CH UNCL

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Revision as of 22:31, 15 September 2020 by Foretony (talk | contribs) (→‎Analysis)
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Documentation of building of the UNCL in physics basement

Week of May 25th 2020

UNCL May 25th 2020

Week of June 1st 2020

Progress

Started detector plateau measurements on July 22nd 2020 - Link spreadsheet later

Rack fully built for most part - Able to access high voltage power supply from daq

Beginning of understanding of the electronics required for data collection

Requisitions

REQs


Data Analysis

source CODA/2.6.2/setup
CODA/CODAreader/ROOT_V5.34/UNCL/evio2nt -fr6714.dat
mv r6713 r6714.root
root -l r6714.root
UNCL->Draw("(evt.TDC1290A[1][1]-evt.TDC1290A[1][7]-2215)/10>>(2000,-5,495)")

Normailizing

TH1F *Det12Cos=new TH1F("Det12Cos","Det12Cos",500,0.,500.)

UNCL->Draw("(evt.TDC1290A[1][12]-evt.TDC1290A[1][3])/10>>Det12Cos","evt[1][2]>0 && evt.TDC1290A[1][3]>0 && abs(evt.TDC1290A[1][12]- evt.TDC12root [21] <500 && evt.TDC1290A[1][11]>0 && evt.TDC1290A[1][12]>0")

TH1F *Det12CosN=Det12Cos->Clone("Det12CosN");

Det12CosN1->Scale(10);

DAQ

setting up

Startup CODA programs in separate xterminal sessions

type the following to setup the CODA environmental variables in every xterm

source CODA/2.6.2/setup

start up msqld, et_start, rcplatform in separate xterms.

(do the following two commands in a csh & separate xterms)

coda_eb_rc3 -i -s DAQ -n eb1 -t CDEB

coda_er_rc3 -i -s DAQ -n LDS_ER -t ER

login to the ROC (rocdaq1) and start the process

ssh root@rocdaq1

csh

source CODA/2.6.2/setup

coda_roc_rc3 -t ROC -n rocdaq1

now startup the runcontrol GUI

rcgui

do the following menu calls in rcgui

Configuration->Cool

select "sis3610" or "iac2n"

click the Configure button (wrench & screwdriver icon on upper left)

click the download button (floppy disk icon)

click "Prestart" and then "Go" buttons

compiling readout list

login to rocdaq1

cd ~/linuxvme/uncl

compile readoutlist

make -f Makefile-rol

UNCL Runs

UNCL_Analysis

User:Harpconn