Originally posted 11 October 2005

Previously we had calibrated the BEMC using data from all triggers. We now have enough data to restrict ourselves to minimum-bias triggers. Additionally, we have implemented a cut that requires the pedestal-subtracted ADC value of neighboring towers to be less than twice the width of the pedestal. This cut does an excellent job of removing background, especially in the high-eta region:

Introduction

To treat many-particle events (pp and AuAu), we need to know which particle generated which cluster/point before evaluating the reconstructed clusters and points.  StEmcAssoc

Introduction
Transfers where either the source or target are on the Birmingham cluster. I am keeping a log of these as they come up. I don't do them too often so it will take a while to accumulate enough data points to discern any patterns…

Update:  New B/EEMC embedding framework from Wei-Ming Zhang currently in peer review

All calibration information is stored in the STAR database.  We have the following tables for BEMC calibrations:

• For the BTOW and BPRS detectors:
• St_emcCalib - this table contains absolute gain information for each channel
• St_emcPed - this table contains pedestal values for each channel
• St_emcGain - this table contains a gain correction factor vs. time for each channel (not currently used)

This database stores all BEMC trigger information such as trigger status, masks and pedestals used to obtain the high tower and patch sum information.  The database is updated online while taking data.  We have the following table formats:

These pages describe how to use the BEMC database.  There is a browser-based tool that you can use to view any and all BEMC tables available at:

Introduction:

The recalibration of the BEMC towers for Run 4 includes the following improvements:

Introduction

The final BTOW calibration for Run 5 offers the following improvements over previous database calibrations:

Immediate action items:

The data management section will have information on data transfer and development/consolidation of tools used in STAR for Grid data transfer.

 

Introduction

This is not the final calibration for the 2006 data, but it's a big improvement over what's currently in the DB.  It uses MIPs to set relative gains for the towers in an

Apart from allowing you to access the Grid, an SSL Client Certificate is imported into the Web browser from which you requested your Grid certificate. This certificate could be used to digtially sign or encrypt Email. For the second, you will need te certificate from the correspondign partner in order to encrypt Emails. To make use of it, folow the below guidance.

In February 2005, Blair took some special runs with altered TPC gains so we could study the effect on the GridLeak distortion.

• Review of GridLeak at 2013-03-01 iTPC discussions

Here we present information about our datasets.

The STAR Geometry Model

The R&D conducted for the inner tracking upgrade required that a few specialized geometry tags be created. For a complete set of geometry tags, please visit the STAR Geometry in simulation & reconstruction page.

Description	Dataset name	Statistics, thousands	Status	Moved to HPSS	Comment
Herwig 6.507, Y2004Y	rcf1259	225	Finished	Yes	7Gev<Pt<9Gev
Herwig 6.507, Y2004Y	rcf1258	248	Finished	Yes	5Gev<Pt<7Gev
Herwig 6.507, Y2004Y	rcf1257	367	Finished	Yes	4Gev<Pt<5Gev
Herwig 6.507, Y2004Y	rcf1256	424	Finished	Yes	3Gev<Pt<4Gev
Herwig 6.507, Y2004Y	rcf1255	407	Finished	Yes	2Gev<Pt<3Gev
Herwig 6.507, Y2004Y	rcf1254	225	Finished	Yes	35Gev<Pt<100Gev
Herwig 6.507, Y2004Y	rcf1253	263	Finished	Yes	25Gev<Pt<35Gev
Herwig 6.507, Y2004Y	rcf1252	263	Finished	Yes	15Gev<Pt<25Gev
Herwig 6.507, Y2004Y	rcf1251	225	Finished	Yes	11Gev<Pt<15Gev
Herwig 6.507, Y2004Y	rcf1250	300	Finished	Yes	9Gev<Pt<11Gev
Hijing 1.382 AuAu 200 GeV minbias, 0< b < 20fm	rcf1249	24	Finished	Yes	Tracking,new SVT geo, diamond: 60, +-30cm, Y2005D
Herwig 6.507, Y2004Y	rcf1248	15	Finished	Yes	35Gev<Pt<45Gev
Herwig 6.507, Y2004Y	rcf1247	25	Finished	Yes	25Gev<Pt<35Gev
Herwig 6.507, Y2004Y	rcf1246	50	Finished	Yes	15Gev<Pt<25Gev
Herwig 6.507, Y2004Y	rcf1245	100	Finished	Yes	11Gev<Pt<15Gev
Herwig 6.507, Y2004Y	rcf1244	200	Finished	Yes	9Gev<Pt<11Gev
CuCu 62.4 Gev, Y2005C	rcf1243	5	Finished	No	same as 1242+ keep Low Energy Tracks
CuCu 62.4 Gev, Y2005C	rcf1242	5	Finished	No	SVT tracking test, 10 keV e/m process cut (cf. rcf1237)
10 J/Psi, Y2005X, SVT out	rcf1241	30	Finished	No	Study of the SVT material effect
10 J/Psi, Y2005X, SVT in	rcf1240	30	Finished	No	Study of the SVT material effect
100 pi0, Y2005X, SVT out	rcf1239	18	Finished	No	Study of the SVT material effect
100 pi0, Y2005X, SVT in	rcf1238	20	Finished	No	Study of the SVT material effect
CuCu 62.4 Gev, Y2005C	rcf1237	5	Finished	No	SVT tracking test, pilot run
Herwig 6.507, Y2004Y	rcf1236	8	Finished	No	Test run for initial comparison with Pythia, 5Gev<Pt<7Gev
Pythia, Y2004Y	rcf1235	100	Finished	No	MSEL=2, min bias
Pythia, Y2004Y	rcf1234	90	Finished	No	MSEL=0,CKIN(3)=0,MSUB=91,92,93,94,95
Pythia, Y2004Y, sp.2 (CDF tune A)	rcf1233	308	Finished	Yes	4<Pt<5, MSEL=1, GHEISHA
Pythia, Y2004Y, sp.2 (CDF tune A)	rcf1232	400	Finished	Yes	3<Pt<4, MSEL=1, GHEISHA
Pythia, Y2004Y, sp.2 (CDF tune A)	rcf1231	504	Finished	Yes	2<Pt<3, MSEL=1, GHEISHA
Pythia, Y2004Y, sp.2 (CDF tune A)	rcf1230	104	Finished	Yes	35<Pt, MSEL=1, GHEISHA
Pythia, Y2004Y, sp.2 (CDF tune A)	rcf1229	208	Finished	Yes	25<Pt<35, MSEL=1, GHEISHA
Pythia, Y2004Y, sp.2 (CDF tune A)	rcf1228	216	Finished	Yes	15<Pt<25, MSEL=1, GHEISHA
Pythia, Y2004Y, sp.2 (CDF tune A)	rcf1227	216	Finished	Yes	11<Pt<15, MSEL=1, GHEISHA
Pythia, Y2004Y, sp.2 (CDF tune A)	rcf1226	216	Finished	Yes	9<Pt<11, MSEL=1, GHEISHA
Pythia, Y2004Y, sp.2 (CDF tune A)	rcf1225	216	Finished	Yes	7<Pt<9, MSEL=1, GHEISHA
Pythia, Y2004Y, sp.2 (CDF tune A)	rcf1224	216	Finished	Yes	5<Pt<7, MSEL=1, GHEISHA
Pythia special tune2 Y2004Y, GCALOR	rcf1223	100	Finished	Yes	4<Pt<5, GCALOR
Pythia special tune2 Y2004Y, GHEISHA	rcf1222	100	Finished	Yes	4<Pt<5, GHEISHA
Pythia special run 3 Y2004C	rcf1221	100	Finished	Yes	ENER 200.0, MSEL 2, MSTP (51)=7, MSTP (81)=1, MSTP (82)=1, PARP (82)=1.9, PARP (83)=0.5, PARP (84)=0.2, PARP (85)=0.33, PARP (86)=0.66, PARP (89)=1000, PARP (90)=0.16, PARP (91)=1.0, PARP (67)=1.0
Pythia special run 2 Y2004C (CDF tune A)	rcf1220	100	Finished	Yes	ENER 200.0, MSEL 2, MSTP (51)=7, MSTP (81)=1, MSTP (82)=4, PARP (82)=2.0, PARP (83)=0.5, PARP (84)=0.4, PARP (85)=0.9, PARP (86)=0.95, PARP (89)=1800, PARP (90)=0.25, PARP (91)=1.0, PARP (67)=4.0 » Read more « first ‹ previous … 22 23 24 25 26 27 28 29 30 … next › last »