Ticket #47: Run.dat
File Run.dat, 12.9 KB (added by , 16 years ago) |
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1 | (run){ |
2 | !------------------------------------------------------- |
3 | !--- Run parameters ------------------------------------ |
4 | !------------------------------------------------------- |
5 | EVENTS = 0 ! Number of Events |
6 | NUM_ACCURACY = 1.e-10 ! |
7 | OUTPUT = 2 ! Output level: |
8 | ! ! 0=errors,1=events,2=run info, |
9 | ! ! 3=events+information |
10 | ! |
11 | ANALYSIS = 1 ! Analysis: 0=off, 1=on |
12 | ! |
13 | ! |
14 | ! |
15 | ! |
16 | LOG_FILE = sherpa_log.log ! log file |
17 | |
18 | }(run) |
19 | (me){ |
20 | !------------------------------------------------------- |
21 | !-- ME generators -------------------------------------- |
22 | !------------------------------------------------------- |
23 | ME_SIGNAL_GENERATOR = Amegic ! Internal or Amegic |
24 | EVENT_GENERATION_MODE = Weighted |
25 | ! |
26 | SIGNAL_MODEL = MSSM ! subset of a physical model |
27 | ! or the whole SM, MSSM, ADD |
28 | ! |
29 | COUPLING_SCHEME = Running_alpha_S ! Fixed (default value) or |
30 | ! Running (s for ME generators, pt for 2->2) |
31 | YUKAWA_MASSES = Fixed ! Fixed (polemass) or |
32 | ! Running (higgs mass) |
33 | YUKAWA_MASSES_FACTOR = 1. ! Additional prefactor for yukawas |
34 | ! |
35 | SCALE_SCHEME = S_HAT ! see 'http://www.sherpa-mc.de/scales.html' |
36 | KFACTOR_SCHEME = 1 ! 1=as(pt2)/as(ecms)^nstrong,default=1 |
37 | SUDAKOV_WEIGHT = 0 ! apply sudakov weight on single events |
38 | SCALE_FACTOR = 1. ! factor the scale is multiplied with |
39 | }(me) |
40 | (shower){ |
41 | !------------------------------------------------------- |
42 | !-- Parton showers ------------------------------------- |
43 | !------------------------------------------------------- |
44 | SHOWER_GENERATOR = Apacic ! |
45 | ! |
46 | FSR_SHOWER = 1 ! 1=On,0=Off |
47 | ISR_SHOWER = 1 ! 1=On,0=Off |
48 | ! |
49 | IS_PT2MIN = 4. ! IS Shower cutoff |
50 | FS_PT2MIN = 1. ! FS Shower cutoff |
51 | }(shower) |
52 | (fragmentation){ |
53 | !------------------------------------------------------- |
54 | !-- Fragmentation parameters---------------------------- |
55 | !------------------------------------------------------- |
56 | FRAGMENTATION = Off ! Off, Lund (Pythia string fragmentation) or Ahadic |
57 | DECAYMODEL = Hadrons ! Lund or Hadrons |
58 | |
59 | !------------------------------------------------------- |
60 | !-- Photons parameters --------------------------------- |
61 | !------------------------------------------------------- |
62 | YFS_MODE = 2 ! settings for Photons-module: |
63 | ! 0 - off/no corrections |
64 | ! 1 - soft only |
65 | ! 2 - soft + order(alpha) hard correction (default) |
66 | YFS_USE_ME = 1 ! use exact MEs for hard correction if possible |
67 | YFS_IR_CUTOFF = 1E-3 ! IR cut-off |
68 | |
69 | }(fragmentation) |
70 | (lund){ |
71 | !------------------------------------------------------- |
72 | !--- Lund Run Parameters ------------------------------- |
73 | !------------------------------------------------------- |
74 | PARJ(41) = 0.60 ! a |
75 | PARJ(42) = 0.90 ! b |
76 | PARJ(21) = 0.39 ! sigma |
77 | }(lund) |
78 | (model){ |
79 | !------------------------------------------------------- |
80 | !-- Model parameters ----------------------------------- |
81 | !------------------------------------------------------- |
82 | MODEL = MSSM ! Model |
83 | ! |
84 | GENERATOR_ON = 0 ! use external spectrum generator |
85 | ! |
86 | ! SM parameters |
87 | ! |
88 | EW_SCHEME = 0 ! which parameters define the ew sector. |
89 | ALPHAS(MZ) = 0.118 ! strong coupling at scale M_Z |
90 | ALPHAS(default) = 0.0800 ! strong coupling |
91 | ORDER_ALPHAS = 1 ! NLO |
92 | 1/ALPHAQED(0) = 137.036 ! inverse of alpha QED in the Thomson limit |
93 | 1/ALPHAQED(default) = 132.51 ! inverse of alpha QED |
94 | SIN2THETAW = 0.2222 ! Weinberg angle at scale M_Z |
95 | VEV = 246. ! Higgs vev |
96 | LAMBDA = 0.47591 ! SM Higgs self coupling |
97 | YUKAWA_E = 0. ! Yukawa coupling of electron |
98 | YUKAWA_MU = 0.105 ! Yukawa coupling of mu |
99 | YUKAWA_TAU = 1.77 ! Yukawa coupling of tau |
100 | YUKAWA_U = 0. ! Yukawa coupling of u quark |
101 | YUKAWA_D = 0. ! Yukawa coupling of d quark |
102 | YUKAWA_S = 0. ! Yukawa coupling of s quark |
103 | YUKAWA_C = 1.3 ! Yukawa coupling of c quark |
104 | YUKAWA_B = 4.5 ! Yukawa coupling of b quark |
105 | YUKAWA_T = 175. ! Yukawa coupling of t quark |
106 | MSTRANGE_EFF = 0.48 ! effective strange mass for higgs-loops. |
107 | CKMORDER = 0 ! order of expansion of CKM matrix in Cabibbo angle |
108 | CABIBBO = 0.22 ! Cabibbo angle (Wolfenstein parametrization) |
109 | A = 0.85 ! A (Wolfenstein parametrization) |
110 | RHO = 0.50 ! rho (Wolfenstein parametrization) |
111 | ETA = 0.50 ! eta (Wolfenstein parametrization) |
112 | ! |
113 | ! SUSY parameters |
114 | ! |
115 | SUSY_GENERATOR = LesHouches |
116 | SLHA_INPUT = modelA.out |
117 | ! |
118 | ! ADD parameters |
119 | ! |
120 | N_ED = 2 ! Number of extra dimensions in ADD model |
121 | G_NEWTON = 6.707e-39 ! Newton gravity constant |
122 | M_S = 2.5e3 ! string scale for ADD model, meaning depends on KK_CONVENTION |
123 | M_CUT = 2.5e3 ! cut-off scale for the c.m. energy |
124 | KK_CONVENTION = 1 ! 0=const mass |
125 | ! 1=simplified sum(HLZ) 2=exact sum(HLZ) |
126 | ! 3=Hewett +1 4=Hewett -1 |
127 | ! 5=GRW (Lambda_T(GRW)=M_S for virtual Graviton exchange |
128 | ! or M_D=M_S for real Gravtion production) |
129 | ! only KK_CONVENTION's 1,2 or 5 are applicable for real Graviton production! |
130 | MASSIVE[5] = 1 |
131 | MASSIVE[15]=1 |
132 | STABLE[15]=1 |
133 | |
134 | |
135 | }(model) |
136 | (isr){ |
137 | !------------------------------------------------------- |
138 | !-- ISR parameters ------------------------------------ |
139 | !------------------------------------------------------- |
140 | BUNCH_1 = 2212 ! possible beam particles: P+, P-, e+, e- |
141 | ISR_1 = On ! On/Off |
142 | ! |
143 | BUNCH_2 = 2212 ! possible beam particles: P+, P-, e+, e- |
144 | ISR_2 = On ! On/Off |
145 | ! |
146 | ISR_SMIN = 1.e-10 ! Minimal fraction of nominal s for parton after ISR |
147 | ISR_SMAX = 1.0 ! Maximal fraction of nominal s for parton after ISR |
148 | ! |
149 | ISR_E_ORDER = 1 ! Perturbative order of electron structure function |
150 | ISR_E_SCHEME = 2 ! Beta-scheme : 0,1,2 , default = 2 |
151 | ! |
152 | PDF_SET = cteq6l ! For LHAPDF use one of the following PDFs in |
153 | ! in combination with PDFsets |
154 | ! a02_lo_v.LHgrid, a02_nlo_v.LHgrid, |
155 | ! a02_nnlo_v.LHgrid |
156 | ! Alekhin_1000.LHpdf, Alekhin_100.LHpdf |
157 | ! Botje_1000.LHpdf, Botje_100.LHpdf |
158 | ! cteq4d.LHgrid, cteq4l.LHgrid, cteq4m.LHgrid |
159 | ! cteq5d.LHgrid, cteq5l.LHgrid, cteq5m1.LHgrid |
160 | ! cteq5m.LHgrid, cteq61.LHgrid, cteq61.LHpdf |
161 | ! cteq6.LHpdf, cteq6l.LHpdf, cteq6ll.LHpdf |
162 | ! cteq6mE.LHgrid, cteq6m.LHpdf |
163 | ! Fermi2002_1000.LHpdf, Fermi2002_100.LHpdf |
164 | ! GRV98lo.LHgrid, GRV98nlo.LHgrid |
165 | ! H12000disE.LHgrid, H12000dis.LHgrid |
166 | ! H12000lo2E.LHgrid, H12000lo2.LHgrid |
167 | ! H12000loE.LHgrid, H12000lo.LHgrid |
168 | ! H12000msE.LHgrid, H12000ms.LHgrid |
169 | ! MRST2001E.LHgrid, MRST2001E.LHpdf |
170 | ! MRST2001.LHpdf, MRST2001lo.LHgrid |
171 | ! MRST2001nlo.LHgrid. MRST2001nlo.LHpdf |
172 | ! MRST2001nnlo.LHgrid, MRST2002nlo.LHgrid |
173 | ! MRST2002nlo.LHpdf, MRST2002nnlo.LHgrid |
174 | ! MRST2003cnlo.LHgrid, MRST2003cnlo.LHpdf |
175 | ! MRST2003cnnlo.LHgrid, MRST98.LHpdf |
176 | ! ZEUS2002_FF.LHpdf, ZEUS2002_TR.LHpdf |
177 | ! ZEUS2002_ZM.LHpdf |
178 | ! |
179 | ! alternatively use cteq6 via CTEQ6Grid |
180 | ! cteq6m,cteq6d,cteq6l,cteq6l1 |
181 | ! |
182 | ! Or use interface to MRST99 via MRST99Grid |
183 | ! MRST99 |
184 | PDF_SET_VERSION = 1 |
185 | PDF_GRID_PATH = CTEQ6Grid ! PDFsets,MRST99Grid,CTEQ6Grid |
186 | }(isr) |
187 | (beam){ |
188 | !------------------------------------------------------- |
189 | !-- Beam parameters ------------------------------------ |
190 | !------------------------------------------------------- |
191 | BEAM_1 = 2212 ! possible beam particles: P+, P-, e+, e- |
192 | BEAM_ENERGY_1 = 7000. ! in GeV |
193 | BEAM_POL_1 = 0. ! Polarization degree -1 ... 1 |
194 | BEAM_SPECTRUM_1 = Monochromatic ! Monochromatic,Laser_Backscattering,Simple_Compton |
195 | K_PERP_MEAN_1 = 0.2 |
196 | K_PERP_SIGMA_1 = 0.8 |
197 | ! |
198 | BEAM_2 = 2212 ! possible beam particles: P+, P-, e+, e- |
199 | BEAM_ENERGY_2 = 7000. ! in GeV |
200 | BEAM_POL_2 = 0. ! Polarization degree -1 ... 1 |
201 | BEAM_SPECTRUM_2 = Monochromatic ! Monochromatic,Laser_Backscattering,Simple_Compton |
202 | K_PERP_MEAN_2 = 0.2 |
203 | K_PERP_SIGMA_2 = 0.8 |
204 | ! |
205 | BEAM_SMIN = 1.e-10 ! Minimal fraction of nominal s after beam spectra |
206 | BEAM_SMAX = 1.0 ! Maximal fraction of nominal s after beam spectra |
207 | ! |
208 | E_LASER_1 = 1.17e-9 ! Laser energy in GeV |
209 | P_LASER_1 = 0. ! Laser polarization +-1 |
210 | E_LASER_2 = 1.17e-9 ! Laser energy in GeV |
211 | P_LASER_2 = 0. ! Laser polarization +-1 |
212 | LASER_MODE = 0 ! 0 = all, 1,2,3 = individual components |
213 | LASER_ANGLES = Off ! On/Off |
214 | LASER_NONLINEARITY = On ! On/Off |
215 | }(beam) |
216 | (mi){ |
217 | !=================================================! |
218 | ! Underlying Event Setup file ! |
219 | !=================================================! |
220 | ! |
221 | ! general parameters |
222 | ! |
223 | MI_HANDLER = None ! Amisic / None |
224 | ! |
225 | ! hard underlying event parameters |
226 | ! |
227 | CREATE_GRID 93 93 -> 93 93 ! processes to generate |
228 | PS_ERROR = 1.0e-2 ! error for integration |
229 | REGULATE_XS = 0 ! regulate cross section |
230 | XS_REGULATION = 2.45 ! regulation parameter |
231 | SCALE_MIN = 2.45 ! minimum scale |
232 | RESCALE_EXPONENT = 0.16 ! rescaling exponent |
233 | REFERENCE_SCALE = 1800.0 ! reference energy scale |
234 | PROFILE_FUNCTION = Gaussian ! Gaussian / Double_Gaussian |
235 | PROFILE_PARAMETERS = 1.0 0.5 0.5 ! size (must be 1), coresize, |
236 | ! matter fraction |
237 | }(mi) |
238 | (integration){ |
239 | !------------------------------------------------------- |
240 | !-- Phase space setup ---------------------------------- |
241 | !------------------------------------------------------- |
242 | ERROR = 1.e-2 ! Error by calculating matrix-elements |
243 | ! |
244 | FINISH_OPTIMIZATION = On ! Integrate until optimization is completed |
245 | ! |
246 | INTEGRATOR = 6 ! Phasespace : Rambo=0, Sarge=1, |
247 | ! Rambo + Sarge=2, |
248 | ! Rambo + Multichannel=3, |
249 | ! Multichannel: |
250 | ! =4 (Original channel generator) |
251 | ! =5 (Original+extra channels for competing peaks |
252 | ! like in ->Higgs->ZZ->q qb q qb) |
253 | ! =6 (New channel generator) |
254 | ! Choice 4-6 only affects channel generation! |
255 | VEGAS = On |
256 | }(integration) |
257 | (processes){ |
258 | %------------------------------------------------------- |
259 | %-- Processes to calculate ----------------------------- |
260 | %------------------------------------------------------- |
261 | %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% |
262 | % |
263 | !Process : 1000011 -> 90 91 -1000016 |
264 | !Print_Graphs |
265 | !End process |
266 | |
267 | |
268 | Process : -1000011 -> 1000016 -15 -12 |
269 | Print_Graphs |
270 | End process |
271 | |
272 | Process : 1000011 -> -1000016 15 12 |
273 | Print_Graphs |
274 | End process |
275 | |
276 | !Process : 93 93 -> -1000012[a] 1000011[b] |
277 | !Decay : -1000012[a] -> -1000016 90 90 |
278 | !Decay : 1000011[b] -> -1000016 90 91 |
279 | !Print_Graphs |
280 | !End process |
281 | |
282 | !Process : 93 93 -> -1000014[a] 1000013[b] |
283 | !Decay : -1000014[a] -> -1000016 15 -13 |
284 | !Decay : 1000013[b] -> -1000016 15 14 |
285 | !Print_Graphs |
286 | !End process |
287 | }(processes) |
288 | (selector){ |
289 | !------------------------------------------------------- |
290 | !-- Parton level selectors ----------------------------- |
291 | !------------------------------------------------------- |
292 | !JetFinder sqr(20/E_CMS) 1. |
293 | |
294 | !PseudoRapidity 93 -6.0 6.0 |
295 | !PT 93 10.0 14000. |
296 | |
297 | !PseudoRapidity 15 -5.0 5.0 |
298 | !PT 15 0.1 14000. |
299 | !PseudoRapidity -15 -5.0 5.0 |
300 | !PT -15 0.1 14000. |
301 | |
302 | !PseudoRapidity 90 -5.0 5.0 |
303 | !PT 90 0.1 14000. |
304 | |
305 | |
306 | }(selector) |