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Description
[Tomoki]
- In slide14, what are the setting of Run66712 and 66713?
-- Modified digital control parameters to send data using one out of the two lines.
- Why the most of the chip has ratio 1?
-- Because clone hits in INTTRawHit were removed.
- There are about 35 Half-entry chips, and improved most of them and recovered 4 chips almost100%.
- What is the next step?
- In slide14, what are the setting of Run66712 and 66713?
-- Modified digital control parameters to send data using one out of the two lines.
- Why the most of the chip has ratio 1?
-- Because clone hits in INTTRawHit were removed.
- There are about 35 Half-entry chips, and improved most of them and recovered 4 chips almost100%.
- What is the next step?
-- Check the chip-by-chip digital controlled data to see if other healthy chips are not affected.
- Not so trivial to record the half entry status. Prepare CDB TTree to keep the digital control info.
-- Psql database is a better place to keep slow control parameters. Joseph will work on the script.
- Not so trivial to record the half entry status. Prepare CDB TTree to keep the digital control info.
-- Psql database is a better place to keep slow control parameters. Joseph will work on the script.
- Some of chips might have half entry by accident even it is not half-entry issue, so need to be very careful about to specify the half entry chip.
- Why almost green points of slide 11 are below 1. Mis-Calculation? Need to investigate it.
- Do we need to mask channel 127 online for the modified digital controlled chip?
- Why almost green points of slide 11 are below 1. Mis-Calculation? Need to investigate it.
- Do we need to mask channel 127 online for the modified digital controlled chip?
-- We don't need to do the online mask as long as it doesn't hurt DAQ rate.
- Next steps:
- Next steps:
-- Take digital control chip-by-chip (we will request the calibration run at the SCM tomorrow).
-- Analyze the data to make sure chips which are not modified for the digital control parameters are not affected.
-- Prepare a script to keep the of chip-by-chip digital control parameter map in the psql database.
-- Apply the custom chip-by-chip digital control parameters for the rest of physics runs.
[Cheng-Wei]
- Used the proper coordinate for test beam experiment.
- ADC vs charge value has offset, but do we need to mention the conversion function?
-- Apply the custom chip-by-chip digital control parameters for the rest of physics runs.
[Cheng-Wei]
- Used the proper coordinate for test beam experiment.
- ADC vs charge value has offset, but do we need to mention the conversion function?
-- No, since it was not fully depleted.
- As for the author list, two students form Tohoku Univ helped the experiment. Do we acknowledge them or put them in the author list?
-- To be author, we need to get consensus. If we get the consensuses from them, we will put their names in the author list, but if not put them in the acknowledge section.
- Cite the information of beam momentum distribution by MC.
- Result plots are in good condition and agreed by the INTT group, so now we need to focus on editorial.
- Corresponding author should be Cheng-Wei, but not Itaru.
-- We will have 3 first authors (Cheng-Wei, Genki, Yuka).
-- Need to discuss who will be in the the author list.
[Jaein]
- A TLK chip issue killed one half-ladder data. (intt2 felix ch4).
- As for the author list, two students form Tohoku Univ helped the experiment. Do we acknowledge them or put them in the author list?
-- To be author, we need to get consensus. If we get the consensuses from them, we will put their names in the author list, but if not put them in the acknowledge section.
- Cite the information of beam momentum distribution by MC.
- Result plots are in good condition and agreed by the INTT group, so now we need to focus on editorial.
- Corresponding author should be Cheng-Wei, but not Itaru.
-- We will have 3 first authors (Cheng-Wei, Genki, Yuka).
-- Need to discuss who will be in the the author list.
[Jaein]
- A TLK chip issue killed one half-ladder data. (intt2 felix ch4).
-- Are you sure about the issue is caused by TLK?
-- Kazuma's thesis has some description about the same issue.
- Slide 5 the left plot (Global tracking Zvtx - MBD Zvtx) is field on, and the right plot (INTT Zvtx - MBD Zvtx) is field off.
-- INTT Zvtx resolution with field off is about 0.12cm, and MBD Zvtx resolution is about 0.5-0.6cm.
- You should check the correlation plot.
-- Kazuma's thesis has some description about the same issue.
- Slide 5 the left plot (Global tracking Zvtx - MBD Zvtx) is field on, and the right plot (INTT Zvtx - MBD Zvtx) is field off.
-- INTT Zvtx resolution with field off is about 0.12cm, and MBD Zvtx resolution is about 0.5-0.6cm.
- You should check the correlation plot.
-- We already show the plot at SCM.
- Cheng-Wei update the commissioning task page to clearly specify the points of hit-carry over data taking.
- We need to update the flow in slide 8 to take digital control into account? Maybe not.
- Cheng-Wei update the commissioning task page to clearly specify the points of hit-carry over data taking.
- We need to update the flow in slide 8 to take digital control into account? Maybe not.
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