Pion-LT (E12-19-006)

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h1. Analysis Tasks

| *Summer-2019/Fall-2021/Summer-2022 Run* | Sep 2022 | %{background:lightgreen}Completed% |

| *Calibrations* | Nov 2023 | %{background:lightgreen}Completed% |

| *Efficiency Studies* | 2 months | %{background:yellow}On going% |

| *Lumi Studies (includes FADC studies)* | 6 months | %{background:orange}On Deck% |

| *HEEP Studies (PID and offsets)* | 6 months | %{background:orange}On Deck% |

| *Physics Production Studies* | 2 months | %{background:red}To Do% |

| *LT Separation Studies* | 8 - 16 months | %{background:red}To Do% |

| *Form Factor extraction* | 1 - 2 week | %{background:red}To Do% |

| *Scaling Study* | 1 week | %{background:red}To Do% |

This is a summary page with the progress of the PionLT experiment. Above is a quick outline of our current progress. Below are tasks assigned to members of the group. Anyone who is part of the group may contribute to a task with suggestions and/or updates on progress. Please contact the assignee on a task-by-task basis for any queries. Anyone with general questions can contact Jacob Murphy (jm443918@ohio.edu), Muhammad Junaid (mjo147@uregina.org) and Nathan Heinrich (heinricn@uregina.ca).

h2. +Completed+

h3. Detector Calibrations **%{background:lightgreen}Completed%**

* Kinematic Check Done

** Ensure Kinematics are correctly labeled in the analysis

*** Check 2021 Kinematic Settings

*** Check 2021 Offsets (still needs to be checked)

*** Check 2022 Kinematic Settings

*** Check 2022 Offsets (still needs to be checked)

** Per Peter Bosted's suggestion, look at ELCLEAN and BCM scalars (in report file) and determine stability (can also check previous run periods)

*** Good way to determine runs with issues as the ratio should be constant with current/rate

* Timing Cuts

** Nathan

** ADC/TDC timing windows should be checked/applied for all run periods

* HMS+SHMS DC (Junaid)

** Carlos worked on this analysis, finding drift times card-by-card

** Completed

* Calorimeter (Junaid)

** Use defocused run (With the correct optical matrix, https://logbooks.jlab.org/entry/4050240)

** Completed

* HGCer (Nathan)

** Find SPE peak (low event run)

** Completed

* NGCer (Nathan)

** No SPE peak to find

** Check width of peak (high event run)

*** width is root n of mean value

** Script is available (Cameron C. did it for XEM 2)

** Completed

* HMS Cer (Nathan)

** Find the SPE peak

** Completed

* Aerogel (Nathan)

** Completed

* HMS+SHMS Hodoscope (Jacob)

** Dave Mack/Carlos Yero/Jacob

** 2021 SHMS calibrations in good shape

** 2021 HMS calibrations should be double-checked

** 2022 HMS and SHMS calibrations should ideally be done with defocused and maintain throughout the run period

h2. +Ongoing+

**%{background:yellow}Expected to be completed in the Jan, 2024%**

h3. Efficiency Studies **%{background:yellow}In Progress%**

* Kinematic Check

** Jacob

** Ensure Kinematics are correctly labeled in analysis

*** Check 2021 Kinematic Settings

*** Check 2021 Offsets

*** Check 2022 Kinematic Settings

*** Check 2022 Offsets

** Per Peter Bosted's suggestion, look at ELCLEAN and BCM scalars (in report file) and determine stability (can also check previous run periods)

*** Good way to determine runs with issues as the ratio should be constant with current/rate

* Timing Cuts

** Jacob

** ADC/TDC timing windows should be checked/applied for all run periods

* HMS+SHMS DC (Junaid)

** In Progress

** Carlos worked on this analysis, finding drift times card-by-card

* Calorimeter (Junaid)

** Use defocused run (With the correct optical matrix, https://logbooks.jlab.org/entry/4050240)

* HGCer (Nathan)

** In Progress

** Find SPE peak (low event run)

* NGCer (Nathan)

** No SPE peak to find

** Check width of peak (high event run)

*** width is root n of mean value

** Script is available (Cameron C. did it for XEM 2)

* HMS Cer (Nathan)

** In Progress

** Find the SPE peak

* Aerogel (Nathan)

** Completed

* HMS+SHMS Hodoscope (Jacob)

** Dave Mack/Carlos Yero/Jacob

** 2021 SHMS calibrations in good shape

** 2021 HMS calibrations should be double-checked

** 2022 HMS and SHMS calibrations should ideally be done with defocused and maintain throughout the run period

* Saturation Corrections to Optical Matrices

** Jacob

** HMS 6.6 GeV

*** Carbon-Sieve

**** DONE

*** Elastic Delta Scan

**** DONE

** HMS 6.8 GeV

*** Carbon-Sieve

**** In-progress

*** Elastic Delta Scan

**** To-do

** HMS 5.9 GeV

*** Carbon-Sieve

**** To-do

*** Elastic Delta Scan

**** To-do

** HMS 5.6 GeV

*** Carbon-Sieve

**** To-do

*** Elastic Delta Scan

**** To-do

** SHMS 8.0 GeV

*** Jacob needs to meet with Holly/Mark to confirm procedure here

*** Carbon-Sieve

**** To-do

*** Elastic Delta Scan

**** To-do

* Boiling Studies

** On Deck

** 2022 Single-arm studies

** fADC Mode 10 Deadtime studes (COIN scan)

** Other luminosity scans

* Offsets from HeeP Coin/Singles data

** To Do

* Physics Production Studies	

** To Do

* LT Separation Studies

** To Do

** Iterative process

* Form factor extraction (Junaid)

** To Do

* Scaling Study (Nathan)

** To Do