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ToDoList: Run_Z3j-Tev-ETZ_real_lower-mu2.dat

File Run_Z3j-Tev-ETZ_real_lower-mu2.dat, 2.9 KB (added by Daniel, 15 years ago)
Line 
1(run){
2!  EVENTS 2000000; ANALYSIS_WRITEOUT_INTERVAL .1;
3  EVENTS 40; ANALYSIS_WRITEOUT_INTERVAL .1;
4  ANALYSIS 1;
5  RESULT_DIRECTORY r_0; BATCH_MODE 0; OUTPUT 2;
6  DIPOLE_ALPHA 0.03;
7!  RANDOM_SEED=A B;
8! ! ME_STOREMODE=1;
9! ! ME_STOREPATH /work;
10}(run);
11(processes){
12! notice that script will add a "93" at the end of this process when NLO_Part is "real"
13  Process 93 93 -> 11 -11 93 93 93 93;
14  NLO_Part real;
15  Order_EW 2;
16  End process;
17}(processes);
18(selector){
19!  SISCone <ptmin> <deltaR> <f> <number of jets> <etamax>
20!  SISCone 30. 0.7 .5 3 3.
21!  NJetFinder sqr(30/E_CMS) .4 3 3.
22!  AntiKtFinder <ycut> <dR> <min # of jets> <eta_max>
23!  MinKtSISCone <ptmin> <dR_kt> <dR_cone> <f_cone> <n>
24!  MinKtSISCone 30. 0.7 0.7 0.5 3
25! MinJetFinder <ptmin> <dR_kt/antikt> <dR_cone> <f_cone> <n>
26  MinJetFinder -30. 0.7 0.7 0.75 3
27! notice that for real piece PT should be PTNLO -- ASSUMED TWO SPACES FROM START OF LINE FOR SUBSTITUTION!!!
28  PTNLO  11 25. 50000.
29  PTNLO -11 25. 50000.
30! notice that for real piece PseudoRapidity should be PseudoRapidityNLO -- ASSUMED TWO SPACES FROM START OF LINE FOR SUBSTITUTION!!!
31  PseudoRapidityNLO  11 -2.8 2.8
32  PseudoRapidityNLO -11 -2.8 2.8
33  Mass 11 -11 66. 116. 
34}(selector);
35(me){
36  ME_SIGNAL_GENERATOR Amegic;
37  EVENT_GENERATION_MODE Weighted;
38!  SCALE_SCHEME VAR;
39  SCALE_SCHEME NLO;
40!  FACTORIZATION_SCALE Abs2(p[0]+p[1]);
41!  RENORMALIZATION_SCALE Abs2(p[0]+p[1]);
42!  FACTORIZATION_SCALE sqr(100);
43!  RENORMALIZATION_SCALE sqr(100);
44!  RENORMALIZATION_SCALE H_T;
45!  FACTORIZATION_SCALE H_T;
46  FACTORIZATION_SCALE 0.5*sqr(91.1876)+0.5*PPerp2(p[2]+p[3]);
47  RENORMALIZATION_SCALE 0.5*sqr(91.1876)+0.5*PPerp2(p[2]+p[3]);
48}(me);
49(model){
50!  ORDER_ALPHAS 0; ALPHAS(MZ) 0.130;
51  ORDER_ALPHAS 1; ALPHAS(MZ) 0.118;
52}(model);
53(beam){
54  BEAM_1  2212; BEAM_ENERGY_1 980.;
55  BEAM_2  -2212; BEAM_ENERGY_2 980.;
56  K_PERP_MEAN_1 0.; K_PERP_SIGMA_1 0.;
57  K_PERP_MEAN_2 0.; K_PERP_SIGMA_2 0.;
58}(beam);
59(isr){
60!-------------------------------------------------------
61!-- ISR parameters ------------------------------------
62!-------------------------------------------------------
63BUNCH_1         = 2212      ! possible beam particles:  P+, P-, e+, e-
64ISR_1           = On        ! On/Off
65!
66BUNCH_2         = -2212     ! possible beam particles:  P+, P-, e+, e-
67ISR_2           = On        ! On/Off
68!
69ISR_SMIN        = 1.e-10    ! Minimal fraction of nominal s for parton after ISR
70ISR_SMAX        = 1.0       ! Maximal fraction of nominal s for parton after ISR
71!
72ISR_E_ORDER     = 1         ! Perturbative order of electron structure function
73ISR_E_SCHEME    = 2         ! Beta-scheme : 0,1,2 , default = 2
74!
75PDF_SET         = cteq6m    ! the CTEQ6 PDFs cteq6m,cteq6d,cteq6l,cteq6l1
76PDF_SET_VERSION = 1
77PDF_GRID_PATH   = CTEQ6Grid ! CTEQ6Grid,PDFsets,MRST99Grid
78}(isr);
79(integration){
80  INTEGRATOR 7; ERROR 0.1;
81  FINISH_OPTIMIZATION On;
82}(integration);
83(shower){
84  FSR_SHOWER 0; ISR_SHOWER 0;
85  SHOWER_SCALE sqr(1800);
86}(shower);
87(fragmentation){
88  FRAGMENTATION Off;
89}(fragmentation);