<?xml version="1.0" encoding="UTF-8"?>
<savepoint tag="savepoint1" active="true" version="3" geommanagerpath="/savepoint1/geommanager1.mphbin" basesystem="SI">
  <param name="t" value="0.0"/>
  <modelnode tag="mod1" active="true" scope="root.mod1" name="Model 1" usemodelconverter="false" basesystem="SI"/>
  <frame tag="material1" active="true" coords="3,'X','Y','Z'" identifier="material" varnamesuffix="" geom="geom1"/>
  <frame tag="spatial1" active="true" coords="3,'x','y','z'" identifier="spatial" varnamesuffix="_spatial" geom="geom1"/>
  <geom tag="geom1" active="true" binarypath="/geom1.mphbin" sdim="2" axisymmetric="false" parentmodel="mod1" scope="root.mod1" geomid="7204961148716197168" realgeomid="7204961153011164464" ismain="true" isdeformed="false" xmeshindex="1" geomframe="material1" meshframe="material1" materialframe="material1" spatialframe="spatial1" entities="8,8,2" entitiesmesh="8,8,2" lengthunit="&#xb5;m" angularunit="deg" unitscale="1.0" definedbymesh="false" repairtol="1.0E-6" gscale="250.0" geomadj="adj#{{{{},{2,7},{1,8},{4,5},{3,6},{3,6},{4,5},{1,8},{2,7}},{{},{1,2},{1,3},{5,6},{5,7},{6,8},{7,8},{2,4},{3,4}},{{},{1},{1},{1,2},{1,2},{1,2},{1,2},{1},{1}},null},{{{},{1,2},{1,7},{2,8},{7,8},{3,4},{3,5},{4,6},{5,6}},{{},{2,3},{1,4},{1,4},{2,3},{6,7},{5,8},{5,8},{6,7}},{{},{1},{1},{1},{1},{1,2},{1,2},{1,2},{1,2}},null},{{{1,2,7,8},{1,2,3,4,5,6,7,8},{3,4,5,6}},{{1,2,3,4},{1,2,3,4,5,6,7,8},{5,6,7,8}},{{1},{2},{1}},null},{null,null,null,null}}#orientation#{{{{},{1,1},{1,1},{1,1},{1,1},{1,1},{1,1},{1,1},{1,1}},{{},{1,-1},{-1,1},{-1,1},{1,-1},{-1,1},{1,-1},{1,-1},{-1,1}},{{},{1},{1},{1,1},{1,1},{1,1},{1,1},{1},{1}},null},{{{},{1,-1},{-1,1},{1,-1},{-1,1},{-1,1},{1,-1},{-1,1},{1,-1}},{{},{1,1},{1,1},{1,1},{1,1},{1,1},{1,1},{1,1},{1,1}},{{},{-1},{-1},{-1},{-1},{1,-1},{1,-1},{1,-1},{1,-1}},null},{{{1,1,1,1},{1,1,1,1,1,1,1,1},{1,1,1,1}},{{1,1,1,1},{-1,-1,-1,-1,1,1,1,1},{-1,-1,-1,-1}},{{1},{1},{1}},null},{null,null,null,null}}#ndom#{8,8,2}" edgeangles="{2,1,3,1.5707963267948966},{6,7,8,0.0},{1,1,2,1.5707963267948966},{7,2,4,1.5707963267948966},{4,5,7,0.0},{8,3,4,1.5707963267948966},{3,5,6,0.0},{5,6,8,0.0}," inverseassocmaps=""/>
  <mesh tag="mesh1" active="true" binarypath="/mesh1.mphbin" geom="geom1"/>
  <physics tag="fsi" active="true" geom="geom1" descr="Fluid-Structure_Interaction">
    <postinfo>
      <scalar edim="0" default="2,'root.mod1.fsi.U', "/>
      <scalar edim="1" default="2,'root.mod1.fsi.U', "/>
      <scalar edim="2" default="2,'root.mod1.fsi.U', "/>
      <scalar edim="3" default="2,'root.mod1.fsi.U', "/>
      <vector edim="-1" default="root.mod1.u_fluid"/>
      <vector edim="0" default="root.mod1.u_fluid"/>
      <vector edim="1" default="root.mod1.u_fluid"/>
      <vector edim="2" default="root.mod1.u_fluid"/>
      <vector edim="3" default="root.mod1.u_fluid"/>
      <vectordeform edim="-1" default="root.mod1.u_solid"/>
      <vectordeform edim="0" default="root.mod1.u_solid"/>
      <vectordeform edim="1" default="root.mod1.u_solid"/>
      <vectordeform edim="2" default="root.mod1.u_solid"/>
      <vectordeform edim="3" default="root.mod1.u_solid"/>
      <partmassparams edim="2" params="1|3,'prad','1e-4[m]','Particle_radius'"/>
      <partmassparams edim="3" params="1|3,'prad','1e-4[m]','Particle_radius'"/>
      <particleforce expr="3,'((((((prad)^(2))*(pi))*(root.mod1.fsi.rho))*(sqrt(((u_fluid)-(#u#))*((u_fluid)-(#u#))+((v_fluid)-(#v#))*((v_fluid)-(#v#))+((0)-(0))*((0)-(0))+eps)))*((u_fluid)-(#u#)))*(((((((((sqrt(((u_fluid)-(#u#))*((u_fluid)-(#u#))+((v_fluid)-(#v#))*((v_fluid)-(#v#))+((0)-(0))*((0)-(0))+eps))*(2))*(prad))*(root.mod1.fsi.rho))/(root.mod1.fsi.mu))^(-0.31))*(1.84))+(((((((sqrt(((u_fluid)-(#u#))*((u_fluid)-(#u#))+((v_fluid)-(#v#))*((v_fluid)-(#v#))+((0)-(0))*((0)-(0))+eps))*(2))*(prad))*(root.mod1.fsi.rho))/(root.mod1.fsi.mu))^(0.06))*(0.293)))^(3.45)) ','((((((prad)^(2))*(pi))*(root.mod1.fsi.rho))*(sqrt(((u_fluid)-(#u#))*((u_fluid)-(#u#))+((v_fluid)-(#v#))*((v_fluid)-(#v#))+((0)-(0))*((0)-(0))+eps)))*((v_fluid)-(#v#)))*(((((((((sqrt(((u_fluid)-(#u#))*((u_fluid)-(#u#))+((v_fluid)-(#v#))*((v_fluid)-(#v#))+((0)-(0))*((0)-(0))+eps))*(2))*(prad))*(root.mod1.fsi.rho))/(root.mod1.fsi.mu))^(-0.31))*(1.84))+(((((((sqrt(((u_fluid)-(#u#))*((u_fluid)-(#u#))+((v_fluid)-(#v#))*((v_fluid)-(#v#))+((0)-(0))*((0)-(0))+eps))*(2))*(prad))*(root.mod1.fsi.rho))/(root.mod1.fsi.mu))^(0.06))*(0.293)))^(3.45)) ','((((((prad)^(2))*(pi))*(root.mod1.fsi.rho))*(sqrt(((u_fluid)-(#u#))*((u_fluid)-(#u#))+((v_fluid)-(#v#))*((v_fluid)-(#v#))+((0)-(0))*((0)-(0))+eps)))*((0)-(0)))*(((((((((sqrt(((u_fluid)-(#u#))*((u_fluid)-(#u#))+((v_fluid)-(#v#))*((v_fluid)-(#v#))+((0)-(0))*((0)-(0))+eps))*(2))*(prad))*(root.mod1.fsi.rho))/(root.mod1.fsi.mu))^(-0.31))*(1.84))+(((((((sqrt(((u_fluid)-(#u#))*((u_fluid)-(#u#))+((v_fluid)-(#v#))*((v_fluid)-(#v#))+((0)-(0))*((0)-(0))+eps))*(2))*(prad))*(root.mod1.fsi.rho))/(root.mod1.fsi.mu))^(0.06))*(0.293)))^(3.45)) '" type="KahnDrag" description="Drag_driven_particle_movement"/>
    </postinfo>
  </physics>
  <vardata name="root">
    <scalar name="root.g_const" description="Acceleration_of_gravity" plot="true" summation="false" unit="m/s^2" edims="-1"/>
    <scalar name="root.N_A_const" description="Avogadro_constant" plot="true" summation="false" unit="1/mol" edims="-1"/>
    <scalar name="root.k_B_const" description="Boltzmann_constant" plot="true" summation="false" unit="J/K" edims="-1"/>
    <scalar name="root.Z0_const" description="Characteristic_impedance_of_vacuum" plot="true" summation="false" unit="&#x3a9;" edims="-1"/>
    <scalar name="root.me_const" description="Electron_mass" plot="true" summation="false" unit="kg" edims="-1"/>
    <scalar name="root.e_const" description="Elementary_charge" plot="true" summation="false" unit="C" edims="-1"/>
    <scalar name="root.F_const" description="Faraday_constant" plot="true" summation="false" unit="s*A/mol" edims="-1"/>
    <scalar name="root.alpha_const" description="Fine_structure_constant" plot="true" summation="false" edims="-1"/>
    <scalar name="root.G_const" description="Gravitational_constant" plot="true" summation="false" unit="m^3/(kg*s^2)" edims="-1"/>
    <scalar name="root.hbar_const" description="Reduced_Planck's_constant" plot="true" summation="false" unit="m^2*kg/s" edims="-1"/>
    <scalar name="root.V_m_const" description="Molar_volume_of_ideal_gas" plot="true" summation="false" unit="m^3/mol" edims="-1"/>
    <scalar name="root.mn_const" description="Neutron_mass" plot="true" summation="false" unit="kg" edims="-1"/>
    <scalar name="root.epsilon0_const" description="Permittivity_of_vacuum" plot="true" summation="false" unit="F/m" edims="-1"/>
    <scalar name="root.mu0_const" description="Permeability_of_vacuum" plot="true" summation="false" unit="H/m" edims="-1"/>
    <scalar name="root.h_const" description="Planck's_constant" plot="true" summation="false" unit="m^2*kg/s" edims="-1"/>
    <scalar name="root.mp_const" description="Proton_mass" plot="true" summation="false" unit="kg" edims="-1"/>
    <scalar name="root.c_const" description="Speed_of_light_in_vacuum" plot="true" summation="false" unit="m/s" edims="-1"/>
    <scalar name="root.sigma_const" description="Stefan-Boltzmann_constant" plot="true" summation="false" unit="kg/(s^3*K^4)" edims="-1"/>
    <scalar name="root.R_const" description="Universal_gas_constant" plot="true" summation="false" unit="J/(mol*K)" edims="-1"/>
    <scalar name="root.b_const" description="Wien_displacement_law_constant" plot="true" summation="false" unit="m*K" edims="-1"/>
    <scalar name="root.isRHS" description="" plot="false" summation="false" edims="-1"/>
    <scalar name="root.segiter" description="" plot="false" summation="false" unit="1" edims="-1"/>
    <scalar name="root.numberofdofs" description="" plot="false" summation="false" unit="1" edims="-1"/>
    <scalar name="root.mod1.isScalingSystemDomain" description="Is_scaling_system_domain" plot="false" summation="false" unit="1" edims="2"/>
    <scalar name="root.mod1.mat1.def.T" description="" plot="false" summation="false" unit="K" edims="-1"/>
    <scalar name="root.mod1.mat1.def.mu" description="" plot="false" summation="false" unit="Pa*s" edims="-1"/>
    <scalar name="root.material.mu" description="" plot="false" summation="false" unit="Pa*s" edims="2"/>
    <scalar name="root.mod1.mat1.def.gamma" description="" plot="false" summation="false" unit="1" edims="-1"/>
    <scalar name="root.material.gamma" description="" plot="false" summation="false" unit="1" edims="2"/>
    <scalar name="root.mod1.mat1.def.Cp" description="" plot="false" summation="false" unit="J/(kg*K)" edims="-1"/>
    <scalar name="root.material.Cp" description="" plot="false" summation="false" unit="J/(kg*K)" edims="2"/>
    <scalar name="root.mod1.mat1.def.rho" description="" plot="false" summation="false" unit="kg/m^3" edims="-1"/>
    <scalar name="root.material.rho" description="" plot="false" summation="false" unit="kg/m^3" edims="2"/>
    <scalar name="root.mod1.mat1.def.c" description="" plot="false" summation="false" unit="m/s" edims="-1"/>
    <scalar name="root.material.c" description="" plot="false" summation="false" unit="m/s" edims="2"/>
    <scalar name="root.mod1.mat2.def.Cp" description="" plot="false" summation="false" unit="J/(kg*K)" edims="-1"/>
    <scalar name="root.mod1.mat2.def.rho" description="" plot="false" summation="false" unit="kg/m^3" edims="-1"/>
    <scalar name="root.mod1.mat2.Enu.E" description="" plot="false" summation="false" unit="Pa" edims="-1"/>
    <scalar name="root.material.E" description="" plot="false" summation="false" unit="Pa" edims="2"/>
    <scalar name="root.mod1.mat2.Enu.nu" description="" plot="false" summation="false" unit="1" edims="-1"/>
    <scalar name="root.material.nu" description="" plot="false" summation="false" unit="1" edims="2"/>
    <tensor name="root.mod1.mat1.def.[sigma11,sigma21,sigma31,sigma12,sigma22,sigma32,sigma13,sigma23,sigma33]" description="" plot="false" summation="false" basename="root.mod1.mat1.def.sigma" size="3,3" symmetric="false" axisymmetric="false" unit="S/m" edims="-1">
      <scalar name="root.mod1.mat1.def.sigma11" description=""/>
      <scalar name="root.mod1.mat1.def.sigma21" description=""/>
      <scalar name="root.mod1.mat1.def.sigma31" description=""/>
      <scalar name="root.mod1.mat1.def.sigma12" description=""/>
      <scalar name="root.mod1.mat1.def.sigma22" description=""/>
      <scalar name="root.mod1.mat1.def.sigma32" description=""/>
      <scalar name="root.mod1.mat1.def.sigma13" description=""/>
      <scalar name="root.mod1.mat1.def.sigma23" description=""/>
      <scalar name="root.mod1.mat1.def.sigma33" description=""/>
    </tensor>
    <tensor name="root.material.[sigma11,sigma21,sigma31,sigma12,sigma22,sigma32,sigma13,sigma23,sigma33]" description="" plot="false" summation="false" basename="root.material.sigma" size="3,3" symmetric="false" axisymmetric="false" unit="S/m" edims="2">
      <scalar name="root.material.sigma11" description=""/>
      <scalar name="root.material.sigma21" description=""/>
      <scalar name="root.material.sigma31" description=""/>
      <scalar name="root.material.sigma12" description=""/>
      <scalar name="root.material.sigma22" description=""/>
      <scalar name="root.material.sigma32" description=""/>
      <scalar name="root.material.sigma13" description=""/>
      <scalar name="root.material.sigma23" description=""/>
      <scalar name="root.material.sigma33" description=""/>
    </tensor>
    <tensor name="root.mod1.mat1.def.[k11,k21,k31,k12,k22,k32,k13,k23,k33]" description="" plot="false" summation="false" basename="root.mod1.mat1.def.k" size="3,3" symmetric="false" axisymmetric="false" unit="W/(m*K)" edims="-1">
      <scalar name="root.mod1.mat1.def.k11" description=""/>
      <scalar name="root.mod1.mat1.def.k21" description=""/>
      <scalar name="root.mod1.mat1.def.k31" description=""/>
      <scalar name="root.mod1.mat1.def.k12" description=""/>
      <scalar name="root.mod1.mat1.def.k22" description=""/>
      <scalar name="root.mod1.mat1.def.k32" description=""/>
      <scalar name="root.mod1.mat1.def.k13" description=""/>
      <scalar name="root.mod1.mat1.def.k23" description=""/>
      <scalar name="root.mod1.mat1.def.k33" description=""/>
    </tensor>
    <tensor name="root.material.[k11,k21,k31,k12,k22,k32,k13,k23,k33]" description="" plot="false" summation="false" basename="root.material.k" size="3,3" symmetric="false" axisymmetric="false" unit="W/(m*K)" edims="2">
      <scalar name="root.material.k11" description=""/>
      <scalar name="root.material.k21" description=""/>
      <scalar name="root.material.k31" description=""/>
      <scalar name="root.material.k12" description=""/>
      <scalar name="root.material.k22" description=""/>
      <scalar name="root.material.k32" description=""/>
      <scalar name="root.material.k13" description=""/>
      <scalar name="root.material.k23" description=""/>
      <scalar name="root.material.k33" description=""/>
    </tensor>
    <tensor name="root.mod1.mat2.def.[alpha11,alpha21,alpha31,alpha12,alpha22,alpha32,alpha13,alpha23,alpha33]" description="" plot="false" summation="false" basename="root.mod1.mat2.def.alpha" size="3,3" symmetric="false" axisymmetric="false" unit="1/K" edims="-1">
      <scalar name="root.mod1.mat2.def.alpha11" description=""/>
      <scalar name="root.mod1.mat2.def.alpha21" description=""/>
      <scalar name="root.mod1.mat2.def.alpha31" description=""/>
      <scalar name="root.mod1.mat2.def.alpha12" description=""/>
      <scalar name="root.mod1.mat2.def.alpha22" description=""/>
      <scalar name="root.mod1.mat2.def.alpha32" description=""/>
      <scalar name="root.mod1.mat2.def.alpha13" description=""/>
      <scalar name="root.mod1.mat2.def.alpha23" description=""/>
      <scalar name="root.mod1.mat2.def.alpha33" description=""/>
    </tensor>
    <tensor name="root.material.[alpha11,alpha21,alpha31,alpha12,alpha22,alpha32,alpha13,alpha23,alpha33]" description="" plot="false" summation="false" basename="root.material.alpha" size="3,3" symmetric="false" axisymmetric="false" unit="1/K" edims="2">
      <scalar name="root.material.alpha11" description=""/>
      <scalar name="root.material.alpha21" description=""/>
      <scalar name="root.material.alpha31" description=""/>
      <scalar name="root.material.alpha12" description=""/>
      <scalar name="root.material.alpha22" description=""/>
      <scalar name="root.material.alpha32" description=""/>
      <scalar name="root.material.alpha13" description=""/>
      <scalar name="root.material.alpha23" description=""/>
      <scalar name="root.material.alpha33" description=""/>
    </tensor>
    <tensor name="root.mod1.mat2.def.[k11,k21,k31,k12,k22,k32,k13,k23,k33]" description="" plot="false" summation="false" basename="root.mod1.mat2.def.k" size="3,3" symmetric="false" axisymmetric="false" unit="W/(m*K)" edims="-1">
      <scalar name="root.mod1.mat2.def.k11" description=""/>
      <scalar name="root.mod1.mat2.def.k21" description=""/>
      <scalar name="root.mod1.mat2.def.k31" description=""/>
      <scalar name="root.mod1.mat2.def.k12" description=""/>
      <scalar name="root.mod1.mat2.def.k22" description=""/>
      <scalar name="root.mod1.mat2.def.k32" description=""/>
      <scalar name="root.mod1.mat2.def.k13" description=""/>
      <scalar name="root.mod1.mat2.def.k23" description=""/>
      <scalar name="root.mod1.mat2.def.k33" description=""/>
    </tensor>
    <group name="Geometry_and_mesh" description="Geometry_and_mesh" sort="10">
      <scalar name="root.h" description="Mesh_element_size" plot="true" summation="false" unit="m" edims="0,1,2"/>
      <scalar name="root.s" description="Boundary_parameter" plot="false" summation="false" edims="1"/>
      <scalar name="root.qual" description="Mesh_quality" plot="true" summation="false" edims="0,1,2"/>
      <scalar name="root.dvol" description="Volume_scale_factor" plot="false" summation="false" edims="0,1,2"/>
      <scalar name="root.dom" description="Domain_index" plot="true" summation="false" edims="0,1,2"/>
      <scalar name="root.emetric2" description="Inner_product_of_covariant_element_metric_tensor" plot="false" summation="false" unit="1/m^4" edims="0,1,2"/>
      <scalar name="root.tremetric" description="Trace_of_covariant_element_metric_tensor" plot="false" summation="false" unit="1/m^2" edims="0,1,2"/>
      <scalar name="root.meshvol" description="Mesh_element_volume" plot="false" summation="false" edims="0,1,2"/>
      <scalar name="root.qual_spatial" description="Mesh_quality" plot="true" summation="false" edims="0,1,2"/>
      <scalar name="root.dvol_spatial" description="Volume_scale_factor" plot="false" summation="false" edims="0,1,2"/>
      <scalar name="root.emetric2_spatial" description="Inner_product_of_covariant_element_metric_tensor" plot="false" summation="false" unit="1/m^4" edims="0,1,2"/>
      <scalar name="root.tremetric_spatial" description="Trace_of_covariant_element_metric_tensor" plot="false" summation="false" unit="1/m^2" edims="0,1,2"/>
      <scalar name="root.meshvol_spatial" description="Mesh_element_volume" plot="false" summation="false" edims="0,1,2"/>
      <tensor name="root.[nX,nY,0]" description="#Geometry normal (Material)" plot="true" summation="false" basename="root.[nX,nY,0]" size="3,1" symmetric="false" axisymmetric="false" edims="1">
        <scalar name="root.nX" description="Geometry_normal@,_x_component#X"/>
        <scalar name="root.nY" description="Geometry_normal@,_x_component#Y"/>
        <scalar name="0" description="Geometry_normal@,_x_component#Z"/>
      </tensor>
      <tensor name="root.[unX,unY,0]" description="#Geometry normal, up side (Material)" plot="false" summation="false" basename="root.[unX,unY,0]" size="3,1" symmetric="false" axisymmetric="false" edims="1">
        <scalar name="root.unX" description="Geometry_normal_up@,_x_component#X"/>
        <scalar name="root.unY" description="Geometry_normal_up@,_x_component#Y"/>
        <scalar name="0" description="Geometry_normal_up@,_x_component#Z"/>
      </tensor>
      <tensor name="root.[dnX,dnY,0]" description="#Geometry normal, down side (Material)" plot="false" summation="false" basename="root.[dnX,dnY,0]" size="3,1" symmetric="false" axisymmetric="false" edims="1">
        <scalar name="root.dnX" description="Geometry_normal_down@,_x_component#X"/>
        <scalar name="root.dnY" description="Geometry_normal_down@,_x_component#Y"/>
        <scalar name="0" description="Geometry_normal_down@,_x_component#Z"/>
      </tensor>
      <tensor name="root.[t1X,t1Y,0]" description="#Geometry tangent, 1 (Material)" plot="true" summation="false" basename="root.[t1X,t1Y,0]" size="3,1" symmetric="false" axisymmetric="false" edims="1">
        <scalar name="root.t1X" description="Geometry_tangent_1@,_x_component#X"/>
        <scalar name="root.t1Y" description="Geometry_tangent_1@,_x_component#Y"/>
        <scalar name="0" description="Geometry_tangent_1@,_x_component#Z"/>
      </tensor>
      <tensor name="root.[nx,ny,0]" description="#Geometry normal (Spatial)" plot="true" summation="false" basename="root.[nx,ny,0]" size="3,1" symmetric="false" axisymmetric="false" edims="1">
        <scalar name="root.nx" description="Geometry_normal@,_x_component#x"/>
        <scalar name="root.ny" description="Geometry_normal@,_x_component#y"/>
        <scalar name="0" description="Geometry_normal@,_x_component#z"/>
      </tensor>
      <tensor name="root.[unx,uny,0]" description="#Geometry normal, up side (Spatial)" plot="false" summation="false" basename="root.[unx,uny,0]" size="3,1" symmetric="false" axisymmetric="false" edims="1">
        <scalar name="root.unx" description="Geometry_normal_up@,_x_component#x"/>
        <scalar name="root.uny" description="Geometry_normal_up@,_x_component#y"/>
        <scalar name="0" description="Geometry_normal_up@,_x_component#z"/>
      </tensor>
      <tensor name="root.[dnx,dny,0]" description="#Geometry normal, down side (Spatial)" plot="false" summation="false" basename="root.[dnx,dny,0]" size="3,1" symmetric="false" axisymmetric="false" edims="1">
        <scalar name="root.dnx" description="Geometry_normal_down@,_x_component#x"/>
        <scalar name="root.dny" description="Geometry_normal_down@,_x_component#y"/>
        <scalar name="0" description="Geometry_normal_down@,_x_component#z"/>
      </tensor>
      <group name="root.[X,Y,Z]" description="#Coordinate (Material)">
        <scalar name="root.X" description="Coordinate_x#X" plot="true" summation="false" unit="m" edims="0,1,2"/>
        <scalar name="root.Y" description="Coordinate_x#Y" plot="true" summation="false" unit="m" edims="0,1,2"/>
        <scalar name="root.Z" description="Coordinate_x#Z" plot="false" summation="false" unit="m" edims="0,1,2"/>
      </group>
      <group name="root.[x,y,z]" description="#Coordinate (Spatial)">
        <scalar name="root.z" description="Coordinate_x#z" plot="false" summation="false" unit="m" edims="0,1,2"/>
      </group>
    </group>
    <group name="Definitions" description="Definitions">
      <scalar name="root.t" description="#Time" plot="true" summation="false" unit="s" edims="-1"/>
      <group name="Frame_transforms" description="Frame_transforms">
        <scalar name="root.mod1.spatial.detF" description="Volume_factor_from_X_frame_to_Y_frame#Material#Spatial" plot="true" summation="false" edims="0,1,2"/>
        <scalar name="root.mod1.spatial.detInvF" description="Volume_factor_from_X_frame_to_Y_frame#Spatial#Material" plot="true" summation="false" edims="0,1,2"/>
        <tensor name="root.mod1.spatial.[F11,F21,F31,F12,F22,F32,F13,F23,F33]" description="Coordinate_transform_from_X_frame_to_Y_frame#Material#Spatial" plot="true" summation="false" basename="root.mod1.spatial.F" size="3,3" symmetric="false" axisymmetric="false" unit="1" edims="2">
          <scalar name="root.mod1.spatial.F11" description="Coordinate_transform_from_X_frame_to_Y_frame#Material#Spatial@,_x_component#11"/>
          <scalar name="root.mod1.spatial.F21" description="Coordinate_transform_from_X_frame_to_Y_frame#Material#Spatial@,_x_component#21"/>
          <scalar name="root.mod1.spatial.F31" description="Coordinate_transform_from_X_frame_to_Y_frame#Material#Spatial@,_x_component#31"/>
          <scalar name="root.mod1.spatial.F12" description="Coordinate_transform_from_X_frame_to_Y_frame#Material#Spatial@,_x_component#12"/>
          <scalar name="root.mod1.spatial.F22" description="Coordinate_transform_from_X_frame_to_Y_frame#Material#Spatial@,_x_component#22"/>
          <scalar name="root.mod1.spatial.F32" description="Coordinate_transform_from_X_frame_to_Y_frame#Material#Spatial@,_x_component#32"/>
          <scalar name="root.mod1.spatial.F13" description="Coordinate_transform_from_X_frame_to_Y_frame#Material#Spatial@,_x_component#13"/>
          <scalar name="root.mod1.spatial.F23" description="Coordinate_transform_from_X_frame_to_Y_frame#Material#Spatial@,_x_component#23"/>
          <scalar name="root.mod1.spatial.F33" description="Coordinate_transform_from_X_frame_to_Y_frame#Material#Spatial@,_x_component#33"/>
        </tensor>
        <tensor name="root.mod1.spatial.[invF11,invF21,invF31,invF12,invF22,invF32,invF13,invF23,invF33]" description="Coordinate_transform_from_X_frame_to_Y_frame#Spatial#Material" plot="true" summation="false" basename="root.mod1.spatial.invF" size="3,3" symmetric="false" axisymmetric="false" unit="1" edims="2">
          <scalar name="root.mod1.spatial.invF11" description="Coordinate_transform_from_X_frame_to_Y_frame#Spatial#Material@,_x_component#11"/>
          <scalar name="root.mod1.spatial.invF21" description="Coordinate_transform_from_X_frame_to_Y_frame#Spatial#Material@,_x_component#21"/>
          <scalar name="root.mod1.spatial.invF31" description="Coordinate_transform_from_X_frame_to_Y_frame#Spatial#Material@,_x_component#31"/>
          <scalar name="root.mod1.spatial.invF12" description="Coordinate_transform_from_X_frame_to_Y_frame#Spatial#Material@,_x_component#12"/>
          <scalar name="root.mod1.spatial.invF22" description="Coordinate_transform_from_X_frame_to_Y_frame#Spatial#Material@,_x_component#22"/>
          <scalar name="root.mod1.spatial.invF32" description="Coordinate_transform_from_X_frame_to_Y_frame#Spatial#Material@,_x_component#32"/>
          <scalar name="root.mod1.spatial.invF13" description="Coordinate_transform_from_X_frame_to_Y_frame#Spatial#Material@,_x_component#13"/>
          <scalar name="root.mod1.spatial.invF23" description="Coordinate_transform_from_X_frame_to_Y_frame#Spatial#Material@,_x_component#23"/>
          <scalar name="root.mod1.spatial.invF33" description="Coordinate_transform_from_X_frame_to_Y_frame#Spatial#Material@,_x_component#33"/>
        </tensor>
      </group>
      <group name="sys1" description="#Boundary System 1">
        <scalar name="root.mod1.sys1.detT" description="Determinant_of_coordinate_transform_to_system" plot="true" summation="false" edims="1"/>
        <scalar name="root.mod1.sys1.detInvT" description="Determinant_of_coordinate_transform_to_system" plot="true" summation="false" edims="1"/>
        <tensor name="root.mod1.sys1.[Tdef11,Tdef21,Tdef31,Tdef12,Tdef22,Tdef32,Tdef13,Tdef23,Tdef33]" description="Coordinate_transform_to_system_x#(sys1)" plot="false" summation="false" basename="root.mod1.sys1.Tdef" size="3,3" symmetric="false" axisymmetric="false" unit="1" edims="1">
          <scalar name="root.mod1.sys1.Tdef11" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#11"/>
          <scalar name="root.mod1.sys1.Tdef21" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#21"/>
          <scalar name="root.mod1.sys1.Tdef31" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#31"/>
          <scalar name="root.mod1.sys1.Tdef12" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#12"/>
          <scalar name="root.mod1.sys1.Tdef22" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#22"/>
          <scalar name="root.mod1.sys1.Tdef32" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#32"/>
          <scalar name="root.mod1.sys1.Tdef13" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#13"/>
          <scalar name="root.mod1.sys1.Tdef23" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#23"/>
          <scalar name="root.mod1.sys1.Tdef33" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#33"/>
        </tensor>
        <tensor name="root.mod1.sys1.[invTdef11,invTdef21,invTdef31,invTdef12,invTdef22,invTdef32,invTdef13,invTdef23,invTdef33]" description="Coordinate_transform_from_system_x#(sys1)" plot="false" summation="false" basename="root.mod1.sys1.invTdef" size="3,3" symmetric="false" axisymmetric="false" unit="1" edims="1">
          <scalar name="root.mod1.sys1.invTdef11" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#11"/>
          <scalar name="root.mod1.sys1.invTdef21" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#21"/>
          <scalar name="root.mod1.sys1.invTdef31" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#31"/>
          <scalar name="root.mod1.sys1.invTdef12" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#12"/>
          <scalar name="root.mod1.sys1.invTdef22" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#22"/>
          <scalar name="root.mod1.sys1.invTdef32" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#32"/>
          <scalar name="root.mod1.sys1.invTdef13" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#13"/>
          <scalar name="root.mod1.sys1.invTdef23" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#23"/>
          <scalar name="root.mod1.sys1.invTdef33" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#33"/>
        </tensor>
        <tensor name="root.mod1.sys1.[Tref11,Tref21,Tref31,Tref12,Tref22,Tref32,Tref13,Tref23,Tref33]" description="Coordinate_transform_to_system_x#(sys1)" plot="false" summation="false" basename="root.mod1.sys1.Tref" size="3,3" symmetric="false" axisymmetric="false" unit="1" edims="1">
          <scalar name="root.mod1.sys1.Tref11" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#11"/>
          <scalar name="root.mod1.sys1.Tref21" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#21"/>
          <scalar name="root.mod1.sys1.Tref31" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#31"/>
          <scalar name="root.mod1.sys1.Tref12" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#12"/>
          <scalar name="root.mod1.sys1.Tref22" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#22"/>
          <scalar name="root.mod1.sys1.Tref32" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#32"/>
          <scalar name="root.mod1.sys1.Tref13" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#13"/>
          <scalar name="root.mod1.sys1.Tref23" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#23"/>
          <scalar name="root.mod1.sys1.Tref33" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#33"/>
        </tensor>
        <tensor name="root.mod1.sys1.[invTref11,invTref21,invTref31,invTref12,invTref22,invTref32,invTref13,invTref23,invTref33]" description="Coordinate_transform_to_system_x#(sys1)" plot="false" summation="false" basename="root.mod1.sys1.invTref" size="3,3" symmetric="false" axisymmetric="false" unit="1" edims="1">
          <scalar name="root.mod1.sys1.invTref11" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#11"/>
          <scalar name="root.mod1.sys1.invTref21" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#21"/>
          <scalar name="root.mod1.sys1.invTref31" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#31"/>
          <scalar name="root.mod1.sys1.invTref12" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#12"/>
          <scalar name="root.mod1.sys1.invTref22" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#22"/>
          <scalar name="root.mod1.sys1.invTref32" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#32"/>
          <scalar name="root.mod1.sys1.invTref13" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#13"/>
          <scalar name="root.mod1.sys1.invTref23" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#23"/>
          <scalar name="root.mod1.sys1.invTref33" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#33"/>
        </tensor>
        <tensor name="root.mod1.sys1.[Tgeom11,Tgeom21,Tgeom31,Tgeom12,Tgeom22,Tgeom32,Tgeom13,Tgeom23,Tgeom33]" description="Coordinate_transform_to_system_x#(sys1)" plot="false" summation="false" basename="root.mod1.sys1.Tgeom" size="3,3" symmetric="false" axisymmetric="false" unit="1" edims="1">
          <scalar name="root.mod1.sys1.Tgeom11" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#11"/>
          <scalar name="root.mod1.sys1.Tgeom21" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#21"/>
          <scalar name="root.mod1.sys1.Tgeom31" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#31"/>
          <scalar name="root.mod1.sys1.Tgeom12" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#12"/>
          <scalar name="root.mod1.sys1.Tgeom22" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#22"/>
          <scalar name="root.mod1.sys1.Tgeom32" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#32"/>
          <scalar name="root.mod1.sys1.Tgeom13" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#13"/>
          <scalar name="root.mod1.sys1.Tgeom23" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#23"/>
          <scalar name="root.mod1.sys1.Tgeom33" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#33"/>
        </tensor>
        <tensor name="root.mod1.sys1.[invTgeom11,invTgeom21,invTgeom31,invTgeom12,invTgeom22,invTgeom32,invTgeom13,invTgeom23,invTgeom33]" description="Coordinate_transform_to_system_x#(sys1)" plot="false" summation="false" basename="root.mod1.sys1.invTgeom" size="3,3" symmetric="false" axisymmetric="false" unit="1" edims="1">
          <scalar name="root.mod1.sys1.invTgeom11" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#11"/>
          <scalar name="root.mod1.sys1.invTgeom21" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#21"/>
          <scalar name="root.mod1.sys1.invTgeom31" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#31"/>
          <scalar name="root.mod1.sys1.invTgeom12" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#12"/>
          <scalar name="root.mod1.sys1.invTgeom22" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#22"/>
          <scalar name="root.mod1.sys1.invTgeom32" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#32"/>
          <scalar name="root.mod1.sys1.invTgeom13" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#13"/>
          <scalar name="root.mod1.sys1.invTgeom23" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#23"/>
          <scalar name="root.mod1.sys1.invTgeom33" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#33"/>
        </tensor>
        <tensor name="root.mod1.sys1.[T11,T21,T31,T12,T22,T32,T13,T23,T33]" description="Coordinate_transform_to_system_x#(sys1)" plot="true" summation="false" basename="root.mod1.sys1.T" size="3,3" symmetric="false" axisymmetric="false" unit="1" edims="1">
          <scalar name="root.mod1.sys1.T11" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#11"/>
          <scalar name="root.mod1.sys1.T21" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#21"/>
          <scalar name="root.mod1.sys1.T31" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#31"/>
          <scalar name="root.mod1.sys1.T12" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#12"/>
          <scalar name="root.mod1.sys1.T22" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#22"/>
          <scalar name="root.mod1.sys1.T32" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#32"/>
          <scalar name="root.mod1.sys1.T13" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#13"/>
          <scalar name="root.mod1.sys1.T23" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#23"/>
          <scalar name="root.mod1.sys1.T33" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#33"/>
        </tensor>
        <tensor name="root.mod1.sys1.[invT11,invT21,invT31,invT12,invT22,invT32,invT13,invT23,invT33]" description="Coordinate_transform_from_system_x#(sys1)" plot="true" summation="false" basename="root.mod1.sys1.invT" size="3,3" symmetric="false" axisymmetric="false" unit="1" edims="1">
          <scalar name="root.mod1.sys1.invT11" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#11"/>
          <scalar name="root.mod1.sys1.invT21" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#21"/>
          <scalar name="root.mod1.sys1.invT31" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#31"/>
          <scalar name="root.mod1.sys1.invT12" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#12"/>
          <scalar name="root.mod1.sys1.invT22" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#22"/>
          <scalar name="root.mod1.sys1.invT32" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#32"/>
          <scalar name="root.mod1.sys1.invT13" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#13"/>
          <scalar name="root.mod1.sys1.invT23" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#23"/>
          <scalar name="root.mod1.sys1.invT33" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#33"/>
        </tensor>
        <tensor name="root.mod1.sys1.[e_t11,e_t12,e_t13]" description="#Base vector (sys1) t1 (Spatial)" plot="true" summation="false" basename="root.mod1.sys1.eT" size="3,1" symmetric="false" axisymmetric="false" unit="1" edims="1">
          <scalar name="root.mod1.sys1.e_t11" description="Base_vector_x#(sys1) t1@,_x_component#x"/>
          <scalar name="root.mod1.sys1.e_t12" description="Base_vector_x#(sys1) t1@,_x_component#y"/>
          <scalar name="root.mod1.sys1.e_t13" description="Base_vector_x#(sys1) t1@,_x_component#z"/>
        </tensor>
        <tensor name="root.mod1.sys1.[e_n1,e_n2,e_n3]" description="#Base vector (sys1) n (Spatial)" plot="true" summation="false" basename="root.mod1.sys1.eT" size="3,1" symmetric="false" axisymmetric="false" unit="1" edims="1">
          <scalar name="root.mod1.sys1.e_n1" description="Base_vector_x#(sys1) n@,_x_component#x"/>
          <scalar name="root.mod1.sys1.e_n2" description="Base_vector_x#(sys1) n@,_x_component#y"/>
          <scalar name="root.mod1.sys1.e_n3" description="Base_vector_x#(sys1) n@,_x_component#z"/>
        </tensor>
        <tensor name="root.mod1.sys1.[e_to1,e_to2,e_to3]" description="#Base vector (sys1) to (Spatial)" plot="true" summation="false" basename="root.mod1.sys1.eT" size="3,1" symmetric="false" axisymmetric="false" unit="1" edims="1">
          <scalar name="root.mod1.sys1.e_to1" description="Base_vector_x#(sys1) to@,_x_component#x"/>
          <scalar name="root.mod1.sys1.e_to2" description="Base_vector_x#(sys1) to@,_x_component#y"/>
          <scalar name="root.mod1.sys1.e_to3" description="Base_vector_x#(sys1) to@,_x_component#z"/>
        </tensor>
        <tensor name="root.mod1.sys1.[gSub11,gSub21,gSub31,gSub12,gSub22,gSub32,gSub13,gSub23,gSub33]" description="Covariant_metric_tensor" plot="false" summation="false" basename="root.mod1.sys1.gSub" size="3,3" symmetric="false" axisymmetric="false" edims="1">
          <scalar name="root.mod1.sys1.gSub11" description="Covariant_metric_tensor@,_x_component#11"/>
          <scalar name="root.mod1.sys1.gSub21" description="Covariant_metric_tensor@,_x_component#21"/>
          <scalar name="root.mod1.sys1.gSub31" description="Covariant_metric_tensor@,_x_component#31"/>
          <scalar name="root.mod1.sys1.gSub12" description="Covariant_metric_tensor@,_x_component#12"/>
          <scalar name="root.mod1.sys1.gSub22" description="Covariant_metric_tensor@,_x_component#22"/>
          <scalar name="root.mod1.sys1.gSub32" description="Covariant_metric_tensor@,_x_component#32"/>
          <scalar name="root.mod1.sys1.gSub13" description="Covariant_metric_tensor@,_x_component#13"/>
          <scalar name="root.mod1.sys1.gSub23" description="Covariant_metric_tensor@,_x_component#23"/>
          <scalar name="root.mod1.sys1.gSub33" description="Covariant_metric_tensor@,_x_component#33"/>
        </tensor>
        <tensor name="root.mod1.sys1.[gSup11,gSup21,gSup31,gSup12,gSup22,gSup32,gSup13,gSup23,gSup33]" description="Contravariant_metric_tensor" plot="false" summation="false" basename="root.mod1.sys1.gSup" size="3,3" symmetric="false" axisymmetric="false" edims="1">
          <scalar name="root.mod1.sys1.gSup11" description="Contravariant_metric_tensor@,_x_component#11"/>
          <scalar name="root.mod1.sys1.gSup21" description="Contravariant_metric_tensor@,_x_component#21"/>
          <scalar name="root.mod1.sys1.gSup31" description="Contravariant_metric_tensor@,_x_component#31"/>
          <scalar name="root.mod1.sys1.gSup12" description="Contravariant_metric_tensor@,_x_component#12"/>
          <scalar name="root.mod1.sys1.gSup22" description="Contravariant_metric_tensor@,_x_component#22"/>
          <scalar name="root.mod1.sys1.gSup32" description="Contravariant_metric_tensor@,_x_component#32"/>
          <scalar name="root.mod1.sys1.gSup13" description="Contravariant_metric_tensor@,_x_component#13"/>
          <scalar name="root.mod1.sys1.gSup23" description="Contravariant_metric_tensor@,_x_component#23"/>
          <scalar name="root.mod1.sys1.gSup33" description="Contravariant_metric_tensor@,_x_component#33"/>
        </tensor>
      </group>
    </group>
    <group name="fsi" description="#Fluid-Structure Interaction">
      <scalar name="root.mod1.u_fluid_fld_act" description="Velocity_field" plot="false" summation="false" edims="0,1,2"/>
      <scalar name="root.mod1.p_fld_act" description="Pressure" plot="false" summation="false" edims="0,1,2"/>
      <scalar name="root.mod1.k_fld_act" description="" plot="false" summation="false" edims="0,1,2"/>
      <scalar name="root.mod1.ep_fld_act" description="" plot="false" summation="false" edims="0,1,2"/>
      <scalar name="root.mod1.om_fld_act" description="" plot="false" summation="false" edims="0,1,2"/>
      <scalar name="root.mod1.G_fld_act" description="" plot="false" summation="false" edims="0,1,2"/>
      <scalar name="root.mod1.uc_fld_act" description="" plot="false" summation="false" edims="0,1,2"/>
      <scalar name="root.mod1.pc_fld_act" description="" plot="false" summation="false" edims="0,1,2"/>
      <scalar name="root.mod1.nutilde_fld_act" description="" plot="false" summation="false" edims="0,1,2"/>
      <scalar name="root.mod1.u_solid_fld_act" description="Displacement_field" plot="false" summation="false" edims="0,1,2"/>
      <scalar name="root.xy_fld_act" description="Spatial_coordinate" plot="false" summation="false" edims="0,1,2"/>
      <scalar name="root.mod1.fsi.pw_fld_act" description="Pressure" plot="false" summation="false" edims="0,1,2"/>
      <scalar name="root.mod1.fsi.relVol" description="Local_relative_element_volume" plot="true" summation="false" unit="1" edims="2"/>
      <scalar name="root.mod1.fsi.relVolMin" description="Minimum_relative_element_volume" plot="true" summation="false" unit="1" edims="-1"/>
      <scalar name="root.mod1.fsi.relVolMax" description="Maximum_relative_element_volume" plot="true" summation="false" unit="1" edims="-1"/>
      <scalar name="root.mod1.fsi.minqual" description="Minimum_element_quality" plot="true" summation="false" edims="-1"/>
      <scalar name="root.xt" description="Mesh_velocity@,_x_component#x" plot="false" summation="false" unit="m/s" edims="-1"/>
      <scalar name="root.yt" description="Mesh_velocity@,_x_component#y" plot="false" summation="false" unit="m/s" edims="-1"/>
      <scalar name="root.zt" description="Mesh_velocity@,_x_component#z" plot="false" summation="false" unit="m/s" edims="-1"/>
      <scalar name="root.mod1.fsi.omega" description="Angular_frequency" plot="false" summation="false" unit="rad/s" edims="-1"/>
      <scalar name="root.mod1.fsi.fp1.minput_temperature" description="Temperature" plot="false" summation="false" unit="K" edims="2"/>
      <scalar name="root.mod1.fsi.J_mesh" description="Mesh_deformation_volume_ratio" plot="false" summation="false" unit="1" edims="2"/>
      <scalar name="root.mod1.fsi.Jlim_mesh" description="Lower_limit_on_volume_ratio_for_hyperelastic_mesh_smoothing" plot="false" summation="false" unit="1" edims="2"/>
      <scalar name="root.mod1.fsi.mu_mesh_ale" description="Dimensionless_shear_modulus_for_hyperelastic_mesh_smoothing" plot="false" summation="false" unit="1" edims="2"/>
      <scalar name="root.mod1.fsi.kappa_mesh" description="Dimensionless_bulk_modulus_for_hyperelastic_mesh_smoothing" plot="false" summation="false" unit="1" edims="2"/>
      <tensor name="root.xy" description="#Spatial coordinates (Material)" plot="true" summation="false" basename="root.xy" size="3,1" symmetric="false" axisymmetric="false" unit="m" edims="1,2">
        <scalar name="root.x" description="Spatial_coordinate_x#x"/>
        <scalar name="root.y" description="Spatial_coordinate_x#y"/>
        <scalar name="0" description="Spatial_coordinate_x#z"/>
      </tensor>
      <tensor name="root.[xTX,xTY,0]" description="#Tangential gradient of x (Material)" plot="false" summation="false" basename="root.[xTX,xTY,0]" size="3,1" symmetric="false" axisymmetric="false" unit="1" edims="1">
        <scalar name="root.xTX" description="Tangential_gradient_of_X_Y_component#x#X"/>
        <scalar name="root.xTY" description="Tangential_gradient_of_X_Y_component#x#Y"/>
        <scalar name="0" description="Tangential_gradient_of_X_Y_component#x#Z"/>
      </tensor>
      <tensor name="root.[xTXX,xTXY,0]" description="#Tangential gradient of xTX (Material)" plot="false" summation="false" basename="root.[xTXX,xTXY,0]" size="3,1" symmetric="false" axisymmetric="false" unit="1/m" edims="1">
        <scalar name="root.xTXX" description="Tangential_gradient_of_X_Y_component#xTX#X"/>
        <scalar name="root.xTXY" description="Tangential_gradient_of_X_Y_component#xTX#Y"/>
        <scalar name="0" description="Tangential_gradient_of_X_Y_component#xTX#Z"/>
      </tensor>
      <tensor name="root.[xTYX,xTYY,0]" description="#Tangential gradient of xTY (Material)" plot="false" summation="false" basename="root.[xTYX,xTYY,0]" size="3,1" symmetric="false" axisymmetric="false" unit="1/m" edims="1">
        <scalar name="root.xTYX" description="Tangential_gradient_of_X_Y_component#xTY#X"/>
        <scalar name="root.xTYY" description="Tangential_gradient_of_X_Y_component#xTY#Y"/>
        <scalar name="0" description="Tangential_gradient_of_X_Y_component#xTY#Z"/>
      </tensor>
      <tensor name="root.[xX,xY,0]" description="#Gradient of x (Material)" plot="false" summation="false" basename="root.[xX,xY,0]" size="3,1" symmetric="false" axisymmetric="false" unit="1" edims="2">
        <scalar name="root.xX" description="Gradient_of_X_Y_component#x#X"/>
        <scalar name="root.xY" description="Gradient_of_X_Y_component#x#Y"/>
        <scalar name="0" description="Gradient_of_X_Y_component#x#Z"/>
      </tensor>
      <tensor name="root.[xXX,xXY,0]" description="#Gradient of xX (Material)" plot="false" summation="false" basename="root.[xXX,xXY,0]" size="3,1" symmetric="false" axisymmetric="false" unit="1/m" edims="2">
        <scalar name="root.xXX" description="Gradient_of_X_Y_component#xX#X"/>
        <scalar name="root.xXY" description="Gradient_of_X_Y_component#xX#Y"/>
        <scalar name="0" description="Gradient_of_X_Y_component#xX#Z"/>
      </tensor>
      <tensor name="root.[xYX,xYY,0]" description="#Gradient of xY (Material)" plot="false" summation="false" basename="root.[xYX,xYY,0]" size="3,1" symmetric="false" axisymmetric="false" unit="1/m" edims="2">
        <scalar name="root.xYX" description="Gradient_of_X_Y_component#xY#X"/>
        <scalar name="root.xYY" description="Gradient_of_X_Y_component#xY#Y"/>
        <scalar name="0" description="Gradient_of_X_Y_component#xY#Z"/>
      </tensor>
      <tensor name="root.[yTX,yTY,0]" description="#Tangential gradient of y (Material)" plot="false" summation="false" basename="root.[yTX,yTY,0]" size="3,1" symmetric="false" axisymmetric="false" unit="1" edims="1">
        <scalar name="root.yTX" description="Tangential_gradient_of_X_Y_component#y#X"/>
        <scalar name="root.yTY" description="Tangential_gradient_of_X_Y_component#y#Y"/>
        <scalar name="0" description="Tangential_gradient_of_X_Y_component#y#Z"/>
      </tensor>
      <tensor name="root.[yTXX,yTXY,0]" description="#Tangential gradient of yTX (Material)" plot="false" summation="false" basename="root.[yTXX,yTXY,0]" size="3,1" symmetric="false" axisymmetric="false" unit="1/m" edims="1">
        <scalar name="root.yTXX" description="Tangential_gradient_of_X_Y_component#yTX#X"/>
        <scalar name="root.yTXY" description="Tangential_gradient_of_X_Y_component#yTX#Y"/>
        <scalar name="0" description="Tangential_gradient_of_X_Y_component#yTX#Z"/>
      </tensor>
      <tensor name="root.[yTYX,yTYY,0]" description="#Tangential gradient of yTY (Material)" plot="false" summation="false" basename="root.[yTYX,yTYY,0]" size="3,1" symmetric="false" axisymmetric="false" unit="1/m" edims="1">
        <scalar name="root.yTYX" description="Tangential_gradient_of_X_Y_component#yTY#X"/>
        <scalar name="root.yTYY" description="Tangential_gradient_of_X_Y_component#yTY#Y"/>
        <scalar name="0" description="Tangential_gradient_of_X_Y_component#yTY#Z"/>
      </tensor>
      <tensor name="root.[yX,yY,0]" description="#Gradient of y (Material)" plot="false" summation="false" basename="root.[yX,yY,0]" size="3,1" symmetric="false" axisymmetric="false" unit="1" edims="2">
        <scalar name="root.yX" description="Gradient_of_X_Y_component#y#X"/>
        <scalar name="root.yY" description="Gradient_of_X_Y_component#y#Y"/>
        <scalar name="0" description="Gradient_of_X_Y_component#y#Z"/>
      </tensor>
      <tensor name="root.[yXX,yXY,0]" description="#Gradient of yX (Material)" plot="false" summation="false" basename="root.[yXX,yXY,0]" size="3,1" symmetric="false" axisymmetric="false" unit="1/m" edims="2">
        <scalar name="root.yXX" description="Gradient_of_X_Y_component#yX#X"/>
        <scalar name="root.yXY" description="Gradient_of_X_Y_component#yX#Y"/>
        <scalar name="0" description="Gradient_of_X_Y_component#yX#Z"/>
      </tensor>
      <tensor name="root.[yYX,yYY,0]" description="#Gradient of yY (Material)" plot="false" summation="false" basename="root.[yYX,yYY,0]" size="3,1" symmetric="false" axisymmetric="false" unit="1/m" edims="2">
        <scalar name="root.yYX" description="Gradient_of_X_Y_component#yY#X"/>
        <scalar name="root.yYY" description="Gradient_of_X_Y_component#yY#Y"/>
        <scalar name="0" description="Gradient_of_X_Y_component#yY#Z"/>
      </tensor>
      <tensor name="root.mod1.fsi.[nXmesh,nYmesh,nZmesh]" description="#Normal vector (mesh) (Material)" plot="false" summation="false" basename="root.mod1.fsi.nmesh" size="3,1" symmetric="false" axisymmetric="false" edims="1">
        <scalar name="root.mod1.fsi.nXmesh" description="Normal_vector_(mesh)@,_x_component#X"/>
        <scalar name="root.mod1.fsi.nYmesh" description="Normal_vector_(mesh)@,_x_component#Y"/>
        <scalar name="root.mod1.fsi.nZmesh" description="Normal_vector_(mesh)@,_x_component#Z"/>
      </tensor>
      <tensor name="root.mod1.fsi.[x_free,y_free,0]" description="#Coordinate (Spatial)" plot="false" summation="false" basename="root.mod1.fsi.[x_free,y_free,0]" size="3,1" symmetric="false" axisymmetric="false" unit="m" edims="1">
        <scalar name="root.mod1.fsi.x_free" description="Coordinate@,_x_component#x"/>
        <scalar name="root.mod1.fsi.y_free" description="Coordinate@,_x_component#y"/>
        <scalar name="0" description="Coordinate@,_x_component#z"/>
      </tensor>
      <tensor name="root.mod1.fsi.[vWallx,vWally,vWallz]" description="#Wall velocity (Spatial)" plot="false" summation="false" basename="root.mod1.fsi.vWall" size="3,1" symmetric="false" axisymmetric="false" unit="m/s" edims="1">
        <scalar name="root.mod1.fsi.vWallx" description="Wall_velocity@,_x_component#x"/>
        <scalar name="root.mod1.fsi.vWally" description="Wall_velocity@,_x_component#y"/>
        <scalar name="root.mod1.fsi.vWallz" description="Wall_velocity@,_x_component#z"/>
      </tensor>
      <tensor name="root.mod1.fsi.[uInitX,uInitY,uInitZ]" description="#Initial value of displacement (Material)" plot="false" summation="false" basename="root.mod1.fsi.uInit" size="3,1" symmetric="false" axisymmetric="false" unit="m" edims="2">
        <scalar name="root.mod1.fsi.uInitX" description="Initial_value_of_displacement@,_x_component#X"/>
        <scalar name="root.mod1.fsi.uInitY" description="Initial_value_of_displacement@,_x_component#Y"/>
        <scalar name="root.mod1.fsi.uInitZ" description="Initial_value_of_displacement@,_x_component#Z"/>
      </tensor>
      <tensor name="root.mod1.fsi.[utInitX,utInitY,utInitZ]" description="#Initial value of structural velocity (Material)" plot="false" summation="false" basename="root.mod1.fsi.utInit" size="3,1" symmetric="false" axisymmetric="false" unit="m/s" edims="2">
        <scalar name="root.mod1.fsi.utInitX" description="Initial_value_of_velocity@,_x_component#X"/>
        <scalar name="root.mod1.fsi.utInitY" description="Initial_value_of_velocity@,_x_component#Y"/>
        <scalar name="root.mod1.fsi.utInitZ" description="Initial_value_of_velocity@,_x_component#Z"/>
      </tensor>
      <group name="GeometryGroup" description="Geometry[Variable_group]">
        <tensor name="root.mod1.fsi.[nX,nY,nZ]" description="#Normal vector (X,Y,Z) (Material)" plot="true" summation="false" basename="root.mod1.fsi.n" size="3,1" symmetric="false" axisymmetric="false" edims="1">
          <scalar name="root.mod1.fsi.nX" description="Normal_vector@,_x_component#X"/>
          <scalar name="root.mod1.fsi.nY" description="Normal_vector@,_x_component#Y"/>
          <scalar name="root.mod1.fsi.nZ" description="Normal_vector@,_x_component#Z"/>
        </tensor>
      </group>
      <group name="MaterialProperties" description="Material_properties">
        <scalar name="root.mod1.fsi.rho" description="Density" plot="true" summation="false" unit="kg/m^3" edims="2"/>
      </group>
      <group name="StrainGroup" description="Strain[Variable_group]">
        <group name="Rot" description="Rotation_of_deformation_tensor">
          <scalar name="root.mod1.fsi.RotxX" description="Rotation_of_deformation_tensor#xX" plot="true" summation="false" unit="1" edims="2"/>
          <scalar name="root.mod1.fsi.RotxY" description="Rotation_of_deformation_tensor#xY" plot="true" summation="false" unit="1" edims="2"/>
          <scalar name="root.mod1.fsi.RotxZ" description="Rotation_of_deformation_tensor#xZ" plot="true" summation="false" unit="1" edims="2"/>
          <scalar name="root.mod1.fsi.RotyX" description="Rotation_of_deformation_tensor#yX" plot="true" summation="false" unit="1" edims="2"/>
          <scalar name="root.mod1.fsi.RotyY" description="Rotation_of_deformation_tensor#yY" plot="true" summation="false" unit="1" edims="2"/>
          <scalar name="root.mod1.fsi.RotyZ" description="Rotation_of_deformation_tensor#yZ" plot="true" summation="false" unit="1" edims="2"/>
          <scalar name="root.mod1.fsi.RotzX" description="Rotation_of_deformation_tensor#zX" plot="true" summation="false" unit="1" edims="2"/>
          <scalar name="root.mod1.fsi.RotzY" description="Rotation_of_deformation_tensor#zY" plot="true" summation="false" unit="1" edims="2"/>
          <scalar name="root.mod1.fsi.RotzZ" description="Rotation_of_deformation_tensor#zZ" plot="true" summation="false" unit="1" edims="2"/>
        </group>
        <group name="Ustch" description="Right_stretch_tensor">
          <scalar name="root.mod1.fsi.UstchXX" description="Right_stretch_tensor#XX" plot="true" summation="false" unit="1" edims="2"/>
          <scalar name="root.mod1.fsi.UstchXY" description="Right_stretch_tensor#XY" plot="true" summation="false" unit="1" edims="2"/>
          <scalar name="root.mod1.fsi.UstchXZ" description="Right_stretch_tensor#XZ" plot="true" summation="false" unit="1" edims="2"/>
          <scalar name="root.mod1.fsi.UstchYY" description="Right_stretch_tensor#YY" plot="true" summation="false" unit="1" edims="2"/>
          <scalar name="root.mod1.fsi.UstchYZ" description="Right_stretch_tensor#YZ" plot="true" summation="false" unit="1" edims="2"/>
          <scalar name="root.mod1.fsi.UstchZZ" description="Right_stretch_tensor#ZZ" plot="true" summation="false" unit="1" edims="2"/>
        </group>
        <group name="epVal" description="Principal_strains">
          <scalar name="root.mod1.fsi.ep1" description="First_principal_strain" plot="true" summation="false" unit="1" edims="2"/>
          <scalar name="root.mod1.fsi.ep2" description="Second_principal_strain" plot="true" summation="false" unit="1" edims="2"/>
          <scalar name="root.mod1.fsi.ep3" description="Third_principal_strain" plot="true" summation="false" unit="1" edims="2"/>
        </group>
        <group name="PrincipalStrainDirections" description="Principal_strain_directions">
          <tensor name="root.mod1.fsi.[ep1X,ep1Y,ep1Z]" description="#Principal strain direction 1 (Material)" plot="true" summation="false" basename="root.mod1.fsi.[ep1X,ep1Y,ep1Z]" size="3,1" symmetric="false" axisymmetric="false" edims="2">
            <scalar name="root.mod1.fsi.ep1X" description="Principal_strain_direction_1@,_x_component#X"/>
            <scalar name="root.mod1.fsi.ep1Y" description="Principal_strain_direction_1@,_x_component#Y"/>
            <scalar name="root.mod1.fsi.ep1Z" description="Principal_strain_direction_1@,_x_component#Z"/>
          </tensor>
          <tensor name="root.mod1.fsi.[ep2X,ep2Y,ep2Z]" description="#Principal strain direction 2 (Material)" plot="true" summation="false" basename="root.mod1.fsi.[ep2X,ep2Y,ep2Z]" size="3,1" symmetric="false" axisymmetric="false" edims="2">
            <scalar name="root.mod1.fsi.ep2X" description="Principal_strain_direction_2@,_x_component#X"/>
            <scalar name="root.mod1.fsi.ep2Y" description="Principal_strain_direction_2@,_x_component#Y"/>
            <scalar name="root.mod1.fsi.ep2Z" description="Principal_strain_direction_2@,_x_component#Z"/>
          </tensor>
          <tensor name="root.mod1.fsi.[ep3X,ep3Y,ep3Z]" description="#Principal strain direction 3 (Material)" plot="true" summation="false" basename="root.mod1.fsi.[ep3X,ep3Y,ep3Z]" size="3,1" symmetric="false" axisymmetric="false" edims="2">
            <scalar name="root.mod1.fsi.ep3X" description="Principal_strain_direction_3@,_x_component#X"/>
            <scalar name="root.mod1.fsi.ep3Y" description="Principal_strain_direction_3@,_x_component#Y"/>
            <scalar name="root.mod1.fsi.ep3Z" description="Principal_strain_direction_3@,_x_component#Z"/>
          </tensor>
        </group>
      </group>
      <group name="GlobalGroup" description="Global[EMVariableGroup]">
        <scalar name="root.mod1.fsi.Ws_tot" description="Total_strain_energy" plot="true" summation="false" unit="J" edims="-1"/>
        <scalar name="root.mod1.fsi.Wk_tot" description="Total_kinetic_energy" plot="true" summation="false" unit="J" edims="-1"/>
      </group>
      <group name="StressGroup" description="Stress[Variable_group]">
        <group name="spVal" description="Principal_stresses">
          <scalar name="root.mod1.fsi.sp1" description="First_principal_stress" plot="true" summation="false" unit="N/m^2" edims="2"/>
          <scalar name="root.mod1.fsi.sp2" description="Second_principal_stress" plot="true" summation="false" unit="N/m^2" edims="2"/>
          <scalar name="root.mod1.fsi.sp3" description="Third_principal_stress" plot="true" summation="false" unit="N/m^2" edims="2"/>
        </group>
        <group name="PrincipalStressDirections" description="Principal_stress_directions">
          <tensor name="root.mod1.fsi.[sp1X,sp1Y,sp1Z]" description="#Principal stress direction 1 (Material)" plot="true" summation="false" basename="root.mod1.fsi.[sp1X,sp1Y,sp1Z]" size="3,1" symmetric="false" axisymmetric="false" edims="2">
            <scalar name="root.mod1.fsi.sp1X" description="Principal_stress_direction_1@,_x_component#X"/>
            <scalar name="root.mod1.fsi.sp1Y" description="Principal_stress_direction_1@,_x_component#Y"/>
            <scalar name="root.mod1.fsi.sp1Z" description="Principal_stress_direction_1@,_x_component#Z"/>
          </tensor>
          <tensor name="root.mod1.fsi.[sp2X,sp2Y,sp2Z]" description="#Principal stress direction 2 (Material)" plot="true" summation="false" basename="root.mod1.fsi.[sp2X,sp2Y,sp2Z]" size="3,1" symmetric="false" axisymmetric="false" edims="2">
            <scalar name="root.mod1.fsi.sp2X" description="Principal_stress_direction_2@,_x_component#X"/>
            <scalar name="root.mod1.fsi.sp2Y" description="Principal_stress_direction_2@,_x_component#Y"/>
            <scalar name="root.mod1.fsi.sp2Z" description="Principal_stress_direction_2@,_x_component#Z"/>
          </tensor>
          <tensor name="root.mod1.fsi.[sp3X,sp3Y,sp3Z]" description="#Principal stress direction 3 (Material)" plot="true" summation="false" basename="root.mod1.fsi.[sp3X,sp3Y,sp3Z]" size="3,1" symmetric="false" axisymmetric="false" edims="2">
            <scalar name="root.mod1.fsi.sp3X" description="Principal_stress_direction_3@,_x_component#X"/>
            <scalar name="root.mod1.fsi.sp3Y" description="Principal_stress_direction_3@,_x_component#Y"/>
            <scalar name="root.mod1.fsi.sp3Z" description="Principal_stress_direction_3@,_x_component#Z"/>
          </tensor>
        </group>
      </group>
    </group>
    <group name="fsi_LaminarFlow" description="#Fluid-Structure Interaction (Laminar Flow)">
      <scalar name="root.mod1.p" description="Pressure" plot="true" summation="false" unit="Pa" edims="2"/>
      <scalar name="root.mod1.pt" description="Pressure@,_first_time_derivative" plot="false" summation="false" unit="Pa/s" edims="2"/>
      <scalar name="root.mod1.ptt" description="Pressure@,_second_time_derivative" plot="false" summation="false" unit="Pa/s^2" edims="2"/>
      <scalar name="root.mod1.fsi.dz" description="Channel_thickness" plot="false" summation="false" unit="m" edims="2"/>
      <scalar name="root.mod1.fsi.gijij" description="" plot="false" summation="false" unit="m^4" edims="2"/>
      <scalar name="root.mod1.fsi.mu" description="Dynamic_viscosity" plot="true" summation="false" unit="Pa*s" edims="2"/>
      <scalar name="root.mod1.fsi.divu" description="Divergence_of_velocity_field" plot="false" summation="false" unit="1/s" edims="2"/>
      <scalar name="root.mod1.fsi.sr_fluid" description="Shear_rate" plot="true" summation="false" unit="1/s" edims="2"/>
      <scalar name="root.mod1.fsi.U" description="Velocity_magnitude" plot="true" summation="false" unit="m/s" edims="2"/>
      <scalar name="root.mod1.fsi.vort_magn" description="Vorticity_magnitude" plot="true" summation="false" unit="1/s" edims="2"/>
      <scalar name="root.mod1.fsi.cellRe" description="Cell_Reynolds_number" plot="true" summation="false" unit="1" edims="2"/>
      <scalar name="root.mod1.fsi.nu_fluid" description="Kinematic_viscosity" plot="true" summation="false" unit="m^2/s" edims="2"/>
      <scalar name="root.mod1.fsi.betaT" description="Isothermal_compressibility_coefficient" plot="true" summation="false" unit="1/Pa" edims="2"/>
      <scalar name="root.mod1.fsi.tau_c" description="GLS_time_scale" plot="false" summation="false" unit="m^2/s" edims="2"/>
      <scalar name="root.mod1.fsi.tau_m" description="GLS_time_scale" plot="false" summation="false" unit="m^3*s/kg" edims="2"/>
      <scalar name="root.mod1.fsi.res_u" description="Equation_residual" plot="false" summation="false" unit="N/m^3" edims="2"/>
      <scalar name="root.mod1.fsi.res_v" description="Equation_residual" plot="false" summation="false" unit="N/m^3" edims="2"/>
      <scalar name="root.mod1.fsi.res_p" description="Pressure_equation_residual" plot="false" summation="false" unit="kg/(m^3*s)" edims="2"/>
      <scalar name="root.mod1.fsi.streamlinens" description="" plot="false" summation="false" edims="2"/>
      <scalar name="root.mod1.fsi.ck" description="Tuning_parameter" plot="false" summation="false" unit="1" edims="2"/>
      <scalar name="root.mod1.fsi.vhNS" description="" plot="false" summation="false" edims="2"/>
      <scalar name="root.mod1.fsi.crosswindns" description="" plot="false" summation="false" edims="2"/>
      <scalar name="root.mod1.fsi.locCFL" description="Local_CFL_number" plot="false" summation="false" unit="1" edims="2"/>
      <scalar name="root.mod1.fsi.time_step_inv" description="Inverse_time_step" plot="false" summation="false" unit="Hz" edims="2"/>
      <scalar name="root.mod1.fsi.meshVolInt" description="Volume_of_interior_mesh_element" plot="false" summation="false" unit="m^2" edims="1"/>
      <scalar name="root.mod1.fsi.sigma_dg_ns" description="#" plot="false" summation="false" unit="Pa*s/m^2" edims="1"/>
      <scalar name="root.mod1.fsi.rhoFace" description="Density_face_value" plot="false" summation="false" unit="kg/m^3" edims="1"/>
      <scalar name="root.mod1.fsi.umxTnFace" description="Relative_velocity_on_face" plot="false" summation="false" unit="m/s" edims="1"/>
      <scalar name="root.mod1.fsi.upwind_ns" description="#" plot="false" summation="false" unit="W/m^2" edims="1"/>
      <scalar name="root.mod1.fsi.upwindCont" description="Upwind_term_for_continuity_equation" plot="false" summation="false" unit="kg^2/(m^3*s^3)" edims="1"/>
      <scalar name="root.mod1.fsi.pFace" description="Pressure_face_value" plot="false" summation="false" unit="Pa" edims="1"/>
      <scalar name="root.mod1.fsi.consFlux" description="Conservative_flux" plot="false" summation="false" unit="W/m^2" edims="1"/>
      <scalar name="root.mod1.fsi.U0in" description="Normal_inflow_velocity" plot="false" summation="false" unit="m/s" edims="1"/>
      <scalar name="root.mod1.fsi.U0out" description="Normal_outflow_velocity" plot="false" summation="false" unit="m/s" edims="1"/>
      <scalar name="root.mod1.fsi.uvw" description="Velocity_of_the_tangentially_moving_wall" plot="false" summation="false" unit="m/s" edims="1"/>
      <tensor name="root.mod1.u_fluid" description="#Velocity field (Spatial)" plot="true" summation="false" basename="root.mod1.u_fluid" size="3,1" symmetric="false" axisymmetric="false" unit="m/s" edims="2">
        <scalar name="root.mod1.u_fluid" description="Velocity_field@,_x_component#x"/>
        <scalar name="root.mod1.v_fluid" description="Velocity_field@,_x_component#y"/>
        <scalar name="0" description="Velocity_field@,_x_component#z"/>
      </tensor>
      <tensor name="root.mod1.[u_fluidTx,u_fluidTy,0]" description="#Tangential gradient of u_fluid (Spatial)" plot="false" summation="false" basename="root.mod1.[u_fluidTx,u_fluidTy,0]" size="3,1" symmetric="false" axisymmetric="false" unit="1/s" edims="1">
        <scalar name="root.mod1.u_fluidTx" description="Tangential_gradient_of_X_Y_component#u_fluid#x"/>
        <scalar name="root.mod1.u_fluidTy" description="Tangential_gradient_of_X_Y_component#u_fluid#y"/>
        <scalar name="0" description="Tangential_gradient_of_X_Y_component#u_fluid#z"/>
      </tensor>
      <tensor name="root.mod1.[u_fluidTxx,u_fluidTxy,0]" description="#Tangential gradient of u_fluidTx (Spatial)" plot="false" summation="false" basename="root.mod1.[u_fluidTxx,u_fluidTxy,0]" size="3,1" symmetric="false" axisymmetric="false" unit="1/(m*s)" edims="1">
        <scalar name="root.mod1.u_fluidTxx" description="Tangential_gradient_of_X_Y_component#u_fluidTx#x"/>
        <scalar name="root.mod1.u_fluidTxy" description="Tangential_gradient_of_X_Y_component#u_fluidTx#y"/>
        <scalar name="0" description="Tangential_gradient_of_X_Y_component#u_fluidTx#z"/>
      </tensor>
      <tensor name="root.mod1.[u_fluidTyx,u_fluidTyy,0]" description="#Tangential gradient of u_fluidTy (Spatial)" plot="false" summation="false" basename="root.mod1.[u_fluidTyx,u_fluidTyy,0]" size="3,1" symmetric="false" axisymmetric="false" unit="1/(m*s)" edims="1">
        <scalar name="root.mod1.u_fluidTyx" description="Tangential_gradient_of_X_Y_component#u_fluidTy#x"/>
        <scalar name="root.mod1.u_fluidTyy" description="Tangential_gradient_of_X_Y_component#u_fluidTy#y"/>
        <scalar name="0" description="Tangential_gradient_of_X_Y_component#u_fluidTy#z"/>
      </tensor>
      <tensor name="root.mod1.[u_fluidx,u_fluidy,0]" description="#Gradient of u_fluid (Spatial)" plot="false" summation="false" basename="root.mod1.[u_fluidx,u_fluidy,0]" size="3,1" symmetric="false" axisymmetric="false" unit="1/s" edims="2">
        <scalar name="root.mod1.u_fluidx" description="Gradient_of_X_Y_component#u_fluid#x"/>
        <scalar name="root.mod1.u_fluidy" description="Gradient_of_X_Y_component#u_fluid#y"/>
        <scalar name="0" description="Gradient_of_X_Y_component#u_fluid#z"/>
      </tensor>
      <tensor name="root.mod1.[u_fluidxx,u_fluidxy,0]" description="#Gradient of u_fluidx (Spatial)" plot="false" summation="false" basename="root.mod1.[u_fluidxx,u_fluidxy,0]" size="3,1" symmetric="false" axisymmetric="false" unit="1/(m*s)" edims="2">
        <scalar name="root.mod1.u_fluidxx" description="Gradient_of_X_Y_component#u_fluidx#x"/>
        <scalar name="root.mod1.u_fluidxy" description="Gradient_of_X_Y_component#u_fluidx#y"/>
        <scalar name="0" description="Gradient_of_X_Y_component#u_fluidx#z"/>
      </tensor>
      <tensor name="root.mod1.[u_fluidyx,u_fluidyy,0]" description="#Gradient of u_fluidy (Spatial)" plot="false" summation="false" basename="root.mod1.[u_fluidyx,u_fluidyy,0]" size="3,1" symmetric="false" axisymmetric="false" unit="1/(m*s)" edims="2">
        <scalar name="root.mod1.u_fluidyx" description="Gradient_of_X_Y_component#u_fluidy#x"/>
        <scalar name="root.mod1.u_fluidyy" description="Gradient_of_X_Y_component#u_fluidy#y"/>
        <scalar name="0" description="Gradient_of_X_Y_component#u_fluidy#z"/>
      </tensor>
      <tensor name="root.mod1.[u_fluidxt,u_fluidyt,0]" description="#Gradient of u_fluid, first time derivative (Spatial)" plot="false" summation="false" basename="root.mod1.[u_fluidxt,u_fluidyt,0]" size="3,1" symmetric="false" axisymmetric="false" unit="1/s^2" edims="2">
        <scalar name="root.mod1.u_fluidxt" description="Gradient_of_X#u_fluid@,_first_time_derivative@,_x_component#x"/>
        <scalar name="root.mod1.u_fluidyt" description="Gradient_of_X#u_fluid@,_first_time_derivative@,_x_component#y"/>
        <scalar name="0" description="Gradient_of_X#u_fluid@,_first_time_derivative@,_x_component#z"/>
      </tensor>
      <tensor name="root.mod1.[u_fluidxtt,u_fluidytt,0]" description="#Gradient of u_fluid, second time derivative (Spatial)" plot="false" summation="false" basename="root.mod1.[u_fluidxtt,u_fluidytt,0]" size="3,1" symmetric="false" axisymmetric="false" unit="1/s^3" edims="2">
        <scalar name="root.mod1.u_fluidxtt" description="Gradient_of_X#u_fluid@,_second_time_derivative@,_x_component#x"/>
        <scalar name="root.mod1.u_fluidytt" description="Gradient_of_X#u_fluid@,_second_time_derivative@,_x_component#y"/>
        <scalar name="0" description="Gradient_of_X#u_fluid@,_second_time_derivative@,_x_component#z"/>
      </tensor>
      <tensor name="root.mod1.[v_fluidTx,v_fluidTy,0]" description="#Tangential gradient of v_fluid (Spatial)" plot="false" summation="false" basename="root.mod1.[v_fluidTx,v_fluidTy,0]" size="3,1" symmetric="false" axisymmetric="false" unit="1/s" edims="1">
        <scalar name="root.mod1.v_fluidTx" description="Tangential_gradient_of_X_Y_component#v_fluid#x"/>
        <scalar name="root.mod1.v_fluidTy" description="Tangential_gradient_of_X_Y_component#v_fluid#y"/>
        <scalar name="0" description="Tangential_gradient_of_X_Y_component#v_fluid#z"/>
      </tensor>
      <tensor name="root.mod1.[v_fluidTxx,v_fluidTxy,0]" description="#Tangential gradient of v_fluidTx (Spatial)" plot="false" summation="false" basename="root.mod1.[v_fluidTxx,v_fluidTxy,0]" size="3,1" symmetric="false" axisymmetric="false" unit="1/(m*s)" edims="1">
        <scalar name="root.mod1.v_fluidTxx" description="Tangential_gradient_of_X_Y_component#v_fluidTx#x"/>
        <scalar name="root.mod1.v_fluidTxy" description="Tangential_gradient_of_X_Y_component#v_fluidTx#y"/>
        <scalar name="0" description="Tangential_gradient_of_X_Y_component#v_fluidTx#z"/>
      </tensor>
      <tensor name="root.mod1.[v_fluidTyx,v_fluidTyy,0]" description="#Tangential gradient of v_fluidTy (Spatial)" plot="false" summation="false" basename="root.mod1.[v_fluidTyx,v_fluidTyy,0]" size="3,1" symmetric="false" axisymmetric="false" unit="1/(m*s)" edims="1">
        <scalar name="root.mod1.v_fluidTyx" description="Tangential_gradient_of_X_Y_component#v_fluidTy#x"/>
        <scalar name="root.mod1.v_fluidTyy" description="Tangential_gradient_of_X_Y_component#v_fluidTy#y"/>
        <scalar name="0" description="Tangential_gradient_of_X_Y_component#v_fluidTy#z"/>
      </tensor>
      <tensor name="root.mod1.[v_fluidx,v_fluidy,0]" description="#Gradient of v_fluid (Spatial)" plot="false" summation="false" basename="root.mod1.[v_fluidx,v_fluidy,0]" size="3,1" symmetric="false" axisymmetric="false" unit="1/s" edims="2">
        <scalar name="root.mod1.v_fluidx" description="Gradient_of_X_Y_component#v_fluid#x"/>
        <scalar name="root.mod1.v_fluidy" description="Gradient_of_X_Y_component#v_fluid#y"/>
        <scalar name="0" description="Gradient_of_X_Y_component#v_fluid#z"/>
      </tensor>
      <tensor name="root.mod1.[v_fluidxx,v_fluidxy,0]" description="#Gradient of v_fluidx (Spatial)" plot="false" summation="false" basename="root.mod1.[v_fluidxx,v_fluidxy,0]" size="3,1" symmetric="false" axisymmetric="false" unit="1/(m*s)" edims="2">
        <scalar name="root.mod1.v_fluidxx" description="Gradient_of_X_Y_component#v_fluidx#x"/>
        <scalar name="root.mod1.v_fluidxy" description="Gradient_of_X_Y_component#v_fluidx#y"/>
        <scalar name="0" description="Gradient_of_X_Y_component#v_fluidx#z"/>
      </tensor>
      <tensor name="root.mod1.[v_fluidyx,v_fluidyy,0]" description="#Gradient of v_fluidy (Spatial)" plot="false" summation="false" basename="root.mod1.[v_fluidyx,v_fluidyy,0]" size="3,1" symmetric="false" axisymmetric="false" unit="1/(m*s)" edims="2">
        <scalar name="root.mod1.v_fluidyx" description="Gradient_of_X_Y_component#v_fluidy#x"/>
        <scalar name="root.mod1.v_fluidyy" description="Gradient_of_X_Y_component#v_fluidy#y"/>
        <scalar name="0" description="Gradient_of_X_Y_component#v_fluidy#z"/>
      </tensor>
      <tensor name="root.mod1.[v_fluidxt,v_fluidyt,0]" description="#Gradient of v_fluid, first time derivative (Spatial)" plot="false" summation="false" basename="root.mod1.[v_fluidxt,v_fluidyt,0]" size="3,1" symmetric="false" axisymmetric="false" unit="1/s^2" edims="2">
        <scalar name="root.mod1.v_fluidxt" description="Gradient_of_X#v_fluid@,_first_time_derivative@,_x_component#x"/>
        <scalar name="root.mod1.v_fluidyt" description="Gradient_of_X#v_fluid@,_first_time_derivative@,_x_component#y"/>
        <scalar name="0" description="Gradient_of_X#v_fluid@,_first_time_derivative@,_x_component#z"/>
      </tensor>
      <tensor name="root.mod1.[v_fluidxtt,v_fluidytt,0]" description="#Gradient of v_fluid, second time derivative (Spatial)" plot="false" summation="false" basename="root.mod1.[v_fluidxtt,v_fluidytt,0]" size="3,1" symmetric="false" axisymmetric="false" unit="1/s^3" edims="2">
        <scalar name="root.mod1.v_fluidxtt" description="Gradient_of_X#v_fluid@,_second_time_derivative@,_x_component#x"/>
        <scalar name="root.mod1.v_fluidytt" description="Gradient_of_X#v_fluid@,_second_time_derivative@,_x_component#y"/>
        <scalar name="0" description="Gradient_of_X#v_fluid@,_second_time_derivative@,_x_component#z"/>
      </tensor>
      <tensor name="root.mod1.[u_fluidt,v_fluidt,0]" description="#Velocity field, first time derivative (Spatial)" plot="false" summation="false" basename="root.mod1.[u_fluidt,v_fluidt,0]" size="3,1" symmetric="false" axisymmetric="false" unit="m/s^2" edims="2">
        <scalar name="root.mod1.u_fluidt" description="Velocity_field@,_first_time_derivative@,_x_component#x"/>
        <scalar name="root.mod1.v_fluidt" description="Velocity_field@,_first_time_derivative@,_x_component#y"/>
        <scalar name="0" description="Velocity_field@,_first_time_derivative@,_x_component#z"/>
      </tensor>
      <tensor name="root.mod1.[u_fluidtt,v_fluidtt,0]" description="#Velocity field, second time derivative (Spatial)" plot="false" summation="false" basename="root.mod1.[u_fluidtt,v_fluidtt,0]" size="3,1" symmetric="false" axisymmetric="false" unit="m/s^3" edims="2">
        <scalar name="root.mod1.u_fluidtt" description="Velocity_field@,_second_time_derivative@,_x_component#x"/>
        <scalar name="root.mod1.v_fluidtt" description="Velocity_field@,_second_time_derivative@,_x_component#y"/>
        <scalar name="0" description="Velocity_field@,_second_time_derivative@,_x_component#z"/>
      </tensor>
      <tensor name="root.mod1.[pTx,pTy,0]" description="#Tangential gradient of p (Spatial)" plot="false" summation="false" basename="root.mod1.[pTx,pTy,0]" size="3,1" symmetric="false" axisymmetric="false" unit="N/m^3" edims="1">
        <scalar name="root.mod1.pTx" description="Tangential_gradient_of_X_Y_component#p#x"/>
        <scalar name="root.mod1.pTy" description="Tangential_gradient_of_X_Y_component#p#y"/>
        <scalar name="0" description="Tangential_gradient_of_X_Y_component#p#z"/>
      </tensor>
      <tensor name="root.mod1.[pTxx,pTxy,0]" description="#Tangential gradient of pTx (Spatial)" plot="false" summation="false" basename="root.mod1.[pTxx,pTxy,0]" size="3,1" symmetric="false" axisymmetric="false" unit="N/(m*m^3)" edims="1">
        <scalar name="root.mod1.pTxx" description="Tangential_gradient_of_X_Y_component#pTx#x"/>
        <scalar name="root.mod1.pTxy" description="Tangential_gradient_of_X_Y_component#pTx#y"/>
        <scalar name="0" description="Tangential_gradient_of_X_Y_component#pTx#z"/>
      </tensor>
      <tensor name="root.mod1.[pTyx,pTyy,0]" description="#Tangential gradient of pTy (Spatial)" plot="false" summation="false" basename="root.mod1.[pTyx,pTyy,0]" size="3,1" symmetric="false" axisymmetric="false" unit="N/(m*m^3)" edims="1">
        <scalar name="root.mod1.pTyx" description="Tangential_gradient_of_X_Y_component#pTy#x"/>
        <scalar name="root.mod1.pTyy" description="Tangential_gradient_of_X_Y_component#pTy#y"/>
        <scalar name="0" description="Tangential_gradient_of_X_Y_component#pTy#z"/>
      </tensor>
      <tensor name="root.mod1.[px,py,0]" description="#Gradient of p (Spatial)" plot="false" summation="false" basename="root.mod1.[px,py,0]" size="3,1" symmetric="false" axisymmetric="false" unit="N/m^3" edims="2">
        <scalar name="root.mod1.px" description="Gradient_of_X_Y_component#p#x"/>
        <scalar name="root.mod1.py" description="Gradient_of_X_Y_component#p#y"/>
        <scalar name="0" description="Gradient_of_X_Y_component#p#z"/>
      </tensor>
      <tensor name="root.mod1.[pxx,pxy,0]" description="#Gradient of px (Spatial)" plot="false" summation="false" basename="root.mod1.[pxx,pxy,0]" size="3,1" symmetric="false" axisymmetric="false" unit="N/(m*m^3)" edims="2">
        <scalar name="root.mod1.pxx" description="Gradient_of_X_Y_component#px#x"/>
        <scalar name="root.mod1.pxy" description="Gradient_of_X_Y_component#px#y"/>
        <scalar name="0" description="Gradient_of_X_Y_component#px#z"/>
      </tensor>
      <tensor name="root.mod1.[pyx,pyy,0]" description="#Gradient of py (Spatial)" plot="false" summation="false" basename="root.mod1.[pyx,pyy,0]" size="3,1" symmetric="false" axisymmetric="false" unit="N/(m*m^3)" edims="2">
        <scalar name="root.mod1.pyx" description="Gradient_of_X_Y_component#py#x"/>
        <scalar name="root.mod1.pyy" description="Gradient_of_X_Y_component#py#y"/>
        <scalar name="0" description="Gradient_of_X_Y_component#py#z"/>
      </tensor>
      <tensor name="root.mod1.[pxt,pyt,0]" description="#Gradient of p, first time derivative (Spatial)" plot="false" summation="false" basename="root.mod1.[pxt,pyt,0]" size="3,1" symmetric="false" axisymmetric="false" unit="kg/(m^2*s^3)" edims="2">
        <scalar name="root.mod1.pxt" description="Gradient_of_X#p@,_first_time_derivative@,_x_component#x"/>
        <scalar name="root.mod1.pyt" description="Gradient_of_X#p@,_first_time_derivative@,_x_component#y"/>
        <scalar name="0" description="Gradient_of_X#p@,_first_time_derivative@,_x_component#z"/>
      </tensor>
      <tensor name="root.mod1.[pxtt,pytt,0]" description="#Gradient of p, second time derivative (Spatial)" plot="false" summation="false" basename="root.mod1.[pxtt,pytt,0]" size="3,1" symmetric="false" axisymmetric="false" unit="kg/(m^2*s^4)" edims="2">
        <scalar name="root.mod1.pxtt" description="Gradient_of_X#p@,_second_time_derivative@,_x_component#x"/>
        <scalar name="root.mod1.pytt" description="Gradient_of_X#p@,_second_time_derivative@,_x_component#y"/>
        <scalar name="0" description="Gradient_of_X#p@,_second_time_derivative@,_x_component#z"/>
      </tensor>
      <tensor name="root.mod1.fsi.[gijxx,gijyx,gijzx,gijxy,gijyy,gijzy,gijxz,gijyz,gijzz]" description="#Contravariant metric tensor (Spatial)" plot="false" summation="false" basename="root.mod1.fsi.gij" size="3,3" symmetric="false" axisymmetric="false" unit="m^2" edims="2">
        <scalar name="root.mod1.fsi.gijxx" description="Contravariant_metric_tensor@,_x_component#xx"/>
        <scalar name="root.mod1.fsi.gijyx" description="Contravariant_metric_tensor@,_x_component#yx"/>
        <scalar name="root.mod1.fsi.gijzx" description="Contravariant_metric_tensor@,_x_component#zx"/>
        <scalar name="root.mod1.fsi.gijxy" description="Contravariant_metric_tensor@,_x_component#xy"/>
        <scalar name="root.mod1.fsi.gijyy" description="Contravariant_metric_tensor@,_x_component#yy"/>
        <scalar name="root.mod1.fsi.gijzy" description="Contravariant_metric_tensor@,_x_component#zy"/>
        <scalar name="root.mod1.fsi.gijxz" description="Contravariant_metric_tensor@,_x_component#xz"/>
        <scalar name="root.mod1.fsi.gijyz" description="Contravariant_metric_tensor@,_x_component#yz"/>
        <scalar name="root.mod1.fsi.gijzz" description="Contravariant_metric_tensor@,_x_component#zz"/>
      </tensor>
      <tensor name="root.mod1.fsi.[Fx,Fy,Fz]" description="#Volume force (Spatial)" plot="true" summation="false" basename="root.mod1.fsi.F" size="3,1" symmetric="false" axisymmetric="false" unit="N/m^3" edims="2">
        <scalar name="root.mod1.fsi.Fx" description="Volume_force@,_x_component#x"/>
        <scalar name="root.mod1.fsi.Fy" description="Volume_force@,_x_component#y"/>
        <scalar name="root.mod1.fsi.Fz" description="Volume_force@,_x_component#z"/>
      </tensor>
      <tensor name="root.mod1.fsi.[vorticityx,vorticityy,vorticityz]" description="#Vorticity field (Spatial)" plot="true" summation="false" basename="root.mod1.fsi.vorticity" size="3,1" symmetric="false" axisymmetric="false" unit="1/s" edims="2">
        <scalar name="root.mod1.fsi.vorticityx" description="Vorticity_field@,_x_component#x"/>
        <scalar name="root.mod1.fsi.vorticityy" description="Vorticity_field@,_x_component#y"/>
        <scalar name="root.mod1.fsi.vorticityz" description="Vorticity_field@,_x_component#z"/>
      </tensor>
      <tensor name="root.mod1.fsi.[T_stressx,T_stressy,T_stressz]" description="#Total stress (Spatial)" plot="true" summation="false" basename="root.mod1.fsi.T_stress" size="3,1" symmetric="false" axisymmetric="false" unit="N/m^2" edims="1">
        <scalar name="root.mod1.fsi.T_stressx" description="Total_stress@,_x_component#x"/>
        <scalar name="root.mod1.fsi.T_stressy" description="Total_stress@,_x_component#y"/>
        <scalar name="root.mod1.fsi.T_stressz" description="Total_stress@,_x_component#z"/>
      </tensor>
      <tensor name="root.mod1.fsi.[K_stressx,K_stressy,K_stressz]" description="#Viscous stress (Spatial)" plot="true" summation="false" basename="root.mod1.fsi.K_stress" size="3,1" symmetric="false" axisymmetric="false" unit="N/m^2" edims="1">
        <scalar name="root.mod1.fsi.K_stressx" description="Viscous_stress@,_x_component#x"/>
        <scalar name="root.mod1.fsi.K_stressy" description="Viscous_stress@,_x_component#y"/>
        <scalar name="root.mod1.fsi.K_stressz" description="Viscous_stress@,_x_component#z"/>
      </tensor>
      <tensor name="root.mod1.fsi.[upwind_helpx,upwind_helpy,upwind_helpz]" description="# (Spatial)" plot="false" summation="false" basename="root.mod1.fsi.upwind_help" size="3,1" symmetric="false" axisymmetric="false" unit="m/s" edims="2">
        <scalar name="root.mod1.fsi.upwind_helpx" description="#@,_x_component#x"/>
        <scalar name="root.mod1.fsi.upwind_helpy" description="#@,_x_component#y"/>
        <scalar name="root.mod1.fsi.upwind_helpz" description="#@,_x_component#z"/>
      </tensor>
      <tensor name="root.mod1.fsi.[K_stress_tensorxx,K_stress_tensoryx,K_stress_tensorzx,K_stress_tensorxy,K_stress_tensoryy,K_stress_tensorzy,K_stress_tensorxz,K_stress_tensoryz,K_stress_tensorzz]" description="#Viscous stress tensor (Spatial)" plot="false" summation="false" basename="root.mod1.fsi.K_stress_tensor" size="3,3" symmetric="false" axisymmetric="false" unit="N/m^2" edims="2">
        <scalar name="root.mod1.fsi.K_stress_tensorxx" description="Viscous_stress_tensor@,_x_component#xx"/>
        <scalar name="root.mod1.fsi.K_stress_tensoryx" description="Viscous_stress_tensor@,_x_component#yx"/>
        <scalar name="root.mod1.fsi.K_stress_tensorzx" description="Viscous_stress_tensor@,_x_component#zx"/>
        <scalar name="root.mod1.fsi.K_stress_tensorxy" description="Viscous_stress_tensor@,_x_component#xy"/>
        <scalar name="root.mod1.fsi.K_stress_tensoryy" description="Viscous_stress_tensor@,_x_component#yy"/>
        <scalar name="root.mod1.fsi.K_stress_tensorzy" description="Viscous_stress_tensor@,_x_component#zy"/>
        <scalar name="root.mod1.fsi.K_stress_tensorxz" description="Viscous_stress_tensor@,_x_component#xz"/>
        <scalar name="root.mod1.fsi.K_stress_tensoryz" description="Viscous_stress_tensor@,_x_component#yz"/>
        <scalar name="root.mod1.fsi.K_stress_tensorzz" description="Viscous_stress_tensor@,_x_component#zz"/>
      </tensor>
      <tensor name="root.mod1.fsi.[K_stress_tensor_testxx,K_stress_tensor_testyx,K_stress_tensor_testzx,K_stress_tensor_testxy,K_stress_tensor_testyy,K_stress_tensor_testzy,K_stress_tensor_testxz,K_stress_tensor_testyz,K_stress_tensor_testzz]" description="#Viscous stress tensor test (Spatial)" plot="false" summation="false" basename="root.mod1.fsi.K_stress_tensor_test" size="3,3" symmetric="false" axisymmetric="false" unit="N/m^2" edims="2">
        <scalar name="root.mod1.fsi.K_stress_tensor_testxx" description="Viscous_stress_tensor_test@,_x_component#xx"/>
        <scalar name="root.mod1.fsi.K_stress_tensor_testyx" description="Viscous_stress_tensor_test@,_x_component#yx"/>
        <scalar name="root.mod1.fsi.K_stress_tensor_testzx" description="Viscous_stress_tensor_test@,_x_component#zx"/>
        <scalar name="root.mod1.fsi.K_stress_tensor_testxy" description="Viscous_stress_tensor_test@,_x_component#xy"/>
        <scalar name="root.mod1.fsi.K_stress_tensor_testyy" description="Viscous_stress_tensor_test@,_x_component#yy"/>
        <scalar name="root.mod1.fsi.K_stress_tensor_testzy" description="Viscous_stress_tensor_test@,_x_component#zy"/>
        <scalar name="root.mod1.fsi.K_stress_tensor_testxz" description="Viscous_stress_tensor_test@,_x_component#xz"/>
        <scalar name="root.mod1.fsi.K_stress_tensor_testyz" description="Viscous_stress_tensor_test@,_x_component#yz"/>
        <scalar name="root.mod1.fsi.K_stress_tensor_testzz" description="Viscous_stress_tensor_test@,_x_component#zz"/>
      </tensor>
      <tensor name="root.mod1.fsi.[ubndx,ubndy,ubndz]" description="#Velocity at boundary (Spatial)" plot="false" summation="false" basename="root.mod1.fsi.ubnd" size="3,1" symmetric="false" axisymmetric="false" unit="m/s" edims="1">
        <scalar name="root.mod1.fsi.ubndx" description="Velocity_at_boundary@,_x_component#x"/>
        <scalar name="root.mod1.fsi.ubndy" description="Velocity_at_boundary@,_x_component#y"/>
        <scalar name="root.mod1.fsi.ubndz" description="Velocity_at_boundary@,_x_component#z"/>
      </tensor>
      <tensor name="root.mod1.fsi.[KStressn_avx,KStressn_avy,KStressn_avz]" description="#Average viscous stress (Spatial)" plot="false" summation="false" basename="root.mod1.fsi.KStressn_av" size="3,1" symmetric="false" axisymmetric="false" unit="N/m^2" edims="1">
        <scalar name="root.mod1.fsi.KStressn_avx" description="Average_viscous_stress@,_x_component#x"/>
        <scalar name="root.mod1.fsi.KStressn_avy" description="Average_viscous_stress@,_x_component#y"/>
        <scalar name="root.mod1.fsi.KStressn_avz" description="Average_viscous_stress@,_x_component#z"/>
      </tensor>
      <tensor name="root.mod1.fsi.[KStressTestn_avx,KStressTestn_avy,KStressTestn_avz]" description="# (Spatial)" plot="false" summation="false" basename="root.mod1.fsi.KStressTestn_av" size="3,1" symmetric="false" axisymmetric="false" unit="N/m^2" edims="1">
        <scalar name="root.mod1.fsi.KStressTestn_avx" description=""/>
        <scalar name="root.mod1.fsi.KStressTestn_avy" description=""/>
        <scalar name="root.mod1.fsi.KStressTestn_avz" description=""/>
      </tensor>
      <tensor name="root.mod1.fsi.[ujumpx,ujumpy,ujumpz]" description="#Velocity jump (Spatial)" plot="false" summation="false" basename="root.mod1.fsi.ujump" size="3,1" symmetric="false" axisymmetric="false" unit="m/s" edims="1">
        <scalar name="root.mod1.fsi.ujumpx" description="Velocity_jump@,_x_component#x"/>
        <scalar name="root.mod1.fsi.ujumpy" description="Velocity_jump@,_x_component#y"/>
        <scalar name="root.mod1.fsi.ujumpz" description="Velocity_jump@,_x_component#z"/>
      </tensor>
    </group>
    <group name="fsi_SolidMechanics" description="#Fluid-Structure Interaction (Solid Mechanics)">
      <scalar name="root.mod1.fsi.pw" description="Pressure" plot="false" summation="false" unit="N/m^2" edims="2"/>
      <scalar name="root.mod1.fsi.pwt" description="Pressure@,_first_time_derivative" plot="false" summation="false" unit="W/m^3" edims="2"/>
      <scalar name="root.mod1.fsi.pwtt" description="Pressure@,_second_time_derivative" plot="false" summation="false" unit="Pa/s^2" edims="2"/>
      <scalar name="root.mod1.fsi.cref" description="Typical_wave_speed_for_perfectly_matched_layers" plot="false" summation="false" unit="m/s" edims="-1"/>
      <scalar name="root.mod1.fsi.pp" description="Pressure_with_reference_to_material_area" plot="false" summation="false" unit="N/m^2" edims="2"/>
      <scalar name="root.mod1.fsi.qq" description="Mixed_form_scale_factor" plot="false" summation="false" unit="1/Pa" edims="2"/>
      <scalar name="root.mod1.fsi.p" description="Pressure" plot="false" summation="false" unit="Pa" edims="2"/>
      <scalar name="root.mod1.fsi.pGp" description="Pressure_Gauss_point_evaluation" plot="false" summation="false" unit="N/m^2" edims="2"/>
      <tensor name="root.mod1.[u_solidTX,u_solidTY,0]" description="#Tangential gradient of u_solid (Material)" plot="false" summation="false" basename="root.mod1.[u_solidTX,u_solidTY,0]" size="3,1" symmetric="false" axisymmetric="false" unit="1" edims="1">
        <scalar name="root.mod1.u_solidTX" description="Tangential_gradient_of_X_Y_component#u_solid#X"/>
        <scalar name="root.mod1.u_solidTY" description="Tangential_gradient_of_X_Y_component#u_solid#Y"/>
        <scalar name="0" description="Tangential_gradient_of_X_Y_component#u_solid#Z"/>
      </tensor>
      <tensor name="root.mod1.[u_solidTXX,u_solidTXY,0]" description="#Tangential gradient of u_solidTX (Material)" plot="false" summation="false" basename="root.mod1.[u_solidTXX,u_solidTXY,0]" size="3,1" symmetric="false" axisymmetric="false" unit="1/m" edims="1">
        <scalar name="root.mod1.u_solidTXX" description="Tangential_gradient_of_X_Y_component#u_solidTX#X"/>
        <scalar name="root.mod1.u_solidTXY" description="Tangential_gradient_of_X_Y_component#u_solidTX#Y"/>
        <scalar name="0" description="Tangential_gradient_of_X_Y_component#u_solidTX#Z"/>
      </tensor>
      <tensor name="root.mod1.[u_solidTYX,u_solidTYY,0]" description="#Tangential gradient of u_solidTY (Material)" plot="false" summation="false" basename="root.mod1.[u_solidTYX,u_solidTYY,0]" size="3,1" symmetric="false" axisymmetric="false" unit="1/m" edims="1">
        <scalar name="root.mod1.u_solidTYX" description="Tangential_gradient_of_X_Y_component#u_solidTY#X"/>
        <scalar name="root.mod1.u_solidTYY" description="Tangential_gradient_of_X_Y_component#u_solidTY#Y"/>
        <scalar name="0" description="Tangential_gradient_of_X_Y_component#u_solidTY#Z"/>
      </tensor>
      <tensor name="root.mod1.[u_solidTXt,u_solidTYt,0]" description="#Tangential gradient of u_solid, first time derivative (Material)" plot="false" summation="false" basename="root.mod1.[u_solidTXt,u_solidTYt,0]" size="3,1" symmetric="false" axisymmetric="false" unit="1/s" edims="1">
        <scalar name="root.mod1.u_solidTXt" description="Tangential_gradient_of_X#u_solid@,_first_time_derivative@,_x_component#X"/>
        <scalar name="root.mod1.u_solidTYt" description="Tangential_gradient_of_X#u_solid@,_first_time_derivative@,_x_component#Y"/>
        <scalar name="0" description="Tangential_gradient_of_X#u_solid@,_first_time_derivative@,_x_component#Z"/>
      </tensor>
      <tensor name="root.mod1.[u_solidTXtt,u_solidTYtt,0]" description="#Tangential gradient of u_solid, second time derivative (Material)" plot="false" summation="false" basename="root.mod1.[u_solidTXtt,u_solidTYtt,0]" size="3,1" symmetric="false" axisymmetric="false" unit="1/s^2" edims="1">
        <scalar name="root.mod1.u_solidTXtt" description="Tangential_gradient_of_X#u_solid@,_second_time_derivative@,_x_component#X"/>
        <scalar name="root.mod1.u_solidTYtt" description="Tangential_gradient_of_X#u_solid@,_second_time_derivative@,_x_component#Y"/>
        <scalar name="0" description="Tangential_gradient_of_X#u_solid@,_second_time_derivative@,_x_component#Z"/>
      </tensor>
      <tensor name="root.mod1.[u_solidX,u_solidY,0]" description="#Gradient of u_solid (Material)" plot="false" summation="false" basename="root.mod1.[u_solidX,u_solidY,0]" size="3,1" symmetric="false" axisymmetric="false" unit="1" edims="2">
        <scalar name="root.mod1.u_solidX" description="Gradient_of_X_Y_component#u_solid#X"/>
        <scalar name="root.mod1.u_solidY" description="Gradient_of_X_Y_component#u_solid#Y"/>
        <scalar name="0" description="Gradient_of_X_Y_component#u_solid#Z"/>
      </tensor>
      <tensor name="root.mod1.[u_solidXX,u_solidXY,0]" description="#Gradient of u_solidX (Material)" plot="false" summation="false" basename="root.mod1.[u_solidXX,u_solidXY,0]" size="3,1" symmetric="false" axisymmetric="false" unit="1/m" edims="2">
        <scalar name="root.mod1.u_solidXX" description="Gradient_of_X_Y_component#u_solidX#X"/>
        <scalar name="root.mod1.u_solidXY" description="Gradient_of_X_Y_component#u_solidX#Y"/>
        <scalar name="0" description="Gradient_of_X_Y_component#u_solidX#Z"/>
      </tensor>
      <tensor name="root.mod1.[u_solidYX,u_solidYY,0]" description="#Gradient of u_solidY (Material)" plot="false" summation="false" basename="root.mod1.[u_solidYX,u_solidYY,0]" size="3,1" symmetric="false" axisymmetric="false" unit="1/m" edims="2">
        <scalar name="root.mod1.u_solidYX" description="Gradient_of_X_Y_component#u_solidY#X"/>
        <scalar name="root.mod1.u_solidYY" description="Gradient_of_X_Y_component#u_solidY#Y"/>
        <scalar name="0" description="Gradient_of_X_Y_component#u_solidY#Z"/>
      </tensor>
      <tensor name="root.mod1.[u_solidXt,u_solidYt,0]" description="#Gradient of u_solid, first time derivative (Material)" plot="false" summation="false" basename="root.mod1.[u_solidXt,u_solidYt,0]" size="3,1" symmetric="false" axisymmetric="false" unit="1/s" edims="2">
        <scalar name="root.mod1.u_solidXt" description="Gradient_of_X#u_solid@,_first_time_derivative@,_x_component#X"/>
        <scalar name="root.mod1.u_solidYt" description="Gradient_of_X#u_solid@,_first_time_derivative@,_x_component#Y"/>
        <scalar name="0" description="Gradient_of_X#u_solid@,_first_time_derivative@,_x_component#Z"/>
      </tensor>
      <tensor name="root.mod1.[u_solidXtt,u_solidYtt,0]" description="#Gradient of u_solid, second time derivative (Material)" plot="false" summation="false" basename="root.mod1.[u_solidXtt,u_solidYtt,0]" size="3,1" symmetric="false" axisymmetric="false" unit="1/s^2" edims="2">
        <scalar name="root.mod1.u_solidXtt" description="Gradient_of_X#u_solid@,_second_time_derivative@,_x_component#X"/>
        <scalar name="root.mod1.u_solidYtt" description="Gradient_of_X#u_solid@,_second_time_derivative@,_x_component#Y"/>
        <scalar name="0" description="Gradient_of_X#u_solid@,_second_time_derivative@,_x_component#Z"/>
      </tensor>
      <tensor name="root.mod1.[v_solidTX,v_solidTY,0]" description="#Tangential gradient of v_solid (Material)" plot="false" summation="false" basename="root.mod1.[v_solidTX,v_solidTY,0]" size="3,1" symmetric="false" axisymmetric="false" unit="1" edims="1">
        <scalar name="root.mod1.v_solidTX" description="Tangential_gradient_of_X_Y_component#v_solid#X"/>
        <scalar name="root.mod1.v_solidTY" description="Tangential_gradient_of_X_Y_component#v_solid#Y"/>
        <scalar name="0" description="Tangential_gradient_of_X_Y_component#v_solid#Z"/>
      </tensor>
      <tensor name="root.mod1.[v_solidTXX,v_solidTXY,0]" description="#Tangential gradient of v_solidTX (Material)" plot="false" summation="false" basename="root.mod1.[v_solidTXX,v_solidTXY,0]" size="3,1" symmetric="false" axisymmetric="false" unit="1/m" edims="1">
        <scalar name="root.mod1.v_solidTXX" description="Tangential_gradient_of_X_Y_component#v_solidTX#X"/>
        <scalar name="root.mod1.v_solidTXY" description="Tangential_gradient_of_X_Y_component#v_solidTX#Y"/>
        <scalar name="0" description="Tangential_gradient_of_X_Y_component#v_solidTX#Z"/>
      </tensor>
      <tensor name="root.mod1.[v_solidTYX,v_solidTYY,0]" description="#Tangential gradient of v_solidTY (Material)" plot="false" summation="false" basename="root.mod1.[v_solidTYX,v_solidTYY,0]" size="3,1" symmetric="false" axisymmetric="false" unit="1/m" edims="1">
        <scalar name="root.mod1.v_solidTYX" description="Tangential_gradient_of_X_Y_component#v_solidTY#X"/>
        <scalar name="root.mod1.v_solidTYY" description="Tangential_gradient_of_X_Y_component#v_solidTY#Y"/>
        <scalar name="0" description="Tangential_gradient_of_X_Y_component#v_solidTY#Z"/>
      </tensor>
      <tensor name="root.mod1.[v_solidTXt,v_solidTYt,0]" description="#Tangential gradient of v_solid, first time derivative (Material)" plot="false" summation="false" basename="root.mod1.[v_solidTXt,v_solidTYt,0]" size="3,1" symmetric="false" axisymmetric="false" unit="1/s" edims="1">
        <scalar name="root.mod1.v_solidTXt" description="Tangential_gradient_of_X#v_solid@,_first_time_derivative@,_x_component#X"/>
        <scalar name="root.mod1.v_solidTYt" description="Tangential_gradient_of_X#v_solid@,_first_time_derivative@,_x_component#Y"/>
        <scalar name="0" description="Tangential_gradient_of_X#v_solid@,_first_time_derivative@,_x_component#Z"/>
      </tensor>
      <tensor name="root.mod1.[v_solidTXtt,v_solidTYtt,0]" description="#Tangential gradient of v_solid, second time derivative (Material)" plot="false" summation="false" basename="root.mod1.[v_solidTXtt,v_solidTYtt,0]" size="3,1" symmetric="false" axisymmetric="false" unit="1/s^2" edims="1">
        <scalar name="root.mod1.v_solidTXtt" description="Tangential_gradient_of_X#v_solid@,_second_time_derivative@,_x_component#X"/>
        <scalar name="root.mod1.v_solidTYtt" description="Tangential_gradient_of_X#v_solid@,_second_time_derivative@,_x_component#Y"/>
        <scalar name="0" description="Tangential_gradient_of_X#v_solid@,_second_time_derivative@,_x_component#Z"/>
      </tensor>
      <tensor name="root.mod1.[v_solidX,v_solidY,0]" description="#Gradient of v_solid (Material)" plot="false" summation="false" basename="root.mod1.[v_solidX,v_solidY,0]" size="3,1" symmetric="false" axisymmetric="false" unit="1" edims="2">
        <scalar name="root.mod1.v_solidX" description="Gradient_of_X_Y_component#v_solid#X"/>
        <scalar name="root.mod1.v_solidY" description="Gradient_of_X_Y_component#v_solid#Y"/>
        <scalar name="0" description="Gradient_of_X_Y_component#v_solid#Z"/>
      </tensor>
      <tensor name="root.mod1.[v_solidXX,v_solidXY,0]" description="#Gradient of v_solidX (Material)" plot="false" summation="false" basename="root.mod1.[v_solidXX,v_solidXY,0]" size="3,1" symmetric="false" axisymmetric="false" unit="1/m" edims="2">
        <scalar name="root.mod1.v_solidXX" description="Gradient_of_X_Y_component#v_solidX#X"/>
        <scalar name="root.mod1.v_solidXY" description="Gradient_of_X_Y_component#v_solidX#Y"/>
        <scalar name="0" description="Gradient_of_X_Y_component#v_solidX#Z"/>
      </tensor>
      <tensor name="root.mod1.[v_solidYX,v_solidYY,0]" description="#Gradient of v_solidY (Material)" plot="false" summation="false" basename="root.mod1.[v_solidYX,v_solidYY,0]" size="3,1" symmetric="false" axisymmetric="false" unit="1/m" edims="2">
        <scalar name="root.mod1.v_solidYX" description="Gradient_of_X_Y_component#v_solidY#X"/>
        <scalar name="root.mod1.v_solidYY" description="Gradient_of_X_Y_component#v_solidY#Y"/>
        <scalar name="0" description="Gradient_of_X_Y_component#v_solidY#Z"/>
      </tensor>
      <tensor name="root.mod1.[v_solidXt,v_solidYt,0]" description="#Gradient of v_solid, first time derivative (Material)" plot="false" summation="false" basename="root.mod1.[v_solidXt,v_solidYt,0]" size="3,1" symmetric="false" axisymmetric="false" unit="1/s" edims="2">
        <scalar name="root.mod1.v_solidXt" description="Gradient_of_X#v_solid@,_first_time_derivative@,_x_component#X"/>
        <scalar name="root.mod1.v_solidYt" description="Gradient_of_X#v_solid@,_first_time_derivative@,_x_component#Y"/>
        <scalar name="0" description="Gradient_of_X#v_solid@,_first_time_derivative@,_x_component#Z"/>
      </tensor>
      <tensor name="root.mod1.[v_solidXtt,v_solidYtt,0]" description="#Gradient of v_solid, second time derivative (Material)" plot="false" summation="false" basename="root.mod1.[v_solidXtt,v_solidYtt,0]" size="3,1" symmetric="false" axisymmetric="false" unit="1/s^2" edims="2">
        <scalar name="root.mod1.v_solidXtt" description="Gradient_of_X#v_solid@,_second_time_derivative@,_x_component#X"/>
        <scalar name="root.mod1.v_solidYtt" description="Gradient_of_X#v_solid@,_second_time_derivative@,_x_component#Y"/>
        <scalar name="0" description="Gradient_of_X#v_solid@,_second_time_derivative@,_x_component#Z"/>
      </tensor>
      <tensor name="root.mod1.[u_solidt,v_solidt,0]" description="#Structural velocity field (Material)" plot="false" summation="false" basename="root.mod1.[u_solidt,v_solidt,0]" size="3,1" symmetric="false" axisymmetric="false" unit="m/s" edims="2">
        <scalar name="root.mod1.u_solidt" description="Displacement_field,_first_time_derivative@,_x_component#X"/>
        <scalar name="root.mod1.v_solidt" description="Displacement_field,_first_time_derivative@,_x_component#Y"/>
        <scalar name="0" description="Displacement_field,_first_time_derivative@,_x_component#Z"/>
      </tensor>
      <tensor name="root.mod1.[u_solidtt,v_solidtt,0]" description="#Acceleration field (Material)" plot="false" summation="false" basename="root.mod1.[u_solidtt,v_solidtt,0]" size="3,1" symmetric="false" axisymmetric="false" unit="m/s^2" edims="2">
        <scalar name="root.mod1.u_solidtt" description="Displacement_field,_second_time_derivative@,_x_component#X"/>
        <scalar name="root.mod1.v_solidtt" description="Displacement_field,_second_time_derivative@,_x_component#Y"/>
        <scalar name="0" description="Displacement_field,_second_time_derivative@,_x_component#Z"/>
      </tensor>
      <tensor name="root.mod1.fsi.[pwTX,pwTY,0]" description="#Tangential gradient of pw (Material)" plot="false" summation="false" basename="root.mod1.fsi.[pwTX,pwTY,0]" size="3,1" symmetric="false" axisymmetric="false" unit="N/m^3" edims="1">
        <scalar name="root.mod1.fsi.pwTX" description="Tangential_gradient_of_X_Y_component#pw#X"/>
        <scalar name="root.mod1.fsi.pwTY" description="Tangential_gradient_of_X_Y_component#pw#Y"/>
        <scalar name="0" description="Tangential_gradient_of_X_Y_component#pw#Z"/>
      </tensor>
      <tensor name="root.mod1.fsi.[pwTXX,pwTXY,0]" description="#Tangential gradient of pwTX (Material)" plot="false" summation="false" basename="root.mod1.fsi.[pwTXX,pwTXY,0]" size="3,1" symmetric="false" axisymmetric="false" unit="N/(m*m^3)" edims="1">
        <scalar name="root.mod1.fsi.pwTXX" description="Tangential_gradient_of_X_Y_component#pwTX#X"/>
        <scalar name="root.mod1.fsi.pwTXY" description="Tangential_gradient_of_X_Y_component#pwTX#Y"/>
        <scalar name="0" description="Tangential_gradient_of_X_Y_component#pwTX#Z"/>
      </tensor>
      <tensor name="root.mod1.fsi.[pwTYX,pwTYY,0]" description="#Tangential gradient of pwTY (Material)" plot="false" summation="false" basename="root.mod1.fsi.[pwTYX,pwTYY,0]" size="3,1" symmetric="false" axisymmetric="false" unit="N/(m*m^3)" edims="1">
        <scalar name="root.mod1.fsi.pwTYX" description="Tangential_gradient_of_X_Y_component#pwTY#X"/>
        <scalar name="root.mod1.fsi.pwTYY" description="Tangential_gradient_of_X_Y_component#pwTY#Y"/>
        <scalar name="0" description="Tangential_gradient_of_X_Y_component#pwTY#Z"/>
      </tensor>
      <tensor name="root.mod1.fsi.[pwTXt,pwTYt,0]" description="#Tangential gradient of pw, first time derivative (Material)" plot="false" summation="false" basename="root.mod1.fsi.[pwTXt,pwTYt,0]" size="3,1" symmetric="false" axisymmetric="false" unit="kg/(m^2*s^3)" edims="1">
        <scalar name="root.mod1.fsi.pwTXt" description="Tangential_gradient_of_X#pw@,_first_time_derivative@,_x_component#X"/>
        <scalar name="root.mod1.fsi.pwTYt" description="Tangential_gradient_of_X#pw@,_first_time_derivative@,_x_component#Y"/>
        <scalar name="0" description="Tangential_gradient_of_X#pw@,_first_time_derivative@,_x_component#Z"/>
      </tensor>
      <tensor name="root.mod1.fsi.[pwTXtt,pwTYtt,0]" description="#Tangential gradient of pw, second time derivative (Material)" plot="false" summation="false" basename="root.mod1.fsi.[pwTXtt,pwTYtt,0]" size="3,1" symmetric="false" axisymmetric="false" unit="kg/(m^2*s^4)" edims="1">
        <scalar name="root.mod1.fsi.pwTXtt" description="Tangential_gradient_of_X#pw@,_second_time_derivative@,_x_component#X"/>
        <scalar name="root.mod1.fsi.pwTYtt" description="Tangential_gradient_of_X#pw@,_second_time_derivative@,_x_component#Y"/>
        <scalar name="0" description="Tangential_gradient_of_X#pw@,_second_time_derivative@,_x_component#Z"/>
      </tensor>
      <tensor name="root.mod1.fsi.[pwX,pwY,0]" description="#Gradient of pw (Material)" plot="false" summation="false" basename="root.mod1.fsi.[pwX,pwY,0]" size="3,1" symmetric="false" axisymmetric="false" unit="N/m^3" edims="2">
        <scalar name="root.mod1.fsi.pwX" description="Gradient_of_X_Y_component#pw#X"/>
        <scalar name="root.mod1.fsi.pwY" description="Gradient_of_X_Y_component#pw#Y"/>
        <scalar name="0" description="Gradient_of_X_Y_component#pw#Z"/>
      </tensor>
      <tensor name="root.mod1.fsi.[pwXX,pwXY,0]" description="#Gradient of pwX (Material)" plot="false" summation="false" basename="root.mod1.fsi.[pwXX,pwXY,0]" size="3,1" symmetric="false" axisymmetric="false" unit="N/(m*m^3)" edims="2">
        <scalar name="root.mod1.fsi.pwXX" description="Gradient_of_X_Y_component#pwX#X"/>
        <scalar name="root.mod1.fsi.pwXY" description="Gradient_of_X_Y_component#pwX#Y"/>
        <scalar name="0" description="Gradient_of_X_Y_component#pwX#Z"/>
      </tensor>
      <tensor name="root.mod1.fsi.[pwYX,pwYY,0]" description="#Gradient of pwY (Material)" plot="false" summation="false" basename="root.mod1.fsi.[pwYX,pwYY,0]" size="3,1" symmetric="false" axisymmetric="false" unit="N/(m*m^3)" edims="2">
        <scalar name="root.mod1.fsi.pwYX" description="Gradient_of_X_Y_component#pwY#X"/>
        <scalar name="root.mod1.fsi.pwYY" description="Gradient_of_X_Y_component#pwY#Y"/>
        <scalar name="0" description="Gradient_of_X_Y_component#pwY#Z"/>
      </tensor>
      <tensor name="root.mod1.fsi.[pwXt,pwYt,0]" description="#Gradient of pw, first time derivative (Material)" plot="false" summation="false" basename="root.mod1.fsi.[pwXt,pwYt,0]" size="3,1" symmetric="false" axisymmetric="false" unit="kg/(m^2*s^3)" edims="2">
        <scalar name="root.mod1.fsi.pwXt" description="Gradient_of_X#pw@,_first_time_derivative@,_x_component#X"/>
        <scalar name="root.mod1.fsi.pwYt" description="Gradient_of_X#pw@,_first_time_derivative@,_x_component#Y"/>
        <scalar name="0" description="Gradient_of_X#pw@,_first_time_derivative@,_x_component#Z"/>
      </tensor>
      <tensor name="root.mod1.fsi.[pwXtt,pwYtt,0]" description="#Gradient of pw, second time derivative (Material)" plot="false" summation="false" basename="root.mod1.fsi.[pwXtt,pwYtt,0]" size="3,1" symmetric="false" axisymmetric="false" unit="kg/(m^2*s^4)" edims="2">
        <scalar name="root.mod1.fsi.pwXtt" description="Gradient_of_X#pw@,_second_time_derivative@,_x_component#X"/>
        <scalar name="root.mod1.fsi.pwYtt" description="Gradient_of_X#pw@,_second_time_derivative@,_x_component#Y"/>
        <scalar name="0" description="Gradient_of_X#pw@,_second_time_derivative@,_x_component#Z"/>
      </tensor>
      <tensor name="root.mod1.fsi.[nxmesh,nymesh,nzmesh]" description="#Normal vector (mesh) (Spatial)" plot="true" summation="false" basename="root.mod1.fsi.nmesh" size="3,1" symmetric="false" axisymmetric="false" edims="1">
        <scalar name="root.mod1.fsi.nxmesh" description="Normal_vector_(mesh)@,_x_component#x"/>
        <scalar name="root.mod1.fsi.nymesh" description="Normal_vector_(mesh)@,_x_component#y"/>
        <scalar name="root.mod1.fsi.nzmesh" description="Normal_vector_(mesh)@,_x_component#z"/>
      </tensor>
      <tensor name="root.mod1.fsi.[refpntx,refpnty,refpntz]" description="Reference_point_for_moment_computation" plot="false" summation="false" basename="root.mod1.fsi.refpnt" size="3,1" symmetric="false" axisymmetric="false" unit="m" edims="-1">
        <scalar name="root.mod1.fsi.refpntx" description="Reference_point_for_moment_computation_x#x"/>
        <scalar name="root.mod1.fsi.refpnty" description="Reference_point_for_moment_computation_x#y"/>
        <scalar name="root.mod1.fsi.refpntz" description="Reference_point_for_moment_computation_x#z"/>
      </tensor>
      <tensor name="root.mod1.fsi.[Smixcomp11,Smixcomp12,Smixcomp13,Smixcomp12,Smixcomp22,Smixcomp23,Smixcomp13,Smixcomp23,Smixcomp33]" description="Second_Piola-Kirchhoff_stress_mixed_form_compensation_term" plot="false" summation="false" basename="root.mod1.fsi.Smixcomp" size="3,3" symmetric="true" axisymmetric="false" unit="N/m^2" edims="2">
        <scalar name="root.mod1.fsi.Smixcomp11" description="Second_Piola-Kirchhoff_stress_mixed_form_compensation_term@,_x_component#11"/>
        <scalar name="root.mod1.fsi.Smixcomp12" description="Second_Piola-Kirchhoff_stress_mixed_form_compensation_term@,_x_component#12"/>
        <scalar name="root.mod1.fsi.Smixcomp13" description="Second_Piola-Kirchhoff_stress_mixed_form_compensation_term@,_x_component#13"/>
        <scalar name="root.mod1.fsi.Smixcomp22" description="Second_Piola-Kirchhoff_stress_mixed_form_compensation_term@,_x_component#22"/>
        <scalar name="root.mod1.fsi.Smixcomp23" description="Second_Piola-Kirchhoff_stress_mixed_form_compensation_term@,_x_component#23"/>
        <scalar name="root.mod1.fsi.Smixcomp33" description="Second_Piola-Kirchhoff_stress_mixed_form_compensation_term@,_x_component#33"/>
      </tensor>
      <tensor name="root.mod1.fsi.[eiel11,eiel12,eiel13,eiel12,eiel22,eiel23,eiel13,eiel23,eiel33]" description="Inelastic_strain_tensor_local_coordinate_system" plot="false" summation="false" basename="root.mod1.fsi.eiel" size="3,3" symmetric="true" axisymmetric="false" unit="1" edims="2">
        <scalar name="root.mod1.fsi.eiel11" description="Inelastic_strain_tensor_local_coordinate_system@,_x_component#11"/>
        <scalar name="root.mod1.fsi.eiel12" description="Inelastic_strain_tensor_local_coordinate_system@,_x_component#12"/>
        <scalar name="root.mod1.fsi.eiel13" description="Inelastic_strain_tensor_local_coordinate_system@,_x_component#13"/>
        <scalar name="root.mod1.fsi.eiel22" description="Inelastic_strain_tensor_local_coordinate_system@,_x_component#22"/>
        <scalar name="root.mod1.fsi.eiel23" description="Inelastic_strain_tensor_local_coordinate_system@,_x_component#23"/>
        <scalar name="root.mod1.fsi.eiel33" description="Inelastic_strain_tensor_local_coordinate_system@,_x_component#33"/>
      </tensor>
      <group name="DisplacementGroup" description="Displacement[Variable_group]">
        <scalar name="root.mod1.fsi.disp" description="Total_displacement" plot="true" summation="false" unit="m" edims="2"/>
        <tensor name="root.mod1.u_solid" description="#Displacement field (Material)" plot="true" summation="false" basename="root.mod1.u_solid" size="3,1" symmetric="false" axisymmetric="false" unit="m" edims="2">
          <scalar name="root.mod1.u_solid" description="Displacement_field@,_x_component#X"/>
          <scalar name="root.mod1.v_solid" description="Displacement_field@,_x_component#Y"/>
          <scalar name="0" description="Displacement_field@,_x_component#Z"/>
        </tensor>
        <tensor name="root.mod1.fsi.[curlUX,curlUY,curlUZ]" description="#Curl of displacement (Material)" plot="true" summation="false" basename="root.mod1.fsi.curlU" size="3,1" symmetric="false" axisymmetric="false" unit="1" edims="2">
          <scalar name="root.mod1.fsi.curlUX" description="Curl_of_displacement@,_x_component#X"/>
          <scalar name="root.mod1.fsi.curlUY" description="Curl_of_displacement@,_x_component#Y"/>
          <scalar name="root.mod1.fsi.curlUZ" description="Curl_of_displacement@,_x_component#Z"/>
        </tensor>
      </group>
      <group name="GeometryGroup" description="Geometry[Variable_group]">
        <tensor name="root.mod1.fsi.[nx,ny,nz]" description="#Normal vector (x,y,z) (Spatial)" plot="true" summation="false" basename="root.mod1.fsi.n" size="3,1" symmetric="false" axisymmetric="false" edims="1">
          <scalar name="root.mod1.fsi.nx" description="Normal_vector@,_x_component#x"/>
          <scalar name="root.mod1.fsi.ny" description="Normal_vector@,_x_component#y"/>
          <scalar name="root.mod1.fsi.nz" description="Normal_vector@,_x_component#z"/>
        </tensor>
      </group>
      <group name="MaterialProperties" description="Material_properties">
        <scalar name="root.mod1.fsi.E" description="Young's_modulus" plot="true" summation="false" unit="Pa" edims="2"/>
        <scalar name="root.mod1.fsi.nu" description="Poisson's_ratio" plot="true" summation="false" unit="1" edims="2"/>
        <scalar name="root.mod1.fsi.K" description="Bulk_modulus" plot="true" summation="false" unit="N/m^2" edims="2"/>
        <scalar name="root.mod1.fsi.G" description="Shear_modulus" plot="true" summation="false" unit="N/m^2" edims="2"/>
        <scalar name="root.mod1.fsi.lambLame" description="Lame_constant_lambda" plot="true" summation="false" unit="N/m^2" edims="2"/>
        <scalar name="root.mod1.fsi.muLame" description="Lame_constant_mu" plot="true" summation="false" unit="N/m^2" edims="2"/>
        <scalar name="root.mod1.fsi.cp" description="Pressure_wave_speed" plot="true" summation="false" unit="m/s" edims="2"/>
        <scalar name="root.mod1.fsi.cs" description="Shear_wave_speed" plot="true" summation="false" unit="m/s" edims="2"/>
        <scalar name="root.mod1.fsi.Eequ" description="Equivalent_Young's_modulus" plot="false" summation="false" unit="Pa" edims="2"/>
        <tensor name="root.mod1.fsi.[D11,D21,D31,D41,D51,D61,D12,D22,D32,D42]" description="Elasticity_matrix" plot="false" summation="false" basename="root.mod1.fsi.D" size="6,6" symmetric="false" axisymmetric="false" unit="Pa" edims="2">
          <scalar name="root.mod1.fsi.D11" description="Elasticity_matrix@,_x_component#11"/>
          <scalar name="root.mod1.fsi.D21" description="Elasticity_matrix@,_x_component#21"/>
          <scalar name="root.mod1.fsi.D31" description="Elasticity_matrix@,_x_component#31"/>
          <scalar name="root.mod1.fsi.D41" description="Elasticity_matrix@,_x_component#41"/>
          <scalar name="root.mod1.fsi.D51" description="Elasticity_matrix@,_x_component#51"/>
          <scalar name="root.mod1.fsi.D61" description="Elasticity_matrix@,_x_component#61"/>
          <scalar name="root.mod1.fsi.D12" description="Elasticity_matrix@,_x_component#12"/>
          <scalar name="root.mod1.fsi.D22" description="Elasticity_matrix@,_x_component#22"/>
          <scalar name="root.mod1.fsi.D32" description="Elasticity_matrix@,_x_component#32"/>
          <scalar name="root.mod1.fsi.D42" description="Elasticity_matrix@,_x_component#42"/>
          <scalar name="root.mod1.fsi.D52" description="Elasticity_matrix@,_x_component#52"/>
          <scalar name="root.mod1.fsi.D62" description="Elasticity_matrix@,_x_component#62"/>
          <scalar name="root.mod1.fsi.D13" description="Elasticity_matrix@,_x_component#13"/>
          <scalar name="root.mod1.fsi.D23" description="Elasticity_matrix@,_x_component#23"/>
          <scalar name="root.mod1.fsi.D33" description="Elasticity_matrix@,_x_component#33"/>
          <scalar name="root.mod1.fsi.D43" description="Elasticity_matrix@,_x_component#43"/>
          <scalar name="root.mod1.fsi.D53" description="Elasticity_matrix@,_x_component#53"/>
          <scalar name="root.mod1.fsi.D63" description="Elasticity_matrix@,_x_component#63"/>
          <scalar name="root.mod1.fsi.D14" description="Elasticity_matrix@,_x_component#14"/>
          <scalar name="root.mod1.fsi.D24" description="Elasticity_matrix@,_x_component#24"/>
          <scalar name="root.mod1.fsi.D34" description="Elasticity_matrix@,_x_component#34"/>
          <scalar name="root.mod1.fsi.D44" description="Elasticity_matrix@,_x_component#44"/>
          <scalar name="root.mod1.fsi.D54" description="Elasticity_matrix@,_x_component#54"/>
          <scalar name="root.mod1.fsi.D64" description="Elasticity_matrix@,_x_component#64"/>
          <scalar name="root.mod1.fsi.D15" description="Elasticity_matrix@,_x_component#15"/>
          <scalar name="root.mod1.fsi.D25" description="Elasticity_matrix@,_x_component#25"/>
          <scalar name="root.mod1.fsi.D35" description="Elasticity_matrix@,_x_component#35"/>
          <scalar name="root.mod1.fsi.D45" description="Elasticity_matrix@,_x_component#45"/>
          <scalar name="root.mod1.fsi.D55" description="Elasticity_matrix@,_x_component#55"/>
          <scalar name="root.mod1.fsi.D65" description="Elasticity_matrix@,_x_component#65"/>
          <scalar name="root.mod1.fsi.D16" description="Elasticity_matrix@,_x_component#16"/>
          <scalar name="root.mod1.fsi.D26" description="Elasticity_matrix@,_x_component#26"/>
          <scalar name="root.mod1.fsi.D36" description="Elasticity_matrix@,_x_component#36"/>
          <scalar name="root.mod1.fsi.D46" description="Elasticity_matrix@,_x_component#46"/>
          <scalar name="root.mod1.fsi.D56" description="Elasticity_matrix@,_x_component#56"/>
          <scalar name="root.mod1.fsi.D66" description="Elasticity_matrix@,_x_component#66"/>
        </tensor>
      </group>
      <group name="StrainGroup" description="Strain[Variable_group]">
        <scalar name="root.mod1.fsi.evol" description="Volumetric_strain" plot="true" summation="false" unit="1" edims="2"/>
        <tensor name="root.mod1.fsi.[FdxX,FdyX,FdzX,FdxY,FdyY,FdzY,FdxZ,FdyZ,FdzZ]" description="Deformation_gradient" plot="true" summation="false" basename="root.mod1.fsi.Fd" size="3,3" symmetric="false" axisymmetric="false" unit="1" edims="2">
          <scalar name="root.mod1.fsi.FdxX" description="Deformation_gradient@,_x_component#xX"/>
          <scalar name="root.mod1.fsi.FdyX" description="Deformation_gradient@,_x_component#yX"/>
          <scalar name="root.mod1.fsi.FdzX" description="Deformation_gradient@,_x_component#zX"/>
          <scalar name="root.mod1.fsi.FdxY" description="Deformation_gradient@,_x_component#xY"/>
          <scalar name="root.mod1.fsi.FdyY" description="Deformation_gradient@,_x_component#yY"/>
          <scalar name="root.mod1.fsi.FdzY" description="Deformation_gradient@,_x_component#zY"/>
          <scalar name="root.mod1.fsi.FdxZ" description="Deformation_gradient@,_x_component#xZ"/>
          <scalar name="root.mod1.fsi.FdyZ" description="Deformation_gradient@,_x_component#yZ"/>
          <scalar name="root.mod1.fsi.FdzZ" description="Deformation_gradient@,_x_component#zZ"/>
        </tensor>
        <tensor name="root.mod1.fsi.[eX,eXY,eXZ,eXY,eY,eYZ,eXZ,eYZ,eZ]" description="#Strain tensor (Material)" plot="true" summation="false" basename="root.mod1.fsi.e" size="3,3" symmetric="true" axisymmetric="false" unit="1" edims="2">
          <scalar name="root.mod1.fsi.eX" description="Strain_tensor@,_x_component#X"/>
          <scalar name="root.mod1.fsi.eXY" description="Strain_tensor@,_x_component#XY"/>
          <scalar name="root.mod1.fsi.eXZ" description="Strain_tensor@,_x_component#XZ"/>
          <scalar name="root.mod1.fsi.eY" description="Strain_tensor@,_x_component#Y"/>
          <scalar name="root.mod1.fsi.eYZ" description="Strain_tensor@,_x_component#YZ"/>
          <scalar name="root.mod1.fsi.eZ" description="Strain_tensor@,_x_component#Z"/>
        </tensor>
        <tensor name="root.mod1.fsi.[Ldx,Ldxy,Ldxz,Ldxy,Ldy,Ldyz,Ldxz,Ldyz,Ldz]" description="#Rate of strain tensor (Spatial)" plot="true" summation="false" basename="root.mod1.fsi.Ld" size="3,3" symmetric="true" axisymmetric="false" unit="1/s" edims="2">
          <scalar name="root.mod1.fsi.Ldx" description="Rate_of_strain_tensor@,_x_component#x"/>
          <scalar name="root.mod1.fsi.Ldxy" description="Rate_of_strain_tensor@,_x_component#xy"/>
          <scalar name="root.mod1.fsi.Ldxz" description="Rate_of_strain_tensor@,_x_component#xz"/>
          <scalar name="root.mod1.fsi.Ldy" description="Rate_of_strain_tensor@,_x_component#y"/>
          <scalar name="root.mod1.fsi.Ldyz" description="Rate_of_strain_tensor@,_x_component#yz"/>
          <scalar name="root.mod1.fsi.Ldz" description="Rate_of_strain_tensor@,_x_component#z"/>
        </tensor>
        <tensor name="root.mod1.fsi.[Lwx,Lwxy,Lwxz,Lwxy,Lwy,Lwyz,Lwxz,Lwyz,Lwz]" description="#Spin tensor (Spatial)" plot="true" summation="false" basename="root.mod1.fsi.Lw" size="3,3" symmetric="true" axisymmetric="false" unit="1/s" edims="2">
          <scalar name="root.mod1.fsi.Lwx" description="Spin_tensor@,_x_component#x"/>
          <scalar name="root.mod1.fsi.Lwxy" description="Spin_tensor@,_x_component#xy"/>
          <scalar name="root.mod1.fsi.Lwxz" description="Spin_tensor@,_x_component#xz"/>
          <scalar name="root.mod1.fsi.Lwy" description="Spin_tensor@,_x_component#y"/>
          <scalar name="root.mod1.fsi.Lwyz" description="Spin_tensor@,_x_component#yz"/>
          <scalar name="root.mod1.fsi.Lwz" description="Spin_tensor@,_x_component#z"/>
        </tensor>
        <tensor name="root.mod1.fsi.[el11,el12,el13,el12,el22,el23,el13,el23,el33]" description="Strain_tensor_local_coordinate_system" plot="true" summation="false" basename="root.mod1.fsi.el" size="3,3" symmetric="true" axisymmetric="false" unit="1" edims="2">
          <scalar name="root.mod1.fsi.el11" description="Strain_tensor_local_coordinate_system@,_x_component#11"/>
          <scalar name="root.mod1.fsi.el12" description="Strain_tensor_local_coordinate_system@,_x_component#12"/>
          <scalar name="root.mod1.fsi.el13" description="Strain_tensor_local_coordinate_system@,_x_component#13"/>
          <scalar name="root.mod1.fsi.el22" description="Strain_tensor_local_coordinate_system@,_x_component#22"/>
          <scalar name="root.mod1.fsi.el23" description="Strain_tensor_local_coordinate_system@,_x_component#23"/>
          <scalar name="root.mod1.fsi.el33" description="Strain_tensor_local_coordinate_system@,_x_component#33"/>
        </tensor>
        <tensor name="root.mod1.fsi.[eel11,eel12,eel13,eel12,eel22,eel23,eel13,eel23,eel33]" description="Elastic_strain_tensor_local_coordinate_system" plot="true" summation="false" basename="root.mod1.fsi.eel" size="3,3" symmetric="true" axisymmetric="false" unit="1" edims="2">
          <scalar name="root.mod1.fsi.eel11" description="Elastic_strain_tensor_local_coordinate_system@,_x_component#11"/>
          <scalar name="root.mod1.fsi.eel12" description="Elastic_strain_tensor_local_coordinate_system@,_x_component#12"/>
          <scalar name="root.mod1.fsi.eel13" description="Elastic_strain_tensor_local_coordinate_system@,_x_component#13"/>
          <scalar name="root.mod1.fsi.eel22" description="Elastic_strain_tensor_local_coordinate_system@,_x_component#22"/>
          <scalar name="root.mod1.fsi.eel23" description="Elastic_strain_tensor_local_coordinate_system@,_x_component#23"/>
          <scalar name="root.mod1.fsi.eel33" description="Elastic_strain_tensor_local_coordinate_system@,_x_component#33"/>
        </tensor>
        <tensor name="root.mod1.fsi.[eil11,eil12,eil13,eil12,eil22,eil23,eil13,eil23,eil33]" description="Initial_strain_tensor_local_coordinate_system" plot="true" summation="false" basename="root.mod1.fsi.eil" size="3,3" symmetric="true" axisymmetric="false" unit="1" edims="2">
          <scalar name="root.mod1.fsi.eil11" description="Initial_strain_tensor_local_coordinate_system@,_x_component#11"/>
          <scalar name="root.mod1.fsi.eil12" description="Initial_strain_tensor_local_coordinate_system@,_x_component#12"/>
          <scalar name="root.mod1.fsi.eil13" description="Initial_strain_tensor_local_coordinate_system@,_x_component#13"/>
          <scalar name="root.mod1.fsi.eil22" description="Initial_strain_tensor_local_coordinate_system@,_x_component#22"/>
          <scalar name="root.mod1.fsi.eil23" description="Initial_strain_tensor_local_coordinate_system@,_x_component#23"/>
          <scalar name="root.mod1.fsi.eil33" description="Initial_strain_tensor_local_coordinate_system@,_x_component#33"/>
        </tensor>
        <group name="StrainInvariants" description="Strain_invariants">
          <scalar name="root.mod1.fsi.J" description="Volume_ratio" plot="true" summation="false" unit="1" edims="2"/>
          <scalar name="root.mod1.fsi.eelvol" description="First_invariant_of_elastic_strain_tensor" plot="true" summation="false" unit="1" edims="2"/>
          <scalar name="root.mod1.fsi.eeldev" description="Second_invariant_of_deviatoric_elastic_strain_tensor" plot="true" summation="false" unit="1" edims="2"/>
        </group>
      </group>
      <group name="StressGroup" description="Stress[Variable_group]">
        <scalar name="root.mod1.fsi.pm" description="Pressure" plot="true" summation="false" unit="N/m^2" edims="2"/>
        <scalar name="root.mod1.fsi.mises" description="von_Mises_stress" plot="true" summation="false" unit="N/m^2" edims="2"/>
        <scalar name="root.mod1.fsi.tresca" description="Tresca_stress" plot="true" summation="false" unit="N/m^2" edims="2"/>
        <tensor name="root.mod1.fsi.[Sil11,Sil12,Sil13,Sil12,Sil22,Sil23,Sil13,Sil23,Sil33]" description="Initial_stress_tensor_local_coordinate_system" plot="true" summation="false" basename="root.mod1.fsi.Sil" size="3,3" symmetric="true" axisymmetric="false" unit="N/m^2" edims="2">
          <scalar name="root.mod1.fsi.Sil11" description="Initial_stress_tensor_local_coordinate_system@,_x_component#11"/>
          <scalar name="root.mod1.fsi.Sil12" description="Initial_stress_tensor_local_coordinate_system@,_x_component#12"/>
          <scalar name="root.mod1.fsi.Sil13" description="Initial_stress_tensor_local_coordinate_system@,_x_component#13"/>
          <scalar name="root.mod1.fsi.Sil22" description="Initial_stress_tensor_local_coordinate_system@,_x_component#22"/>
          <scalar name="root.mod1.fsi.Sil23" description="Initial_stress_tensor_local_coordinate_system@,_x_component#23"/>
          <scalar name="root.mod1.fsi.Sil33" description="Initial_stress_tensor_local_coordinate_system@,_x_component#33"/>
        </tensor>
        <tensor name="root.mod1.fsi.[Sl11,Sl12,Sl13,Sl12,Sl22,Sl23,Sl13,Sl23,Sl33]" description="Second_Piola-Kirchhoff_stress_local_coordinate_system" plot="true" summation="false" basename="root.mod1.fsi.Sl" size="3,3" symmetric="true" axisymmetric="false" unit="N/m^2" edims="2">
          <scalar name="root.mod1.fsi.Sl11" description="Second_Piola-Kirchhoff_stress_local_coordinate_system@,_x_component#11"/>
          <scalar name="root.mod1.fsi.Sl12" description="Second_Piola-Kirchhoff_stress_local_coordinate_system@,_x_component#12"/>
          <scalar name="root.mod1.fsi.Sl13" description="Second_Piola-Kirchhoff_stress_local_coordinate_system@,_x_component#13"/>
          <scalar name="root.mod1.fsi.Sl22" description="Second_Piola-Kirchhoff_stress_local_coordinate_system@,_x_component#22"/>
          <scalar name="root.mod1.fsi.Sl23" description="Second_Piola-Kirchhoff_stress_local_coordinate_system@,_x_component#23"/>
          <scalar name="root.mod1.fsi.Sl33" description="Second_Piola-Kirchhoff_stress_local_coordinate_system@,_x_component#33"/>
        </tensor>
        <tensor name="root.mod1.fsi.[SX,SXY,SXZ,SXY,SY,SYZ,SXZ,SYZ,SZ]" description="#Second Piola-Kirchhoff stress (Material)" plot="true" summation="false" basename="root.mod1.fsi.S" size="3,3" symmetric="true" axisymmetric="false" unit="N/m^2" edims="2">
          <scalar name="root.mod1.fsi.SX" description="Second_Piola-Kirchhoff_stress@,_x_component#X"/>
          <scalar name="root.mod1.fsi.SXY" description="Second_Piola-Kirchhoff_stress@,_x_component#XY"/>
          <scalar name="root.mod1.fsi.SXZ" description="Second_Piola-Kirchhoff_stress@,_x_component#XZ"/>
          <scalar name="root.mod1.fsi.SY" description="Second_Piola-Kirchhoff_stress@,_x_component#Y"/>
          <scalar name="root.mod1.fsi.SYZ" description="Second_Piola-Kirchhoff_stress@,_x_component#YZ"/>
          <scalar name="root.mod1.fsi.SZ" description="Second_Piola-Kirchhoff_stress@,_x_component#Z"/>
        </tensor>
        <tensor name="root.mod1.fsi.[PxX,PyX,PzX,PxY,PyY,PzY,PxZ,PyZ,PzZ]" description="First_Piola-Kirchhoff_stress" plot="true" summation="false" basename="root.mod1.fsi.P" size="3,3" symmetric="false" axisymmetric="false" unit="N/m^2" edims="2">
          <scalar name="root.mod1.fsi.PxX" description="First_Piola-Kirchhoff_stress@,_x_component#xX"/>
          <scalar name="root.mod1.fsi.PyX" description="First_Piola-Kirchhoff_stress@,_x_component#yX"/>
          <scalar name="root.mod1.fsi.PzX" description="First_Piola-Kirchhoff_stress@,_x_component#zX"/>
          <scalar name="root.mod1.fsi.PxY" description="First_Piola-Kirchhoff_stress@,_x_component#xY"/>
          <scalar name="root.mod1.fsi.PyY" description="First_Piola-Kirchhoff_stress@,_x_component#yY"/>
          <scalar name="root.mod1.fsi.PzY" description="First_Piola-Kirchhoff_stress@,_x_component#zY"/>
          <scalar name="root.mod1.fsi.PxZ" description="First_Piola-Kirchhoff_stress@,_x_component#xZ"/>
          <scalar name="root.mod1.fsi.PyZ" description="First_Piola-Kirchhoff_stress@,_x_component#yZ"/>
          <scalar name="root.mod1.fsi.PzZ" description="First_Piola-Kirchhoff_stress@,_x_component#zZ"/>
        </tensor>
        <tensor name="root.mod1.fsi.[sx,sxy,sxz,sxy,sy,syz,sxz,syz,sz]" description="#Stress tensor (Spatial)" plot="true" summation="false" basename="root.mod1.fsi.s" size="3,3" symmetric="true" axisymmetric="false" unit="N/m^2" edims="2">
          <scalar name="root.mod1.fsi.sx" description="Stress_tensor@,_x_component#x"/>
          <scalar name="root.mod1.fsi.sxy" description="Stress_tensor@,_x_component#xy"/>
          <scalar name="root.mod1.fsi.sxz" description="Stress_tensor@,_x_component#xz"/>
          <scalar name="root.mod1.fsi.sy" description="Stress_tensor@,_x_component#y"/>
          <scalar name="root.mod1.fsi.syz" description="Stress_tensor@,_x_component#yz"/>
          <scalar name="root.mod1.fsi.sz" description="Stress_tensor@,_x_component#z"/>
        </tensor>
        <tensor name="root.mod1.fsi.[sl11,sl12,sl13,sl12,sl22,sl23,sl13,sl23,sl33]" description="Stress_tensor_local_coordinate_system" plot="true" summation="false" basename="root.mod1.fsi.sl" size="3,3" symmetric="true" axisymmetric="false" unit="N/m^2" edims="2">
          <scalar name="root.mod1.fsi.sl11" description="Stress_tensor_local_coordinate_system@,_x_component#11"/>
          <scalar name="root.mod1.fsi.sl12" description="Stress_tensor_local_coordinate_system@,_x_component#12"/>
          <scalar name="root.mod1.fsi.sl13" description="Stress_tensor_local_coordinate_system@,_x_component#13"/>
          <scalar name="root.mod1.fsi.sl22" description="Stress_tensor_local_coordinate_system@,_x_component#22"/>
          <scalar name="root.mod1.fsi.sl23" description="Stress_tensor_local_coordinate_system@,_x_component#23"/>
          <scalar name="root.mod1.fsi.sl33" description="Stress_tensor_local_coordinate_system@,_x_component#33"/>
        </tensor>
        <tensor name="root.mod1.fsi.[sdevx,sdevxy,sdevxz,sdevxy,sdevy,sdevyz,sdevxz,sdevyz,sdevz]" description="#Deviatoric stress tensor (Spatial)" plot="true" summation="false" basename="root.mod1.fsi.sdev" size="3,3" symmetric="true" axisymmetric="false" unit="N/m^2" edims="2">
          <scalar name="root.mod1.fsi.sdevx" description="Deviatoric_stress_tensor@,_x_component#x"/>
          <scalar name="root.mod1.fsi.sdevxy" description="Deviatoric_stress_tensor@,_x_component#xy"/>
          <scalar name="root.mod1.fsi.sdevxz" description="Deviatoric_stress_tensor@,_x_component#xz"/>
          <scalar name="root.mod1.fsi.sdevy" description="Deviatoric_stress_tensor@,_x_component#y"/>
          <scalar name="root.mod1.fsi.sdevyz" description="Deviatoric_stress_tensor@,_x_component#yz"/>
          <scalar name="root.mod1.fsi.sdevz" description="Deviatoric_stress_tensor@,_x_component#z"/>
        </tensor>
        <tensor name="root.mod1.fsi.[SdevX,SdevXY,SdevXZ,SdevXY,SdevY,SdevYZ,SdevXZ,SdevYZ,SdevZ]" description="#Deviatoric second Piola-Kirchhoff stress (Material)" plot="true" summation="false" basename="root.mod1.fsi.Sdev" size="3,3" symmetric="true" axisymmetric="false" unit="N/m^2" edims="2">
          <scalar name="root.mod1.fsi.SdevX" description="Deviatoric_second_Piola-Kirchhoff_stress@,_x_component#X"/>
          <scalar name="root.mod1.fsi.SdevXY" description="Deviatoric_second_Piola-Kirchhoff_stress@,_x_component#XY"/>
          <scalar name="root.mod1.fsi.SdevXZ" description="Deviatoric_second_Piola-Kirchhoff_stress@,_x_component#XZ"/>
          <scalar name="root.mod1.fsi.SdevY" description="Deviatoric_second_Piola-Kirchhoff_stress@,_x_component#Y"/>
          <scalar name="root.mod1.fsi.SdevYZ" description="Deviatoric_second_Piola-Kirchhoff_stress@,_x_component#YZ"/>
          <scalar name="root.mod1.fsi.SdevZ" description="Deviatoric_second_Piola-Kirchhoff_stress@,_x_component#Z"/>
        </tensor>
        <tensor name="root.mod1.fsi.[Tax,Tay,Taz]" description="#Traction (force/area) (Spatial)" plot="true" summation="false" basename="root.mod1.fsi.Ta" size="3,1" symmetric="false" axisymmetric="false" unit="N/m^2" edims="1">
          <scalar name="root.mod1.fsi.Tax" description="Traction_(force/area)@,_x_component#x"/>
          <scalar name="root.mod1.fsi.Tay" description="Traction_(force/area)@,_x_component#y"/>
          <scalar name="root.mod1.fsi.Taz" description="Traction_(force/area)@,_x_component#z"/>
        </tensor>
        <group name="StressInvariants" description="Stress_invariants">
          <scalar name="root.mod1.fsi.I1s" description="First_principal_invariant_of_stress" plot="true" summation="false" unit="N/m^2" edims="2"/>
          <scalar name="root.mod1.fsi.I2s" description="Second_principal_invariant_of_stress" plot="true" summation="false" unit="kg^2/(m^2*s^4)" edims="2"/>
          <scalar name="root.mod1.fsi.I3s" description="Third_principal_invariant_of_stress" plot="true" summation="false" unit="kg^3/(m^3*s^6)" edims="2"/>
          <scalar name="root.mod1.fsi.II2s" description="Second_invariant_of_stress_deviator" plot="true" summation="false" unit="kg^2/(m^2*s^4)" edims="2"/>
          <scalar name="root.mod1.fsi.II3s" description="Third_invariant_of_stress_deviator" plot="true" summation="false" unit="kg^3/(m^3*s^6)" edims="2"/>
          <scalar name="root.mod1.fsi.thetaL" description="Lode_angle" plot="true" summation="false" unit="rad" edims="2"/>
        </group>
      </group>
      <group name="StressGroupGp" description="Stress_(Gauss_points)[Variable_group]">
        <scalar name="root.mod1.fsi.pmGp" description="Pressure_Gauss_point_evaluation" plot="true" summation="false" unit="N/m^2" edims="2"/>
        <scalar name="root.mod1.fsi.misesGp" description="von_Mises_stress_Gauss_point_evaluation" plot="true" summation="false" unit="N/m^2" edims="2"/>
        <scalar name="root.mod1.fsi.trescaGp" description="Tresca_stress_Gauss_point_evaluation" plot="true" summation="false" unit="N/m^2" edims="2"/>
        <tensor name="root.mod1.fsi.[SlGp11,SlGp12,SlGp13,SlGp12,SlGp22,SlGp23,SlGp13,SlGp23,SlGp33]" description="Second_Piola-Kirchhoff_stress_local_coordinate_system_Gauss_point_evaluation" plot="true" summation="false" basename="root.mod1.fsi.SlGp" size="3,3" symmetric="true" axisymmetric="false" unit="N/m^2" edims="2">
          <scalar name="root.mod1.fsi.SlGp11" description="Second_Piola-Kirchhoff_stress_local_coordinate_system_Gauss_point_evaluation@,_x_component#11"/>
          <scalar name="root.mod1.fsi.SlGp12" description="Second_Piola-Kirchhoff_stress_local_coordinate_system_Gauss_point_evaluation@,_x_component#12"/>
          <scalar name="root.mod1.fsi.SlGp13" description="Second_Piola-Kirchhoff_stress_local_coordinate_system_Gauss_point_evaluation@,_x_component#13"/>
          <scalar name="root.mod1.fsi.SlGp22" description="Second_Piola-Kirchhoff_stress_local_coordinate_system_Gauss_point_evaluation@,_x_component#22"/>
          <scalar name="root.mod1.fsi.SlGp23" description="Second_Piola-Kirchhoff_stress_local_coordinate_system_Gauss_point_evaluation@,_x_component#23"/>
          <scalar name="root.mod1.fsi.SlGp33" description="Second_Piola-Kirchhoff_stress_local_coordinate_system_Gauss_point_evaluation@,_x_component#33"/>
        </tensor>
        <tensor name="root.mod1.fsi.[SGpX,SGpXY,SGpXZ,SGpXY,SGpY,SGpYZ,SGpXZ,SGpYZ,SGpZ]" description="#Second Piola-Kirchhoff stress, Gauss-point evaluation (Material)" plot="true" summation="false" basename="root.mod1.fsi.SGp" size="3,3" symmetric="true" axisymmetric="false" unit="N/m^2" edims="2">
          <scalar name="root.mod1.fsi.SGpX" description="Second_Piola-Kirchhoff_stress_Gauss_point_evaluation@,_x_component#X"/>
          <scalar name="root.mod1.fsi.SGpXY" description="Second_Piola-Kirchhoff_stress_Gauss_point_evaluation@,_x_component#XY"/>
          <scalar name="root.mod1.fsi.SGpXZ" description="Second_Piola-Kirchhoff_stress_Gauss_point_evaluation@,_x_component#XZ"/>
          <scalar name="root.mod1.fsi.SGpY" description="Second_Piola-Kirchhoff_stress_Gauss_point_evaluation@,_x_component#Y"/>
          <scalar name="root.mod1.fsi.SGpYZ" description="Second_Piola-Kirchhoff_stress_Gauss_point_evaluation@,_x_component#YZ"/>
          <scalar name="root.mod1.fsi.SGpZ" description="Second_Piola-Kirchhoff_stress_Gauss_point_evaluation@,_x_component#Z"/>
        </tensor>
        <tensor name="root.mod1.fsi.[PGpxX,PGpyX,PGpzX,PGpxY,PGpyY,PGpzY,PGpxZ,PGpyZ,PGpzZ]" description="First_Piola-Kirchhoff_stress_Gauss_point_evaluation" plot="true" summation="false" basename="root.mod1.fsi.PGp" size="3,3" symmetric="false" axisymmetric="false" unit="N/m^2" edims="2">
          <scalar name="root.mod1.fsi.PGpxX" description="First_Piola-Kirchhoff_stress_Gauss_point_evaluation@,_x_component#xX"/>
          <scalar name="root.mod1.fsi.PGpyX" description="First_Piola-Kirchhoff_stress_Gauss_point_evaluation@,_x_component#yX"/>
          <scalar name="root.mod1.fsi.PGpzX" description="First_Piola-Kirchhoff_stress_Gauss_point_evaluation@,_x_component#zX"/>
          <scalar name="root.mod1.fsi.PGpxY" description="First_Piola-Kirchhoff_stress_Gauss_point_evaluation@,_x_component#xY"/>
          <scalar name="root.mod1.fsi.PGpyY" description="First_Piola-Kirchhoff_stress_Gauss_point_evaluation@,_x_component#yY"/>
          <scalar name="root.mod1.fsi.PGpzY" description="First_Piola-Kirchhoff_stress_Gauss_point_evaluation@,_x_component#zY"/>
          <scalar name="root.mod1.fsi.PGpxZ" description="First_Piola-Kirchhoff_stress_Gauss_point_evaluation@,_x_component#xZ"/>
          <scalar name="root.mod1.fsi.PGpyZ" description="First_Piola-Kirchhoff_stress_Gauss_point_evaluation@,_x_component#yZ"/>
          <scalar name="root.mod1.fsi.PGpzZ" description="First_Piola-Kirchhoff_stress_Gauss_point_evaluation@,_x_component#zZ"/>
        </tensor>
        <tensor name="root.mod1.fsi.[sGpx,sGpxy,sGpxz,sGpxy,sGpy,sGpyz,sGpxz,sGpyz,sGpz]" description="#Stress tensor, Gauss-point evaluation (Spatial)" plot="true" summation="false" basename="root.mod1.fsi.sGp" size="3,3" symmetric="true" axisymmetric="false" unit="N/m^2" edims="2">
          <scalar name="root.mod1.fsi.sGpx" description="Stress_tensor_Gauss_point_evaluation@,_x_component#x"/>
          <scalar name="root.mod1.fsi.sGpxy" description="Stress_tensor_Gauss_point_evaluation@,_x_component#xy"/>
          <scalar name="root.mod1.fsi.sGpxz" description="Stress_tensor_Gauss_point_evaluation@,_x_component#xz"/>
          <scalar name="root.mod1.fsi.sGpy" description="Stress_tensor_Gauss_point_evaluation@,_x_component#y"/>
          <scalar name="root.mod1.fsi.sGpyz" description="Stress_tensor_Gauss_point_evaluation@,_x_component#yz"/>
          <scalar name="root.mod1.fsi.sGpz" description="Stress_tensor_Gauss_point_evaluation@,_x_component#z"/>
        </tensor>
        <tensor name="root.mod1.fsi.[slGp11,slGp12,slGp13,slGp12,slGp22,slGp23,slGp13,slGp23,slGp33]" description="Stress_tensor_local_coordinate_system_Gauss_point_evaluation" plot="true" summation="false" basename="root.mod1.fsi.slGp" size="3,3" symmetric="true" axisymmetric="false" unit="N/m^2" edims="2">
          <scalar name="root.mod1.fsi.slGp11" description="Stress_tensor_local_coordinate_system_Gauss_point_evaluation@,_x_component#11"/>
          <scalar name="root.mod1.fsi.slGp12" description="Stress_tensor_local_coordinate_system_Gauss_point_evaluation@,_x_component#12"/>
          <scalar name="root.mod1.fsi.slGp13" description="Stress_tensor_local_coordinate_system_Gauss_point_evaluation@,_x_component#13"/>
          <scalar name="root.mod1.fsi.slGp22" description="Stress_tensor_local_coordinate_system_Gauss_point_evaluation@,_x_component#22"/>
          <scalar name="root.mod1.fsi.slGp23" description="Stress_tensor_local_coordinate_system_Gauss_point_evaluation@,_x_component#23"/>
          <scalar name="root.mod1.fsi.slGp33" description="Stress_tensor_local_coordinate_system_Gauss_point_evaluation@,_x_component#33"/>
        </tensor>
        <tensor name="root.mod1.fsi.[sdevGpx,sdevGpxy,sdevGpxz,sdevGpxy,sdevGpy,sdevGpyz,sdevGpxz,sdevGpyz,sdevGpz]" description="#Deviatoric stress tensor, Gauss-point evaluation (Spatial)" plot="true" summation="false" basename="root.mod1.fsi.sdevGp" size="3,3" symmetric="true" axisymmetric="false" unit="N/m^2" edims="2">
          <scalar name="root.mod1.fsi.sdevGpx" description="Deviatoric_stress_tensor_Gauss_point_evaluation@,_x_component#x"/>
          <scalar name="root.mod1.fsi.sdevGpxy" description="Deviatoric_stress_tensor_Gauss_point_evaluation@,_x_component#xy"/>
          <scalar name="root.mod1.fsi.sdevGpxz" description="Deviatoric_stress_tensor_Gauss_point_evaluation@,_x_component#xz"/>
          <scalar name="root.mod1.fsi.sdevGpy" description="Deviatoric_stress_tensor_Gauss_point_evaluation@,_x_component#y"/>
          <scalar name="root.mod1.fsi.sdevGpyz" description="Deviatoric_stress_tensor_Gauss_point_evaluation@,_x_component#yz"/>
          <scalar name="root.mod1.fsi.sdevGpz" description="Deviatoric_stress_tensor_Gauss_point_evaluation@,_x_component#z"/>
        </tensor>
        <tensor name="root.mod1.fsi.[SdevGpX,SdevGpXY,SdevGpXZ,SdevGpXY,SdevGpY,SdevGpYZ,SdevGpXZ,SdevGpYZ,SdevGpZ]" description="#Deviatoric second Piola-Kirchhoff stress, Gauss-point evaluation (Material)" plot="true" summation="false" basename="root.mod1.fsi.SdevGp" size="3,3" symmetric="true" axisymmetric="false" unit="N/m^2" edims="2">
          <scalar name="root.mod1.fsi.SdevGpX" description="Deviatoric_second_Piola-Kirchhoff_stress_Gauss_point_evaluation@,_x_component#X"/>
          <scalar name="root.mod1.fsi.SdevGpXY" description="Deviatoric_second_Piola-Kirchhoff_stress_Gauss_point_evaluation@,_x_component#XY"/>
          <scalar name="root.mod1.fsi.SdevGpXZ" description="Deviatoric_second_Piola-Kirchhoff_stress_Gauss_point_evaluation@,_x_component#XZ"/>
          <scalar name="root.mod1.fsi.SdevGpY" description="Deviatoric_second_Piola-Kirchhoff_stress_Gauss_point_evaluation@,_x_component#Y"/>
          <scalar name="root.mod1.fsi.SdevGpYZ" description="Deviatoric_second_Piola-Kirchhoff_stress_Gauss_point_evaluation@,_x_component#YZ"/>
          <scalar name="root.mod1.fsi.SdevGpZ" description="Deviatoric_second_Piola-Kirchhoff_stress_Gauss_point_evaluation@,_x_component#Z"/>
        </tensor>
        <group name="spValGp" description="Principal_stresses_Gauss_point_evaluation">
          <scalar name="root.mod1.fsi.sp1Gp" description="First_principal_stress_Gauss_point_evaluation" plot="true" summation="false" unit="N/m^2" edims="2"/>
          <scalar name="root.mod1.fsi.sp2Gp" description="Second_principal_stress_Gauss_point_evaluation" plot="true" summation="false" unit="N/m^2" edims="2"/>
          <scalar name="root.mod1.fsi.sp3Gp" description="Third_principal_stress_Gauss_point_evaluation" plot="true" summation="false" unit="N/m^2" edims="2"/>
        </group>
        <group name="PrincipalStressDirectionsGp" description="Principal_stress_directions_Gauss_point_evaluation">
          <tensor name="root.mod1.fsi.[sp1GpX,sp1GpY,sp1GpZ]" description="#Principal stress direction 1, Gauss-point evaluation (Material)" plot="true" summation="false" basename="root.mod1.fsi.sp1Gp" size="3,1" symmetric="false" axisymmetric="false" edims="2">
            <scalar name="root.mod1.fsi.sp1GpX" description="Principal_stress_direction_1_Gauss_point_evaluation@,_x_component#X"/>
            <scalar name="root.mod1.fsi.sp1GpY" description="Principal_stress_direction_1_Gauss_point_evaluation@,_x_component#Y"/>
            <scalar name="root.mod1.fsi.sp1GpZ" description="Principal_stress_direction_1_Gauss_point_evaluation@,_x_component#Z"/>
          </tensor>
          <tensor name="root.mod1.fsi.[sp2GpX,sp2GpY,sp2GpZ]" description="#Principal stress direction 2, Gauss-point evaluation (Material)" plot="true" summation="false" basename="root.mod1.fsi.sp2Gp" size="3,1" symmetric="false" axisymmetric="false" edims="2">
            <scalar name="root.mod1.fsi.sp2GpX" description="Principal_stress_direction_2_Gauss_point_evaluation@,_x_component#X"/>
            <scalar name="root.mod1.fsi.sp2GpY" description="Principal_stress_direction_2_Gauss_point_evaluation@,_x_component#Y"/>
            <scalar name="root.mod1.fsi.sp2GpZ" description="Principal_stress_direction_2_Gauss_point_evaluation@,_x_component#Z"/>
          </tensor>
          <tensor name="root.mod1.fsi.[sp3GpX,sp3GpY,sp3GpZ]" description="#Principal stress direction 3, Gauss-point evaluation (Material)" plot="true" summation="false" basename="root.mod1.fsi.sp3Gp" size="3,1" symmetric="false" axisymmetric="false" edims="2">
            <scalar name="root.mod1.fsi.sp3GpX" description="Principal_stress_direction_3_Gauss_point_evaluation@,_x_component#X"/>
            <scalar name="root.mod1.fsi.sp3GpY" description="Principal_stress_direction_3_Gauss_point_evaluation@,_x_component#Y"/>
            <scalar name="root.mod1.fsi.sp3GpZ" description="Principal_stress_direction_3_Gauss_point_evaluation@,_x_component#Z"/>
          </tensor>
        </group>
      </group>
      <group name="EnergyAndPowerGroup" description="Energy_and_power">
        <scalar name="root.mod1.fsi.Ws" description="Strain_energy_density" plot="true" summation="false" unit="J/m^3" edims="2"/>
        <scalar name="root.mod1.fsi.Wk" description="Kinetic_energy_density" plot="true" summation="false" unit="J/m^3" edims="2"/>
        <scalar name="root.mod1.fsi.nI" description="Outward_mechanical_energy_flux" plot="true" summation="false" unit="W/m^2" edims="1"/>
        <tensor name="root.mod1.fsi.[IX,IY,IZ]" description="#Mechanical energy flux (Material)" plot="true" summation="false" basename="root.mod1.fsi.I" size="3,1" symmetric="false" axisymmetric="false" unit="W/m^2" edims="2">
          <scalar name="root.mod1.fsi.IX" description="Mechanical_energy_flux@,_x_component#X"/>
          <scalar name="root.mod1.fsi.IY" description="Mechanical_energy_flux@,_x_component#Y"/>
          <scalar name="root.mod1.fsi.IZ" description="Mechanical_energy_flux@,_x_component#Z"/>
        </tensor>
      </group>
      <group name="AccAndVelGroup" description="Acceleration_and_velocity">
        <tensor name="root.mod1.fsi.[u_ttX,u_ttY,u_ttZ]" description="#Acceleration (Material)" plot="true" summation="false" basename="root.mod1.fsi.u_tt" size="3,1" symmetric="false" axisymmetric="false" unit="m/s^2" edims="2">
          <scalar name="root.mod1.fsi.u_ttX" description="Acceleration@,_x_component#X"/>
          <scalar name="root.mod1.fsi.u_ttY" description="Acceleration@,_x_component#Y"/>
          <scalar name="root.mod1.fsi.u_ttZ" description="Acceleration@,_x_component#Z"/>
        </tensor>
        <tensor name="root.mod1.fsi.[u_tX,u_tY,u_tZ]" description="#Velocity (Material)" plot="true" summation="false" basename="root.mod1.fsi.u_t" size="3,1" symmetric="false" axisymmetric="false" unit="m/s" edims="2">
          <scalar name="root.mod1.fsi.u_tX" description="Velocity@,_x_component#X"/>
          <scalar name="root.mod1.fsi.u_tY" description="Velocity@,_x_component#Y"/>
          <scalar name="root.mod1.fsi.u_tZ" description="Velocity@,_x_component#Z"/>
        </tensor>
      </group>
      <group name="ReactionGroup" description="Reactions[Variable_group]">
        <tensor name="root.mod1.fsi.[RFx,RFy,RFz]" description="#Reaction force (Spatial)" plot="true" summation="true" basename="root.mod1.fsi.RF" size="3,1" symmetric="false" axisymmetric="false" unit="N" edims="2">
          <scalar name="root.mod1.fsi.RFx" description="Reaction_force@,_x_component#x"/>
          <scalar name="root.mod1.fsi.RFy" description="Reaction_force@,_x_component#y"/>
          <scalar name="root.mod1.fsi.RFz" description="Reaction_force@,_x_component#z"/>
        </tensor>
        <tensor name="root.mod1.fsi.[RMx,RMy,RMz]" description="#Reaction moment (Spatial)" plot="true" summation="true" basename="root.mod1.fsi.RM" size="3,1" symmetric="false" axisymmetric="false" unit="N*m" edims="2">
          <scalar name="root.mod1.fsi.RMx" description="Reaction_moment@,_x_component#x"/>
          <scalar name="root.mod1.fsi.RMy" description="Reaction_moment@,_x_component#y"/>
          <scalar name="root.mod1.fsi.RMz" description="Reaction_moment@,_x_component#z"/>
        </tensor>
      </group>
    </group>
    <field name="root.mod1.u_fluid"/>
    <field name="root.mod1.p"/>
    <field name="root.mod1.xy"/>
    <field name="root.mod1.u_solid"/>
    <field name="root.mod1.fsi.pw"/>
    <function name="root.mod1.atonly" type="cpl" scope="root.mod1." allowednargs="1"/>
    <function name="root.mod1.at0" type="cpl" scope="root.mod1." allowednargs="3"/>
    <function name="root.mod1.atxd0" type="cpl" allowednargs="3"/>
    <function name="root.mod1.at1" type="cpl" scope="root.mod1." allowednargs="3"/>
    <function name="root.mod1.atxd1" type="cpl" allowednargs="3"/>
    <function name="root.mod1.at2" type="cpl" scope="root.mod1." allowednargs="3"/>
    <function name="root.mod1.atxd2" type="cpl" allowednargs="3"/>
    <function name="root.mod1.at0_spatial" type="cpl" scope="root.mod1." allowednargs="3"/>
    <function name="root.mod1.atxd0_spatial" type="cpl" allowednargs="3"/>
    <function name="root.mod1.at1_spatial" type="cpl" scope="root.mod1." allowednargs="3"/>
    <function name="root.mod1.atxd1_spatial" type="cpl" allowednargs="3"/>
    <function name="root.mod1.at2_spatial" type="cpl" scope="root.mod1." allowednargs="3"/>
    <function name="root.mod1.atxd2_spatial" type="cpl" allowednargs="3"/>
    <function name="root.test"/>
    <function name="root.var"/>
    <function name="root.mod1.fsi.int1" scope="root.mod1."/>
    <function name="root.mod1.fsi.minOp" type="cpl" scope="root.mod1." allowednargs="1,2"/>
    <function name="root.mod1.fsi.maxOp" type="cpl" scope="root.mod1." allowednargs="1,2"/>
    <function name="root.mod1.fsi.int2" scope="root.mod1."/>
    <function name="root.mod1.mat1.def.eta" type="func" argtypes="2,'string','string'" stringargs="2,'',''"/>
    <function name="root.mod1.mat1.def.Cp" type="func" argtypes="2,'string','string'" stringargs="2,'',''"/>
    <function name="root.mod1.mat1.def.rho" type="func" argtypes="2,'string','string'" stringargs="2,'',''"/>
    <function name="root.mod1.mat1.def.k" type="func" argtypes="2,'string','string'" stringargs="2,'',''"/>
    <function name="root.mod1.mat1.def.cs" type="func" argtypes="2,'string','string'" stringargs="2,'',''"/>
  </vardata>
</savepoint>

