Alignment Aug04 for dst gen2

alignment version 78 full large target
alignment version 79 3-seg. target

Problems

• overlap in Sector 2 tof rod 22 with mdc plane IV - problem removed by moving the complete tof sector by 15 mm along the translation vector of plane IV
• Sector 1 plane IV: chamber has hardware problems. thus few hits available, in the middle of the chamebrs there are no hits. nevertheless a position is determined. from Jan04 alignment is applied
• Sector 3 plane III: hardware problems, but alignment position could be found
• in abhaenigigkeit von theta, phi gibt es "schlencker" (vielleicht module dicke nicht richtig) in vielen kammern (manche sektoren weniger schlenker z.b. sektor 5)
• II2 zeigt merkwuerdige struktur in abhaeinigkeit von theta und phi (nicht durch bitflip erzeugt)
• III3 schlenker in phi
• einzelnene tof rods durch calibration nicht auf einer linie mit den anderen (residual vs rod)

General

• v7_08b
• file used for alignment of drift chambers and 3 segmented target, no magnetic field:be04242033720.hld
• full target not calculated, but last time checked, that shift is the same for full and 3-seg-target. file used: be04241042706.hld
• chi2>-1 cut applied

Overlap Checker

* extrusion ov00/RSPH_mo_0: vol=RSPH node=RBT2_1 extr=2.1
* extrusion ov01/RICH_mo_5: vol=RICH node=RTAM_1 extr=1.8227
* extrusion ov02/SEC2_x_14: vol=SEC2 node=SHK2_1 extr=1.54571
* extrusion ov03/SEC5_x_14: vol=SEC5 node=SHK5_1 extr=1.17508
* extrusion ov04/RBT2_mo_0: vol=RBT2 node=RBI2_1 extr=1.1
* extrusion ov05/SEC6_x_13: vol=SEC6 node=SHK6_1 extr=1.0433
* extrusion ov06/SEC4_x_14: vol=SEC4 node=SHK4_1 extr=0.901317
* extrusion ov07/SEC3_x_13: vol=SEC3 node=SHK3_1 extr=0.693053
* extrusion ov08/SEC5_x_0: vol=SEC5 node=DR1M_5 extr=0.661303
* extrusion ov09/SEC2_x_0: vol=SEC2 node=DR1M_2 extr=0.595699
* extrusion ov10/SEC1_x_0: vol=SEC1 node=DR1M_1 extr=0.460477
* extrusion ov11/SEC1_x_14: vol=SEC1 node=SHK1_1 extr=0.437633
* extrusion ov12/SEC5_x_2: vol=SEC5 node=DR3M_5 extr=0.277556
* extrusion ov13/SEC6_x_0: vol=SEC6 node=DR1M_6 extr=0.247178
* extrusion ov14/SEC4_x_0: vol=SEC4 node=DR1M_4 extr=0.241406
* extrusion ov15/SEC3_x_0: vol=SEC3 node=DR1M_3 extr=0.188486
* extrusion ov16/SEC3_x_1: vol=SEC3 node=DR2M_3 extr=0.150537
* extrusion ov17/SEC6_x_2: vol=SEC6 node=DR3M_6 extr=0.148142
* extrusion ov18/SEC4_x_2: vol=SEC4 node=DR3M_4 extr=0.138681
* extrusion ov19/SEC1_x_1: vol=SEC1 node=DR2M_1 extr=0.105603
* extrusion ov20/SEC2_x_1: vol=SEC2 node=DR2M_2 extr=0.0832728
* extrusion ov21/SEC4_x_1: vol=SEC4 node=DR2M_4 extr=0.0814031
* extrusion ov22/SEC5_x_1: vol=SEC5 node=DR2M_5 extr=0.043676
* extrusion ov23/SEC6_x_1: vol=SEC6 node=DR2M_6 extr=0.0115917
* extrusion ov24/RMET_x_2: vol=RMET node=RPAS_3 extr=0.000163955
* extrusion ov25/RMET_x_5: vol=RMET node=RPAS_6 extr=0.000163955
* extrusion ov26/RMET_x_0: vol=RMET node=RPAS_1 extr=0.000163955
* extrusion ov27/RMET_x_3: vol=RMET node=RPAS_4 extr=0.000163955
* extrusion ov28/RMET_x_28: vol=RMET node=RPCS_3 extr=0.000114818
* extrusion ov29/RMET_x_26: vol=RMET node=RPCS_1 extr=0.000114818
* extrusion ov30/RMET_x_29: vol=RMET node=RPCS_4 extr=0.000114818
* extrusion ov31/RMET_x_31: vol=RMET node=RPCS_6 extr=0.000114818
* extrusion ov32/RMET_x_27: vol=RMET node=RPCS_2 extr=0.000108614
* extrusion ov33/RMET_x_30: vol=RMET node=RPCS_5 extr=0.000108614
* overlap ov34/SEC2_o_0_15: vol=SEC2 FD1S_2> ovlp=0.396802
* overlap ov35/SEC5_o_3_12: vol=SEC5 T22F_5> ovlp=0.304069
* overlap ov36/SEC4_o_0_15: vol=SEC4 FD1S_4> ovlp=0.294898
* overlap ov37/SEC3_o_0_14: vol=SEC3 FD1S_3> ovlp=0.257507
* overlap ov38/SEC6_o_1_16: vol=SEC6 FD2S_6> ovlp=0.226093
* overlap ov39/SEC1_o_0_15: vol=SEC1 FD1S_1> ovlp=0.185636
* overlap ov40/SEC5_o_0_15: vol=SEC5 FD1S_5> ovlp=0.148504
* overlap ov41/SEC4_o_1_4: vol=SEC4 CKIV_4> ovlp=0.119696
* overlap ov42/SEC1_o_1_17: vol=SEC1 FD2S_1> ovlp=0.117348
* overlap ov43/SEC6_o_0_14: vol=SEC6 FD1S_6> ovlp=0.114296
* overlap ov44/SEC2_o_1_17: vol=SEC2 FD2S_2> ovlp=0.10632
* overlap ov45/SEC3_o_1_3: vol=SEC3 CKIV_3> ovlp=0.0454866
* overlap ov46/SEC5_o_1_17: vol=SEC5 FD2S_5> ovlp=0.03315
* overlap ov47/SEC6_o_1_3: vol=SEC6 CKIV_6> ovlp=0.00444592
* overlap ov48/SEC5_o_1_4: vol=SEC5 CKIV_5> ovlp=0.000594373

After moving sector and frames

after moving the sector and the frames the following overlaps remain:

* extrusion ov00/RSPH_mo_0: vol=RSPH node=RBT2_1 extr=2.1
* extrusion ov01/RICH_mo_5: vol=RICH node=RTAM_1 extr=1.8227
* extrusion ov02/SEC2_x_14: vol=SEC2 node=SHK2_1 extr=1.54572
* extrusion ov03/SEC5_x_14: vol=SEC5 node=SHK5_1 extr=1.17504
* extrusion ov04/RBT2_mo_0: vol=RBT2 node=RBI2_1 extr=1.1
* extrusion ov05/SEC6_x_13: vol=SEC6 node=SHK6_1 extr=1.04328
* extrusion ov06/SEC4_x_14: vol=SEC4 node=SHK4_1 extr=0.901298
* extrusion ov07/SEC3_x_13: vol=SEC3 node=SHK3_1 extr=0.693062
* extrusion ov08/SEC1_x_0: vol=SEC1 node=DR1M_1 extr=0.460445
* extrusion ov09/SEC1_x_14: vol=SEC1 node=SHK1_1 extr=0.437654
* extrusion ov10/SEC2_x_0: vol=SEC2 node=DR1M_2 extr=0.387788
* extrusion ov11/SEC5_x_2: vol=SEC5 node=DR3M_5 extr=0.277577
* extrusion ov12/SEC6_x_0: vol=SEC6 node=DR1M_6 extr=0.247144
* extrusion ov13/SEC5_x_0: vol=SEC5 node=DR1M_5 extr=0.170499
* extrusion ov14/SEC3_x_0: vol=SEC3 node=DR1M_3 extr=0.153512
* extrusion ov15/SEC3_x_1: vol=SEC3 node=DR2M_3 extr=0.150561
* extrusion ov16/SEC6_x_2: vol=SEC6 node=DR3M_6 extr=0.148173
* extrusion ov17/SEC4_x_2: vol=SEC4 node=DR3M_4 extr=0.138711
* extrusion ov18/SEC1_x_1: vol=SEC1 node=DR2M_1 extr=0.105615
* extrusion ov19/SEC2_x_1: vol=SEC2 node=DR2M_2 extr=0.0832164
* extrusion ov20/SEC4_x_1: vol=SEC4 node=DR2M_4 extr=0.0814154
* extrusion ov21/SEC4_x_0: vol=SEC4 node=DR1M_4 extr=0.0446257
* extrusion ov22/SEC5_x_1: vol=SEC5 node=DR2M_5 extr=0.0436683
* extrusion ov23/SEC6_x_1: vol=SEC6 node=DR2M_6 extr=0.0116014
* extrusion ov24/RMET_x_2: vol=RMET node=RPAS_3 extr=0.000163955
* extrusion ov25/RMET_x_5: vol=RMET node=RPAS_6 extr=0.000163955
* extrusion ov26/RMET_x_0: vol=RMET node=RPAS_1 extr=0.000163955
* extrusion ov27/RMET_x_3: vol=RMET node=RPAS_4 extr=0.000163955
* extrusion ov28/RMET_x_26: vol=RMET node=RPCS_1 extr=0.000114818
* extrusion ov29/RMET_x_29: vol=RMET node=RPCS_4 extr=0.000114818
* extrusion ov30/RMET_x_31: vol=RMET node=RPCS_6 extr=0.000114818
* extrusion ov31/RMET_x_28: vol=RMET node=RPCS_3 extr=0.000114818
* extrusion ov32/RMET_x_30: vol=RMET node=RPCS_5 extr=0.000108614
* extrusion ov33/RMET_x_27: vol=RMET node=RPCS_2 extr=0.000108614
* overlap ov34/SEC5_o_3_13: vol=SEC5 T22F_5> ovlp=0.304062
* overlap ov35/SEC4_o_1_4: vol=SEC4 CKIV_4> ovlp=0.119696
* overlap ov36/SEC3_o_1_3: vol=SEC3 CKIV_3> ovlp=0.0454732
* overlap ov37/SEC6_o_1_3: vol=SEC6 CKIV_6> ovlp=0.00444346
* overlap ov38/SEC5_o_1_4: vol=SEC5 CKIV_5> ovlp=0.000603774
* overlap ov39/TFN2_o_0_1: vol=TFN2 T24F_2> ovlp=0.0001003
* overlap ov40/TFN2_o_2_3: vol=TFN2 T26F_2> ovlp=0.0001003
* overlap ov41/TFN3_o_0_1: vol=TFN3 T24F_3> ovlp=0.0001003
* overlap ov42/TFN3_o_2_3: vol=TFN3 T26F_3> ovlp=0.0001003
* overlap ov43/TFN5_o_0_1: vol=TFN5 T24F_5> ovlp=0.0001003
* overlap ov44/TFN5_o_2_3: vol=TFN5 T26F_5> ovlp=0.0001003
* overlap ov45/TFN6_o_0_1: vol=TFN6 T24F_6> ovlp=0.0001003
* overlap ov46/TFN6_o_2_3: vol=TFN6 T26F_6> ovlp=0.0001003

Geo Files

• target position like for real data: x and y set correctly

-- YvonnePachmayer - 29 Jun 2006