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Diff for /Documents/Howtos/superharp.tex between version 1.3 and 1.4

version 1.3, 2003/07/07 20:30:53 version 1.4, 2003/07/09 17:46:24
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 \begin{enumerate} \begin{enumerate}
  
 \item Make sure beam is stable and less than 25 $\mu$A. Let MCC know  \item Make sure beam is stable and 5 $\mu$A or less. For rastered
   beam one can use up to 10~$\mu$A , but first try with 5~$\mu$A.
   Let MCC know
 that you are planning to do a scan. that you are planning to do a scan.
  
 \item {\it ssh cvxwrks@cdaqh1} with cdaq password \item {\it ssh cvxwrks@cdaqh1} with cdaq password
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 \item Assuming that you are in the g0superharp directory on cdaqh1 \item Assuming that you are in the g0superharp directory on cdaqh1
 \item Type: make\_harp\_file {\it directory\_name} {\it run\_number} \item Type: make\_harp\_file {\it directory\_name} {\it run\_number}
 \item Type: use cernlib/2000 \item Type: use cernlib/2000
 \item Type: paw++  \item Type: paw
 \item Depending if beam was unrastered or rastered. If the beam was unrastered and \item Depending if beam was unrastered or rastered. If the beam was unrastered and
 one wants to fit with a Gaussian then add {\it fit=yes} when one wants to fit with a Gaussian then add {\it fit=yes} when
 execute  plot\_harp.kumac in next step. If the beam was rastered then execute  plot\_harp.kumac in next step. If the beam was rastered then
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  left click at the lower left, center and upper left of the peak (click with right  left click at the lower left, center and upper left of the peak (click with right
 mouse to quit). The kumac will return mouse to quit). The kumac will return
 the difference between the first and last position and the center position. For a the difference between the first and last position and the center position. For a
 fit make a click in the flat region below the peak, at the top peak ( the y position  fit make a click in the flat region below the peak, at the left base of the peak,
 is used as the starting height) and in the  at the top peak ( the y position
   is used as the starting height), at the right base of the peak and  in the
 flat region above the peak . flat region above the peak .
 The fit is a constant background plus a Gaussian. The fit is a constant background plus a Gaussian.
 Unfortunately fitting with PAW can sometimes have problems, and you just have do it Unfortunately fitting with PAW can sometimes have problems, and you just have do it
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 % Revision history: % Revision history:
 % $Log$ % $Log$
   % Revision 1.4  2003/07/09 17:46:24  saw
   % (jones) Some corrections
   %
 % Revision 1.3  2003/07/07 20:30:53  saw % Revision 1.3  2003/07/07 20:30:53  saw
 % (jones) Add detail for paw++ analysis % (jones) Add detail for paw++ analysis
 % %


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Analyzer/Replay: Mark Jones, Documents: Stephen Wood
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