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<p><b>New page</b></p><div>= Run1 =<br />
== Exposure on 27 May 2009 ==<br />
http://lheppc46.unibe.ch/lheppc37/ariga/docs/T2K%20Bern%202009%2006%2005/<br />
lheppc37 : /terabig/scan/ariga/docs/T2K%20Bern%202009%2006%2005/<br />
<br />
http://www-he.scphys.kyoto-u.ac.jp/member/matsuoka/documents_reports/horn250ka.tar.gz (168 MB)<br />
The following is the official data for the commissioning run last May (mrrun 24):<br />
http://www-he.scphys.kyoto-u.ac.jp/member/matsuoka/documents_reports/result_run24.root<br />
Copied to /terabig/scan/MICROSCIPE4/ONLINE/t2k_run1/work/ariga/Run24<br />
<br />
variables in the root file which you may need:<br />
mrrun : MR Run number (23 or 24)<br />
mrshot : shot number (counting from 1 for each MR Run)<br />
nurun : T2K beam-line DAQ (MIDAS) Run number<br />
midas_event : T2K beam-line DAQ (MIDAS) event number<br />
spillnum : GPS Spill number<br />
trgtime01 : unixtime of trigger (s)<br />
ct[4] : # of proton per spill of CT05 (most downstream)<br />
mumon[0] : SI Total Q <br />
mumon[1] : SI peak <br />
mumon[2] : SI profile center x<br />
mumon[3] : SI profile center y<br />
mumon[4] : SI profile width x<br />
mumon[5] : SI profile width y<br />
otr[0] : beam center position in X ("XMean" in TTree "OTR")<br />
otr[1] : beam center position in Y ("YMean" in TTree "OTR")<br />
otr[2] : beam width in X ("XSigma" in TTree "OTR")<br />
otr[3] : beam width in Y ("YSigma" in TTree "OTR")<br />
horn1ct[4] : Horn1 CT Total (kA)<br />
anabeam->Scan("mrshot:horn1ct[4]:ct[4]:mumon[0]:mumon[1]:mumon[2]:mumon[3]:mumon[4]:mumon[5]","mrshot==1034||mrshot==1147||mrshot==1170")<br />
************************************************************************************************************************<br />
* Row * mrshot * horn1ct[4 * ct[4] * mumon[0] * mumon[1] * mumon[2] * mumon[3] * mumon[4] * mumon[5] *<br />
************************************************************************************************************************<br />
* 98 * 1034 * 246.435 * 3.73e+011 * 6797.92 * 168.298 * 0.829642 * 10.8691 * 109.45 * 115.465 *<br />
* 99 * 1147 * 0 * 3.71e+011 * 3236.47 * 74.2127 * -0.911449 * -0.499298 * 145 * 143.633 *<br />
* 100 * 1170 * 203.034 * 3.77e+011 * 5293.36 * 123.739 * 2.38726 * 3.64636 * 124.709 * 144.77 *<br />
************************************************************************************************************************<br />
<br />
==Data taking==<br />
MICROSCOPE = 4<br />
/terabig/scan/MICROSCOPE4/ONLINE/t2k_run1<br />
<br />
take data by stage coordinates<br />
xc = -80515<br />
yc = 81539<br />
<br />
==Data structure==<br />
run t2k_run1/createdir.x [module] (only linux) like,<br />
[scanner@lheppc37 t2k_run1]$ createdir A4<br />
it creates the directories below<br />
t2k_run1/raw/ // All raw data<br />
t2k_run1/prm/ // original default.par, lnk.def, lnk.lst...<br />
t2k_run1/A4/raw_root<br />
data<br />
par<br />
p1-5<br />
p5-9<br />
p1-9<br />
<br />
==Process==<br />
1. Create module directory<br />
createdir.x A4 // @ t2k_run1<br />
2. make CP<br />
../createcp.exe A4 1 // createcp.exe [module] [iplate], @ t2k_run1<br />
|<br />
createcp.exe A4 9<br />
3. Align plates<br />
../align2.x // @ A4<br />
check the last result whether alignment is ok or not.<br />
4. Link tracks<br />
recset -t -p1.0 lnk.def //@p1-5, p5-9, p1-9<br />
<br />
==Data Publish==<br />
http://lheppc46.unibe.ch/lheppc37/MICROSCOPE4/ONLINE/t2k_run1/publish/<br />
<br />
/terabig/scan/MICROSCOPE4/ONLINE/t2k_run1/publish<br />
How to publish(only windows)<br />
publish A4 // @ t2k_run1\publish<br />
A4_p1-5.dat A4_p5-9.dat A4_p1-9.dat are created and gziped.</div>
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