\section{Processes included in MCFM}
\label{MCFMprocs}

\begin{table}
\begin{center}
\hspace*{-1.5cm}
\begin{tabular}{|l|l|l|}
\hline
{\tt nproc} & $f(p_1)+f(p_2) \to \ldots $& Order \\
\hline
%  
1  & $ W^+(\to \nu(p_{3})+e^+(p_{4}))$   & NNLO \\
2  & $ W^+(\to \nu(p_{3})+e^+(p_{4}))$  [EW+$\gamma(p_5)$]  & NLO \\
3  & $ W^+(\to \nu(p_{3})+e^+(p_{4}))$  [EW $\gamma$-induced + $q(p_5)$]  & NLO \\
6  & $ W^-(\to e^-(p_{3})+\bar{\nu}(p_{4}))$   & NNLO \\
7  & $ W^-(\to e^-(p_{3})+\bar{\nu}(p_{4}))$  [EW+$\gamma(p_5)$]  & NLO \\
8  & $ W^-(\to e^-(p_{3})+\bar{\nu}(p_{4}))$  [EW $\gamma$-induced + $q(p_5)$]  & NLO \\
\hline 
11 & $ W^+(\to \nu(p_{3})+e^+(p_{4}))+f(p_{5})$    & NLO \\
12 & $ W^+(\to \nu(p_{3})+e^+(p_{4}))+\bar{b}(p_{5})$   & NLO \\
13 & $ W^+(\to \nu(p_{3})+e^+(p_{4}))+\bar{c}(p_{5})$   & NLO \\
14 & $ W^+(\to \nu(p_{3})+e^+(p_{4}))+\bar{c}(p_{5}) [\mbox{massless}]$   & LO \\
16 & $ W^-(\to e^-(p_{3})+\bar{\nu}(p_{4}))+f(p_{5})$   & NLO \\
17 & $ W^-(\to e^-(p_{3})+\bar{\nu}(p_{4}))+b(p_{5})$   & NLO \\
18 & $ W^-(\to e^-(p_{3})+\bar{\nu}(p_{4}))+c(p_{5})$   & NLO \\
19 & $ W^-(\to e^-(p_{3})+\bar{\nu}(p_{4}))+c(p_{5}) [\mbox{massless}]$   & LO \\
\hline 
20 & $ W^+(\to \nu(p_{3})+e^+(p_{4})) +b(p_{5})+\bar{b}(p_{6}) [\mbox{massive}]$   & NLO \\
21 & $ W^+(\to \nu(p_{3})+e^+(p_{4})) +b(p_{5})+\bar{b}(p_{6})$   & NLO \\
22 & $ W^+(\to \nu(p_{3})+e^+(p_{4})) +f(p_{5})+f(p_{6})$   & NLO \\
23 & $ W^+(\to \nu(p_{3})+e^+(p_{4})) +f(p_{5})+f(p_{6})+f(p_{7})$   & LO \\
24 & $ W^+(\to \nu(p_{3})+e^+(p_{4})) +b(p_{5})+\bar{b}(p_{6})+f(p_{7})$   & LO \\
25 & $ W^-(\to e^-(p_{3})+\bar{\nu}(p_{4})) +b(p_{5})+\bar{b}(p_{6}) [\mbox{massive}]$   & NLO \\
26 & $ W^-(\to e^-(p_{3})+\bar{\nu}(p_{4})) +b(p_{5})+\bar{b}(p_{6})$   & NLO \\
27 & $ W^-(\to e^-(p_{3})+\bar{\nu}(p_{4})) +f(p_{5})+f(p_{6})$   & NLO \\
28 & $ W^-(\to e^-(p_{3})+\bar{\nu}(p_{4})) +f(p_{5})+f(p_{6})+f(p_{7})$   & LO \\
29 & $ W^-(\to e^-(p_{3})+\bar{\nu}(p_{4})) +b(p_{5})+\bar{b}(p_{6})+f(p_{7})$   & LO \\
\hline 
31 & $ Z(\to e^-(p_{3})+e^+(p_{4}))$   & NNLO \\
310 & $ Z(\to e^-(p_{3})+e^+(p_{4}))$ [photon induced]   & LO \\
32 & $ Z(\to 3\times(\nu(p_{3})+\bar{\nu}(p_{4})))$   & NNLO \\
33 & $ Z(\to b(p_{3})+\bar{b}(p_{4}))$   & NLO \\
34 & $ Z(\to 3\times(d(p_{5})+\bar{d}(p_{6})))$   & NLO \\
35 & $ Z(\to 2\times(u(p_{5})+\bar{u}(p_{6})))$   & NLO \\
36 & $  Z \to  t(\to \nu(p_{3})+e^+(p_{4})+b(p_{5}))+\bar{t}(\to \bar{b}(p_{6})+e^-(p_{7})+\bar{\nu}(p_{8}))$   & LO \\
\hline 
41 & $ Z(\to e^-(p_{3})+e^+(p_{4}))+f(p_{5})$   & NLO \\
42 & $ Z_0(\to 3\times(\nu(p_{3})+\bar{\nu}(p_{4})))+f(p_{5})$   & NLO \\
43 & $ Z(\to b(p_{3})+\bar{b}(p_{4}))+f(p_{5})$   & NLO \\
\hline 
44 & $ Z(\to e^-(p_{3})+e^+(p_{4}))+f(p_{5})+f(p_{6})$   & NLO \\
45 & $ Z(\to e^-(p_{3})+e^+(p_{4}))+f(p_{5})+f(p_{6})+f(p_{7})$   & LO \\
46 & $ Z(\to 3\times(\nu(p_{3})+\bar{\nu}(p_{4}))+f(p_{5})+f(p_{6})$   & NLO \\
47 & $ Z(\to 3\times(\nu(p_{3})+\bar{\nu}(p_{4}))+f(p_{5})+f(p_{6})+f(p_{7})$   & LO \\
\hline 
50 & $ Z(\to e^-(p_{3})+e^+(p_{4}))+\bar{b}(p_{5})+b(p_{6}) [\mbox{massive}]$   & LO \\
51 & $ Z(\to e^-(p_{3})+e^+(p_{4}))+b(p_{5})+\bar{b}(p_{6})$   & NLO \\
52 & $ Z_0(\to 3\times(\nu(p_{3})+\bar{\nu}(p_{4})))+b(p_{5})+\bar{b}(p_{6})$   & NLO \\
53 & $ Z(\to b(p_{3})+\bar{b}(p_{4}))+b(p_{5})+\bar{b}(p_{6})$   & NLO \\
54 & $ Z(\to e^-(p_{3})+e^+(p_{4}))+b(p_{5})+\bar{b}(p_{6})+f(p_{7})$   & LO \\
56 & $ Z(\to e^-(p_{3})+e^+(p_{4}))+c(p_{5})+\bar{c}(p_{6})$   & NLO \\
\hline 
\end{tabular}
\end{center}
\end{table}
\newpage
\begin{table}
\begin{center}
\begin{tabular}{|l|l|l|}
\hline
61 & $ W^+(\to \nu(p_{3})+\mu^+(p_{4})) +W^-(\to e^-(p_{5})+\bar{\nu}(p_{6}))$   & NNLO \\
62 & $ W^+(\to \nu(p_{3})+\mu^+(p_{4})) +W^-(\to q(p_{5})+\bar{q}(p_{6}))$   & NLO \\
63 & $ W^+(\to \nu(p_{3})+\mu^+(p_{4})) +W^-(\to q(p_{5})+\bar{q}(p_{6}))[\mbox{rad.in.dk}]$   & NLO \\
64 & $ W^-(\to e^-(p_{3})+\bar{\nu}(p_{4})) W^+(\to  q(p_{5})+ \bar{q}(p_{6}))$   & NLO \\
65 & $ W^-(\to e^-(p_{3})+\bar{\nu}(p_{4})) W^+(\to  q(p_{5})+ \bar{q}(p_{6}))[\mbox{rad.in.dk}]$   & NLO \\
66 & $ W^+(\to \nu(p_{3})+\mu^+(p_{4})) +W^-(\to e^-(p_{5})+\bar{\nu}(p_{6}))+f(p_{7})$   & LO \\
69 & $ W^+(\to \nu(p_{3})+\mu^+(p_{4})) +W^-(\to e^-(p_{5})+\bar{\nu}(p_{6})) [\mbox{no pol}]$   & LO \\
\hline 
71 & $ W^+(\to \nu(p_{3})+e^+(p_{4}))+Z(\to \mu^-(p_{5})+\mu^+(p_{6}))$   & NNLO \\
711& $ W^+(\to \nu(p_{3})+e^+(p_{4}))+Z(\to e^-(p_{5})+e^+(p_{6}))$   & NNLO \\
72 & $ W^+(\to \nu(p_{3})+e^+(p_{4}))+Z(\to 3\times(\nu_\mu(p_{5})+\bar{\nu}_\mu(p_{6})))$   & NLO \\
73 & $ W^+(\to \nu(p_{3})+e^+(p_{4}))+Z(\to b(p_{5})+\bar{b}(p_{6}))$   & NLO \\
74 & $ W^+(\to \nu(p_{3})+e^+(p_{4}))+Z(\to 3\times(d(p_{5})+\bar{d}(p_{6})))$   & NLO \\
75 & $ W^+(\to \nu(p_{3})+e^+(p_{4}))+Z(\to 2\times(u(p_{5})+\bar{u}(p_{6})))$   & NLO \\
\hline 
76 & $ W^-(\to e^-(p_{3})+\bar{\nu}(p_{4}))+Z(\to \mu^-(p_{5})+\mu^+(p_{6}))$   & NNLO \\
761& $ W^-(\to e^-(p_{3})+\bar{\nu}(p_{4}))+Z(\to e^-(p_{5})+e^+(p_{6}))$   & NNLO \\
77 & $ W^-(\to e^-(p_{3})+\bar{\nu}(p_{4}))+Z(\to 3\times(\nu_e(p_{5})+\bar{\nu}_e(p_{6})))$   & NLO \\
78 & $ W^-(\to e^-(p_{3})+\bar{\nu}(p_{4}))+Z(\to b(p_{5})+\bar{b}(p_{6}))$   & NLO \\
79 & $ W^-(\to e^-(p_{3})+\bar{\nu}(p_{4}))+Z(\to 3\times(d(p_{5})+\bar{d}(p_{6})))$   & NLO \\
80 & $ W^-(\to e^-(p_{3})+\bar{\nu}(p_{4}))+Z(\to 2\times(u(p_{5})+\bar{u}(p_{6})))$   & NLO \\
\hline 
81 & $ Z(\to e^-(p_{3})+e^+(p_{4})) + Z(\to \mu^-(p_{5})+\mu^+(p_{6}))$   & NNLO \\
82 & $ Z(\to e^-(p_{3})+e^+(p_{4})) + Z(\to \nu_\mu(p_{5})+\bar{\nu}_\mu(p_{6}))$   & NNLO \\
8211& $ Z(\to e^-(p_{3})+e^+(p_{4})) + Z(\to \nu_e(p_{5})+\bar{\nu}_e(p_{6}))$ [both $WW+ZZ$]  & NNLO \\
83 & $ Z(\to e^-(p_{3})+e^+(p_{4})) + Z(\to b(p_{5})+\bar{b}(p_{6}))$   & NLO \\
84 & $ Z(\to b(p_{3})+\bar{b}(p_{4})) + Z(\to 3\times(\nu(p_{5})+\bar{\nu}(p_{6})))$   & NLO \\
85 & $ Z(\to e^-(p_{3})+e^+(p_{4})) + Z(\to 3\times(\nu(p_{5})+\bar{\nu}(p_{6})))+f(p_{7})$   & LO \\
90 & $ Z(\to e^-(p_{3})+e^+(p_{4})) + Z(\to e^-(p_{5})+e^+(p_{6}))$   & NLO \\
\hline 
900& $ (W^+ + W^-) + H(\to \tau(p_5)+\bar\tau(p_6)) $& NNLO \\
91 & $ W^+(\to nu(p_3)+e^+(p_4)) + H(\to \tau(p_5)+\bar\tau(p_6)) $& NNLO \\
92 & $  W^+(\to nu(p_3)+e^+(p_4)) + H(\to b(p_5)+\bar b(p_6)) $& NNLO \\
920 &$   W^+(\to nu(p_3)+e^+(p_4)) + H(\to b(p_5)+\bar b(p_6)) $ [rad.in.dk] & NLO \\
93 & $  W^+(\to nu(p_3)+e^+(p_4)) + H(\to \gamma(p_5)+\gamma(p_6)$ & NNLO \\
94 & $  W^+(\to nu(p_3)+e^+(p_4)) + H(\to W^+(\nu(p_5),e^+(p_6)) W^-(e^-(p_7),\bar\nu(p_8)))$ & NNLO \\
95 & $ W^+(\to nu(p_3)+e^+(p_4)) + H(\to Z(e^-(p_5),e^+(p_6))+Z(\mu^-(p_7),\mu(p_8))) $& NNLO \\
96 & $ W^-(\to e^-(p_3)+\bar\nu(p_4)) + H(\to \tau(p_5)+\bar\tau(p_6)) $& NNLO \\
97 & $  W^-(\to e^-(p_3)+\bar\nu(p_4)) + H(\to b(p_5)+\bar b(p_6)) $& NNLO \\
970 & $  W^-(\to e^-(p_3)+\bar\nu(p_4)) + H(\to b(p_5)+\bar b(p_6)) $[rad.in.dk] & NLO \\
98 & $  W^-(\to e^-(p_3)+\bar\nu(p_4)) + H(\to \gamma(p_5)+\gamma(p_6))$ & NNLO \\
99 & $ W^-(\to e^-(p_3)+\bar\nu(p_4)) + H(\to W^+(\nu(p_5),e^+(p_6))W^-(e^-(p_7),\bar\nu(p_8))) $ & NNLO \\
100 & $ W^-(\to e^-(p_3)+\bar\nu(p_4)) + H(\to Z(e^-(p_5),e^+(p_6))+Z(\mu^-(p_7),\mu^+(p_8)))$  & NNLO \\
\hline 
\end{tabular}
\end{center}
\end{table}
\newpage
\begin{table}
\begin{center}
\begin{tabular}{|l|l|l|}
\hline
101 & $ Z(\to e^-(p_{3})+e^+(p_{4})) + H(\to b(p_{5})+\bar{b}(p_{6}))$   & NNLO \\
1010& $ Z(\to e^-(p_{3})+e^+(p_{4})) + H(\to b(p_{5})+\bar{b}(p_{6})) [rad.in.dk]$   & NLO \\
102 & $ Z(\to 3\times(\nu(p_{3})+\bar{\nu}(p_{4}))) + H(\to b(p_{5})+\bar{b}(p_{6}))$   & NLO \\
103 & $ Z(\to b(p_{3})+\bar{b}(p_{4})) + H(\to b(p_{5})+\bar{b}(p_{6}))$        & NLO \\
104 & $ Z(\to e^-(p_3)+e^+(p_{4})) + H(\to \gamma(p_{5})+\gamma(p_{6}))$ & NNLO \\
105 & $ Z(\to \to 3\times(\nu(p_3)+\bar{\nu}(p_{4}))) + H(\to \gamma(p_{5})+\gamma(p_{6}))$ & NLO \\
106 & $ Z(\to e^-(p_{3})+e^+(p_{4})) + H(\to W^+(\nu(p_{5}),e^+(p_{6}))W^-(e^-(p_{7}),\bar{\nu}(p_{8})))$   & NNLO \\
107 & $ Z(\to 3\times(\nu(p_{3})+\bar{\nu}(p_{4}))) + H(\to 
W^+(\nu(p_{5}),e^+(p_{6}))W^-(e^-(p_{7}),\bar{\nu}(p_{8})))$   & NLO \\
108 & $ Z(\to b(p_{3})+\bar{b}(p_{4})) + H(\to W^+(\nu(p_{5}),e^+(p_{6}))W^-(e^-(p_{7}),\bar{\nu}(p_{8})))$        & 
NLO \\
109 & $ Z(\to e^-(p_3)+e^+(p_{4})) + H(\to Z(e^-(p_{5}),e^+(p_{6}))+Z(\to\mu^-(p_{7}),\mu^+(p_{8})))$ & NLO \\
110 & $ Z(\to e^-(p_3)+e^+(p_{4})) + H(\to \tau^-(p_5) \tau^+_(p_6)))$ & NNLO \\
\hline 
111 & $ H(\to b(p_{3})+\bar{b}(p_{4}))$   & NNLO \\
112 & $ H(\to \tau^-(p_{3})+\tau^+(p_{4}))$   & NNLO \\
113 & $ H(\to  W^+(\nu(p_{3})+e^+(p_{4})) + W^-(e^-(p_{5})+\bar{\nu}(p_{6})))$   & NLO \\
114 & $ H(\to  W^+(\nu(p_{3})+e^+(p_{4})) + W^-(q(p_{5})+\bar{q}(p_{6})))$   & NLO \\
115 & $ H(\to  W^+(\nu(p_{3})+e^+(p_{4})) + W^-(q(p_{5})+\bar{q}(p_{6}))) [rad.in.dk]$   & NLO \\
116 & $ H(\to Z(\to e^-(p_{3})+e^+(p_{4})) + Z(\to\mu^-(p_{5})+\mu^+(p_{6}))$   & NLO \\
117 & $ H(\to Z(\to3\times(\nu(p_{3})+\bar{\nu}(p_{4})))+ Z(\to\mu^-(p_{5})+\mu^+(p_{6}))$   & NLO \\
118 & $ H(\to Z(\to\mu^-(p_{3})+\mu^+(p_{4})) + Z(\to b(p_{5})+\bar{b}(p_{6}))$   & NLO \\
119 & $ H(\to \gamma(p_{3})+\gamma(p_{4}))$   & NNLO \\
120 & $ H(\to Z(\to\mu^-(p_{3})+\mu^+(p_{4})) + \gamma(p_{5}))$   & NLO \\
121 & $ H(\to Z(\to3\times(\nu(p_{3})+\bar{\nu}(p_{4})))) + \gamma(p_{5}))$   & NLO \\
\hline 
123 & $ H(\to  W^+(\nu(p_3)+e^+(p_{4})) + W^-(e^-(p_{5})+\bar{\nu}(p_{6})))$ [t, b loops, exact] & LO \\
124 & $ H(\to  W^+(\nu(p_3)+e^+(p_{4})) + W^-(e^-(p_{5})+\bar{\nu}(p_{6})))$ [only H, gg$\rightarrow$WW int & LO \\
125 & $ H(\to  W^+(\nu(p_3)+e^+(p_{4})) + W^-(e^-(p_{5})+\bar{\nu}(p_{6})))$ [$|H|^2$ and H,gg$\rightarrow$WW int] & LO 
\\
126 & $ W^+(\nu(p_3)+e^+(p_{4})) + W^-(e^-(p_{5})+\bar{\nu}(p_{6}))$ [gg only, (H + gg$\rightarrow$WW) squared] & LO \\
127 & $ W^+(\nu(p_3)+e^+(p_{4})) + W^-(e^-(p_{5})+\bar{\nu}(p_{6}))$ [(gg$\rightarrow$WW squared]) & LO \\
128 & $ H(\to Z(\to \to e^-(p3)+e^+(p4)) + Z(\to \mu^-(p5)+\mu^+(p6))$ [t, b loops, exact]& LO \\
129 & $ H(\to Z(\to e^-(p3)+e^+(p4)) + Z(\to \mu^-(p5)+\mu^+(p6))$ [only H, gg$\rightarrow$ZZ int] & LO \\
130 & $ H(\to Z(\to e^-(p3)+e^+(p4)) + Z(\to \mu^-(p5)+\mu^+(p6))$ [$|H|^2$ and H,gg$\rightarrow$ZZ int]& LO \\
131 & $ Z(\to e^-(p3)+e^+(p4)) + Z(\to \mu^-(p5)+\mu^+(p6)$ [gg only, $|H + gg \rightarrow ZZ|^2$]& LO \\
132 & $ Z(\to e^-(p3)+e^+(p4)) + Z(\to \mu^-(p5)+\mu^+(p6)$ [(gg$\rightarrow$ZZ) squared]& LO \\
\hline 
1281 & $ H(\to e^-(p3)+e^+(p4) \nu_e(p5)+\bar\nu_e(p6)$ [top, bottom loops, exact]& LO \\
1311 & $ e^-(p3)+e^+(p4)+\nu_e(p5)+\bar\nu_e(p6)$ [gg only, (H + gg$\rightarrow$ZZ) squared]& LO \\
1321 & $ e^-(p3)+e^+(p4)+\nu_e(p5)+\bar\nu_e(p6)$ [(gg$\rightarrow$ZZ) squared]& LO \\
\hline 
1282 & $ H(\to e^-(p3)+e^+(p4)+\nu(p5)+\bar\nu(p6)$ [top, bottom loops, exact]& LO \\
1312 & $ e^-(p3)+e^+(p4)+\nu(p5)+\bar\nu(p6)$ [gg only, (H + gg$\rightarrow$ZZ) squared]& LO \\
1322 & $ e^-(p3)+e^+(p4)+\nu(p5)+\bar\nu(p6)$ [(gg$\rightarrow$ZZ) squared]& LO \\
\hline
133 & $ H(\to Z(\to e^-(p3)+e^+(p4)) + Z(\to \mu^-(p5)+\mu^+(p6) + f(p7))$ [intf,no $p_7$ cut]& LO \\
\hline 
\end{tabular}
\end{center}
\end{table}
\newpage
\begin{table}
\begin{center}
\begin{tabular}{|l|l|l|}
\hline
136 & $ H(\to b(p_{3})+\bar{b}(p_{4})) + b(p_{5}) (+g(p_{6}))$   & NLO \\
137 & $ H(\to b(p_{3})+\bar{b}(p_{4})) + \bar{b}(p_{5}) (+b(p_{6}))$   & (REAL) \\
138 & $ H(\to b(p_{3})+\bar{b}(p_{4})) + b(p_{5}) + \bar{b}(p_{6}) [\mbox{both observed}]$   & (REAL) \\
\hline 
141 & $ t(\to \nu(p_{3})+e^+(p_{4})+b(p_{5}))+\bar{t}(\to b~(p_{6})+e^-(p_{7})+\bar{\nu}(p_{8}))$ & NLO \\
142 & $ t(\to \nu(p_{3})+e^+(p_{4})+b(p_{5}))+\bar{t}(\to b~(p_{6})+e^-(p_{7})+\bar{\nu}(p_{8}))$ \mbox{\small 
[rad.in.dk]}& NLO \\
143 & $ t(\to \nu(p_{3})+e^+(p_{4})+b(p_{5}))+\bar{t}(\to b~(p_{6})+e^-(p_{7})+\bar{\nu}(p_{8}))+f(p_{9})$ & LO \\
144 & $ t(\to \nu(p_{3})+e^+(p_{4})+b(p_{5}))+\bar{t}(\to b~(p_{6})+e^-(p_{7})+\bar{\nu}(p_{8}))$ \mbox{(uncorr)} & NLO 
\\
145 & $ t(\to \nu(p_{3})+e^+(p_{4})+b(p_{5}))+\bar{t}(\to b~(p_{6})+e^-(p_{7})+\bar{\nu}(p_{8}))$ \mbox{\small 
[rad.in.dk],uncorr} & NLO \\
146 & $ t(\to \nu(p_{3})+e^+(p_{4})+b(p_{5}))+\bar{t}(\to b~(p_{6})+q(p_{7})+\bar{q}(p_{8})) $ & NLO \\
147 & $ t(\to \nu(p_{3})+e^+(p_{4})+b(p_{5}))+\bar{t}(\to b~(p_{6})+q(p_{7})+\bar{q}(p_{8})) $ \mbox{\small 
[rad.in.top.dk]}& NLO \\
148 & $ t(\to \nu(p_{3})+e^+(p_{4})+b(p_{5}))+\bar{t}(\to b~(p_{6})+q(p_{7})+\bar{q}(p_{8})) $ \mbox{\small 
[rad.in.$W$.dk]}& NLO \\
149 & $ t(\to q(p_{3})+\bar{q}(p_{4})+b(p_{5}))+\bar{t}(\to b~(p_{6})+e^-(p_{7})+\bar{\nu}(p_{8})) $ & NLO \\
150 & $ t(\to q(p_{3})+\bar{q}(p_{4})+b(p_{5}))+\bar{t}(\to b~(p_{6})+e^-(p_{7})+\bar{\nu}(p_{8})) $ \mbox{\small 
[rad.in.top.dk]}& NLO \\
151 & $ t(\to q(p_{3})+\bar{q}(p_{4})+b(p_{5}))+\bar{t}(\to b~(p_{6})+e^-(p_{7})+\bar{\nu}(p_{8})) $ \mbox{\small 
[rad.in.$W$.dk]}& NLO \\
\hline 
157 & $ t \bar{t} [\mbox{for total Xsect}]$   & NLO \\
158 & $ b \bar{b} [\mbox{for total Xsect}]$   & NLO \\
159 & $ c \bar{c} [\mbox{for total Xsect}]$   & NLO \\
160 & $ t \bar{t} + g [\mbox{for total Xsect}]$   & LO \\
\hline 
161 & $ t(\to \nu(p_{3})+e^+(p_{4})+b(p_{5}))+q(p_{6}) [\mbox{t-channel}]$   & NLO \\
1610& $ t(\to \nu(p_{3})+e^+(p_{4})+b(p_{5}))+q(p_{6}) [\mbox{t-channel}]$   & NNLO \\
162 & $ t(\to \nu(p_{3})+e^+(p_{4})+b(p_{5}))+q(p_{6}) [\mbox{decay}]$   & NLO \\
163 & $ t(\to \nu(p_{3})+e^+(p_{4})+b(p_{5}))+q(p_{6}) [\mbox{t-channel}] mb>0$   & NLO \\
164 & $ t(\to \nu(p_{3})+e^+(p_{4})+b(p_{5}))+q(p_{6}) [\mbox{full off-shell t-channel}] mb=0$   & NLO \\
1650& $ t(\to \nu(p_{3})+e^+(p_{4})+b(p_{5}))+q(p_{6})+g(p_7) [\mbox{t-channel}]$   & NLO \\
166 & $ \bar{t}(\to e^-(p_{3})+\bar{\nu}(p_{4})+\bar{b}(p_{5}))+q(p_{6}) [\mbox{t-channel}]$   & NLO \\
167 & $ \bar{t}(\to e^-(p_{3})+\bar{\nu}(p_{4})+\bar{b}(p_{5}))+q(p_{6}) [\mbox{rad.in.dk}]$   & NLO \\
168 & $ \bar{t}(\to e^-(p_{3})+\bar{\nu}(p_{4})+\bar{b}(p_{5}))+q(p_{6}) [\mbox{t-channel}] mb>0$   & NLO \\
169 & $ \bar{t}(\to e^-(p_{3})+\bar{\nu}(p_{4})+\bar{b}(p_{5}))+q(p_{6}) [\mbox{full off-shell t-channel}] mb=0$   & 
NLO \\
\hline 
171 & $ t(\to \nu(p_{3})+e^+(p_{4})+b(p_{5}))+\bar{b}(p_{6})) [\mbox{s-channel}]$   & NLO \\
172 & $ t(\to \nu(p_{3})+e^+(p_{4})+b(p_{5}))+\bar{b}(p_{6})) [\mbox{decay}]$   & NLO \\
176 & $ \bar{t}(\to e^-(p_{3})+\bar{\nu}(p_{4})+\bar{b}(p_{5}))+b(p_{6})) [\mbox{s-channel}]$   & NLO \\
177 & $ \bar{t}(\to e^-(p_{3})+\bar{\nu}(p_{4})+\bar{b}(p_{5}))+b(p_{6})) [\mbox{rad.in.dk}]$   & NLO \\
\hline 
180 & $ W^-(\to e^-(p_{3})+\bar{\nu}(p_{4}))+t(p_{5})$   & NLO \\
181 & $ W^-(\to e^-(p_{3})+\bar{\nu}(p_{4}))+t(\nu(p_{5})+e^+(p_{6})+b(p_{7}))$   & NLO \\
182 & $ W^-(\to e^-(p_{3})+\bar{\nu}(p_{4}))+t(\nu(p_{5})+e^+(p_{6})+b(p_{7})) [\mbox{rad.in.dk}]$   & NLO \\
183 & $ W^-(\to e^-(p_{3})+\bar{\nu}(p_{4}))+t(\nu(p_{5})+e^+(p_{6})+b(p_{7}))+b(p_{8})$   & LO \\
184 & $ W^-(\to e^-(p_{3})+\bar{\nu}(p_{4}))+t(p_{5})+b(p_{6}) [\mbox{massive b}]$   & LO \\
185 & $ W^+(\to \nu(p_{3})+e^+(p_{4}))+\bar{t}(p_{5})$   & NLO \\
186 & $ W^+(\to \nu(p_{3})+e^+(p_{4}))+\bar{t}(e^-(p_{5})+\bar{\nu}(p_{6})+\bar{b}(p_{7})$   & NLO \\
187 & $ W^+(\to \nu(p_{3})+e^+(p_{4}))+\bar{t}(e^-(p_{5})+\bar{\nu}(p_{6})+\bar{b}(p_{7}) [\mbox{rad.in.dk}]$   & NLO \\
\hline 
\end{tabular}
\end{center}
\end{table}
\newpage
\begin{table}
\begin{center}
\begin{tabular}{|l|l|l|}
\hline 
190 & $ f(p_{3})+f(p_{4})$   & LO \\
191 & $ f(p_{3})+f(p_{4})$ [mixed QCD/EW]  & NLO \\
\hline
200 & $ H + f(p_5)$, see section \ref{subsec:hjetma} & NLO \\
201 & $ H(\to b(p_{3})+\bar{b}(p_{4})) + f(p_{5}) [\mbox{full mt dep.}]$   & LO \\
202 & $ H(\to \tau^-(p_{3})+\tau^+(p_{4})) + f(p_{5}) [\mbox{full mt dep.}]$   & LO \\
203 & $ H(\to b(p_{3})+\bar{b}(p_{4})) + f(p_{5})$   & NNLO \\
204 & $ H(\to \tau^-(p_{3})+\tau^+(p_{4})) + f(p_{5})$   & NNLO \\
205 & $ H(\to Z(\mu^-(p_3) + \mu^+(p_4)) + \gamma(p_5)) + f(p_5)$ & NLO \\
206 & $ A(\to b(p_{3})+\bar{b}(p_{4})) + f(p_{5}) [\mbox{full mt dep.}]$   & LO \\
207 & $ A(\to \tau^-(p_{3})+\tau^+(p_{4})) + f(p_{5}) [\mbox{full mt dep.}]$   & LO \\
208 & $ H(\to W^+(\nu(p_{3}),e^+(p_{4}))W^-(e^-(p_{5}),\bar{\nu}(p_{6})))+f(p_{7})$   & NLO \\
209 & $ H(\to Z(\to e^-(p_{3}),e^+(p_{4}))Z(\to \mu^-(p_{5}),\mu^+(p_{6})))+f(p_{7})$   & NLO \\
210 & $ H(\to \gamma(p_{3})+\gamma(p_{4})) + f(p_{5})$   & NNLO \\
\hline 
211 & $ H(\to b(p_{3})+\bar{b}(p_{4}))+f(p_{5})+f(p_{6}) [\mbox{WBF}]$   & NLO \\
212 & $ H(\to \tau^-(p_{3})+\tau^+(p_{4}))+f(p_{5})+f(p_{6}) [\mbox{WBF}]$   & NLO \\
213 & $ H(\to W^+(\nu(p_{3}),e^+(p_{4}))W^-(e^-(p_{5}),\bar{\nu}(p_{6})))+f(p_{7})+f(p_{8}) [\mbox{WBF}]$   & NLO \\
214 & $ H(\to Z(\to e^-(p_3),e^+(p_{4}))+Z(\to \mu^-(p_{5}),\mu^+(p_{6})))+f(p_{7})+f(p_{8}) [\mbox{WBF}]$ & NLO \\
215 & $ H(\to \gamma(p_3)+\gamma(p_{4}))+f(p_{5})+f(p_{6}) [\mbox{WBF}]$ & NLO \\
216 & $ H(\to b(p_{3})+\bar{b}(p_{4}))+f(p_{5})+f(p_{6})+f(p_{7}) [\mbox{WBF+jet}]$   & LO \\
217 & $ H(\to \tau^-(p_{3})+\tau^+(p_{4}))+f(p_{5})+f(p_{6})+f(p_{7}) [\mbox{WBF+jet}]$   & LO \\
221 & $ \tau^-(\to e^-(p_{3})+\bar{\nu}_e(p_{4})+\nu_\tau(p_{5}))+\tau^+(\to 
\bar{\nu}_\tau(p_{6})+\nu_e(p_{7})+e^+(p_{8}))$   & LO \\
\hline 
220 & $  Z(\to e^-(p_3),e^+(p_4))Z(\to \mu^-(p_5),\mu^+(p_6)))+f(p_7)+f(p_8) $ [weak]' & LO \\
2201 & $  Z(\to e^-(p_3),e^+(p_4))Z(\to \mu^-(p_5),\mu^+(p_6)))+f(p_7)+f(p_8) $ [strong]' & LO \\
222 & $  Z(\to e^-(p_3),e^+(p_4))Z(\to \nu_{\mu}(p_5),\bar{\nu}_{\mu}(p_6)))+f(p_7)+f(p_8) $ [weak]' & LO \\
2221 & $  Z(\to e^-(p_3),e^+(p_4))Z(\to \nu_{\mu}(p_5),\bar{\nu}_{\mu}(p_6)))+f(p_7)+f(p_8) $ [strong]' & LO \\
224 & $  W^-(e^-(p_3),\bar{\nu}_e(p_6)))W^+(\nu_{\mu}(p_5),mu^+(p_4))+f(p_7)+f(p_8) $ [weak]' & LO \\
2241 & $  W^-(e^-(p_3),\bar{\nu}_e(p_6)))W^+(\nu_{\mu}(p_5),mu^+(p_4))+f(p_7)+f(p_8) $ [strong]' & LO \\
226 & $  e^-(p_3)+e^+(p_4)+\nu_e(p_5)+\bar{\nu}_e(p_6)+f(p_7)+f(p_8) $ [weak]' & LO \\
228 & $  W^+(\nu_e(p_3),e^+(p_4)))W^+(\nu_{\mu}(p_5),mu^+(p_6))+f(p_7)+f(p_8) $ [weak]' & LO \\
2281 & $  W^+(\nu_e(p_3),e^+(p_4)))W^+(\nu_{\mu}(p_5),mu^+(p_6))+f(p_7)+f(p_8) $ [strong]' & LO \\
229 & $  W^-(e^-(p_3),\bar{\nu}_e(p_4)))W^-(mu^-(p_5),\bar{\nu}_{\mu}(p_6))+f(p_7)+f(p_8) $ [weak]' & LO \\
2291 & $  W^-(e^-(p_3),\bar{\nu}_e(p_4)))W^-(mu^-(p_5),\bar{\nu}_{\mu}(p_6))+f(p_7)+f(p_8) $ [strong]' & LO \\
223 & $  W^+(\nu_e(p_3),e^+(p_4))Z(\to \mu^-(p_5),\mu^+(p_6)))+f(p_7)+f(p_8) $ [weak]' & LO \\
2231 & $  W^+(\nu_e(p_3),e^+(p_4))Z(\to \mu^-(p_5),\mu^+(p_6)))+f(p_7)+f(p_8) $ [strong]' & LO \\
225 & $  W^-(e^-(p_3),\bar{\nu}_e(p_4))Z(\to \mu^-(p_5),\mu^+(p_6)))+f(p_7)+f(p_8) $ [weak]' & LO \\
2251 & $  W^-(e^-(p_3),\bar{\nu}_e(p_4))Z(\to \mu^-(p_5),\mu^+(p_6)))+f(p_7)+f(p_8) $ [strong]' & LO \\
\hline 
\end{tabular}
\end{center}
\end{table}
\newpage
\begin{table}
\begin{center}
\begin{tabular}{|l|l|l|}
\hline
231 & $t(p_3)+\bar{b}(p_4)+q(p_5)$ [\mbox{t-channel]} & NLO \\
232 & $t(p_3)+\bar{b}(p_4)+q(p_5)+q(p_6)$ [\mbox{t-channel]} & LO \\
233 & $t(\to \nu(p_3)+e^+(p_4)+b(p_5))+\bar{b}(p_6)+q(p_7)$ [\mbox{t-channel]} & NLO \\
234 & $t(\to \nu(p_3)+e^+(p_4)+b(p_5))+\bar{b}(p_6)+q(p_7)$ [\mbox{t-channel, rad.in.dk]} & NLO \\
235 & $t(\to \nu(p_3)+e^+(p_4)+b(p_5))+\bar{b}(p_6)+q(p_7)+f(p_8)$ [\mbox{t-channel]} & LO \\
236 & $\bar{t}(p_3)+b(p_4)+q(p_5)$ [\mbox{t-channel]} & NLO \\
237 & $\bar{t}(p_3)+b(p_4)+q(p_5)+q(p_6)$ [\mbox{t-channel]} & LO \\
238 & $\bar{t}(\to e^-(p_3)+\bar{\nu}(p_4)+\bar{b}(p_5))+b(p_6)+q(p_7)$ [\mbox{t-channel]} & NLO \\
239 & $\bar{t}(\to e^-(p_3)+\bar{\nu}(p_4)+\bar{b}(p_5))+b(p_6)+q(p_7)$ [\mbox{t-channel, rad.in.dk]} & NLO \\
240 & $\bar{t}(\to e^-(p_3)+\bar{\nu}(p_4)+\bar{b}(p_5))+b(p_6)+q(p_7)+f(p_8)$ [\mbox{t-channel]} & L0 \\
\hline 
251 & $ W^+(\to \nu(p_{3})+e^+(p_{4})) + W^+(\to \nu(p_{5})+e^+(p_{6}))+f(p_{7})+f(p_{8})$   & LO \\
252 & $ W^+(\to \nu(p_{3})+e^+(p_{4})) + W^+(\to \nu(p_{5})+e^+(p_{6}))+f(p_{7})+f(p_{8})+f(p_{9})$   & LO \\
253 & $W^+(\to\nu(p_3)+e^+(p_4)) + Z(\to e^-(p_5)+e^+(p_6))+f(p_7)+f(p_8)$ & LO  \\
254 & $W^-(\to e^-(p_3)+\bar{\nu}(p_4))+ Z(\to e^-(p_5)+e^+(p_6))+f(p_7)+f(p_8)$ & LO  \\
255 & $W^+(\to \nu(p_3)+e^+(p_4)) + Z(\to e^-(p_5)+e^+(p_6))+b(p_7)+f(p_8)$ & LO  \\
256 & $W^-(\to e^-(p_3)+\bar{\nu}(p_4))+ Z(\to e^-(p_5)+e^+(p_6))+b(p_7)+f(p_8)$ & LO  \\
259 & $W^+(\to \nu(p_3)+e^+(p_4)) + Z(\to e^-(p_5)+e^+(p_6))+b(p_7)+b~(p_8)$ & LO  \\
260 & $W^-(\to e^-(p_3)+\bar{\nu}(p_4))+ Z(\to e^-(p_5)+e^+(p_6))+b(p_7)+b~(p_8)$ & LO  \\
\hline 
261 & $ Z(\to e^-(p_{3})+e^+(p_{4}))+b(p_{5})$   & NLO \\
262 & $ Z(\to e^-(p_{3})+e^+(p_{4}))+c(p_{5})$   & NLO \\
263 & $ Z(\to e^-(p_{3})+e^+(p_{4}))+\bar{b}(p_{5})+b(p_{6}) [\mbox{1 b-tag}]$   & LO \\
264 & $ Z(\to e^-(p_{3})+e^+(p_{4}))+\bar{c}(p_{5})+c(p_{6}) [\mbox{1 c-tag}]$   & LO \\
266 & $ Z(\to e^-(p_{3})+e^+(p_{4}))+b(p_{5})(+\bar{b}(p_{6}))$   & NLO \\
267 & $ Z(\to e^-(p_{3})+e^+(p_{4}))+c(p_{5})(+\bar{c}(p_{6}))$   & NLO \\
\hline 
269 & $ H(\gamma(p_{3})+\gamma(p_{4}))+f(p_{5})+f(p_{6}) [\mbox{full mt dep.}]$   & NLO \\
\hline 
\end{tabular}
\end{center}
\end{table}
\newpage
\begin{table}
\begin{center}
\begin{tabular}{|l|l|l|}
\hline
270 & $ H(\gamma(p_{3})+\gamma(p_{4}))+f(p_{5})+f(p_{6}) [\mbox{in heavy top limit}]$   & NLO \\
271 & $ H(b(p_{3})+\bar{b}(p_{4}))+f(p_{5})+f(p_{6}) [\mbox{in heavy top limit}]$   & NLO \\
272 & $ H(\tau^-(p_{3})+\tau^+(p_{4}))+f(p_{5})+f(p_{6}) [\mbox{in heavy top limit}]$   & NLO \\
273 & $ H(\to W^+(\nu(p_{3}),e^+(p_{4}))W^-(e^-(p_{5}),\bar{\nu}(p_{6})))+f(p_{7})+f(p_{8})$   & NLO \\
274 & $ H(\to Z(e^-(p_{3}),e^+(p_{4}))Z(\mu^-(p_{5}),\mu^+(p_{6})))+f(p_{7})+f(p_{8})$   & NLO \\
275 & $ H(b(p_{3})+\bar{b}(p_{4}))+f(p_{5})+f(p_{6})+f(p_{7}) [\mbox{in heavy top limit}]$   & LO \\
276 & $ H(\tau^-(p_{3})+\tau^+(p_{4}))+f(p_{5})+f(p_{6})+f(p_{7}) [\mbox{in heavy top limit}]$   & LO \\
278 & $ H(\to W^+(\nu(p_3),e^+(p_4))W^-(e^-(p_5),\bar{\nu}(p_6)))+f(p_7)+f(p_8)+f(p_9)$ & LO \\
279 & $ H(\to Z(e^-(p_3),e^+(p_4))Z(\mu^-(p_5),\mu^+(p_6)))+f(p_7)+f(p_8)+f(p_9)$ & LO \\
\hline 
280 & $ \gamma(p_3)+f(p_{4})$ & NLO+F \\
282 & $ f(p_{1})+f(p_{2})\to  \gamma(p_{3})+f(p_{4})+f(p_{5})$   & LO \\
283 & $ f(p_{1})+f(p_{2})\to  \gamma(p_{3})+b(p_{4})$   & LO \\
284 & $ f(p_{1})+f(p_{2})\to  \gamma(p_{3})+c(p_{4})$   & LO \\
285 & $ f(p_{1})+f(p_{2})\to  \gamma(p_{3})+\gamma(p_{4})$   & NLO+F, NNLO \\
2851& $ g(p_{1})+g(p_{2})\to  \gamma(p_{3})+\gamma(p_{4})$   & NLO \\
286 & $ f(p_{1})+f(p_{2})\to  \gamma(p_{3})+\gamma(p_{4})+f(p_{5})$   & LO \\
2861& $ g(p_{1})+g(p_{2})\to  \gamma(p_{3})+\gamma(p_{4})+f(p_{5})$   & LO \\
287 & $ f(p_{1})+f(p_{2})\to  \gamma(p_{3})+\gamma(p_{4})+\gamma(p_{5})$   & NLO+F \\
289 & $ f(p_{1})+f(p_{2})\to  \gamma(p_{3})+\gamma(p_{4})+\gamma(p_{5})+\gamma(p_{6})$   & NLO+F \\
\hline 
290 & $ f(p_{1})+f(p_{2})\to W^+(\to \nu(p_{3})+e^+(p_{4}))+\gamma(p_{5})$   & NNLO \\
292 & $ f(p_{1})+f(p_{2})\to W^+(\to \nu(p_{3})+e^+(p_{4})) +\gamma(p_{5})+f(p_{6}) $   & NLO \\
293 & $ f(p_{1})+f(p_{2})\to W^+(\to \nu(p_{3})+e^+(p_{4})) +\gamma(p_{5})+f(p_{6})+f(p_{7}) $   & LO \\
294 & $ f(p_{1})+\gamma(p_{2})\to W^+(\to \nu(p_{3})+e^+(p_{4})) +\gamma(p_{5})+f(p_{6}) $   & NLO \\
2941& $ f(p_{1})+\gamma(p_{2})\to W^+(\to \nu(p_{3})+e^+(p_{4})) +\gamma(p_{5})+f(p_{6})+f(p_7) $   & NLO \\
295 & $ f(p_{1})+f(p_{2})\to W^-(\to e^-(p_{3})+\bar{\nu}(p_{4}))+\gamma(p_{5})$   & NNLO \\
297 & $ f(p_{1})+f(p_{2})\to W^-(\to e^-(p_{3})+\bar{\nu}(p_{4}))+\gamma(p_{5})+f(p_{6}) $   & NLO \\
298 & $ f(p_{1})+f(p_{2})\to W^-(\to e^-(p_{3})+\bar{\nu}(p_{4}))+\gamma(p_{5})+f(p_{6})+f(p_{7}) $   & LO \\
299 & $ f(p_{1})+\gamma(p_{2})\to W^-(\to e^-(p_{3})+\bar{\nu}(p_{4}))+\gamma(p_{5})+f(p_{6}) $   & NLO \\
2991& $ f(p_{1})+\gamma(p_{2})\to W^-(\to e^-(p_{3})+\bar{\nu}(p_{4}))+\gamma(p_{5})+f(p_{6})+f(p_7) $   & NLO \\
\hline 
300 & $  Z(\to e ^-(p_3)+e^+(p_4))+\gamma(p_5)$ & NNLO \\
301 & $ Z(\to e ^-(p_3)+e^+(p_4))+\gamma(p_5)+\gamma(p_6) $& NLO +F \\
302 &$  Z(\to e ^-(p_3)+e^+(p_4))+\gamma(p_5)+f(p_6) $& NLO \\
303 &$   Z(\to e ^-(p_3)+e^+(p_4))+\gamma(p_5)+\gamma(p_6)+f(p_7) $& LO \\
304 & $  Z(\to e ^-(p_3)+e^+(p_4))+\gamma(p_5)+f(p_6)+f(p_7) $ & LO \\
305 & $  Z(\to 3(\nu(p_3)+\bar{\nu}(p_4)))+\gamma(p_5) $& NNLO \\
306 & $  Z(\to 3(\nu(p_3)+\bar{\nu}(p_4)))+\gamma(p_5)+\gamma(p_6) $& NLO + F \\
307 &$  Z(\to 3(\nu(p_3)+\bar{\nu}(p_4)))+\gamma(p_5)+f(p_6) $ & NLO \\
308 &$   Z(\to 3(\nu(p_3)+\bar{\nu}(p_4)))+\gamma(p_5)+\gamma(p_6)+f(p_7) $  & LO \\
309 &$  Z(\to 3(\nu(p_3)+\bar{\nu}(p_4)))+\gamma(p_5)+f(p_6)+f(p_7) $ & LO \\
\hline 
311 & $ f(p_{1})+b(p_{2}) \to  W^+(\to \nu(p_{3})+e^+(p_{4}))+b(p_{5})+f(p_{6})$   & LO \\
316 & $ f(p_{1})+b(p_{2}) \to  W^-(\to e^-(p_{3})+\bar{\nu}(p_{4}))+b(p_{5})+f(p_{6})$   & LO \\
\hline 
321 & $ f(p_{1})+c(p_{2}) \to  W^+(\to \nu(p_{3})+e^+(p_{4}))+c(p_{5})+f(p_{6})$   & LO \\
326 & $ f(p_{1})+c(p_{2}) \to  W^-(\to e^-(p_{3})+\bar{\nu}(p_{4}))+c(p_{5})+f(p_{6})$   & LO \\
\hline 
\end{tabular}
\end{center}
\end{table}
\newpage
\begin{table}
\begin{center}
\begin{tabular}{|l|l|l|}
\hline 
331 & $ W^+(\to \nu(p_{3})+e^+(p_{4}))+c(p_{5})+f(p_{6}) [\mbox{c-s interaction}]$   & LO \\
336 & $ W^-(\to e^-(p_{3})+\bar{\nu}(p_{4}))+c(p_{5})+f(p_{6}) [\mbox{c-s interaction}]$   & LO \\
\hline 
341 & $ f(p_{1})+b(p_{2}) \to  Z(\to e^-(p_{3})+e^+(p_{4}))+b(p_{5})+f(p_{6}) [+f(p_{7})]$   & NLO \\
342 & $ f(p_{1})+b(p_{2}) \to  Z(\to e^-(p_{3})+e^+(p_{4}))+b(p_{5})+f(p_{6}) [+\bar{b}(p_{7})]$  & (REAL) \\
346 & $ f(p_{1})+b(p_{2}) \to  Z(\to e^-(p_{3})+e^+(p_{4}))+b(p_{5})+f(p_{6})+f(p_{7})$   & LO \\
347 & $ f(p_{1})+b(p_{2}) \to  Z(\to e^-(p_{3})+e^+(p_{4}))+b(p_{5})+f(p_{6})+\bar{b}(p_{7})$   & LO \\
\hline
351 & $ f(p_{1})+c(p_{2}) \to  Z(\to e^-(p_{3})+e^+(p_{4}))+c(p_{5})+f(p_{6}) [+f(p_{7})]$   & NLO \\
352 & $ f(p_{1})+c(p_{2}) \to  Z(\to e^-(p_{3})+e^+(p_{4}))+c(p_{5})+f(p_{6}) [+\bar{c}(p_{7})]$  & (REAL) \\
356 & $ f(p_{1})+c(p_{2}) \to  Z(\to e^-(p_{3})+e^+(p_{4}))+c(p_{5})+f(p_{6})+f(p_{7})$   & LO \\
357 & $ f(p_{1})+c(p_{2}) \to  Z(\to e^-(p_{3})+e^+(p_{4}))+c(p_{5})+f(p_{6})+\bar{c}(p_{7})$   & LO \\
\hline 
361 & $ c(p_{1})+\bar{s}(p_{2}) \to  W^+(\to \nu(p_{3})+e^+(p_{4})) [\mbox{mc=0 in NLO}]$   & NLO \\
362 & $ c(p_{1})+\bar{s}(p_{2}) \to  W^+(\to \nu(p_{3})+e^+(p_{4})) [\mbox{massless corrections only}]$   & NLO \\
363 & $ c(p_{1})+\bar{s}(p_{2}) \to  W^+(\to \nu(p_{3})+e^+(p_{4})) [\mbox{massive charm in real}]$   & NLO \\
\hline 
370 & $ W^+(\to \nu(p_{3})+e^+(p_{4}))+\gamma(p_{5})+\gamma(p_{6})$   & LO \\
371 & $ W^-(\to e^-(p_{3})+\bar{\nu}(p_{4}))+\gamma(p_{5})+\gamma(p_{6})$   & LO \\
\hline 
401 & $ W^+(\to \nu(p_{3})+e^+(p_{4}))+b(p_{5}) ~[\mbox{1,2 or 3 jets, 4FNS}]$   & NLO \\
402 & $ W^+(\to \nu(p_{3})+e^+(p_{4}))+(b+\bar{b})(p_{5}) ~[\mbox{1 or 2 jets, 4FNS}]$   & NLO \\
403 & $ W^+(\to \nu(p_{3})+e^+(p_{4}))+b(p_{5})+\bar b(p_{6}) ~[\mbox{2 or 3 jets, 4FNS}]$   & NLO \\
406 & $ W^-(\to e^-(p_{3})+\bar{\nu}(p_{4}))+b(p_{5}) ~[\mbox{1,2 or 3 jets, 4FNS}]$   & NLO \\
407 & $ W^-(\to e^-(p_{3})+\bar{\nu}(p_{4}))+(b+\bar{b})(p_{5}) ~[\mbox{1 or 2 jets, 4FNS}]$   & NLO \\
408 & $ W^-(\to e^-(p_{3})+\bar{\nu}(p_{4}))+b(p_{5})+\bar b(p_{6}) ~[\mbox{2 or 3 jets, 4FNS}]$   & NLO \\
\hline 
411 & $  f(p_1)+b(p_2) \to  W^+(\to \nu(p_3)+e^+(p_{4}))+b(p_{5})+f(p_{6})$ ~[\mbox{5FNS}] & NLO \\
416 & $  f(p_1)+b(p_2) \to  W^-(\to e^-(p_3)+\bar{\nu}(p_{4}))+b(p_{5})+f(p_{6})$ ~[\mbox{5FNS}] & NLO \\
\hline 
421 & $ W^+(\to \nu(p_{3})+e^+(p_{4}))+b(p_{5}) ~[\mbox{1,2 or 3 jets, 4FNS+5FNS}]$   & NLO \\
426 & $ W^-(\to e^-(p_{3})+\bar{\nu}(p_{4}))+b(p_{5}) ~[\mbox{1,2 or 3 jets, 4FNS+5FNS}]$   & NLO \\
\hline 
431 & $ W^+(\to \nu(p_3)+e^+(p_{4}))+b(p_{5})+\bar b(p_{6})+f(p_{7}) ~[\mbox{massive}]$ & LO \\
436 & $ W^-(\to e^-(p_3)+\bar{\nu}(p_{4}))+b(p_{5})+\bar b(p_{6})+f(p_{7}) ~[\mbox{massive}]$ & LO \\
\hline
461 & $ W^+(\to \nu(p_{3})+\mu^+(p_{4})) +W^-(\to e^-(p_{5})+\bar{\nu}(p_{6}))+f(p_7)$   & NNLO \\
\hline 
471 & $ W^+(\to \nu(p_{3})+e^+(p_{4}))+Z(\to \mu^-(p_{5})+\mu^+(p_{6}))+f(p_7)$   & NNLO \\
\hline 
476 & $ W^-(\to e^-(p_{3})+\bar{\nu}(p_{4}))+Z(\to \mu^-(p_{5})+\mu^+(p_{6}))+f(p_7)$   & NNLO \\
\hline 
481 & $ Z(\to e^-(p_{3})+e^+(p_{4})) + Z(\to \mu^-(p_{5})+\mu^+(p_{6}))+f(p_7)$   & NNLO \\
482 & $ Z(\to e^-(p_{3})+e^+(p_{4})) + Z(\to \nu_\mu(p_{5})+\bar{\nu}_\mu(p_{6}))+f(p_7)$   & NNLO \\
\hline 
486 & $ Z(\to \mu^-(p_{3})+\mu^+(p_{4}))+Z(\to e^-(p_{5})+e^+(p_{6}))+f(p_7)[\mbox{no gamma*}]$   & NNLO \\
487 & $ Z(\to e^-(p_{3})+e^+(p_{4})) + Z(\to \nu_\mu(p_{5})+\bar{\nu}_\mu(p_{6}))+f(p_7)[\mbox{no gamma*}]$   & NNLO \\
\hline  
500 & $ W^+(\to \nu(p_3)+e^+(p_4)) +t(p_5)+\bar{t}(p_6) \mbox{[massive]}$ & NLO \\
501 & $ t(\to \nu(p_3)+e^+(p_4)+b(p_5))+\bar{t}(\to b~(p_6)+e^-(p_7)+\bar{\nu}(p_8))+W^+(\nu(p_9),\mu^+(p_{10}))$ & NLO 
\\
502 & $ \mbox{(same as process 501 but with radiation in decay)}$ & NLO \\
503 & $ t(\to \nu(p_3)+e^+(p_4)+b(p_5))+\bar{t}(\to b~(p_6)+q(p_7)+q~(p_8))+W^+(\nu(p_9),\mu^+(p_{10}))$ & NLO \\
506 & $ t(\to q(p_3)+q~(p_4)+b(p_5))+\bar{t}(\to b~(p_6)+e^-(p_7)+\bar{\nu}(p_8))+W^+(\nu(p_9),\mu^+(p_{10}))$ & NLO \\
\hline
\end{tabular}
\end{center}
\end{table}
\newpage
\begin{table}
\begin{center}
\begin{tabular}{|l|l|l|}
\hline 
510 & $ W^-(\to e^-(p_3)+\bar{\nu}(p_4))+t(p_5)+\bar{t}(p_6) \mbox{[massive]} $ & NLO \\
511 & $ t(\to \nu(p_3)+e^+(p_4)+b(p_5))+\bar{t}(\to b~(p_6)+e^-(p_7)+\bar{\nu}(p_8))+W^-(\mu^-(p_9),\bar{\nu}(p_{10}))$ 
&  NLO \\
512 & $ \mbox{(same as process 511 but with radiation in decay)}$ & NLO \\
513 & $ t(\to \nu(p_3)+e^+(p_4)+b(p_5))+\bar{t}(\to b~(p_6)+q(p_7)+q~(p_8))+W^-(\mu^-(p_9),\bar{\nu}(p_{10}))$ & NLO \\
516 & $ t(\to q(p_3)+q~(p_4)+b(p_5))+\bar{t}(\to b~(p_6)+e^-(p_7)+\bar{\nu}(p_8))+W^-(\mu^-(p_9),\bar{\nu}(p_{10}))$ & 
NLO \\ 
529 & $ Z(\to e^-(p_3)+e^+(p_4))+t(p5)+\bar{t}(p_6)  $ & LO \\
530 & $ t(\to \nu(p_3)+e^+(p_4)+b(p_5))+\bar{t}(\to e^-(p_7)+\bar{\nu}(p_8)+b~(p_6))+Z(e^-(p_9),e^+(p_{10}))$ & LO \\
531 & $ t(\to \nu(p_3)+e^+(p_4)+b(p_5))+\bar{t}(\to e^-(p_7)+\bar{\nu}(p_8)+b~(p_6))+Z(b(p_9),b~(p_{10}))$ & LO \\
532 & $ t(\to \nu(p_3)+e^+(p_4)+b(p_5))+\bar{t}(\to q(p_7)+\bar{q}(p_8)+b~(p_6))+Z(e^-(p_9),e^+(p_{10}))$ & LO \\
533 & $ t(\to q(p_3)+\bar{q}(p_4)+b(p_5))+\bar{t}(\to e^-(p_7)+\bar{\nu}(p_8)+b~(p_6))+Z(e^-(p_9),e^+(p_{10}))$ & LO \\
\hline
540 & $H(b(p_3)+\bar{b}(p_4))+t(p_5)+q(p_6)$      & NLO \\
541 & $H(b(p_3)+\bar{b}(p_4))+\bar{t}(p_5)+q(p_6)$      & NLO \\
544 & $H(b(p_3)+\bar{b}(p_4))+t(\nu(p_5)+e^+(p_6)+b(p_7))+q(p_9)$      & NLO \\
547 & $H(b(p_3)+\bar{b}(p_4))+\bar{t}(e^-(p_5)+\bar{\nu}(p_6)+b(p_7))+q(p_9)$      & NLO \\
\hline
550 & $H(\gamma(p_3)+\gamma(p_4))+t(p_5)+q(p_6)$      & NLO \\
551 & $H(\gamma(p_3)+\gamma(p_4))+\bar{t}(p_5)+q(p_6)$      & NLO \\
554 & $H(\gamma(p_3)+\gamma(p_4))+t(\nu(p_5)+e^+(p_6)+b(p_7))+q(p_9)$      & NLO \\
557 & $H(\gamma(p_3)+\gamma(p_4))+\bar{t}(e^-(p_5)+\bar{\nu}(p_6)+b(p_7))+q(p_9)$      & NLO \\
\hline
560 & $Z(e^-(p_3)+e^+(p_4))+t(p_5)+q(p_6)$      & NLO \\
561 & $Z(e^-(p_3)+e^+(p_4))+\bar{t}(p_5)+q(p_6)$      & NLO \\
562 & $Z(e^-(p_3)+e^+(p_4))+t(p_5)+q(p_6)+f(p_7)$       & LO \\
563 & $Z(e^-(p_3)+e^+(p_4))+\bar{t}(p_5)+q(p_6)+f(p_7)$      & LO \\
564 & $Z(e^-(p_3)+e^+(p_4))+t(\to\nu(p_5)+e^+(p_6)+b(p_7))+q(p_8)$      & NLO \\
566 & $Z(e^-(p_3)+e^+(p_4))+t(\to\nu(p_5)+e^+(p_6)+b(p_7))+q(p_8)+f(p_9)$ & LO \\
567 & $Z(e^-(p_3)+e^+(p_4))+\bar{t}(\to e^-(p_5)+\bar{\nu}(p_6)+\bar{b}(p_7))+q(p_8)$      & NLO \\
569 & $Z(e^-(p_3)+e^+(p_4))+\bar{t}(\to e^-(p_5)+\bar{\nu}(p_6)+\bar{b}(p_7))+q(p_8)+f(p_9)$  & LO \\
\hline
601 & $H(b(p_3)+\bar{b}(p_4))+H(\tau^-(p_5)+\tau^+(p_6)) $ &  LO \\
602 & $H(b(p_3)+\bar{b}(p_4))+H(\gamma(p_5)+\gamma(p_6)) $ &  LO \\
\hline



\hline 
609& $ (W^+ + W^-) + H(\to \tau(p_5)+\bar\tau(p_6))+g(p_7) $& NLO \\
610 & $ W^+(\to nu(p_3)+e^+(p_4)) + H(\to \tau(p_5)+\bar\tau(p_6))+g(p_7) $& NLO \\
611 & $  W^+(\to nu(p_3)+e^+(p_4)) + H(\to b(p_5)+\bar b(p_6))+g(p_7) $& NLO \\
612 & $  W^+(\to nu(p_3)+e^+(p_4)) + H(\to \gamma(p_5)+\gamma(p_6)+g(p_7)$ & NLO \\
613 & $  W^+(\to nu(p_3)+e^+(p_4)) + H(\to W^+(\nu(p_5),e^+(p_6)) W^-(e^-(p_7),\bar\nu(p_8)))+g(p_9)$ & NLO \\
615 & $ W^-(\to e^-(p_3)+\bar\nu(p_4)) + H(\to \tau(p_5)+\bar\tau(p_6))+g(p_7) $& NLO \\
616 & $  W^-(\to e^-(p_3)+\bar\nu(p_4)) + H(\to b(p_5)+\bar b(p_6))+g(p_7) $& NLO \\
617 & $  W^-(\to e^-(p_3)+\bar\nu(p_4)) + H(\to \gamma(p_5)+\gamma(p_6))+g(p_7)$ & NLO \\
618 & $ W^-(\to e^-(p_3)+\bar\nu(p_4)) + H(\to W^+(\nu(p_5),e^+(p_6))W^-(e^-(p_7),\bar\nu(p_8)))+g(p_9) $ & NLO \\
\hline
620 & $ Z(\to e^-(p_{3})+e^+(p_{4})) + H(\to tau^-(p_{5})+\tau^+(p_{6}))+g(p_7)$   & NLO \\
621 & $ Z(\to e^-(p_{3})+e^+(p_{4})) + H(\to b(p_{5})+\bar{b}(p_{6}))+g(p_7)$        & NLO \\
622 & $ Z(\to e^-(p_3)+e^+(p_{4})) + H(\to \gamma(p_{5})+\gamma(p_{6}))+g(p_7)$ & NLO \\
623 & $ Z(\to e^-(p_{3})+e^+(p_{4})) + H(\to W^+(\nu(p_{5}),e^+(p_{6}))W^-(e^-(p_{7}),\bar{\nu}(p_{8})))+g(p_9)$   & NLO \\
\hline
\end{tabular}
%\caption{Processes indicated by choice of the variable {\tt nproc}.}
\end{center}
\end{table}
\newpage
\begin{table}
\begin{center}
\begin{tabular}{|l|l|l|}
\hline
640 & $t(p_3)+\bar{t}(p_4)+H(p_5)$ & LO \\
641 & $t(\to\nu(p_3)+e^+(p_4)+b(p_5))+\bar{t}(\to\bar{\nu}(p_7)+e^-(p_8)+\bar{b}(p_6))+H(b(p_9)+\bar{b}(p_{10}))$ & LO 
\\
644 & $t(\to\nu(p_3)+e^+(p_4)+b(p_5))+\bar{t}(\to\bar{q}(p_7)+q(p_8)+\bar{b}(p_6))+H(b(p_9)+\bar{b}(p_{10}))$ & LO \\
647 & $t(\to q(p_3)+\bar{q}(p_4)+b(p_5))+\bar{t}(\to\bar{\nu}(p_7)+e^-(p_8)+\bar{b}(p_6))+H(b(p_9)+\bar{b}(p_{10}))$ & 
LO \\
651 & $t(\to\nu(p_3)+e^+(p_4)+b(p_5))+\bar{t}(\to\bar{\nu}(p_7)+e^-(p_8)+\bar{b}(p_6))+H(\gamma(p_9)+\gamma(p_{10}))$ & 
LO \\
654 & $t(\to\nu(p_3)+e^+(p_4)+b(p_5))+\bar{t}(\to\bar{q}(p_7)+q(p_8)+\bar{b}(p_6))+H(\gamma(p_9)+\gamma(p_{10}))$ & LO 
\\
657 & $t(\to 
q(p_3)+\bar{q}(p_4)+b(p_5))+\bar{t}(\to\bar{\nu}(p_7)+e^-(p_8)+\bar{b}(p_6))+H(\gamma(p_9)+\gamma(p_{10}))$ & LO \\
661 & $t(\to\nu(p_3) e^+(p_4) b(p_5)) 
+\bar{t}(\to\bar{\nu}(p_7)e^-(p_8)\bar{b}(p_6))+H(W^+(p_{9},p_{10})W^-(p_{11},p_{12}))$ & LO \\
664 & $t(\to\nu(p_3) e^+(p_4) b(p_5)) 
+\bar{t}(\to\bar{q}(p_7)q(p_8)\bar{b}(p_6))+H(W^+(p_{9},p_{10})W^-(p_{11},p_{12}))$ & LO \\
667 & $t(\to q(p_3) \bar{q}(p_4) b(p_5)) 
+\bar{t}\to(\bar{\nu}(p_7)e^-(p_8)\bar{b}(p_6))+H(W^+(p_{9},p_{10})W^-(p_{11},p_{12}))$ & LO \\
\hline 
800 & $ V\to({\chi}(p_3)+\bar{\chi}(p_4)) +f(p_5) $ [Vector Mediator] & NLO \\
801 & $ A\to({\chi}(p_3)+\bar{\chi}(p_4)) +f(p_5)$ [Axial Vector Mediator] & NLO \\
802 & $ S\to({\chi}(p_3)+\bar{\chi}(p_4)) +f(p_5)$ [Scalar Mediator] & NLO \\
803 &  $ PS\to({\chi}(p_3)+\bar{\chi}(p_4)) +f(p_5)$ [Pseudo Scalar Mediator] & NLO \\
804 &  $ GG\to({\chi}(p_3)+\bar{\chi}(p_4)) +f(p_5)$ [Gluonic DM operator]  & NLO \\
805 & $ S--({\chi}(p_3)+\bar{\chi}(p_4)) +f(p_5)$ [Scalar Mediator, mt loops] & NLO \\
\hline
820 & $V\to({\chi}(p_3)+\bar{\chi}(p_4)) +\gamma(p_5)$ [Vector Mediator] & NLO + F \\
821 & $A\to({\chi}(p_3)+\bar{\chi}(p_4)) +\gamma(p_5) $[Axial Vector Mediator] & NLO + F \\
822 & $ S\to({\chi}(p_3)+\bar{\chi}(p_4)) +\gamma(p_5) $[Scalar Mediator] & NLO + F \\
823 &$ PS\to({\chi}(p_3)+\bar{\chi}(p_4)) +\gamma(p_5) $[Pseudo Scalar Mediator] & NLO + F \\
\hline
840 &$ V\to({\chi}(p_3)+\bar{\chi}(p_4)) +f(p_5)+f(p_6)$ [Vector Mediator] & LO\\
841 &$A\to({\chi}(p_3)+\bar{\chi}(p_4)) +f(p_5)+f(p_6)$ [Axial Vector Mediator]  & LO\\
842 &$ S\to({\chi}(p_3)+\bar{\chi}(p_4)) +f(p_5)+f(p_6)$ [Scalar Mediator]  & LO\\
843 &$ PS\to({\chi}(p_3)+\bar{\chi}(p_4)) +f(p_5)+f(p_6)$ [Pseudo Scalar Mediator]  & LO\\
844 &$ GG\to({\chi}(p_3)+\bar{\chi}(p_4)) +f(p_5)+f(p_6)$ [Gluonic DM operator]  & LO\\
\hline
845 & $V\to({\chi}(p_3)+\bar{\chi}(p_4)) +\gamma(p_5)+f(p_6)$ [Vector Mediator]  & LO\\
846 & $A\to({\chi}(p_3)+\bar{\chi}(p_4)) +\gamma(p_5)+f(p_6)$ [Axial Vector Mediator]  & LO\\
847 & $S\to({\chi}(p_3)+\bar{\chi}(p_4)) +\gamma(p_5)+f(p_6)$ [Scalar Mediator]  & LO\\
848 & $PS\to({\chi}(p_3)+\bar{\chi}(p_4)) +\gamma(p_5)+f(p_6)$ [Pseudo Scalar Mediator]  & LO\\
\hline
902 & Check of Volume of 2 particle phase space & \\  
903 & Check of Volume of 3 particle phase space & \\  
904 & Check of Volume of 4 particle phase space & \\  
905 & Check of Volume of 5 particle phase space & \\  
906 & Check of Volume of 6 particle phase space & \\  
908 & Check of Volume of 8 particle phase space & \\  
909 & Check of Volume of 4 particle massive phase space & \\  
910 & Check of Volume of 3 particle (2 massive) phase space & \\  
911 & Check of Volume of 5 particle W+t (with decay) massive phase space & \\  
912 & Check of Volume of 5 particle W+t (no decay) massive phase space & \\  
913 & Check of Volume of 5 particle W+t+g (in decay) massive phase space & \\  
914 & Check of Volume of 5 particle W+t+g (in production) massive phase space & \\  
\hline
\end{tabular}
\caption{Processes indicated by choice of the variable {\tt nproc}.\label{nproctable}}
\end{center}
\end{table}
