Retired Simulation Pages kept here.
Immediate action items:
Documentation for the beampipe support geometry description development
After the completion of the 2007 run, the SVT and the SSD were removed from the STAR detector along with there utility lines. The support structure for the beampipe remained, however.
The following drawings describe the structure of the beampipe support as it exists in the late 2007 and probably throughout 2008
Here we present information about our datasets.
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, |
Pythia special run 1 Y2004C |
rcf1219
|
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)=1.5, PARP (67)=1.0 |
Hijing 1.382 AuAu 200 GeV central 0< b < 3fm |
rcf1218
|
50
|
Finished
|
Yes
|
Statistics enhancement of rcf1209 with a smaller diamond: 60, +-30cm, Y2004a |
Hijing 1.382 CuCu 200 GeV minbias 0< b < 14 fm |
rcf1216
|
52
|
Finished
|
Yes
|
Geometry: Y2005x
|
Hijing 1.382 AuAu 200 GeV minbias 0< b < 20 fm |
rcf1215
|
100
|
Finished
|
Yes
|
Geometry: Y2004a, Special D decays |
Description | Dataset name | Statistics, thousands | Status | Moved to HPSS | Comment |
---|---|---|---|---|---|
AuAu 200 GeV central | rcf1289 | 1 | Finished | No | upgr06: Hijing, D0 and superposition |
AuAu 200 GeV central | rcf1288 | 0.8 | Finished | No | upgr11: Hijing, D0 and superposition |
AuAu 200 GeV min bias | rcf1287 | 5 | Finished | No | upgr11: Hijing, D0 and superposition |
AuAu 200 GeV central | rcf1286 | 1 | Finished | No | upgr10: Hijing, D0 and superposition |
AuAu 200 GeV min bias | rcf1285 | 6 | Finished | No | upgr10: Hijing, D0 and superposition |
AuAu 200 GeV central | rcf1284 | 1 | Finished | No | upgr09: Hijing, D0 and superposition |
AuAu 200 Gev min bias | rcf1283 | 6 | Finished | No | upgr09: Hijing, D0 and superposition |
AuAu 200 GeV min bias | rcf1282 | 38 | Finished | No | upgr06: Hijing, D0 and superposition |
AuAu 200 GeV min bias | rcf1281 | 38 | Finished | Yes | upgr08: Hijing, D0 and superposition |
AuAu 200 GeV min bias | rcf1280 | 38 | Finished | Yes | upgr01: Hijing, D0 and superposition |
AuAu 200 GeV min bias | rcf1279 | 38 | Finished | Yes | upgr07: Hijing, D0 and superposition |
Extension of 1276: D0 superposition | rcf1278 | 5 | Finished | No | upgr07: Z cut=+-300cm |
AuAu 200 GeV min bias | rcf1277 | 5 | Finished | No | upgr05: Z cut=+-300cm |
AuAu 200 GeV min bias | rcf1276 | 35 | Finished | No | upgr05: Hijing, D0 and superposition |
Pythia 200 GeV + HF | rcf1275 | 23*4 | Finished | No | J/Psi and Upsilon(1S,2S,3S) mix for embedding |
AuAu 200 GeV min bias | rcf1274 | 10 | Finished | No | upgr02 geo tag, |eta|<1.5 (tracking upgrade request) |
Pythia 200 GeV | rcf1273 | 600 | Finished | Yes | Pt <2 (Completing the rcf1224-1233 series) |
CuCu 200 GeV min bias+D0 mix | rcf1272 | 50+2*50*8 | Finished | Yes | Combinatorial boost of rcf1261, sigma: 60, +-30 |
Pythia 200 GeV | rcf1233 | 300 | Finished | Yes | 4< Pt <5 (rcf1233 extension) |
Pythia 200 GeV | pds1232 | 200 | Finished | Yes | 3< Pt <4 (rcf1232 clone) |
Pythia 200 GeV | pds1231 | 240 | Finished | Yes | 2< Pt <3 (rcf1231 clone) |
Pythia 200 GeV | rcf1229 | 200 | Finished | Yes | 25< Pt <35 (rcf1229 extension) |
Pythia 200 GeV | rcf1228 | 200 | Finished | Yes | 15< Pt <25 (rcf1228 extension) |
Pythia 200 GeV | rcf1227 | 208 | Finished | Yes | 11< Pt <15 (rcf1227 extension) |
Pythia 200 GeV | rcf1226 | 200 | Finished | Yes | 9< Pt <11 (rcf1226 extension) |
Pythia 200 GeV | rcf1225 | 200 | Finished | Yes | 7< Pt <9 (rcf1225 extension) |
Pythia 200 GeV | rcf1224 | 212 | Finished | Yes | 5< Pt <7 (rcf1224 extension) |
Pythia 200 GeV Y2004Y CDF_A | rcf1271 | 120 | Finished | Yes | 55< Pt <65 |
Pythia 200 GeV Y2004A CDF_A | rcf1270 | 120 | Finished | Yes | 45< Pt <55 |
CuCu 200 GeV min bias | rcf1266 | 10 | Finished | Yes | SVT study: clams and two ladders |
CuCu 200 GeV min bias | rcf1265 | 10 | Finished | Yes | SVT study: clams displaced |
CuCu 200 GeV min bias | rcf1264 | 10 | Finished | Yes | SVT study: rotation of the barrel |
CuCu 62.4 GeV min bias+D0 mix | rcf1262 | 50*3 | Finished | Yes | 3 subsets: Hijing, single D0, and the mix |
CuCu 200 GeV min bias+D0 mix | rcf1261 | 50*3 | Finished | No | 3 subsets: Hijing, single D0, and the mix |
1 J/Psi over 200GeV minbias AuAu | rcf1260 | 10 | Finished | No | J/Psi mixed with 200GeV AuAu Hijing Y2004Y 60/35 vertex |
Name
System/Energy
Statistics
Status
HPSS
Comment
Site
rcf1290
AuAu200 0<b<3fm, Zcut=5cm
32*5
Done
Yes
Hijing+D0+Lac2+D0_mix+Lac2_mix
rcas
rcf1291
pp200/UPGR07/Zcut=10cm
10
Done
Yes
ISUB = 11, 12, 13, 28, 53, 68
rcas
rcf1292
pp500/UPGR07/Zcut=10cm
10
Done
Yes
ISUB = 11, 12, 13, 28, 53, 68
rcas
rcf1293
pp200/UPGR07/Zcut=30cm
205
Done
Yes
ISUB = 11, 12, 13, 28, 53, 68
rcas
rcf1294
pp500/UPGR07/Zcut=30cm
10
Done
Yes
ISUB = 11, 12, 13, 28, 53, 68
rcas
rcf1295
AuAu200 0<b<20fm, Zcut=30cm
20
Done
Yes
QA run for the Y2007 tag
rcas
rcf1296
AuAu200 0<b<3fm, Zcut=10cm
100*5
Done
Yes
Hijing,B0,B+,B0_mix,B+_mix, Y2007
rcas
rcf1297
AuAu200 0<b<20fm, Zcut=300cm
40
Done
Yes
Pile-up simulation in the TUP studies, UPGR13
rcas
rcf1298
AuAu200 0<b<3fm, Zcut=15cm
100*5
Done
Part
Hijing,D0,Lac2,D0_mix,Lac2_mix, UPGR13
rcas
rcf1299
pp200/Y2005/Zcut=50cm
800
Done
Yes
Pythia, photon mix, pi0 mix
rcas
rcf1300
pp200/UPGR13/Zcut=15cm
100
Done
No
Pythia, MSEL=4 (charm)
rcas
rcf1301
pp200/UPGR13/Zcut=300cm
84
Done
No
Pythia, MSEL=1, wide vertex
rcas
rcf1302
pp200 Y2006C
120
Done
No
Pythia for Spin PWG, Pt(45,55)GeV
rcas
rcf1303
pp200 Y2006C
120
Done
No
Pythia for Spin PWG, Pt(35,45)GeV
rcas
rcf1304
pp200 Y2006C
120
Done
No
Pythia for Spin PWG, Pt(55,65)GeV
rcas
rcf1296
Upsilon S1,S2,S3 + Hijing
15*3
Done
No
Muon Telescope Detector, ext.of 1296
rcas
rcf1306
pp200 Y2006C
400
Done
Yes
Pythia for Spin PWG, Pt(25,35)GeV
rcas
rcf1307
pp200 Y2006C
400
Done
Yes
Pythia for Spin PWG, Pt(15,25)GeV
rcas
rcf1308
pp200 Y2006C
420
Done
Yes
Pythia for Spin PWG, Pt(11,15)GeV
rcas
rcf1309
pp200 Y2006C
420
Done
Yes
Pythia for Spin PWG, Pt(9,11)GeV
rcas
rcf1310
pp200 Y2006C
420
Done
Yes
Pythia for Spin PWG, Pt(7,9)GeV
rcas
rcf1311
pp200 Y2006C
400
Done
Yes
Pythia for Spin PWG, Pt(5,7)GeV
rcas
rcf1312
pp200 Y2004Y
544
Done
No
Di-jet CKIN(3,4,7,8,27,28)=7,9,0.0,1.0,-0.4,0.4
rcas
rcf1313
pp200 Y2004Y
760
Done
No
Di-jet CKIN(3,4,7,8,27,28)=9,11,-0.4,1.4,-0.5,0.6
rcas
rcf1314
pp200 Y2004Y
112
Done
No
Di-jet CKIN(3,4,7,8,27,28)=11,15,-0.2,1.2,-0.6,-0.3
Grid
rcf1315
pp200 Y2004Y
396
Done
No
Di-jet CKIN(3,4,7,8,27,28)=11,15,-0.5,1.5,-0.3,0.4
Grid
rcf1316
pp200 Y2004Y
132
Done
No
Di-jet CKIN(3,4,7,8,27,28)=11,15,0.0,1.0,0.4,0.7
Grid
rcf1317
pp200 Y2006C
600
Done
Yes
Pythia for Spin PWG, Pt(4,5)GeV
Grid
rcf1318
pp200 Y2006C
690
Done
Yes
Pythia for Spin PWG, Pt(3,4)GeV
Grid
rcf1319
pp200 Y2006C
690
Done
Yes
Pythia for Spin PWG, Minbias
Grid
rcf1320
pp62.4 Y2006C
400
Done
No
Pythia for Spin PWG, Pt(4,5)GeV
Grid
rcf1321
pp62.4 Y2006C
250
Done
No
Pythia for Spin PWG, Pt(3,4)GeV
Grid
rcf1322
pp62.4 Y2006C
220
Done
No
Pythia for Spin PWG, Pt(5,7)GeV
Grid
rcf1323
pp62.4 Y2006C
220
Done
No
Pythia for Spin PWG, Pt(7,9)GeV
Grid
rcf1324
pp62.4 Y2006C
220
Done
No
Pythia for Spin PWG, Pt(9,11)GeV
Grid
rcf1325
pp62.4 Y2006C
220
Done
No
Pythia for Spin PWG, Pt(11,15)GeV
Grid
rcf1326
pp62.4 Y2006C
200
Running
No
Pythia for Spin PWG, Pt(15,25)GeV
Grid
rcf1327
pp62.4 Y2006C
200
Running
No
Pythia for Spin PWG, Pt(25,35)GeV
Grid
rcf1328
pp62.4 Y2006C
50
Running
No
Pythia for Spin PWG, Pt(35,45)GeV
Grid
Name | SystemEnergy |
Range | Statistics | Comment |
rcf9001 | pp200, y2007g | 03_04gev | 690k | Jet Study AuAu200(PP200) JLC PWG |
rcf9002 | 04_05gev | 686k | ||
rcf9003 | 05_07gev | 398k | ||
rcf9004 | 07_09gev | 420k | ||
rcf9005 | 09_11gev | 412k | ||
rcf9006 | 11_15gev | 420k | ||
rcf9007 | 15_25gev | 397k | ||
rcf9008 | 25_35gev | 400k | ||
rcf9009 | 35_45gev | 120k | ||
rcf9010 | 45_55gev | 118k | ||
rcf9011 | 55_65gev | 120k | ||
Name | SystemEnergy | Range | Statistics | Comment |
rcf9021 | pp200,y2008 | 03_04 GeV | 690k | Jet Study AuD200(PP200) JLC PWG |
rcf9022 | 04_05 GeV | 686k | ||
rcf9023 | 05_07 GeV | 398k | ||
rcf9024 | 07_09 GeV | 420k | ||
rcf9025 | 09_11 GeV | 412k | ||
rcf9026 | 11_15 GeV | 420k | ||
rcf9027 | 15_25 GeV | 397k | ||
rcf9028 | 25_35 GeV | 400k | ||
rcf9029 | 35_45 GeV | 120k | ||
rcf9030 | 45_55 GeV | 118k | ||
rcf9031 | 55_99 GeV | 120k |
Name | SystemEnergy | Range | Statistics | Comment |
rcf9041 | PP500, Y2009 | 03_04gev | 500k | Spin Study PP500 Spin group(Matt,Jim,Jan) 2.3M evts |
rcf9042 | 04_05gev | 500k | ||
rcf9043 | 05_07gev | 300k | ||
rcf9044 | 07_09gev | 250k | ||
rcf9045 | 09_11gev | 200k | ||
rcf9046 | 11_15gev | 100k | ||
rcf9047 | 15_25gev | 100k | ||
rcf9048 | 25_35gev | 100k | ||
rcf9049 | 35_45gev | 100k | ||
rcf9050 | 45_55gev | 25k | ||
rcf9051 | 55_99gev | 25k | ||
rcf9061 | CuCu200,y2005h | B0_14 | 200k | CuCu200 radiation length budget, Y.Fisyak, KyungEon Choi. |
rcf9062 | AuAu200, y2007h | B0_14 | 150k | AuAu200 radiation length budget Y.Fisyak ,KyungEon Choi |
This page documents the options in geometry.g which define each of the production tags.
This page documents the options in geometry.g which define each of the production tags.
This page documents the options in geometry.g which define each of the production tags.
This page documents the options in geometry.g which define each of the production tags.
This page documents the options in geometry.g which define each of the production tags.
This page documents the options in geometry.g which define each of the production tags.
The attached spreadsheets document the production tags in STARSIM on 11/30/2009. At that time the y2006h and y2010 tags were in development and not ready for production.
.
y2008a full and TPC only material histograms
1 | 2 |
.
2 | |
3 | |
.
111 | |
` |
1 | |
.
. | |
. | |
. | |
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. The below serves as additional documentation and details.
Taxonomy:
The TPC is present in all configuration listed below and the SVT is in none.
Tag |
SSD | IST | HFT | IGT | HPD | Contact Person | Comment | |
---|---|---|---|---|---|---|---|---|
UPGR01 |
+ |
|
+ |
|
||||
UPGR02 |
|
+ |
+ |
|
||||
UPGR03 |
|
+ |
+ |
+ |
|
|||
|
+ |
|
|
+ |
Sevil |
retired | ||
|
+ |
+ |
+ |
+ |
+ |
Everybody |
retired | |
|
+ |
+ |
+ |
Sevil |
retired | |||
UPGR07 |
+ |
+ |
+ |
+ |
|
Maxim |
||
|
+ |
+ |
+ |
+ |
Maxim |
|||
|
+ |
+ |
+ |
Gerrit |
retired Outer IST layer only | |||
UPGR10 |
+ |
+ |
+ |
Gerrit |
Inner IST@9.5cm | |||
UPGR11 |
+ |
+ |
+ |
|
Gerrit |
IST @9.5&@17.0 | ||
|
+ |
+ |
+ |
+ |
+ |
Ross Corliss |
retired UPGR05*diff.igt.radii | |
UPGR13 |
+ |
+ |
+ |
+ |
Gerrit |
UPGR07*(new 6 disk FGT)*corrected SSD*(no West Cone) | ||
UPGR14 | + | + | + | Gerrit | UPGR13 - IST | |||
UPGR15 | + | + | + | Gerrit | Simple Geometry for testing, Single IST@14cm, hermetic/polygon Pixel/IST geometry. Only inner beam pipe 0.5mm Be. Pixel 300um Si, IST 1236umSi | |||
UPGR20 | + | Lijuan | Y2007 + one TOF | |||||
UPGR21 | + | Lijuan | UPGR20 + full TOF |
Eta coverage of the SSD and HFT at different vertex spreads:
Z cut, cm |
eta SSD | eta HFT |
---|---|---|
5 |
1.63 |
2.00 |
10 |
1.72 |
2.10 |
20 |
1.87 |
2.30 |
30 |
2.00 |
2.55 |
Material balance studies for the upgrade: presented below are the usual radiation length plots (as a function of rapidity).
Full UPGR05:
Forward region: the FST and the IGT ONLY:
Below, we plot the material for each individual detector, excluding the forward region to reduce ambiguity.
SSD:
IST:
HPD:
HFT: