** : base problem for symmetric transfer problem: pc36sfrev1
*heading
** ELEMENT : CAX3  ---> C3D6
** FEATURE TESTED : *SYMMETRIC MODEL GEN. 
**                  *SYMMETRIC RESULTS TRANSFER
*system
1.0,0,0
*node, nset=nall
1, 
2,1
3,2
4,0,1
5,1,1
6,2,1
7,1,1
8,2,1
9,1,3
10,2,3
1000,1,4
*nset,nset=nhoop
1,2,3,4,5,6,9,10,1000
*element, type=cax3, elset=eall
1,1,5,4
2,1,2,5
3,2,6,5
4,2,3,6
5,7,10,9
6,7,8,10
*solid section, elset=eall, material=soft
*material,name=soft
*elastic
1.e4,0.3
*rigid body,analytical surface=surface-1,refnode=1000
*surface,type=segments,name=surface-1,fillet radius=0.001
start,4.01,3.01
line,1.,3.01
*surface,name=surface-2
5,
6,
*surface,name=surface-3
1,s2
3,s2
*surface,type=node,name=surface-4
7,1.0
8,1.0
*contact pair,interaction=smooth, small sliding, tied, adjust=0.001
surface-4,surface-3
*contact pair,interaction=rough
surface-2,surface-1
*surface interaction,name=rough
*surface interaction, name=smooth
*nset,nset=n1
1, 
*nset,nset=n2
2, 
*nset,nset=n3
3, 
*nset,nset=n4
4, 
*nset,nset=n7
5, 
*nset,nset=n9
9, 
*nset,nset=rig
1000,
*rest,w
*step
*static
1.0,1.0
*boundary
n1,1,2
n4,1,2
n2,2,2
n3,2,2
n7,1,1
n9,1,1
rig,1,1
rig,3,6
rig,2,2,-0.1
*nodeprint, f=1
u, 
rf, 
*el print, f=1
s, 
e, 
mises, 
*el print, f=1
s, 
e, 
mises, 
*contact print
*nodefile, f=1
u, 
rf, 
*OUTPUT,FIELD,FREQ=1
*NODE OUTPUT
u,
rf,
*el file, f=1
s, 
e, 
*OUTPUT,FIELD,FREQ=1
*ELEMENT OUTPUT
s,
e,
*print, contact=yes
*contact file
*OUTPUT,FIELD
*CONTACT OUTPUT,VARIABLE=PRESELECT
*endstep