version 1.3, 2003/07/07 20:30:53
|
version 1.4, 2003/07/09 17:46:24
|
|
|
| |
\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 |
|
|
\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 |
|
|
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 |
|
|
| |
% 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 |
% | % |