| 8 | | To use the model in MadGraph_aMC@NLO you need to follow these instructions: |
| 9 | | 1 - comment line self['loop_diagrams']=newloopselection in madgraph/loop/loop_diagram_generation.py inside your distribution |
| 10 | | 2 - generate the output with > import model AHttbar >define p = 21 2 4 1 3 -2 -4 -1 -3 5 -5 >define j = p >set complex_mass_scheme >generate p p > t t~ QCD=2 QED=1 EFT=1 [QCD] >output PROC_pp-tt |
| 11 | | 3 - go into the generated directory (e.g. PROC_pp-tt) and comment the following lines in SubProcesses/montecarlocounter.fc write(*,*)'Error #4 in set_matrices' c write(*,*)isspecial0,nglu,nsngl c stop c write(*,*)'Error #6 in check_mc_matrices', c # notagluon,ntot,max_bcol c stop 4 - modify cards according to your needs and generate events using standard commands. SM QCD background, signal and interference will be generated on the same sample. |
| 12 | | 4 - In the parameter card, the lambda, yht, yht5, ctg, cphig, cphig5 correspond to the coefficients in eq.3.12; yhf and yhf5 are not used by the model; muprime and muyukawa are the (MSbar) scales at which the operator coefficients and the yht/yht5 are defined respectively; creal + i*cimag is the adhoc phase we had to add to all operators for reweighting purpose; cc is an overall coefficient that is multiplied to all operators (so that you can set cc=+x and cc=-x and subtract the two samples to get the pure interference.) |
| | 8 | To use the model in MadGraph_aMC@NLO you need to follow these instructions: |
| | 9 | |
| | 10 | 1 - Comment line self['loop_diagrams']=newloopselection in madgraph/loop/loop_diagram_generation.py inside your distribution ; |
| | 11 | |
| | 12 | 2 - Generate the output with [[BR]] |
| | 13 | > import model AHttbar >define p = 21 2 4 1 3 -2 -4 -1 -3 5 -5 [[BR]] |
| | 14 | >define j = p [[BR]] |
| | 15 | >set complex_mass_scheme [[BR]] |
| | 16 | >generate p p > t t~ QCD=2 QED=1 EFT=1 [QCD] [[BR]] |
| | 17 | >output PROC_pp-tt |
| | 18 | |
| | 19 | 3 - Go into the generated directory (e.g. PROC_pp-tt) and comment the following lines in SubProcesses/montecarlocounter.fc [[BR]] |
| | 20 | write(*,*)'Error #4 in set_matrices' [[BR]] |
| | 21 | c write(*,*)isspecial0,nglu,nsngl [[BR]] |
| | 22 | c stop [[BR]] |
| | 23 | c write(*,*)'Error #6 in check_mc_matrices', [[BR]] |
| | 24 | c # notagluon,ntot,max_bcol [[BR]] |
| | 25 | c stop |
| | 26 | |
| | 27 | 4 - Modify cards according to your needs and generate events using standard commands. SM QCD background, signal and interference will be generated on the same sample. |
| | 28 | |
| | 29 | 5 - In the parameter card, the lambda, yht, yht5, ctg, cphig, cphig5 correspond to the coefficients in eq.3.12; yhf and yhf5 are not used by the model; muprime and muyukawa are the (MSbar) scales at which the operator coefficients and the yht/yht5 are defined respectively; creal + i*cimag is the adhoc phase we had to add to all operators for reweighting purpose; cc is an overall coefficient that is multiplied to all operators (so that you can set cc=+x and cc=-x and subtract the two samples to get the pure interference.) |
