<?xml version="1.0" encoding="UTF-8"?>
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  <physics tag="g" active="false" geom="geom1" descr="General_form_PDE">
    <postinfo>
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      <scalar edim="1" default="2,'root.comp1.u', "/>
      <scalar edim="2" default="2,'root.comp1.u', "/>
      <scalar edim="3" default="2,'root.comp1.u', "/>
      <vector edim="1" default="root.comp1.[uTx,uTy,uTz]"/>
      <vector edim="2" default="root.comp1.[uTx,uTy,uTz]"/>
      <vector edim="3" default="root.comp1.[ux,uy,uz]"/>
      <pdofnames edim="2" names="0"/>
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    </postinfo>
  </physics>
  <physics tag="spf" active="true" geom="geom1" descr="Laminar_flow">
    <postinfo>
      <scalar edim="-1" default="2,'root.comp1.spf.U','Velocity_magnitude'"/>
      <scalar edim="0" default="2,'root.comp1.spf.U','Velocity_magnitude'"/>
      <scalar edim="1" default="2,'root.comp1.spf.U','Velocity_magnitude'"/>
      <scalar edim="2" default="2,'root.comp1.spf.U','Velocity_magnitude'"/>
      <scalar edim="3" default="2,'root.comp1.spf.U','Velocity_magnitude'"/>
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      <multiscalar edim="2" default="0"/>
      <multiscalar edim="3" default="0"/>
      <vector edim="-1" default="root.comp1.u2"/>
      <vector edim="0" default="root.comp1.u2"/>
      <vector edim="1" default="root.comp1.u2"/>
      <vector edim="2" default="root.comp1.u2"/>
      <vector edim="3" default="root.comp1.u2"/>
      <params edim="-1" params="0"/>
      <params edim="0" params="0"/>
      <params edim="1" params="0"/>
      <params edim="2" params="0"/>
      <params edim="3" params="0"/>
      <partmassparams edim="2" params="1|4,'prad','1e-4[m]','m','Particle_radius'"/>
      <partmassparams edim="3" params="1|4,'prad','1e-4[m]','m','Particle_radius'"/>
      <particleforce expr="3,'(((((prad^2)*pi)*root.comp1.spf.rho)*(sqrt(((u2-(#u#))*(u2-(#u#))+(v2-(#v#))*(v2-(#v#))+(w2-(#w#))*(w2-(#w#)))+((1^2)*eps))))*(u2-(#u#)))*(((((((((sqrt(((u2-(#u#))*(u2-(#u#))+(v2-(#v#))*(v2-(#v#))+(w2-(#w#))*(w2-(#w#)))+((1^2)*eps)))*2)*prad)*root.comp1.spf.rho)/root.comp1.spf.mu)^(-0.31))*1.84)+(((((((sqrt(((u2-(#u#))*(u2-(#u#))+(v2-(#v#))*(v2-(#v#))+(w2-(#w#))*(w2-(#w#)))+((1^2)*eps)))*2)*prad)*root.comp1.spf.rho)/root.comp1.spf.mu)^0.06)*0.293))^3.45) ','(((((prad^2)*pi)*root.comp1.spf.rho)*(sqrt(((u2-(#u#))*(u2-(#u#))+(v2-(#v#))*(v2-(#v#))+(w2-(#w#))*(w2-(#w#)))+((1^2)*eps))))*(v2-(#v#)))*(((((((((sqrt(((u2-(#u#))*(u2-(#u#))+(v2-(#v#))*(v2-(#v#))+(w2-(#w#))*(w2-(#w#)))+((1^2)*eps)))*2)*prad)*root.comp1.spf.rho)/root.comp1.spf.mu)^(-0.31))*1.84)+(((((((sqrt(((u2-(#u#))*(u2-(#u#))+(v2-(#v#))*(v2-(#v#))+(w2-(#w#))*(w2-(#w#)))+((1^2)*eps)))*2)*prad)*root.comp1.spf.rho)/root.comp1.spf.mu)^0.06)*0.293))^3.45) ','(((((prad^2)*pi)*root.comp1.spf.rho)*(sqrt(((u2-(#u#))*(u2-(#u#))+(v2-(#v#))*(v2-(#v#))+(w2-(#w#))*(w2-(#w#)))+((1^2)*eps))))*(w2-(#w#)))*(((((((((sqrt(((u2-(#u#))*(u2-(#u#))+(v2-(#v#))*(v2-(#v#))+(w2-(#w#))*(w2-(#w#)))+((1^2)*eps)))*2)*prad)*root.comp1.spf.rho)/root.comp1.spf.mu)^(-0.31))*1.84)+(((((((sqrt(((u2-(#u#))*(u2-(#u#))+(v2-(#v#))*(v2-(#v#))+(w2-(#w#))*(w2-(#w#)))+((1^2)*eps)))*2)*prad)*root.comp1.spf.rho)/root.comp1.spf.mu)^0.06)*0.293))^3.45) '" type="KhanDrag" description="Drag_driven_particle_movement"/>
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      <pdofnames edim="3" names="0"/>
    </postinfo>
  </physics>
  <vardata name="root">
    <scalar name="root.freq" description="Frequency" plot="false" summation="false" unit="Hz" edims="-1"/>
    <scalar name="root.lambda0" description="Wavelength_in_free_space" plot="false" summation="false" unit="m" 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.comp1.isScalingSystemDomain" description="Is_scaling_system_domain" plot="false" summation="false" unit="1" edims="3"/>
    <scalar name="root.comp1.isPML" description="Is_PML" plot="false" summation="false" unit="1" edims="3"/>
    <group name="Built_in" description="Built_in" sort="1">
      <group name="Physical_constants" description="Physical_constants">
        <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="C/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="J*s/rad" 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="J*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"/>
      </group>
      <group name="Mathematical_constants" description="Mathematical_constants">
        <scalar name="root.eps" description="Machine_epsilon" plot="true" summation="false" edims="-1"/>
        <scalar name="root.NaN" description="Not_a_number" plot="true" summation="false" edims="-1"/>
        <scalar name="root.Inf" description="Infinity" plot="true" summation="false" edims="-1"/>
        <scalar name="root.i" description="Imaginary_unit" plot="true" summation="false" edims="-1"/>
        <scalar name="root.j" description="Imaginary_unit" plot="true" summation="false" edims="-1"/>
        <scalar name="root.pi" description="Pi_pi" plot="true" summation="false" edims="-1"/>
      </group>
    </group>
    <group name="Global_definitions" description="Global_definitions">
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      <group name="Parameters" description="Parameters">
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        <scalar name="root.a" description="#pore radius" plot="true" summation="false" edims="-1"/>
        <scalar name="root.ep" description="#cell side" plot="true" summation="false" edims="-1"/>
        <scalar name="root.Re" description="#reynolds number" plot="true" summation="false" edims="-1"/>
      </group>
    </group>
    <group name="Geometry" description="Geometry">
      <scalar name="root.s1" description="Surface_parameter_x#1" plot="false" summation="false" edims="2" modelcomp="1,'comp1'"/>
      <scalar name="root.s2" description="Surface_parameter_x#2" plot="false" summation="false" edims="2" modelcomp="1,'comp1'"/>
      <scalar name="root.dom" description="Entity_index" plot="true" summation="false" edims="0,1,2,3" modelcomp="1,'comp1'"/>
      <scalar name="root.comp1.dGeomChar" description="Characteristic_distance_for_geometry" plot="false" summation="false" unit="m" edims="0,1,2,3"/>
      <tensor name="root.comp1.geometry.[nx,ny,nz]" description="Normal" plot="true" summation="false" basename="root.comp1.geometry.n" size="3,1" symmetric="false" axisymmetric="false" edims="2">
        <scalar name="root.nx" description="Normal@,_x_component#x"/>
        <scalar name="root.ny" description="Normal@,_x_component#y"/>
        <scalar name="root.nz" description="Normal@,_x_component#z"/>
      </tensor>
      <tensor name="root.comp1.geometry.[unx,uny,unz]" description="Normal_up" plot="false" summation="false" basename="root.comp1.geometry.un" size="3,1" symmetric="false" axisymmetric="false" edims="2">
        <scalar name="root.unx" description="Normal_up@,_x_component#x"/>
        <scalar name="root.uny" description="Normal_up@,_x_component#y"/>
        <scalar name="root.unz" description="Normal_up@,_x_component#z"/>
      </tensor>
      <tensor name="root.comp1.geometry.[dnx,dny,dnz]" description="Normal_down" plot="false" summation="false" basename="root.comp1.geometry.dn" size="3,1" symmetric="false" axisymmetric="false" edims="2">
        <scalar name="root.dnx" description="Normal_down@,_x_component#x"/>
        <scalar name="root.dny" description="Normal_down@,_x_component#y"/>
        <scalar name="root.dnz" description="Normal_down@,_x_component#z"/>
      </tensor>
      <tensor name="root.comp1.geometry.[unxmesh,unymesh,unzmesh]" description="Mesh_normal_upside" plot="false" summation="false" basename="root.comp1.geometry.un" size="3,1" symmetric="false" axisymmetric="false" edims="2">
        <scalar name="root.unxmesh" description="Mesh_normal_upside@,_x_component#x"/>
        <scalar name="root.unymesh" description="Mesh_normal_upside@,_x_component#y"/>
        <scalar name="root.unzmesh" description="Mesh_normal_upside@,_x_component#z"/>
      </tensor>
      <tensor name="root.comp1.geometry.[dnxmesh,dnymesh,dnzmesh]" description="Mesh_normal_downside" plot="false" summation="false" basename="root.comp1.geometry.dn" size="3,1" symmetric="false" axisymmetric="false" edims="2">
        <scalar name="root.dnxmesh" description="Mesh_normal_downside@,_x_component#x"/>
        <scalar name="root.dnymesh" description="Mesh_normal_downside@,_x_component#y"/>
        <scalar name="root.dnzmesh" description="Mesh_normal_downside@,_x_component#z"/>
      </tensor>
      <tensor name="root.comp1.geometry.[t1x,t1y,t1z]" description="Tangent_1" plot="true" summation="false" basename="root.comp1.geometry.t1" size="3,1" symmetric="false" axisymmetric="false" edims="2">
        <scalar name="root.t1x" description="Tangent_1@,_x_component#x"/>
        <scalar name="root.t1y" description="Tangent_1@,_x_component#y"/>
        <scalar name="root.t1z" description="Tangent_1@,_x_component#z"/>
      </tensor>
      <tensor name="root.comp1.geometry.[t2x,t2y,t2z]" description="Tangent_2" plot="true" summation="false" basename="root.comp1.geometry.t2" size="3,1" symmetric="false" axisymmetric="false" edims="2">
        <scalar name="root.t2x" description="Tangent_2@,_x_component#x"/>
        <scalar name="root.t2y" description="Tangent_2@,_x_component#y"/>
        <scalar name="root.t2z" description="Tangent_2@,_x_component#z"/>
      </tensor>
      <group name="Curvature" description="Curvature">
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        <scalar name="root.curv2" description="Principal_curvature" plot="true" summation="false" unit="1/m" edims="2"/>
        <tensor name="root.comp1.geometry.[tcurv1x,tcurv1y,tcurv1z]" description="Principal_curvature_direction_1" plot="true" summation="false" basename="root.comp1.geometry.tcurv1" size="3,1" symmetric="false" axisymmetric="false" edims="2">
          <scalar name="root.tcurv1x" description="Principal_curvature_direction_1@,_x_component#x"/>
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          <scalar name="root.tcurv1z" description="Principal_curvature_direction_1@,_x_component#z"/>
        </tensor>
        <tensor name="root.comp1.geometry.[tcurv2x,tcurv2y,tcurv2z]" description="Principal_curvature_direction_2" plot="true" summation="false" basename="root.comp1.geometry.tcurv2" size="3,1" symmetric="false" axisymmetric="false" edims="2">
          <scalar name="root.tcurv2x" description="Principal_curvature_direction_2@,_x_component#x"/>
          <scalar name="root.tcurv2y" description="Principal_curvature_direction_2@,_x_component#y"/>
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        <scalar name="root.y" description="Coordinate_x#y" plot="true" summation="false" unit="m" edims="0,1,2,3" modelcomp="1,'comp1'"/>
        <scalar name="root.z" description="Coordinate_x#z" plot="true" summation="false" unit="m" edims="0,1,2,3" modelcomp="1,'comp1'"/>
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    </group>
    <group name="Mesh" description="Mesh">
      <scalar name="root.h" description="Element_size" plot="true" summation="false" unit="m" edims="0,1,2,3" modelcomp="1,'comp1'"/>
      <scalar name="root.qual" description="Element_quality" plot="true" summation="false" edims="0,1,2,3" modelcomp="1,'comp1'"/>
      <scalar name="root.dvol" description="Element_volume_scale_factor" plot="true" summation="false" unit="m^edim" edims="0,1,2,3" modelcomp="1,'comp1'"/>
      <scalar name="root.emetric2" description="Inner_product_of_covariant_element_metric_tensor" plot="false" summation="false" unit="1/m^4" edims="0,1,2,3" modelcomp="1,'comp1'"/>
      <scalar name="root.tremetric" description="Trace_of_covariant_element_metric_tensor" plot="false" summation="false" unit="1/m^2" edims="0,1,2,3" modelcomp="1,'comp1'"/>
      <scalar name="root.meshvol" description="Element_volume" plot="true" summation="false" unit="m^edim" edims="0,1,2,3" modelcomp="1,'comp1'"/>
      <scalar name="root.linearizedelem" description="True_if_the_element_has_been_linearized" plot="true" summation="false" edims="0,1,2,3" modelcomp="1,'comp1'"/>
    </group>
    <group name="spf" description="#Laminar Flow">
      <scalar name="root.comp1.u2_fld_act" description="Velocity_field" plot="false" summation="false" edims="0,1,2,3"/>
      <scalar name="root.comp1.p_fld_act" description="Pressure" plot="false" summation="false" edims="0,1,2,3"/>
      <scalar name="root.comp1.k_fld_act" description="" plot="false" summation="false" edims="0,1,2,3"/>
      <scalar name="root.comp1.ep_fld_act" description="" plot="false" summation="false" edims="0,1,2,3"/>
      <scalar name="root.comp1.om_fld_act" description="" plot="false" summation="false" edims="0,1,2,3"/>
      <scalar name="root.comp1.G_fld_act" description="" plot="false" summation="false" edims="0,1,2,3"/>
      <scalar name="root.comp1.uc_fld_act" description="" plot="false" summation="false" edims="0,1,2,3"/>
      <scalar name="root.comp1.pc_fld_act" description="" plot="false" summation="false" edims="0,1,2,3"/>
      <scalar name="root.comp1.nutilde_fld_act" description="" plot="false" summation="false" edims="0,1,2,3"/>
      <scalar name="root.comp1.yPlus_fld_act" description="" plot="false" summation="false" edims="0,1,2,3"/>
      <scalar name="root.comp1.uPlus_fld_act" description="" plot="false" summation="false" edims="0,1,2,3"/>
      <scalar name="root.comp1.spf.dz" description="Thickness" plot="false" summation="false" unit="m" edims="3"/>
      <scalar name="root.comp1.spf.pref" description="Reference_pressure_level" plot="false" summation="false" unit="Pa" edims="3"/>
      <scalar name="root.comp1.spf.pA" description="Absolute_pressure" plot="false" summation="false" unit="Pa" edims="3"/>
      <scalar name="root.comp1.pt" description="Pressure@,_first_time_derivative" plot="false" summation="false" unit="Pa/s" edims="3"/>
      <scalar name="root.comp1.ptt" description="Pressure@,_second_time_derivative" plot="false" summation="false" unit="Pa/s^2" edims="3"/>
      <scalar name="root.comp1.spf.epsilon_p" description="Porosity" plot="false" summation="false" unit="1" edims="3"/>
      <scalar name="root.comp1.spf.divu" description="Divergence_of_velocity_field" plot="false" summation="false" unit="1/s" edims="3"/>
      <scalar name="root.comp1.spf.helpCont" description="Help_variable" plot="false" summation="false" unit="kg/(m^3*s)" edims="3"/>
      <scalar name="root.comp1.spf.mu_eff" description="Dynamic_viscosity" plot="false" summation="false" unit="Pa*s" edims="3"/>
      <scalar name="root.comp1.spf.Qvd" description="Viscous_dissipation" plot="false" summation="false" unit="W/m^3" edims="3"/>
      <scalar name="root.comp1.spf.streamlinens" description="Streamline_diffusion" plot="false" summation="false" edims="3"/>
      <scalar name="root.comp1.spf.crosswindns" description="Crosswind_diffusion" plot="false" summation="false" edims="3"/>
      <scalar name="root.comp1.spf.isodiffns" description="Isotropic_diffusion" plot="false" summation="false" edims=""/>
      <scalar name="root.comp1.spf.p_init" description="Pressure" plot="false" summation="false" unit="Pa" edims="3"/>
      <scalar name="root.comp1.spf.omega" description="Angular_frequency" plot="false" summation="false" unit="rad/s" edims="-1"/>
      <scalar name="root.comp1.spf.h2GNS" description="" plot="false" summation="false" unit="m^2" edims="3"/>
      <scalar name="root.comp1.spf.tau_mCross" description="" plot="false" summation="false" unit="m^3*s/kg" edims="3"/>
      <scalar name="root.comp1.spf.xi_m" description="" plot="false" summation="false" unit="1" edims="3"/>
      <scalar name="root.comp1.spf.tau_c" description="GLS_time_scale" plot="false" summation="false" unit="m^2/s" edims="3"/>
      <scalar name="root.comp1.spf.tau_m" description="GLS_time_scale" plot="false" summation="false" unit="m^3*s/kg" edims="3"/>
      <scalar name="root.comp1.spf.res_u" description="Equation_residual" plot="false" summation="false" unit="N/m^3" edims="3"/>
      <scalar name="root.comp1.spf.res_v" description="Equation_residual" plot="false" summation="false" unit="N/m^3" edims="3"/>
      <scalar name="root.comp1.spf.res_w" description="Equation_residual" plot="false" summation="false" unit="N/m^3" edims="3"/>
      <scalar name="root.comp1.spf.res_p" description="Pressure_equation_residual" plot="false" summation="false" unit="kg/(m^3*s)" edims="3"/>
      <scalar name="root.comp1.spf.B0YigijtauNorm2" description="" plot="false" summation="false" unit="N*s/(m*m)" edims="3"/>
      <scalar name="root.comp1.spf.vhNS_lin" description="" plot="false" summation="false" unit="1/s" edims="3"/>
      <scalar name="root.comp1.spf.vhNS_quad" description="" plot="false" summation="false" unit="1/s" edims="3"/>
      <scalar name="root.comp1.spf.vhNS" description="" plot="false" summation="false" unit="1/s" edims="3"/>
      <scalar name="root.comp1.spf.gijij" description="" plot="false" summation="false" unit="m^4" edims="3"/>
      <tensor name="root.comp1.spf.[u_primehelpx,u_primehelpy,u_primehelpz]" description="Velocity_field" plot="false" summation="false" basename="root.comp1.spf.u_primehelp" size="3,1" symmetric="false" axisymmetric="false" unit="m/s" edims="3">
        <scalar name="root.comp1.spf.u_primehelpx" description="Velocity_field@,_x_component#x"/>
        <scalar name="root.comp1.spf.u_primehelpy" description="Velocity_field@,_x_component#y"/>
        <scalar name="root.comp1.spf.u_primehelpz" description="Velocity_field@,_x_component#z"/>
      </tensor>
      <tensor name="root.comp1.spf.[nx,ny,nz]" description="Normal_vector" plot="false" summation="false" basename="root.comp1.spf.n" size="3,1" symmetric="false" axisymmetric="false" unit="1" edims="2">
        <scalar name="root.comp1.spf.nx" description="Normal_vector@,_x_component#x"/>
        <scalar name="root.comp1.spf.ny" description="Normal_vector@,_x_component#y"/>
        <scalar name="root.comp1.spf.nz" description="Normal_vector@,_x_component#z"/>
      </tensor>
      <tensor name="root.comp1.spf.[nxmesh,nymesh,nzmesh]" description="Normal_vector" plot="false" summation="false" basename="root.comp1.spf.nmesh" size="3,1" symmetric="false" axisymmetric="false" unit="1" edims="2">
        <scalar name="root.comp1.spf.nxmesh" description="Normal_vector@,_x_component#x"/>
        <scalar name="root.comp1.spf.nymesh" description="Normal_vector@,_x_component#y"/>
        <scalar name="root.comp1.spf.nzmesh" description="Normal_vector@,_x_component#z"/>
      </tensor>
      <tensor name="root.comp1.spf.[dnx,dny,dnz]" description="Normal_vector_down_direction" plot="false" summation="false" basename="root.comp1.spf.dn" size="3,1" symmetric="false" axisymmetric="false" unit="1" edims="2">
        <scalar name="root.comp1.spf.dnx" description="Normal_vector_down_direction@,_x_component#x"/>
        <scalar name="root.comp1.spf.dny" description="Normal_vector_down_direction@,_x_component#y"/>
        <scalar name="root.comp1.spf.dnz" description="Normal_vector_down_direction@,_x_component#z"/>
      </tensor>
      <tensor name="root.comp1.spf.[unx,uny,unz]" description="Normal_vector_up_direction" plot="false" summation="false" basename="root.comp1.spf.un" size="3,1" symmetric="false" axisymmetric="false" unit="1" edims="2">
        <scalar name="root.comp1.spf.unx" description="Normal_vector_up_direction@,_x_component#x"/>
        <scalar name="root.comp1.spf.uny" description="Normal_vector_up_direction@,_x_component#y"/>
        <scalar name="root.comp1.spf.unz" description="Normal_vector_up_direction@,_x_component#z"/>
      </tensor>
      <tensor name="root.comp1.[u2Tx,u2Ty,u2Tz]" description="Tangential_gradient_of_X#u2" plot="false" summation="false" basename="root.comp1.gradTu2" size="3,1" symmetric="false" axisymmetric="false" unit="1/s" edims="2">
        <scalar name="root.comp1.u2Tx" description="Tangential_gradient_of_X_Y_component#u2#x"/>
        <scalar name="root.comp1.u2Ty" description="Tangential_gradient_of_X_Y_component#u2#y"/>
        <scalar name="root.comp1.u2Tz" description="Tangential_gradient_of_X_Y_component#u2#z"/>
      </tensor>
      <tensor name="root.comp1.[u2Txx,u2Txy,u2Txz]" description="Tangential_gradient_of_X#u2Tx" plot="false" summation="false" basename="root.comp1.gradTu2Tx" size="3,1" symmetric="false" axisymmetric="false" unit="1/(m*s)" edims="2">
        <scalar name="root.comp1.u2Txx" description="Tangential_gradient_of_X_Y_component#u2Tx#x"/>
        <scalar name="root.comp1.u2Txy" description="Tangential_gradient_of_X_Y_component#u2Tx#y"/>
        <scalar name="root.comp1.u2Txz" description="Tangential_gradient_of_X_Y_component#u2Tx#z"/>
      </tensor>
      <tensor name="root.comp1.[u2Tyx,u2Tyy,u2Tyz]" description="Tangential_gradient_of_X#u2Ty" plot="false" summation="false" basename="root.comp1.gradTu2Ty" size="3,1" symmetric="false" axisymmetric="false" unit="1/(m*s)" edims="2">
        <scalar name="root.comp1.u2Tyx" description="Tangential_gradient_of_X_Y_component#u2Ty#x"/>
        <scalar name="root.comp1.u2Tyy" description="Tangential_gradient_of_X_Y_component#u2Ty#y"/>
        <scalar name="root.comp1.u2Tyz" description="Tangential_gradient_of_X_Y_component#u2Ty#z"/>
      </tensor>
      <tensor name="root.comp1.[u2Tzx,u2Tzy,u2Tzz]" description="Tangential_gradient_of_X#u2Tz" plot="false" summation="false" basename="root.comp1.gradTu2Tz" size="3,1" symmetric="false" axisymmetric="false" unit="1/(m*s)" edims="2">
        <scalar name="root.comp1.u2Tzx" description="Tangential_gradient_of_X_Y_component#u2Tz#x"/>
        <scalar name="root.comp1.u2Tzy" description="Tangential_gradient_of_X_Y_component#u2Tz#y"/>
        <scalar name="root.comp1.u2Tzz" description="Tangential_gradient_of_X_Y_component#u2Tz#z"/>
      </tensor>
      <tensor name="root.comp1.[u2Txt,u2Tyt,u2Tzt]" description="Tangential_gradient_of_X#u2@,_first_time_derivative" plot="false" summation="false" basename="root.comp1.gradTu2t" size="3,1" symmetric="false" axisymmetric="false" unit="1/s^2" edims="2">
        <scalar name="root.comp1.u2Txt" description="Tangential_gradient_of_X_Y_component#u2#x@,_first_time_derivative"/>
        <scalar name="root.comp1.u2Tyt" description="Tangential_gradient_of_X_Y_component#u2#y@,_first_time_derivative"/>
        <scalar name="root.comp1.u2Tzt" description="Tangential_gradient_of_X_Y_component#u2#z@,_first_time_derivative"/>
      </tensor>
      <tensor name="root.comp1.[u2Txtt,u2Tytt,u2Tztt]" description="Tangential_gradient_of_X#u2@,_second_time_derivative" plot="false" summation="false" basename="root.comp1.gradTu2tt" size="3,1" symmetric="false" axisymmetric="false" unit="1/s^3" edims="2">
        <scalar name="root.comp1.u2Txtt" description="Tangential_gradient_of_X_Y_component#u2#x@,_second_time_derivative"/>
        <scalar name="root.comp1.u2Tytt" description="Tangential_gradient_of_X_Y_component#u2#y@,_second_time_derivative"/>
        <scalar name="root.comp1.u2Tztt" description="Tangential_gradient_of_X_Y_component#u2#z@,_second_time_derivative"/>
      </tensor>
      <tensor name="root.comp1.[u2x,u2y,u2z]" description="Gradient_of_X#u2" plot="false" summation="false" basename="root.comp1.gradu2" size="3,1" symmetric="false" axisymmetric="false" unit="1/s" edims="3">
        <scalar name="root.comp1.u2x" description="Gradient_of_X_Y_component#u2#x"/>
        <scalar name="root.comp1.u2y" description="Gradient_of_X_Y_component#u2#y"/>
        <scalar name="root.comp1.u2z" description="Gradient_of_X_Y_component#u2#z"/>
      </tensor>
      <tensor name="root.comp1.[u2xx,u2xy,u2xz]" description="Gradient_of_X#u2x" plot="false" summation="false" basename="root.comp1.gradu2x" size="3,1" symmetric="false" axisymmetric="false" unit="1/(m*s)" edims="3">
        <scalar name="root.comp1.u2xx" description="Gradient_of_X_Y_component#u2x#x"/>
        <scalar name="root.comp1.u2xy" description="Gradient_of_X_Y_component#u2x#y"/>
        <scalar name="root.comp1.u2xz" description="Gradient_of_X_Y_component#u2x#z"/>
      </tensor>
      <tensor name="root.comp1.[u2yx,u2yy,u2yz]" description="Gradient_of_X#u2y" plot="false" summation="false" basename="root.comp1.gradu2y" size="3,1" symmetric="false" axisymmetric="false" unit="1/(m*s)" edims="3">
        <scalar name="root.comp1.u2yx" description="Gradient_of_X_Y_component#u2y#x"/>
        <scalar name="root.comp1.u2yy" description="Gradient_of_X_Y_component#u2y#y"/>
        <scalar name="root.comp1.u2yz" description="Gradient_of_X_Y_component#u2y#z"/>
      </tensor>
      <tensor name="root.comp1.[u2zx,u2zy,u2zz]" description="Gradient_of_X#u2z" plot="false" summation="false" basename="root.comp1.gradu2z" size="3,1" symmetric="false" axisymmetric="false" unit="1/(m*s)" edims="3">
        <scalar name="root.comp1.u2zx" description="Gradient_of_X_Y_component#u2z#x"/>
        <scalar name="root.comp1.u2zy" description="Gradient_of_X_Y_component#u2z#y"/>
        <scalar name="root.comp1.u2zz" description="Gradient_of_X_Y_component#u2z#z"/>
      </tensor>
      <tensor name="root.comp1.[u2xt,u2yt,u2zt]" description="Gradient_of_X#u2@,_first_time_derivative" plot="false" summation="false" basename="root.comp1.gradu2t" size="3,1" symmetric="false" axisymmetric="false" unit="1/s^2" edims="3">
        <scalar name="root.comp1.u2xt" description="Gradient_of_X_Y_component#u2#x@,_first_time_derivative"/>
        <scalar name="root.comp1.u2yt" description="Gradient_of_X_Y_component#u2#y@,_first_time_derivative"/>
        <scalar name="root.comp1.u2zt" description="Gradient_of_X_Y_component#u2#z@,_first_time_derivative"/>
      </tensor>
      <tensor name="root.comp1.[u2xtt,u2ytt,u2ztt]" description="Gradient_of_X#u2@,_second_time_derivative" plot="false" summation="false" basename="root.comp1.gradu2tt" size="3,1" symmetric="false" axisymmetric="false" unit="1/s^3" edims="3">
        <scalar name="root.comp1.u2xtt" description="Gradient_of_X_Y_component#u2#x@,_second_time_derivative"/>
        <scalar name="root.comp1.u2ytt" description="Gradient_of_X_Y_component#u2#y@,_second_time_derivative"/>
        <scalar name="root.comp1.u2ztt" description="Gradient_of_X_Y_component#u2#z@,_second_time_derivative"/>
      </tensor>
      <tensor name="root.comp1.[v2Tx,v2Ty,v2Tz]" description="Tangential_gradient_of_X#v2" plot="false" summation="false" basename="root.comp1.gradTv2" size="3,1" symmetric="false" axisymmetric="false" unit="1/s" edims="2">
        <scalar name="root.comp1.v2Tx" description="Tangential_gradient_of_X_Y_component#v2#x"/>
        <scalar name="root.comp1.v2Ty" description="Tangential_gradient_of_X_Y_component#v2#y"/>
        <scalar name="root.comp1.v2Tz" description="Tangential_gradient_of_X_Y_component#v2#z"/>
      </tensor>
      <tensor name="root.comp1.[v2Txx,v2Txy,v2Txz]" description="Tangential_gradient_of_X#v2Tx" plot="false" summation="false" basename="root.comp1.gradTv2Tx" size="3,1" symmetric="false" axisymmetric="false" unit="1/(m*s)" edims="2">
        <scalar name="root.comp1.v2Txx" description="Tangential_gradient_of_X_Y_component#v2Tx#x"/>
        <scalar name="root.comp1.v2Txy" description="Tangential_gradient_of_X_Y_component#v2Tx#y"/>
        <scalar name="root.comp1.v2Txz" description="Tangential_gradient_of_X_Y_component#v2Tx#z"/>
      </tensor>
      <tensor name="root.comp1.[v2Tyx,v2Tyy,v2Tyz]" description="Tangential_gradient_of_X#v2Ty" plot="false" summation="false" basename="root.comp1.gradTv2Ty" size="3,1" symmetric="false" axisymmetric="false" unit="1/(m*s)" edims="2">
        <scalar name="root.comp1.v2Tyx" description="Tangential_gradient_of_X_Y_component#v2Ty#x"/>
        <scalar name="root.comp1.v2Tyy" description="Tangential_gradient_of_X_Y_component#v2Ty#y"/>
        <scalar name="root.comp1.v2Tyz" description="Tangential_gradient_of_X_Y_component#v2Ty#z"/>
      </tensor>
      <tensor name="root.comp1.[v2Tzx,v2Tzy,v2Tzz]" description="Tangential_gradient_of_X#v2Tz" plot="false" summation="false" basename="root.comp1.gradTv2Tz" size="3,1" symmetric="false" axisymmetric="false" unit="1/(m*s)" edims="2">
        <scalar name="root.comp1.v2Tzx" description="Tangential_gradient_of_X_Y_component#v2Tz#x"/>
        <scalar name="root.comp1.v2Tzy" description="Tangential_gradient_of_X_Y_component#v2Tz#y"/>
        <scalar name="root.comp1.v2Tzz" description="Tangential_gradient_of_X_Y_component#v2Tz#z"/>
      </tensor>
      <tensor name="root.comp1.[v2Txt,v2Tyt,v2Tzt]" description="Tangential_gradient_of_X#v2@,_first_time_derivative" plot="false" summation="false" basename="root.comp1.gradTv2t" size="3,1" symmetric="false" axisymmetric="false" unit="1/s^2" edims="2">
        <scalar name="root.comp1.v2Txt" description="Tangential_gradient_of_X_Y_component#v2#x@,_first_time_derivative"/>
        <scalar name="root.comp1.v2Tyt" description="Tangential_gradient_of_X_Y_component#v2#y@,_first_time_derivative"/>
        <scalar name="root.comp1.v2Tzt" description="Tangential_gradient_of_X_Y_component#v2#z@,_first_time_derivative"/>
      </tensor>
      <tensor name="root.comp1.[v2Txtt,v2Tytt,v2Tztt]" description="Tangential_gradient_of_X#v2@,_second_time_derivative" plot="false" summation="false" basename="root.comp1.gradTv2tt" size="3,1" symmetric="false" axisymmetric="false" unit="1/s^3" edims="2">
        <scalar name="root.comp1.v2Txtt" description="Tangential_gradient_of_X_Y_component#v2#x@,_second_time_derivative"/>
        <scalar name="root.comp1.v2Tytt" description="Tangential_gradient_of_X_Y_component#v2#y@,_second_time_derivative"/>
        <scalar name="root.comp1.v2Tztt" description="Tangential_gradient_of_X_Y_component#v2#z@,_second_time_derivative"/>
      </tensor>
      <tensor name="root.comp1.[v2x,v2y,v2z]" description="Gradient_of_X#v2" plot="false" summation="false" basename="root.comp1.gradv2" size="3,1" symmetric="false" axisymmetric="false" unit="1/s" edims="3">
        <scalar name="root.comp1.v2x" description="Gradient_of_X_Y_component#v2#x"/>
        <scalar name="root.comp1.v2y" description="Gradient_of_X_Y_component#v2#y"/>
        <scalar name="root.comp1.v2z" description="Gradient_of_X_Y_component#v2#z"/>
      </tensor>
      <tensor name="root.comp1.[v2xx,v2xy,v2xz]" description="Gradient_of_X#v2x" plot="false" summation="false" basename="root.comp1.gradv2x" size="3,1" symmetric="false" axisymmetric="false" unit="1/(m*s)" edims="3">
        <scalar name="root.comp1.v2xx" description="Gradient_of_X_Y_component#v2x#x"/>
        <scalar name="root.comp1.v2xy" description="Gradient_of_X_Y_component#v2x#y"/>
        <scalar name="root.comp1.v2xz" description="Gradient_of_X_Y_component#v2x#z"/>
      </tensor>
      <tensor name="root.comp1.[v2yx,v2yy,v2yz]" description="Gradient_of_X#v2y" plot="false" summation="false" basename="root.comp1.gradv2y" size="3,1" symmetric="false" axisymmetric="false" unit="1/(m*s)" edims="3">
        <scalar name="root.comp1.v2yx" description="Gradient_of_X_Y_component#v2y#x"/>
        <scalar name="root.comp1.v2yy" description="Gradient_of_X_Y_component#v2y#y"/>
        <scalar name="root.comp1.v2yz" description="Gradient_of_X_Y_component#v2y#z"/>
      </tensor>
      <tensor name="root.comp1.[v2zx,v2zy,v2zz]" description="Gradient_of_X#v2z" plot="false" summation="false" basename="root.comp1.gradv2z" size="3,1" symmetric="false" axisymmetric="false" unit="1/(m*s)" edims="3">
        <scalar name="root.comp1.v2zx" description="Gradient_of_X_Y_component#v2z#x"/>
        <scalar name="root.comp1.v2zy" description="Gradient_of_X_Y_component#v2z#y"/>
        <scalar name="root.comp1.v2zz" description="Gradient_of_X_Y_component#v2z#z"/>
      </tensor>
      <tensor name="root.comp1.[v2xt,v2yt,v2zt]" description="Gradient_of_X#v2@,_first_time_derivative" plot="false" summation="false" basename="root.comp1.gradv2t" size="3,1" symmetric="false" axisymmetric="false" unit="1/s^2" edims="3">
        <scalar name="root.comp1.v2xt" description="Gradient_of_X_Y_component#v2#x@,_first_time_derivative"/>
        <scalar name="root.comp1.v2yt" description="Gradient_of_X_Y_component#v2#y@,_first_time_derivative"/>
        <scalar name="root.comp1.v2zt" description="Gradient_of_X_Y_component#v2#z@,_first_time_derivative"/>
      </tensor>
      <tensor name="root.comp1.[v2xtt,v2ytt,v2ztt]" description="Gradient_of_X#v2@,_second_time_derivative" plot="false" summation="false" basename="root.comp1.gradv2tt" size="3,1" symmetric="false" axisymmetric="false" unit="1/s^3" edims="3">
        <scalar name="root.comp1.v2xtt" description="Gradient_of_X_Y_component#v2#x@,_second_time_derivative"/>
        <scalar name="root.comp1.v2ytt" description="Gradient_of_X_Y_component#v2#y@,_second_time_derivative"/>
        <scalar name="root.comp1.v2ztt" description="Gradient_of_X_Y_component#v2#z@,_second_time_derivative"/>
      </tensor>
      <tensor name="root.comp1.[w2Tx,w2Ty,w2Tz]" description="Tangential_gradient_of_X#w2" plot="false" summation="false" basename="root.comp1.gradTw2" size="3,1" symmetric="false" axisymmetric="false" unit="1/s" edims="2">
        <scalar name="root.comp1.w2Tx" description="Tangential_gradient_of_X_Y_component#w2#x"/>
        <scalar name="root.comp1.w2Ty" description="Tangential_gradient_of_X_Y_component#w2#y"/>
        <scalar name="root.comp1.w2Tz" description="Tangential_gradient_of_X_Y_component#w2#z"/>
      </tensor>
      <tensor name="root.comp1.[w2Txx,w2Txy,w2Txz]" description="Tangential_gradient_of_X#w2Tx" plot="false" summation="false" basename="root.comp1.gradTw2Tx" size="3,1" symmetric="false" axisymmetric="false" unit="1/(m*s)" edims="2">
        <scalar name="root.comp1.w2Txx" description="Tangential_gradient_of_X_Y_component#w2Tx#x"/>
        <scalar name="root.comp1.w2Txy" description="Tangential_gradient_of_X_Y_component#w2Tx#y"/>
        <scalar name="root.comp1.w2Txz" description="Tangential_gradient_of_X_Y_component#w2Tx#z"/>
      </tensor>
      <tensor name="root.comp1.[w2Tyx,w2Tyy,w2Tyz]" description="Tangential_gradient_of_X#w2Ty" plot="false" summation="false" basename="root.comp1.gradTw2Ty" size="3,1" symmetric="false" axisymmetric="false" unit="1/(m*s)" edims="2">
        <scalar name="root.comp1.w2Tyx" description="Tangential_gradient_of_X_Y_component#w2Ty#x"/>
        <scalar name="root.comp1.w2Tyy" description="Tangential_gradient_of_X_Y_component#w2Ty#y"/>
        <scalar name="root.comp1.w2Tyz" description="Tangential_gradient_of_X_Y_component#w2Ty#z"/>
      </tensor>
      <tensor name="root.comp1.[w2Tzx,w2Tzy,w2Tzz]" description="Tangential_gradient_of_X#w2Tz" plot="false" summation="false" basename="root.comp1.gradTw2Tz" size="3,1" symmetric="false" axisymmetric="false" unit="1/(m*s)" edims="2">
        <scalar name="root.comp1.w2Tzx" description="Tangential_gradient_of_X_Y_component#w2Tz#x"/>
        <scalar name="root.comp1.w2Tzy" description="Tangential_gradient_of_X_Y_component#w2Tz#y"/>
        <scalar name="root.comp1.w2Tzz" description="Tangential_gradient_of_X_Y_component#w2Tz#z"/>
      </tensor>
      <tensor name="root.comp1.[w2Txt,w2Tyt,w2Tzt]" description="Tangential_gradient_of_X#w2@,_first_time_derivative" plot="false" summation="false" basename="root.comp1.gradTw2t" size="3,1" symmetric="false" axisymmetric="false" unit="1/s^2" edims="2">
        <scalar name="root.comp1.w2Txt" description="Tangential_gradient_of_X_Y_component#w2#x@,_first_time_derivative"/>
        <scalar name="root.comp1.w2Tyt" description="Tangential_gradient_of_X_Y_component#w2#y@,_first_time_derivative"/>
        <scalar name="root.comp1.w2Tzt" description="Tangential_gradient_of_X_Y_component#w2#z@,_first_time_derivative"/>
      </tensor>
      <tensor name="root.comp1.[w2Txtt,w2Tytt,w2Tztt]" description="Tangential_gradient_of_X#w2@,_second_time_derivative" plot="false" summation="false" basename="root.comp1.gradTw2tt" size="3,1" symmetric="false" axisymmetric="false" unit="1/s^3" edims="2">
        <scalar name="root.comp1.w2Txtt" description="Tangential_gradient_of_X_Y_component#w2#x@,_second_time_derivative"/>
        <scalar name="root.comp1.w2Tytt" description="Tangential_gradient_of_X_Y_component#w2#y@,_second_time_derivative"/>
        <scalar name="root.comp1.w2Tztt" description="Tangential_gradient_of_X_Y_component#w2#z@,_second_time_derivative"/>
      </tensor>
      <tensor name="root.comp1.[w2x,w2y,w2z]" description="Gradient_of_X#w2" plot="false" summation="false" basename="root.comp1.gradw2" size="3,1" symmetric="false" axisymmetric="false" unit="1/s" edims="3">
        <scalar name="root.comp1.w2x" description="Gradient_of_X_Y_component#w2#x"/>
        <scalar name="root.comp1.w2y" description="Gradient_of_X_Y_component#w2#y"/>
        <scalar name="root.comp1.w2z" description="Gradient_of_X_Y_component#w2#z"/>
      </tensor>
      <tensor name="root.comp1.[w2xx,w2xy,w2xz]" description="Gradient_of_X#w2x" plot="false" summation="false" basename="root.comp1.gradw2x" size="3,1" symmetric="false" axisymmetric="false" unit="1/(m*s)" edims="3">
        <scalar name="root.comp1.w2xx" description="Gradient_of_X_Y_component#w2x#x"/>
        <scalar name="root.comp1.w2xy" description="Gradient_of_X_Y_component#w2x#y"/>
        <scalar name="root.comp1.w2xz" description="Gradient_of_X_Y_component#w2x#z"/>
      </tensor>
      <tensor name="root.comp1.[w2yx,w2yy,w2yz]" description="Gradient_of_X#w2y" plot="false" summation="false" basename="root.comp1.gradw2y" size="3,1" symmetric="false" axisymmetric="false" unit="1/(m*s)" edims="3">
        <scalar name="root.comp1.w2yx" description="Gradient_of_X_Y_component#w2y#x"/>
        <scalar name="root.comp1.w2yy" description="Gradient_of_X_Y_component#w2y#y"/>
        <scalar name="root.comp1.w2yz" description="Gradient_of_X_Y_component#w2y#z"/>
      </tensor>
      <tensor name="root.comp1.[w2zx,w2zy,w2zz]" description="Gradient_of_X#w2z" plot="false" summation="false" basename="root.comp1.gradw2z" size="3,1" symmetric="false" axisymmetric="false" unit="1/(m*s)" edims="3">
        <scalar name="root.comp1.w2zx" description="Gradient_of_X_Y_component#w2z#x"/>
        <scalar name="root.comp1.w2zy" description="Gradient_of_X_Y_component#w2z#y"/>
        <scalar name="root.comp1.w2zz" description="Gradient_of_X_Y_component#w2z#z"/>
      </tensor>
      <tensor name="root.comp1.[w2xt,w2yt,w2zt]" description="Gradient_of_X#w2@,_first_time_derivative" plot="false" summation="false" basename="root.comp1.gradw2t" size="3,1" symmetric="false" axisymmetric="false" unit="1/s^2" edims="3">
        <scalar name="root.comp1.w2xt" description="Gradient_of_X_Y_component#w2#x@,_first_time_derivative"/>
        <scalar name="root.comp1.w2yt" description="Gradient_of_X_Y_component#w2#y@,_first_time_derivative"/>
        <scalar name="root.comp1.w2zt" description="Gradient_of_X_Y_component#w2#z@,_first_time_derivative"/>
      </tensor>
      <tensor name="root.comp1.[w2xtt,w2ytt,w2ztt]" description="Gradient_of_X#w2@,_second_time_derivative" plot="false" summation="false" basename="root.comp1.gradw2tt" size="3,1" symmetric="false" axisymmetric="false" unit="1/s^3" edims="3">
        <scalar name="root.comp1.w2xtt" description="Gradient_of_X_Y_component#w2#x@,_second_time_derivative"/>
        <scalar name="root.comp1.w2ytt" description="Gradient_of_X_Y_component#w2#y@,_second_time_derivative"/>
        <scalar name="root.comp1.w2ztt" description="Gradient_of_X_Y_component#w2#z@,_second_time_derivative"/>
      </tensor>
      <tensor name="root.comp1.[u2t,v2t,w2t]" description="Velocity_field@,_first_time_derivative" plot="false" summation="false" basename="root.comp1.u2t" size="3,1" symmetric="false" axisymmetric="false" unit="m/s^2" edims="3">
        <scalar name="root.comp1.u2t" description="Velocity_field@,_first_time_derivative@,_x_component#x"/>
        <scalar name="root.comp1.v2t" description="Velocity_field@,_first_time_derivative@,_x_component#y"/>
        <scalar name="root.comp1.w2t" description="Velocity_field@,_first_time_derivative@,_x_component#z"/>
      </tensor>
      <tensor name="root.comp1.[u2tt,v2tt,w2tt]" description="Velocity_field@,_second_time_derivative" plot="false" summation="false" basename="root.comp1.u2tt" size="3,1" symmetric="false" axisymmetric="false" unit="m/s^3" edims="3">
        <scalar name="root.comp1.u2tt" description="Velocity_field@,_second_time_derivative@,_x_component#x"/>
        <scalar name="root.comp1.v2tt" description="Velocity_field@,_second_time_derivative@,_x_component#y"/>
        <scalar name="root.comp1.w2tt" description="Velocity_field@,_second_time_derivative@,_x_component#z"/>
      </tensor>
      <tensor name="root.comp1.[pTx,pTy,pTz]" description="Tangential_gradient_of_X#p" plot="false" summation="false" basename="root.comp1.gradTp" size="3,1" symmetric="false" axisymmetric="false" unit="N/m^3" edims="2">
        <scalar name="root.comp1.pTx" description="Tangential_gradient_of_X_Y_component#p#x"/>
        <scalar name="root.comp1.pTy" description="Tangential_gradient_of_X_Y_component#p#y"/>
        <scalar name="root.comp1.pTz" description="Tangential_gradient_of_X_Y_component#p#z"/>
      </tensor>
      <tensor name="root.comp1.[pTxx,pTxy,pTxz]" description="Tangential_gradient_of_X#pTx" plot="false" summation="false" basename="root.comp1.gradTpTx" size="3,1" symmetric="false" axisymmetric="false" unit="N/(m*m^3)" edims="2">
        <scalar name="root.comp1.pTxx" description="Tangential_gradient_of_X_Y_component#pTx#x"/>
        <scalar name="root.comp1.pTxy" description="Tangential_gradient_of_X_Y_component#pTx#y"/>
        <scalar name="root.comp1.pTxz" description="Tangential_gradient_of_X_Y_component#pTx#z"/>
      </tensor>
      <tensor name="root.comp1.[pTyx,pTyy,pTyz]" description="Tangential_gradient_of_X#pTy" plot="false" summation="false" basename="root.comp1.gradTpTy" size="3,1" symmetric="false" axisymmetric="false" unit="N/(m*m^3)" edims="2">
        <scalar name="root.comp1.pTyx" description="Tangential_gradient_of_X_Y_component#pTy#x"/>
        <scalar name="root.comp1.pTyy" description="Tangential_gradient_of_X_Y_component#pTy#y"/>
        <scalar name="root.comp1.pTyz" description="Tangential_gradient_of_X_Y_component#pTy#z"/>
      </tensor>
      <tensor name="root.comp1.[pTzx,pTzy,pTzz]" description="Tangential_gradient_of_X#pTz" plot="false" summation="false" basename="root.comp1.gradTpTz" size="3,1" symmetric="false" axisymmetric="false" unit="N/(m*m^3)" edims="2">
        <scalar name="root.comp1.pTzx" description="Tangential_gradient_of_X_Y_component#pTz#x"/>
        <scalar name="root.comp1.pTzy" description="Tangential_gradient_of_X_Y_component#pTz#y"/>
        <scalar name="root.comp1.pTzz" description="Tangential_gradient_of_X_Y_component#pTz#z"/>
      </tensor>
      <tensor name="root.comp1.[pTxt,pTyt,pTzt]" description="Tangential_gradient_of_X#p@,_first_time_derivative" plot="false" summation="false" basename="root.comp1.gradTpt" size="3,1" symmetric="false" axisymmetric="false" unit="kg/(m^2*s^3)" edims="2">
        <scalar name="root.comp1.pTxt" description="Tangential_gradient_of_X_Y_component#p#x@,_first_time_derivative"/>
        <scalar name="root.comp1.pTyt" description="Tangential_gradient_of_X_Y_component#p#y@,_first_time_derivative"/>
        <scalar name="root.comp1.pTzt" description="Tangential_gradient_of_X_Y_component#p#z@,_first_time_derivative"/>
      </tensor>
      <tensor name="root.comp1.[pTxtt,pTytt,pTztt]" description="Tangential_gradient_of_X#p@,_second_time_derivative" plot="false" summation="false" basename="root.comp1.gradTptt" size="3,1" symmetric="false" axisymmetric="false" unit="kg/(m^2*s^4)" edims="2">
        <scalar name="root.comp1.pTxtt" description="Tangential_gradient_of_X_Y_component#p#x@,_second_time_derivative"/>
        <scalar name="root.comp1.pTytt" description="Tangential_gradient_of_X_Y_component#p#y@,_second_time_derivative"/>
        <scalar name="root.comp1.pTztt" description="Tangential_gradient_of_X_Y_component#p#z@,_second_time_derivative"/>
      </tensor>
      <tensor name="root.comp1.[px,py,pz]" description="Gradient_of_X#p" plot="false" summation="false" basename="root.comp1.gradp" size="3,1" symmetric="false" axisymmetric="false" unit="N/m^3" edims="3">
        <scalar name="root.comp1.px" description="Gradient_of_X_Y_component#p#x"/>
        <scalar name="root.comp1.py" description="Gradient_of_X_Y_component#p#y"/>
        <scalar name="root.comp1.pz" description="Gradient_of_X_Y_component#p#z"/>
      </tensor>
      <tensor name="root.comp1.[pxx,pxy,pxz]" description="Gradient_of_X#px" plot="false" summation="false" basename="root.comp1.gradpx" size="3,1" symmetric="false" axisymmetric="false" unit="N/(m*m^3)" edims="3">
        <scalar name="root.comp1.pxx" description="Gradient_of_X_Y_component#px#x"/>
        <scalar name="root.comp1.pxy" description="Gradient_of_X_Y_component#px#y"/>
        <scalar name="root.comp1.pxz" description="Gradient_of_X_Y_component#px#z"/>
      </tensor>
      <tensor name="root.comp1.[pyx,pyy,pyz]" description="Gradient_of_X#py" plot="false" summation="false" basename="root.comp1.gradpy" size="3,1" symmetric="false" axisymmetric="false" unit="N/(m*m^3)" edims="3">
        <scalar name="root.comp1.pyx" description="Gradient_of_X_Y_component#py#x"/>
        <scalar name="root.comp1.pyy" description="Gradient_of_X_Y_component#py#y"/>
        <scalar name="root.comp1.pyz" description="Gradient_of_X_Y_component#py#z"/>
      </tensor>
      <tensor name="root.comp1.[pzx,pzy,pzz]" description="Gradient_of_X#pz" plot="false" summation="false" basename="root.comp1.gradpz" size="3,1" symmetric="false" axisymmetric="false" unit="N/(m*m^3)" edims="3">
        <scalar name="root.comp1.pzx" description="Gradient_of_X_Y_component#pz#x"/>
        <scalar name="root.comp1.pzy" description="Gradient_of_X_Y_component#pz#y"/>
        <scalar name="root.comp1.pzz" description="Gradient_of_X_Y_component#pz#z"/>
      </tensor>
      <tensor name="root.comp1.[pxt,pyt,pzt]" description="Gradient_of_X#p@,_first_time_derivative" plot="false" summation="false" basename="root.comp1.gradpt" size="3,1" symmetric="false" axisymmetric="false" unit="kg/(m^2*s^3)" edims="3">
        <scalar name="root.comp1.pxt" description="Gradient_of_X_Y_component#p#x@,_first_time_derivative"/>
        <scalar name="root.comp1.pyt" description="Gradient_of_X_Y_component#p#y@,_first_time_derivative"/>
        <scalar name="root.comp1.pzt" description="Gradient_of_X_Y_component#p#z@,_first_time_derivative"/>
      </tensor>
      <tensor name="root.comp1.[pxtt,pytt,pztt]" description="Gradient_of_X#p@,_second_time_derivative" plot="false" summation="false" basename="root.comp1.gradptt" size="3,1" symmetric="false" axisymmetric="false" unit="kg/(m^2*s^4)" edims="3">
        <scalar name="root.comp1.pxtt" description="Gradient_of_X_Y_component#p#x@,_second_time_derivative"/>
        <scalar name="root.comp1.pytt" description="Gradient_of_X_Y_component#p#y@,_second_time_derivative"/>
        <scalar name="root.comp1.pztt" description="Gradient_of_X_Y_component#p#z@,_second_time_derivative"/>
      </tensor>
      <tensor name="root.comp1.spf.[Fx,Fy,Fz]" description="Volume_force" plot="false" summation="false" basename="root.comp1.spf.F" size="3,1" symmetric="false" axisymmetric="false" unit="N/m^3" edims="3">
        <scalar name="root.comp1.spf.Fx" description="Volume_force@,_x_component#x"/>
        <scalar name="root.comp1.spf.Fy" description="Volume_force@,_x_component#y"/>
        <scalar name="root.comp1.spf.Fz" description="Volume_force@,_x_component#z"/>
      </tensor>
      <tensor name="root.comp1.spf.[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" plot="false" summation="false" basename="root.comp1.spf.K_stress_tensor" size="3,3" symmetric="false" axisymmetric="false" unit="N/m^2" edims="3">
        <scalar name="root.comp1.spf.K_stress_tensorxx" description="Viscous_stress_tensor@,_x_component#xx"/>
        <scalar name="root.comp1.spf.K_stress_tensoryx" description="Viscous_stress_tensor@,_x_component#yx"/>
        <scalar name="root.comp1.spf.K_stress_tensorzx" description="Viscous_stress_tensor@,_x_component#zx"/>
        <scalar name="root.comp1.spf.K_stress_tensorxy" description="Viscous_stress_tensor@,_x_component#xy"/>
        <scalar name="root.comp1.spf.K_stress_tensoryy" description="Viscous_stress_tensor@,_x_component#yy"/>
        <scalar name="root.comp1.spf.K_stress_tensorzy" description="Viscous_stress_tensor@,_x_component#zy"/>
        <scalar name="root.comp1.spf.K_stress_tensorxz" description="Viscous_stress_tensor@,_x_component#xz"/>
        <scalar name="root.comp1.spf.K_stress_tensoryz" description="Viscous_stress_tensor@,_x_component#yz"/>
        <scalar name="root.comp1.spf.K_stress_tensorzz" description="Viscous_stress_tensor@,_x_component#zz"/>
      </tensor>
      <tensor name="root.comp1.spf.[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" plot="false" summation="false" basename="root.comp1.spf.K_stress_tensor_test" size="3,3" symmetric="false" axisymmetric="false" unit="N/m^2" edims="3">
        <scalar name="root.comp1.spf.K_stress_tensor_testxx" description="Viscous_stress_tensor_test@,_x_component#xx"/>
        <scalar name="root.comp1.spf.K_stress_tensor_testyx" description="Viscous_stress_tensor_test@,_x_component#yx"/>
        <scalar name="root.comp1.spf.K_stress_tensor_testzx" description="Viscous_stress_tensor_test@,_x_component#zx"/>
        <scalar name="root.comp1.spf.K_stress_tensor_testxy" description="Viscous_stress_tensor_test@,_x_component#xy"/>
        <scalar name="root.comp1.spf.K_stress_tensor_testyy" description="Viscous_stress_tensor_test@,_x_component#yy"/>
        <scalar name="root.comp1.spf.K_stress_tensor_testzy" description="Viscous_stress_tensor_test@,_x_component#zy"/>
        <scalar name="root.comp1.spf.K_stress_tensor_testxz" description="Viscous_stress_tensor_test@,_x_component#xz"/>
        <scalar name="root.comp1.spf.K_stress_tensor_testyz" description="Viscous_stress_tensor_test@,_x_component#yz"/>
        <scalar name="root.comp1.spf.K_stress_tensor_testzz" description="Viscous_stress_tensor_test@,_x_component#zz"/>
      </tensor>
      <tensor name="root.comp1.spf.[upwind_helpx,upwind_helpy,upwind_helpz]" description="Upwind_term" plot="false" summation="false" basename="root.comp1.spf.upwind_help" size="3,1" symmetric="false" axisymmetric="false" unit="m/s" edims="3">
        <scalar name="root.comp1.spf.upwind_helpx" description="Upwind_term@,_x_component#x"/>
        <scalar name="root.comp1.spf.upwind_helpy" description="Upwind_term@,_x_component#y"/>
        <scalar name="root.comp1.spf.upwind_helpz" description="Upwind_term@,_x_component#z"/>
      </tensor>
      <tensor name="root.comp1.spf.[tau_vdxx,tau_vdyx,tau_vdzx,tau_vdxy,tau_vdyy,tau_vdzy,tau_vdxz,tau_vdyz,tau_vdzz]" description="Strain_rate" plot="false" summation="false" basename="root.comp1.spf.tau_vd" size="3,3" symmetric="false" axisymmetric="false" unit="Pa" edims="3">
        <scalar name="root.comp1.spf.tau_vdxx" description="Strain_rate@,_x_component#xx"/>
        <scalar name="root.comp1.spf.tau_vdyx" description="Strain_rate@,_x_component#yx"/>
        <scalar name="root.comp1.spf.tau_vdzx" description="Strain_rate@,_x_component#zx"/>
        <scalar name="root.comp1.spf.tau_vdxy" description="Strain_rate@,_x_component#xy"/>
        <scalar name="root.comp1.spf.tau_vdyy" description="Strain_rate@,_x_component#yy"/>
        <scalar name="root.comp1.spf.tau_vdzy" description="Strain_rate@,_x_component#zy"/>
        <scalar name="root.comp1.spf.tau_vdxz" description="Strain_rate@,_x_component#xz"/>
        <scalar name="root.comp1.spf.tau_vdyz" description="Strain_rate@,_x_component#yz"/>
        <scalar name="root.comp1.spf.tau_vdzz" description="Strain_rate@,_x_component#zz"/>
      </tensor>
      <tensor name="root.comp1.spf.[u_initx,u_inity,u_initz]" description="Velocity_field" plot="false" summation="false" basename="root.comp1.spf.u_init" size="3,1" symmetric="false" axisymmetric="false" unit="m/s" edims="3">
        <scalar name="root.comp1.spf.u_initx" description="Velocity_field@,_x_component#x"/>
        <scalar name="root.comp1.spf.u_inity" description="Velocity_field@,_x_component#y"/>
        <scalar name="root.comp1.spf.u_initz" description="Velocity_field@,_x_component#z"/>
      </tensor>
      <tensor name="root.comp1.spf.[ubndx,ubndy,ubndz]" description="Velocity_at_boundary" plot="false" summation="false" basename="root.comp1.spf.ubnd" size="3,1" symmetric="false" axisymmetric="false" unit="m/s" edims="2">
        <scalar name="root.comp1.spf.ubndx" description="Velocity_at_boundary@,_x_component#x"/>
        <scalar name="root.comp1.spf.ubndy" description="Velocity_at_boundary@,_x_component#y"/>
        <scalar name="root.comp1.spf.ubndz" description="Velocity_at_boundary@,_x_component#z"/>
      </tensor>
      <tensor name="root.comp1.spf.[u0x,u0y,u0z]" description="Velocity_field" plot="false" summation="false" basename="root.comp1.spf.u0" size="3,1" symmetric="false" axisymmetric="false" unit="m/s" edims="2">
        <scalar name="root.comp1.spf.u0x" description="Velocity_field@,_x_component#x"/>
        <scalar name="root.comp1.spf.u0y" description="Velocity_field@,_x_component#y"/>
        <scalar name="root.comp1.spf.u0z" description="Velocity_field@,_x_component#z"/>
      </tensor>
      <tensor name="root.comp1.spf.[d_ux,d_uy,d_uz]" description="Inflow_velocity_direction" plot="false" summation="false" basename="root.comp1.spf.d_u" size="3,1" symmetric="false" axisymmetric="false" unit="1" edims="2">
        <scalar name="root.comp1.spf.d_ux" description="Inflow_velocity_direction@,_x_component#x"/>
        <scalar name="root.comp1.spf.d_uy" description="Inflow_velocity_direction@,_x_component#y"/>
        <scalar name="root.comp1.spf.d_uz" description="Inflow_velocity_direction@,_x_component#z"/>
      </tensor>
      <tensor name="root.comp1.spf.[u_primex,u_primey,u_primez]" description="Subgrid_velocity_component" plot="false" summation="false" basename="root.comp1.spf.u_prime" size="3,1" symmetric="false" axisymmetric="false" unit="m/s" edims="3">
        <scalar name="root.comp1.spf.u_primex" description="Subgrid_velocity_component@,_x_component#x"/>
        <scalar name="root.comp1.spf.u_primey" description="Subgrid_velocity_component@,_x_component#y"/>
        <scalar name="root.comp1.spf.u_primez" description="Subgrid_velocity_component@,_x_component#z"/>
      </tensor>
      <tensor name="root.comp1.spf.[gijxx,gijyx,gijzx,gijxy,gijyy,gijzy,gijxz,gijyz,gijzz]" description="Contravariant_metric_tensor" plot="false" summation="false" basename="root.comp1.spf.gij" size="3,3" symmetric="false" axisymmetric="false" unit="m^2" edims="3">
        <scalar name="root.comp1.spf.gijxx" description="Contravariant_metric_tensor@,_x_component#xx"/>
        <scalar name="root.comp1.spf.gijyx" description="Contravariant_metric_tensor@,_x_component#yx"/>
        <scalar name="root.comp1.spf.gijzx" description="Contravariant_metric_tensor@,_x_component#zx"/>
        <scalar name="root.comp1.spf.gijxy" description="Contravariant_metric_tensor@,_x_component#xy"/>
        <scalar name="root.comp1.spf.gijyy" description="Contravariant_metric_tensor@,_x_component#yy"/>
        <scalar name="root.comp1.spf.gijzy" description="Contravariant_metric_tensor@,_x_component#zy"/>
        <scalar name="root.comp1.spf.gijxz" description="Contravariant_metric_tensor@,_x_component#xz"/>
        <scalar name="root.comp1.spf.gijyz" description="Contravariant_metric_tensor@,_x_component#yz"/>
        <scalar name="root.comp1.spf.gijzz" description="Contravariant_metric_tensor@,_x_component#zz"/>
      </tensor>
      <group name="VelAndPressure" description="Velocity_and_pressure">
        <scalar name="root.comp1.p" description="Pressure" plot="true" summation="false" unit="Pa" edims="3"/>
        <scalar name="root.comp1.spf.sr" description="Shear_rate" plot="true" summation="false" unit="1/s" edims="3"/>
        <scalar name="root.comp1.spf.U" description="Velocity_magnitude" plot="true" summation="false" unit="m/s" edims="3"/>
        <scalar name="root.comp1.spf.vort_magn" description="Vorticity_magnitude" plot="true" summation="false" unit="1/s" edims="3"/>
        <tensor name="root.comp1.u2" description="Velocity_field" plot="true" summation="false" basename="root.comp1.u2" size="3,1" symmetric="false" axisymmetric="false" unit="m/s" edims="3">
          <scalar name="root.comp1.u2" description="Velocity_field@,_x_component#x"/>
          <scalar name="root.comp1.v2" description="Velocity_field@,_x_component#y"/>
          <scalar name="root.comp1.w2" description="Velocity_field@,_x_component#z"/>
        </tensor>
        <tensor name="root.comp1.spf.[vorticityx,vorticityy,vorticityz]" description="Vorticity_field" plot="true" summation="false" basename="root.comp1.spf.vorticity" size="3,1" symmetric="false" axisymmetric="false" unit="1/s" edims="3">
          <scalar name="root.comp1.spf.vorticityx" description="Vorticity_field@,_x_component#x"/>
          <scalar name="root.comp1.spf.vorticityy" description="Vorticity_field@,_x_component#y"/>
          <scalar name="root.comp1.spf.vorticityz" description="Vorticity_field@,_x_component#z"/>
        </tensor>
      </group>
      <group name="TurbulenceVar" description="Turbulence_variables">
        <scalar name="root.comp1.k" description="Turbulent_kinetic_energy" plot="true" summation="false" unit="m^2/s^2" edims="3"/>
        <scalar name="root.comp1.ep" description="Turbulent_dissipation_rate" plot="true" summation="false" unit="m^2/s^3" edims="3"/>
        <scalar name="root.comp1.om" description="Specific_dissipation_rate" plot="true" summation="false" unit="1/s" edims="3"/>
        <scalar name="root.comp1.G" description="Reciprocal_wall_distance" plot="true" summation="false" unit="1/m" edims="3"/>
        <scalar name="root.comp1.nutilde" description="Undamped_turbulent_kinematic_viscosity" plot="true" summation="false" unit="m^2/s" edims="3"/>
        <scalar name="root.comp1.yPlus" description="Wall_distance_in_viscous_units" plot="true" summation="false" unit="1" edims="3"/>
        <scalar name="root.comp1.uPlus" description="Tangential_velocity_in_viscous_units" plot="true" summation="false" unit="1" edims="3"/>
        <scalar name="root.comp1.spf.muT" description="Turbulent_dynamic_viscosity" plot="true" summation="false" unit="Pa*s" edims="3"/>
      </group>
      <group name="ProjectionMethodVar" description="Projection_method_variables">
        <scalar name="root.comp1.pc" description="Corrected_pressure" plot="true" summation="false" unit="Pa" edims="3"/>
        <tensor name="root.comp1.uc" description="Corrected_velocity_field" plot="true" summation="false" basename="root.comp1.uc" size="3,1" symmetric="false" axisymmetric="false" unit="m/s" edims="3">
          <scalar name="root.comp1.ucx" description="Corrected_velocity_field@,_x_component#x"/>
          <scalar name="root.comp1.ucy" description="Corrected_velocity_field@,_x_component#y"/>
          <scalar name="root.comp1.ucz" description="Corrected_velocity_field@,_x_component#z"/>
        </tensor>
      </group>
      <group name="MaterialProperties" description="Material_properties">
        <scalar name="root.comp1.spf.mu" description="Dynamic_viscosity" plot="true" summation="false" unit="Pa*s" edims="3"/>
        <scalar name="root.comp1.spf.rho" description="Density" plot="true" summation="false" unit="kg/m^3" edims="3"/>
        <scalar name="root.comp1.spf.nu" description="Kinematic_viscosity" plot="true" summation="false" unit="m^2/s" edims="3"/>
        <scalar name="root.comp1.spf.betaT" description="Isothermal_compressibility_coefficient" plot="true" summation="false" unit="1/Pa" edims="3"/>
      </group>
      <group name="AuxiliaryVar" description="Auxiliary_variables">
        <scalar name="root.comp1.spf.cellRe" description="Cell_Reynolds_number" plot="true" summation="false" unit="1" edims="3"/>
        <tensor name="root.comp1.spf.[T_stressx,T_stressy,T_stressz]" description="Total_stress" plot="true" summation="false" basename="root.comp1.spf.T_stress" size="3,1" symmetric="false" axisymmetric="false" unit="N/m^2" edims="2">
          <scalar name="root.comp1.spf.T_stressx" description="Total_stress@,_x_component#x"/>
          <scalar name="root.comp1.spf.T_stressy" description="Total_stress@,_x_component#y"/>
          <scalar name="root.comp1.spf.T_stressz" description="Total_stress@,_x_component#z"/>
        </tensor>
        <tensor name="root.comp1.spf.[K_stressx,K_stressy,K_stressz]" description="Viscous_stress" plot="true" summation="false" basename="root.comp1.spf.K_stress" size="3,1" symmetric="false" axisymmetric="false" unit="N/m^2" edims="2">
          <scalar name="root.comp1.spf.K_stressx" description="Viscous_stress@,_x_component#x"/>
          <scalar name="root.comp1.spf.K_stressy" description="Viscous_stress@,_x_component#y"/>
          <scalar name="root.comp1.spf.K_stressz" description="Viscous_stress@,_x_component#z"/>
        </tensor>
      </group>
    </group>
    <group name="Definitions" description="Definitions">
      <group name="sys1" description="#Boundary System 1">
        <scalar name="root.comp1.sys1.detT" description="Determinant_of_coordinate_transform_to_system" plot="true" summation="false" edims="2"/>
        <scalar name="root.comp1.sys1.detInvT" description="Determinant_of_coordinate_transform_from_system" plot="true" summation="false" edims="2"/>
        <tensor name="root.comp1.sys1.[Tdef11,Tdef21,Tdef31,Tdef12,Tdef22,Tdef32,Tdef13,Tdef23,Tdef33]" description="Coordinate_transform_to_system_x#(sys1)" plot="false" summation="false" basename="root.comp1.sys1.Tdef" size="3,3" symmetric="false" axisymmetric="false" unit="1" edims="2">
          <scalar name="root.comp1.sys1.Tdef11" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#11"/>
          <scalar name="root.comp1.sys1.Tdef21" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#21"/>
          <scalar name="root.comp1.sys1.Tdef31" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#31"/>
          <scalar name="root.comp1.sys1.Tdef12" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#12"/>
          <scalar name="root.comp1.sys1.Tdef22" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#22"/>
          <scalar name="root.comp1.sys1.Tdef32" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#32"/>
          <scalar name="root.comp1.sys1.Tdef13" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#13"/>
          <scalar name="root.comp1.sys1.Tdef23" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#23"/>
          <scalar name="root.comp1.sys1.Tdef33" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#33"/>
        </tensor>
        <tensor name="root.comp1.sys1.[invTdef11,invTdef21,invTdef31,invTdef12,invTdef22,invTdef32,invTdef13,invTdef23,invTdef33]" description="Coordinate_transform_from_system_x#(sys1)" plot="false" summation="false" basename="root.comp1.sys1.invTdef" size="3,3" symmetric="false" axisymmetric="false" unit="1" edims="2">
          <scalar name="root.comp1.sys1.invTdef11" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#11"/>
          <scalar name="root.comp1.sys1.invTdef21" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#21"/>
          <scalar name="root.comp1.sys1.invTdef31" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#31"/>
          <scalar name="root.comp1.sys1.invTdef12" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#12"/>
          <scalar name="root.comp1.sys1.invTdef22" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#22"/>
          <scalar name="root.comp1.sys1.invTdef32" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#32"/>
          <scalar name="root.comp1.sys1.invTdef13" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#13"/>
          <scalar name="root.comp1.sys1.invTdef23" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#23"/>
          <scalar name="root.comp1.sys1.invTdef33" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#33"/>
        </tensor>
        <tensor name="root.comp1.sys1.[Tref11,Tref21,Tref31,Tref12,Tref22,Tref32,Tref13,Tref23,Tref33]" description="Coordinate_transform_to_system_x#(sys1)" plot="false" summation="false" basename="root.comp1.sys1.Tref" size="3,3" symmetric="false" axisymmetric="false" unit="1" edims="2">
          <scalar name="root.comp1.sys1.Tref11" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#11"/>
          <scalar name="root.comp1.sys1.Tref21" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#21"/>
          <scalar name="root.comp1.sys1.Tref31" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#31"/>
          <scalar name="root.comp1.sys1.Tref12" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#12"/>
          <scalar name="root.comp1.sys1.Tref22" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#22"/>
          <scalar name="root.comp1.sys1.Tref32" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#32"/>
          <scalar name="root.comp1.sys1.Tref13" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#13"/>
          <scalar name="root.comp1.sys1.Tref23" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#23"/>
          <scalar name="root.comp1.sys1.Tref33" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#33"/>
        </tensor>
        <tensor name="root.comp1.sys1.[invTref11,invTref21,invTref31,invTref12,invTref22,invTref32,invTref13,invTref23,invTref33]" description="Coordinate_transform_to_system_x#(sys1)" plot="false" summation="false" basename="root.comp1.sys1.invTref" size="3,3" symmetric="false" axisymmetric="false" unit="1" edims="2">
          <scalar name="root.comp1.sys1.invTref11" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#11"/>
          <scalar name="root.comp1.sys1.invTref21" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#21"/>
          <scalar name="root.comp1.sys1.invTref31" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#31"/>
          <scalar name="root.comp1.sys1.invTref12" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#12"/>
          <scalar name="root.comp1.sys1.invTref22" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#22"/>
          <scalar name="root.comp1.sys1.invTref32" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#32"/>
          <scalar name="root.comp1.sys1.invTref13" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#13"/>
          <scalar name="root.comp1.sys1.invTref23" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#23"/>
          <scalar name="root.comp1.sys1.invTref33" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#33"/>
        </tensor>
        <tensor name="root.comp1.sys1.[Tgeom11,Tgeom21,Tgeom31,Tgeom12,Tgeom22,Tgeom32,Tgeom13,Tgeom23,Tgeom33]" description="Coordinate_transform_to_system_x#(sys1)" plot="false" summation="false" basename="root.comp1.sys1.Tgeom" size="3,3" symmetric="false" axisymmetric="false" unit="1" edims="2">
          <scalar name="root.comp1.sys1.Tgeom11" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#11"/>
          <scalar name="root.comp1.sys1.Tgeom21" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#21"/>
          <scalar name="root.comp1.sys1.Tgeom31" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#31"/>
          <scalar name="root.comp1.sys1.Tgeom12" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#12"/>
          <scalar name="root.comp1.sys1.Tgeom22" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#22"/>
          <scalar name="root.comp1.sys1.Tgeom32" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#32"/>
          <scalar name="root.comp1.sys1.Tgeom13" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#13"/>
          <scalar name="root.comp1.sys1.Tgeom23" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#23"/>
          <scalar name="root.comp1.sys1.Tgeom33" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#33"/>
        </tensor>
        <tensor name="root.comp1.sys1.[invTgeom11,invTgeom21,invTgeom31,invTgeom12,invTgeom22,invTgeom32,invTgeom13,invTgeom23,invTgeom33]" description="Coordinate_transform_to_system_x#(sys1)" plot="false" summation="false" basename="root.comp1.sys1.invTgeom" size="3,3" symmetric="false" axisymmetric="false" unit="1" edims="2">
          <scalar name="root.comp1.sys1.invTgeom11" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#11"/>
          <scalar name="root.comp1.sys1.invTgeom21" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#21"/>
          <scalar name="root.comp1.sys1.invTgeom31" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#31"/>
          <scalar name="root.comp1.sys1.invTgeom12" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#12"/>
          <scalar name="root.comp1.sys1.invTgeom22" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#22"/>
          <scalar name="root.comp1.sys1.invTgeom32" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#32"/>
          <scalar name="root.comp1.sys1.invTgeom13" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#13"/>
          <scalar name="root.comp1.sys1.invTgeom23" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#23"/>
          <scalar name="root.comp1.sys1.invTgeom33" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#33"/>
        </tensor>
        <tensor name="root.comp1.sys1.[T11,T21,T31,T12,T22,T32,T13,T23,T33]" description="Coordinate_transform_to_system_x#(sys1)" plot="true" summation="false" basename="root.comp1.sys1.T" size="3,3" symmetric="false" axisymmetric="false" unit="1" edims="2">
          <scalar name="root.comp1.sys1.T11" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#11"/>
          <scalar name="root.comp1.sys1.T21" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#21"/>
          <scalar name="root.comp1.sys1.T31" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#31"/>
          <scalar name="root.comp1.sys1.T12" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#12"/>
          <scalar name="root.comp1.sys1.T22" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#22"/>
          <scalar name="root.comp1.sys1.T32" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#32"/>
          <scalar name="root.comp1.sys1.T13" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#13"/>
          <scalar name="root.comp1.sys1.T23" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#23"/>
          <scalar name="root.comp1.sys1.T33" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#33"/>
        </tensor>
        <tensor name="root.comp1.sys1.[invT11,invT21,invT31,invT12,invT22,invT32,invT13,invT23,invT33]" description="Coordinate_transform_from_system_x#(sys1)" plot="true" summation="false" basename="root.comp1.sys1.invT" size="3,3" symmetric="false" axisymmetric="false" unit="1" edims="2">
          <scalar name="root.comp1.sys1.invT11" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#11"/>
          <scalar name="root.comp1.sys1.invT21" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#21"/>
          <scalar name="root.comp1.sys1.invT31" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#31"/>
          <scalar name="root.comp1.sys1.invT12" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#12"/>
          <scalar name="root.comp1.sys1.invT22" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#22"/>
          <scalar name="root.comp1.sys1.invT32" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#32"/>
          <scalar name="root.comp1.sys1.invT13" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#13"/>
          <scalar name="root.comp1.sys1.invT23" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#23"/>
          <scalar name="root.comp1.sys1.invT33" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#33"/>
        </tensor>
        <tensor name="root.comp1.sys1.[e_t11,e_t12,e_t13]" description="Base_vector_x#(sys1) t1" plot="true" summation="false" basename="root.comp1.sys1.e_t1" size="3,1" symmetric="false" axisymmetric="false" unit="1" edims="2">
          <scalar name="root.comp1.sys1.e_t11" description="Base_vector_x#(sys1) t1@,_x_component#x"/>
          <scalar name="root.comp1.sys1.e_t12" description="Base_vector_x#(sys1) t1@,_x_component#y"/>
          <scalar name="root.comp1.sys1.e_t13" description="Base_vector_x#(sys1) t1@,_x_component#z"/>
        </tensor>
        <tensor name="root.comp1.sys1.[e_t21,e_t22,e_t23]" description="Base_vector_x#(sys1) t2" plot="true" summation="false" basename="root.comp1.sys1.e_t2" size="3,1" symmetric="false" axisymmetric="false" unit="1" edims="2">
          <scalar name="root.comp1.sys1.e_t21" description="Base_vector_x#(sys1) t2@,_x_component#x"/>
          <scalar name="root.comp1.sys1.e_t22" description="Base_vector_x#(sys1) t2@,_x_component#y"/>
          <scalar name="root.comp1.sys1.e_t23" description="Base_vector_x#(sys1) t2@,_x_component#z"/>
        </tensor>
        <tensor name="root.comp1.sys1.[e_n1,e_n2,e_n3]" description="Base_vector_x#(sys1) n" plot="true" summation="false" basename="root.comp1.sys1.e_n" size="3,1" symmetric="false" axisymmetric="false" unit="1" edims="2">
          <scalar name="root.comp1.sys1.e_n1" description="Base_vector_x#(sys1) n@,_x_component#x"/>
          <scalar name="root.comp1.sys1.e_n2" description="Base_vector_x#(sys1) n@,_x_component#y"/>
          <scalar name="root.comp1.sys1.e_n3" description="Base_vector_x#(sys1) n@,_x_component#z"/>
        </tensor>
        <tensor name="root.comp1.sys1.[gSub11,gSub21,gSub31,gSub12,gSub22,gSub32,gSub13,gSub23,gSub33]" description="Covariant_metric_tensor" plot="false" summation="false" basename="root.comp1.sys1.gSub" size="3,3" symmetric="false" axisymmetric="false" edims="2">
          <scalar name="root.comp1.sys1.gSub11" description="Covariant_metric_tensor@,_x_component#11"/>
          <scalar name="root.comp1.sys1.gSub21" description="Covariant_metric_tensor@,_x_component#21"/>
          <scalar name="root.comp1.sys1.gSub31" description="Covariant_metric_tensor@,_x_component#31"/>
          <scalar name="root.comp1.sys1.gSub12" description="Covariant_metric_tensor@,_x_component#12"/>
          <scalar name="root.comp1.sys1.gSub22" description="Covariant_metric_tensor@,_x_component#22"/>
          <scalar name="root.comp1.sys1.gSub32" description="Covariant_metric_tensor@,_x_component#32"/>
          <scalar name="root.comp1.sys1.gSub13" description="Covariant_metric_tensor@,_x_component#13"/>
          <scalar name="root.comp1.sys1.gSub23" description="Covariant_metric_tensor@,_x_component#23"/>
          <scalar name="root.comp1.sys1.gSub33" description="Covariant_metric_tensor@,_x_component#33"/>
        </tensor>
        <tensor name="root.comp1.sys1.[gSup11,gSup21,gSup31,gSup12,gSup22,gSup32,gSup13,gSup23,gSup33]" description="Contravariant_metric_tensor" plot="false" summation="false" basename="root.comp1.sys1.gSup" size="3,3" symmetric="false" axisymmetric="false" edims="2">
          <scalar name="root.comp1.sys1.gSup11" description="Contravariant_metric_tensor@,_x_component#11"/>
          <scalar name="root.comp1.sys1.gSup21" description="Contravariant_metric_tensor@,_x_component#21"/>
          <scalar name="root.comp1.sys1.gSup31" description="Contravariant_metric_tensor@,_x_component#31"/>
          <scalar name="root.comp1.sys1.gSup12" description="Contravariant_metric_tensor@,_x_component#12"/>
          <scalar name="root.comp1.sys1.gSup22" description="Contravariant_metric_tensor@,_x_component#22"/>
          <scalar name="root.comp1.sys1.gSup32" description="Contravariant_metric_tensor@,_x_component#32"/>
          <scalar name="root.comp1.sys1.gSup13" description="Contravariant_metric_tensor@,_x_component#13"/>
          <scalar name="root.comp1.sys1.gSup23" description="Contravariant_metric_tensor@,_x_component#23"/>
          <scalar name="root.comp1.sys1.gSup33" description="Contravariant_metric_tensor@,_x_component#33"/>
        </tensor>
      </group>
    </group>
    <field name="root.comp1.u2"/>
    <field name="root.comp1.p"/>
    <function name="root.comp1.atonly" type="built_in_scoped" scope="root.comp1." allowednargs="1"/>
    <function name="root.comp1.noxd" type="built_in_scoped" scope="root.comp1." allowednargs="1"/>
    <function name="root.comp1.at0" type="built_in_scoped" scope="root.comp1." allowednargs="4" argtypes="5,'string','string','string','string','string'" stringargs="5,'Evaluate_at_the_vertex_at_the_given_coordinates_in_X#Geometry 1','x','y','z','expr'"/>
    <function name="root.comp1.at1" type="built_in_scoped" scope="root.comp1." allowednargs="4" argtypes="5,'string','string','string','string','string'" stringargs="5,'Evaluate_on_the_edge_at_the_given_coordinates_in_X#Geometry 1','x','y','z','expr'"/>
    <function name="root.comp1.at2" type="built_in_scoped" scope="root.comp1." allowednargs="4" argtypes="5,'string','string','string','string','string'" stringargs="5,'Evaluate_on_the_boundary_at_the_given_coordinates_in_X#Geometry 1','x','y','z','expr'"/>
    <function name="root.comp1.at3" type="built_in_scoped" scope="root.comp1." allowednargs="4" argtypes="5,'string','string','string','string','string'" stringargs="5,'Evaluate_in_the_domain_at_the_given_coordinates_in_X#Geometry 1','x','y','z','expr'"/>
    <function name="root.comp1.atxd0" type="built_in_scoped" scope="root.comp1." allowednargs="4"/>
    <function name="root.comp1.atxd1" type="built_in_scoped" scope="root.comp1." allowednargs="4"/>
    <function name="root.comp1.atxd2" type="built_in_scoped" scope="root.comp1." allowednargs="4"/>
    <function name="root.comp1.atxd3" type="built_in_scoped" scope="root.comp1." allowednargs="4"/>
    <function name="root.test"/>
    <function name="root.var"/>
    <function name="root.mean"/>
    <function name="root.side"/>
    <function name="root.up"/>
    <function name="root.down"/>
  </vardata>
</savepoint>

