!   TITLE:  elev_reslvr_hous.parm (AAAV)
!
!---------------------------------------------------------------------------
!       Rev -   08/07/2000      J. Rinaldi
!       Rev A   06/07/2002      D. Edwards
!---------------------------------------------------------------------------
!
!   This is the parameter file used by the elevation resolver housing model
!   macro 'elev_reslvr_hous.mac'.
!
!---------------------- a.) Title and Units Declaration --------------------
!
/title,Elevation Resolver Housing / C314002582
!
/units,bin                      ! British/inch units
!
!--------------------- b.) Part Name Selection Variable --------------------
!
name='el_res_h'
arry_nam='elrh'
!
!--------------------------- c.) Model C.S. Names --------------------------
!
ct_name='CSerh0'            ! cartesian
cyl_name='CSerh1'           ! cylindrical
sph_name='CSerh2'           ! spherical
!
!----------------------- d.) Material and Element Type ---------------------
!
mat_select,'c416'                           ! Material Properties
!
!
et,1,shell93                                ! element types
et,2,solid95
!
!--------------------------- e.) Model Parameters --------------------------
!
r1=0.3525/2
r2=0.6018/2
r3=0.544/2
r4=0.750/2
r5=1.447/2
!
r6=2.167/2
r7=2.2105/2
r8=2.5495/2
!
parm_val,'gimbal','D9','r9',2.5625
r9=r9/2
r10=3.187/2
!
r11=2.500/2
!r12: see below
r13=2.400/2
!
l1=1.250-1.187
l2=0.325
l3=0.363
l4=0.751
l5=1.0295
!
l6=0.884
l7=0.531
l8=0.262
l9=0.125
l10=0.085
!
l11=1.250
l12=0.312
chmf1=0.078
!
phi1=22

r12=r11-(l11-l1-l12-l10-.605)/tan(phi1*rconv)

!parm_val,'gimbal','l1','gL1',0.425
!parm_val,'gimbal','l10','gL10',1.658
!parm_val,'gimbal','l12','gL12',3.079
!parm_val,'gimbal','l14','gL14',3.339
!parm_val,'gimbal','l85','l85',5.855

!
!------------------------ f.) Model C.S. Coordinates -----------------------
!
acs=CSelvax0            ! active coordinate system
!
! xc=l85-(l1+l12)       ! x coordinate center (alum gimbal)
! yc=gL10-gL14          ! y coordinate center (alum gimbal)
! zc=-(gL1+gL12)        ! z coordinate center (alum gimbal)
xc=0
yc=0
zc=-(l12+l1+.05)        ! The .050 should go away when the mach model is done
!
rotxyc=-45              ! xy rotation
rotyzc=0 !45            ! yz rotation
rotzxc=0 !90            ! zx rotation
!
!---------------------------------------------------------------------------