** : symmetric transfer from base problem: pca4gfrev2
*heading
 FEATURE TESTED : *SYMMETRIC MODEL GENERATION
 **               *SYMMETRIC RESULTS TRANSFER
 ELEMENT TESTED : CGAX4 ---> C3D8
*symmetric model generation,revolve,tol=0.001
0.,0.,0.,0.,1,0,
1,0,0
360,16,1.
*symmetric results transfer,step=1,inc=1
*transform, nset=assembly_nall, type=c
0.,0.,0.,0.,1.,0.
*rest,w
*nset, nset=part,generate
1,19,1
**1,2,3,4,5,6,7,8,9,10
*nset, nset=part,gen
6001,6019
*elset, elset=part
1,2,3
*elset, elset=part
31,32,33
**19,20,21
*step
*static
1.0,1.0
*boundary
assembly_n1,1,3
assembly_n1,2,2
assembly_n4,1,3
assembly_n2,3,3
assembly_n2,2,2
assembly_n3,3,3
assembly_n3,2,2
assembly_n7,1,1
assembly_n9,1,1
assembly_rig,1,2
assembly_rig,4,6
assembly_rig,3,3,-0.1
*nodeprint, f=1
u, 
rf, 
*el print, f=1
s, 
e, 
mises, 
*el print, rebar, f=1
s, 
e, 
*contact print
*output, field, freq=1
*node output, nset=part
u, 
rf, 
*element output, elset=part
s, 
e, 
*element output, rebar
s, 
e, 
*contact output, var=preselect
*file format, zeroinc
*node file, nset=part, f=1
u
rf
*el file,  elset=part, f=1
s
e
*el file, elset=part, rebar ,f=1
s
e
*el file, elset=assembly_part-1-1_sfmgax1-1, rebar ,f=1
s
e
*el file, elset=assembly_part-1-1_sfmgax1-3, rebar ,f=1
s
e
*contact file
*endstep