Hi Richard,
A plot comparing the radiated MC yields with our data can be found at:
http://einstein.unh.edu/~adrian/radMCyieldComp.gif
The red represents the radiated MC, the black is our data. Please note
that both the MC and data were normalized to the integral of counts (I
hope this is OK).
Also, a plot extending the previous asymmetry comparison to the BAT region
can be found at:
http://einstein.unh.edu/~adrian/radMC9.gif
In this plot red is radiated MC, blue is unradiated MC.
Adrian
On Tue, 7 Feb 2006, Richard G Milner wrote:
> Dear Adrian,
> This is good and welcome progress. Can you also compare your radiated MC
> yields
> with the data?
> Thanks,
> Richard
>
> Quoting Adrian T Sindile <asindile@cisunix.unh.edu>:
>
>> Hi Michael,
>> I just thought I would send this plot comparing unradiated and radiated
>> Monte Carlo asymmetries before we meet on Wednesday:
>>
>> http://einstein.unh.edu/~adrian/radMC3.gif
>>
>> Blue is unradiated MC, red is radiated MC. The discrepancy in the right
>> sector has disappeared, following Vitaliy's MASCARAD fix (just compare to
>>
>> http://einstein.unh.edu/~adrian/radMCbug.gif
>>
>> which had the bug).
>>
>> 8M unradiated and 8M radiated MC events were used in this study. On the
>> radiated MC an invariant mass cut was applied, similar to the one used for
>> real data.
>> Energy loss, multiple scattering and resolution were turned on in both the
>> unradiated and radiated case.
>>
>> One can now see a small discrepancy in the LEFT sector, just for the 7th Q2
>> point. As this was not there before the MASCARAD fix, I am convinced this
>> is due to our reconstruction code. If you compare the latest plot with the
>> one that had the bug, it can be seen that the two red points corresponding
>> to the 7th Q2 point in the laft sector are actually within 1 sigma of each
>> other. Because the point is now further apart from the unradiated MC point,
>> the discrepancy seems worse, but the two radiated MC cases (before and
>> after Vitaliy's fix) are consistent to each other in my opinion.
>>
>> Adrian
>>
>>
>> On Mon, 6 Feb 2006, Michael Kohl wrote:
>>
>>> Hi,
>>>
>>> being back in town (thank you Doug for covering the last three
>>> Wednesdays), I'm inviting you to attend the next Blast analysis meeting on
>>>
>>> Wednesday 2/8/2006 at 13:30
>>>
>>> in the Bates conference room. Externals please call in.
>>>
>>> Recently the time of the meeting varied, however it should really be at
>>> 13:30 EST every Wednesday.
>>>
>>> Proposed agenda:
>>> -Status of wire chamber geometry (DH)
>>> -Plan for new mapping of target spin angle (ET)
>>> -FF from super ratio and hPz from vector d(e,e'p) (RF)
>>> -Status of radiated MC (ASUNH)
>>> -How to extract inclusive yields for N-Delta (OF)
>>>
>>>
>>> Regards,
>>>
>>> Michael
>>>
>>>
>>>
>>>
>>>
>>> +-------------------------------------+--------------------------+
>>> | Office: | Home: |
>>> |-------------------------------------|--------------------------|
>>> | Dr. Michael Kohl | Michael Kohl |
>>> | Laboratory for Nuclear Science | 5 Ibbetson Street |
>>> | MIT-Bates Linear Accelerator Center | Somerville, MA 02143 |
>>> | Middleton, MA 01949 | U.S.A. |
>>> | U.S.A. | |
>>> | - - - - - - - - - - - - | - - - - - - - - -|
>>> | Email: kohlm@mit.edu | K.Michael.Kohl@gmx.de |
>>> | Work: +1-617-253-9207 | Home: +1-617-629-3147 |
>>> | Fax: +1-617-253-9599 | Mobile: +1-978-580-4190 |
>>> | http://blast.lns.mit.edu | |
>>> +-------------------------------------+--------------------------+
>>>
>>>
>>>
>>>
>>>
>>>
>>>
>>>
>>>
>>>
>>>
>>>
>>>
>>>
>>
>> --
>>
>> -------------------------------
>> Adrian Sindile
>> Research Assistant
>> Nuclear Physics Group
>> University of New Hampshire
>> phone: (603)862-1217
>> FAX: (603)862-2998
>> email: asindile@unh.edu
>> http://einstein.unh.edu/~adrian/
>>
>>
>
>
--------------------------------- Adrian Sindile Research Assistant Nuclear Physics Group University of New Hampshire phone: (603)862-1217 FAX: (603)862-2998 email: asindile@unh.edu http://einstein.unh.edu/~adrian/
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