Doodle calendar: http://doodle.com/poll/ute3fhk3epepd4aw

1. Login to DCS
   • Account: CERN\tkdcsmt, pw: Meri-Wuwi (in case someone is logged in from remote call Stefanos 1820 or Christian 0897)
   • If the DCS is not already running, click on icon P5-BPIX.bat on the Desktop
   • Click on Cooling: Verify that all temperatures are as expected (usually around 18C)
   • Go to Hardware Views –> Power supply view –> By Mainframe –> “Show the panel of this rack”
   • Power CCU (2nd module 4602, top) –> Enable –> On (expected current about 1.6A)
   • Power Opto (1st module 4602) [LV 1,2,3,4 for S4,3,2,1 (upper cable), for S5,6,7,8 (lower cable)] –> Enable –> On (expected current about 2-3A)
   • Power detector (1st module 4603, top SEC1 L14, bottom SEC1 L23, 2nd module 4603, top SEC2 L14, bottom SEC2 L23, 3rd module 4603, top SEC3 L14, bottom SEC3 L23, 4th module 4603, top SEC4 L14, bottom SEC4 L23) only LV for now –> On (expected current about 4A)
2. Check CCU ring and ST i2c communication using BPixelTools (see How to run BPixelTools)
3. Start testing with POS (see How to run POS)

source TriDAS_r45/pixel/POSRelease/setenv.sh
cd TriDAS_r45/pixel/BPixelTools/ccu
./run.bsh 

scanccu
FEC 0x0 Ring 0x0 CCU 0x7e found
FEC 0x0 Ring 0x0 CCU 0x7d found
FEC 0x0 Ring 0x0 CCU 0x7c found
FEC 0x0 Ring 0x0 CCU 0x7b found
FEC 0x0 Ring 0x0 CCU 0x7a found
FEC 0x0 Ring 0x0 CCU 0x79 found
FEC 0x0 Ring 0x0 CCU 0x78 found
FEC 0x0 Ring 0x0 CCU 0x77 found

scanringedevice
prints list of all i2c devices 

ccu 0x7c (select the ccu of interest, see for instance the result of scanringedevice)
piareset all
reset
qpll
both qpll locked
power off
(turn on LV on DCS)
power on

• If you do not see the expected output, try to powercycle the CCU and opto power.
• If scanringedevice crashes, try to disconnect and reconnect the fibers going to the TKFEC.
• If the QPLL are not both locked, try “pll reset” or “piareset all” again.

source TriDAS_r45/pixel/POSRelease/setenv.sh
cd TriDAS_r45/pixel/PixelRun
./run.sh --xml auto

go to http://cmspixel2.psi.ch:1973/

click on "PixelSupervisor"
click "Initialize"
select calibration to run
click "Configure"
check that FED phases have been found
click "Start" 

Once the calibration finished. Look at the results in:
cd TriDAS_r45/pixel/PixelRun/Runs/Run_0/Run_yourrunnr

$BUILD_HOME/pixel/PixelAnalysisTools/test/bin/linux/x86_64_slc6/PixelAnalysis.exe $BUILD_HOME/pixel/PixelAnalysisTools/test/configuration/PixelAliveAnalysis_41_43.xml yourrunnur

$BUILD_HOME/pixel/PixelAnalysisTools/test/bin/linux/x86_64_slc6/PixelAnalysis.exe $BUILD_HOME/pixel/PixelAnalysisTools/test/configuration/SCurveAnalysis_41-43.xml yourrunnur

Edit xml file to include the FEDs of interest.

TBMDelay25 --> check chose SDA value, if ok updatePortcard.
POHBiasBPIX --> updatePortcard.
SCurve without HV
SCurve with HV --> run analysis, compare using script in /home/cmspixel/scurves/scurves.py

In case of problems with the readout try the following sequence
TBMPLLDelayNoTokenPass --> updateTbm 
2DScores --> updateTbm
TBMPLLDelay400MHz --> updateTbm

 - Go to the Run directory with the results of the calibration you would like to update

cd TriDAS_r45/pixel/PixelRun/Runs/Run_0/Run_X
../../../updateTbm
../../../updateRoc
../../../updatePortcard
(depending on what you would like to update)

1. Connect module power and fibers
2. Change POS configuration files to appropriate sector

cd TriDAS_r45/pixel/config
cd detconfig/1/
cp detectconfig.dat_sector detconfig.dat
cd ../../nametranslation/1/
cp translation.dat_sector translation.dat
cd ../../portcardmap/1/
cp portcardmap.dat_sector portcardmap.dat

Keep track of your results by entering them in this elog: 
(user and password are the same as to access testing PC). 

https://elog.physik.uzh.ch:8080/PixelPOS/

*   For each sector, write down all currents at power up and after configure.  
*   For each calibration: enter sector, run number and calibration type and additional information if needed.
*   For each sector, enter a summary of working/non-working components. 

Login to cmsusr:
ssh -Y username@cmsusr

From there login to any of the pixel PCs, for example:
ssh -Y srv-s2b18-32-01 

Become pixeldev:
xsudo -u pixeldev -H bash -l
cd ~pixeldev

Go to POS installation:
cd ~pixeldev/TriDAS_r45/pixel/PixelRun

Config files are under:
/pixel/config/BPix/

Open firefox on cmsusr login node and go to PixelSupervisor:
http://srv-s2b18-32-01.cern.ch:1973

As pixeldev open three terminal windows. 

Start the BPixelTools ccu program in the first tab:
cd ~pixeldev/TriDAS_r45/pixel/BPixelTools/ccu
./run_bpi.bsh (or ./run_bpo.sh, ./run_bmi.sh, ./run_bmi.sh depending on the quadrant)

(note if you change from the detector inner side (BpI/BmI) to the outer side (BpO/BmO) you will need to change the address of the TKFEC in the file ccu/connections.xml)

Start the BPixelTools pxfec program in the second tab:
cd ~pixeldev/TriDAS_r45/pixel/BPixelTools/pxfec
./run.bsh

Use the third tab to run the python script:
cd ~pixeldev/TriDAS_r45/pixel/BPixelTools/testLea

For each sector you want to power on run:
python powerOnDcdc.py sectorid
, where sectorid is bmi1,bpi1,bmo1,bpo1,etc

To power off:
python powerOffDcdc.py sectorid