Definition at line 1 of file sistrip_overview_layouts.py.
1 def tklayout(i, p, *rows): i[
"Collisions/TrackingFeedBack/" + p] = DQMItem(layout=rows)
3 tklayout(dqmitems,
"00 - Number Of Tracks",
4 [{
'path':
"Tracking/TrackParameters/GeneralProperties/NumberOfTracks_HeavyIonTk",
5 'description':
"Number of Reconstructed Tracks - <a href=https://twiki.cern.ch/twiki/bin/view/CMS/SiStripOnlineDQMInstructions>SiStripOnlineDQMInstructions</a> "}])
7 [{
'path':
"Tracking/TrackParameters/GeneralProperties/TrackPt_ImpactPoint_HeavyIonTk",
8 'description':
"Pt of Reconstructed Track - <a href=https://twiki.cern.ch/twiki/bin/view/CMS/SiStripOnlineDQMInstructions>SiStripOnlineDQMInstructions</a> "}])
10 [{
'path':
"Tracking/TrackParameters/GeneralProperties/TrackPhi_ImpactPoint_HeavyIonTk",
11 'description':
"Phi distribution of Reconstructed Tracks - <a href=https://twiki.cern.ch/twiki/bin/view/CMS/SiStripOnlineDQMInstructions>SiStripOnlineDQMInstructions</a> "}])
13 [{
'path':
"Tracking/TrackParameters/GeneralProperties/TrackEta_ImpactPoint_HeavyIonTk",
14 'description':
" Eta distribution of Reconstructed Tracks - <a href=https://twiki.cern.ch/twiki/bin/view/CMS/SiStripOnlineDQMInstructions>SiStripOnlineDQMInstructions</a> "}])
15 tklayout(dqmitems,
"04 - X-Position Of Closest Approach",
16 [{
'path':
"Tracking/TrackParameters/GeneralProperties/xPointOfClosestApproach_HeavyIonTk",
17 'description':
"x coordinate of closest point wrt the beam "}])
18 tklayout(dqmitems,
"05 - Y-Position Of Closest Approach",
19 [{
'path':
"Tracking/TrackParameters/GeneralProperties/yPointOfClosestApproach_HeavyIonTk",
20 'description':
"y coordinate of closest point wrt the beam "}])
21 tklayout(dqmitems,
"06 - Z-Position Of Closest Approach",
22 [{
'path':
"Tracking/TrackParameters/GeneralProperties/zPointOfClosestApproach_HeavyIonTk",
23 'description':
"z coordinate of closest point wrt the beam "}])
24 tklayout(dqmitems,
"07 - Cluster y width vs. cluster eta",
25 [{
'path':
"Pixel/Barrel/sizeYvsEta_siPixelClusters_Barrel",
26 'description':
"Cluster y width as function of cluster eta",
27 'draw': {
'withref':
"no" }}])
28 tklayout(dqmitems,
"08 - Pixel event BX distribution",
29 [{
'path':
"Pixel/pixEvtsPerBX",
30 'description':
"Distribution of Pixel events (at least 4 modules with digis) versus bucket number. The main contributions of Pixel events should come from the colliding bunches. Filled, but non-colliding bunches should be at least 2 orders of magnitudelower. Empty bunches should be close to zero.",
31 'draw': {
'withref':
"no" }}])