#--------------------------------------------------------------------------
#                      FastJet release 2.2beta0
#  Written by M. Cacciari and G.P. Salam with contributions from G. Soyez
#              http://www.lpthe.jussieu.fr/~salam/fastjet		   
#								      	   
# Longitudinally invariant Kt, and inclusive Cambridge/Aachen clustering
# using fast geometric algorithms, with area measures and optional external
# jet-finder plugins. Please cite hep-ph/0512210 if you use this code.
#								      	   
# This package uses T.Chan's closest pair algorithm, Proc.13th ACM-SIAM 
# and CGAL: http://www.cgal.org/.
#-------------------------------------------------------------------------
Ran Longitudinally invariant kt algorithm with R = 1 and E scheme recombination
Strategy adopted by FastJet was N2Tiled

Printing inclusive jets with pt > 5 GeV
---------------------------------------
jet #        rapidity             phi              pt  n constituents
    0     -0.86730713      2.90511470    983.38727662       35
    1      0.22380471      6.04226446    910.28808604       52
    2     -1.16520657      6.04589034     70.78886044       48
    3     -2.34731970      1.25431317     10.72317440       18
    4     -1.19479918      0.80734483      8.29342805       15
    5     -1.71897064      4.01955399      8.16413672        9
    6     -4.71909257      4.09173629      5.57326514       15
    7      3.42713139      5.74362063      5.17254118       13
    8     -4.83615264      2.20502275      5.02711586       12

Printing exclusive jets with dcut = 25 GeV^2
--------------------------------------------
jet #        rapidity             phi              pt  n constituents
    0     -0.86730713      2.90511470    983.38727662       35
    1      0.22093749      6.02911715    898.62586887       29
    2     -1.16520657      6.04589034     70.78886044       48
    3      0.36257181      0.54763129     16.65531147       23
    4     -2.34731970      1.25431317     10.72317440       18
    5     -1.19479918      0.80734483      8.29342805       15
    6     -1.71897064      4.01955399      8.16413672        9
    7     -4.71909257      4.09173629      5.57326514       15
    8      3.42713139      5.74362063      5.17254118       13
    9     -4.83615264      2.20502275      5.02711586       12
#--------------------------------------------------------------------------
#                      FastJet release 2.2beta0
#  Written by M. Cacciari and G.P. Salam with contributions from G. Soyez
#              http://www.lpthe.jussieu.fr/~salam/fastjet		   
#								      	   
# Longitudinally invariant Kt, and inclusive Cambridge/Aachen clustering
# using fast geometric algorithms, with area measures and optional external
# jet-finder plugins. Please cite hep-ph/0512210 if you use this code.
#								      	   
# This package uses T.Chan's closest pair algorithm, Proc.13th ACM-SIAM 
# and CGAL: http://www.cgal.org/.
#-------------------------------------------------------------------------
Jet definition was: Longitudinally invariant kt algorithm with R = 1 and E scheme recombination
Area definition was: Passive area (optimal alg. based on jet.def.), where relevant with ghosts of area 0.0473947 (had requested 0.05), placed up to y = 7, scattered wrt to perfect grid by (rel) 1, mean_ghost_kt = 1e-100, rel kt_scatter =  0.1, n repetitions of ghost distributions =  1
Strategy adopted by FastJet was N2Tiled

Printing inclusive jets with pt > 5 GeV
---------------------------------------
 ijet   rap      phi        Pt         area  +-   err
    0  -0.86731  2.90511    983.387    2.592 +-  0.000
    1   0.22380  6.04226    910.288    4.141 +-  0.000
    2  -1.16521  6.04589     70.789    4.141 +-  0.000
    3  -2.34732  1.25431     10.723    2.826 +-  0.000
    4  -1.19480  0.80734      8.293    2.533 +-  0.000
    5  -1.71897  4.01955      8.164    2.898 +-  0.000
    6  -4.71909  4.09174      5.573    4.315 +-  0.000
    7   3.42713  5.74362      5.173    3.586 +-  0.000
    8  -4.83615  2.20502      5.027    4.985 +-  0.000

0
#--------------------------------------------------------------------------
#                      FastJet release 2.2.0beta
#  Written by M. Cacciari and G.P. Salam with contributions from G. Soyez
#              http://www.lpthe.jussieu.fr/~salam/fastjet		   
#								      	   
# Longitudinally invariant Kt, and inclusive Cambridge/Aachen clustering
# using fast geometric algorithms, with area measures and optional external
# jet-finder plugins. Please cite hep-ph/0512210 if you use this code.
#								      	   
# This package uses T.Chan's closest pair algorithm, Proc.13th ACM-SIAM 
# and CGAL: http://www.cgal.org/.
#-------------------------------------------------------------------------
Ran CDF MidPoint jet algorithm, with seed_threshold = 1, cone_radius = 0.7, cone_area_fraction = 1, max_pair_size = 2, max_iterations = 100, overlap_threshold  = 0.5, split-merge uses pt
Printing inclusive jets with pt > 5 GeV
---------------------------------------
jet #        rapidity             phi              pt  n constituents
    0     -0.86713954      2.90515650    983.27961921       34
    1      0.22053464      6.03070306    900.82278173       33
    2     -1.16480804      6.10889882     73.04424913       39
    3      0.38531052      0.63069316     14.05493791       16
    4     -2.46859216      1.03398974      7.98755167        9
    5     -1.63742088      4.01894081      7.60023410        7
    6     -4.46837491      1.59433725      6.25736018       13
    7      5.80617398      3.83189179      5.90687330       13
    8     -1.61554117      1.35182622      5.50772100       11

138 particles unclustered

#ooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooo
#                    SISCone   version 1.2.0                       o
#              http://projects.hepforge.org/siscone                o
#                                                                  o
# This is SISCone: the Seedless Infrared Safe Cone Jet Algorithm   o
# SISCone was written by Gavin Salam and Gregory Soyez             o
# It is released under the terms of the GNU General Public License o
#                                                                  o
# A description of the algorithm is available in the publication   o
# JHEP 05 (2007) 086 [arXiv:0704.0292 (hep-ph)].                   o
# Please cite it if you use SISCone.                               o
#ooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooo

Ran SISCone jet algorithm with cone_radius = 0.7, overlap_threshold = 0.5, n_pass_max = 0, protojet_ptmin = 0, split-merge uses pttilde (scalar sum of pt's), caching turned off, SM stop scale = 0
Printing inclusive jets with pt > 5 GeV
---------------------------------------
jet #        rapidity             phi              pt  n constituents
    0     -0.86714193      2.90515552    983.27462334       33
    1      0.22023682      6.03068706    900.44146316       32
    2     -1.17103708      6.07159548     69.71050689       34
    3      0.37165751      0.63216516     13.74566752       14
    4     -1.63118707      4.01902795      7.50472376        6
    5     -2.55310918      0.78265712      7.37305192       10
    6     -1.78661758      1.23402802      7.33778407       11
    7     -4.17998158      1.25436280      6.66642290       16
    8     -1.08952371      0.51673395      5.14752491        9
    9      3.05762711      5.47097964      5.08623145       15

0 particles unclustered

Ran Longitudinally invariant kt algorithm with R = 0.7 and E scheme recombination
Printing inclusive jets with pt > 5 GeV
---------------------------------------
jet #        rapidity             phi              pt  n constituents
    0     -0.86730713      2.90511470    983.38727662       35
    1      0.22086793      6.02950080    898.49716062       28
    2     -1.16895522      6.11108803     73.85281431       46
    3      0.36257181      0.54763129     16.65531147       23
    4     -2.46859216      1.03398974      7.98755167        9
    5     -1.63742088      4.01894081      7.60023410        7

0 particles unclustered

Ran Longitudinally invariant Cambridge/Aachen algorithm with R = 0.7 and E scheme recombination
Printing inclusive jets with pt > 5 GeV
---------------------------------------
jet #        rapidity             phi              pt  n constituents
    0     -0.86730713      2.90511470    983.38727662       35
    1      0.22086793      6.02950080    898.49716062       28
    2     -1.16399356      6.11976501     73.21177254       40
    3      0.36257181      0.54763129     16.65531147       23
    4     -2.46859216      1.03398974      7.98755167        9
    5     -1.63742088      4.01894081      7.60023410        7

0 particles unclustered

