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Reduced Input

*Node and *Element Cards are removed
  *KEYWORD
  $
  $ the template can be divided into sections below
  $ #control  #database #mesh #part    #material #set
  $ #boundary #initial  #wall #contact #load     #define
  $ #translation
  $
  *TITLE
  The 275 deck run with keywords
  $
  $     control section
  $
  $*CONTROL_STRUCTURED_TERM
  *CONTROL_TIMESTEP
  $        f         f         i         f         f         i         i         i
            0.8000E+00
  $   dtinit      scft      isdo    tslimt      dtms      lctm     erode     ms1st
  *CONTROL_TERMINATION
  $        f         i         f         f         f
   3.640E+00
  $   endtim    endcyc     dtmin    endneg    endmas
  $*CONTROL_CPU
  $        f
  $   cputim
  $*CONTROL_PARALLEL
  $        i         i
  $     ncpu    numrhs
  $*CONTROL_SUBCYCLE
  $ noinput
  *CONTROL_HOURGLASS
  $        i         f
  $      ihq        qh
           4        0.
  $*CONTROL_BULK_VISCOSITY
  $        f         f
  $       q2        q1
  *CONTROL_SHELL
  $        f         i         i         i         i         i         i
  45.0000000         1         0         1         0         0         0
  $   wrpang    itrist     irnxx    istupd    theory       bwc     miter
  *CONTROL_CONTACT
  $        f         f         i         i         i         i         i
   0.100E+00 0.000E+00         2         1         1         2         0
  $   slsfac    rwpnal    islchk    shlthk    penopt    thkchg     orien
  $        i         i         i         i         f
           0         0         0         0   4.0E+00
  $   usrstr    usrfac     nsbcs    interm    xpenen
  $*CONTROL_COUPLING
  $        f         f         f         f         i         i         i         i
  $   unleng    untime    unforc    timidl     flipx     flipy     flipz    subcyl
  $*CONTROL_ENERGY
  $        i         i         i         i
  $     hgen      rwen    slnten     rylen
  $*CONTROL_DAMPING
  $        i         f         f         f         f         i         f         i
  $   nrcyck     drtol    drfctr    drterm    tssfdr    irelal     edttl    idrflg
  *CONTROL_OUTPUT
  $        i         i         i         i         f         i         i
           0         0         0         1 0.000E+00         0         0
  $    npopt    neecho    nrefup    iaccop     opifs    ipnint    ikedit
  $*CONTROL_REFINEMENT
  $ noinput
  $
  $     database section
  $
  $*DATABASE_HISTORY_NODE
  $        i         i         i         i         i         i         i         i
  $        1         2         3         4         5         6         7         8
  $        9        10        11        12        13        22        24        33
  $       36        44        45        55        61        66        72        77
  $       84        88        96        99       108       110       121
  $      id1       id2       id3       id4       id5       id6       id7       id8
  $*DATABASE_NODOUT
  $3.640E-02
  $*DATABASE_HISTORY_NODE_SET
  $        i         i
  $     nsid       cid
  $*DATABASE_HISTORY_SOLID
  $        i         i         i         i         i         i         i         i
  $      id1       id2       id3       id4       id5       id6       id7       id8
  $*DATABASE_HISTORY_SOLID_SET
  $        i         i
  $     nsid       cid
  $*DATABASE_HISTORY_BEAM
  $        i         i         i         i         i         i         i         i
  $      id1       id2       id3       id4       id5       id6       id7       id8
  $*DATABASE_HISTORY_BEAM_SET
  $        i         i
  $     nsid       cid
  $*DATABASE_ELOUT  
  $3.640E-02
  $*DATABASE_HISTORY_SHELL
  $        i         i         i         i         i         i         i         i
  $        1         2         3         4         5         6         7         8
  $        9        10        11        21        31        41        51        61
  $       71        81        91        12        23        34        45        56
  $       67        78        89       100        
  $      id1       id2       id3       id4       id5       id6       id7       id8
  $*DATABASE_HISTORY_SHELL_SET
  $        i         i
  $     nsid       cid
  $*DATABASE_HISTORY_TSHELL
  $        i         i         i         i         i         i         i         i
  $      id1       id2       id3       id4       id5       id6       id7       id8
  $*DATABASE_HISTORY_TSHELL_SET
  $        i         i
  $     nsid       cid
  $*DATABASE_EXTENT_AVS
  $*DATABASE_EXTENT_MOVIE
  $        0         1
  $        3         7
  $        3        14
  $        3        21
  $        3        30
  $        3        46
  $        3        47
  $        3        48
  $*DATABASE_EXTENT_MPGS
  *DATABASE_EXTENT_BINARY
  $        i         i         i         i         i         i         i         i
           0         0         7         1         1         1         1         1
  $    neiph     neips    maxint    strflg    sigflg    epsflg    rltflg    engflg
  $        i         i         i
           0         1         0
  $   cmpflg    ieverp    beamip
  *DATABASE_BINARY_D3PLOT
  $        f         i
   1.000E-01         0
  $  dt/cycl      lcdt
  $*DATABASE_BINARY_D3THDT
  $        f         i
  $  dt/cycl      lcdt
  $*DATABASE_BINARY_D3DRFL
  $        f         i
  $  dt/cycl      lcdt
  *DATABASE_BINARY_D3DUMP
  $        f         i
   5.000E+04         0
  $  dt/cycl      lcdt
  *DATABASE_BINARY_RUNRSF
  $        f         i
   5.000E+04         0
  $  dt/cycl      lcdt
  *DATABASE_BINARY_INTFOR
  $        f         i
   3.640E-02         0
  $  dt/cycl      lcdt
  $*DATABASE_BINARY_XTFILE
  $        f         i
  $  dt/cycl      lcdt
  $*DATABASE_NODAL_FORCE_GROUP
  $*DATABASE_CROSS_SECTION_PLANE
  $        i         f         f         f         f         f         f
  $     psid       xct       yct       zct       xch       ych       zch
  $        f         f         f         f         f
  $     xhev      yhev      zhev      lenl      lenm
  $*DATABASE_CROSS_SECTION_SET
  $        i         i         i         i         i         i
  $     nsid      hsid      bsid      ssid      tsid      dsid
  $*DATABASE_SECFORC
  $        f         i
  $  dt/cycl      lcdt
  $*DATABASE_RWFORC
  $        f         i
  $  dt/cycl      lcdt
  *DATABASE_NODOUT
  $        f         i
   3.640E-03         0
  $  dt/cycl      lcdt
  *DATABASE_ELOUT
  $        f         i
   3.640E-03         0
  $  dt/cycl      lcdt
  *DATABASE_GLSTAT
  $        f         i
   3.640E-03         0
  $  dt/cycl      lcdt
  $*DATABASE_DEFORC
  $        f         i
  $  dt/cycl      lcdt
  *DATABASE_MATSUM
  $        f         i
   3.640E-03         0
  $  dt/cycl      lcdt
  *DATABASE_NCFORC
  $        f         i
   3.640E-01         0
  $  dt/cycl      lcdt
  *DATABASE_RCFORC
  $        f         i
   3.640E-03         0
  $  dt/cycl      lcdt
  $*DATABASE_DEFGEO
  $        f         i
  $  dt/cycl      lcdt
  *DATABASE_SPCFORC
  $        f         i
   3.640E-03         0
  $  dt/cycl      lcdt
  $*DATABASE_SWFORC
  $        f         i
  $  dt/cycl      lcdt
  $*DATABASE_ABSTAT
  $        f         i
  $  dt/cycl      lcdt
  $*DATABASE_AVSFLT
  $        f         i
  $  dt/cycl      lcdt
  $*DATABASE_NODFOR
  $        f         i
  $  dt/cycl      lcdt
  *DATABASE_BNDOUT
  $        f         i
   3.640E-03         0
  $  dt/cycl      lcdt
  *DATABASE_RBDOUT
  $        f         i
   3.640E-03         0
  $  dt/cycl      lcdt
  $*DATABASE_GCEOUT
  $        f         i
  $  dt/cycl      lcdt
  $*DATABASE_MGPS
  $        f         i
  $  dt/cycl      lcdt
  $*DATABASE_MOVIE
  $        f         i
  $3.640E-02         0
  $  dt/cycl      lcdt
  *DATABASE_SLEOUT
  $        f         i
   3.640E-03         0
  $  dt/cycl      lcdt
  $*DATABASE_SBTOUT
  $        f         i
  $  dt/cycl      lcdt
  $*DATABASE_JNTFORC
  $        f         i
  $  dt/cycl      lcdt
  $*DATABASE_SUPERPLASTIC_FORMING
  $        f         i
  $  dt/cycl      lcdt
  $
  $     mesh section
  $
  *NODE
  $     i8               f               f               f       i       i
  $   node               x               y               z      tc      rc
  $*ELEMENT_SOLID
  $      i       i       i       i       i       i       i       i       i       i
  $    eid     pid      n1      n2      n3      n4      n5      n6      n7      n8
  $*ELEMENT_SOLID_ORTHO
  $      i       i       i       i       i       i       i       i       i       i
  $    eid     pid      n1      n2      n3      n4      n5      n6      n7      n8
  $        f         f         f
  $       a1        a2        a3
  $        f         f         f
  $       d1        d2        d3
  $*ELEMENT_BEAM
  $        i         i         i         i         i
  $      eid       pid        n1        n2        n3
  $*ELEMENT_BEAM_THICKNESS
  $        i         i         i         i         i
  $      eid       pid        n1        n2        n3
  $        f         f         f         f         f
  $   thic1s    thic2s    thic1t   thick2t        sa
  *ELEMENT_SHELL
  $      i       i       i       i       i       i
  $    eid     pid      n1      n2      n3      n4
  $*ELEMENT_SHELL_THICKNESS_BETA
  $*ELEMENT_SHELL_THICKNESS
  $        i         i         i         i         i         i
  $      eid       pid        n1        n2        n3        n4
  $        f         f         f         f
  $    thic1     thic2     thic3    thick4
  $*ELEMENT_SHELL_BETA
  $        i         i         i         i         i         i
  $      eid       pid        n1        n2        n3        n4
  $        f         f         f         f         f
  $    thic1     thic2     thic3    thick4       beta
  $*ELEMENT_TSHELL
  $        i         i         i         i         i         i         i         i         i         i
  $      eid       pid        n1        n2        n3        n4        n5        n6        n7        n8
  $*ELEMENT_DISCRETE
  $        i         i         i         i         i         f         i         f
  $      eid       pid        n1        n2       vid         s        pf    offset
  $*ELEMENT_MASS
  $        i         i         f
  $      eid       nid      mass
  $*ELEMENT_SEATBELT
  $        i         i         i         i         i         f
  $      eid       pid        n1        n2     sbrid      slen
  $*ELEMENT_SEATBELT_SLIPRING
  $        i         i         i         f         i
  $   sbsrid     sbid1     sbid2        fc    sbrnid
  $*ELEMENT_SEATBELT_RETRACTOR
  $        i         i         i         i         i         i         i
  $    sbrid     srnid      sbid     sbid1     sbid2     sbid3     sbid4
  $        f         f         i         i         f
  $     tdel      pull     llcid     ulcid      lfed
  $*ELEMENT_SEATBELT_SENSOR
  $        i         i         i
  $    sbsid    sbstyp     sbsfl
  $        i         i         f         f
  $      nid       dof       acc     atime
  $*ELEMENT_SEATBELT_PRETENSIONER
  $        i         i         i         i         i         i
  $   sbprid    sbprty    sbsid1    sbsid2    sbsid3    sbsid4
  $        i         f         i
  $    sbrid      time    ptlcid
  $*ELEMENT_SEATBELT_ACCELEROMETER
  $        i         i         i         i
  $   sbacid      nid1      nid2      nid3
  $
  $     part section
  $
  *PART
  $   c
  blank
  $ head
           1         1         1         0         0         0          
  $        i         i         i         i         i         i
  $      pid       sid       mid     eosid      hgid    adpopt
  *PART
  $   c
  die  
  $ head
           2         2         2         0         0         0
  $        i         i         i         i         i         i
  $      pid       sid       mid     eosid      hgid    adpopt
  *PART
  $   c
  punch
  $ head
           3         3         3         0         0         0
  $        i         i         i         i         i         i
  $      pid       sid       mid     eosid      hgid    adpopt
  *PART
  $   c
  backup
  $ head
           4         4         4         0         0         0
  $        i         i         i         i         i         i
  $      pid       sid       mid     eosid      hgid    adpopt
  *PART
  $   c
  holder
  $ head
           5         5         5         0         0         0
  $        i         i         i         i         i         i
  $      pid       sid       mid     eosid      hgid    adpopt
  $*PART_INERTIA
  $        i         i         i         i         i         i
  $      pid       sid       mid     eosid      hgid    adpopt
  $        f         f         f         f         i
  $       xc        yc        zc        tm      ircs
  $        i         i         i         i         i         i
  $      ixx       ixy       ixz       iyy       iyz       izz
  $        f         f         f         f         f         f
  $      vtx       vty       vtz       vrx       vry       vrz
  $ ircs=1 f         f         f         f         f         f
  $       xl        yl        zl      xlip      ylip      zlip
  $*PART_REPOSITION
  $        i         i         i         i         i         i
  $      pid       sid       mid     eosid      hgid    adpopt
  $        f         f         f         f         i
  $       xc        yc        zc        tm      ircs
  $        i         i         i         i         i         i
  $      ixx       ixy       ixz       iyy       iyz       izz
  $        f         f         f         f         f         f
  $      vtx       vty       vtz       vrx       vry       vrz
  $ ircs=1 f         f         f         f         f         f
  $       xl        yl        zl      xlip      ylip      zlip
  $        i         i
  $     cmsn      mdep
  $*SECTION_BEAM
  $        i         i         f         f         f
  $      sid    elform      shrf   qr/irid       cst
  $        f         f         f         f         f         f
  $ int: ts1       ts2       tt1       tt2     nsloc     ntloc
  $        f         f         f         f         f
  $ res:   a       iss       itt       irr        sa
  $        f         f         f         f         f
  $ disc:vol      iner       cid        ca    offset
  $*SECTION_DISCRETE
  $        i         i         f         f         f         f
  $      sid       dro        kd        v0        cl        fd
  $        i         i
  $      cdl       tdl
  $*SECTION_SEATBELT
  $        i
  $      sid
  *SECTION_SHELL
  $        i         i         f         f         f         f         i
           1         2 0.000E+00 7.000E+00 1.000E+00-1.000E+00
  $      sid    elform      shrf       nip     propt   qr/irid     icomp
  $        f         f         f         f         f
   1.600E+00 1.600E+00 1.600E+00 1.600E+00 0.000E+00
  $       t1        t2        t3        t4      nloc
  *SECTION_SHELL
  $        i         i         f         f         f         f         i
           2         2 0.000E+00 0.000E+00 1.000E+00 0.000E+00
  $      sid    elform      shrf       nip     propt   qr/irid     icomp
  $        f         f         f         f         f
   1.000E+00 1.000E+00 1.000E+00 1.000E+00 0.000E+00
  $       t1        t2        t3        t4      nloc
  *SECTION_SHELL
  $        i         i         f         f         f         f         i
           3         2 0.000E+00 0.000E+00 1.000E+00 0.000E+00
  $      sid    elform      shrf       nip     propt   qr/irid     icomp
  $        f         f         f         f         f
   1.000E+00 1.000E+00 1.000E+00 1.000E+00 0.000E+00
  $       t1        t2        t3        t4      nloc
  *SECTION_SHELL
  $        i         i         f         f         f         f         i
           4         2 0.000E+00 0.000E+00 1.000E+00 0.000E+00
  $      sid    elform      shrf       nip     propt   qr/irid     icomp
  $        f         f         f         f         f
   1.000E+00 1.000E+00 1.000E+00 1.000E+00 0.000E+00
  $       t1        t2        t3        t4      nloc
  *SECTION_SHELL
  $        i         i         f         f         f         f         i
           5         2 0.000E+00 0.000E+00 1.000E+00 0.000E+00
  $      sid    elform      shrf       nip     propt   qr/irid     icomp
  $        f         f         f         f         f
   1.000E+00 1.000E+00 1.000E+00 1.000E+00 0.000E+00
  $       t1        t2        t3        t4      nloc
  $*SECTION_SOLID
  $        i         i
  $      sid    elform
  $*SECTION_SOLID_ALE
  $        i         i
  $      sid    elform
  $        f         f         f         f         f         f         f
  $     afac      bfac      cfad      dfac     start       end     aafac
  $*SECTION_TSHELL
  $        i         i         f         f         f         f         i
  $      sid    elform      shrf       nip     propt   qr/irid     icomp
  $        f         f         f         f         f         f         f         f
  $       b1        b2        b3        b4        b5        b6        b7        b8
  $
  $     material section
  $
  $*MAT_option
  $*MAT_PLASTIC_KINEMATIC
  $        f         f         f         f         f         f         f
  $      mid        ro         e        pr      sigy      etan      beta
  $        f         f         f
  $      src       srp        fs
  *MAT_PIECEWISE_LINEAR_PLASTICITY
  $        i         f         f         f         f         f         f         f
           1 2.700E-03 6.790E+04 3.340E-01 6.760E+01 0.000E+00 0.000E+00 0.000E+00
  $      mid        ro         e        pr      sigy      etan      eppf      tdel
  $        f         f         f         f
   0.000E+00 0.000E+00 4.000E+00 0.000E+00
  $        c         p      lcss      lcsr
  $        f         f         f         f         f         f         f         f
  
  $     eps1      eps2      eps3      eps4      eps5      eps6      eps7      eps8
  
  $      es1       es2       es3       es4       es5       es6       es7       es8
  $*MAT_POWER_LAW_PLASTICITY
  $        f         f         f         f         f         f         f         f
  $      mid        ro         e        pr         k         n       src       srp
  $*MAT_FABRIC
  $        f         f         f         f         f         f         f         f
  $      mid        ro        ea        eb        ec      prba      prca      prcb
  $        f         f         f         f         f         f         f         f
  $      gab       gbc       gca       gse        el       prl    lratio      damp
  $        f
  $     aopt
  $        f         f         f         f         f         f
  $       xp        yp        zp        a1        a2        a3
  $        f         f         f         f         f         f
  $       v1        v2        v3        d1        d2        d3
  $*MAT_ELASTIC
  $        f         f         f         f         f         f         f
  $      mid        ro         e        pr        da        db         k
  $*MAT_ELASTIC_FLUID
  $        f         f         f         f         f         f         f
  $      mid        ro         e        pr        da        db         k
  $        f         f
  $       vc        cp
  *MAT_RIGID
  $        i         f         f         f         f         f         f         f
           2 2.700E-03 1.000E+04 3.340E-01 0.000E+00 0.000E+00 0.000E+00 0.000E+00
  $      mid        ro         e        pr         n    couple         m     alias
  $        f         f         f
   1.000E+00 7.000E+00 7.000E+00
  $      cmo      con1      con2
  $        f         f         f         f         f         f         f         f
  
  $   lco/a1        a2        a3        v1        v2        v3
  *MAT_RIGID
  $        i         f         f         f         f         f         f         f
           3 2.700E-03 1.000E+04 3.340E-01 0.000E+00 0.000E+00 0.000E+00 0.000E+00
  $      mid        ro         e        pr         n    couple         m     alias
  $        f         f         f
   1.000E+00 4.000E+00 7.000E+00
  $      cmo      con1      con2
  
  *MAT_RIGID
  $        i         f         f         f         f         f         f         f
           4 2.700E-03 1.000E+04 3.340E-01 0.000E+00 0.000E+00 0.000E+00 0.000E+00
  $      mid        ro         e        pr         n    couple         m     alias
  $        f         f         f
   1.000E+00 7.000E+00 7.000E+00
  $      cmo      con1      con2
  
  *MAT_RIGID
  $        i         f         f         f         f         f         f         f
           5 2.700E-03 1.000E+04 3.340E-01 0.000E+00 0.000E+00 0.000E+00 0.000E+00
  $      mid        ro         e        pr         n    couple         m     alias
  $        f         f         f
   1.000E+00 4.000E+00 7.000E+00
  $      cmo      con1      con2
  
  $*MAT_FOAM
  $        i         f         f         f         f         f         f         f
  $      mid        ro      bulk         g        a0        a1        a2        pc
  $        f         f
  $      var       dun
  $        f         f         f         f         f         f         f         f
  $     eps1      eps2      eps3      eps4      eps5      eps6      eps7      eps8
  $        f         f
  $     eps9     eps10
  $       p1        p2        p3        p4        p5        p6        p7        p8
  $        f         f
  $       p9       p10
  $*EOS_option
  $*HOURGLASS
  $        i         i         f         i         f         f
  $     hgid       ihq        qh       ibq        q1        q2
  $*DAMP_GLOBAL
  $        i         f
  $     lcid    valdmp
  $*DAMP_PART_MASS
  $        i         i         f
  $      pid      lcid        sf
  $*DAMP_PART_STIFFNESS
  $        i         f
  $      pid        dc
  $*INTEGRATION_BEAM
  $        i         i         f         i
  $     irid       nip        ra      icst
  $        f         f         f         f         f         f
  $ icst>0 w        tf         d        tw      sref      tref
  $ nip!=0 f         f         f
  $        s         t        wf
  *INTEGRATION_SHELL
  $        i         i         i
           1         7         0
  $     irid       nip      esop
  $        f         f         i
   9.491E-01 1.295E-01         0
   7.415E-01 2.797E-01         0
   4.058E-01 3.818E-01         0
   0.000E+00 4.180E-01         0
  -4.058E-01 3.818E-01         0
  -7.415E-01 2.797E-01         0
  -9.491E-01 1.295E-01         0
  $        s        wf       pid
  $
  $     set section
  $
  $*SET_NODE_LIST
  $        i         f         f         f         f
  $      sid       da1       da2       da3       da4
  $        i         i         i         i         i         i         i         i
  $     nid1      nid2      nid3      nid4      nid5      nid6      nid7      nid8
  $*SET_NODE_COLUMN
  $        i         f         f         f         f
  $      sid       da1       da2       da3       da4
  $        i         f         f         f         f
  $      sid        a1        a2        a3        a4
  $*SET_SEGMENT
  $        i         f         f         f         f
  $      sid       da1       da2       da3       da4
  $        i         i         i         i         f         f         f         f
  $       n1        n2        n3        n4        a1        a2        a3        a4
  $*SET_SOLID
  $        i
  $      sid
  $        i         i         i         i         i         i         i         i
  $       k1        k2        k3        k4        k5        k6        k7        k8
  $*SET_BEAM
  $        i
  $      sid
  $        i         i         i         i         i         i         i         i
  $       k1        k2        k3        k4        k5        k6        k7        k8
  $*SET_SHELL_LIST
  $        i         f         f         f         f
  $      sid       da1       da2       da3       da4
  $        i         i         i         i         i         i         i         i
  $     eid1      eid2      eid3      eid4      eid5      eid6      eid7      eid8
  $*SET_SHELL_COLUMN
  $        i         f         f         f         f
  $      sid       da1       da2       da3       da4
  $        i         f         f         f         f
  $      eid        a1        a1        a1        a1
  $*SET_TSHELL
  $        i
  $      sid
  $        i         i         i         i         i         i         i         i
  $       k1        k2        k3        k4        k5        k6        k7        k8
  *SET_PART_LIST
  $        i         f         f         f         f
           1   
  $      sid       da1       da2       da3       da4
  $        i         i         i         i         i         i         i         i
           1
  $     pid1      pid2      pid3      pid4      pid5      pid6      pid7      pid8
  $*SET_PART_COLUMN
  $        i         f         f         f         f
  $      sid       da1       da2       da3       da4
  $        i         f         f         f         f
  $      pid        a1        a1        a1        a1
  $*SET_DISCRETE
  $        i
  $      sid
  $        i         i         i         i         i         i         i         i
  $       k1        k2        k3        k4        k5        k6        k7        k8
  $*INTERFACE_COMPONENT_NODE
  $        i
  $      sid
  $*INTERFACE_COMPONENT_SEGMENT
  $        i
  $      sid
  $*INTERFACE_LINKING_DISCRETE_NODE
  $        i         i
  $      nid      ifid
  $*INTERFACE_LINKING_DISCRETE_NODE_SET
  $        i         i
  $     nsid      ifid
  $*INTERFACE_LINKING_SEGMENT
  $        i         i
  $     ssid      ifid
  $*INTERFACE_LINKING_EDGE
  $        i         i
  $     nsid      ifid
  $*INTERFACE_JOY
  $        i
  $      sid
  *INTERFACE_SPRINGBACK
  $        i
           1
  $     psid
  $        i         f         f
           1 7.000E+00 7.000E+00
  $      nid        tc        rc
  $
  $     boundary condition section
  $
  $*BOUNDARY_SPC_NODE
  $        i         i         i         i         i         i         i         i
  $      nid       cid      dofx      dofy      dofz     dofrx     dofry     dofrz
  $*BOUNDARY_SPC_SET
  $        i         i         i         i         i         i         i         i
  $     nsid       cid      dofx      dofy      dofz     dofrx     dofry     dofrz
  $*BOUNDARY_SLIDING_PLANE
  $        i         f         f         f         i
  $     nsid        vx        vy        vz      copt
  $*BOUNDARY_SYMMETRY_FAILURE
  $        i         f         f         f         f         f         f         f
  $     ssid        fs       vtx       vty       vtz       vhx       vhy       vhz
  $*BOUNDARY_NON_REFLECTING
  $        i         f         f
  $     ssid        ad        as
  $*BOUNDARY_PRESCRIBED_MOTION_NODE
  $        i         i         i         i         f         i
  $      nid       dof       vad      lcid        sf       vid
  $*BOUNDARY_PRESCRIBED_MOTION_SET
  $        i         i         i         i         f         i
  $      nid       dof       vad      lcid        sf       vid
  *BOUNDARY_PRESCRIBED_MOTION_RIGID
  $        i         i         i         i         f         i
           3         3         0         1 1.000E+00         0
  $      pid       dof       vad      lcid        sf       vid
  *BOUNDARY_PRESCRIBED_MOTION_RIGID
  $        i         i         i         i         f         i         f
           5         3         0         3 1.000E+00         0 5.000E-01
  $      pid       dof       vad      lcid        sf       vid deathtime
  $*BOUNDARY_CYCLIC
  $        f         f         f         i         i
  $       xc        yc        zc     nsid1     nsid2
  $*CONSTRAINED_NODE_SET
  $ undocumented
  $*CONSTRAINED_RIVET
  $        i         i
  $       n1        n2
  $*CONSTRAINED_SPOTWELD
  $        i         i         f         f         f         f
  $       n1        n2        sn        sf         n         m
  $*CONSTRAINED_SHELL_TO_SOLID
  $        i         i
  $      nid     hnsid
  $*CONSTRAINED_TIE-BRERAK
  $*CONSTRAINED_TIE-NODE-FAILURE
  $*CONSTRAINED_RIGID_BODIES
  $*CONSTRAINED_RIGID_BODY_STOPPERS
  $*CONSTRAINED_NODAL_RIGID_BODY_option
  $*CONSTRAINED_EXTRA_NODES
  $*CONSTRAINED_EXTRA_NODES_SET
  $*CONSTRAINED_JOINT_type
  $*CONSTRAINED_JOINT_STIFFNESS_type
  $*CONSTRAINED_LINEAR
  $
  $     initial condition section
  $
  $*INITIAL_VELOCITY
  $        i         i         i
  $     nsid    nsidex     boxid
  $        f         f         f         f         f         f
  $       vx        vy        vz       vxe       vye       vze
  $*INITIAL_VELOCITY_NODE
  $        i         f         f         f         f         f         f
  $      nid        vx        vy        vz       vxe       vye       vze
  $*INITIAL_MOMENTUM
  $        i         f         f         f         f
  $      nid        mx        my        mz      dept
  $*INITIAL_DETONATION
  $        i         f         f         f         f
  $      pid         x         y         z        lt
  $
  $     wall section
  $
  $*RIGIDWALL_option
  $*RIGIDWALL_PLANAR
  $        i         i         i
  $     nsid    nsidex     boxid
  $        f         f         f         f         f         f         f
  $       xt        yt        zt        xh        yh        zh      fric
  $
  $     contact section
  $
  *CONTACT_SURFACE_TO_SURFACE
  $        i         i         i         i         i         i         i         i
           1         2         3         3         0         0         1         1
  $     ssid      msid     sstyp     mstyp    sboxid    mboxid       spr       mpr
  $        f         f         f         f         f         i         f         f
   1.000E-02 1.000E-02 0.000E+00 0.000E+00 1.000E+01         1 0.000E+00 0.000E+00
  $       fs        fd        dc        vc       vdc    penchk        bt        dt
  $        f         f         f         f         f         f         f         f
   0.000E+00 0.000E+00 0.000E+00 0.000E+00 0.000E+00 0.000E+00 1.000E+00 1.000E+00
  $      sfs       sfm       sst       mst      sfst      sfmt       fsf       vsf
  *CONTACT_SURFACE_TO_SURFACE
  $        i         i         i         i         i         i         i         i
           1         3         3         3         0         0         1         1
  $     ssid      msid     sstyp     mstyp    sboxid    mboxid       spr       mpr
  $        f         f         f         f         f         i         f         f
   1.000E-02 1.000E-02 0.000E+00 0.000E+00 1.000E+01         1 5.000E-01 0.000E+00
  $       fs        fd        dc        vc       vdc    penchk        bt        dt
  $        f         f         f         f         f         f         f         f
   0.000E+00 0.000E+00 0.000E+00 0.000E+00 0.000E+00 0.000E+00 1.000E+00 1.000E+00
  $      sfs       sfm       sst       mst      sfst      sfmt       fsf       vsf
  *CONTACT_SURFACE_TO_SURFACE
  $        i         i         i         i         i         i         i         i
           1         4         3         3         0         0         1         1
  $     ssid      msid     sstyp     mstyp    sboxid    mboxid       spr       mpr
  $        f         f         f         f         f         i         f         f
   1.000E-02 1.000E-02 0.000E+00 0.000E+00 1.000E+01         1 5.000E-01 0.000E+00
  $       fs        fd        dc        vc       vdc    penchk        bt        dt
  $        f         f         f         f         f         f         f         f
   0.000E+00 0.000E+00 0.000E+00 0.000E+00 0.000E+00 0.000E+00 1.000E+00 1.000E+00
  $      sfs       sfm       sst       mst      sfst      sfmt       fsf       vsf
  *CONTACT_SURFACE_TO_SURFACE
  $        i         i         i         i         i         i         i         i
           1         5         3         3         0         0         1         1
  $     ssid      msid     sstyp     mstyp    sboxid    mboxid       spr       mpr
  $        f         f         f         f         f         i         f         f
   1.000E-02 1.000E-02 0.000E+00 0.000E+00 1.000E+01         1 0.000E+00 0.000E+00
  $       fs        fd        dc        vc       vdc    penchk        bt        dt
  $        f         f         f         f         f         f         f         f
   0.000E+00 0.000E+00 0.000E+00 0.000E+00 0.000E+00 0.000E+00 1.000E+00 1.000E+00
  $      sfs       sfm       sst       mst      sfst      sfmt       fsf       vsf
  $*CONTACT_AIRBAG_SINGLE_SURFACE
  $*CONTACT_AUTOMATIC_NODES_TO_SURFACE
  $*CONTACT_AUTOMATIC_ONE_WAY_SURFACE_TO_SURFACE
  $*CONTACT_AUTOMATIC_SINGLE_SURFACE
  $*CONTACT_DRAWBEAD
  $        i         i         f         f         i
  $  lcdidrf    lcidnf     dbdth     dvscl    numint
  $*CONTACT_ERODING_NODES_TO_SURFACE
  $        i         i         i
  $     isym    erosop      iadj
  $*CONTACT_ERODING_SINGLE_SURFACE
  $        i         i         i
  $     isym    erosop      iadj
  $*CONTACT_ERODING_SURFACE_TO_SURFACE
  $        i         i         i
  $     isym    erosop      iadj
  $*CONTACT_NODES_TO_SURFACE
  $*CONTACT_ONE_WAY_SURFACE_TO_SURFACE
  $*CONTACT_RIGID_NODES_TO_RIGID_BODY
  $        i         i         f
  $     lcid       fcm        us
  $*CONTACT_RIGID_BODY_ONE_WAY_TO_RIGID_BODY
  $*CONTACT_RIGID_BODY_TWO_WAY_TO_RIGID_BODY
  $*CONTACT_SINGLE_EDGE
  $*CONTACT_SINGLE_SURFACE
  $*CONTACT_SLIDING_ONLY
  $*CONTACT_SLIDING_ONLY_PENALTY
  $*CONTACT_SURFACE_TO_SURFACE
  $*CONTACT_TIEBREAK_NODES_TO_SURFACE
  $        f         f         f         f
  $     nflf      sflf       nen       mes
  $*CONTACT_TIEBREAK_SURFACE_TO_SURFACE
  $        f         f
  $     nfls      sfls
  $*CONTACT_TIED_NODES_TO_SURFACE
  $*CONTACT_TIED_SHELL_EDGE_TO_SURFACE
  $*CONTACT_TIED_SURFACE_TO_SURFACE
  $*CONTACT_GEOMETRIC_option
  $*CONTACT_1D
  $        i         i         f         f         f         f         f
  $    nsids     nsidm       err      sigc        gb      smax       exp
  $
  $     load section
  $
  $*LOAD_NODE_POINT
  $        i         i         i         f         i         i         i         i
  $      nid       dof      lcid        sf       cid        m1        m2        m3
  $*LOAD_NODE_SET
  $        i         i         i         f         i         i         i         i
  $     nsid       dof      lcid        sf       cid        m1        m2        m3
  *LOAD_RIGID_BODY
  $        i         i         i         f         i         i         i         i
           5         3         2 1.000E+00         0         0         0         0
  $      pid       dof      lcid        sf       cid        m1        m2        m3
  $*LOAD_SEGMENT
  $        i         f         f         i         i         i         i
  $     lcid        sf        at        n1        n2        n3        n4
  $*LOAD_SEGMENT_SET
  $        i         i         f         f
  $     ssid      lcid        sf        at
  $*LOAD_SHELL
  $        i         i         f         f
  $      eid      lcid        sf        at
  $*LOAD_SHELL_SET
  $        i         i         f         f
  $     esid      lcid        sf        at
  $*LOAD_SUPERPLASTIC_FORMING
  $        i         i         f         i         i         f
  $     lcp1      csp1      ncp1      lcp2      csp2
  $        i         i         f         i         i         f
  $    erate     scmin     scmax      ncyl
  $*LOAD_BEAM
  $        i         i         i         f
  $      eid       dal      lcid        sf
  $*LOAD_BEAM_SET
  $        i         i         i         f
  $     esid       dal      lcid        sf
  $*LOAD_THERMAL_LOAD_CURVE
  $        i
  $     lcid
  $*LOAD_THERMAL_CONSTANT
  $        i         i         i
  $     nsid    nsidex     boxid
  $        f         f
  $        t        tf
  $*LOAD_THERMAL_CONSTANT_NODE
  $        i         f
  $      nid        tf
  $*LOAD_BODY_GENERALIZED
  $        i         i         i         i         f         f         f
  $       n1        n2      lcid    drlcid        xc        yc        zc
  $        f         f         f         f         f         f
  $       ax        ay        az       omx       omy       omz
  $*LOAD_BODY_X
  $        i         f         i         f         f         f
  $     lcid        df    lciddr        xc        yc        zc
  $*LOAD_BODY_Y
  $        i         f         i         f         f         f
  $     lcid        df    lciddr        xc        yc        zc
  $*LOAD_BODY_Z
  $        i         f         i         f         f         f
  $     lcid        df    lciddr        xc        yc        zc
  $*LOAD_BODY_RX
  $        i         f         i         f         f         f
  $     lcid        df    lciddr        xc        yc        zc
  $*LOAD_BODY_RY
  $        i         f         i         f         f         f
  $     lcid        df    lciddr        xc        yc        zc
  $*LOAD_BODY_RZ
  $        i         f         i         f         f         f
  $     lcid        df    lciddr        xc        yc        zc
  $*LOAD_DENSITY_DEPTH
  $        i         f         i         i
  $      pid        gc       dir      lcid
  $*LOAD_BRODE
  $        f         f         f         f         f         f         i         i
  $      yld       bht       xbo       ybo       zbo       tbo      talc      sflc
  $        f         f         f
  $      cfl       cft       cfp
  $*LOAD_THERMAL_TOPAZ
  $ none
  $
  $     define section
  $
  *DEFINE_CURVE
  $ punch velocity
  $        i         i         f         f         f         f
           1         0 1.000E+00 1.000E+00 0.000E+00 0.000E+00
  $     lcid      sidr      scla      sclo      offa      offo
  $                  f                   f
   0.000E+00           0.000E+00
   5.000E-01           0.000E+00
   5.001E-01           2.240E+01
   3.640E+00           2.240E+01
   3.641E+00           0.000E+00
   1.000E+02           0.000E+00
  *DEFINE_CURVE
  $ blank holder force
  $        i         i         f         f         f         f
           2         0 1.000E+00 1.000E+00 0.000E+00 0.000E+00
  $     lcid      sidr      scla      sclo      offa      offo
  $                  f                   f
   0.000E+00           6.850E+04
   3.640E+00           6.850E+04
   3.641E+00           0.000E+00
   1.000E+02           0.000E+00
  *DEFINE_CURVE
  $ constraint condition for holder velocity
  $        i         i         f         f         f         f
  $ Lin: this is the load curve with the death time of 0.5 .  Somehow, the 
  $ death time was deleted.  I have since re-added it.  I can't be sure that the
  $ code didn't work and that we never had the death time at all, but...
           3         0 1.000E+00 1.000E+00 0.000E+00 0.000E+00 
  $     lcid      sidr      scla      sclo      offa      offo
  $                  f                   f
   0.000E+00           2.625E+01
   4.000E-01           2.625E+01
   4.001E-01           0.000E+00
   1.000E+02           0.000E+00
  *DEFINE_CURVE
  $ flow curve for the aluminum
  $        i         i         f         f         f         f
           4         0 1.000E+00 1.000E+00 0.000E+00 0.000E+00
  $     lcid      sidr      scla      sclo      offa      offo
  $                  f                   f
   0.000E+00           6.760E+01  
   2.500E-02           1.776E+02  
   5.000E-02           2.188E+02  
   1.500E-01           3.046E+02  
   2.500E-01           3.552E+02  
   4.000E-01           4.092E+02  
   6.000E-01           4.624E+02  
   9.000E-01           5.224E+02  
  $           abscissa            ordinate
  $*DEFINE_VECTOR
  $        i         f         f         f         f         f         f
  $      vid        xt        yt        zt        xh        yh        zh
  $*DEFINE_SD_ORIENTATION
  $        i         i         f         f         f         i         i
  $      vid       iop        xt        yt        zt      nid1      nid2
  $*DEFINE_BOX
  $        i         f         f         f         f         f         f
  $    boxid       xmm       xmx       ymn       ymx       zmn       zmx
  $*DEFINE_COORDINATE_NODES
  $        i         i         i         i
  $      cid        n1        n2        n3
  $*DEFINE_COORDINATE_SYSTEM
  $        i         f         f         f         f         f         f
  $      cid        xo        yo        zo        xl        yl        zl
  $        f         f         f
  $       xp        yp        zp
  $*AIRBAG_SIMPLE_PRESSURE_VOLUME
  $*AIRBAG_SIMPLE_AIRBAG_MODEL
  $        i         i         i         f         f         f         f         f
  $      sid    sidtyp      rbid      vsca      psca      vini       mwd      spsf
  $rbid!=0 i
  $        n
  $        f         f         f         i         f         f         f         f
  $       cv        cp         t      lcid        mu         a        pe        ro
  $        i
  $      lou
  $*AIRBAG_ADIABATIC_GAS_MODEL
  $*AIRBAG_WANG_NEFSKE
  $*AIRBAG_WANGE_NEFSKE_JETTING
  $*AIRBAG_WANG_NEFSKE_MULTIPLE_JETTING
  $*AIRBAG_LOADCURVE
  $*USER_INTERFACE_CONTROL
  $*USER_INTERFACE_FRICTION
  $*RIGID_DEFORMABLE_D2R
  $*RIGID_DEFORMABLE_CONTROL
  $*RIGID_DEFORMABLE_R2D
  $*DEFORMABLE_TO_RIGID
  $*DEFORMABLE_TO_RIGID_INERTIA
  $*TERMINATION_NODE
  $*TERMINATION_BODY
  $
  $     restart section
  $
  $*DELETE_ENTITY
  $*DELETE_CONTACT
  $*DELETE_PART
  $*DELETE_ELEMENT_SOLID
  $*DELETE_ELEMENT_BEAM
  $*DELETE_ELEMENT_SHELL
  $*DELETE_ELEMENT_TSHELL
  $*CHANGE_BOUNDARY_CONDITIONS
  $*CHANGE_RIGID_BODY_CONSTRAINTS
  $*CHANGE_CONTACT_SMALL_PENETRATION
  $*CHANGE_VELOCITY_ZERO
  $*STRESS_INITIALIZATION
  $
  $     translation section
  $
  $*TRANSLATE_ANSYS_4
  $ a
  $ filnm
  $*TRANSLATE_ANSYS_5
  $ a
  $ filnm
  $*TRANSLATE_IDEAS
  $ a
  $ filnm
  $*TRANSLATE_PATRAN
  $ a
  $ filnm
  $*TRANSLATE_NASTRAN
  $ a
  $ filnm
  *END