[Clas12_calcom] [EXTERNAL] RG-D Pass0v6 Timeline

Fri Oct 25 11:48:36 EDT 2024

Hello,

I have come up with this list:

- one run in 18307-18319  : 18312 | nb event: 75,489,190 | LD2 target
- one run in 18321-18401 : 18371 | nb event: 97,033,298 | CxC target | 
match FTOF
- one run in 18419-18430 : 18421 | nb event: 81,793,779 | LD2 target | 
match FTOF
- one run in 18431-18559 : 18468 | nb event: 100,102,960 | CxC target | 
match FTOF
- one run in 18560-18656 : 18601 | nb event: 100,023,065 | CuSn target | 
match FTOF
- one run in 18660-18762 : 18762 | nb event: 85,496,498 | CxC target | 
match FTOF
- one run in 18764-18821 : 18809 | nb event: 100,092,467 | CxC target | 
match FTOF
- one run in 18823-18873 : 18834 | nb event: 100,040,068 | CxC target
- one run in 18874-18966:   18895 | nb event: 100,313,457 | CuSn target 
| match FTOF
- one run in 19021-19131: 19107 | nb event: 100,209,287 | CuSn target | 
match FTOF

Only two new runs need to be cooked in addition to the FTOF runs.

Is it ok for you?

Best regards

Mathieu Ouillon

On 10/25/24 10:57 AM, silvia wrote:
> Dear Mathieu,
> here are the run ranges for which cookings are needed to calibrate the 
> CND. You can pick one good high-statistics run from each range, at 
> your preference (for instance, to match Daniel's requests):
> - one run in 18307-18319
> - one run in 18321-18401
> - one run in 18419-18430
> - one run in 18431-18559
> - one run in 18560-18656
> - one run in 18660-18762
> - one run in 18764-18821
> - one run in 18823-18873
> - one run in 18874-18966
> - one run in 19021-19131
> Thank you!
> Best regards,
> Silvia
>
>
> On 2024-10-24 22:59, Mathieu Ouillon via Clas12_calcom wrote:
>> Hello all,
>>
>> I am pleased to report that the new RG-D timeline, pass0v6, is ready
>> for your assessment at https://clas12mon.jlab.org/timelines/?rg=rgd .
>> This timeline was produced after completing the first round of FTOF,
>> CTOF, and RF calibration. This time, the RICH timeline was produced,
>> thanks to Chris, who fixed the issue.
>>
>> Best regards
>>
>> Mathieu Ouillon
>>
>> On 10/17/24 6:09 PM, Lamiaa El Fassi via Clas12_calcom wrote:
>>
>>> Dear Colleagues,
>>>
>>> I am pleased to report that the new RG-D timeline, Pass0v5, is ready
>>> for your assessment at https://clas12mon.jlab.org/timelines/?rg=rgd.
>>> Its data processing and production broke our record by being done in
>>> four days; therefore, I am grateful to whoever and/or whatever
>>> reason led to that :)! This timeline was produced after completing
>>> the first round of FTOF and CTOF calibration. From my glance at
>>> various time distributions, it seems most of the outliers that were
>>> present on Pass0v4 time distributions are gone, but I am eager to
>>> hear Daniel's opinion about that. It should be noted that this
>>> timeline was produced without a RICH, which was causing some
>>> problems (the _timeline script was stuck for hours_); thus, it was
>>> turned off for now.
>>>
>>> Best,
>>>
>>> Lamiaa
>>>
>>>
>> *************************************************************************** 
>>
>>>
>>>
>>> * Assoc. Prof. Lamiaa El Fassi  /  email: le334 at msstate.edu
>>>
>>> * Vice Chair, Southeastern Section [1], American Physical Society
>>> [2]
>>>
>> ************************************************************************** 
>>
>>>
>>> * (she/her/hers [3])
>>> * Phone: (662) 325-0627    /    Fax:  (662) 325-8898
>>> * URL: http://le334.physics.msstate.edu/  [4]
>>> * Department of Physics and Astronomy
>>> * 355 Lee Blvd, 125 Hilbun Hall
>>>
>>> * P.O.Box 5167
>>> * Mississippi State, MS 39762
>>>
>> *************************************************************************** 
>>
>>>
>>>
>>> _______________________________________________
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>>> Clas12_calcom at jlab.org
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>>
>>
>> Links:
>> ------
>> [1] 
>> https://urldefense.proofpoint.com/v2/url?u=https-3A__engage.aps.org_sesaps_home&d=DwMFaQ&c=CJqEzB1piLOyyvZjb8YUQw&r=qEkdYeiAbIsODpxTO59E_ab70KWmehf8Tr3XybSYmSs&m=9-U4XH6HKE6h5Xbiq6o9xjUgGo9iuAVF-FKzrwD5bTHQCuNkd62LgouQemBGmpNC&s=Idc7jKkiPAOuWM6yRYJK9NDk3fnhSYHwGiPRplutKUk&e=
>> [2] 
>> https://urldefense.proofpoint.com/v2/url?u=https-3A__www.aps.org_&d=DwMFaQ&c=CJqEzB1piLOyyvZjb8YUQw&r=qEkdYeiAbIsODpxTO59E_ab70KWmehf8Tr3XybSYmSs&m=9-U4XH6HKE6h5Xbiq6o9xjUgGo9iuAVF-FKzrwD5bTHQCuNkd62LgouQemBGmpNC&s=nJmk4M-DTrQfDudvdh5YJ4hTrWUsG8xIXQzDgCEfuiM&e=
>> [3] 
>> https://urldefense.proofpoint.com/v2/url?u=https-3A__www.name-2Dcoach.com_lamiaa-2Delfassi-3Fpreview-3Don&d=DwMFaQ&c=CJqEzB1piLOyyvZjb8YUQw&r=qEkdYeiAbIsODpxTO59E_ab70KWmehf8Tr3XybSYmSs&m=9-U4XH6HKE6h5Xbiq6o9xjUgGo9iuAVF-FKzrwD5bTHQCuNkd62LgouQemBGmpNC&s=mAByot6wYnXt3Pr0vxyyUPvNyCUDXf3JeGUAsVoyUVY&e=
>> [4] 
>> https://urldefense.proofpoint.com/v2/url?u=http-3A__le334.physics.msstate.edu_&d=DwMFaQ&c=CJqEzB1piLOyyvZjb8YUQw&r=qEkdYeiAbIsODpxTO59E_ab70KWmehf8Tr3XybSYmSs&m=9-U4XH6HKE6h5Xbiq6o9xjUgGo9iuAVF-FKzrwD5bTHQCuNkd62LgouQemBGmpNC&s=ukhx_sleOXD6TKOU4WUlvj_7Qy8iDV5XPoKzNeKJtzE&e=
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