$---------------------------------------------------------------------MDI_HEADER
[MDI_HEADER]
 FILE_TYPE     =  'sub'
 FILE_VERSION  =  7.0
 FILE_FORMAT   =  'ASCII'
(COMMENTS)
{comment_string}
'Baseline Front Doublewishbone Suspension'
$---------------------------------------------------------------SUBSYSTEM_HEADER
[SUBSYSTEM_HEADER]
 TEMPLATE_NAME  =  '<model_adams>/templates.tbl/_double_wishbone.tpl'
 MAJOR_ROLE     =  'suspension'
 MINOR_ROLE     =  'front'
 TIMESTAMP      =  '2019/06/18,09:00:28'
$--------------------------------------------------------------------------UNITS
[UNITS]
 LENGTH  =  'mm'
 FORCE   =  'newton'
 ANGLE   =  'deg'
 MASS    =  'kg'
 TIME    =  'sec'
$----------------------------------------------------------------------HARDPOINT
[HARDPOINT]
{hardpoint_name                  symmetry         x_value    y_value    z_value}
 'drive_shaft_inr             '  'left/right'       30.0      -321.0         0.0
 'lca_front                   '  'left/right'     -203.0      -390.0      -105.0
 'lca_outer                   '  'left/right'    -14.416    -791.843      -99.82
 'lca_rear                    '  'left/right'      237.0      -390.0       -84.0
 'lwr_strut_mount             '  'left/right'      -24.0      -657.0       -99.8
 'subframe_front              '  'left/right'     -400.0      -450.0      -120.0
 'subframe_rear               '  'left/right'      400.0      -450.0      -120.0
 'tierod_inner                '  'left/right'      -98.1     -394.19      -40.41
 'tierod_outer                '  'left/right'    -147.17     -811.31      -42.86
 'top_mount                   '  'left/right'      7.167    -465.435     511.534
 'uca_front                   '  'left/right'     -178.0      -440.0       392.0
 'uca_outer                   '  'left/right'      36.54     -725.49      433.66
 'uca_rear                    '  'left/right'      158.5      -440.0       375.0
 'wheel_center                '  'left/right'        0.0      -835.0         0.0
$------------------------------------------------------------------PART_ASSEMBLY
[PART_ASSEMBLY]
 USAGE                    =  'subframe'
 SYMMETRY                 =  'single'
 MODE                     =  'rigid'
$ Rigid body data:
 MASS                     =  50.0
 SPRUNG_PERCENTAGE        =  100.0
 PART_LOC_X               =  0.0
 PART_LOC_Y               =  0.0
 PART_LOC_Z               =  0.0
 PART_ORI_ZP1             =  0.0
 PART_ORI_ZP2             =  0.0
 PART_ORI_ZP3             =  1.0
 PART_ORI_XP1             =  1.0
 PART_ORI_XP2             =  0.0
 PART_ORI_XP3             =  0.0
 CM_LOCATION_FROM_PART_X  =  0.0
 CM_LOCATION_FROM_PART_Y  =  0.0
 CM_LOCATION_FROM_PART_Z  =  150.0
 IXX                      =  1.0
 IYY                      =  1.0
 IZZ                      =  1.0
 IXY                      =  0.0
 IZX                      =  0.0
 IYZ                      =  0.0
$------------------------------------------------------------------PART_ASSEMBLY
[PART_ASSEMBLY]
 USAGE                    =  'drive_shaft'
 SYMMETRY                 =  'left/right'
 MODE                     =  'rigid'
$ Rigid body data:
 MASS                     =  4.2174529406
 SPRUNG_PERCENTAGE        =  100.0
$ Part location is dependent.
$   X,Y,Z location = 30.0, -321.0, 0.0
$ Part orientation is dependent.
$   ZP vector = 0.0680295537,  0.9976821976,  0.0014874007
$   XP vector = 0.9863328177,  -0.067479762,  0.1503131878
 CM_LOCATION_FROM_PART_X  =  0.0
 CM_LOCATION_FROM_PART_Y  =  0.0
 CM_LOCATION_FROM_PART_Z  =  -365.6817014651
 IXX                      =  1.6598906562E+05
 IYY                      =  1.6598906562E+05
 IZZ                      =  692.8258536527
 IXY                      =  0.0
 IZX                      =  0.0
 IYZ                      =  0.0
$------------------------------------------------------------------LINK_GEOMETRY
[LINK_GEOMETRY]
 USAGE       =  'drive_shaft'
 PART        =  'drive_shaft'
 SYMMETRY    =  'left/right'
 RADIUS      =  15.0
$------------------------------------------------------------------PART_ASSEMBLY
[PART_ASSEMBLY]
 USAGE                    =  'lower_control_arm'
 SYMMETRY                 =  'left/right'
 MODE                     =  'rigid'
$ Rigid body data:
 MASS                     =  6.5574254873
 SPRUNG_PERCENTAGE        =  100.0
$ Part location is dependent.
$   X,Y,Z location = 6.528, -523.9476666667, -96.2733333333
$ Part orientation is dependent.
$   ZP vector = -0.0779351677,  -0.9968710717,  -0.0131975774
$   XP vector = -0.9958180552,  0.0784721846,  -0.0467815904
 CM_LOCATION_FROM_PART_X  =  5.382811275
 CM_LOCATION_FROM_PART_Y  =  3.7350756342E-17
 CM_LOCATION_FROM_PART_Z  =  54.215675626
 IXX                      =  71240.657504
 IYY                      =  1.7168805784E+05
 IZZ                      =  1.0195888543E+05
 IXY                      =  0.0
 IZX                      =  -14438.81923
 IYZ                      =  0.0
$------------------------------------------------------------------LINK_GEOMETRY
[LINK_GEOMETRY]
 USAGE       =  'lca_damper_mount_1'
 PART        =  'lower_control_arm'
 SYMMETRY    =  'left/right'
 RADIUS      =  10.0
$------------------------------------------------------------------LINK_GEOMETRY
[LINK_GEOMETRY]
 USAGE       =  'lca_damper_mount_2'
 PART        =  'lower_control_arm'
 SYMMETRY    =  'left/right'
 RADIUS      =  10.0
$------------------------------------------------------------------LINK_GEOMETRY
[LINK_GEOMETRY]
 USAGE       =  'lca_front'
 PART        =  'lower_control_arm'
 SYMMETRY    =  'left/right'
 RADIUS      =  15.0
$------------------------------------------------------------------LINK_GEOMETRY
[LINK_GEOMETRY]
 USAGE       =  'lca_rear'
 PART        =  'lower_control_arm'
 SYMMETRY    =  'left/right'
 RADIUS      =  15.0
$------------------------------------------------------------------PART_ASSEMBLY
[PART_ASSEMBLY]
 USAGE                    =  'lower_control_arm2'
 SYMMETRY                 =  'left/right'
 MODE                     =  'rigid'
$ Rigid body data:
 MASS                     =  1.0
 SPRUNG_PERCENTAGE        =  100.0
$ Part location is dependent.
$   X,Y,Z location = -14.416, -791.843, -99.82
$ Part orientation is dependent.
$   ZP vector = 0.0,  1.0,  0.0
$   XP vector = 1.0,  0.0,  0.0
 CM_LOCATION_FROM_PART_X  =  0.0
 CM_LOCATION_FROM_PART_Y  =  0.0
 CM_LOCATION_FROM_PART_Z  =  0.0
 IXX                      =  100.0
 IYY                      =  100.0
 IZZ                      =  100.0
 IXY                      =  0.0
 IZX                      =  0.0
 IYZ                      =  0.0
$------------------------------------------------------------------PART_ASSEMBLY
[PART_ASSEMBLY]
 USAGE                    =  'lower_strut'
 SYMMETRY                 =  'left/right'
 MODE                     =  'rigid'
$ Rigid body data:
 MASS                     =  5.0
 SPRUNG_PERCENTAGE        =  100.0
$ Part location is dependent.
$   X,Y,Z location = -13.71489, -593.78355, 101.94022
$ Part orientation is dependent.
$   ZP vector = 0.048591916,  0.298665588,  0.9531199779
$   XP vector = 0.9987029482,  0.0,  -0.0509158247
 CM_LOCATION_FROM_PART_X  =  0.0
 CM_LOCATION_FROM_PART_Y  =  0.0
 CM_LOCATION_FROM_PART_Z  =  0.0
 IXX                      =  1.0
 IYY                      =  1.0
 IZZ                      =  1.0
 IXY                      =  0.0
 IZX                      =  0.0
 IYZ                      =  0.0
$------------------------------------------------------------------PART_ASSEMBLY
[PART_ASSEMBLY]
 USAGE                    =  'spindle'
 SYMMETRY                 =  'left/right'
 MODE                     =  'rigid'
$ Rigid body data:
 MASS                     =  1.1028403931
 SPRUNG_PERCENTAGE        =  100.0
$ Part location is dependent.
$   X,Y,Z location = 0.0, -835.0, 0.0
$ Part orientation is dependent.
$   ZP vector = -0.0008726313,  -0.9999615423,  0.0087265355
$   XP vector = 0.9999996192,  -0.0008726645,  0.0
 CM_LOCATION_FROM_PART_X  =  0.0
 CM_LOCATION_FROM_PART_Y  =  0.0
 CM_LOCATION_FROM_PART_Z  =  15.0
 IXX                      =  477.8975036678
 IYY                      =  477.8975036678
 IZZ                      =  496.2781768857
 IXY                      =  0.0
 IZX                      =  0.0
 IYZ                      =  0.0
$------------------------------------------------------------------PART_ASSEMBLY
[PART_ASSEMBLY]
 USAGE                    =  'tierod_inner'
 SYMMETRY                 =  'left/right'
 MODE                     =  'rigid'
$ Rigid body data:
 MASS                     =  1.0
 SPRUNG_PERCENTAGE        =  100.0
$ Part location is dependent.
$   X,Y,Z location = -122.635, -602.75, -41.635
$ Part orientation is dependent.
$   ZP vector = -0.1168323525,  -0.9931345197,  -0.0058332844
$   XP vector = -0.0498665565,  0.0,  0.9987558894
 CM_LOCATION_FROM_PART_X  =  0.0
 CM_LOCATION_FROM_PART_Y  =  0.0
 CM_LOCATION_FROM_PART_Z  =  0.0
 IXX                      =  1.0
 IYY                      =  1.0
 IZZ                      =  1.0
 IXY                      =  0.0
 IZX                      =  0.0
 IYZ                      =  0.0
$------------------------------------------------------------------LINK_GEOMETRY
[LINK_GEOMETRY]
 USAGE       =  'tierod_inner'
 PART        =  'tierod_inner'
 SYMMETRY    =  'left/right'
 RADIUS      =  12.0
$------------------------------------------------------------------PART_ASSEMBLY
[PART_ASSEMBLY]
 USAGE                    =  'tierod_outer'
 SYMMETRY                 =  'left/right'
 MODE                     =  'rigid'
$ Rigid body data:
 MASS                     =  1.0
 SPRUNG_PERCENTAGE        =  100.0
$ Part location is dependent.
$   X,Y,Z location = -122.635, -602.75, -41.635
$ Part orientation is dependent.
$   ZP vector = -0.1168323525,  -0.9931345197,  -0.0058332844
$   XP vector = -0.0498665565,  0.0,  0.9987558894
 CM_LOCATION_FROM_PART_X  =  0.0
 CM_LOCATION_FROM_PART_Y  =  0.0
 CM_LOCATION_FROM_PART_Z  =  0.0
 IXX                      =  1.0
 IYY                      =  1.0
 IZZ                      =  1.0
 IXY                      =  0.0
 IZX                      =  0.0
 IYZ                      =  0.0
$------------------------------------------------------------------LINK_GEOMETRY
[LINK_GEOMETRY]
 USAGE       =  'tierod_outer'
 PART        =  'tierod_outer'
 SYMMETRY    =  'left/right'
 RADIUS      =  10.0
$------------------------------------------------------------------PART_ASSEMBLY
[PART_ASSEMBLY]
 USAGE                    =  'tripot'
 SYMMETRY                 =  'left/right'
 MODE                     =  'rigid'
$ Rigid body data:
 MASS                     =  1.9851127075
 SPRUNG_PERCENTAGE        =  100.0
$ Part location is dependent.
$   X,Y,Z location = 30.0, -321.0, 0.0
$ Part orientation is dependent.
$   ZP vector = 0.0,  1.0,  0.0
$   XP vector = -0.9997610676,  0.0,  -0.0218588128
 CM_LOCATION_FROM_PART_X  =  0.0
 CM_LOCATION_FROM_PART_Y  =  0.0
 CM_LOCATION_FROM_PART_Z  =  13.8888888889
 IXX                      =  1101.8600905078
 IYY                      =  1101.8600905078
 IZZ                      =  813.8962100926
 IXY                      =  0.0
 IZX                      =  0.0
 IYZ                      =  0.0
$------------------------------------------------------------------PART_ASSEMBLY
[PART_ASSEMBLY]
 USAGE                    =  'upper_control_arm'
 SYMMETRY                 =  'left/right'
 MODE                     =  'rigid'
$ Rigid body data:
 MASS                     =  4.639404499
 SPRUNG_PERCENTAGE        =  100.0
$ Part location is dependent.
$   X,Y,Z location = 5.68, -535.1633333333, 400.22
$ Part orientation is dependent.
$   ZP vector = 0.1576979122,  -0.9725896947,  0.1708819892
$   XP vector = -0.9862396539,  -0.1464261398,  0.0767510952
 CM_LOCATION_FROM_PART_X  =  -2.2372176837
 CM_LOCATION_FROM_PART_Y  =  2.3285724221E-17
 CM_LOCATION_FROM_PART_Z  =  25.010316486
 IXX                      =  24198.898999
 IYY                      =  31232.703251
 IZZ                      =  7386.3617899892
 IXY                      =  1.0505055558E-11
 IZX                      =  2611.8081055757
 IYZ                      =  2.3246441849E-11
$------------------------------------------------------------------LINK_GEOMETRY
[LINK_GEOMETRY]
 USAGE       =  'uca_front'
 PART        =  'upper_control_arm'
 SYMMETRY    =  'left/right'
 RADIUS      =  15.0
$------------------------------------------------------------------LINK_GEOMETRY
[LINK_GEOMETRY]
 USAGE       =  'uca_rear'
 PART        =  'upper_control_arm'
 SYMMETRY    =  'left/right'
 RADIUS      =  15.0
$------------------------------------------------------------------PART_ASSEMBLY
[PART_ASSEMBLY]
 USAGE                    =  'upper_strut'
 SYMMETRY                 =  'left/right'
 MODE                     =  'rigid'
$ Rigid body data:
 MASS                     =  5.0
 SPRUNG_PERCENTAGE        =  100.0
$ Part location is dependent.
$   X,Y,Z location = -3.42978, -530.5671, 303.68044
$ Part orientation is dependent.
$   ZP vector = 0.048591916,  0.298665588,  0.9531199779
$   XP vector = 0.9987029482,  0.0,  -0.0509158247
 CM_LOCATION_FROM_PART_X  =  0.0
 CM_LOCATION_FROM_PART_Y  =  0.0
 CM_LOCATION_FROM_PART_Z  =  0.0
 IXX                      =  1.0
 IYY                      =  1.0
 IZZ                      =  1.0
 IXY                      =  0.0
 IZX                      =  0.0
 IYZ                      =  0.0
$------------------------------------------------------------------PART_ASSEMBLY
[PART_ASSEMBLY]
 USAGE                    =  'upright'
 SYMMETRY                 =  'left/right'
 MODE                     =  'rigid'
$ Rigid body data:
 MASS                     =  3.6382197927
 SPRUNG_PERCENTAGE        =  100.0
$ Part location is dependent.
$   X,Y,Z location = 0.0, -835.0, 0.0
 PART_ORI_ZP1             =  0.0
 PART_ORI_ZP2             =  0.0
 PART_ORI_ZP3             =  1.0
 PART_ORI_XP1             =  1.0
 PART_ORI_XP2             =  0.0
 PART_ORI_XP3             =  0.0
 CM_LOCATION_FROM_PART_X  =  24.7110210574
 CM_LOCATION_FROM_PART_Y  =  50.4417588916
 CM_LOCATION_FROM_PART_Z  =  11.696029659
 IXX                      =  40802.739044
 IYY                      =  42306.34705
 IZZ                      =  8340.06541588
 IXY                      =  0.0
 IZX                      =  0.0
 IYZ                      =  0.0
$------------------------------------------------------------------LINK_GEOMETRY
[LINK_GEOMETRY]
 USAGE       =  'upright_lwr'
 PART        =  'upright'
 SYMMETRY    =  'left/right'
 RADIUS      =  15.0
$------------------------------------------------------------------LINK_GEOMETRY
[LINK_GEOMETRY]
 USAGE       =  'upright_steer_arm'
 PART        =  'upright'
 SYMMETRY    =  'left/right'
 RADIUS      =  15.0
$------------------------------------------------------------------LINK_GEOMETRY
[LINK_GEOMETRY]
 USAGE       =  'upright_upr'
 PART        =  'upright'
 SYMMETRY    =  'left/right'
 RADIUS      =  15.0
$--------------------------------------------------------------------SWITCH_PART
[SWITCH_PART]
 USAGE       =  'ARB_pickup'
 SYMMETRY    =  'left/right'
$ Switched Parts:
$   [1] = upright (general part)
$   [2] = lower_control_arm (general part)
 INDEX       =  1
$---------------------------------------------------------------BUSHING_ASSEMBLY
[BUSHING_ASSEMBLY]
 DEFINITION              =  '.ACAR.attachments.ac_bushing'
 USAGE                   =  'hub_compliance'
 SYMMETRY                =  'left/right'
$ Bushing orientation is dependent.
$   ZP vector = -0.0008726313,  -0.9999615423,  0.0087265355
$   XP vector = 0.9999996192,  -0.0008726645,  0.0
 T_PRELOAD_X             =  0.0
 T_PRELOAD_Y             =  0.0
 T_PRELOAD_Z             =  0.0
 R_PRELOAD_X             =  0.0
 R_PRELOAD_Y             =  0.0
 R_PRELOAD_Z             =  0.0
 T_OFFSET_X              =  0.0
 T_OFFSET_Y              =  0.0
 T_OFFSET_Z              =  0.0
 R_OFFSET_X              =  0.0
 R_OFFSET_Y              =  0.0
 R_OFFSET_Z              =  0.0
 FX_SCALING_FACTOR       =  0.0
 FY_SCALING_FACTOR       =  0.0
 FZ_SCALING_FACTOR       =  0.0
 TX_SCALING_FACTOR       =  1.0
 TY_SCALING_FACTOR       =  1.0
 TZ_SCALING_FACTOR       =  0.0
 TX_DAMPING_FORCE_SCALE  =  1.0
 TY_DAMPING_FORCE_SCALE  =  1.0
 TZ_DAMPING_FORCE_SCALE  =  1.0
 RX_DAMPING_FORCE_SCALE  =  1.0
 RY_DAMPING_FORCE_SCALE  =  1.0
 RZ_DAMPING_FORCE_SCALE  =  1.0
 PROPERTY_FILE           =  '<model_adams>/bushings.tbl/MDI_hub_compliance.bus'
$---------------------------------------------------------------BUSHING_ASSEMBLY
[BUSHING_ASSEMBLY]
 DEFINITION              =  '.ACAR.attachments.ac_bushing'
 USAGE                   =  'subframe_front'
 SYMMETRY                =  'left/right'
 ORIENTATION_ZP1         =  0.0
 ORIENTATION_ZP2         =  0.0
 ORIENTATION_ZP3         =  1.0
 ORIENTATION_XP1         =  1.0
 ORIENTATION_XP2         =  0.0
 ORIENTATION_XP3         =  0.0
 T_PRELOAD_X             =  0.0
 T_PRELOAD_Y             =  0.0
 T_PRELOAD_Z             =  0.0
 R_PRELOAD_X             =  0.0
 R_PRELOAD_Y             =  0.0
 R_PRELOAD_Z             =  0.0
 T_OFFSET_X              =  0.0
 T_OFFSET_Y              =  0.0
 T_OFFSET_Z              =  0.0
 R_OFFSET_X              =  0.0
 R_OFFSET_Y              =  0.0
 R_OFFSET_Z              =  0.0
 FX_SCALING_FACTOR       =  1.0
 FY_SCALING_FACTOR       =  1.0
 FZ_SCALING_FACTOR       =  1.0
 TX_SCALING_FACTOR       =  1.0
 TY_SCALING_FACTOR       =  1.0
 TZ_SCALING_FACTOR       =  1.0
 TX_DAMPING_FORCE_SCALE  =  1.0
 TY_DAMPING_FORCE_SCALE  =  1.0
 TZ_DAMPING_FORCE_SCALE  =  1.0
 RX_DAMPING_FORCE_SCALE  =  1.0
 RY_DAMPING_FORCE_SCALE  =  1.0
 RZ_DAMPING_FORCE_SCALE  =  1.0
 PROPERTY_FILE           =  '<model_adams>/bushings.tbl/mdi_0004.bus'
$---------------------------------------------------------------BUSHING_ASSEMBLY
[BUSHING_ASSEMBLY]
 DEFINITION              =  '.ACAR.attachments.ac_bushing'
 USAGE                   =  'subframe_rear'
 SYMMETRY                =  'left/right'
 ORIENTATION_ZP1         =  0.0
 ORIENTATION_ZP2         =  0.0
 ORIENTATION_ZP3         =  1.0
 ORIENTATION_XP1         =  1.0
 ORIENTATION_XP2         =  0.0
 ORIENTATION_XP3         =  0.0
 T_PRELOAD_X             =  0.0
 T_PRELOAD_Y             =  0.0
 T_PRELOAD_Z             =  0.0
 R_PRELOAD_X             =  0.0
 R_PRELOAD_Y             =  0.0
 R_PRELOAD_Z             =  0.0
 T_OFFSET_X              =  0.0
 T_OFFSET_Y              =  0.0
 T_OFFSET_Z              =  0.0
 R_OFFSET_X              =  0.0
 R_OFFSET_Y              =  0.0
 R_OFFSET_Z              =  0.0
 FX_SCALING_FACTOR       =  1.0
 FY_SCALING_FACTOR       =  1.0
 FZ_SCALING_FACTOR       =  1.0
 TX_SCALING_FACTOR       =  1.0
 TY_SCALING_FACTOR       =  1.0
 TZ_SCALING_FACTOR       =  1.0
 TX_DAMPING_FORCE_SCALE  =  1.0
 TY_DAMPING_FORCE_SCALE  =  1.0
 TZ_DAMPING_FORCE_SCALE  =  1.0
 RX_DAMPING_FORCE_SCALE  =  1.0
 RY_DAMPING_FORCE_SCALE  =  1.0
 RZ_DAMPING_FORCE_SCALE  =  1.0
 PROPERTY_FILE           =  '<model_adams>/bushings.tbl/mdi_0004.bus'
$---------------------------------------------------------------BUSHING_ASSEMBLY
[BUSHING_ASSEMBLY]
 DEFINITION              =  '.ACAR.attachments.ac_bushing'
 USAGE                   =  'lca_front'
 SYMMETRY                =  'left/right'
$ Bushing orientation is dependent.
$   ZP vector = 0.9988629958,  0.0,  0.0476730066
$   XP vector = 0.0476730066,  0.0,  -0.9988629958
 T_PRELOAD_X             =  0.0
 T_PRELOAD_Y             =  0.0
 T_PRELOAD_Z             =  0.0
 R_PRELOAD_X             =  0.0
 R_PRELOAD_Y             =  0.0
 R_PRELOAD_Z             =  0.0
 T_OFFSET_X              =  0.0
 T_OFFSET_Y              =  0.0
 T_OFFSET_Z              =  0.0
 R_OFFSET_X              =  0.0
 R_OFFSET_Y              =  0.0
 R_OFFSET_Z              =  0.0
 FX_SCALING_FACTOR       =  1.0
 FY_SCALING_FACTOR       =  1.0
 FZ_SCALING_FACTOR       =  1.0
 TX_SCALING_FACTOR       =  1.0
 TY_SCALING_FACTOR       =  1.0
 TZ_SCALING_FACTOR       =  1.0
 TX_DAMPING_FORCE_SCALE  =  1.0
 TY_DAMPING_FORCE_SCALE  =  1.0
 TZ_DAMPING_FORCE_SCALE  =  1.0
 RX_DAMPING_FORCE_SCALE  =  1.0
 RY_DAMPING_FORCE_SCALE  =  1.0
 RZ_DAMPING_FORCE_SCALE  =  1.0
 PROPERTY_FILE           =  '<model_adams>/bushings.tbl/mdi_0001.bus'
$---------------------------------------------------------------BUSHING_ASSEMBLY
[BUSHING_ASSEMBLY]
 DEFINITION              =  '.ACAR.attachments.ac_bushing'
 USAGE                   =  'lca_rear'
 SYMMETRY                =  'left/right'
$ Bushing orientation is dependent.
$   ZP vector = 0.9988629958,  0.0,  0.0476730066
$   XP vector = 0.0476730066,  0.0,  -0.9988629958
 T_PRELOAD_X             =  0.0
 T_PRELOAD_Y             =  0.0
 T_PRELOAD_Z             =  0.0
 R_PRELOAD_X             =  0.0
 R_PRELOAD_Y             =  0.0
 R_PRELOAD_Z             =  0.0
 T_OFFSET_X              =  0.0
 T_OFFSET_Y              =  0.0
 T_OFFSET_Z              =  0.0
 R_OFFSET_X              =  0.0
 R_OFFSET_Y              =  0.0
 R_OFFSET_Z              =  0.0
 FX_SCALING_FACTOR       =  1.0
 FY_SCALING_FACTOR       =  1.0
 FZ_SCALING_FACTOR       =  1.0
 TX_SCALING_FACTOR       =  1.0
 TY_SCALING_FACTOR       =  1.0
 TZ_SCALING_FACTOR       =  1.0
 TX_DAMPING_FORCE_SCALE  =  1.0
 TY_DAMPING_FORCE_SCALE  =  1.0
 TZ_DAMPING_FORCE_SCALE  =  1.0
 RX_DAMPING_FORCE_SCALE  =  1.0
 RY_DAMPING_FORCE_SCALE  =  1.0
 RZ_DAMPING_FORCE_SCALE  =  1.0
 PROPERTY_FILE           =  '<model_adams>/bushings.tbl/mdi_0001.bus'
$---------------------------------------------------------------BUSHING_ASSEMBLY
[BUSHING_ASSEMBLY]
 DEFINITION              =  '.ACAR.attachments.ac_bushing'
 USAGE                   =  'lwr_strut'
 SYMMETRY                =  'left/right'
$ Bushing orientation is dependent.
$   ZP vector = 0.9988629958,  0.0,  0.0476730066
$   XP vector = 0.0476730066,  0.0,  -0.9988629958
 T_PRELOAD_X             =  0.0
 T_PRELOAD_Y             =  0.0
 T_PRELOAD_Z             =  0.0
 R_PRELOAD_X             =  0.0
 R_PRELOAD_Y             =  0.0
 R_PRELOAD_Z             =  0.0
 T_OFFSET_X              =  0.0
 T_OFFSET_Y              =  0.0
 T_OFFSET_Z              =  0.0
 R_OFFSET_X              =  0.0
 R_OFFSET_Y              =  0.0
 R_OFFSET_Z              =  0.0
 FX_SCALING_FACTOR       =  1.0
 FY_SCALING_FACTOR       =  1.0
 FZ_SCALING_FACTOR       =  1.0
 TX_SCALING_FACTOR       =  1.0
 TY_SCALING_FACTOR       =  1.0
 TZ_SCALING_FACTOR       =  1.0
 TX_DAMPING_FORCE_SCALE  =  1.0
 TY_DAMPING_FORCE_SCALE  =  1.0
 TZ_DAMPING_FORCE_SCALE  =  1.0
 RX_DAMPING_FORCE_SCALE  =  1.0
 RY_DAMPING_FORCE_SCALE  =  1.0
 RZ_DAMPING_FORCE_SCALE  =  1.0
 PROPERTY_FILE           =  '<model_adams>/bushings.tbl/mdi_0004.bus'
$---------------------------------------------------------------BUSHING_ASSEMBLY
[BUSHING_ASSEMBLY]
 DEFINITION              =  '.ACAR.attachments.ac_bushing'
 USAGE                   =  'top_mount'
 SYMMETRY                =  'left/right'
 ORIENTATION_ZP1         =  0.0
 ORIENTATION_ZP2         =  0.0
 ORIENTATION_ZP3         =  1.0
 ORIENTATION_XP1         =  1.0
 ORIENTATION_XP2         =  0.0
 ORIENTATION_XP3         =  0.0
 T_PRELOAD_X             =  0.0
 T_PRELOAD_Y             =  0.0
 T_PRELOAD_Z             =  0.0
 R_PRELOAD_X             =  0.0
 R_PRELOAD_Y             =  0.0
 R_PRELOAD_Z             =  0.0
 T_OFFSET_X              =  0.0
 T_OFFSET_Y              =  0.0
 T_OFFSET_Z              =  0.0
 R_OFFSET_X              =  0.0
 R_OFFSET_Y              =  0.0
 R_OFFSET_Z              =  0.0
 FX_SCALING_FACTOR       =  1.0
 FY_SCALING_FACTOR       =  1.0
 FZ_SCALING_FACTOR       =  1.0
 TX_SCALING_FACTOR       =  1.0
 TY_SCALING_FACTOR       =  1.0
 TZ_SCALING_FACTOR       =  1.0
 TX_DAMPING_FORCE_SCALE  =  1.0
 TY_DAMPING_FORCE_SCALE  =  1.0
 TZ_DAMPING_FORCE_SCALE  =  1.0
 RX_DAMPING_FORCE_SCALE  =  1.0
 RY_DAMPING_FORCE_SCALE  =  1.0
 RZ_DAMPING_FORCE_SCALE  =  1.0
 PROPERTY_FILE           =  '<model_adams>/bushings.tbl/mdi_0004.bus'
$---------------------------------------------------------------BUSHING_ASSEMBLY
[BUSHING_ASSEMBLY]
 DEFINITION              =  '.ACAR.attachments.ac_bushing'
 USAGE                   =  'uca_front'
 SYMMETRY                =  'left/right'
$ Bushing orientation is dependent.
$   ZP vector = 0.9987262994,  0.0,  -0.050455712
$   XP vector = -0.050455712,  0.0,  -0.9987262994
 T_PRELOAD_X             =  0.0
 T_PRELOAD_Y             =  0.0
 T_PRELOAD_Z             =  0.0
 R_PRELOAD_X             =  0.0
 R_PRELOAD_Y             =  0.0
 R_PRELOAD_Z             =  0.0
 T_OFFSET_X              =  0.0
 T_OFFSET_Y              =  0.0
 T_OFFSET_Z              =  0.0
 R_OFFSET_X              =  0.0
 R_OFFSET_Y              =  0.0
 R_OFFSET_Z              =  0.0
 FX_SCALING_FACTOR       =  1.0
 FY_SCALING_FACTOR       =  1.0
 FZ_SCALING_FACTOR       =  1.0
 TX_SCALING_FACTOR       =  1.0
 TY_SCALING_FACTOR       =  1.0
 TZ_SCALING_FACTOR       =  1.0
 TX_DAMPING_FORCE_SCALE  =  1.0
 TY_DAMPING_FORCE_SCALE  =  1.0
 TZ_DAMPING_FORCE_SCALE  =  1.0
 RX_DAMPING_FORCE_SCALE  =  1.0
 RY_DAMPING_FORCE_SCALE  =  1.0
 RZ_DAMPING_FORCE_SCALE  =  1.0
 PROPERTY_FILE           =  '<model_adams>/bushings.tbl/mdi_0004.bus'
$---------------------------------------------------------------BUSHING_ASSEMBLY
[BUSHING_ASSEMBLY]
 DEFINITION              =  '.ACAR.attachments.ac_bushing'
 USAGE                   =  'uca_rear'
 SYMMETRY                =  'left/right'
$ Bushing orientation is dependent.
$   ZP vector = -0.9987262994,  0.0,  0.050455712
$   XP vector = 0.050455712,  0.0,  0.9987262994
 T_PRELOAD_X             =  0.0
 T_PRELOAD_Y             =  0.0
 T_PRELOAD_Z             =  0.0
 R_PRELOAD_X             =  0.0
 R_PRELOAD_Y             =  0.0
 R_PRELOAD_Z             =  0.0
 T_OFFSET_X              =  0.0
 T_OFFSET_Y              =  0.0
 T_OFFSET_Z              =  0.0
 R_OFFSET_X              =  0.0
 R_OFFSET_Y              =  0.0
 R_OFFSET_Z              =  0.0
 FX_SCALING_FACTOR       =  1.0
 FY_SCALING_FACTOR       =  1.0
 FZ_SCALING_FACTOR       =  1.0
 TX_SCALING_FACTOR       =  1.0
 TY_SCALING_FACTOR       =  1.0
 TZ_SCALING_FACTOR       =  1.0
 TX_DAMPING_FORCE_SCALE  =  1.0
 TY_DAMPING_FORCE_SCALE  =  1.0
 TZ_DAMPING_FORCE_SCALE  =  1.0
 RX_DAMPING_FORCE_SCALE  =  1.0
 RY_DAMPING_FORCE_SCALE  =  1.0
 RZ_DAMPING_FORCE_SCALE  =  1.0
 PROPERTY_FILE           =  '<model_adams>/bushings.tbl/mdi_0004.bus'
$---------------------------------------------------------------NSPRING_ASSEMBLY
[NSPRING_ASSEMBLY]
 DEFINITION     =  '.ACAR.forces.ac_spring'
 USAGE          =  'ride_spring'
 SYMMETRY       =  'left/right'
 PROPERTY_FILE  =  '<model_adams>/springs.tbl/mdi_0001.spr'
 VALUE_TYPE     =  'installed_length'
 USER_VALUE     =  145.75
$----------------------------------------------------------------DAMPER_ASSEMBLY
[DAMPER_ASSEMBLY]
 DEFINITION     =  '.ACAR.forces.ac_damper'
 USAGE          =  'ride_damper'
 SYMMETRY       =  'left/right'
 PROPERTY_FILE  =  '<model_adams>/dampers.tbl/mdi_shk_0001.dpr'
$--------------------------------------------------------------BUMPSTOP_ASSEMBLY
[BUMPSTOP_ASSEMBLY]
 DEFINITION     =  '.ACAR.forces.ac_bumpstop'
 USAGE          =  'jounce_stop'
 SYMMETRY       =  'left/right'
 PROPERTY_FILE  =  '<model_adams>/bumpstops.tbl/mdi_0001.bum'
 DISTANCE_TYPE  =  'clearance'
 USER_DISTANCE  =  17.5
$---------------------------------------------------------------ADJUSTABLE_FORCE
[ADJUSTABLE_FORCE]
 DEFINITION     =  '.ACAR.forces.ac_aforce'
 USAGE          =  'camber_adjuster'
 SYMMETRY       =  'left/right'
 PATTERN        =  0,1,1
 DESIRED_VALUE  =  0.0
 STIFFNESS      =  1.00E+06
 DAMPING        =  20000.0
 LOCK           =  1
 MOTION_DELTA   =  0.0
$---------------------------------------------------------------ADJUSTABLE_FORCE
[ADJUSTABLE_FORCE]
 DEFINITION     =  '.ACAR.forces.ac_aforce'
 USAGE          =  'toe_adjuster'
 SYMMETRY       =  'left/right'
 PATTERN        =  1,0,1
 DESIRED_VALUE  =  -0.5
 STIFFNESS      =  1.00E+06
 DAMPING        =  20000.0
 LOCK           =  1
 MOTION_DELTA   =  0.0
$----------------------------------------------------------------------PARAMETER
[PARAMETER]
{parameter_name                  symmetry       type       value}
 'driveline_active            '  'single    '   'integer'  1
 'kinematic_flag              '  'single    '   'integer'  1
 'hub_compliance_active       '  'single    '   'integer'  0
 'hub_compliance_offset       '  'single    '   'real'     0.0
 'subframe_active             '  'single    '   'integer'  1
 'camber_angle                '  'left/right'   'real'     -0.5
 'drive_shaft_offset          '  'left/right'   'real'     75.0
 'toe_angle                   '  'left/right'   'real'     0.05
