/cdf/data6c/frisch/MadGraph_BJ/QQ_uuWW300_20k p p > Q Q~ > u u~ W- W+ 99 99 cdf:frisch/MadGraph_BJ/QQ_uuWW300_20k>>tail concatenated.log Pddx_uuxw-w+ Pdxd_uuxw-w+ Pgg_uuxw-w+ Pssx_uuxw-w+ Psxs_uuxw-w+ Puux_uuxw-w+ Puxu_uuxw-w+ input the event file (e.g. Events/events.dat) input the banner file name (e.g. banner-events.dat) input the process file (e.g. Process/input.dat) Sorting 30544 Found 30544 events Integrated weight 0.102987341 Maximum wgt 8.113384E-05 4.42414284E-06 Average wgt 3.37176994E-06 Unweight Efficiency 0.762129538 Number of events 30544 8.113384E-05 4.42414284E-06 Enter number of events desired ( < 23278) Wrote 19941 events Integrated weight 0.102987341 Truncated events 241 0.000363503961 0.352959846% cdf:frisch/MadGraph_BJ/QQ_uuWW300_20k>> cdf:MadGraph_Feb6_05/Decay_QQ_uuWW300/Events>>head dec-events_W-.dat ##******************************************************************** ## particle decayed ##******************************************************************** ## particle name : w- ## decay mode : w- -> anything (e+mu+ta+ud+cs) ## Number of Events : 19941 ## Integrated weight (pb): .10299E+00 ## Max wgt : .51646E-05 ## Average wgt : .51646E-05 ##******************************************************************** cdf:MadGraph_Feb6_05/Decay_QQ_uuWW300/Events>>head dec-events_WW.dat ##******************************************************************** ## particle decayed ##******************************************************************** ## particle name : w+ ## decay mode : w+ -> anything (e+mu+ta+ud+cs) ## Number of Events : 19941 ## Integrated weight (pb): .10299E+00 ## Max wgt : .51646E-05 ## Average wgt : .51646E-05 ##******************************************************************** cdf:MadGraph_Feb6_05/Decay_QQ_uuWW300/Events>> SM Parameters and Cuts: ##******************************************************************** ## Event set generated by MadEvent * ## -------------------------------- * ## http://madgraph.physics.uiuc.edu * ## * ## Lines starting with a '##' are comment and are always ignored * ## Lines starting with a '#' are the input values (mind the order)* ##******************************************************************** ## User Comments * ## -------------- * ## * ## 5-Feb-05 : event file generated * ##******************************************************************** ## ##------------------- ## Input values ##------------------- ## ##******************************************************************** ## PDF CHOICE * ##******************************************************************** # 'cteq5l1' = pdlabel ! PDF set # 0.12700 = asmz ! alpha_s(m_Z) (fixed by the PDF) # 1 = nloop ! order of the evol. (fixed by the PDF) ##******************************************************************** ## EW couplings: **INPUT** values. Output values can be different! * ##******************************************************************** # 0.1166E-04 = hgf !G_F # 128.9000 = 1/hale !1/alpha_EM(m_Z) # 0.23120 = hss !sin^2(theta_W) # 80.41900 = wm !W mass # 91.18800 = zm !Z mass ##******************************************************************** ## Z and W widths * ##******************************************************************** # T = lzdecay ! if true calculates the Z width @ LO # 2.44139 = zwidth ! PDG best val. Overidden if lzdecay=T # T = lwdecay ! if true calculates the W width @ LO # 2.04759 = wwidth ! PDG best val. Overidden if lwdecay=T ##******************************************************************** ## Higgs * ##******************************************************************** # 120.0000 = hmass !Higgs mass # T = lhdecay !if true hdecay calculates width and brs # 0.00342 = hwidth !Higgs width. Overidden if lhdecay=T ##******************************************************************** ## Fermions * ##******************************************************************** # 174.3000 = tmass !top pole mass # T = ltdecay !if true calculates the top width @ LO # 1.5083 = twidth !top width . Overridden if ltdecay=.true. # 4.7000 = bmass !bottom pole mass # 1.4200 = cmass !charm mass # 1.7770 = lmass !tau mass # 0.2360E-11 = lwidth !tau width, PDG value ##******************************************************************** ## MSbar masses for Yukawa couplings ##******************************************************************** # 164.5000 = mtMS !top MSbar mass # 4.2000 = mbMS !botton MSbar mass # 1.4200 = mcMS !charm MSbar mass ##******************************************************************** ## CKM matrix elements: ignored by default * ##******************************************************************** # 0.9750 = Vud ! Vud ##******************************************************************** ## Calculation scheme for EW couplings * ##******************************************************************** # 1 = idef ! MadEvent default is idef=1 ##******************************************************************** ## Renormalization and factorization scales * ##******************************************************************** # T = fixed_ren_scale # T = fixed_fac_scale # 91.1880 = scale ! fixed ren scale # 91.1880 = dsqrt(q2fact(1)) ! fixed fact scale for pdf1 # 91.1880 = dsqrt(q2fact(2)) ! fixed fact scale for pdf2 ##******************************************************************** ## Collider type and energy * ##******************************************************************** # 1 = lpp(1) ! beam 1 type # -1 = lpp(2) ! beam 2 type # 980. = ebeam(1) ! beam 1 energy in GeV # 980. = ebeam(2) ! beam 2 energy in GeV ##******************************************************************** ## ##------------------- ## Run-time options ##------------------- ## ##******************************************************************** ## Random Number seed * ##******************************************************************** ## 0 = iseed ##******************************************************************** ## Standard Cuts * ##******************************************************************** ## Particle 3 4 5 6 ## Et > 1.0 1.0 1.0 1.0 ## Eta < 6.0 6.0 6.0 6.0 ## d R # 3 > 0.0 0.2 0.0 0.0 ## d R # 4 > 0.0 0.0 0.0 0.0 ## d R # 5 > 0.0 0.0 0.0 0.0 ## s min # 1> 0.0 0.0 0.0 0.0 ## s min # 2> 0.0 0.0 0.0 0.0 ## s min # 3> 0.0 0.0 0.0 0.0 ## s min # 4> 0.0 0.0 0.0 0.0 ## s min # 5> 0.0 0.0 0.0 0.0 ##******************************************************************** ## ##------------------- ## Event information ##------------------- ## ##******************************************************************** ## Process: p p > Q Q~ > u u~ W- W+ ## Max QCD: 99 ## Max QED: 99 ##******************************************************************** ## Number of Events : 30545 ## Integrated weight (pb) : .10299E+00 ## Max wgt : .81134E-04 ## Average wgt : .33717E-05 ##******************************************************************** ##******************************************************************** ## Event set generated by MadEvent * ## -------------------------------- * ## http://madgraph.physics.uiuc.edu * ## * ## Lines starting with a '##' are comment and are always ignored * ## Lines starting with a '#' are the input values (mind the order)* ##******************************************************************** ## User Comments * ## -------------- * ## * ## 5-Feb-05 : event file generated * ##******************************************************************** ## ##------------------- ## Input values ##------------------- ## ##******************************************************************** ## PDF CHOICE * ##******************************************************************** # 'cteq5l1' = pdlabel ! PDF set # 0.12700 = asmz ! alpha_s(m_Z) (fixed by the PDF) # 1 = nloop ! order of the evol. (fixed by the PDF) ##******************************************************************** ## EW couplings: **INPUT** values. Output values can be different! * ##******************************************************************** # 0.1166E-04 = hgf !G_F # 128.9000 = 1/hale !1/alpha_EM(m_Z) # 0.23120 = hss !sin^2(theta_W) # 80.41900 = wm !W mass # 91.18800 = zm !Z mass ##******************************************************************** ## Z and W widths * ##******************************************************************** # T = lzdecay ! if true calculates the Z width @ LO # 2.44139 = zwidth ! PDG best val. Overidden if lzdecay=T # T = lwdecay ! if true calculates the W width @ LO # 2.04759 = wwidth ! PDG best val. Overidden if lwdecay=T ##******************************************************************** ## Higgs * ##******************************************************************** # 120.0000 = hmass !Higgs mass # T = lhdecay !if true hdecay calculates width and brs # 0.00342 = hwidth !Higgs width. Overidden if lhdecay=T ##******************************************************************** ## Fermions * ##******************************************************************** # 174.3000 = tmass !top pole mass # T = ltdecay !if true calculates the top width @ LO # 1.5083 = twidth !top width . Overridden if ltdecay=.true. # 4.7000 = bmass !bottom pole mass # 1.4200 = cmass !charm mass # 1.7770 = lmass !tau mass # 0.2360E-11 = lwidth !tau width, PDG value ##******************************************************************** ## MSbar masses for Yukawa couplings ##******************************************************************** # 164.5000 = mtMS !top MSbar mass # 4.2000 = mbMS !botton MSbar mass # 1.4200 = mcMS !charm MSbar mass ##******************************************************************** ## CKM matrix elements: ignored by default * ##******************************************************************** # 0.9750 = Vud ! Vud ##******************************************************************** ## Calculation scheme for EW couplings * ##******************************************************************** # 1 = idef ! MadEvent default is idef=1 ##******************************************************************** ## Renormalization and factorization scales * ##******************************************************************** # T = fixed_ren_scale # T = fixed_fac_scale # 91.1880 = scale ! fixed ren scale # 91.1880 = dsqrt(q2fact(1)) ! fixed fact scale for pdf1 # 91.1880 = dsqrt(q2fact(2)) ! fixed fact scale for pdf2 ##******************************************************************** ## Collider type and energy * ##******************************************************************** # 1 = lpp(1) ! beam 1 type # -1 = lpp(2) ! beam 2 type # 980. = ebeam(1) ! beam 1 energy in GeV # 980. = ebeam(2) ! beam 2 energy in GeV ##******************************************************************** ## ##------------------- ## Run-time options ##------------------- ## ##******************************************************************** ## Random Number seed * ##******************************************************************** ## 0 = iseed ##******************************************************************** ## Standard Cuts * ##******************************************************************** ## Particle 3 4 5 6 ## Et > 1.0 1.0 1.0 1.0 ## Eta < 6.0 6.0 6.0 6.0 ## d R # 3 > 0.0 0.2 0.0 0.0 ## d R # 4 > 0.0 0.0 0.0 0.0 ## d R # 5 > 0.0 0.0 0.0 0.0 ## s min # 1> 0.0 0.0 0.0 0.0 ## s min # 2> 0.0 0.0 0.0 0.0 ## s min # 3> 0.0 0.0 0.0 0.0 ## s min # 4> 0.0 0.0 0.0 0.0 ## s min # 5> 0.0 0.0 0.0 0.0 ##******************************************************************** ## ##------------------- ## Event information ##------------------- ## ##******************************************************************** ## Process: p p > Q Q~ > u u~ W- W+ ## Max QCD: 99 ## Max QED: 99 ##******************************************************************** ## Number of Events : 30545 ## Integrated weight (pb) : .10299E+00 ## Max wgt : .81134E-04 ## Average wgt : .33717E-05 ##******************************************************************** First event: 6 1 0.5164603E-05 0.9118800E+02 0.7546772E-02 0.1270000E+00 2 -2 2 -2 -24 24 0 0 1 1 1 1 0 0 2 2 2 2 501 0 501 0 0 0 0 502 0 502 0 0 -1 -1 1 1 1 1 -1 1 -1 1 -1 0 1 0.48632102773E+03 0.00000000000E+00 0.00000000000E+00 0.48632102773E+03 2 0.21492081965E+03 0.00000000000E+00 0.00000000000E+00 -0.21492081965E+03 3 0.73008571006E+02 -0.15581770820E+01 0.56636898455E+02 -0.46044383566E+02 4 0.18476639269E+03 -0.46461108168E+02 0.17344699825E+03 0.43544507024E+02 5 0.30010728205E+03 -0.38764678809E+02 -0.15659911636E+03 0.23993995418E+03 6 0.14335960164E+03 0.86783964060E+02 -0.73484780351E+02 0.33960130437E+02 6 2 0.5164603E-05 0.9118800E+02 0.7546772E-02 0.1270000E+00