WMassMeasurmentExample: MadWeight_card.dat

File MadWeight_card.dat, 4.7 KB (added by (none), 13 years ago)
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1##########################################################################
2## ##
3## MadWeigth ##
4## ============= ##
5## ##
6## Run control ##
7## ----------- ##
8## ##
9## ##
10## Author: Mattelaer Olivier (UCL-CP3) ##
11## Artoisenet Pierre (UCL-CP3) ##
12## ##
13## Version: 1.1.4 ##
14## Last change: 24/06/08 ##
15## ##
16##########################################################################
17## ##
18## This Card defines all specific parameters of Madweight ##
19## ##
20##########################################################################
21#*************************************************************************
22## select run options ##
23#*************************************************************************
24Block MW_Run
25# TAG VALUE UTILITY
26 1 0 # cluster on/off (0:single machine, 1: condor)
27 11 '(CMSFARM==true)' # condor requirements
28 2 20 # number of experimental events to consider
29 3 F # controls the efficiency block by block
30 4 T # normalizes weight (1/sigma prefactor)
31 5 10000 # number of points in MadGraph integration (optional)
32 6 10000 # number of points in MadWeight integration (optional)
33 9 F # not running with cut
34 write_log F
35#*************************************************************************
36## define the different param_card's ##
37#*************************************************************************
38Block MW_parameter
39# TAG VALUE UTILITY
40 1 1 # type of input
41 # 0 : inputs are read from the cards: param_card_1.dat, param_card_2.dat,...
42 # 1 : redefines some values from param_card.dat according to the form below
43 # 2 : same but the value for different parameters are modified simultaneously
44#
45# # first parameter #
46 11 mass # Block of the parameter to change
47 12 24 # id of the parameter to change
48 13 40 # here you can enter the different values:
49 13 60 # add a new line with tag 13 to introduce a new value
50 13 80
51 13 100 #
52 13 120
53#
54# # second parameter #
55#
56# use same syntax for parameters 3,4,...
57#*************************************************************************
58## Permutations ##
59#*************************************************************************
60Block MW_perm
61# TAG VALUE UTILITY
62 1 T # makes permutation
63 2 T # considers permuation between b-jets and light jets
64#*************************************************************************
65## Option for the parametrisation of the PS (advanced user only) ##
66#*************************************************************************
67Block MW_Gen
68# TAG VALUE UTILITY
69 1 1 # choose which propagator to allign in ECS:
70 # 0: favours the BW at the very end of the decay chain
71 # 1: favours the thinest BW
72 2 1 # Same condition but for blobs
73 3 4 # maximal multiplicity for ECS sector
74 # Preference in blob generation (If more than one "True", we will
75 # test different topologies and select the best solution)
76 4 T # maximizes the number of aligned BW
77 5 T # choose all momenta as variables of integration
78 6 T # mixed choice between the two above options
79 10 T # Authorizes ECS A (0 neut)
80 11 T # Authorizes ECS B (1 neut)
81 12 T # Authorizes ECS C (1neut+1 visible(m=0))
82 13 T # Authorizes ECS D (2 neut ttbar-like)
83 14 T # Authorizes ECS E (2 neut HWW-like)
84 15 T # Authorizes ECS F (2 neut [WW in T-channel]-like)