; Number of planes installed in SOS detector setup
      sdc_num_planes = 12
; Number of chambers installed in SOS detector setup
      sdc_num_chambers = 2
; Z positions of various planes in SOS chambers
; sdc_n_zpos is the surveyed Z position of the center of chamber n.
      sdc_1_zpos = (-24.76+31.01)
      sdc_2_zpos = ( 24.76+31.01)
;      sdc_3_zpos =(247.50+31.01)
      sdc_zpos   = sdc_1_zpos - 1.5875
                   sdc_1_zpos - 0.9525
                   sdc_1_zpos - 0.3175
                   sdc_1_zpos + 0.3175
                   sdc_1_zpos + 0.9525
                   sdc_1_zpos + 1.5875
                   sdc_2_zpos - 1.5875
                   sdc_2_zpos - 0.9525
                   sdc_2_zpos - 0.3175
                   sdc_2_zpos + 0.3175
                   sdc_2_zpos + 0.9525
                   sdc_2_zpos + 1.5875
; Angle alpha of wires in wire chamber planes (.051,.045 degrees roll in dc1,2)
      sdc_alpha_angle = ( 30-.051)*raddeg
                        ( 30-.051)*raddeg
                        ( 90-.051)*raddeg
                        ( 90-.051)*raddeg
                        (150-.051)*raddeg
                        (150-.051)*raddeg
                        ( 30-.045)*raddeg
                        ( 30-.045)*raddeg
                        ( 90-.045)*raddeg
                        ( 90-.045)*raddeg
                        (150-.045)*raddeg
                        (150-.045)*raddeg
; Angle beta of wires in wire chamber planes
      sdc_beta_angle =   -0.052*raddeg
                         -0.052*raddeg
                         -0.052*raddeg
                         -0.052*raddeg
                         -0.052*raddeg
                         -0.052*raddeg
                         -0.182*raddeg
                         -0.182*raddeg
                         -0.182*raddeg
                         -0.182*raddeg
                         -0.182*raddeg
                         -0.182*raddeg
; Angle gamma of wires in wire chamber planes
      sdc_gamma_angle = -0.070*raddeg
                        -0.070*raddeg
                        -0.070*raddeg
                        -0.070*raddeg
                        -0.070*raddeg
                        -0.070*raddeg
                        -0.257*raddeg
                        -0.257*raddeg
                        -0.257*raddeg
                        -0.257*raddeg
                        -0.257*raddeg
                        -0.257*raddeg
; Pitch
      sdc_pitch = 1.0000
                  1.0000
                  1.0000
                  1.0000
                  1.0000
                  1.0000
                  1.0000
                  1.0000
                  1.0000
                  1.0000
                  1.0000
                  1.0000
; Number of wires per plane
      sdc_nrwire = 48
                   48
                   64
                   64
                   48
                   48
                   48
                   48
                   64
                   64
                   48
                   48
; X,Y position of center of wire chamber
; The given value is subtracted from the position of the wire (i.e.
; the sign is opposite of the actual center position of the chamber).
; Increasing dc2 coordinates increases dpos histograms.
; Values are from jan17, 1996 survey memo.  values ARE corrected for
; 18 degree (optical axis) vs 17.85 degree (survey axis) discrepensy.
      sdc_xcenter = (8.488-3.982)
                    (-1.822+1.825+0.35)
      sdc_ycenter =(+0.007+.388+0.2)
                   (-0.197+0.379+0.2)
;;      sdc_xcenter = 8.488
;;                   -1.822
;;      sdc_ycenter =+0.007
;;                   -0.197
;
;  sdc_ycenter(2) was -.197 from survey.  -.087 is DD's correction 
;   based on (e,e'p) data (centering Em,Pm).
;

; Wire number of center of wire chamber
; Note the convention : x : low number =  -x , u,v : low number = "-x"
; x1 and x2, u1 and u2, v1 and v2 are offset by half a cell length
; assume 1st wire of 1st dc of a set is closest to edge where counting starts
      sdc_central_wire = (24.75+.008+.0019)
                         (24.25-.008+.0064)
                         (32.75-.001-.0105)
                         (32.25+.001+.0021)
                         (24.25+.003+.0019)
                         (24.75-.003+.0075)
                         (24.75-.001-.0019)
                         (24.25+.001-.0078+.0120)
                         (32.75+.002-.0104-.0067)
                         (32.25-.002-.0007-.0053)
                         (24.25-.003-.0008-.0015)
                         (24.75+.003-.0081+.0131)
; with shifts to make resiudals line up with each other.
;      sdc_central_wire = (24.75+.008)
;                         (24.25-.008)
;                         32.75
;                         32.25
;                         (24.25+.002)
;                         (24.75-.002)
;                         24.75
;                         24.25
;                         (32.75+.003)
;                         (32.25-.003)
;                         (24.25-.003)
;                         (24.75+.003)
; nov95 online values
;      sdc_central_wire = (24.75+.008)
;                         (24.25-.008)
;                         (32.75-.009)
;                         (32.25+.009)
;                         24.25
;                         24.75
;                         (24.75-.005)
;                         (24.25+.005)
;                         32.75
;                         32.25
;                         (24.25-.006)
;                         (24.75+.006)
; s_chamber_planes    array giving the chamber number for each plane
      sdc_chamber_planes = 1
                           1
                           1
                           1
                           1
                           1
                           2
                           2
                           2
                           2
                           2
                           2
; The hms readout numbers some planes in reverse order.
; I (SAW) think that the SOS readout numbers are always in forward order
; The following array is a flag on the order number.
; If sdc_wire_counting(plane) = 0
;  the wire center is at (wire - sdc_central_wire) * pitch
; If sdc_wire_counting(plane) = 1
;  the wire center is at ( sdc_nrwire + 1 - wire - sdc_central_wire) * pitch
        sdc_wire_counting = 1
                            0
                            1
                            0
                            0
                            1
                            1
                            0
                            1
                            0
                            0
                            1
; The velocity correction is the distance from the center of the wire divided
; by the velocity of propagation times sdc_drifttime_sign(pln).  +/-1
; for disc. card at +/- coord. (i.e. top = -x direction, so top readout is +1)
;
; THESE ARE NOTHING BUT BAD GUESSES AT THE MOMENT!!!!
;
       sdc_drifttime_sign =  +1
                             -1
                             -1
                             +1
                             +1
                             -1
                             +1
                             -1
                             -1
                             +1
                             +1
                             -1
; Names of each wire plane
;      sdc_plane_names = 'sos1u1'
;                        'sos1u2'
;                        'sos1x1'
;                        'sos1x2'
;                        'sos1v1'
;                        'sos1v2'
;                        'sos2u1'
;                        'sos2u2'
;                        'sos2x1'
;                        'sos2x2'
;                        'sos2v1'
;                        'sos2v2'
;                        'sos3u1'
;                        'sos3u2'
;                        'sos3x1'
;                        'sos3x2'
;                        'sos3v1'
;                        'sos3v2'