Difference between revisions of "Cosmics test plans"
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** ''Simon reported progress on straight track reconstruction (email to David and Naomi Feb. 24th)'' | ** ''Simon reported progress on straight track reconstruction (email to David and Naomi Feb. 24th)'' | ||
* Full DAQ or standalone DAQ? | * Full DAQ or standalone DAQ? | ||
| − | ** ''Ask Sergey for configuration with only CDC, BCAL | + | ** ''Ask Sergey for configuration with only CDC, BCAL'' |
* When are we doing this? | * When are we doing this? | ||
| − | ** '' | + | ** ''March 1-14, 2022'' |
Revision as of 18:58, 3 February 2022
Objectives:
- Test drive the AIEC software
- Demonstrate that the CDC gain is stable
Strategy:
- Designate 2130V as the nominal HV for cosmics, to raise more hits above the noise, but keep 20V headroom for the AI.
- Tell the AI that the HVB current is constant at 9uA so that it can operate within the range of its trained data
- Use 1V steps and 1h runs
Needs:
- AIEC software to read epics and wait for a stable period before calculating the gain and setting the HV
- Method for scaling the HVB current to what it would be at the nominal HV before running the AI - will not be needed for cosmics but will be needed for CPP.
- Script to project dE/dx for 4-10 GeV tracks, fit it and calculate the gain factor
Questions:
- Do we need to force a B field in the reconstruction sw (wait for Simon to answer)
- Simon reported progress on straight track reconstruction (email to David and Naomi Feb. 24th)
- Full DAQ or standalone DAQ?
- Ask Sergey for configuration with only CDC, BCAL
- When are we doing this?
- March 1-14, 2022