############################################
        !!! WARNING - FPE detection is activated !!!
        ############################################

*************************************************************
 Geant4MT version Name: geant4-09-06-ref-02    (18-January-2013)
                      Copyright : Geant4 Collaboration
                      Reference : NIM A 506 (2003), 250-303
                            WWW : http://cern.ch/geant4
*************************************************************



***** Table : Nb of materials = 1 *****

 Material:   Vacuum    density:  0.000 kg/m3   RadL: 204727512.315 pc   Nucl.Int.Length: 114561548.020 pc   Imean:  19.200 eV   temperature: 273.15 K  pressure:   1.00 atm
   --->  Element: Vacuum ( )   Z =  1.0   N =   1.0   A =   1.01 g/mole
         --->  Isotope:     1   Z =  1   N =   1   A =   1.01 g/mole   abundance:  99.99 %
         --->  Isotope:     2   Z =  1   N =   2   A =   2.01 g/mole   abundance:   0.01 %
          ElmMassFraction: 100.00 %  ElmAbundance 100.00 % 



### NIST DataBase for Materials is used
PhysicsList::SetCuts:CutLength : 1 um 
 ********************** 
 **** CONFIGURATION *** 
 ********************** 

=====> You have selected :
-> Square quadrupole field
   G1 (T/m) = -11.9646
   G2 (T/m) = 16.4947
   G3 (T/m) = 9.86677
   G4 (T/m) = -6.24449

phot:   for  gamma    SubType= 12
      LambdaPrime table from 200 keV to 10 TeV in 54 bins 
      ===== EM models for the G4Region  DefaultRegionForTheWorld ======
       PhotoElectric :  Emin=        0 eV    Emax=       10 TeV   AngularGenSauterGavrila

compt:   for  gamma    SubType= 13
      Lambda table from 100 eV  to 1 MeV in 28 bins, spline: 1
      LambdaPrime table from 1 MeV to 10 TeV in 49 bins 
      ===== EM models for the G4Region  DefaultRegionForTheWorld ======
       Klein-Nishina :  Emin=        0 eV    Emax=       10 TeV

conv:   for  gamma    SubType= 14
      Lambda table from 1.022 MeV to 10 TeV in 49 bins, spline: 1
      ===== EM models for the G4Region  DefaultRegionForTheWorld ======
        BetheHeitler :  Emin=        0 eV    Emax=       80 GeV
     BetheHeitlerLPM :  Emin=       80 GeV   Emax=       10 TeV

msc:   for e-    SubType= 10
      RangeFactor= 0.04, stepLimitType: 1, latDisplacement: 1
      ===== EM models for the G4Region  DefaultRegionForTheWorld ======
          UrbanMsc95 :  Emin=        0 eV    Emax=       10 TeV  Table with 77 bins Emin=    100 eV    Emax=     10 TeV

eIoni:   for  e-    SubType= 2
      dE/dx and range tables from 100 eV  to 10 TeV in 77 bins
      Lambda tables from threshold to 10 TeV in 77 bins, spline: 1
      finalRange(mm)= 1, dRoverRange= 0.2, integral: 1, fluct: 1, linLossLimit= 0.01
      ===== EM models for the G4Region  DefaultRegionForTheWorld ======
        MollerBhabha :  Emin=        0 eV    Emax=       10 TeV

eBrem:   for  e-    SubType= 3
      dE/dx and range tables from 100 eV  to 10 TeV in 77 bins
      Lambda tables from threshold to 10 TeV in 77 bins, spline: 1
      LPM flag: 1 for E > 1 GeV
      ===== EM models for the G4Region  DefaultRegionForTheWorld ======
             eBremSB :  Emin=        0 eV    Emax=        1 GeV   DipBustGen
            eBremLPM :  Emin=        1 GeV   Emax=       10 TeV   DipBustGen

msc:   for e+    SubType= 10
      RangeFactor= 0.04, stepLimitType: 1, latDisplacement: 1
      ===== EM models for the G4Region  DefaultRegionForTheWorld ======
          UrbanMsc95 :  Emin=        0 eV    Emax=       10 TeV  Table with 77 bins Emin=    100 eV    Emax=     10 TeV

eIoni:   for  e+    SubType= 2
      dE/dx and range tables from 100 eV  to 10 TeV in 77 bins
      Lambda tables from threshold to 10 TeV in 77 bins, spline: 1
      finalRange(mm)= 1, dRoverRange= 0.2, integral: 1, fluct: 1, linLossLimit= 0.01
      ===== EM models for the G4Region  DefaultRegionForTheWorld ======
        MollerBhabha :  Emin=        0 eV    Emax=       10 TeV

eBrem:   for  e+    SubType= 3
      dE/dx and range tables from 100 eV  to 10 TeV in 77 bins
      Lambda tables from threshold to 10 TeV in 77 bins, spline: 1
      LPM flag: 1 for E > 1 GeV
      ===== EM models for the G4Region  DefaultRegionForTheWorld ======
             eBremSB :  Emin=        0 eV    Emax=        1 GeV   DipBustGen
            eBremLPM :  Emin=        1 GeV   Emax=       10 TeV   DipBustGen

annihil:   for  e+    SubType= 5
      ===== EM models for the G4Region  DefaultRegionForTheWorld ======
            eplus2gg :  Emin=        0 eV    Emax=       10 TeV

msc:   for proton    SubType= 10
      RangeFactor= 0.2, stepLimitType: 0, latDisplacement: 1
      ===== EM models for the G4Region  DefaultRegionForTheWorld ======
          UrbanMsc95 :  Emin=        0 eV    Emax=       10 TeV  Table with 77 bins Emin=    100 eV    Emax=     10 TeV

hIoni:   for  proton    SubType= 2
      dE/dx and range tables from 100 eV  to 10 TeV in 77 bins
      Lambda tables from threshold to 10 TeV in 77 bins, spline: 1
      finalRange(mm)= 0.1, dRoverRange= 0.2, integral: 1, fluct: 1, linLossLimit= 0.01
      ===== EM models for the G4Region  DefaultRegionForTheWorld ======
               Bragg :  Emin=        0 eV    Emax=        2 MeV
          BetheBloch :  Emin=        2 MeV   Emax=       10 TeV

hBrems:   for  proton    SubType= 3
      dE/dx and range tables from 100 eV  to 10 TeV in 77 bins
      Lambda tables from threshold to 10 TeV in 77 bins, spline: 1
      ===== EM models for the G4Region  DefaultRegionForTheWorld ======
               hBrem :  Emin=        0 eV    Emax=       10 TeV

hPairProd:   for  proton    SubType= 4
      dE/dx and range tables from 100 eV  to 10 TeV in 77 bins
      Lambda tables from threshold to 10 TeV in 77 bins, spline: 1
      ===== EM models for the G4Region  DefaultRegionForTheWorld ======
           hPairProd :  Emin=        0 eV    Emax=       10 TeV

========= Table of registered couples ==============================

Index : 0     used in the geometry : Yes     recalculation needed : No 
 Material : Vacuum
 Range cuts        :  gamma  1 um     e-  1 um     e+  1 um  proton 1 um 
 Energy thresholds :  gamma  990 eV     e-  990 eV     e+  990 eV  proton 100 eV 
 Region(s) which use this couple : 
    DefaultRegionForTheWorld

====================================================================

-> Event= 1: X0(mm)= 0 X0(mm) = 0 Z0(m) = -8.87 THETA(mrad)= -0.09 PHI(mrad)= -0.09 E0(MeV)= 2.9997
    =>IMAGE : X(microns)=-3.5866545597483 Y(microns)=-0.45891792353819 THETA(mrad)=-5.8367646106921 PHI(mrad)=-9.1305837919058

-> Event= 2: X0(mm)= 0 X0(mm) = 0 Z0(m) = -8.87 THETA(mrad)= -0.03 PHI(mrad)= -0.09 E0(MeV)= 2.9997
    =>IMAGE : X(microns)=-0.48867014724698 Y(microns)=-0.30129376677843 THETA(mrad)=-1.9441077505043 PHI(mrad)=-9.1297088270257

-> Event= 3: X0(mm)= 0 X0(mm) = 0 Z0(m) = -8.87 THETA(mrad)= 0.03 PHI(mrad)= -0.09 E0(MeV)= 2.9997
    =>IMAGE : X(microns)=0.48867014724698 Y(microns)=-0.30129376677843 THETA(mrad)=1.9441077505043 PHI(mrad)=-9.1297088270257

-> Event= 4: X0(mm)= 0 X0(mm) = 0 Z0(m) = -8.87 THETA(mrad)= 0.09 PHI(mrad)= -0.09 E0(MeV)= 2.9997
    =>IMAGE : X(microns)=3.5866545597483 Y(microns)=-0.45891792353819 THETA(mrad)=5.8367646106921 PHI(mrad)=-9.1305837919058

-> Event= 5: X0(mm)= 0 X0(mm) = 0 Z0(m) = -8.87 THETA(mrad)= -0.09 PHI(mrad)= -0.03 E0(MeV)= 2.9997
    =>IMAGE : X(microns)=-3.3399391205705 Y(microns)=-0.11875830381564 THETA(mrad)=-5.8363616551639 PHI(mrad)=-3.043453017084

-> Event= 6: X0(mm)= 0 X0(mm) = 0 Z0(m) = -8.87 THETA(mrad)= -0.03 PHI(mrad)= -0.03 E0(MeV)= 2.9997
    =>IMAGE : X(microns)=-0.40644525944264 Y(microns)=-0.066253101076515 THETA(mrad)=-1.9439735806466 PHI(mrad)=-3.0431621635462

-> Event= 7: X0(mm)= 0 X0(mm) = 0 Z0(m) = -8.87 THETA(mrad)= 0.03 PHI(mrad)= -0.03 E0(MeV)= 2.9997
    =>IMAGE : X(microns)=0.40644525944264 Y(microns)=-0.066253101076515 THETA(mrad)=1.9439735806466 PHI(mrad)=-3.0431621635462

-> Event= 8: X0(mm)= 0 X0(mm) = 0 Z0(m) = -8.87 THETA(mrad)= 0.09 PHI(mrad)= -0.03 E0(MeV)= 2.9997
    =>IMAGE : X(microns)=3.3399391205705 Y(microns)=-0.11875830381564 THETA(mrad)=5.8363616551639 PHI(mrad)=-3.043453017084

-> Event= 9: X0(mm)= 0 X0(mm) = 0 Z0(m) = -8.87 THETA(mrad)= -0.09 PHI(mrad)= 0.03 E0(MeV)= 2.9997
    =>IMAGE : X(microns)=-3.3399391205705 Y(microns)=0.11875830381564 THETA(mrad)=-5.8363616551639 PHI(mrad)=3.043453017084

-> Event= 10: X0(mm)= 0 X0(mm) = 0 Z0(m) = -8.87 THETA(mrad)= -0.03 PHI(mrad)= 0.03 E0(MeV)= 2.9997
    =>IMAGE : X(microns)=-0.40644525944264 Y(microns)=0.066253101076515 THETA(mrad)=-1.9439735806466 PHI(mrad)=3.0431621635462

-> Event= 11: X0(mm)= 0 X0(mm) = 0 Z0(m) = -8.87 THETA(mrad)= 0.03 PHI(mrad)= 0.03 E0(MeV)= 2.9997
    =>IMAGE : X(microns)=0.40644525944264 Y(microns)=0.066253101076515 THETA(mrad)=1.9439735806466 PHI(mrad)=3.0431621635462

-> Event= 12: X0(mm)= 0 X0(mm) = 0 Z0(m) = -8.87 THETA(mrad)= 0.09 PHI(mrad)= 0.03 E0(MeV)= 2.9997
    =>IMAGE : X(microns)=3.3399391205705 Y(microns)=0.11875830381564 THETA(mrad)=5.8363616551639 PHI(mrad)=3.043453017084

-> Event= 13: X0(mm)= 0 X0(mm) = 0 Z0(m) = -8.87 THETA(mrad)= -0.09 PHI(mrad)= 0.09 E0(MeV)= 2.9997
    =>IMAGE : X(microns)=-3.5866545597483 Y(microns)=0.45891792353819 THETA(mrad)=-5.8367646106921 PHI(mrad)=9.1305837919058

-> Event= 14: X0(mm)= 0 X0(mm) = 0 Z0(m) = -8.87 THETA(mrad)= -0.03 PHI(mrad)= 0.09 E0(MeV)= 2.9997
    =>IMAGE : X(microns)=-0.48867014724698 Y(microns)=0.30129376677843 THETA(mrad)=-1.9441077505043 PHI(mrad)=9.1297088270257

-> Event= 15: X0(mm)= 0 X0(mm) = 0 Z0(m) = -8.87 THETA(mrad)= 0.03 PHI(mrad)= 0.09 E0(MeV)= 2.9997
    =>IMAGE : X(microns)=0.48867014724698 Y(microns)=0.30129376677843 THETA(mrad)=1.9441077505043 PHI(mrad)=9.1297088270257

-> Event= 16: X0(mm)= 0 X0(mm) = 0 Z0(m) = -8.87 THETA(mrad)= 0.09 PHI(mrad)= 0.09 E0(MeV)= 2.9997
    =>IMAGE : X(microns)=3.5866545597483 Y(microns)=0.45891792353819 THETA(mrad)=5.8367646106921 PHI(mrad)=9.1305837919058

-> Event= 17: X0(mm)= 0 X0(mm) = 0 Z0(m) = -8.87 THETA(mrad)= -0.09 PHI(mrad)= -0.09 E0(MeV)= 3.0003
    =>IMAGE : X(microns)=-1.7197977975477 Y(microns)=-0.11884430906302 THETA(mrad)=-5.8315817500863 PHI(mrad)=-9.1249020093158

-> Event= 18: X0(mm)= 0 X0(mm) = 0 Z0(m) = -8.87 THETA(mrad)= -0.03 PHI(mrad)= -0.09 E0(MeV)= 3.0003
    =>IMAGE : X(microns)=0.13304661402201 Y(microns)=0.038548970509993 THETA(mrad)=-1.942381313233 PHI(mrad)=-9.1240304222666

-> Event= 19: X0(mm)= 0 X0(mm) = 0 Z0(m) = -8.87 THETA(mrad)= 0.03 PHI(mrad)= -0.09 E0(MeV)= 3.0003
    =>IMAGE : X(microns)=-0.13304661402201 Y(microns)=0.038548970509993 THETA(mrad)=1.942381313233 PHI(mrad)=-9.1240304222666

-> Event= 20: X0(mm)= 0 X0(mm) = 0 Z0(m) = -8.87 THETA(mrad)= 0.09 PHI(mrad)= -0.09 E0(MeV)= 3.0003
    =>IMAGE : X(microns)=1.7197977975477 Y(microns)=-0.11884430906302 THETA(mrad)=5.8315817500863 PHI(mrad)=-9.1249020093158

-> Event= 21: X0(mm)= 0 X0(mm) = 0 Z0(m) = -8.87 THETA(mrad)= -0.09 PHI(mrad)= -0.03 E0(MeV)= 3.0003
    =>IMAGE : X(microns)=-1.4733250818673 Y(microns)=-0.0054681854132037 THETA(mrad)=-5.8311792824778 PHI(mrad)=-3.0415592695373

-> Event= 22: X0(mm)= 0 X0(mm) = 0 Z0(m) = -8.87 THETA(mrad)= -0.03 PHI(mrad)= -0.03 E0(MeV)= 3.0003
    =>IMAGE : X(microns)=0.21502188293023 Y(microns)=0.046995422524609 THETA(mrad)=-1.9422478749168 PHI(mrad)=-3.0412673422139

-> Event= 23: X0(mm)= 0 X0(mm) = 0 Z0(m) = -8.87 THETA(mrad)= 0.03 PHI(mrad)= -0.03 E0(MeV)= 3.0003
    =>IMAGE : X(microns)=-0.21502188293023 Y(microns)=0.046995422524609 THETA(mrad)=1.9422478749168 PHI(mrad)=-3.0412673422139

-> Event= 24: X0(mm)= 0 X0(mm) = 0 Z0(m) = -8.87 THETA(mrad)= 0.09 PHI(mrad)= -0.03 E0(MeV)= 3.0003
    =>IMAGE : X(microns)=1.4733250818673 Y(microns)=-0.0054681854132037 THETA(mrad)=5.8311792824778 PHI(mrad)=-3.0415592695373

-> Event= 25: X0(mm)= 0 X0(mm) = 0 Z0(m) = -8.87 THETA(mrad)= -0.09 PHI(mrad)= 0.03 E0(MeV)= 3.0003
    =>IMAGE : X(microns)=-1.4733250818673 Y(microns)=0.0054681854132037 THETA(mrad)=-5.8311792824778 PHI(mrad)=3.0415592695373

-> Event= 26: X0(mm)= 0 X0(mm) = 0 Z0(m) = -8.87 THETA(mrad)= -0.03 PHI(mrad)= 0.03 E0(MeV)= 3.0003
    =>IMAGE : X(microns)=0.21502188293023 Y(microns)=-0.046995422524609 THETA(mrad)=-1.9422478749168 PHI(mrad)=3.0412673422139

-> Event= 27: X0(mm)= 0 X0(mm) = 0 Z0(m) = -8.87 THETA(mrad)= 0.03 PHI(mrad)= 0.03 E0(MeV)= 3.0003
    =>IMAGE : X(microns)=-0.21502188293023 Y(microns)=-0.046995422524609 THETA(mrad)=1.9422478749168 PHI(mrad)=3.0412673422139

-> Event= 28: X0(mm)= 0 X0(mm) = 0 Z0(m) = -8.87 THETA(mrad)= 0.09 PHI(mrad)= 0.03 E0(MeV)= 3.0003
    =>IMAGE : X(microns)=1.4733250818673 Y(microns)=0.0054681854132037 THETA(mrad)=5.8311792824778 PHI(mrad)=3.0415592695373

-> Event= 29: X0(mm)= 0 X0(mm) = 0 Z0(m) = -8.87 THETA(mrad)= -0.09 PHI(mrad)= 0.09 E0(MeV)= 3.0003
    =>IMAGE : X(microns)=-1.7197977975477 Y(microns)=0.11884430906302 THETA(mrad)=-5.8315817500863 PHI(mrad)=9.1249020093158

-> Event= 30: X0(mm)= 0 X0(mm) = 0 Z0(m) = -8.87 THETA(mrad)= -0.03 PHI(mrad)= 0.09 E0(MeV)= 3.0003
    =>IMAGE : X(microns)=0.13304661402201 Y(microns)=-0.038548970509993 THETA(mrad)=-1.942381313233 PHI(mrad)=9.1240304222666

-> Event= 31: X0(mm)= 0 X0(mm) = 0 Z0(m) = -8.87 THETA(mrad)= 0.03 PHI(mrad)= 0.09 E0(MeV)= 3.0003
    =>IMAGE : X(microns)=-0.13304661402201 Y(microns)=-0.038548970509993 THETA(mrad)=1.942381313233 PHI(mrad)=9.1240304222666

-> Event= 32: X0(mm)= 0 X0(mm) = 0 Z0(m) = -8.87 THETA(mrad)= 0.09 PHI(mrad)= 0.09 E0(MeV)= 3.0003
    =>IMAGE : X(microns)=1.7197977975477 Y(microns)=0.11884430906302 THETA(mrad)=5.8315817500863 PHI(mrad)=9.1249020093158


===> NANOBEAM LINE INTRINSIC ABERRATION COEFFICIENTS (units of micrometer and mrad) :

<x|theta>=
    -0.09538872658999

<x|theta*delta>=
     -2071.1371028243

<x|theta^3>=
      3270.7720773617

<x|theta*phi^2>=
      380.03622422018

<x|x>=
      64.763635034776

<y|phi>=
    -0.04005555840396

<y|phi*delta>=
     -377.46611724383

<y|theta^2*phi>=
      242.97265509283

<y|phi^3>=
      158.14651119455

<y|y>=
      101.40563117133