root/topMC/work_dir/madevent/MG_ME_V4.2.11/single-top_s-channel/Source/MODEL/sm_calc.html

<center><font size=+3>  SM calculator </font></center>

<br>
<br>
<FORM METHOD="POST" ACTION="http://my_server_here/cgi-bin/NewProcess/web_sm_calc-pl" >

<center> When ready <INPUT TYPE=SUBMIT VALUE="send"> the data to Standard Model Calculator.
The output file will be stored in the directory proc_name_here/Cards/param_card.dat .
</center>
<INPUT TYPE=HIDDEN NAME=model     VALUE="sm"> 
<INPUT TYPE=HIDDEN NAME=procname  VALUE="proc_name_here"> 
<INPUT TYPE=HIDDEN NAME=callfrom  VALUE="webgeneration"> 
<br>
<br>
<font color="#0000FF"> Widths are calculated automatically at LO.<br>
&alpha<sub>S</sub>(mZ) and its evolution (LO or NLO) is fixed by the PDF choice.<br>
Yukawa couplings are calculated from MSbar masses.
<br>
<br>
<font color="#0000FF"> Fermion masses <br>
<TABLE>
<TR>
  <TD> top     pole mass  </TD> <TD> <input type=text name=tmass value=174.3    size=10> GeV </TD></TR>
  <TD> bottom  pole mass  </TD> <TD>  <input type=text name=bmass value=4.7     size=10> GeV </TD></TR>
  <TD> tau     mass       </TD> <TD> <input type=text name=lmass value=1.777    size=10> GeV </TD></TR>
</TR>
</TABLE>
<br>
<font color="#0000FF">
EW masses<br>
<TABLE>
<TR><font color="#000000">
<TR><TD> Z mass       </TD> <TD> <input type=text name=zm    value=91.188   size=10> GeV </TD></TR>
<TR><TD> W mass       </TD> <TD> <input type=text name=wm    value=80.419   size=10> GeV </TD></TR>
<TR><TD> Higgs mass   </TD> <TD> <input type=text name=hmass value=120      size=10> GeV </TD></TR>
</TABLE>

<br>
<font color="#0000FF">
EW couplings<br>
<TABLE>
<TR><TD> Calculation scheme  </TD> <TD> <SELECT NAME=idef>
<OPTION VALUE=0 > GF and mW calculated from alpha,sin &theta, mZ
<OPTION VALUE=1 SELECTED> &alpha and sin &theta calculated from GF, mW, mZ
<OPTION VALUE=2>  mW, mZ calculated from &alpha, sin &theta,GF
</SELECT>
<TR><TD> G<sub>F</sub>*10<SUP>5</SUP></TD> <TD> <input type=text name=hgf   value=1.16639 size=10>
  GeV<SUP>-2</SUP> </TD></TR>
<TR><TD> 1/&alpha<sub>EM</sub>       </TD> <TD> <input type=text name=hale   value=128.9   size=10> </TD></TR>
<TR><TD> sin<sup>2</sup> &theta <sub>W</sub>  </TD> <TD> <input type=text name=hss   value=0.2312   size=10> </TD></TR>
</TABLE>
<br>
  Yukawa couplings<BR>
<font color="#000000"> Calculation scheme 
<SELECT NAME=iyuk>
<OPTION VALUE=0 SELECTED>  w/o evolution
<OPTION VALUE=1 > w/ evolution up to mH
  </SELECT>
<TABLE>
<TR>
  <TD> top     MSbar mass  </TD> <TD> <input type=text name=mtms value=174.3    size=10> GeV </TD></TR>
  <TD> bottom  MSbar mass  </TD> <TD> <input type=text name=mbms  value=4.7     size=10> GeV </TD></TR>
</TR>
</TABLE>
<br>
<font color="#0000FF">   CKM matrix (only Cabibbo angle). <BR>
PLEASE NOTE: This matters only if the option CKM was on when the code was  generated.<BR>
<TABLE>
<TR>
  <TD> V<sub>ud</sub> =V<sub>cs</sub>  = </TD> <TD> <input type=text name=vud value=0.9750    size=10> </TD></TR>
</TR>
</TABLE>
</FORM>