Latest revision as of 13:08, 28 February 2024

This page contains the procedure for checking if PrimEx-η production runs are of good quality and can be used for physics analysis. This page is a work in progress and should not (yet) be used as a reference

Run Periods

RunPeriod-2019-01 Validation (PrimEx-η Phase I)
RunPeriod-2021-08 Validation (PrimEx-η Phase II)
RunPeriod-2022-08 Validation (PrimEx-η Phase III)

Procedure

For each production run, do the following:

Use PlotGrader and the guidelines below to label your plots as good or bad.
If in doubt, add a comment and label as bad.
If you have questions about the plots, ask your expert for help.
For questions about the process, email Naomi.
When you have finished, update this table, notify Amy and Naomi, and let your expert know that it is time for them to check any 'bad' plots.

Expert Actions

Certify that each subsystem is okay
Set run status in RCDB based on monitoring results
- (script provided)

Run Statuses

-1 - unchecked
0 - rejected (not physics-quality)
1 - approved
2 - approved long/"mode 8" data
3 - calibration / systematic studies

Checklist

Example Monitoring Spreadsheet (template, incomplete)

General Notes

Reference runs are listed for each target type
- Be Empty: 110453 (left out of monitoring launches 01-11)
- Be Full: 110551
- He Empty: 111917
- He Full: 111884

Expert list

Experts should update the table as tasks are completed

Instructions status by subdetector
Subdetector	Plots	Instructions	Expert(s)
BCAL	Good	Good	Mark Dalton, Zisis Papandreou, Igal Jaegle
CCAL	Good	Good	Drew Smith
CDC	Good	Good	Naomi Jarvis
FCAL	Good?	Good?	Mark Dalton, Malte Albrecht, Igal Jaegle
FDC	Good	Good	Lubomir Pentchev
PS	Good	Good	Alex Somov, Olga Cortes
SC	good, with one example showing issues	done	Beni Zihlmann
TAGH	Good	Good	Alex Somov, Bo Yu
TAGM	Good	Good	Richard Jones, Ellie Prather
TOF	look good	done	Paul Eugenio, Beni Zihlmann
RF	Good	Good	Sean Dobbs, Beni Zihlmann
Timing	Good	Good	Sean Dobbs
Analysis	Good	Good	Igal Jaegle

BCAL

Check Occupancy - Reference: [ link ]
Check Hit Efficiency - Reference: [ link ]

BCAL Reference Plots

Beryllium Target

Full Liquid Helium Target

Empty Liquid Helium Target

BCAL Notes

The BCAL is used to measure the energy and time of showers. The energy is vital for the neutrals. But it’s also used for charged particles to do PID.

CCAL

Check Occupancy - Reference: [ link ]

CCAL Reference Plots

Beryllium Target

Full Liquid Helium Target

Empty Liquid Helium Target

CCAL Notes

The CCAL is used to measure the Compton scattering cross section. It detects either the Compton-scattered photon or recoil electron in coincidence with the other particle being detected by the FCAL. Particles detected by the CCAL have a small scattering angle (<0.8deg), and therefore the rate in the CCAL is very high. For initial monitoring, check the occupancy plot. There will always be a 2x2 square hole corresponding to the beam hole. When the beam is on and the target is filled, the modules closest to the center will have higher counts. Check that there are no modules with zero counts and that there are no modules with abnormally high counts.

CDC

Check Occupancy - Reference: [ link ]
Check Efficiency - Reference: [ link ]

CDC Reference Plots

Beryllium Target

Absent Beryllium Target

Full Liquid Helium Target

Empty Liquid Helium Target

CDC Notes

General notes on empty/absent Be target runs: the statistics are really low. Mark these runs good unless there is something odd or bad that isn't due to lack of statistics.
CDC Occupancy: There should be a uniform decrease in intensity from the center of the detector outward. Random white cells scattered throughout occur when not enough data were collected, eg empty target runs, trigger tests or no beam. Several contiguous white, dark blue or bright yellow cells which don't match the neighboring cells are a problem.
Time-to-distance: 𝛿, the change in length of the LOCA caused by the straw deformation, is plotted against the measured drift time, t drift . The color scale indicates the distance of closest approach between the track and the wire, obtained from the tracking software. The red lines are contours of the time-to-distance function for constant drift distances from 1.5 mm to 8 mm, in steps of 0.5 mm. They should lie over the top of the dark blue contour lines separating the colour blocks. For the plot of residuals vs drift time, the mean should be less than 15um and the sigma should be less than 150um.
dE/dx: At 1.5GeV/c the fitted peak mean should be within 1% of 2.02 keV/cm.
Efficiency: The efficiency should be 0.98 or higher at 0cm DOCA, gradually fall to 0.97 at approximately 0.5mm and then more steeply through 0.9 at approximately 0.64cm.

FCAL

Check Occupancy - Reference: [ link ]

FCAL Reference Plots

Beryllium Target

Full Liquid Helium Target

Empty Liquid Helium Target

FCAL Notes

Is used for neutral particle detection and pion identification.

Check Occupancy:
For monitoring purposes, the occupancy of the detector should be checked for every run once - so this is only needed for the first ever monitoring launch per run period. The goal is to find any blocks that do not deliver a signal for each run, these must be made dead channels in the Monte Carlo simulation for that specific run. Watch out for individual blocks as well as groups of 16 channels in a 4x4 orientation, which indicates a faulty fADC.

FDC

Check Package 1 Occupancy - Reference: [ link ]
Check Package 2 Occupancy - Reference: [ link ]
Check Package 3 Occupancy - Reference: [ link ]
Check Package 4 Occupancy - Reference: [ link ]

FDC Reference Plots

Beryllium Target

Full Liquid Helium Target

Empty Liquid Helium Target

FDC Notes

There are two HV sectors, in Package 2 cell 6 (28 wires) and Package 3 cell 4 (20 wires), that are always OFF and seen in the occupancy plots as empty sectors. There are also strips with lower or no efficiency that are always there, mostly in Package 3 and 4 (see the reference plots), which also normal. What is not normal are groups of wires (of the order of 8 to 24 wires) that are noisy. They will show as brighter stripes in the occupancy. The problem is that they may lock the F1TDCs. This happened several times in the past years. In general, look for groups of channels that are overactive or have lower efficiency.

The reference plots show pseudohits, generated from the track reconstruction. If you find an abnormality, it would be helpful to check 2 more histograms to find the underlying cause - 'FDC Hit Occupancy' will show if any channels are missing, and 'HLDT Drift Chamber Timing' (bottom right plot) will show TDC time-shifts.

PS

Check Occupancy - Reference: [ link ]
Check Timing Alignment - Reference: [ link ]
Check PS Pair Energy - Reference: [ link ]

PS Reference Plots

Beryllium Target

Full Liquid Helium Target

Empty Liquid Helium Target

PS Notes

PS Occupancy: PS Occupancy (bottom) should be fairly flat with a couple bad channels. PSC Occupancy (top) should have similar rates in TDC and ADC, with the same shape as the reference histogram.
PS Timing: All plots should be centered at zero. The right column reflect the tagger energy, the bottom right is empty (should be updated?).
PS Pair Energy: Should have similar triangle-like shape as the reference.

SC

Check Occupancy - Reference: [ link ]
Check Recon. SC 1 - Reference: [ link ]
Check Recon. SC 2 - Reference: [ link ]
Check Recon. SC Matching - Reference: [ link ]

SC Reference Plots

Beryllium Target

Full Liquid Helium Target

Empty Liquid Helium Target

SC Notes

Occupancy plots: look for gaps indicative of missing counters. Reference plot for Be target is an example of some missing counters, other targets show all counters active
SC1: look for gaps in 2D histogram (missing counters), top middle dE/dx protons are seen (bending curve downwards between 0 and 1)
SC2: 1D histograms of time differences (bottom row) need to peak at zero
SC Matching: track SC match rate (bottom middle 1d hist) flat-ish curve above 80%

TAGH

Check Tagger Occupancy - Reference: [ link ]
Check TAGH Hits 2 - Reference: [ link ]

TAGH Reference Plots

Beryllium Target

Full Liquid Helium Target

Empty Liquid Helium Target

TAGH Notes

Tagger occupancy: TAGM - Generally the fADC and TDC occupancies should be similar and mostly flat, with maybe a small increase in rates with column number. There can be a small step in the TDC occupancy. TAGH - expect the choppy pattern in the reference image, which reflects the varying size of the different counters, and a steep increase at large counter number.
TAGH Hits 2: This plot is complicated - the main thing to look for is the time(TDC)-time(ADC) vs. channel plot to be centered around zero. Keep an eye out for any extra or unusual dead channels.

TAGM

Check Timing ADC-RF - Reference: [ link ]
Check Timing T-ADC - Reference: [ link ]

TAGM Reference Plots

Beryllium Target

Full Liquid Helium Target

Empty Liquid Helium Target

TAGM Notes

Generally both distributions should be centered near zero. There is some variation in intensity due to the shape of the photon beam energy dependence (coherent peak) and the inefficiency of some of the channels.

TOF

Check Occupancy - Reference: [ link ]
Check TOF Matching 1 - Reference: [ link ]
Check TOF Matching 2 - Reference: [ link ]

TOF Reference Plots

Beryllium Target

Full Liquid Helium Target

Empty Liquid Helium Target

TOF Notes

Occupancy plot: look for "gaps" indicative of missing counters
Matching TOF Hits 1 (Time-Based Tracks): X and Y (rightmost plots) distributions should be centered close to zero (vertical)
TOF matching rate (1D histograms): There should be regions of larger than 80%, gaps in 2D histograms are indicative of wrong timing calibrations between ADC and TDC

RF

Check Timing Offsets - Reference: [ link ]

RF Reference Plots

Beryllium Target

Full Liquid Helium Target

Empty Liquid Helium Target

RF Instructions

Should be centered around zero.

Timing

Check HLDT Calorimeter Timing - Reference: [ link ]
Check HLDT Drift Chamber Timing - Reference: [ link ]
Check HLDT PID System Timing - Reference: [ link ]
Check HLDT Tagger Timing - Reference: [ link ]
Check HLDT Tagger/RF Align 2 - Reference: [ link ]
Check HLDT Tagger/SC Align - Reference: [ link ]
Check HLDT Track-Matched Timing - Reference: [ link ]

Timing Reference Plots

Beryllium Target

Full Liquid Helium Target

Empty Liquid Helium Target

Timing Notes

Note that the relative size of peaks can change between different running conditions.

Calorimeter Timing - The right two plots aren't aligned at zero because not all corrections are currently applied. If there is a 32 ns shift in part of this data, please note this.
Drift Chamber Timing - In each case, the main peaks should line up at zero, but often have other structures. Ignore the first few bins of the lower left plot (they mostly say something about the noise in the detector). There can be 32 ns shifts in the lower right plot.
PID System Timing - Nothing to note yet.
Tagger Timing - The signal to background levels of the left two plots depend on the electron beam current.
Track Matched Timing - Some overlap here with the tracking timing. The new plots should be centered at zero.
Tagger/RF Timing - Look for the nice "picket fences" on the right two plots, and that in the bottom left plot each channel peaks at zero.
Tagger/SC Timing - Should be similar to Tagger/RF Timing but with larger resolution.

Analysis

Tracking 1 - [ link ]
Tracking 3 - [ link ]
Check BCAL pi0 - Reference: [ link ]
Check FCAL pi0 - Reference: [ link ]

Analysis Reference Plots

Beryllium Target

Full Liquid Helium Target

Empty Liquid Helium Target

Analysis Notes

Generally in these plots, there will be a difference between diamond and amorphous radiator running. Should probably add some references for non-diamond plots.

Tracking 1 - Note the spikes in the upper right plot are because we have 4 hypotheses fit to a track by default. The lower left plot does have a peak at zero.
Tracking 3 - All four plot should have the pion band around 2keV/cm. Only the top left one should have an additional banana-shaped band for the protons.
Check BCAL pi0 - The fitted peak should near at the correct pi0 mass of 135 MeV.
Check FCAL pi0 - The fitted peak should near at the correct pi0 mass of 135 MeV.
- Note that these yields are sensitive to the tagger range used! This changes for different beam current settings.

Difference between revisions of "Offline Monitoring Data Validation PrimEx"

Latest revision as of 13:08, 28 February 2024

Contents

Run Periods

Procedure

Expert Actions

Run Statuses

Checklist

General Notes

Expert list

BCAL

CCAL

CDC

FCAL

FDC

PS

SC

TAGH

TAGM

TOF

RF

Timing

Analysis

Navigation menu

Views

Personal tools

Navigation

Search

Tools

@@ Line 1: / Line 1: @@
-= Run Periods =
+This page contains the procedure for checking if PrimEx-&eta; production runs are of good quality and can be used for physics analysis. This page is a work in progress and should not (yet) be used as a reference
-* [[RunPeriod-2016-02 Validation]]
+= Run Periods =
-* [[RunPeriod-2016-10 Validation]]
-* [[RunPeriod-2017-01 Validation]]
-* [[RunPeriod-2018-01 Validation]]
-* [[RunPeriod-2018-08 Validation]]
-* [[RunPeriod-2019-01 Validation]]
-* [[RunPeriod-2019-11 Validation]]
-* [[RunPeriod-2021-09 Validation]]
+* [[RunPeriod-2019-01 Validation]] (PrimEx-&eta; Phase I)
+* [[RunPeriod-2021-08 Validation]] (PrimEx-&eta; Phase II)
+* [[RunPeriod-2022-08 Validation]] (PrimEx-&eta; Phase III)
 = Procedure =
@@ Line 15: / Line 11: @@
 For each production run, do the following:
-* Go to the [https://halldweb.jlab.org/data_monitoring/Plot_Browser.html Offline Run Browser] page.
+* Use [https://halldweb.jlab.org/PlotGrader/labeler.html PlotGrader] and the guidelines below to label your plots as good or bad.
-* Follow the steps outlined in the checklist below.
+* If in doubt, add a comment and label as bad.
-* Workers should check each plot for their assigned subsystem and leave notes in the corresponding spreadsheet if any significant deviations are seen
+* If you have questions about the plots, ask your expert for help.
-* On the spreadsheet, enter "Y" in the "Overall Quality" field if all monitoring histograms are acceptable, otherwise enter "N"
+* For questions about the process, email Naomi.
-* We will iterate this procedure until the process converges
+* When you have finished, [https://halldweb.jlab.org/wiki/index.php/RunPeriod-2022-08_Validation#Monitoring_Status update this table], notify Amy and Naomi,  and let your expert know that it is time for them to check any 'bad' plots.
 === Expert Actions ===
@@ Line 34: / Line 30: @@
 *  2 - approved long/"mode 8" data
 *  3 - calibration / systematic studies
 = Checklist =
-[https://docs.google.com/spreadsheets/d/11PGYXnAsf3dn2zQYgOP521qoIrESjc4yDrw3EuLc7Yo/edit?usp=sharing Example Monitoring Spreadsheet]
+[https://docs.google.com/spreadsheets/d/16BolnC0BXGySv3bZpYzzp8kYxaagdYyAUkw-jC6Y-l8/edit?usp=sharing Example Monitoring Spreadsheet (template, incomplete)]
-Reference run for 2017-01: 30780
+=== General Notes ===
+* Reference runs are listed for each target type
+** Be Empty: 110453 (left out of monitoring launches 01-11)
+** Be Full: 110551
+** He Empty: 111917
+** He Full: 111884
-Reference run for 2018-01: 40933/4
+===Expert list ===
+Experts should update the table as tasks are completed
-Reference run for 2018-08: 51388
+{| class="wikitable" style="margin:auto"
+|+ Instructions status by subdetector
-Reference run for 2019-11: 71463 (150 nA), 71469 (250 nA), 71724 (350 nA)  [for now!]
+|-
+! Subdetector !! Plots !! Instructions !! Expert(s)
-===General Notes===
+|-
-* Diamond and amorphous (AMO) runs have different beam energy spectra, which leads differences in reaction yields distributions which depend on the kinematics of the produced particles.
+| BCAL || Good || Good || Mark Dalton, Zisis Papandreou, Igal Jaegle
-* [https://halldweb.jlab.org/wiki/index.php/RunPeriod-2019-11_Validation#Monitoring_Launch_Checks The list of experts on different detector/calibration]
+|-
+| CCAL || Good || Good || Drew Smith
-== 350 nA runs ==
+|-
+| CDC || Good || Good || Naomi Jarvis
+|-
+| FCAL || Good? || Good? || Mark Dalton, Malte Albrecht, Igal Jaegle
+|-
+| FDC || Good  || Good  || Lubomir Pentchev
+|-
+| PS || Good || Good || Alex Somov, Olga Cortes
+|-
+| SC || good, with one example showing issues || done || Beni Zihlmann
+|-
+| TAGH || Good || Good || Alex Somov, Bo Yu
+|-
+| TAGM || Good || Good || Richard Jones, Ellie Prather
+|-
+| TOF || look good || done || Paul Eugenio, Beni Zihlmann
+|-
+| RF || Good || Good || Sean Dobbs, Beni Zihlmann
+|-
+| Timing || Good || Good || Sean Dobbs
+|-
+| Analysis || Good || Good || Igal Jaegle
+|}
 ===BCAL===
-* Check Occupancy - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/bcal_occupancy.png link] ]
+* Check Occupancy - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/bcal_occupancy.png link] ]
-* Check Hit Efficiency - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/bcal_hist_eff.png link] ]
+* Check Hit Efficiency - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/bcal_hist_eff.png link] ]
-* Check Recon. BCAL 1 - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_BCALReconstruction_p1.png link] ]
-* Check Recon. BCAL 2 - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_BCALReconstruction_p2.png link] ]
-* Check BCAL Matching - Reference:  [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_Matching_BCAL.png link] ]
 <div class="toccolours mw-collapsible mw-collapsed">
@@ Line 67: / Line 84: @@
 <div class="mw-collapsible-content">
+'''Beryllium Target'''
+<html>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/bcal_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/bcal_occupancy.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/bcal_hist_eff.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/bcal_hist_eff.png" height="200"/></a>
+</html>
+'''Full Liquid Helium Target'''
+<html>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/bcal_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/bcal_occupancy.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/bcal_hist_eff.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/bcal_hist_eff.png" height="200"/></a>
+</html>
+'''Empty Liquid Helium Target'''
 <html>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/bcal_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/bcal_occupancy.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/bcal_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/bcal_occupancy.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/bcal_hist_eff.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/bcal_hist_eff.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/bcal_hist_eff.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/bcal_hist_eff.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_BCALReconstruction_p1"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_BCALReconstruction_p1" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_BCALReconstruction_p2.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_BCALReconstruction_p2.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_Matching_BCAL.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_Matching_BCAL.png" height="200"/></a>
 </html>
 </div>
@@ Line 88: / Line 117: @@
 The energy is vital for the neutrals.  But it’s also used for charged particles to do PID.
 <br />
-BCAL Matching: These plots are for charged particles that are tracked in the drift chambers and projected to the BCAL. The z position along the BCAL can be calculated using the time difference between upstream and downstream hits and compared to the extrapolated position using the drift chambers. <br />
-BCAL/Track Delta z = (z determined from time of up - down hits in BCAL) - (z determined from the extrapolation of tracks in the drift chambers)
-projected BCAL Hit-Z = z determined by extrapolating tracks in the drift chambers to the BCAL.
-The match rate is the ratio of (number of hits in the BCAL that match the extrapolation of tracks in the drift chamber) / (number of tracks in the drift chamber that point at the BCAL).
 </html>
@@ Line 97: / Line 122: @@
 </div>
-===CDC===
+===CCAL===
-* Check Occupancy - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver24/Run072745/CDC_occupancy.png link] ]
+* Check Occupancy - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/CCAL_occupancy.png link] ]
-* Check Time-to-distance - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver24/Run072745/HistMacro_CDCTimeToDistance.png link] ]
-* Check dE/dx - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver24/Run072745/CDC_dedx.png  link] ]
-* Check Efficiency- Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver24/Run072745/CDC_eff.png link] ]
-<!--
-* Check CDC ROC amp - Reference: [ [https://halldweb.jlab.org/work/halld2/calibration/RunPeriod-2018-08/mon_ver08/Run071724/verify/verify_CDC_roc_amp.png link] ]
-* Check CDC ROC netamp - Reference: [ [https://halldweb.jlab.org/work/halld2/calibration/RunPeriod-2018-08/mon_ver08/Run071724/verify/verify_CDC_roc_netamp.png link] ]
-* Check CDC ROC hits - Reference: [ [https://halldweb.jlab.org/work/halld2/calibration/RunPeriod-2018-08/mon_ver08/Run071724/verify/verify_CDC_roc_hits.png link] ]
-* Check CDC rawtime vs strawnum. - Reference: [ [https://halldweb.jlab.org/work/halld2/calibration/RunPeriod-2018-08/mon_ver08/Run071724/verify/verify_CDC_rawtime_vs_strawnum.png    link] ]
--->
 <div class="toccolours mw-collapsible mw-collapsed">
-'''CDC Reference Plots'''
+'''CCAL Reference Plots'''
 <div class="mw-collapsible-content">
+'''Beryllium Target'''
 <html>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver24/Run072745/CDC_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver24/Run072745/CDC_occupancy.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/CCAL_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/CCAL_occupancy.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver24/Run072745/HistMacro_CDCTimeToDistance.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver24/Run072745/HistMacro_CDCTimeToDistance.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver24/Run072745/CDC_dedx.png""><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver24/Run072745/CDC_dedx.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver24/Run072745/CDC_eff.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver24/Run072745/CDC_eff.png" height="200"/></a>
-<!--
-<a href="/work/halld2/calibration/RunPeriod-2018-01/ver18/Run042577/verify/verify_CDC_roc_amp.png"><img src="/work/halld2/calibration/RunPeriod-2018-01/ver18/Run042577/verify/verify_CDC_roc_amp.png" height="200"/></a>
-<a href="/work/halld2/calibration/RunPeriod-2018-01/ver18/Run042577/verify/verify_CDC_roc_netamp.png"><img src="/work/halld2/calibration/RunPeriod-2018-01/ver18/Run042577/verify/verify_CDC_roc_netamp.png" height="200"/></a>
-<a href="/work/halld2/calibration/RunPeriod-2018-01/ver18/Run042577/verify/verify_CDC_roc_hits.png"><img src="/work/halld2/calibration/RunPeriod-2018-01/ver18/Run042577/verify/verify_CDC_roc_hits.png" height="200"/></a>
-<a href="/work/halld2/calibration/RunPeriod-2018-01/ver18/Run042577/verify/verify_CDC_rawtime_vs_strawnum.png"><img src="/work/halld2/calibration/RunPeriod-2018-01/ver18/Run042577/verify/verify_CDC_rawtime_vs_strawnum.png" height="200"/></a>
--->
 </html>
-</div>
-</div>
-<div class="toccolours mw-collapsible mw-collapsed">
+'''Full Liquid Helium Target'''
-'''CDC Notes'''
-<div class="mw-collapsible-content">
 <html>
-CDC Occupancy: There should be a uniform decrease in intensity from the center of the detector outward. Random white cells scattered throughout occur when not enough data were collected, eg empty target runs, trigger tests or no beam. Several contiguous white, dark blue or bright yellow cells which don't match the neighboring cells are a problem.
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/CCAL_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/CCAL_occupancy.png" height="200"/></a>
-<br />
-Time-to-distance: 𝛿, the change in length of the LOCA caused by the straw deformation, is
-plotted against the measured drift time, t drift . The color scale indicates the distance of
-closest approach between the track and the wire, obtained from the tracking software.
-The red lines are contours of the time-to-distance function for constant drift distances
-from 1.5 mm to 8 mm, in steps of 0.5 mm. They should lie over the top of the dark blue contour lines separating the colour blocks.
-For the plot of residuals vs drift time, the mean should be less than 15um and the sigma should be less than 150um.
-<br/>
-dE/dx: At 1.5GeV/c the fitted peak mean should be within 1% of 2.02 keV/cm.
-<br/>
-Efficiency: The efficiency should be 0.98 or higher at 0cm DOCA, gradually fall to 0.97 at approximately 0.5mm and then more steeply through 0.9 at approximately 0.64cm.
 </html>
-</div>
+'''Empty Liquid Helium Target'''
-</div>
-===FCAL===
-* Check Occupancy - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver06/Run071724/__fcal_digOcc2D.png link] ]
-* Check FCAL Hits 1 - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver06/Run071724/fcal_hit_energy.png link] ]
-* Check FCAL Hits 2 - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver06/Run071724/fcal_hit_timing.png link] ]
-* Check FCAL Clusters 1 - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver06/Run071724/fcal_cluster_space.png link] ]
-* Check FCAL Recon. 1 - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver06/Run071724/HistMacro_FCALReconstruction_p1.png link] ]
-* Check FCAL Recon. 2 - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver06/Run071724/HistMacro_FCALReconstruction_p2.png link] ]
-* Check Recon. FCAL Matching - Reference:  [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver06/Run071724/HistMacro_Matching_FCAL.png link] ]
-<div class="toccolours mw-collapsible mw-collapsed">
-'''FCAL Reference Plots'''
-<div class="mw-collapsible-content">
 <html>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/__fcal_digOcc2D.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/__fcal_digOcc2D.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/CCAL_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/CCAL_occupancy.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/fcal_hit_energy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/fcal_hit_energy.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/fcal_hit_timing.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/fcal_hit_timing.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/fcal_cluster_space.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/fcal_cluster_space.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_FCALReconstruction_p1.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_FCALReconstruction_p1.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2018-08/mon_ver08/Run071724/HistMacro_FCALReconstruction_p2.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_FCALReconstruction_p2.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_Matching_FCAL.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_Matching_FCAL.png" height="200"/></a>
 </html>
 </div>
@@ Line 186: / Line 152: @@
 <div class="toccolours mw-collapsible mw-collapsed">
-'''FCAL Notes'''
+'''CCAL Notes'''
 <div class="mw-collapsible-content">
 <html>
-Is used for neutral particle detection and pion identification.
+The CCAL is used to measure the Compton scattering cross section. It detects either the Compton-scattered photon or recoil electron in coincidence with the other particle being detected by the FCAL. Particles detected by the CCAL have a small scattering angle (<0.8deg), and therefore the rate in the CCAL is very high.
-<br />
+For initial monitoring, check the occupancy plot. There will always be a 2x2 square hole corresponding to the beam hole. When the beam is on and the target is filled, the modules closest to the center will have higher counts. Check that there are no modules with zero counts and that there are no modules with abnormally high counts.
 </html>
@@ Line 198: / Line 164: @@
 </div>
+===CDC===
-===FDC===
+* Check Occupancy - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/CDC_occupancy.png link] ]
-* Check Package 1 Occupancy - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/FDC_P1_pseudo_occupancy.png link] ]
+* Check Efficiency - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/CDC_eff.png link] ]
-* Check Package 2 Occupancy - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/FDC_P2_pseudo_occupancy.png link] ]
-* Check Package 3 Occupancy - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/FDC_P3_pseudo_occupancy.png link] ]
-* Check Package 4 Occupancy - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/FDC_P4_pseudo_occupancy.png link] ]
 <div class="toccolours mw-collapsible mw-collapsed">
-'''FDC Reference Plots'''
+'''CDC Reference Plots'''
 <div class="mw-collapsible-content">
+'''Beryllium Target'''
 <html>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/FDC_P1_pseudo_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/FDC_P1_pseudo_occupancy.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/CDC_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/CDC_occupancy.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/FDC_P2_pseudo_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/FDC_P2_pseudo_occupancy.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/CDC_eff.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/CDC_eff.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/FDC_P3_pseudo_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/FDC_P3_pseudo_occupancy.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/FDC_P4_pseudo_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/FDC_P4_pseudo_occupancy.png" height="200"/></a>
 </html>
-</div>
-</div>
-<div class="toccolours mw-collapsible mw-collapsed">
+'''Absent Beryllium Target'''
-'''FDC Notes'''
+<html>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver12/Run110453/CDC_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver12/Run110453/CDC_occupancy.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver12/Run110453/CDC_eff.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver12/Run110453/CDC_eff.png" height="200"/></a>
+</html>
-<div class="mw-collapsible-content">
+'''Full Liquid Helium Target'''
 <html>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/CDC_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/CDC_occupancy.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/CDC_eff.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/CDC_eff.png" height="200"/></a>
 </html>
-</div>
+'''Empty Liquid Helium Target'''
-</div>
-===PS===
-* Check Occupancy - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/PS_occupancy.png link] ]
-* Check Timing Alignment - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_PSTimingAlignment.png link] ]
-<div class="toccolours mw-collapsible mw-collapsed">
-'''PS Reference Plots'''
-<div class="mw-collapsible-content">
 <html>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/PS_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/PS_occupancy.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/CDC_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/CDC_occupancy.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/PS_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_PSTimingAlignment.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/CDC_eff.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/CDC_eff.png" height="200"/></a>
 </html>
 </div>
 </div>
 <div class="toccolours mw-collapsible mw-collapsed">
-'''PS Notes'''
+'''CDC Notes'''
 <div class="mw-collapsible-content">
 <html>
+General notes on empty/absent Be target runs: the statistics are really low. Mark these runs good unless there is something odd or bad that isn't due to lack of statistics. </br>
+CDC Occupancy: There should be a uniform decrease in intensity from the center of the detector outward. Random white cells scattered throughout occur when not enough data were collected, eg empty target runs, trigger tests or no beam. Several contiguous white, dark blue or bright yellow cells which don't match the neighboring cells are a problem.
+<br/>
+Time-to-distance: 𝛿, the change in length of the LOCA caused by the straw deformation, is
+plotted against the measured drift time, t drift . The color scale indicates the distance of
+closest approach between the track and the wire, obtained from the tracking software.
+The red lines are contours of the time-to-distance function for constant drift distances
+from 1.5 mm to 8 mm, in steps of 0.5 mm. They should lie over the top of the dark blue contour lines separating the colour blocks.
+For the plot of residuals vs drift time, the mean should be less than 15um and the sigma should be less than 150um.
+<br/>
+dE/dx: At 1.5GeV/c the fitted peak mean should be within 1% of 2.02 keV/cm.
+<br/>
+Efficiency: The efficiency should be 0.98 or higher at 0cm DOCA, gradually fall to 0.97 at approximately 0.5mm and then more steeply through 0.9 at approximately 0.64cm.
 </html>
@@ Line 261: / Line 228: @@
 </div>
+===FCAL===
-===SC===
+* Check Occupancy - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver11/Run110551/__fcal_digOcc2D.png link] ]
-* Check Occupancy - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/ST_occupancy.png link] ]
+<!--* Check FCAL Hits 1 - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver11/Run110551/fcal_hit_energy.png link] ]
-* Check Recon. SC 1 - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_SCReconstruction_p1.png link] ]
+* Check FCAL Hits 2 - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver11/Run110551/fcal_hit_timing.png link] ]
-* Check Recon. SC 2 - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_SCReconstruction_p2.png link] ]
+* Check FCAL Clusters 1 - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver11/Run110551/fcal_cluster_space.png link] ]
-* Check Recon. SC Matching - Reference:  [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_Matching_SC.png link] ]
+* Check FCAL Recon. 1 - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver11/Run110551/HistMacro_FCALReconstruction_p1.png link] ]
+* Check FCAL Recon. 2 - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver11/Run110551/HistMacro_FCALReconstruction_p2.png link] ]
+* Check Recon. FCAL Matching - Reference:  [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver11/Run110551/HistMacro_Matching_FCAL.png link] ]
+-->
 <div class="toccolours mw-collapsible mw-collapsed">
-'''SC Reference Plots'''
+'''FCAL Reference Plots'''
 <div class="mw-collapsible-content">
+'''Beryllium Target'''
 <html>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/bcal_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/ST_occupancy.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver11/Run110551/__fcal_digOcc2D.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver11/Run110551/__fcal_digOcc2D.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_SCReconstruction_p1.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_SCReconstruction_p1.png" height="200"/></a>
+<!-- <a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver11/Run110551/fcal_hit_energy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver11/Run110551/fcal_hit_energy.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_SCReconstruction_p2.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_SCReconstruction_p2.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver11/Run110551/fcal_hit_timing.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver11/Run110551/fcal_hit_timing.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_Matching_SC.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_Matching_SC.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver11/Run110551/fcal_cluster_space.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver11/Run110551/fcal_cluster_space.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver11/Run110551/HistMacro_FCALReconstruction_p1.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver11/Run110551/HistMacro_FCALReconstruction_p1.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver11/Run110551/HistMacro_FCALReconstruction_p2.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver11/Run110551/HistMacro_FCALReconstruction_p2.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver11/Run110551/HistMacro_Matching_FCAL.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver11/Run110551/HistMacro_Matching_FCAL.png" height="200"/></a>
+-->
 </html>
-</div>
-</div>
-<div class="toccolours mw-collapsible mw-collapsed">
+'''Full Liquid Helium Target'''
-'''SC Notes'''
-<div class="mw-collapsible-content">
 <html>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver11/Run111884/__fcal_digOcc2D.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver11/Run111884/__fcal_digOcc2D.png" height="200"/></a>
+<!-- <a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver11/Run111884/fcal_hit_energy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver11/Run111884/fcal_hit_energy.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver11/Run111884/fcal_hit_timing.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver11/Run111884/fcal_hit_timing.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver11/Run111884/fcal_cluster_space.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver11/Run111884/fcal_cluster_space.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver11/Run111884/HistMacro_FCALReconstruction_p1.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver11/Run111884/HistMacro_FCALReconstruction_p1.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver11/Run111884/HistMacro_FCALReconstruction_p2.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver11/Run111884/HistMacro_FCALReconstruction_p2.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver11/Run111884/HistMacro_Matching_FCAL.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver11/Run111884/HistMacro_Matching_FCAL.png" height="200"/></a>
+-->
 </html>
-</div>
+'''Empty Liquid Helium Target'''
-</div>
-===TAGH===
-* Check Tagger Occupancy - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/TAGGER_occupancy.png link] ]
-* Check TAGH Hits 2 - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/TAGH_hit2.png link] ]
-<div class="toccolours mw-collapsible mw-collapsed">
-'''TAGH Reference Plots'''
-<div class="mw-collapsible-content">
 <html>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/TAGGER_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/TAGGER_occupancy.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver11/Run111917/__fcal_digOcc2D.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver11/Run111917/__fcal_digOcc2D.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/TAGH_hit2.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/TAGH_hit2.png" height="200"/></a>
+<!-- <a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver11/Run111917/fcal_hit_energy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver11/Run111917/fcal_hit_energy.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver11/Run111917/fcal_hit_timing.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver11/Run111917/fcal_hit_timing.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver11/Run111917/fcal_cluster_space.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver11/Run111917/fcal_cluster_space.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver11/Run111917/HistMacro_FCALReconstruction_p1.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver11/Run111917/HistMacro_FCALReconstruction_p1.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver11/Run111917/HistMacro_FCALReconstruction_p2.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver11/Run111917/HistMacro_FCALReconstruction_p2.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver11/Run111917/HistMacro_Matching_FCAL.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver11/Run111917/HistMacro_Matching_FCAL.png" height="200"/></a>
+-->
 </html>
 </div>
@@ Line 315: / Line 286: @@
 <div class="toccolours mw-collapsible mw-collapsed">
-'''TAGH Notes'''
+'''FCAL Notes'''
 <div class="mw-collapsible-content">
 <html>
+Is used for neutral particle detection and pion identification.<br /><br />
+Check Occupancy:<br />
+For monitoring purposes, the occupancy of the detector should be checked for every run once - so this is only needed for the first ever monitoring launch per run period.
+The goal is to find any blocks that do not deliver a signal for each run, these must be made dead channels in the Monte Carlo simulation for that specific run. Watch out for individual blocks as well as groups of 16 channels in a 4x4 orientation, which indicates a faulty fADC.<br /><br />
+<!--
+Other quantities of interest are the location of the pi0 peak in the two-photon invariant mass, the location and width of the timing peak as well as ensuring good quality of the charged tracks matching with hits in the FCAL. However - all these quantities will be checked in an automated fashion in the future. Outliers then should be inspected carefully - which involves the following sets of plots in addition to the occupancy:<br /><br />
+Check FCAL Hits 1<br />
+Check FCAL Hits 2<br />
+Check FCAL Clusters 1<br />
+Check FCAL Recon. 1<br />
+Check FCAL Recon. 2<br />
+Check Recon. FCAL Matching<br />
+<br />
+-->
 </html>
@@ Line 325: / Line 312: @@
 </div>
+===FDC===
-===TAGM===
+* Check Package 1 Occupancy - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/FDC_P1_pseudo_occupancy.png link] ]
-* Check Timing ADC-RF - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/__TAGM_TW_adc_rf_all.png link] ]
+* Check Package 2 Occupancy - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/FDC_P2_pseudo_occupancy.png link] ]
-* Check Timing T-ADC - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/__TAGM_TW_t_adc_all.png link] ]
+* Check Package 3 Occupancy - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/FDC_P3_pseudo_occupancy.png link] ]
+* Check Package 4 Occupancy - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/FDC_P4_pseudo_occupancy.png link] ]
 <div class="toccolours mw-collapsible mw-collapsed">
-'''TAGM Reference Plots'''
+'''FDC Reference Plots'''
 <div class="mw-collapsible-content">
+'''Beryllium Target'''
 <html>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/__TAGM_TW_adc_rf_all.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/__TAGM_TW_adc_rf_all.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/FDC_P1_pseudo_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/FDC_P1_pseudo_occupancy.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/__TAGM_TW_t_adc_all.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/__TAGM_TW_t_adc_all.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/FDC_P2_pseudo_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/FDC_P2_pseudo_occupancy.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/FDC_P3_pseudo_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/FDC_P3_pseudo_occupancy.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/FDC_P4_pseudo_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/FDC_P4_pseudo_occupancy.png" height="200"/></a>
 </html>
-</div>
-</div>
-<div class="toccolours mw-collapsible mw-collapsed">
+'''Full Liquid Helium Target'''
-'''TAGM Notes'''
-<div class="mw-collapsible-content">
 <html>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/FDC_P1_pseudo_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/FDC_P1_pseudo_occupancy.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/FDC_P2_pseudo_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/FDC_P2_pseudo_occupancy.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/FDC_P3_pseudo_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/FDC_P3_pseudo_occupancy.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/FDC_P4_pseudo_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/FDC_P4_pseudo_occupancy.png" height="200"/></a>
 </html>
-</div>
+'''Empty Liquid Helium Target'''
-</div>
-===TOF===
-* Check Occupancy - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/TOF_occupancy.png link] ]
-* Check TOF Matching 1 - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_Matching_TOF.png link] ]
-* Check TOF Matching 2 - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_Matching_TOF2.png link] ]
-<div class="toccolours mw-collapsible mw-collapsed">
-'''TOF Reference Plots'''
-<div class="mw-collapsible-content">
 <html>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/TOF_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/TOF_occupancy.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/FDC_P1_pseudo_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/FDC_P1_pseudo_occupancy.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_Matching_TOF.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_Matching_TOF.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/FDC_P2_pseudo_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/FDC_P2_pseudo_occupancy.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_Matching_TOF2.png ><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_Matching_TOF2.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/FDC_P3_pseudo_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/FDC_P3_pseudo_occupancy.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/FDC_P4_pseudo_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/FDC_P4_pseudo_occupancy.png" height="200"/></a>
 </html>
 </div>
 </div>
 <div class="toccolours mw-collapsible mw-collapsed">
-'''TOF Notes'''
+'''FDC Notes'''
 <div class="mw-collapsible-content">
 <html>
+There are two HV sectors, in Package 2 cell 6 (28 wires) and Package 3 cell 4 (20 wires), that are always OFF and seen in the occupancy plots as empty sectors. There are also strips with lower or no efficiency that are always there, mostly in Package 3 and 4 (see the reference plots), which also normal. What is not normal are groups of wires (of the order of 8 to 24 wires) that are noisy. They will show as brighter stripes in the occupancy. The problem is that they may lock the F1TDCs. This happened several times in the past years. In general, look for groups of channels that are overactive or have lower efficiency.
+<p>
+The reference plots show pseudohits, generated from the track reconstruction. If you find an abnormality, it would be helpful to check 2 more histograms to find the underlying cause - 'FDC Hit Occupancy' will show if any channels are missing, and 'HLDT Drift Chamber Timing' (bottom right plot) will show TDC time-shifts.
 </html>
@@ Line 386: / Line 367: @@
 </div>
+===PS===
+* Check Occupancy - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/PS_occupancy.png link] ]
+* Check Timing Alignment - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/HistMacro_PSTimingAlignment.png link] ]
+* Check PS Pair Energy - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/__PSPair_PSC_PS_PS_E.png link] ]
-===RF===
-* Check timing offsets - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver06/Run071724/HistMacro_RF_p2.png link] ]
-** Should be centered around zero
 <div class="toccolours mw-collapsible mw-collapsed">
-'''RF Reference Plots'''
+'''PS Reference Plots'''
 <div class="mw-collapsible-content">
+'''Beryllium Target'''
 <html>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_RF_p2.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_RF_p2.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/PS_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/PS_occupancy.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/HistMacro_PSTimingAlignment.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/HistMacro_PSTimingAlignment.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/__PSPair_PSC_PS_PS_E.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/__PSPair_PSC_PS_PS_E.png" height="200"/></a>
 </html>
-</div>
-</div>
+'''Full Liquid Helium Target'''
-===Timing===
+<html>
-* Check HLDT Calorimeter Timing - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_CalorimeterTiming.png link] ]
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/PS_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/PS_occupancy.png" height="200"/></a>
-* Check HLDT Drift Chamber Timing - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_TrackingTiming.png link] ]
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/HistMacro_PSTimingAlignment.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/HistMacro_PSTimingAlignment.png" height="200"/></a>
-* Check HLDT PID System Timing - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_PIDSystemTiming.png link] ]
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/__PSPair_PSC_PS_PS_E.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/__PSPair_PSC_PS_PS_E.png" height="200"/></a>
-* Check HLDT Tagger Timing - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_TaggerTiming.png link] ]
+</html>
-* Check HLDT Tagger/RF Align 2 - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_TaggerRFAlignment2.png link] ]
-* Check HLDT Tagger/SC Align - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_TaggerSCAlignment.png link] ]
-* Check HLDT Track-Matched Timing - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_TrackMatchedTiming.png link] ]
-<div class="toccolours mw-collapsible mw-collapsed">
+'''Empty Liquid Helium Target'''
-'''Timing Reference Plots'''
-<div class="mw-collapsible-content">
 <html>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_CalorimeterTiming.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_CalorimeterTiming.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/PS_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/PS_occupancy.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_TrackingTiming.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_TrackingTiming.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/HistMacro_PSTimingAlignment.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/HistMacro_PSTimingAlignment.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_PIDSystemTiming.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_PIDSystemTiming.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/__PSPair_PSC_PS_PS_E.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/__PSPair_PSC_PS_PS_E.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_TaggerTiming.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_TaggerTiming.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_TaggerRFAlignment2.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_TaggerRFAlignment2.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_TaggerSCAlignment.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_TaggerSCAlignment.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_TrackMatchedTiming.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_TrackMatchedTiming.png" height="200"/></a>
 </html>
 </div>
 </div>
 <div class="toccolours mw-collapsible mw-collapsed">
-'''Timing Notes'''
+'''PS Notes'''
 <div class="mw-collapsible-content">
-* Calorimeter Timing - The right two plots aren't aligned at zero because not all corrections are currently applied.  If there is a 32 ns shift in part of this data, please note this.
+<html>
-* Drift Chamber Timing - In each case, the main peaks should line up at zero, but often have other structures.  Ignore the first few bins of the lower left plot (they mostly say something about the noise in the detector).  There can be 32 ns shifts in the lower right plot.
+<b>PS Occupancy:</b> PS Occupancy (bottom) should be fairly flat with a couple bad channels.  PSC Occupancy (top) should have similar rates in TDC and ADC, with the same shape as the reference histogram.<br>
-* PID System Timing - Nothing to note yet.
-* Tagger Timing - The signal to background levels of the left two plots depend on the electron beam current.
-* Track Matched Timing - Some overlap here with the tracking timing.  The new plots should be centered at zero.
-* Tagger/RF Timing - Look for the nice "picket fences" on the right two plots, and that in the bottom left plot each channel peaks at zero.
-* Tagger/SC Timing - Should be similar to Tagger/RF Timing but with larger resolution.
+<b>PS Timing:</b> All plots should be centered at zero. The right column reflect the tagger energy, the bottom right is empty (should be updated?).<br>
-<html>
+<b>PS Pair Energy:</b> Should have similar triangle-like shape as the reference.
 </html>
@@ Line 451: / Line 419: @@
 </div>
-===Analysis===
+===SC===
-* Tracking 1 - [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_Tracking_p1.png link] ]
+* Check Occupancy - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/ST_occupancy.png link] ]
-* Tracking 3 - [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_Tracking_p3.png link] ]
+* Check Recon. SC 1 - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/HistMacro_SCReconstruction_p1.png link] ]
-* Check BCAL pi0 - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/bcal_inv_mass.png link] ]
+* Check Recon. SC 2 - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/HistMacro_SCReconstruction_p2.png link] ]
-* Check BCAL/FCAL pi0 - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/bcal_fcal_inv_mass.png link] ]
+* Check Recon. SC Matching - Reference:  [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/HistMacro_Matching_SC.png link] ]
-* Check p+2pi - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_p2pi.png link] ]
-* Check p+3pi - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_p3pi.png link] ]
-* Check p+pi0g - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_ppi0gamma.png link] ]
 <div class="toccolours mw-collapsible mw-collapsed">
-'''Analysis Reference Plots'''
+'''SC Reference Plots'''
 <div class="mw-collapsible-content">
+'''Beryllium Target'''
 <html>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_Tracking_p1.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_Tracking_p1.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/bcal_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/ST_occupancy.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_Tracking_p3.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_Tracking_p3.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/HistMacro_SCReconstruction_p1.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/HistMacro_SCReconstruction_p1.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/bcal_inv_mass.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/bcal_inv_mass.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/HistMacro_SCReconstruction_p2.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/HistMacro_SCReconstruction_p2.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/bcal_fcal_inv_mass.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/bcal_fcal_inv_mass.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/HistMacro_Matching_SC.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/HistMacro_Matching_SC.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_p2pi.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_p2pi.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_p3pi.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_p3pi.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_ppi0gamma.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071724/HistMacro_ppi0gamma.png" height="200"/></a>
 </html>
-</div>
-</div>
-<div class="toccolours mw-collapsible mw-collapsed">
+'''Full Liquid Helium Target'''
-'''Analysis Notes'''
-<div class="mw-collapsible-content">
-Generally in these plots, there will be a difference between diamond and amorphous radiator running.  Should probably add some references for non-diamond plots.
-* Tracking 1 - There should be some mild dependence on beam current and radiator.  Note the spikes in the upper right plot are because we have 4 hypotheses fit to a track by default.  The lower left plot does have a peak at zero.
-* Tracking 3 -
-* Check BCAL pi0 - The fitted peak should near at the correct pi0 mass of 135 MeV.
-* Check BCAL/FCAL pi0 - The fitted peak should be lower than the correct pi0 mass, I think because the wrong vertex is used.
-* Check p+2pi - The top middle plot should have a sin(2phi) shape for diamond runs.  Note that the yields in the top right plot vary from run to run on the order of 10-20%.
-* Check p+3pi -Note that the yields in the top right plot vary from run to run on the order of 10-20%.
-* Check p+pi0g - Note that the yields in the top right plot vary from run to run on the order of 10-20%.
-** Note that these yields are sensitive to the tagger range used!  This changes for different beam current settings.
 <html>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/bcal_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/ST_occupancy.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/HistMacro_SCReconstruction_p1.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/HistMacro_SCReconstruction_p1.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/HistMacro_SCReconstruction_p2.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/HistMacro_SCReconstruction_p2.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/HistMacro_Matching_SC.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/HistMacro_Matching_SC.png" height="200"/></a>
 </html>
-</div>
+'''Empty Liquid Helium Target'''
-</div>
-== 150nA / 250 nA runs ==
-===BCAL===
-* Check Occupancy - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/bcal_occupancy.png link] ]
-* Check Hit Efficiency - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/bcal_hist_eff.png link] ]
-* Check Recon. BCAL 1 - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_BCALReconstruction_p1.png link] ]
-* Check Recon. BCAL 2 - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_BCALReconstruction_p2.png link] ]
-* Check BCAL Matching - Reference:  [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_Matching_BCAL.png link] ]
-<div class="toccolours mw-collapsible mw-collapsed">
-'''BCAL Reference Plots'''
-<div class="mw-collapsible-content">
 <html>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/bcal_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/bcal_occupancy.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/bcal_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/ST_occupancy.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/bcal_hist_eff.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/bcal_hist_eff.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/HistMacro_SCReconstruction_p1.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/HistMacro_SCReconstruction_p1.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_BCALReconstruction_p1"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_BCALReconstruction_p1" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/HistMacro_SCReconstruction_p2.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/HistMacro_SCReconstruction_p2.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_BCALReconstruction_p2.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_BCALReconstruction_p2.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/HistMacro_Matching_SC.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/HistMacro_Matching_SC.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_Matching_BCAL.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_Matching_BCAL.png" height="200"/></a>
 </html>
 </div>
@@ Line 529: / Line 461: @@
 <div class="toccolours mw-collapsible mw-collapsed">
-'''BCAL Notes'''
+'''SC Notes'''
 <div class="mw-collapsible-content">
 <html>
-The BCAL is used to measure the energy and time of showers.
+<b>Occupancy plots:</b> look for gaps indicative of missing counters. Reference plot for Be target is an example of some missing counters, other targets show all counters active<br>
-The energy is vital for the neutrals.  But it’s also used for charged particles to do PID.
+<b>SC1:</b> look for gaps in 2D histogram (missing counters), top middle dE/dx protons are seen (bending curve downwards between 0 and 1) <br>
-<br />
+<b>SC2:</b> 1D histograms of time differences (bottom row) need to peak at zero <br>
-BCAL Matching: These plots are for charged particles that are tracked in the drift chambers and projected to the BCAL. The z position along the BCAL can be calculated using the time difference between upstream and downstream hits and compared to the extrapolated position using the drift chambers. <br />
+<b>SC Matching:</b> track SC match rate (bottom middle 1d hist) flat-ish curve above 80% <br>
-BCAL/Track Delta z = (z determined from time of up - down hits in BCAL) - (z determined from the extrapolation of tracks in the drift chambers)
-projected BCAL Hit-Z = z determined by extrapolating tracks in the drift chambers to the BCAL.
-The match rate is the ratio of (number of hits in the BCAL that match the extrapolation of tracks in the drift chamber) / (number of tracks in the drift chamber that point at the BCAL).
 </html>
@@ Line 546: / Line 475: @@
 </div>
-===CDC===
+===TAGH===
-* Check Occupancy - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/CDC_occupancy.png link] ]
+* Check Tagger Occupancy - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/TAGGER_occupancy.png link] ]
-* Check Time-to-distance - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_CDCTimeToDistance.png link] ]
+* Check TAGH Hits 2 - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/TAGH_hit2.png link] ]
-* Check dE/dx - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/CDC_dedx.png  link] ]
-* Check Efficiency- Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/CDC_eff.png link] ]
-<!--
-* Check CDC ROC amp - Reference: [ [https://halldweb.jlab.org/work/halld2/calibration/RunPeriod-2018-08/mon_ver08/Run071463/verify/verify_CDC_roc_amp.png link] ]
-* Check CDC ROC netamp - Reference: [ [https://halldweb.jlab.org/work/halld2/calibration/RunPeriod-2018-08/mon_ver08/Run071463/verify/verify_CDC_roc_netamp.png link] ]
-* Check CDC ROC hits - Reference: [ [https://halldweb.jlab.org/work/halld2/calibration/RunPeriod-2018-08/mon_ver08/Run071463/verify/verify_CDC_roc_hits.png link] ]
-* Check CDC rawtime vs strawnum. - Reference: [ [https://halldweb.jlab.org/work/halld2/calibration/RunPeriod-2018-08/mon_ver08/Run071463/verify/verify_CDC_rawtime_vs_strawnum.png    link] ]
--->
 <div class="toccolours mw-collapsible mw-collapsed">
-'''CDC Reference Plots'''
+'''TAGH Reference Plots'''
 <div class="mw-collapsible-content">
+'''Beryllium Target'''
 <html>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/CDC_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/CDC_occupancy.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/TAGGER_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/TAGGER_occupancy.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_CDCTimeToDistance.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_CDCTimeToDistance.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/TAGH_hit2.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/TAGH_hit2.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/CDC_dedx.png""><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/CDC_dedx.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/CDC_eff.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/CDC_eff.png" height="200"/></a>
-<!--
-<a href="/work/halld2/calibration/RunPeriod-2018-01/ver18/Run042577/verify/verify_CDC_roc_amp.png"><img src="/work/halld2/calibration/RunPeriod-2018-01/ver18/Run042577/verify/verify_CDC_roc_amp.png" height="200"/></a>
-<a href="/work/halld2/calibration/RunPeriod-2018-01/ver18/Run042577/verify/verify_CDC_roc_netamp.png"><img src="/work/halld2/calibration/RunPeriod-2018-01/ver18/Run042577/verify/verify_CDC_roc_netamp.png" height="200"/></a>
-<a href="/work/halld2/calibration/RunPeriod-2018-01/ver18/Run042577/verify/verify_CDC_roc_hits.png"><img src="/work/halld2/calibration/RunPeriod-2018-01/ver18/Run042577/verify/verify_CDC_roc_hits.png" height="200"/></a>
-<a href="/work/halld2/calibration/RunPeriod-2018-01/ver18/Run042577/verify/verify_CDC_rawtime_vs_strawnum.png"><img src="/work/halld2/calibration/RunPeriod-2018-01/ver18/Run042577/verify/verify_CDC_rawtime_vs_strawnum.png" height="200"/></a>
--->
 </html>
-</div>
-</div>
-<div class="toccolours mw-collapsible mw-collapsed">
+'''Full Liquid Helium Target'''
-'''CDC Notes'''
-<div class="mw-collapsible-content">
 <html>
-CDC Occupancy: There should be a uniform decrease in intensity from the center of the detector outward. Random white cells scattered throughout occur when not enough data were collected, eg empty target runs, trigger tests or no beam. Several contiguous white, dark blue or bright yellow cells which don't match the neighboring cells are a problem.
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/TAGGER_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/TAGGER_occupancy.png" height="200"/></a>
-<br />
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/TAGH_hit2.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/TAGH_hit2.png" height="200"/></a>
-Time-to-distance: 𝛿, the change in length of the LOCA caused by the straw deformation, is
-plotted against the measured drift time, t drift . The color scale indicates the distance of
-closest approach between the track and the wire, obtained from the tracking software.
-The red lines are contours of the time-to-distance function for constant drift distances
-from 1.5 mm to 8 mm, in steps of 0.5 mm. They should lie over the top of the dark blue contour lines separating the colour blocks.
-For the plot of residuals vs drift time, the mean should be less than 5um and the sigma should be less than 180um.
-<br/>
-dE/dx: At 1.5GeV/c the fitted peak mean should be within 1% of 2.02 keV/cm.
-<br/>
-Efficiency: The efficiency should be 0.98 or higher at 0cm DOCA, gradually fall to 0.97 at approximately 0.5mm and then more steeply through 0.9 at approximately 0.64cm.
 </html>
-</div>
+'''Empty Liquid Helium Target'''
-</div>
-===FCAL===
-* Check Occupancy - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver06/Run071724/__fcal_digOcc2D.png link] ]
-* Check FCAL Hits 1 - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver06/Run071724/fcal_hit_energy.png link] ]
-* Check FCAL Hits 2 - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver06/Run071724/fcal_hit_timing.png link] ]
-* Check FCAL Clusters 1 - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver06/Run071724/fcal_cluster_space.png link] ]
-* Check FCAL Recon. 1 - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver06/Run071724/HistMacro_FCALReconstruction_p1.png link] ]
-* Check FCAL Recon. 2 - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver06/Run071724/HistMacro_FCALReconstruction_p2.png link] ]
-* Check Recon. FCAL Matching - Reference:  [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver06/Run071724/HistMacro_Matching_FCAL.png link] ]
-<div class="toccolours mw-collapsible mw-collapsed">
-'''FCAL Reference Plots'''
-<div class="mw-collapsible-content">
 <html>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/__fcal_digOcc2D.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/__fcal_digOcc2D.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/TAGGER_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/TAGGER_occupancy.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/fcal_hit_energy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/fcal_hit_energy.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/TAGH_hit2.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/TAGH_hit2.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/fcal_hit_timing.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/fcal_hit_timing.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/fcal_cluster_space.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/fcal_cluster_space.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_FCALReconstruction_p1.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_FCALReconstruction_p1.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2018-08/mon_ver08/Run071463/HistMacro_FCALReconstruction_p2.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_FCALReconstruction_p2.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_Matching_FCAL.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_Matching_FCAL.png" height="200"/></a>
 </html>
 </div>
@@ Line 634: / Line 510: @@
 <div class="toccolours mw-collapsible mw-collapsed">
-'''FCAL Notes'''
+'''TAGH Notes'''
 <div class="mw-collapsible-content">
 <html>
-Is used for neutral particle detection and pion identification.
+<b>Tagger occupancy:</b> TAGM - Generally the fADC and TDC occupancies should be similar and mostly flat, with maybe a small increase in rates with column number.  There can be a small step in the TDC occupancy. TAGH - expect the choppy pattern in the reference image, which reflects the varying size of the different counters, and a steep increase at large counter number.<br>
-<br />
+<b>TAGH Hits 2:</b> This plot is complicated - the main thing to look for is the time(TDC)-time(ADC) vs. channel plot to be centered around zero. Keep an eye out for any extra or unusual dead channels.
 </html>
@@ Line 646: / Line 523: @@
 </div>
+===TAGM===
-===FDC===
+* Check Timing ADC-RF - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/__TAGM_TW_adc_rf_all.png link] ]
-* Check Package 1 Occupancy - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/FDC_P1_pseudo_occupancy.png link] ]
+* Check Timing T-ADC - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/__TAGM_TW_t_adc_all.png link] ]
-* Check Package 2 Occupancy - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/FDC_P2_pseudo_occupancy.png link] ]
-* Check Package 3 Occupancy - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/FDC_P3_pseudo_occupancy.png link] ]
-* Check Package 4 Occupancy - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/FDC_P4_pseudo_occupancy.png link] ]
 <div class="toccolours mw-collapsible mw-collapsed">
-'''FDC Reference Plots'''
+'''TAGM Reference Plots'''
 <div class="mw-collapsible-content">
+'''Beryllium Target'''
 <html>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/FDC_P1_pseudo_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/FDC_P1_pseudo_occupancy.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/__TAGM_TW_adc_rf_all.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/__TAGM_TW_adc_rf_all.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/FDC_P2_pseudo_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/FDC_P2_pseudo_occupancy.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/__TAGM_TW_t_adc_all.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/__TAGM_TW_t_adc_all.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/FDC_P3_pseudo_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/FDC_P3_pseudo_occupancy.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/FDC_P4_pseudo_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/FDC_P4_pseudo_occupancy.png" height="200"/></a>
 </html>
-</div>
-</div>
-<div class="toccolours mw-collapsible mw-collapsed">
+'''Full Liquid Helium Target'''
-'''FDC Notes'''
-<div class="mw-collapsible-content">
 <html>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/__TAGM_TW_adc_rf_all.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/__TAGM_TW_adc_rf_all.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/__TAGM_TW_t_adc_all.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/__TAGM_TW_t_adc_all.png" height="200"/></a>
 </html>
-</div>
+'''Empty Liquid Helium Target'''
-</div>
-===PS===
-* Check Occupancy - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/PS_occupancy.png link] ]
-* Check Timing Alignment - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_PSTimingAlignment.png link] ]
-* PS pair energy - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2021-09/mon_ver02/ps_en_1.png link] ]
-<div class="toccolours mw-collapsible mw-collapsed">
-'''PS Reference Plots'''
-<div class="mw-collapsible-content">
 <html>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/PS_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/PS_occupancy.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/__TAGM_TW_adc_rf_all.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/__TAGM_TW_adc_rf_all.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/PS_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_PSTimingAlignment.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/__TAGM_TW_t_adc_all.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/__TAGM_TW_t_adc_all.png" height="200"/></a>
 </html>
 </div>
 </div>
 <div class="toccolours mw-collapsible mw-collapsed">
-'''PS Notes'''
+'''TAGM Notes'''
 <div class="mw-collapsible-content">
 <html>
+Generally both distributions should be centered near zero. There is some variation in intensity due to the shape of the photon beam energy dependence (coherent peak) and the inefficiency of some of the channels.
 </html>
@@ Line 710: / Line 569: @@
 </div>
-===SC===
+===TOF===
-* Check Occupancy - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/ST_occupancy.png link] ]
+* Check Occupancy - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/TOF_occupancy.png link] ]
-* Check Recon. SC 1 - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_SCReconstruction_p1.png link] ]
+* Check TOF Matching 1 - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/HistMacro_Matching_TOF.png link] ]
-* Check Recon. SC 2 - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_SCReconstruction_p2.png link] ]
+* Check TOF Matching 2 - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/HistMacro_Matching_TOF2.png link] ]
-* Check Recon. SC Matching - Reference:  [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_Matching_SC.png link] ]
 <div class="toccolours mw-collapsible mw-collapsed">
-'''SC Reference Plots'''
+'''TOF Reference Plots'''
 <div class="mw-collapsible-content">
+'''Beryllium Target'''
 <html>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/bcal_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/ST_occupancy.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/TOF_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/TOF_occupancy.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_SCReconstruction_p1.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_SCReconstruction_p1.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/HistMacro_Matching_TOF.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/HistMacro_Matching_TOF.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_SCReconstruction_p2.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_SCReconstruction_p2.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/HistMacro_Matching_TOF2.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/HistMacro_Matching_TOF2.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_Matching_SC.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_Matching_SC.png" height="200"/></a>
 </html>
-</div>
-</div>
-<div class="toccolours mw-collapsible mw-collapsed">
+'''Full Liquid Helium Target'''
-'''SC Notes'''
-<div class="mw-collapsible-content">
 <html>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/TOF_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/TOF_occupancy.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/HistMacro_Matching_TOF.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/HistMacro_Matching_TOF.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/HistMacro_Matching_TOF2.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/HistMacro_Matching_TOF2.png" height="200"/></a>
 </html>
-</div>
+'''Empty Liquid Helium Target'''
-</div>
-===TAGH===
-* Check Tagger Occupancy - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/TAGGER_occupancy.png link] ]
-* Check TAGH Hits 2 - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/TAGH_hit2.png link] ]
-<div class="toccolours mw-collapsible mw-collapsed">
-'''TAGH Reference Plots'''
-<div class="mw-collapsible-content">
 <html>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/TAGGER_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/TAGGER_occupancy.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/TOF_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/TOF_occupancy.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/TAGH_hit2.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/TAGH_hit2.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/HistMacro_Matching_TOF.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/HistMacro_Matching_TOF.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/HistMacro_Matching_TOF2.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/HistMacro_Matching_TOF2.png" height="200"/></a>
 </html>
 </div>
 </div>
 <div class="toccolours mw-collapsible mw-collapsed">
-'''TAGH Notes'''
+'''TOF Notes'''
 <div class="mw-collapsible-content">
 <html>
+<b>Occupancy plot:</b> look for "gaps" indicative of missing counters<br>
+<b>Matching TOF Hits 1 (Time-Based Tracks):</b> X and Y (rightmost plots) distributions should be centered close to zero (vertical)<br>
+<b>TOF matching rate (1D histograms):</b> There should be regions of larger than 80%, gaps in 2D histograms are indicative of wrong timing calibrations between ADC and TDC<br>
 </html>
@@ Line 773: / Line 620: @@
 </div>
+===RF===
-===TAGM===
+* Check Timing Offsets - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/HistMacro_RF_p2.png link] ]
-* Check Timing ADC-RF - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/__TAGM_TW_adc_rf_all.png link] ]
-* Check Timing T-ADC - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/__TAGM_TW_t_adc_all.png link] ]
 <div class="toccolours mw-collapsible mw-collapsed">
-'''TAGM Reference Plots'''
+'''RF Reference Plots'''
 <div class="mw-collapsible-content">
+'''Beryllium Target'''
 <html>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/__TAGM_TW_adc_rf_all.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/__TAGM_TW_adc_rf_all.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/HistMacro_RF_p2.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/HistMacro_RF_p2.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/__TAGM_TW_t_adc_all.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/__TAGM_TW_t_adc_all.png" height="200"/></a>
 </html>
-</div>
-</div>
-<div class="toccolours mw-collapsible mw-collapsed">
+'''Full Liquid Helium Target'''
-'''TAGM Notes'''
-<div class="mw-collapsible-content">
 <html>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/HistMacro_RF_p2.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/HistMacro_RF_p2.png" height="200"/></a>
 </html>
-</div>
+'''Empty Liquid Helium Target'''
-</div>
-===TOF===
-* Check Occupancy - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/TOF_occupancy.png link] ]
-* Check TOF Matching 1 - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_Matching_TOF.png link] ]
-* Check TOF Matching 2 - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_Matching_TOF2.png link] ]
-<div class="toccolours mw-collapsible mw-collapsed">
-'''TOF Reference Plots'''
-<div class="mw-collapsible-content">
 <html>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/TOF_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/TOF_occupancy.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/HistMacro_RF_p2.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/HistMacro_RF_p2.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_Matching_TOF.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_Matching_TOF.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_Matching_TOF2.png ><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_Matching_TOF2.png" height="200"/></a>
 </html>
 </div>
 </div>
 <div class="toccolours mw-collapsible mw-collapsed">
-'''TOF Notes'''
+'''RF Instructions'''
 <div class="mw-collapsible-content">
 <html>
+Should be centered around zero.
 </html>
 </div>
 </div>
+===Timing===
+* Check HLDT Calorimeter Timing - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/HistMacro_CalorimeterTiming.png link] ]
+* Check HLDT Drift Chamber Timing - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/HistMacro_TrackingTiming.png link] ]
+* Check HLDT PID System Timing - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/HistMacro_PIDSystemTiming.png link] ]
+* Check HLDT Tagger Timing - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/HistMacro_TaggerTiming.png link] ]
+* Check HLDT Tagger/RF Align 2 - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/HistMacro_TaggerRFAlignment2.png link] ]
+* Check HLDT Tagger/SC Align - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/HistMacro_TaggerSCAlignment.png link] ]
+* Check HLDT Track-Matched Timing - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/HistMacro_TrackMatchedTiming.png link] ]
-===RF===
-* Check timing offsets - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver06/Run071724/HistMacro_RF_p2.png link] ]
-** Should be centered around zero
 <div class="toccolours mw-collapsible mw-collapsed">
-'''RF Reference Plots'''
+'''Timing Reference Plots'''
 <div class="mw-collapsible-content">
+'''Beryllium Target'''
 <html>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_RF_p2.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_RF_p2.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/HistMacro_CalorimeterTiming.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/HistMacro_CalorimeterTiming.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/HistMacro_TrackingTiming.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/HistMacro_TrackingTiming.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/HistMacro_PIDSystemTiming.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/HistMacro_PIDSystemTiming.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/HistMacro_TaggerTiming.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/HistMacro_TaggerTiming.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/HistMacro_TaggerRFAlignment2.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/HistMacro_TaggerRFAlignment2.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/HistMacro_TaggerSCAlignment.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/HistMacro_TaggerSCAlignment.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/HistMacro_TrackMatchedTiming.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/HistMacro_TrackMatchedTiming.png" height="200"/></a>
 </html>
-</div>
-</div>
+'''Full Liquid Helium Target'''
-===Timing===
+<html>
-* Check HLDT Calorimeter Timing - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_CalorimeterTiming.png link] ]
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/HistMacro_CalorimeterTiming.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/HistMacro_CalorimeterTiming.png" height="200"/></a>
-* Check HLDT Drift Chamber Timing - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_TrackingTiming.png link] ]
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/HistMacro_TrackingTiming.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/HistMacro_TrackingTiming.png" height="200"/></a>
-* Check HLDT PID System Timing - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_PIDSystemTiming.png link] ]
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/HistMacro_PIDSystemTiming.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/HistMacro_PIDSystemTiming.png" height="200"/></a>
-* Check HLDT Tagger Timing - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_TaggerTiming.png link] ]
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/HistMacro_TaggerTiming.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/HistMacro_TaggerTiming.png" height="200"/></a>
-* Check HLDT Tagger/RF Align 2 - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_TaggerRFAlignment2.png link] ]
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/HistMacro_TaggerRFAlignment2.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/HistMacro_TaggerRFAlignment2.png" height="200"/></a>
-* Check HLDT Tagger/SC Align - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_TaggerSCAlignment.png link] ]
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/HistMacro_TaggerSCAlignment.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/HistMacro_TaggerSCAlignment.png" height="200"/></a>
-* Check HLDT Track-Matched Timing - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_TrackMatchedTiming.png link] ]
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/HistMacro_TrackMatchedTiming.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/HistMacro_TrackMatchedTiming.png" height="200"/></a>
+</html>
-<div class="toccolours mw-collapsible mw-collapsed">
+'''Empty Liquid Helium Target'''
-'''Timing Reference Plots'''
-<div class="mw-collapsible-content">
 <html>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_CalorimeterTiming.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_CalorimeterTiming.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/HistMacro_CalorimeterTiming.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/HistMacro_CalorimeterTiming.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_TrackingTiming.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_TrackingTiming.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/HistMacro_TrackingTiming.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/HistMacro_TrackingTiming.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_PIDSystemTiming.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_PIDSystemTiming.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/HistMacro_PIDSystemTiming.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/HistMacro_PIDSystemTiming.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_TaggerTiming.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_TaggerTiming.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/HistMacro_TaggerTiming.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/HistMacro_TaggerTiming.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_TaggerRFAlignment2.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_TaggerRFAlignment2.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/HistMacro_TaggerRFAlignment2.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/HistMacro_TaggerRFAlignment2.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_TaggerSCAlignment.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_TaggerSCAlignment.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/HistMacro_TaggerSCAlignment.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/HistMacro_TaggerSCAlignment.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_TrackMatchedTiming.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_TrackMatchedTiming.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/HistMacro_TrackMatchedTiming.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111197/HistMacro_TrackMatchedTiming.png" height="200"/></a>
 </html>
 </div>
@@ Line 883: / Line 719: @@
 <div class="mw-collapsible-content">
+Note that the relative size of peaks can change between different running conditions.
 * Calorimeter Timing - The right two plots aren't aligned at zero because not all corrections are currently applied.  If there is a 32 ns shift in part of this data, please note this.
@@ Line 900: / Line 738: @@
 ===Analysis===
-* Tracking 1 - [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_Tracking_p1.png link] ]
+* Tracking 1 - [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/HistMacro_Tracking_p1.png link] ]
-* Tracking 3 - [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_Tracking_p3.png link] ]
+* Tracking 3 - [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/HistMacro_Tracking_p3.png link] ]
-* Check BCAL pi0 - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/bcal_inv_mass.png link] ]
+* Check BCAL pi0 - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/bcal_inv_mass.png link] ]
-* Check BCAL/FCAL pi0 - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/bcal_fcal_inv_mass.png link] ]
+* Check FCAL pi0 - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/fcal_invmass.png link] ]
-* Check p+2pi - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_p2pi.png link] ]
-* Check p+3pi - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_p3pi.png link] ]
-* Check p+pi0g - Reference: [ [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_ppi0gamma.png link] ]
 <div class="toccolours mw-collapsible mw-collapsed">
@@ Line 913: / Line 748: @@
 <div class="mw-collapsible-content">
+'''Beryllium Target'''
+<html>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/HistMacro_Tracking_p1.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/HistMacro_Tracking_p1.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/HistMacro_Tracking_p3.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/HistMacro_Tracking_p3.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/bcal_inv_mass.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/bcal_inv_mass.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/fcal_invmass.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/fcal_invmass.png" height="200"/></a>
+</html>
+'''Full Liquid Helium Target'''
+<html>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/HistMacro_Tracking_p1.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/HistMacro_Tracking_p1.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/HistMacro_Tracking_p3.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/HistMacro_Tracking_p3.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/bcal_inv_mass.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/bcal_inv_mass.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/bcal_fcal_inv_mass.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111884/fcal_invmass.png" height="200"/></a>
+</html>
+'''Empty Liquid Helium Target'''
 <html>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_Tracking_p1.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_Tracking_p1.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/HistMacro_Tracking_p1.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/HistMacro_Tracking_p1.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_Tracking_p3.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_Tracking_p3.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/HistMacro_Tracking_p3.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/HistMacro_Tracking_p3.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/bcal_inv_mass.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/bcal_inv_mass.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/bcal_inv_mass.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/bcal_inv_mass.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/bcal_fcal_inv_mass.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/bcal_fcal_inv_mass.png" height="200"/></a>
+<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/bcal_fcal_inv_mass.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run111917/fcal_invmass.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_p2pi.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_p2pi.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_p3pi.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_p3pi.png" height="200"/></a>
-<a href="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_ppi0gamma.png"><img src="/work/halld2/data_monitoring/RunPeriod-2019-11/mon_ver08/Run071463/HistMacro_ppi0gamma.png" height="200"/></a>
 </html>
 </div>
@@ Line 934: / Line 786: @@
 Generally in these plots, there will be a difference between diamond and amorphous radiator running.  Should probably add some references for non-diamond plots.
-* Tracking 1 - There should be some mild dependence on beam current and radiator.  Note the spikes in the upper right plot are because we have 4 hypotheses fit to a track by default.  The lower left plot does have a peak at zero.
+* Tracking 1 - Note the spikes in the upper right plot are because we have 4 hypotheses fit to a track by default. The lower left plot does have a peak at zero.
-* Tracking 3 -
+* Tracking 3 - All four plot should have the pion band around 2keV/cm. Only the top left one should have an additional banana-shaped band for the protons.
 * Check BCAL pi0 - The fitted peak should near at the correct pi0 mass of 135 MeV.
-* Check BCAL/FCAL pi0 - The fitted peak should be lower than the correct pi0 mass, I think because the wrong vertex is used.
+* Check FCAL pi0 - The fitted peak should near at the correct pi0 mass of 135 MeV.
-* Check p+2pi - The top middle plot should have a sin(2phi) shape for diamond runs.  Note that the yields in the top right plot vary from run to run on the order of 10-20%.
-* Check p+3pi -Note that the yields in the top right plot vary from run to run on the order of 10-20%.
-* Check p+pi0g - Note that the yields in the top right plot vary from run to run on the order of 10-20%.
 ** Note that these yields are sensitive to the tagger range used!  This changes for different beam current settings.