Updated on Thu, 2017-10-19 03:49 by zhux . Originally created by chiyang on 2017-07-21 04:12.
Request Type Description
Au+Au@7.7GeV, Run-10, Triton
Events: minimum bias
Trigger ID : 290001,290003,290004
pT =0.6<pT <5GeV-Flat
|y| < 0.5 - flat const Int_t bad_run_list_7GeV[328] = {11114084,11114085,11114086,11114088,11114089,11114094,11114095,11114100,11114109,11115005,11115007,11115013,11115019,11115025,11115027,11115028,11115030,11115032,11115051,11115062,11115064,11115069,11115072,11115078,
General Information
Request ID 20172904 Priority: EC 0 Priority: pwg Normal Status Larger (or full) sample done, producing PWG QA [6/7] Physics Working Group LFS-UPC Requested by chiyang Contact email(s) Dingwei Zhang, zhangdingwei@mails.ccnu.edu.cn, CCNU; Chi Yang, chiyang@rcf.rhic.bnl.gov, SDU Contact phone(s) PWG email(s) lfsupc-hn@www.star.bnl.gov Assigned Deputy: Not assigned Assigned Helper: Not assigned
Global Simulation Settings
Request type: Standard Embedding request (particle in real events) Number of events 500000 = 500 K Magnetic Field ---- SELECT MAGFIELD ---- Collision Type ---- SELECT COLLISION TYPE ---- Centrality ---- SELECT CENTRALITY ---- BFC tags Production ---- SELECT PRODUCTION TAG ---- Geometry: simu ---- SELECT GEOMETRY ---- Geometry: reco ---- SELECT GEOMETRY ---- Library ---- SELECT STAR LIBRARY ---- Vertex option ---- SELECT VERTEX OPTION ---- Pileup option No
Detector Set nbsp;
Data Sources Real Data
Single Particle MC
Particle Alpha Particle settings dalitz Particles per event 1 Vertex Z, cm -30 < Vertex < 30 Gaussian sigma in X,Y,Z (cm), if applicable 0, 0, 0 Vertex offset: x, mm 0 Vertex offset: y, mm 0 Φ (phi), radian 0 < Φ < 6.29 η (eta) -0.5 < η < 0.5 Pt, GeV 0 < Pt < 30
Updated on Fri, 2017-10-13 10:49 by dmawxc . Originally created by chiyang on 2017-07-21 03:33.
Request Type Description 10% of multiplicity 500,000 events each for pion+/-, K+/-, p, anti-p Flat in -2.0 < y < 0 Flat in 0 GeV < mT-m0 < 1.5 GeV Analysis cuts: 210 cm < Vz < 212 cm Library: SL16a Production: P16ia Run Numbers: 16169070 16169071 16169072 16169074 16169075 General Information
Request ID 20172903 Priority: EC 0 Priority: pwg Normal Status Larger (or full) sample done, producing PWG QA [6/7] Physics Working Group LFS-UPC Requested by chiyang Contact email(s) Todd Kinghorn, takinghorn@ucdavis.edu, UC Davis; Chi Yang, chiyang@rcf.rhic.bnl.gov, Shandong University Contact phone(s) PWG email(s) lfsupc-hn@www.star.bnl.gov Assigned Deputy: Not assigned Assigned Helper: Not assigned
Global Simulation Settings
Request type: Standard Embedding request (particle in real events) Number of events 1 Magnetic Field ---- SELECT MAGFIELD ---- Collision Type ---- SELECT COLLISION TYPE ---- Centrality ---- SELECT CENTRALITY ---- BFC tags Production ---- SELECT PRODUCTION TAG ---- Geometry: simu ---- SELECT GEOMETRY ---- Geometry: reco ---- SELECT GEOMETRY ---- Library ---- SELECT STAR LIBRARY ---- Vertex option ---- SELECT VERTEX OPTION ---- Pileup option No
Detector Set nbsp;
Data Sources Real Data
Single Particle MC
Particle Kaon+ Particle settings dalitz Particles per event 1 Vertex Z, cm 210 < Vertex < 212 Gaussian sigma in X,Y,Z (cm), if applicable 0, 0, 0 Vertex offset: x, mm 0 Vertex offset: y, mm 0 Φ (phi), radian 0 < Φ < 6.29 η (eta) -0.5 < η < 0.5 Pt, GeV 0 < Pt < 30
Updated on Thu, 2017-09-14 12:09. Originally created by genevb on 2017-07-20 15:00.
StiKalmanTrackNode::getTime()
Updated on Thu, 2017-07-20 14:59. Originally created by jwebb on 2017-07-20 14:59.
Updated on Thu, 2017-07-20 14:36. Originally created by nihar on 2017-07-20 14:28.
Updated on Thu, 2017-07-20 14:25. Originally created by jwebb on 2017-07-20 14:25.
Updated on Thu, 2017-07-20 14:25. Originally created by jwebb on 2017-07-20 14:23.
Timezone: America/New York
Thursday, 20 July 2017 1-189, SRN, at 20:00 (GMT), duration : 00:00
SRN ID: 1096183
EVO Phone Bridge Telephone Numbers:
---------------
- USA (BNL, Upton, NY)
+1 631 344 6100
- USA (Caltech, Pasadena, CA)
+1 626 395 2112
Updated on Sat, 2017-09-30 20:24 by zhux . Originally created by llope on 2017-07-20 13:34.
Request Type Description AntiLambda in Au+Au 200GeV run-11 0-80%Particle: Lambda (& Lambda_bar)
Au+Au@200GeV
Run11
production: P11id
Trigger Setup: AuAu200_production_2011
minimum bias
Trigger Id: 350003, 350013, 350023, 350033, 350043
0.2 GeV < pT < 5.0 GeV (flat)
|y_lambda| < 0.5
0 < phi < 2pi
V_z < 30cm, V_r < 2cm, V_z - V_z(VPD) < 3cm
Centrality Defn: RefMult3
1 lambda per event
500K events
1. Centrality from 80-100% is not needed. 0-5% to 70-80% is good (9 bins).
But if you think still this is too much, at least I need the most two central bins (0-5% & 5 -10%).
Boundaries :
refmult[9] = {10,22,43,76,125,193,281,396,466}
refmult3[9] = {16,34,67,120,196,301,440,618,725}
2. How about 5% of refmult embedded particles per event?
3. Run numbers : [12133002 - 12133061] - good
[12129011 - 12129029] - good
[12127002 - 12127051] - good
4. Mag Field : RFF
5. I’m currently doing my analysis in the range of 0.2 GeV/c < pT < 2.0 GeV/c. But, Since Xianglei’s trees has the option of going up to 5GeV, I thought it would be an advantage to have a wide range incase if I happen to re-do the analysis in higher pT bin (2.0 < pT < 5.0). However, If it is too much open, then go for 0.2 GeV/c < pT < 2.0 GeV/c.
General Information
Request ID 20172902 Priority: EC 0 Priority: pwg Normal Status Larger (or full) sample done, producing PWG QA [6/7] Physics Working Group Bulk correlations Requested by llope Contact email(s) wjllope@wayne.edu,nalinda05kl@gmail.com Contact phone(s) 313-577-9805 PWG email(s) bulkcorr-hn@www.star.bnl.gov Assigned Deputy: Not assigned Assigned Helper: Not assigned
Global Simulation Settings
Request type: Standard Embedding request (particle in real events) Number of events 500000 = 500 K Magnetic Field Reversed Full-Field Collision Type auau 200GeV Centrality ---- SELECT CENTRALITY ---- BFC tags Production P11id Geometry: simu ---- SELECT GEOMETRY ---- Geometry: reco ---- SELECT GEOMETRY ---- Library ---- SELECT STAR LIBRARY ---- Vertex option ---- SELECT VERTEX OPTION ---- Pileup option No
Detector Set
Data Sources Real Data
File lookup Run numbers : [12133002 - 12133061] - good [12129011 - 12129029] - good [12127002 - 12127051] - good
Single Particle MC
Particle Alpha Particle settings dalitz Particles per event 1 Vertex Z, cm -30 < Vertex < 30 Gaussian sigma in X,Y,Z (cm), if applicable 0, 0, 0 Vertex offset: x, mm 0 Vertex offset: y, mm 0 Φ (phi), radian 0 < Φ < 6.29 η (eta) -0.5 < η < 0.5 Pt, GeV 0 < Pt < 30
Updated on Sat, 2017-09-30 02:51 by zhux . Originally created by llope on 2017-07-20 13:33.
Request Type Description Lambda in Au+Au 200GeV run-11 0-80%Particle: Lambda (& Lambda_bar)
Au+Au@200GeV
Run11
production: P11id
Trigger Setup: AuAu200_production_2011
minimum bias
Trigger Id: 350003, 350013, 350023, 350033, 350043
0.2 GeV < pT < 5.0 GeV (flat)
|y_lambda| < 0.5
0 < phi < 2pi
V_z < 30cm, V_r < 2cm, V_z - V_z(VPD) < 3cm
Centrality Defn: RefMult3
1 lambda per event
500K events
1. Centrality from 80-100% is not needed. 0-5% to 70-80% is good (9 bins).
But if you think still this is too much, at least I need the most two central bins (0-5% & 5 -10%).
Boundaries :
refmult[9] = {10,22,43,76,125,193,281,396,466}
refmult3[9] = {16,34,67,120,196,301,440,618,725}
2. How about 5% of refmult embedded particles per event?
3. Run numbers : [12133002 - 12133061] - good
[12129011 - 12129029] - good
[12127002 - 12127051] - good
4. Mag Field : RFF
5. I’m currently doing my analysis in the range of 0.2 GeV/c < pT < 2.0 GeV/c. But, Since Xianglei’s trees has the option of going up to 5GeV, I thought it would be an advantage to have a wide range incase if I happen to re-do the analysis in higher pT bin (2.0 < pT < 5.0). However, If it is too much open, then go for 0.2 GeV/c < pT < 2.0 GeV/c.
General Information
Request ID 20172901 Priority: EC 0 Priority: pwg Normal Status Larger (or full) sample done, producing PWG QA [6/7] Physics Working Group Bulk correlations Requested by llope Contact email(s) wjllope@wayne.edu,nalinda05kl@gmail.com Contact phone(s) 313-577-9805 PWG email(s) bulkcorr-hn@www.star.bnl.gov Assigned Deputy: Not assigned Assigned Helper: Not assigned
Global Simulation Settings
Request type: Standard Embedding request (particle in real events) Number of events 500000 = 500 K Magnetic Field Reversed Full-Field Collision Type auau 200GeV Centrality ---- SELECT CENTRALITY ---- BFC tags Production P11id Geometry: simu ---- SELECT GEOMETRY ---- Geometry: reco ---- SELECT GEOMETRY ---- Library ---- SELECT STAR LIBRARY ---- Vertex option ---- SELECT VERTEX OPTION ---- Pileup option No
Detector Set
Data Sources Real Data
File lookup Run numbers : [12133002 - 12133061] - good
[12129011 - 12129029] - good
[12127002 - 12127051] - good
Single Particle MC
Particle Alpha Particle settings dalitz Particles per event 1 Vertex Z, cm -30 < Vertex < 30 Gaussian sigma in X,Y,Z (cm), if applicable 0, 0, 0 Vertex offset: x, mm 0 Vertex offset: y, mm 0 Φ (phi), radian 0 < Φ < 6.29 η (eta) -0.5 < η < 0.5 Pt, GeV 0 < Pt < 30
Updated on Thu, 2017-07-20 12:14. Originally created by marr on 2017-07-20 11:28.
Updated on Sat, 2017-07-22 07:13. Originally created by margetis on 2017-07-20 09:28.
Updated on Thu, 2017-07-20 00:30. Originally created by bsumma on 2017-07-20 00:30.
Updated on Thu, 2017-07-20 10:47. Originally created by dilks on 2017-07-19 20:02.
Updated on Thu, 2017-12-14 14:18. Originally created by wbetts on 2017-07-19 16:13.
This is a description of turning l402 and l403 into members of the OLP HTCondor pool for use with "grid" job submission of offline production and simulation jobs from Leve and Lidia.
Updated on Wed, 2017-07-19 10:30. Originally created by fisyak on 2017-07-19 10:30.
Speaker : HFT embedding, status and plans.
Please comment.
Updated on Fri, 2017-07-21 10:14. Originally created by nihar on 2017-07-19 10:28.
Updated on Wed, 2017-07-19 11:41. Originally created by nihar on 2017-07-19 10:11.
Updated on Wed, 2017-07-19 10:04. Originally created by nihar on 2017-07-19 10:04.
Updated on Wed, 2017-07-19 10:42 by testadmin . Originally created by jeromel on 2017-07-19 10:02.
Speaker : All ( All )
The last You do not have access to view this node from 2017-07-05.
In addition of that, we have
