1 | model = SM |
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2 | |
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3 | # top pair production |
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4 | process ttbar = gl, gl => t, T |
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5 | |
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6 | # decay channels |
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7 | process tlep = t => b, E1, n1 |
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8 | process thad = T => B, U, d |
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9 | |
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10 | compile |
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11 | |
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12 | # cuts |
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13 | cuts = all Pt > 20 GeV [b:E1:n1:B:U:d] |
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14 | and all abs(Eta) < 2. [b:E1:n1:B:U:d] |
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15 | |
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16 | # integrate decays |
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17 | integrate ( tlep, thad ) { iterations = 3:5000,7:10000 } |
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18 | |
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19 | # beam energy |
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20 | sqrts = 1 TeV |
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21 | |
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22 | # unstable particles and decay chain |
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23 | unstable t (tlep) |
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24 | unstable T (thad) |
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25 | |
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26 | integrate ( ttbar ) { iterations = 3:5000,7:10000 } |
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27 | |
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28 | histogram pt_L ( 0 GeV , 200 GeV , 5 GeV ) |
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29 | histogram pt_n ( 0 GeV , 200 GeV , 5 GeV ) |
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30 | histogram pt_b ( 0 GeV , 200 GeV , 5 GeV ) |
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31 | histogram pt_U ( 0 GeV , 200 GeV , 5 GeV ) |
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32 | histogram pt_d ( 0 GeV , 200 GeV , 5 GeV ) |
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33 | histogram pt_B ( 0 GeV , 200 GeV , 5 GeV ) |
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34 | histogram eta_L ( -5. , 5. , .5 ) |
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35 | histogram eta_n ( -5. , 5. , .5 ) |
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36 | histogram eta_b ( -5. , 5. , .5 ) |
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37 | histogram eta_U ( -5. , 5. , .5 ) |
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38 | histogram eta_d ( -5. , 5. , .5 ) |
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39 | histogram eta_B ( -5. , 5. , .5 ) |
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40 | |
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41 | analysis = record pt_L (eval Pt [E1]); |
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42 | record pt_n (eval Pt [n1]); |
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43 | record pt_b (eval Pt [b]); |
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44 | record pt_U (eval Pt [U]); |
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45 | record pt_d (eval Pt [d]); |
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46 | record pt_B (eval Pt [B]); |
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47 | record eta_L (eval Eta [E1]); |
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48 | record eta_n (eval Eta [n1]); |
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49 | record eta_b (eval Eta [b]); |
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50 | record eta_U (eval Eta [U]); |
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51 | record eta_d (eval Eta [d]); |
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52 | record eta_B (eval Eta [B]) |
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53 | |
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54 | n_events = 10000 |
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55 | |
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56 | simulate ( ttbar ) |
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57 | |
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58 | compile_analysis { $out_file = "foo2.dat" } |
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