[Clas12_high_luminosity] Simulation Update
Whitney R. Armstrong
warmstrong at anl.gov
Thu Feb 11 20:42:59 EST 2016
Hi Volker,
I have produced two graphs, however, with limited statistics (~1.5M). Many more
jobs are running on the farm right now.
The first shows (in cylindrical coordinates) the radial vs z position of the
starting point for the trajectory that ultimately produced at hit in the DC.
The second shows the wire number of the DC hit vs the same z as above.
I will post these results on the wiki when I have gathered more statistics.
Your comments and questions are appreciated.
Cheers,
Whit
On Thu, Feb 11, 2016 at 08:37:45AM -0500, burkert wrote:
>Hi Whitney,
>
>Could you produce a graph similar to the one from Maurizio (attached)
>showing where along the beamline (z-coordinate) the chamber hits
>originate from.
>
>Volker
>
>
>On 2/11/16 1:41 AM, Whitney R. Armstrong wrote:
>>Dear Collaborators,
>>
>>First, I have posted some follow-up slides to our discussion on
>>Monday. The new plots have a hit definition that is consistent with
>>Maurizio's.
>>You can find my slides and the follow slides at https://clasweb.jlab.org/wiki/index.php/CLAS12_High_Luminosity_-_February_8,_2016
>>
>>Secondly, as suggested by Latifa, I have performed a self
>>consistency check using the beam on target method previously used.
>>Furthermore, I am using the same beamline geometry as Maurizio, who
>>has graciously provided a GDML version of the geometry.
>>
>>Please see the following page for the latest results and discussion
>>of the simulations. https://clasweb.jlab.org/wiki/index.php/CLAS12_Drift_Chamber_Occupancy_Simulations
>>
>>So far the main conclusions are that my simulation is self
>>consistent, and perhaps more importantly, I am getting significantly
>>larger DC occupancies. The cause of this discrepancy remains
>>unclear.
>>
>>Any comments or questions are greatly appreciated.
>>
>>Cheers,
>>Whit
>>
>>
>
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--
Whitney R. Armstrong
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