########################################################################## ## ## ## MadWeigth ## ## ============= ## ## ## ## Run control ## ## ----------- ## ## ## ## ## ## Author: Mattelaer Olivier (UCL-CP3) ## ## Artoisenet Pierre (UCL-CP3) ## ## ## ## Version: 5.0.0 ## ## Last change: 01/10/14 ## ## ## ########################################################################## ## ## ## This Card defines all specific parameters of Madweight ## ## ## ########################################################################## #************************************************************************* ## select run options ## #************************************************************************* Block MW_Run # TAG VALUE UTILITY name fermi # name for the run nb_exp_events 4 # number of experimental events to consider MW_int_points 2000 # number of points (by permutation) in MadWeight integration for survey MW_int_refine 10000 # number of points (by permutation) in MadWeight integration for refine precision 0.005 # stops computation if precision is reached. nb_event_by_node 1 # one job submission compute the weight for N events log_level weight # from low level of log to extensive log: # weight, permutation, channel, full use_cut F # use the cut defined in run_card.dat bw_cut F # use the BW cut nwa 0.1 # width below narrow width approximation is used. isr 0 # isr=0 : ignore ISR effect (except if all FS particles are visible) # isr=1 : correct kinematic based on reconstructed Pt(isr) inputfile './Events/input.lhco' # path to the input file (in lhco format) #************************************************************************* ## define the different param_card's ## #************************************************************************* Block MW_parameter # TAG VALUE UTILITY mode 1 # type of input # 0 : inputs are read from the cards: param_card_1.dat, param_card_2.dat,... # 1 : redefines some values from param_card.dat according to the form below # 2 : same but the value for different parameters are modified simultaneously # # # first parameter # 11 mass # Block of the parameter to change 12 6 # id of the parameter to change 13 180 # here you can enter the different values: 13 190 # add a new line with tag 13 to introduce a new value # # # second parameter # # !DELETE ALL THE FOLLOWING TAG IF YOU WANT TO RUN WITH ONLY ONE PARAM! # 21 MGCKM # Block of the parameter to change # 22 1 # id of the paramter to change # 22 2 # id2 of the paramter to change # 23 1.5E-02 # here you can enter the different values: # 23 1.8E-02 # add a new line with tag 23 to introduce a new value # # use same syntax for parameters 3,4,... #************************************************************************* ## Permutations ## #************************************************************************* Block MW_perm # TAG VALUE UTILITY permutation T # make permutation bjet_is_jet T # consider permutation between b-jets and light jets montecarlo T # Monte-Carlo over permutation (Huge speed up if many permutation) preselect 'default' # How to pre-select the correct permutation set. # put 'None' if no pre-selection to perform. # You can set the path to a fortran file defining the require function # See file SubProcesses/permutation_weight_default.dat for # instructions. min_perm_cut 5e-4 # Cut for discarding permutation on the preselected method #************************************************************************* ## Phase-Space Integration mapping ## #************************************************************************* Block MW_gen force_nwa 2 # Only consider the change of variable alligning particles # with width smaller than this value. This speed up the code # but can lead to zero weight for background event where the # kinematic doesn't agree with the associated mass. # if "mw_run nwa" parameter is bigger than this value, that # value is used for this parameter automatically.