update operator manual

diff --git a/hadesoperator/expert_powersupplies.tex b/hadesoperator/expert_powersupplies.tex
index 1aaf70cfd044bdcf843d9c621c461fd8d5344c7e..d58ef8e72c504635ada15d9fd289caf678103cb9 100644 (file)
--- a/hadesoperator/expert_powersupplies.tex
+++ b/hadesoperator/expert_powersupplies.tex
@@ -18,7 +18,7 @@ There are several interfaces for control, depending on the supply.
 \begin{description}
  \item[RichFans] Coolings fans on RICH
  \item[ECal 1/2/3] ECal Padiwa (two channels per sector)
- \item[CentralControls] Channel 1: iTOF Trb\\ Channel 2: Trigger fanout at CTS, Triggerbox, 
+ \item[CentralControls] Channel 1: iTOF Padiwa\\ Channel 2: Trigger fanout at CTS, Triggerbox, 
 Beammonitor\\Channel 3+4: CTS Trb, BLR
  \item[STS 1/2] STS Fee
  \item[Start] Channel 2+4: Start Trb \\Channel 1: Start Padiwa\\Channel 3: Start Fans

diff --git a/hadesoperator/generalremarks.tex b/hadesoperator/generalremarks.tex
index 0169a6284671a3e44acff764895e3cfbb6aee3b3..87938096304279c0c5dd98507a5cfa975232f508 100644 (file)
--- a/hadesoperator/generalremarks.tex
+++ b/hadesoperator/generalremarks.tex
@@ -1,11 +1,9 @@
 
 \section{Daily News}
 
-\textbf{2022/01/27 - this page will be updated during the beamtime}
+\textbf{2022/01/31 - this page will be updated during the beamtime}
 \begin{itemize*}
-  
-  \item Every couple of hours, when you do a DAQ restart, please do a ``Reload ECal'' before - this 
-should take just a couple of seconds.
+  \item Nothing to report, yet.
 \end{itemize*}
 \clearpage
 

diff --git a/hadesoperator/hmonwindows.tex b/hadesoperator/hmonwindows.tex
index 9cabdf29e9e4340213fd0c779f0aae3f8ce7540e..d09b1289a34bfba1cdf510593d0d88f7fa7806ab 100644 (file)
--- a/hadesoperator/hmonwindows.tex
+++ b/hadesoperator/hmonwindows.tex
@@ -18,15 +18,13 @@ fast and slow channels and their ratio
     \item[FrpcRate] fRPC rate on all channels
     \item[FrpcRateHist] fRPC rate on all modules over time
     \item[GbeRate] Amount of data on each Ethernet link
-    \item[HodoPosition] 
-    \item[HodoRate]
-    \item[HodoRatePlot]
-    \item[HodoRateX\_0]
-    \item[HodoRateY\_0]
-    \item[HodoSpillShapeAnalysisX\_0]
-    \item[HodoSpillShapeAnalysisY\_0]
-    \item[ItofRate]
-    \item[ItofRateNumbers]
+    \item[HodoPosition] Position of the beam on the hodoscope
+    \item[HodoRate] Rate on all channels of the Hodoscope
+    \item[HodoRatePlot] Rate on all channels of the Hodoscope
+    \item[HodoRate*\_0] Rate on all channels of the Hodoscope
+    \item[HodoSpillShapeAnalysis*\_0] Spill structure from Hodoscope
+    \item[ItofRate] Rate of all TDC channels in iTOF
+    \item[ItofRateNumbers] Rate from all paddles of iTOF
     \item[MDCBusy]  Time of busyness of each MDC front-end motherboard (MBO).
     \item[MDCFailure] Front-end Errors recieved by DAQ.
     \item[MDCHV] Current HV \& ionisation current measurement  of field \& cathode wire layers inside each of 24 drift-chambers.
@@ -46,39 +44,30 @@ fast and slow channels and their ratio
     \item[MdcPressurePlane4] Trend plot of overpressure inside each of 6 Plane 4 drift-chambers.
     \item[MdcScales] Trend plot of the air temperature inside the cave
     \item[MicroSpillStructure] The beam intensity in 20us bins, from Start detector
-    \item[Muxhist]
-    \item[Pt3AcceptRatio]
+    \item[Muxhist] Rates from two monitoring channels in the CTS
+    \item[Pt3AcceptRatio] Ratio of provided triggers to accepted triggers for main PT3 trigger
     \item[QA] Main tactictal overview
     \item[RichGas] Plots showing the gas sensors of the RICH
-    \item[RichHV]
+    \item[RichHV] RICH HV settings
     \item[RichInnerTemp] Display of the temperature sensors attached to the spokes inside the RICH detector 
     \item[RichMagnet] Display of the magnetic field sensors attached to the spokes inside the RICH detector
     \item[RichRate] RICH rate per channel (ordered by DiRICH-Nr.)
     \item[RichRatev2] Two dimensional display of the RICH rate
-    \item[RichTempHistoDiRICH]
+    \item[RichTempHistoDiRICH] Temperature history of sensors in the RICH
     \item[RichThresh] Two dimensional display of the DiRICH threshold settings
-    \item[RpcRate]
+    \item[RpcRate] Rate on all TDC channels of RPC
     \item[RpcTofRate] Rates of RPC and TOF combined
     \item[RpcTofSectorRate] Rates of RPC and TOF combined
-    \item[SpillInfoHodoX\_0]
-%     \item[SpillInfoStart]
-%     \item[SpillShapeAnalysisX]
-%     \item[SpillShapeAnalysisY]
-    \item[SpillStructure]
+    \item[SpillInfoHodoX\_0] Spill structure measured in Hodo
     \item[StartCountSpill] Start counts per spill
-    \item[StartPosition]
-    \item[StartPositionRMS]
-%     \item[StartPosition\_VW]
-    \item[StartRateNumbers]
-%     \item[StartRateNumbers\_VW]
-    \item[StartRateSimple]
-%     \item[StartRateSimple\_VW]
-%     \item[StartRateX]
-    \item[StartRateXhistbar]
-%     \item[StartRateY]
-    \item[StartRateYhistbar]
-    \item[StartSpillShapeAnalysisX\_0]
-    \item[StartSpillShapeAnalysisY\_0]
+    \item[StartPosition] Mean position of the beam on the Start detector
+    \item[StartPositionRMS] Width of the beam in all four parts of the Start detector
+    \item[StartRateNumbers] Rates from all TDC channels of the Start detector, with numbers in the 
+plot
+    \item[StartRateSimple] Rates from all TDC channels of the Start detector
+    \item[StartRate*histbar] Rates from the Start detector, separate for X and Y direction
+    \item[StartSpillShapeAnalysis*\_0] Analysis of the spill shape and regularity based on X or Y 
+part of Start detector
     \item[StsRate] STS rate for each channel
     \item[StsRateSplit] STS for each channel, separated in STS-1 and STS-2
     \item[TDCErrors] TDC Error numbers

diff --git a/hadesoperator/powercycles.tex b/hadesoperator/powercycles.tex
index 3e1a1529b61b83aa8f6416f343156bc066b060f9..9d3d2c26f4f12d05550433849092110d815541e8 100644 (file)
--- a/hadesoperator/powercycles.tex
+++ b/hadesoperator/powercycles.tex
@@ -32,8 +32,8 @@ are active again (see the list in ``EPICS Power'' -> ``RICH LV''), do a DAQ rest
 In the case that the power cycle triggered the temperature interlock for RICH power supplies.
 The 3.3V supply might be blocked by the temperature interlock - restart DAQ, then try to reset it.
 
-\subsection*{Central Controls}
-If a power cycle of the ``Central Controls'' was done, don't forget to ``Reprogram FPGA'' and 
+\subsection*{CTS}
+If a power cycle of the CTS was done, don't forget to ``Reprogram FPGA'' and 
 ``BLR Reinit FPGA'' before the DAQ restart.
 
 \subsection*{Other Subdetectors}
@@ -41,7 +41,7 @@ Check section \ref{powersupplies} to see which power supply to switch.
 
 \subsection*{Full Powercycle}
 A full powercycle should only be done after contact with an expert. Follow the guide for the 
-``Daily Powercycle''.
+``Daily DAQ reboot''.
 
 
 \section{Full Power Cycle / Daily DAQ reboot}