10
clone particles: pion+ pion2+
clone particles: pion- pion2-
clone particles: pion0 pion20
clone particles: omega omega1
clone particles: omega omega2

minuit parameter	_J1P-1C-1Tophoton_eta(2225)_1Phi	 fixed
minuit parameter	L1S1_eta(2225)Toomega1_omega2Mag	 fixed
minuit parameter	L1S1_eta(2225)Toomega1_omega2Phi	 fixed
minuit parameter	L0S2_f2(1910)Toomega1_omega2Mag	 fixed
minuit parameter	L0S2_f2(1910)Toomega1_omega2Phi	 fixed
minuit parameter	L1S0_omega1Topion1+_pion1-_pion10Mag	 fixed
minuit parameter	L1S0_omega1Topion1+_pion1-_pion10Phi	 fixed
minuit parameter	L1S0_omega2Topion2+_pion2-_pion20Mag	 fixed
minuit parameter	L1S0_omega2Topion2+_pion2-_pion20Phi	 fixed


the final state particles are:
photon
pion1+
pion1-
pion10
pion2+
pion2-
pion20

decay system:
Tensor omega1 To pion1+ pion1- pion10
Tensor omega2 To pion2+ pion2- pion20
Tensor eta(2225) To omega1 omega2
Tensor f2(1910) To omega1 omega2

decay dynamics:
eta(2225) BreitWignerBlattWTensorRel
f2(1910) BreitWignerBlattWTensorRel

replaced suffix for fit parameter name

replaced mass key

replaced prod key

production system:
eta(2225) photon BlattWBarrierTensor 0.66
f2(1910) photon BlattWBarrierTensor 0.66

production formalism:	Tensor
fitqRProduction:	0

histograms inv mass for systems
pion1+ pion1- pion10
pion1+ pion1- pion10 pion2+ pion2- pion20
photon pion1+ pion1- pion10
photon pion2+ pion2- pion20

histograms decay angles for systems
photon from pion1+ pion1- pion10 pion2+ pion2- pion20 photon
pion1+ pion1- pion10 from pion1+ pion1- pion10 pion2+ pion2- pion20
pion1+ and pion1- from pion1+ pion1- pion10
pion2+ and pion2- from pion2+ pion2- pion20

mass range cuts:
1.4 3.2 pion1+ pion1- pion10 pion2+ pion2- pion20
0.762 0.802 pion1+ pion1- pion10
0.762 0.802 pion2+ pion2- pion20

2Dhistogram decay angles for systems

random seed:	44123

generate with model:	1

number of generated events:	10000

number of data events:	5000

cms mass:	3.09692

spin density matrix calculation for particles

productionTensorRadType: Zou

INFO: Now replace the parser!!!
INFO: added decay omega1Topion1+_pion1-_pion10 to decay list
INFO: added decay omega2Topion2+_pion2-_pion20 to decay list

JPCLS tensor amplitudes for decay	eta(2225)Toomega1_omega2:
suffix for fit parameter name:	eta(2225)Toomega1_omega2
JPC=0-+	L,S=1,1	preFactorLS=0
with further decay:
LS amplitudes for decay	omega1Topion1+_pion1-_pion10:
suffix for fit parameter name:	omega1Topion1+_pion1-_pion10
	L,S=1,0


with further decay:
LS amplitudes for decay	omega2Topion2+_pion2-_pion20:
suffix for fit parameter name:	omega2Topion2+_pion2-_pion20
	L,S=1,0




INFO: added decay eta(2225)Toomega1_omega2 to decay list

JPCLS tensor amplitudes for decay	f2(1910)Toomega1_omega2:
suffix for fit parameter name:	f2(1910)Toomega1_omega2
JPC=2++	L,S=2,0	preFactorLS=0
JPC=2++	L,S=0,2	preFactorLS=0
JPC=2++	L,S=2,2	preFactorLS=0
JPC=2++	L,S=4,2	preFactorLS=0
with further decay:
LS amplitudes for decay	omega1Topion1+_pion1-_pion10:
suffix for fit parameter name:	omega1Topion1+_pion1-_pion10
	L,S=1,0


with further decay:
LS amplitudes for decay	omega2Topion2+_pion2-_pion20:
suffix for fit parameter name:	omega2Topion2+_pion2-_pion20
	L,S=1,0




INFO: added decay f2(1910)Toomega1_omega2 to decay list

***ProdChannelInfo***
***ProdChannelInfo***
particle1: eta(2225)	particle2: photon
with production barrier: 1
prod barrier type: BlattWBarrierTensor
with qR = 0.66

***ProdChannelInfo***
***ProdChannelInfo***
particle1: f2(1910)	particle2: photon
with production barrier: 1
prod barrier type: BlattWBarrierTensor
with qR = 0.66
INFO: 
MassRangeCont:	1.4
INFO: 
MassRangeCont:	3.2
INFO: 
MassRangeCont:	pion1+
INFO: 
MassRangeCont:	pion1-
INFO: 
MassRangeCont:	pion10
INFO: 
MassRangeCont:	pion2+
INFO: 
MassRangeCont:	pion2-
INFO: 
MassRangeCont:	pion20
INFO: mass cut on inv mass of the final state particles:
INFO: pion1+
INFO: pion1-
INFO: pion10
INFO: pion2+
INFO: pion2-
INFO: pion20
INFO: 	massMin = 1.4	massmax = 3.2
INFO: 
MassRangeCont:	0.762
INFO: 
MassRangeCont:	0.802
INFO: 
MassRangeCont:	pion1+
INFO: 
MassRangeCont:	pion1-
INFO: 
MassRangeCont:	pion10
INFO: mass cut on inv mass of the final state particles:
INFO: pion1+
INFO: pion1-
INFO: pion10
INFO: 	massMin = 0.762	massmax = 0.802
INFO: 
MassRangeCont:	0.762
INFO: 
MassRangeCont:	0.802
INFO: 
MassRangeCont:	pion2+
INFO: 
MassRangeCont:	pion2-
INFO: 
MassRangeCont:	pion20
INFO: mass cut on inv mass of the final state particles:
INFO: pion2+
INFO: pion2-
INFO: pion20
INFO: 	massMin = 0.762	massmax = 0.802
eta(2225)	mass=2.23+0-0	width=0.15+0-0	3*q=0	2*J=0	P=-1	p=-2	C=1	c=-2	G=-2	theGParity=1	2*I=0	2*I3=0	charm=0	strange=0
photon	mass=0+0-0	width=0+0-0	3*q=0	2*J=2	P=-1	p=-2	C=-1	c=-2	G=-2	theGParity=1	2*I=0	2*I3=0	charm=0	strange=0

JPCLS amplitudes for decay	I0G-1J1P-1C-1Toeta(2225)_photon:
suffix for fit parameter name:	J1P-1C-1Toeta(2225)_photon
JPC=1--	L,S=1,1	preFactorLS=0
with further decay:
JPCLS tensor amplitudes for decay	eta(2225)Toomega1_omega2:
suffix for fit parameter name:	eta(2225)Toomega1_omega2
JPC=0-+	L,S=1,1	preFactorLS=0
with further decay:
LS amplitudes for decay	omega1Topion1+_pion1-_pion10:
suffix for fit parameter name:	omega1Topion1+_pion1-_pion10
	L,S=1,0


with further decay:
LS amplitudes for decay	omega2Topion2+_pion2-_pion20:
suffix for fit parameter name:	omega2Topion2+_pion2-_pion20
	L,S=1,0






eta(2225)	mass=2.23+0-0	width=0.15+0-0	3*q=0	2*J=0	P=-1	p=-2	C=1	c=-2	G=-2	theGParity=1	2*I=0	2*I3=0	charm=0	strange=0
photon	mass=0+0-0	width=0+0-0	3*q=0	2*J=2	P=-1	p=-2	C=-1	c=-2	G=-2	theGParity=1	2*I=0	2*I3=0	charm=0	strange=0

JPCLS tensor amplitudes for decay	I0G-1J1P-1C-1Toeta(2225)_photon:
suffix for fit parameter name:	J1P-1C-1Toeta(2225)_photon
JPC=1--	L,S=1,1	preFactorLS=0
with further decay:
JPCLS tensor amplitudes for decay	eta(2225)Toomega1_omega2:
suffix for fit parameter name:	eta(2225)Toomega1_omega2
JPC=0-+	L,S=1,1	preFactorLS=0
with further decay:
LS amplitudes for decay	omega1Topion1+_pion1-_pion10:
suffix for fit parameter name:	omega1Topion1+_pion1-_pion10
	L,S=1,0


with further decay:
LS amplitudes for decay	omega2Topion2+_pion2-_pion20:
suffix for fit parameter name:	omega2Topion2+_pion2-_pion20
	L,S=1,0






photon	mass=0+0-0	width=0+0-0	3*q=0	2*J=2	P=-1	p=-2	C=-1	c=-2	G=-2	theGParity=1	2*I=0	2*I3=0	charm=0	strange=0
eta(2225)	mass=2.23+0-0	width=0.15+0-0	3*q=0	2*J=0	P=-1	p=-2	C=1	c=-2	G=-2	theGParity=1	2*I=0	2*I3=0	charm=0	strange=0
INFO: daughter2->twoJ()%2 = 0_XisEven: 1  daughter2->theParity(): -1

JPCLS tensor amplitudes for decay	I0G-1J1P-1C-1Tophoton_eta(2225):
suffix for fit parameter name:	J1P-1C-1Tophoton_eta(2225)
JPC=1--	L,S=1,1	preFactorLS=0
with further decay:
JPCLS tensor amplitudes for decay	eta(2225)Toomega1_omega2:
suffix for fit parameter name:	eta(2225)Toomega1_omega2
JPC=0-+	L,S=1,1	preFactorLS=0
with further decay:
LS amplitudes for decay	omega1Topion1+_pion1-_pion10:
suffix for fit parameter name:	omega1Topion1+_pion1-_pion10
	L,S=1,0


with further decay:
LS amplitudes for decay	omega2Topion2+_pion2-_pion20:
suffix for fit parameter name:	omega2Topion2+_pion2-_pion20
	L,S=1,0






eta(2225)	mass=2.23+0-0	width=0.15+0-0	3*q=0	2*J=0	P=-1	p=-2	C=1	c=-2	G=-2	theGParity=1	2*I=0	2*I3=0	charm=0	strange=0
photon	mass=0+0-0	width=0+0-0	3*q=0	2*J=2	P=-1	p=-2	C=-1	c=-2	G=-2	theGParity=1	2*I=0	2*I3=0	charm=0	strange=0

JPClamlam amplitudes for decay	I0G-1J1P-1C-1Toeta(2225)_photon:
suffix for fit parameter name:	J1P-1C-1Toeta(2225)_photon
JPC=1--	Lam1,Lam2=0,1	parityFactor=1
with further decay:
JPCLS tensor amplitudes for decay	eta(2225)Toomega1_omega2:
suffix for fit parameter name:	eta(2225)Toomega1_omega2
JPC=0-+	L,S=1,1	preFactorLS=0
with further decay:
LS amplitudes for decay	omega1Topion1+_pion1-_pion10:
suffix for fit parameter name:	omega1Topion1+_pion1-_pion10
	L,S=1,0


with further decay:
LS amplitudes for decay	omega2Topion2+_pion2-_pion20:
suffix for fit parameter name:	omega2Topion2+_pion2-_pion20
	L,S=1,0






photon	mass=0+0-0	width=0+0-0	3*q=0	2*J=2	P=-1	p=-2	C=-1	c=-2	G=-2	theGParity=1	2*I=0	2*I3=0	charm=0	strange=0
eta(2225)	mass=2.23+0-0	width=0.15+0-0	3*q=0	2*J=0	P=-1	p=-2	C=1	c=-2	G=-2	theGParity=1	2*I=0	2*I3=0	charm=0	strange=0

JPClamlam amplitudes for decay	I0G-1J1P-1C-1Tophoton_eta(2225):
suffix for fit parameter name:	J1P-1C-1Tophoton_eta(2225)
JPC=1--	Lam1,Lam2=1,0	parityFactor=1
with further decay:
JPCLS tensor amplitudes for decay	eta(2225)Toomega1_omega2:
suffix for fit parameter name:	eta(2225)Toomega1_omega2
JPC=0-+	L,S=1,1	preFactorLS=0
with further decay:
LS amplitudes for decay	omega1Topion1+_pion1-_pion10:
suffix for fit parameter name:	omega1Topion1+_pion1-_pion10
	L,S=1,0


with further decay:
LS amplitudes for decay	omega2Topion2+_pion2-_pion20:
suffix for fit parameter name:	omega2Topion2+_pion2-_pion20
	L,S=1,0






f2(1910)	mass=1.941+0-0	width=0.17+0-0	3*q=0	2*J=4	P=1	p=-2	C=1	c=-2	G=-2	theGParity=1	2*I=0	2*I3=0	charm=0	strange=0
photon	mass=0+0-0	width=0+0-0	3*q=0	2*J=2	P=-1	p=-2	C=-1	c=-2	G=-2	theGParity=1	2*I=0	2*I3=0	charm=0	strange=0

JPCLS amplitudes for decay	I0G-1J1P-1C-1Tof2(1910)_photon:
suffix for fit parameter name:	J1P-1C-1Tof2(1910)_photon
JPC=1--	L,S=0,1	preFactorLS=0
JPC=1--	L,S=2,1	preFactorLS=0
JPC=1--	L,S=2,2	preFactorLS=0
JPC=1--	L,S=2,3	preFactorLS=0
JPC=1--	L,S=4,3	preFactorLS=0
with further decay:
JPCLS tensor amplitudes for decay	f2(1910)Toomega1_omega2:
suffix for fit parameter name:	f2(1910)Toomega1_omega2
JPC=2++	L,S=2,0	preFactorLS=0
JPC=2++	L,S=0,2	preFactorLS=0
JPC=2++	L,S=2,2	preFactorLS=0
JPC=2++	L,S=4,2	preFactorLS=0
with further decay:
LS amplitudes for decay	omega1Topion1+_pion1-_pion10:
suffix for fit parameter name:	omega1Topion1+_pion1-_pion10
	L,S=1,0


with further decay:
LS amplitudes for decay	omega2Topion2+_pion2-_pion20:
suffix for fit parameter name:	omega2Topion2+_pion2-_pion20
	L,S=1,0






f2(1910)	mass=1.941+0-0	width=0.17+0-0	3*q=0	2*J=4	P=1	p=-2	C=1	c=-2	G=-2	theGParity=1	2*I=0	2*I3=0	charm=0	strange=0
photon	mass=0+0-0	width=0+0-0	3*q=0	2*J=2	P=-1	p=-2	C=-1	c=-2	G=-2	theGParity=1	2*I=0	2*I3=0	charm=0	strange=0

JPCLS tensor amplitudes for decay	I0G-1J1P-1C-1Tof2(1910)_photon:
suffix for fit parameter name:	J1P-1C-1Tof2(1910)_photon
JPC=1--	L,S=0,1	preFactorLS=0
JPC=1--	L,S=2,1	preFactorLS=0
JPC=1--	L,S=2,2	preFactorLS=0
JPC=1--	L,S=2,3	preFactorLS=0
JPC=1--	L,S=4,3	preFactorLS=0
with further decay:
JPCLS tensor amplitudes for decay	f2(1910)Toomega1_omega2:
suffix for fit parameter name:	f2(1910)Toomega1_omega2
JPC=2++	L,S=2,0	preFactorLS=0
JPC=2++	L,S=0,2	preFactorLS=0
JPC=2++	L,S=2,2	preFactorLS=0
JPC=2++	L,S=4,2	preFactorLS=0
with further decay:
LS amplitudes for decay	omega1Topion1+_pion1-_pion10:
suffix for fit parameter name:	omega1Topion1+_pion1-_pion10
	L,S=1,0


with further decay:
LS amplitudes for decay	omega2Topion2+_pion2-_pion20:
suffix for fit parameter name:	omega2Topion2+_pion2-_pion20
	L,S=1,0






photon	mass=0+0-0	width=0+0-0	3*q=0	2*J=2	P=-1	p=-2	C=-1	c=-2	G=-2	theGParity=1	2*I=0	2*I3=0	charm=0	strange=0
f2(1910)	mass=1.941+0-0	width=0.17+0-0	3*q=0	2*J=4	P=1	p=-2	C=1	c=-2	G=-2	theGParity=1	2*I=0	2*I3=0	charm=0	strange=0
INFO: daughter2->twoJ()%2 = 0_XisEven: 1  daughter2->theParity(): 1

JPCLS tensor amplitudes for decay	I0G-1J1P-1C-1Tophoton_f2(1910):
suffix for fit parameter name:	J1P-1C-1Tophoton_f2(1910)
JPC=1--	L,S=0,1	preFactorLS=0
JPC=1--	L,S=2,1	preFactorLS=0
JPC=1--	L,S=2,2	preFactorLS=0
JPC=1--	L,S=2,3	preFactorLS=0
JPC=1--	L,S=4,3	preFactorLS=0
with further decay:
JPCLS tensor amplitudes for decay	f2(1910)Toomega1_omega2:
suffix for fit parameter name:	f2(1910)Toomega1_omega2
JPC=2++	L,S=2,0	preFactorLS=0
JPC=2++	L,S=0,2	preFactorLS=0
JPC=2++	L,S=2,2	preFactorLS=0
JPC=2++	L,S=4,2	preFactorLS=0
with further decay:
LS amplitudes for decay	omega1Topion1+_pion1-_pion10:
suffix for fit parameter name:	omega1Topion1+_pion1-_pion10
	L,S=1,0


with further decay:
LS amplitudes for decay	omega2Topion2+_pion2-_pion20:
suffix for fit parameter name:	omega2Topion2+_pion2-_pion20
	L,S=1,0






f2(1910)	mass=1.941+0-0	width=0.17+0-0	3*q=0	2*J=4	P=1	p=-2	C=1	c=-2	G=-2	theGParity=1	2*I=0	2*I3=0	charm=0	strange=0
photon	mass=0+0-0	width=0+0-0	3*q=0	2*J=2	P=-1	p=-2	C=-1	c=-2	G=-2	theGParity=1	2*I=0	2*I3=0	charm=0	strange=0

JPClamlam amplitudes for decay	I0G-1J1P-1C-1Tof2(1910)_photon:
suffix for fit parameter name:	J1P-1C-1Tof2(1910)_photon
JPC=1--	Lam1,Lam2=2,1	parityFactor=1
JPC=1--	Lam1,Lam2=1,1	parityFactor=1
JPC=1--	Lam1,Lam2=0,1	parityFactor=1
with further decay:
JPCLS tensor amplitudes for decay	f2(1910)Toomega1_omega2:
suffix for fit parameter name:	f2(1910)Toomega1_omega2
JPC=2++	L,S=2,0	preFactorLS=0
JPC=2++	L,S=0,2	preFactorLS=0
JPC=2++	L,S=2,2	preFactorLS=0
JPC=2++	L,S=4,2	preFactorLS=0
with further decay:
LS amplitudes for decay	omega1Topion1+_pion1-_pion10:
suffix for fit parameter name:	omega1Topion1+_pion1-_pion10
	L,S=1,0


with further decay:
LS amplitudes for decay	omega2Topion2+_pion2-_pion20:
suffix for fit parameter name:	omega2Topion2+_pion2-_pion20
	L,S=1,0






photon	mass=0+0-0	width=0+0-0	3*q=0	2*J=2	P=-1	p=-2	C=-1	c=-2	G=-2	theGParity=1	2*I=0	2*I3=0	charm=0	strange=0
f2(1910)	mass=1.941+0-0	width=0.17+0-0	3*q=0	2*J=4	P=1	p=-2	C=1	c=-2	G=-2	theGParity=1	2*I=0	2*I3=0	charm=0	strange=0

JPClamlam amplitudes for decay	I0G-1J1P-1C-1Tophoton_f2(1910):
suffix for fit parameter name:	J1P-1C-1Tophoton_f2(1910)
JPC=1--	Lam1,Lam2=1,0	parityFactor=1
JPC=1--	Lam1,Lam2=1,1	parityFactor=1
JPC=1--	Lam1,Lam2=1,2	parityFactor=1
with further decay:
JPCLS tensor amplitudes for decay	f2(1910)Toomega1_omega2:
suffix for fit parameter name:	f2(1910)Toomega1_omega2
JPC=2++	L,S=2,0	preFactorLS=0
JPC=2++	L,S=0,2	preFactorLS=0
JPC=2++	L,S=2,2	preFactorLS=0
JPC=2++	L,S=4,2	preFactorLS=0
with further decay:
LS amplitudes for decay	omega1Topion1+_pion1-_pion10:
suffix for fit parameter name:	omega1Topion1+_pion1-_pion10
	L,S=1,0


with further decay:
LS amplitudes for decay	omega2Topion2+_pion2-_pion20:
suffix for fit parameter name:	omega2Topion2+_pion2-_pion20
	L,S=1,0






INFO: use productionTensorRadType Zou
INFO: Barrier factors for production amplitude I0G-1J1P-1C-1Tophoton_eta(2225) enabled!
INFO: BlattWBarrierDynamics for I0G-1J1P-1C-1Tophoton_eta(2225)
INFO: add dynamics for I0G-1J1P-1C-1Tophoton_eta(2225)
INFO: Barrier factors for production amplitude I0G-1J1P-1C-1Tophoton_f2(1910) enabled!
INFO: BlattWBarrierDynamics for I0G-1J1P-1C-1Tophoton_f2(1910)
INFO: add dynamics for I0G-1J1P-1C-1Tophoton_f2(1910)
INFO: AmpName: eta(2225)Toomega1_omega2  radius for barrier factor qr= 0.1973
INFO: BreitWignerRelDynamics for eta(2225)Toomega1_omega2 with  mass key daughter1 pion1+pion1-pion10pion2+pion2-pion20pion1+pion1-pion10 and mass key daughter2 pion1+pion1-pion10pion2+pion2-pion20pion2+pion2-pion20
INFO: add dynamics for eta(2225)Toomega1_omega2
INFO: AmpName: f2(1910)Toomega1_omega2  radius for barrier factor qr= 0.1973
INFO: BreitWignerRelDynamics for f2(1910)Toomega1_omega2 with  mass key daughter1 pion1+pion1-pion10pion2+pion2-pion20pion1+pion1-pion10 and mass key daughter2 pion1+pion1-pion10pion2+pion2-pion20pion2+pion2-pion20
INFO: add dynamics for f2(1910)Toomega1_omega2
INFO: I0G-1J1P-1C-1Tophoton_eta(2225) set decay level to 0
INFO: eta(2225)Toomega1_omega2 set decay level to 1
INFO: omega1Topion1+_pion1-_pion10 set decay level to 2
INFO: omega2Topion2+_pion2-_pion20 set decay level to 2
INFO: I0G-1J1P-1C-1Tophoton_f2(1910) set decay level to 0
INFO: f2(1910)Toomega1_omega2 set decay level to 1
INFO: Dynamics	I0G-1J1P-1C-1Tophoton_eta(2225)	found!!!
INFO: Dynamics	eta(2225)Toomega1_omega2	found!!!
WARN: /AbsXdecAmp.cc:77: no dynamics for	omega1Topion1+_pion1-_pion10
INFO: add dynamics for omega1Topion1+_pion1-_pion10
WARN: /AbsXdecAmp.cc:88: no dynamics for	omega2Topion2+_pion2-_pion20
INFO: add dynamics for omega2Topion2+_pion2-_pion20
INFO: Dynamics	I0G-1J1P-1C-1Tophoton_f2(1910)	found!!!
INFO: Dynamics	f2(1910)Toomega1_omega2	found!!!
WARN: /AbsXdecAmp.cc:77: no dynamics for	omega1Topion1+_pion1-_pion10
WARN: /AbsXdecAmp.cc:88: no dynamics for	omega2Topion2+_pion2-_pion20
INFO: _J1P-1C-1Tophoton_eta(2225)Mag1	1	0.5
INFO: paramName: _J1P-1C-1Tophoton_eta(2225)Mag1	val: 1	err:0.5	min:0	max:-1
INFO: _J1P-1C-1Tophoton_eta(2225)_1Phi	0	0.2
INFO: paramName: _J1P-1C-1Tophoton_eta(2225)_1Phi	val: 0	err:0.2	min:0	max:-1
INFO: L1S1_eta(2225)Toomega1_omega2Mag	1	0.5
INFO: paramName: L1S1_eta(2225)Toomega1_omega2Mag	val: 1	err:0.5	min:0	max:-1
INFO: L1S1_eta(2225)Toomega1_omega2Phi	0	0.2
INFO: paramName: L1S1_eta(2225)Toomega1_omega2Phi	val: 0	err:0.2	min:0	max:-1
INFO: eta(2225)Mass	2.15	0.03	2.08	2.38
INFO: paramName: eta(2225)Mass	val: 2.15	err:0.03	min:2.08	max:2.38
INFO: eta(2225)Width	0.14	0.03	0.04	0.3
INFO: paramName: eta(2225)Width	val: 0.14	err:0.03	min:0.04	max:0.3
INFO: L1S0_omega1Topion1+_pion1-_pion10Mag	1	0.5
INFO: paramName: L1S0_omega1Topion1+_pion1-_pion10Mag	val: 1	err:0.5	min:0	max:-1
INFO: L1S0_omega1Topion1+_pion1-_pion10Phi	0	0.2
INFO: paramName: L1S0_omega1Topion1+_pion1-_pion10Phi	val: 0	err:0.2	min:0	max:-1
INFO: L1S0_omega2Topion2+_pion2-_pion20Mag	1	0.5
INFO: paramName: L1S0_omega2Topion2+_pion2-_pion20Mag	val: 1	err:0.5	min:0	max:-1
INFO: L1S0_omega2Topion2+_pion2-_pion20Phi	0	0.2
INFO: paramName: L1S0_omega2Topion2+_pion2-_pion20Phi	val: 0	err:0.2	min:0	max:-1
INFO: _J1P-1C-1Tophoton_f2(1910)Mag1	1	0.5
INFO: paramName: _J1P-1C-1Tophoton_f2(1910)Mag1	val: 1	err:0.5	min:0	max:-1
INFO: _J1P-1C-1Tophoton_f2(1910)_1Phi	0	0.2
INFO: paramName: _J1P-1C-1Tophoton_f2(1910)_1Phi	val: 0	err:0.2	min:0	max:-1
INFO: _J1P-1C-1Tophoton_f2(1910)Mag2	1	0.5
INFO: paramName: _J1P-1C-1Tophoton_f2(1910)Mag2	val: 1	err:0.5	min:0	max:-1
INFO: _J1P-1C-1Tophoton_f2(1910)_2Phi	0	0.2
INFO: paramName: _J1P-1C-1Tophoton_f2(1910)_2Phi	val: 0	err:0.2	min:0	max:-1
INFO: _J1P-1C-1Tophoton_f2(1910)Mag3	1	0.5
INFO: paramName: _J1P-1C-1Tophoton_f2(1910)Mag3	val: 1	err:0.5	min:0	max:-1
INFO: _J1P-1C-1Tophoton_f2(1910)_3Phi	0	0.2
INFO: paramName: _J1P-1C-1Tophoton_f2(1910)_3Phi	val: 0	err:0.2	min:0	max:-1
INFO: L2S0_f2(1910)Toomega1_omega2Mag	0.5	0.25
INFO: paramName: L2S0_f2(1910)Toomega1_omega2Mag	val: 0.5	err:0.25	min:0	max:-1
INFO: L2S0_f2(1910)Toomega1_omega2Phi	0	0.2
INFO: paramName: L2S0_f2(1910)Toomega1_omega2Phi	val: 0	err:0.2	min:0	max:-1
INFO: L0S2_f2(1910)Toomega1_omega2Mag	0.5	0.25
INFO: paramName: L0S2_f2(1910)Toomega1_omega2Mag	val: 0.5	err:0.25	min:0	max:-1
INFO: L0S2_f2(1910)Toomega1_omega2Phi	0	0.2
INFO: paramName: L0S2_f2(1910)Toomega1_omega2Phi	val: 0	err:0.2	min:0	max:-1
INFO: L2S2_f2(1910)Toomega1_omega2Mag	0.5	0.25
INFO: paramName: L2S2_f2(1910)Toomega1_omega2Mag	val: 0.5	err:0.25	min:0	max:-1
INFO: L2S2_f2(1910)Toomega1_omega2Phi	0	0.2
INFO: paramName: L2S2_f2(1910)Toomega1_omega2Phi	val: 0	err:0.2	min:0	max:-1
INFO: L4S2_f2(1910)Toomega1_omega2Mag	0.5	0.25
INFO: paramName: L4S2_f2(1910)Toomega1_omega2Mag	val: 0.5	err:0.25	min:0	max:-1
INFO: L4S2_f2(1910)Toomega1_omega2Phi	0	0.2
INFO: paramName: L4S2_f2(1910)Toomega1_omega2Phi	val: 0	err:0.2	min:0	max:-1
INFO: f2(1910)Mass	1.97	0.03	1.791	2.091
INFO: paramName: f2(1910)Mass	val: 1.97	err:0.03	min:1.791	max:2.091
INFO: f2(1910)Width	0.16	0.034	0.08	0.34
INFO: paramName: f2(1910)Width	val: 0.16	err:0.034	min:0.08	max:0.34
INFO: channelType2photonpion1+pion1-pion10pion2+pion2-pion20Scaling	1	0.01	0	20
INFO: paramName: channelType2photonpion1+pion1-pion10pion2+pion2-pion20Scaling	val: 1	err:0.01	min:0	max:20


 parameters in pawianParams are: 

_J1P-1C-1Tophoton_eta(2225)Mag1	1	0.5
_J1P-1C-1Tophoton_eta(2225)_1Phi	0	0.2
L1S1_eta(2225)Toomega1_omega2Mag	1	0.5
L1S1_eta(2225)Toomega1_omega2Phi	0	0.2
eta(2225)Mass	2.15	0.03	2.08	2.38
eta(2225)Width	0.14	0.03	0.04	0.3
L1S0_omega1Topion1+_pion1-_pion10Mag	1	0.5
L1S0_omega1Topion1+_pion1-_pion10Phi	0	0.2
L1S0_omega2Topion2+_pion2-_pion20Mag	1	0.5
L1S0_omega2Topion2+_pion2-_pion20Phi	0	0.2
_J1P-1C-1Tophoton_f2(1910)Mag1	1	0.5
_J1P-1C-1Tophoton_f2(1910)_1Phi	0	0.2
_J1P-1C-1Tophoton_f2(1910)Mag2	1	0.5
_J1P-1C-1Tophoton_f2(1910)_2Phi	0	0.2
_J1P-1C-1Tophoton_f2(1910)Mag3	1	0.5
_J1P-1C-1Tophoton_f2(1910)_3Phi	0	0.2
L2S0_f2(1910)Toomega1_omega2Mag	0.5	0.25
L2S0_f2(1910)Toomega1_omega2Phi	0	0.2
L0S2_f2(1910)Toomega1_omega2Mag	0.5	0.25
L0S2_f2(1910)Toomega1_omega2Phi	0	0.2
L2S2_f2(1910)Toomega1_omega2Mag	0.5	0.25
L2S2_f2(1910)Toomega1_omega2Phi	0	0.2
L4S2_f2(1910)Toomega1_omega2Mag	0.5	0.25
L4S2_f2(1910)Toomega1_omega2Phi	0	0.2
f2(1910)Mass	1.97	0.03	1.791	2.091
f2(1910)Width	0.16	0.034	0.08	0.34
channelType2photonpion1+pion1-pion10pion2+pion2-pion20Scaling	1	0.01	0	20


**************** Fit parameter **************************
_J1P-1C-1Tophoton_eta(2225)Mag1	1	0.5
_J1P-1C-1Tophoton_eta(2225)_1Phi	0	0.2
L1S1_eta(2225)Toomega1_omega2Mag	1	0.5
L1S1_eta(2225)Toomega1_omega2Phi	0	0.2
eta(2225)Mass	2.15	0.03	2.08	2.38
eta(2225)Width	0.14	0.03	0.04	0.3
L1S0_omega1Topion1+_pion1-_pion10Mag	1	0.5
L1S0_omega1Topion1+_pion1-_pion10Phi	0	0.2
L1S0_omega2Topion2+_pion2-_pion20Mag	1	0.5
L1S0_omega2Topion2+_pion2-_pion20Phi	0	0.2
_J1P-1C-1Tophoton_f2(1910)Mag1	1	0.5
_J1P-1C-1Tophoton_f2(1910)_1Phi	0	0.2
_J1P-1C-1Tophoton_f2(1910)Mag2	1	0.5
_J1P-1C-1Tophoton_f2(1910)_2Phi	0	0.2
_J1P-1C-1Tophoton_f2(1910)Mag3	1	0.5
_J1P-1C-1Tophoton_f2(1910)_3Phi	0	0.2
L2S0_f2(1910)Toomega1_omega2Mag	0.5	0.25
L2S0_f2(1910)Toomega1_omega2Phi	0	0.2
L0S2_f2(1910)Toomega1_omega2Mag	0.5	0.25
L0S2_f2(1910)Toomega1_omega2Phi	0	0.2
L2S2_f2(1910)Toomega1_omega2Mag	0.5	0.25
L2S2_f2(1910)Toomega1_omega2Phi	0	0.2
L4S2_f2(1910)Toomega1_omega2Mag	0.5	0.25
L4S2_f2(1910)Toomega1_omega2Phi	0	0.2
f2(1910)Mass	1.97	0.03	1.791	2.091
f2(1910)Width	0.16	0.034	0.08	0.34
channelType2photonpion1+pion1-pion10pion2+pion2-pion20Scaling	1	0.01	0	20
INFO: Fixing scaling parameter channelType2photonpion1+pion1-pion10pion2+pion2-pion20Scaling
INFO: ************* Client mode ****************
INFO: Connecting to server localhost:50003
INFO: Received client id: 1
INFO: Received channel id: 0
INFO: Received data event range 2500 - 4999
INFO: Received mc event range 15000 - 29999
INFO: caching amplitudes enabled / disabled:	1
INFO: data file: ../toyDataSignal.dat
INFO: mc file: ../toyMC.dat
INFO: 
File has 2500 events. Each event has 7 final state particles.

INFO: 

INFO: {Rank = 1 ( 0.754702,-0.0693091,-0.615771,-0.43081) } 	m = -nan

INFO: {Rank = 1 ( 0.188792,0.101653,0.0582252,-0.049389) } 	m = 0.13957

INFO: {Rank = 1 ( 0.409405,-0.0954273,-0.170803,0.331441) } 	m = 0.13957

INFO: {Rank = 1 ( 0.41184,0.146511,-0.293204,0.209662) } 	m = 0.13498

INFO: {Rank = 1 ( 0.575807,-0.0812759,0.459272,-0.30747) } 	m = 0.13957

INFO: {Rank = 1 ( 0.164655,-0.0360058,0.0611895,0.0509003) } 	m = 0.13957

INFO: {Rank = 1 ( 0.591972,0.0338537,0.541092,0.195665) } 	m = 0.13498

INFO: 

INFO: 

INFO: {Rank = 1 ( 0.95602,0.27572,0.64807,-0.646497) } 	m = 0

INFO: {Rank = 1 ( 0.278484,-0.223037,-0.0264652,0.0873382) } 	m = 0.13957

INFO: {Rank = 1 ( 0.389473,-0.00374129,0.0747781,0.355814) } 	m = 0.13957

INFO: {Rank = 1 ( 0.318672,0.200357,0.157227,0.135902) } 	m = 0.13498

INFO: {Rank = 1 ( 0.39649,0.0138965,-0.360674,-0.0862872) } 	m = 0.13957

INFO: {Rank = 1 ( 0.480261,-0.132956,-0.436968,-0.0505277) } 	m = 0.13957

INFO: {Rank = 1 ( 0.277773,-0.13024,-0.015968,0.204257) } 	m = 0.13498

INFO: 

INFO: 

INFO: {Rank = 1 ( 1.10065,-0.483543,0.987953,-0.0395612) } 	m = -nan

INFO: {Rank = 1 ( 0.343177,-0.0669383,-0.275929,0.13294) } 	m = 0.13957

INFO: {Rank = 1 ( 0.323964,0.118247,-0.00376746,-0.26735) } 	m = 0.13957

INFO: {Rank = 1 ( 0.152446,-0.0535262,0.0456596,0.0083866) } 	m = 0.13498

INFO: {Rank = 1 ( 0.272129,-0.0856212,-0.178794,0.123597) } 	m = 0.13957

INFO: {Rank = 1 ( 0.633871,0.415477,-0.444817,-0.108764) } 	m = 0.13957

INFO: {Rank = 1 ( 0.270937,0.155904,-0.0903043,0.150753) } 	m = 0.13498

INFO: 

INFO: 

INFO: {Rank = 1 ( 0.7559,-0.531575,0.482301,-0.237064) } 	m = -nan

INFO: {Rank = 1 ( 0.2199,0.0135891,0.166539,-0.0309256) } 	m = 0.13957

INFO: {Rank = 1 ( 0.28916,0.0386068,-0.0515613,0.244917) } 	m = 0.13957

INFO: {Rank = 1 ( 0.612483,-0.014827,0.00243615,0.597236) } 	m = 0.13498

INFO: {Rank = 1 ( 0.420732,0.345365,-0.111608,-0.160631) } 	m = 0.13957

INFO: {Rank = 1 ( 0.196127,0.0583121,-0.110247,0.0585786) } 	m = 0.13957

INFO: {Rank = 1 ( 0.602871,0.0905287,-0.33786,-0.472112) } 	m = 0.13498

INFO: 

INFO: 

INFO: {Rank = 1 ( 0.763836,0.310406,-0.289932,0.634849) } 	m = 0

INFO: {Rank = 1 ( 0.167969,-0.0302058,0.0750968,0.0467123) } 	m = 0.13957

INFO: {Rank = 1 ( 0.5516,0.234205,0.227786,0.421953) } 	m = 0.13957

INFO: {Rank = 1 ( 0.21031,0.0477287,-0.127859,-0.0859351) } 	m = 0.13498

INFO: {Rank = 1 ( 0.178069,-0.0532738,-0.0668381,-0.0701677) } 	m = 0.13957

INFO: {Rank = 1 ( 0.202204,-0.00212543,0.126174,-0.0740438) } 	m = 0.13957

INFO: {Rank = 1 ( 1.02318,-0.506734,0.0955721,-0.873369) } 	m = 0.13498

INFO: 

INFO: 

INFO: {Rank = 1 ( 0.806015,0.533419,-0.418718,-0.43566) } 	m = 0.000172633

INFO: {Rank = 1 ( 0.34761,0.145849,-0.178372,-0.219692) } 	m = 0.13957

INFO: {Rank = 1 ( 0.220492,0.034021,0.0138015,0.166701) } 	m = 0.13957

INFO: {Rank = 1 ( 0.335072,0.24143,0.180126,0.057616) } 	m = 0.13498

INFO: {Rank = 1 ( 0.151831,-0.0391459,0.0315883,-0.0322919) } 	m = 0.13957

INFO: {Rank = 1 ( 0.405754,-0.380942,-0.00539515,0.00327224) } 	m = 0.13957

INFO: {Rank = 1 ( 0.8304,-0.534631,0.41697,0.460054) } 	m = 0.13498

INFO: 

INFO: 

INFO: {Rank = 1 ( 0.713774,0.54205,-0.464143,0.0150504) } 	m = 0.000165401

INFO: {Rank = 1 ( 0.276071,-0.149901,-0.179806,0.0439889) } 	m = 0.13957

INFO: {Rank = 1 ( 0.36451,0.0394441,0.11423,0.314298) } 	m = 0.13957

INFO: {Rank = 1 ( 0.378949,0.209284,-0.0533172,0.280607) } 	m = 0.13498

INFO: {Rank = 1 ( 0.827547,-0.463759,0.382744,-0.551171) } 	m = 0.13957

INFO: {Rank = 1 ( 0.200908,-0.126779,-0.0561779,-0.0406833) } 	m = 0.13957

INFO: {Rank = 1 ( 0.335415,-0.050339,0.29647,-0.0620899) } 	m = 0.13498

INFO: 

INFO: 

INFO: {Rank = 1 ( 0.795196,0.386893,-0.639335,-0.271848) } 	m = 0.000149505

INFO: {Rank = 1 ( 0.173939,0.0953559,0.0313629,-0.0264286) } 	m = 0.13957

INFO: {Rank = 1 ( 0.515061,-0.310637,0.220489,-0.317329) } 	m = 0.13957

INFO: {Rank = 1 ( 0.520933,-0.395638,0.29904,-0.0848363) } 	m = 0.13498

INFO: {Rank = 1 ( 0.211447,-0.101369,0.116729,0.0364507) } 	m = 0.13957

INFO: {Rank = 1 ( 0.649043,0.327389,-0.11973,0.529394) } 	m = 0.13957

INFO: {Rank = 1 ( 0.231555,-0.00199453,0.131444,0.134598) } 	m = 0.13498

INFO: 

INFO: 

INFO: {Rank = 1 ( 0.987476,-0.328747,0.601046,-0.71118) } 	m = 0

INFO: {Rank = 1 ( 0.563257,-0.232471,-0.278068,0.407939) } 	m = 0.13957

INFO: {Rank = 1 ( 0.18809,0.057691,0.0243918,0.10943) } 	m = 0.13957

INFO: {Rank = 1 ( 0.362405,-0.0897054,-0.323424,-0.021638) } 	m = 0.13498

INFO: {Rank = 1 ( 0.331471,0.290186,0.049909,0.0607805) } 	m = 0.13957

INFO: {Rank = 1 ( 0.37746,0.128999,0.0386027,0.32383) } 	m = 0.13957

INFO: {Rank = 1 ( 0.287015,0.174047,-0.0724584,-0.169161) } 	m = 0.13498

INFO: 

INFO: 

INFO: {Rank = 1 ( 0.9737,-0.729541,0.57439,-0.293152) } 	m = -nan

INFO: {Rank = 1 ( 0.338261,0.074171,0.197195,-0.224841) } 	m = 0.13957

INFO: {Rank = 1 ( 0.201426,0.109242,0.0901264,0.0321864) } 	m = 0.13957

INFO: {Rank = 1 ( 0.36811,0.104367,-0.297968,-0.132697) } 	m = 0.13498

INFO: {Rank = 1 ( 0.579299,0.251472,-0.248608,0.437108) } 	m = 0.13957

INFO: {Rank = 1 ( 0.44954,0.293479,-0.292122,0.105552) } 	m = 0.13957

INFO: {Rank = 1 ( 0.186838,-0.10319,0.016986,0.0758429) } 	m = 0.13498

INFO: 

INFO: 
File has 15000 events. Each event has 7 final state particles.

INFO: 

INFO: {Rank = 1 ( 0.90392,0.396132,-0.148158,-0.798874) } 	m = -nan

INFO: {Rank = 1 ( 0.241103,0.0714867,0.112845,-0.144245) } 	m = 0.13957

INFO: {Rank = 1 ( 0.249771,0.0312887,0.00477438,-0.204704) } 	m = 0.13957

INFO: {Rank = 1 ( 0.31924,-0.0290532,-0.234107,0.167465) } 	m = 0.13498

INFO: {Rank = 1 ( 0.168992,0.046226,0.056489,0.0612428) } 	m = 0.13957

INFO: {Rank = 1 ( 0.778237,-0.490087,0.296117,0.508234) } 	m = 0.13957

INFO: {Rank = 1 ( 0.435911,-0.025993,-0.0479607,0.410881) } 	m = 0.13498

INFO: 

INFO: 

INFO: {Rank = 1 ( 0.239403,0.0580398,-0.205371,-0.10848) } 	m = -nan

INFO: {Rank = 1 ( 0.290465,-0.0933024,0.208134,0.113423) } 	m = 0.13957

INFO: {Rank = 1 ( 0.42197,-0.223676,0.32477,0.0554336) } 	m = 0.13957

INFO: {Rank = 1 ( 0.819549,0.211671,0.777668,-0.0621929) } 	m = 0.13498

INFO: {Rank = 1 ( 0.285272,0.0252232,-0.247365,0.0086405) } 	m = 0.13957

INFO: {Rank = 1 ( 0.191935,-0.122083,0.00554298,0.0492362) } 	m = 0.13957

INFO: {Rank = 1 ( 0.848581,0.144128,-0.82338,-0.0560604) } 	m = 0.13498

INFO: 

INFO: 

INFO: {Rank = 1 ( 0.337002,-0.0425659,0.332802,-0.0316455) } 	m = -nan

INFO: {Rank = 1 ( 0.453867,0.106645,-0.384664,-0.164851) } 	m = 0.13957

INFO: {Rank = 1 ( 0.630437,0.0675825,-0.346606,-0.503257) } 	m = 0.13957

INFO: {Rank = 1 ( 0.369428,0.316436,-0.0450779,-0.126862) } 	m = 0.13498

INFO: {Rank = 1 ( 0.517614,-0.0247892,0.318634,0.382494) } 	m = 0.13957

INFO: {Rank = 1 ( 0.223076,-0.148995,-0.0819084,0.037075) } 	m = 0.13957

INFO: {Rank = 1 ( 0.56575,-0.274313,0.24682,0.407046) } 	m = 0.13498

INFO: 

INFO: 

INFO: {Rank = 1 ( 0.281863,-0.195714,-0.0876538,-0.18292) } 	m = 0

INFO: {Rank = 1 ( 0.533501,0.462103,0.226935,-0.0102165) } 	m = 0.13957

INFO: {Rank = 1 ( 0.275915,0.00354235,0.158835,0.177223) } 	m = 0.13957

INFO: {Rank = 1 ( 0.695773,0.537525,0.420044,-0.0226007) } 	m = 0.13498

INFO: {Rank = 1 ( 0.475395,-0.155824,-0.404178,0.137403) } 	m = 0.13957

INFO: {Rank = 1 ( 0.453795,-0.300019,-0.268681,-0.15572) } 	m = 0.13957

INFO: {Rank = 1 ( 0.380932,-0.351613,-0.00530188,0.0568311) } 	m = 0.13498

INFO: 

INFO: 

INFO: {Rank = 1 ( 0.386359,0.221951,0.285462,-0.136099) } 	m = -nan

INFO: {Rank = 1 ( 0.264531,0.0764787,0.0264168,0.209642) } 	m = 0.13957

INFO: {Rank = 1 ( 0.494628,-0.389081,0.149561,0.226771) } 	m = 0.13957

INFO: {Rank = 1 ( 0.652106,-0.560085,0.132844,0.275101) } 	m = 0.13498

INFO: {Rank = 1 ( 0.172301,-0.00365715,0.0969444,-0.0282151) } 	m = 0.13957

INFO: {Rank = 1 ( 0.449369,0.308048,-0.176363,-0.237603) } 	m = 0.13957

INFO: {Rank = 1 ( 0.677881,0.346345,-0.474865,-0.309597) } 	m = 0.13498

INFO: 

INFO: 

INFO: {Rank = 1 ( 0.523492,-0.185282,-0.453648,-0.184168) } 	m = 0.00019301

INFO: {Rank = 1 ( 0.872939,0.34966,0.669237,0.415213) } 	m = 0.13957

INFO: {Rank = 1 ( 0.212322,0.0436993,-0.0100792,0.15359) } 	m = 0.13957

INFO: {Rank = 1 ( 0.386782,-0.094573,0.267527,0.225536) } 	m = 0.13498

INFO: {Rank = 1 ( 0.588367,0.0474481,-0.277647,-0.49735) } 	m = 0.13957

INFO: {Rank = 1 ( 0.198659,0.102639,-0.0935414,-0.0264736) } 	m = 0.13957

INFO: {Rank = 1 ( 0.314613,-0.263592,-0.0618474,-0.0863471) } 	m = 0.13498

INFO: 

INFO: 

INFO: {Rank = 1 ( 0.987043,0.19525,-0.0705319,0.964964) } 	m = 0.000244141

INFO: {Rank = 1 ( 0.200056,0.0951637,-0.00650031,0.106977) } 	m = 0.13957

INFO: {Rank = 1 ( 0.477333,-0.295991,-0.256052,-0.234933) } 	m = 0.13957

INFO: {Rank = 1 ( 0.328263,-0.071039,-0.143743,-0.252643) } 	m = 0.13498

INFO: {Rank = 1 ( 0.455997,0.167857,0.122424,-0.38117) } 	m = 0.13957

INFO: {Rank = 1 ( 0.282722,-0.194914,0.0797814,-0.126867) } 	m = 0.13957

INFO: {Rank = 1 ( 0.36576,0.103673,0.314622,-0.0763286) } 	m = 0.13498

INFO: 

INFO: 

INFO: {Rank = 1 ( 1.00224,0.603405,-0.719379,0.350558) } 	m = -nan

INFO: {Rank = 1 ( 0.345183,0.0129256,0.309937,0.0586831) } 	m = 0.13957

INFO: {Rank = 1 ( 0.293992,-0.13223,-0.118084,0.188475) } 	m = 0.13957

INFO: {Rank = 1 ( 0.288644,0.079168,0.240558,-0.0309873) } 	m = 0.13498

INFO: {Rank = 1 ( 0.435149,-0.0433219,0.00958499,-0.409763) } 	m = 0.13957

INFO: {Rank = 1 ( 0.171221,-0.0918368,0.00335584,-0.0373033) } 	m = 0.13957

INFO: {Rank = 1 ( 0.56074,-0.42811,0.314028,-0.119662) } 	m = 0.13498

INFO: 

INFO: 

INFO: {Rank = 1 ( 1.0086,0.402098,0.219058,-0.898668) } 	m = 0

INFO: {Rank = 1 ( 0.539618,-0.275085,-0.438728,0.0596121) } 	m = 0.13957

INFO: {Rank = 1 ( 0.273101,-0.0178568,-0.0846491,0.21822) } 	m = 0.13957

INFO: {Rank = 1 ( 0.206627,-0.133032,0.0496932,-0.0656388) } 	m = 0.13498

INFO: {Rank = 1 ( 0.35808,0.246953,0.150833,0.158129) } 	m = 0.13957

INFO: {Rank = 1 ( 0.469874,-0.166329,-0.0119937,0.416525) } 	m = 0.13957

INFO: {Rank = 1 ( 0.241274,-0.056749,0.155787,0.11182) } 	m = 0.13498

INFO: 

INFO: 

INFO: {Rank = 1 ( 1.11021,-0.565109,0.729645,-0.61712) } 	m = 0.000172633

INFO: {Rank = 1 ( 0.47284,0.198783,-0.391486,0.106403) } 	m = 0.13957

INFO: {Rank = 1 ( 0.410097,0.286203,0.0404628,0.255246) } 	m = 0.13957

INFO: {Rank = 1 ( 0.321245,-0.0021189,-0.18742,0.223267) } 	m = 0.13498

INFO: {Rank = 1 ( 0.276889,0.0307345,-0.225956,0.0720229) } 	m = 0.13957

INFO: {Rank = 1 ( 0.23767,-0.168245,0.0873186,0.0328068) } 	m = 0.13957

INFO: {Rank = 1 ( 0.268222,0.219753,-0.012565,-0.0726252) } 	m = 0.13498

INFO: 

INFO: 4vec calculation for event 0
INFO: 4vec all in lab system
 px: -1.49012e-08	 py: 0.04	 pz: -1.86265e-08	 e : 3.09717	 m : 3.09692
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 0
INFO: 4vec all in lab system
 px: 1.49012e-08	 py: 0.04	 pz: -2.6077e-08	 e : 3.09717	 m : 3.09692
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: -1.02445e-08	 py: 0.04	 pz: 1.11759e-08	 e : 3.09717	 m : 3.09692
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: Received goodbye. Exiting.
