( Transverse isotropy in solid.
  Strain 0.01 in x-direction and strain 0.02 in y-direction.
  The stresses should become 0.4 in x-direction
  and 0.6 in y-direction. )

echo -no
number_of_space_dimensions 2
materi_velocity
materi_strain_total
materi_stress
end_initia

node 1  0 0
node 2  1 0
node 3  0 1
node 4  1 1
element 1 -quad4 1 2 3 4

group_type 0  -materi
group_materi_elasti_transverse_isotropy 0  0. 1. 0. 30. 40. 0. 0. 0.
group_materi_memory 0  -updated_without_rotation

bounda_unknown 0  -ra 1 3 -ra -velx
bounda_time    0  0. 0. 100. 0.
bounda_unknown 1  -ra 2 4 -ra -velx
bounda_time    1  0. 0.01 100. 0.01
bounda_unknown 2  -ra 1 2 -ra -vely
bounda_time    2  0. 0. 100. 0.
bounda_unknown 3  -ra 3 4 -ra -vely
bounda_time    3  0. 0.02 100. 0.02

print_filter 0 -node_dof -all -sigxx -sigyy

control_timestep 0  1. 1. 
(control_print    0  -time_current -node_dof)

target_item 1  -node_dof 1  -sigxx
target_value 1  0.4 1.e-8
target_item 2  -node_dof 1  -sigyy
target_value 2  0.6 1.e-8
end_data
