Data and MC analysis status


Last update: Mon, Oct 13th 16:00                                                                                        
                                                                                                                                                                                                                     

need SumTrees, etc

Batters up (running or queued)

# jobs

@ SFU

On deck (ready)

In the hole

                             MC production and analysis MP parameters table

Description

set #

First run

pre/post

cpltd

Geant3 Version

archvd

anal#

gdlnks

bdlnks

sum
noec

ecal

 sum
ec

T3

DSM

PC 95% eff

gen75


post

1427

g3_1, ff1*

DSM

anal2

1426

1




X

X

cloud

gen76

8000

cloud

4000

g3_4, ff3*

4000

anal2

4000

0

X

X

X

X

X

1/4 in. plastic

gen86

12000

post

2000

g3_3, ff2

2000

anal1

2000

0

X

X

X

X

X

1/2 in. plastic

gen87

12000

pre

2000

g3_4, ff3*

2000

anal1

2000

0

X

X

X

X

X

1/4 in Al

gen88

12000

post

2000

g3_1, ff1

2000

anal1

2000

0

X

X

X

X

X

Pre Oct 23

gen92

12000

pre

2000

g3_3, ff2

2000

anal1

2000

0

X

X

X

X

X

B=1.96

gen93

12000

post

4000

g3_3, ff2*

4000

anal1

4000

0

X

X

X

X

X

B=2.04 T

gen94

12000

post

4000

g3_3, ff2*

4000

anal1

4000

0

X

X

X

X

X

upstream

gen97

12000

pre

2000

g3_4, ff3*

2000

anal1

2000

0

X

X

X

X

X

+MCbank







anal2

14







downstream

gen98


pre

20

g3_4, ff3*










1.18 KHz

gen100

12000

pre

2000

g3_3, ff3*

2000

anal1

2000

0

X

X

X

X

X

B2 + 10 G

gen101

12000

pre

2000

g3_3, ff2

2000

anal1

2000

0

X

X

X

X

X

B2 - 10 G

gen102

12000

pre

2000

g3_3, ff2

2000

anal1

2000

0

X

X

X

X

X

temp 270 K

gen103

12000

post

2000

g3_3, ff3*

2000

anal1

2000

0

X

X

X

X

X

4.7 kHz

gen105

12000

pre

2000

g3_3, ff3*

2000

anal1

2000

0

X

X

X

X

X

rho derivative

gen106

1400

pre

400

g3_3, ff2

400

anal1

400

0

X

X

X

X

X

eta derivative

gen107

2400

pre

400

g3_3, ff2

400

anal1

400

0

X

X

X

X

X

xixidelta deriv

gen108

3400

pre

400

g3_3, ff2

400

anal1

400

0

X

X

X

X

X

xidelta deriv

gen109

4400

pre

400

g3_3, ff2

400

anal1

400

0

X

X

X

X

X

rho derivative

gen110

1000

post

400

g3_3, ff2*

400

anal1

400

0

X

X

X

X

X

eta derivative

gen111

2000

post

400

g3_3, ff2*

400

anal1

400

0

X

X

X

X

X

xixidelta deriv

gen112

3000

post

400

g3_3, ff2*

400

anal1

400

0

X

X

X

X

X

xidelta deriv

gen113

4000

post

400

g3_3, ff2*

400

anal1

400

0

X

X

X

X

X

rho derivative

gen114

1400

post

400

g3_3, ff2*

400

anal1

400

0

X

X

X

X

X

eta derivative

gen115

2400

post

400

g3_3, ff2*

400

anal1

400

0

X

X

X

X

X

xixidelta deriv

gen116

3400

post

400

g3_3, ff2*

400

anal1

400

0

X

X

X

X

X

xidelta deriv

gen117

4400

post

400

g3_3, ff2*

400

anal1

400

0

X

X

X

X

X

B = 2.04 T

gen118

16000

post

2000

g3_3, ff2*

2000

anal1

2000

0

X

X

X

X

X

Post Oct23

gen119

8000

post

2000

g3_1, ff1**

2000

anal1

1999

1

X

X

X

X

X

B misalign 1.25d

gen120

12000

post

50

g3_4, ff3*

50









B misalign 0.25d

gen121

12000

post

2000

g3_4, ff3*

2000

anal1

2000

0

X

X

X

X

X

Post Oct23+

gen122

8000

post

2000

g3_4, ff3**

2000

anal1/2

2000

0

X

X

X

X

X

wirecenter fit







anal3

2000

0

X

X


X

trees not
on the disk

bfield rescaled







anal4

1175

4

X

X

X

X

 X

long drift time cut







anal5

2000

0

X

X

X

X

X

 
v1900 STR






anal6
  





STR-y22







anal7

200

0

X

X


X
X

STR-HV1750







anal8

200

0

X



X
 X

STR-Y22,longdtcut







anal9

200

0

X



X

X

STR-HV1900,longdtcut







anal10

200

0

X



X

X

STR-HV1850,longdtcut







anal11

200

0

X



X

X

STR-HV1800,longdtcut







anal12

200

0

X



X

X

STR-HV1850







anal13

200

0

X



X

X

STR-HV1800







anal14

200

0

X



X

X

STR-T270







anal15

2000

0

X



X

X
dt cut at 522 ns





anal16
 1967
 33


X
 X

rho derivative

gen123

1000

post

400

g3_4, ff3**

400

anal1/2

400

0

X

X

X

X

X

eta derivative

gen124

2000

post

400

g3_4, ff3**

400

anal1/2

400

0

X

X

X

X

X

xixidelta deriv

gen125

3000

post

400

g3_4, ff3**

400

anal1/2

400

0

X

X

X

X

X

xidelta deriv

gen126

4000

post

400

g3_4, ff3**

400

anal1/2

400

0

X

X

X

X

X

Dead zone

gen127

8000

post

2000

g3_4,ff3**

2000

anal1

0

0

X

X

X

X

X

Dead zone

gen128


post


g3_4,ff3










B misalign 0.25d

gen129

12000

post

2000

g3_5,ff3**

2000

anal1

2000

0

X

X

X

X

X

realistic positron beam

gen130

12000

pre

2000

g3_6,ff4

2000

anal1

2000

0

X

X

X

X

X

exagg. positron beam

gen131

12000

pre

2000

g3_6,ff4*

2000

anal1

2000

0

X

X

X

X

X

1/4 in Al@

gen132

12000

post

2000

g3_7,ff5

2000

anal1

1999

1

X

X

X

X

X

Dead zone

gen133


post












DC resolution

gen134

8000

post

2000

g3_8,ff6

2000

anal1

2000

0

X



X

X

DC resolution

gen135

8000

post

2000

g3_8,ff6
2000

anal1

2000

0

X



X

X

Target thickness

gen136

500

post

500

g3_4,ff3

anal1

500

0

X

X


X

X
2003 28.9 MeV/c
 gen137
 8000
 2003
 1999
 wgblair1,ff3
 1999
 anal1
 1998
 1
 X

X
 N/A
2003 29.6 MeV/c
 gen138
 10000
 2003
 1982
 wgblair1,ff3
 1982
 anal1
 1932
 50
 X

X
 N/A
rho derivative
 gen139
 1000
 cloud
 400
 wg3_4,ff3*
 400
 anal1
 400
 0
 X
 X
 X
 X
 X
eta derivative
 gen140
 2000
 cloud
 400
 wg3_4,ff3*
 400
 anal1
 400
 0
 X
 X
 X
 X
 X
xixidelta deriv
 gen141
 3000
 cloud
 400
 wg3_4,ff3*
 400
 anal1
 400
 0
 X
 X
 X
 X
 X
xidelta deriv
 gen142
 4000
 cloud
 400
 wg3_4,ff3*
 400
 anal1
 400
 0
 X
 X
 X
 X
 X
tgt and mustop
 gen143
 8000
 post
 2000
 wg3_4,ff3
 2000
 anal1
 2000
 0
 X
 X
 X
 X
 X
asymmetric cells
 gen144
 10000
 cloud
 2000
 wg3_9,ff3*x
 1999
 anal1
 1999
 0
 X
 X
 X
 X
 X
asymmetric cells gen145
 8000
  post
 1990
 wg3_9,ff3*
 1990
 anal1
 1617
 0
 X
 X
 X
 X
 X
consistency check
 gen146
 8000
 post
 2000
 wg3_4,ff3**
 2000
 anal1
 2000
 0
 X
 X
 X
 X
 X
consistency check
 gen147
 8000
 post
 1967
wg3_4,ff3**
 1967
 anal1
 1967
 0


X
 X
New MP
Post Oct23
 gen148
 8000
 post
 2000
 wg3_4,ff3**
 2000
 anal1
 2000
 0


X
 X


8000
            post
 2000
 2000
 anal2
DC long drift
 2000
 0


X
 X
xixidelta deriv gen149
 3000
 post 400
 wg3_4,ff3** 400
 anal1
 400
 0


X
 X
Cloud
 gen150
 8000
  cloud
 2000 wg3_4,ff3** 2000
 anal1 2000
 0


X
 X
xixidelta deriv gen151
 3400 cloud 400
 wg3_4,ff3** 400
 anal1 400
 0


X
 X
Pre Oct23
 gen152
 10000
 pre
 2000 wg3_4,ff3** 2000
 anal1 2000
 0


X
 X
xixidelta deriv gen153
 3800 pre 400
 wg3_4,ff3** 400
 anal1 400
 0


X
 X
B=1.96 gen154
 12000
 post
 2000
 wg3_4,ff3** 1996
 anal1
 1996
 4


X
 X
xixidelta deriv gen155
 3000 post 400
 wg3_4,ff3** 400
 anal1 400
 0


X
 X
B=2.04 gen156
 8000
 post
 2000
 wg3_4,ff3** 2000
 anal1 2000
 0


X
 X
xixidelta deriv gen157
 3400 post 400
 wg3_4,ff3** 400
 anal1 400
 0


X
 X
Dzone PC  5cm
 gen158
    8000
post
2000
 wg3_4dz,ff3
     1988
 anal1
     1972
      15



X
  X
Dzone DC 5cm
 gen159
    8000
           post
 2000
 wg3_4dz,ff3 1995
 anal1
 1995
 5


X
  X
Post Oct 23
gen160
 8000
 post
 2000
 wg3_4,ff3** 1981
 anal1
 1999
 1


X
 X















Cloud
 gen170
  8000
   cloud
 2000
 wg3_9,ff3*x 1999
 anal1
 1999
 1


X
 X
xixidelta deriv
 gen170
 3400
 cloud
 400
 wg3_9,ff3*x 398
 anal1
 398
 2


X
 X


** VCIN commented

ff1=std for gen70 (*=set specific mod

T3=trees to TRIUMF


+ replace gen119

ff2=std for production (MSOR error), C VCIN

?=recovery attempted


@replace gen88

ff3=ff2 with MSOR fixed




ff4=ff3 with positron beam parameters changed




ff5=ff3 with modification for more DS materials




ff6=ff3 with modification for DCRS




x = special STR and geometry files
NOTE:  All analysis were done using the same Mofia version:

                                       Data analysis

Set

   Run Ranges
(# runs)

Analysis

type

Description

runs

pre/post

Arc

gdlnks

bdlnks

noec

ecal

ec

T3

DSM

Set 1

 13197-13536
(340 runs)

anal2

Data

B=1.96

340

post

DSM

338

2

X

X

X

X

X



anal3









X

Set 2

 11833-11845
11847-12168
(335 runs)

anal9

Data

Post Oct 23

333

post

DSM,SFU

331

2

X

X

X

X

X



anal10


Wirecenter fit

335



319

16

X

X


X

X



anal11


T0

335



319

16

X

X

X

X

X



anal12


DC inefficiency

332



315

17

X

X

X

X

X



anal13


Trans. alignment

334



318

16

X

X

X

X

X



anal14


Rotat. alignment

334



318

16

X

X

X

X

X



anal15


HV stability

334



318

16

X

X

X

X

X



anal16


Xtalk

334



318

16

X

X

X

X

X



anal17


PC inefficiency

334



318

16

X

X

X

X

X



anal18


Rot. Corr. sign

334



318

16

X

X

X

X

X



anal19


DC Long Drift

334



318

16

X

X

X

X

X



anal20


STR-T285




35

0

X

X

X

X

X



anal21


STR-HV1900




35

0

X

X


X

X



anal22


Deadzone




20






X



anal23


STR-HV1800




35

0

X

X


X

X



anal24


STR-Y22

334



318

16

X

X

X

X

X



anal25


STR-HV1900




35

0

X



X

X



anal26


STR-HV1850




35

0

X



X

X



anal27


STR-T285




35

0

X



X

X



anal28


Mod. Bfld

334



318

16

X

X

X

X

X



anal29


STR-Y25 - dt cut

334



296

38

X

X


X

X


anal30
STR-Y25
 334

318
 16
 X
 X
 X
 X
 X


anal31
dt cut at 522 ns
 334

318
 16
 X
 X
 X
 X
 X


anal32
align B
 334

315
 19


X
 X

Set 3

 7960-8137
8156-8164
8167-8177
8181-8186
8188-8349
(366 runs)

anal25

Data

Pre Oct 23

317

pre

DSM

316

1

X

X

X

X

X



anal26

191

165



X

Set 4

 7574-7902
7922-7957
(430 runs)

anal2

S

upstream

321

pre

DSM

320

1

X

X

X

X

X

Set 5

 7153-7295
7413-7422
7473-7573
(252 runs)

anal2

S

downstream

254

pre

DSM

221

33

X

X

X

X

X

Set 6

 10150-10512
(363 runs)

anal3

Data

DC 1850 V

363

post

DSM

357

4

X

X

X

X

X



anal4


DC1850 V

363

post




X



X

X

Set 7

 12757-12921
(165 runs)

anal2

S

1/4 in Al

165

post

DSM

161

1

X

X

X

X

X

Set 8

 12922-13034
13044-13196
(296 runs)

anal2

S

1/2 in. Lucite

265

post

DSM

263

2

X

X

X

X

X

Set 9
 5992-6122
(130 runs)












Set 10

 6276-6394
(118 runs)

anal3

S

1/4 in. Lucite

161

pre

DSM

148

13

X

X

X

X

X

Set 11
8541-8793
8804-8964
(413 runs)

anal4

Sys

5 KHz

382

pre

DSM

345

37

X

X

X

X

X

Set 12

 15831-15939
15942-16021
(189 runs)

anal3

2003


189


DSM

176

2

X



X

X

Set 13

 16070-16112
16114-16137
(67 runs)

anal3

2003


67


DSM

65

2

X



X

X

Set 14

 15452-15625
(174 runs)

anal2

2003


183


DSM

138

2

X



X
X
Set 15 16253-16395
16397-16421
16433-16440
16444-16459
16464-16470
(200 runs)
 anal2




193
 5




Set 16

 9376-9738
(362 runs)

anal2

S

B2 +10 G

363

pre

DSM,SFU

348

15

X

X

X

X

X

Set 17

 9739-9850
9861-10015
10038-10131
(361 runs)

anal2

S

B2 -10 G

361

pre/post

DSM

313

45

X

X

X

X

X

Set 18

 11165-11423
11428-11722
12480-12492
12539-12552
12560-12578
(600 runs)

anal2

Data

cloud

593

- - -

DSM

565

24

X

X

X

X

X



anal3

Data

Rot. Alignment

592


DSM

561

31




X

X
Set 19
 16171-16231
(61 runs)












Set 20
 16232-16252
(21 runs)












Set 21

 8966-9375
(410 runs)

anal2

S

1.25 KHz

346

pre

DSM

338

8

X

X

X

X

X

Set 22

 13700-13970
(271 runs)

anal1

Data

B=2.04 T

271

post

SFU

268

3

X

X

X

X

X



anal2

271
 post
266
 5


X
 X


anal3

271
 post
269
 4
 X
 X
 X
 X
 X

Set 23

 10525-10886
(362 runs)

anal1

Data

DC HV 1900

362

post

SFU,DSM

354

8

X

X

X

X

X



anal2








X



X

trees not
on disk



anal3


STR-HV1850






X

X


X

X



anal4


STR-HV1800






X

X


X

X



anal5


STR-HV1750






X

X


X

X

Set 24

 12169-12471
(303 runs)

anal1

S

Low PC HV

303

post

SFU

299

4

X

X

X

X

X

Set 25

 7122-7152
7439-7472
(65 runs)

anal1


well upstream

64

pre

DSM

50

14

+

+

+

X

X

+ trees need special treatment - see https://elog.triumf.ca/E614/Westgrid/359
* set6anal4 = set6anal3, set23anal2 = set23anal1