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      <scalar name="root.comp1.mat1.def.sigma31" description=""/>
      <scalar name="root.comp1.mat1.def.sigma12" description=""/>
      <scalar name="root.comp1.mat1.def.sigma22" description=""/>
      <scalar name="root.comp1.mat1.def.sigma32" description=""/>
      <scalar name="root.comp1.mat1.def.sigma13" description=""/>
      <scalar name="root.comp1.mat1.def.sigma23" description=""/>
      <scalar name="root.comp1.mat1.def.sigma33" description=""/>
    </tensor>
    <tensor name="root.material.def.[sigma11,sigma21,sigma31,sigma12,sigma22,sigma32,sigma13,sigma23,sigma33]" description="" plot="false" summation="false" basename="root.material.def.sigma" size="3,3" symmetric="false" axisymmetric="false" unit="S/m" edims="2,3">
      <scalar name="root.material.def.sigma11" description=""/>
      <scalar name="root.material.def.sigma21" description=""/>
      <scalar name="root.material.def.sigma31" description=""/>
      <scalar name="root.material.def.sigma12" description=""/>
      <scalar name="root.material.def.sigma22" description=""/>
      <scalar name="root.material.def.sigma32" description=""/>
      <scalar name="root.material.def.sigma13" description=""/>
      <scalar name="root.material.def.sigma23" description=""/>
      <scalar name="root.material.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="2,3">
      <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.comp1.mat1.def.[thermalconductivity11,thermalconductivity21,thermalconductivity31,thermalconductivity12,thermalconductivity22,thermalconductivity32,thermalconductivity13,thermalconductivity23,thermalconductivity33]" description="" plot="false" summation="false" basename="root.comp1.mat1.def.thermalconductivity" size="3,3" symmetric="false" axisymmetric="false" unit="W/(m*K)" edims="-1">
      <scalar name="root.comp1.mat1.def.thermalconductivity11" description=""/>
      <scalar name="root.comp1.mat1.def.thermalconductivity21" description=""/>
      <scalar name="root.comp1.mat1.def.thermalconductivity31" description=""/>
      <scalar name="root.comp1.mat1.def.thermalconductivity12" description=""/>
      <scalar name="root.comp1.mat1.def.thermalconductivity22" description=""/>
      <scalar name="root.comp1.mat1.def.thermalconductivity32" description=""/>
      <scalar name="root.comp1.mat1.def.thermalconductivity13" description=""/>
      <scalar name="root.comp1.mat1.def.thermalconductivity23" description=""/>
      <scalar name="root.comp1.mat1.def.thermalconductivity33" description=""/>
    </tensor>
    <tensor name="root.comp1.mat1.def.[k11,k21,k31,k12,k22,k32,k13,k23,k33]" description="" plot="false" summation="false" basename="root.comp1.mat1.def.k" size="3,3" symmetric="false" axisymmetric="false" unit="W/(m*K)" edims="-1">
      <scalar name="root.comp1.mat1.def.k11" description=""/>
      <scalar name="root.comp1.mat1.def.k21" description=""/>
      <scalar name="root.comp1.mat1.def.k31" description=""/>
      <scalar name="root.comp1.mat1.def.k12" description=""/>
      <scalar name="root.comp1.mat1.def.k22" description=""/>
      <scalar name="root.comp1.mat1.def.k32" description=""/>
      <scalar name="root.comp1.mat1.def.k13" description=""/>
      <scalar name="root.comp1.mat1.def.k23" description=""/>
      <scalar name="root.comp1.mat1.def.k33" description=""/>
    </tensor>
    <tensor name="root.material.def.[k11,k21,k31,k12,k22,k32,k13,k23,k33]" description="" plot="false" summation="false" basename="root.material.def.k" size="3,3" symmetric="false" axisymmetric="false" unit="W/(m*K)" edims="2,3">
      <scalar name="root.material.def.k11" description=""/>
      <scalar name="root.material.def.k21" description=""/>
      <scalar name="root.material.def.k31" description=""/>
      <scalar name="root.material.def.k12" description=""/>
      <scalar name="root.material.def.k22" description=""/>
      <scalar name="root.material.def.k32" description=""/>
      <scalar name="root.material.def.k13" description=""/>
      <scalar name="root.material.def.k23" description=""/>
      <scalar name="root.material.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="2,3">
      <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.comp1.mat1.rfi.[n11,n21,n31,n12,n22,n32,n13,n23,n33]" description="" plot="false" summation="false" basename="root.comp1.mat1.rfi.n" size="3,3" symmetric="false" axisymmetric="false" unit="1" edims="-1">
      <scalar name="root.comp1.mat1.rfi.n11" description=""/>
      <scalar name="root.comp1.mat1.rfi.n21" description=""/>
      <scalar name="root.comp1.mat1.rfi.n31" description=""/>
      <scalar name="root.comp1.mat1.rfi.n12" description=""/>
      <scalar name="root.comp1.mat1.rfi.n22" description=""/>
      <scalar name="root.comp1.mat1.rfi.n32" description=""/>
      <scalar name="root.comp1.mat1.rfi.n13" description=""/>
      <scalar name="root.comp1.mat1.rfi.n23" description=""/>
      <scalar name="root.comp1.mat1.rfi.n33" description=""/>
    </tensor>
    <tensor name="root.material.rfi.[n11,n21,n31,n12,n22,n32,n13,n23,n33]" description="" plot="false" summation="false" basename="root.material.rfi.n" size="3,3" symmetric="false" axisymmetric="false" unit="1" edims="3">
      <scalar name="root.material.rfi.n11" description=""/>
      <scalar name="root.material.rfi.n21" description=""/>
      <scalar name="root.material.rfi.n31" description=""/>
      <scalar name="root.material.rfi.n12" description=""/>
      <scalar name="root.material.rfi.n22" description=""/>
      <scalar name="root.material.rfi.n32" description=""/>
      <scalar name="root.material.rfi.n13" description=""/>
      <scalar name="root.material.rfi.n23" description=""/>
      <scalar name="root.material.rfi.n33" description=""/>
    </tensor>
    <tensor name="root.comp1.mat1.rfi.[ki11,ki21,ki31,ki12,ki22,ki32,ki13,ki23,ki33]" description="" plot="false" summation="false" basename="root.comp1.mat1.rfi.ki" size="3,3" symmetric="false" axisymmetric="false" unit="1" edims="-1">
      <scalar name="root.comp1.mat1.rfi.ki11" description=""/>
      <scalar name="root.comp1.mat1.rfi.ki21" description=""/>
      <scalar name="root.comp1.mat1.rfi.ki31" description=""/>
      <scalar name="root.comp1.mat1.rfi.ki12" description=""/>
      <scalar name="root.comp1.mat1.rfi.ki22" description=""/>
      <scalar name="root.comp1.mat1.rfi.ki32" description=""/>
      <scalar name="root.comp1.mat1.rfi.ki13" description=""/>
      <scalar name="root.comp1.mat1.rfi.ki23" description=""/>
      <scalar name="root.comp1.mat1.rfi.ki33" description=""/>
    </tensor>
    <tensor name="root.material.rfi.[ki11,ki21,ki31,ki12,ki22,ki32,ki13,ki23,ki33]" description="" plot="false" summation="false" basename="root.material.rfi.ki" size="3,3" symmetric="false" axisymmetric="false" unit="1" edims="3">
      <scalar name="root.material.rfi.ki11" description=""/>
      <scalar name="root.material.rfi.ki21" description=""/>
      <scalar name="root.material.rfi.ki31" description=""/>
      <scalar name="root.material.rfi.ki12" description=""/>
      <scalar name="root.material.rfi.ki22" description=""/>
      <scalar name="root.material.rfi.ki32" description=""/>
      <scalar name="root.material.rfi.ki13" description=""/>
      <scalar name="root.material.rfi.ki23" description=""/>
      <scalar name="root.material.rfi.ki33" description=""/>
    </tensor>
    <tensor name="root.comp1.mat2.def.[relpermeability11,relpermeability21,relpermeability31,relpermeability12,relpermeability22,relpermeability32,relpermeability13,relpermeability23,relpermeability33]" description="" plot="false" summation="false" basename="root.comp1.mat2.def.relpermeability" size="3,3" symmetric="false" axisymmetric="false" unit="1" edims="-1">
      <scalar name="root.comp1.mat2.def.relpermeability11" description=""/>
      <scalar name="root.comp1.mat2.def.relpermeability21" description=""/>
      <scalar name="root.comp1.mat2.def.relpermeability31" description=""/>
      <scalar name="root.comp1.mat2.def.relpermeability12" description=""/>
      <scalar name="root.comp1.mat2.def.relpermeability22" description=""/>
      <scalar name="root.comp1.mat2.def.relpermeability32" description=""/>
      <scalar name="root.comp1.mat2.def.relpermeability13" description=""/>
      <scalar name="root.comp1.mat2.def.relpermeability23" description=""/>
      <scalar name="root.comp1.mat2.def.relpermeability33" description=""/>
    </tensor>
    <tensor name="root.comp1.mat2.def.[mur11,mur21,mur31,mur12,mur22,mur32,mur13,mur23,mur33]" description="" plot="false" summation="false" basename="root.comp1.mat2.def.mur" size="3,3" symmetric="false" axisymmetric="false" unit="1" edims="-1">
      <scalar name="root.comp1.mat2.def.mur11" description=""/>
      <scalar name="root.comp1.mat2.def.mur21" description=""/>
      <scalar name="root.comp1.mat2.def.mur31" description=""/>
      <scalar name="root.comp1.mat2.def.mur12" description=""/>
      <scalar name="root.comp1.mat2.def.mur22" description=""/>
      <scalar name="root.comp1.mat2.def.mur32" description=""/>
      <scalar name="root.comp1.mat2.def.mur13" description=""/>
      <scalar name="root.comp1.mat2.def.mur23" description=""/>
      <scalar name="root.comp1.mat2.def.mur33" description=""/>
    </tensor>
    <tensor name="root.comp1.mat2.def.[electricconductivity11,electricconductivity21,electricconductivity31,electricconductivity12,electricconductivity22,electricconductivity32,electricconductivity13,electricconductivity23,electricconductivity33]" description="" plot="false" summation="false" basename="root.comp1.mat2.def.electricconductivity" size="3,3" symmetric="false" axisymmetric="false" unit="S/m" edims="-1">
      <scalar name="root.comp1.mat2.def.electricconductivity11" description=""/>
      <scalar name="root.comp1.mat2.def.electricconductivity21" description=""/>
      <scalar name="root.comp1.mat2.def.electricconductivity31" description=""/>
      <scalar name="root.comp1.mat2.def.electricconductivity12" description=""/>
      <scalar name="root.comp1.mat2.def.electricconductivity22" description=""/>
      <scalar name="root.comp1.mat2.def.electricconductivity32" description=""/>
      <scalar name="root.comp1.mat2.def.electricconductivity13" description=""/>
      <scalar name="root.comp1.mat2.def.electricconductivity23" description=""/>
      <scalar name="root.comp1.mat2.def.electricconductivity33" description=""/>
    </tensor>
    <tensor name="root.comp1.mat2.def.[sigma11,sigma21,sigma31,sigma12,sigma22,sigma32,sigma13,sigma23,sigma33]" description="" plot="false" summation="false" basename="root.comp1.mat2.def.sigma" size="3,3" symmetric="false" axisymmetric="false" unit="S/m" edims="-1">
      <scalar name="root.comp1.mat2.def.sigma11" description=""/>
      <scalar name="root.comp1.mat2.def.sigma21" description=""/>
      <scalar name="root.comp1.mat2.def.sigma31" description=""/>
      <scalar name="root.comp1.mat2.def.sigma12" description=""/>
      <scalar name="root.comp1.mat2.def.sigma22" description=""/>
      <scalar name="root.comp1.mat2.def.sigma32" description=""/>
      <scalar name="root.comp1.mat2.def.sigma13" description=""/>
      <scalar name="root.comp1.mat2.def.sigma23" description=""/>
      <scalar name="root.comp1.mat2.def.sigma33" description=""/>
    </tensor>
    <tensor name="root.comp1.mat2.def.[thermalexpansioncoefficient11,thermalexpansioncoefficient21,thermalexpansioncoefficient31,thermalexpansioncoefficient12,thermalexpansioncoefficient22,thermalexpansioncoefficient32,thermalexpansioncoefficient13,thermalexpansioncoefficient23,thermalexpansioncoefficient33]" description="" plot="false" summation="false" basename="root.comp1.mat2.def.thermalexpansioncoefficient" size="3,3" symmetric="false" axisymmetric="false" unit="1/K" edims="-1">
      <scalar name="root.comp1.mat2.def.thermalexpansioncoefficient11" description=""/>
      <scalar name="root.comp1.mat2.def.thermalexpansioncoefficient21" description=""/>
      <scalar name="root.comp1.mat2.def.thermalexpansioncoefficient31" description=""/>
      <scalar name="root.comp1.mat2.def.thermalexpansioncoefficient12" description=""/>
      <scalar name="root.comp1.mat2.def.thermalexpansioncoefficient22" description=""/>
      <scalar name="root.comp1.mat2.def.thermalexpansioncoefficient32" description=""/>
      <scalar name="root.comp1.mat2.def.thermalexpansioncoefficient13" description=""/>
      <scalar name="root.comp1.mat2.def.thermalexpansioncoefficient23" description=""/>
      <scalar name="root.comp1.mat2.def.thermalexpansioncoefficient33" description=""/>
    </tensor>
    <tensor name="root.comp1.mat2.def.[alpha11,alpha21,alpha31,alpha12,alpha22,alpha32,alpha13,alpha23,alpha33]" description="" plot="false" summation="false" basename="root.comp1.mat2.def.alpha" size="3,3" symmetric="false" axisymmetric="false" unit="1/K" edims="-1">
      <scalar name="root.comp1.mat2.def.alpha11" description=""/>
      <scalar name="root.comp1.mat2.def.alpha21" description=""/>
      <scalar name="root.comp1.mat2.def.alpha31" description=""/>
      <scalar name="root.comp1.mat2.def.alpha12" description=""/>
      <scalar name="root.comp1.mat2.def.alpha22" description=""/>
      <scalar name="root.comp1.mat2.def.alpha32" description=""/>
      <scalar name="root.comp1.mat2.def.alpha13" description=""/>
      <scalar name="root.comp1.mat2.def.alpha23" description=""/>
      <scalar name="root.comp1.mat2.def.alpha33" description=""/>
    </tensor>
    <tensor name="root.material.def.[alpha11,alpha21,alpha31,alpha12,alpha22,alpha32,alpha13,alpha23,alpha33]" description="" plot="false" summation="false" basename="root.material.def.alpha" size="3,3" symmetric="false" axisymmetric="false" unit="1/K" edims="2">
      <scalar name="root.material.def.alpha11" description=""/>
      <scalar name="root.material.def.alpha21" description=""/>
      <scalar name="root.material.def.alpha31" description=""/>
      <scalar name="root.material.def.alpha12" description=""/>
      <scalar name="root.material.def.alpha22" description=""/>
      <scalar name="root.material.def.alpha32" description=""/>
      <scalar name="root.material.def.alpha13" description=""/>
      <scalar name="root.material.def.alpha23" description=""/>
      <scalar name="root.material.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.comp1.mat2.def.[relpermittivity11,relpermittivity21,relpermittivity31,relpermittivity12,relpermittivity22,relpermittivity32,relpermittivity13,relpermittivity23,relpermittivity33]" description="" plot="false" summation="false" basename="root.comp1.mat2.def.relpermittivity" size="3,3" symmetric="false" axisymmetric="false" unit="1" edims="-1">
      <scalar name="root.comp1.mat2.def.relpermittivity11" description=""/>
      <scalar name="root.comp1.mat2.def.relpermittivity21" description=""/>
      <scalar name="root.comp1.mat2.def.relpermittivity31" description=""/>
      <scalar name="root.comp1.mat2.def.relpermittivity12" description=""/>
      <scalar name="root.comp1.mat2.def.relpermittivity22" description=""/>
      <scalar name="root.comp1.mat2.def.relpermittivity32" description=""/>
      <scalar name="root.comp1.mat2.def.relpermittivity13" description=""/>
      <scalar name="root.comp1.mat2.def.relpermittivity23" description=""/>
      <scalar name="root.comp1.mat2.def.relpermittivity33" description=""/>
    </tensor>
    <tensor name="root.comp1.mat2.def.[epsilonr11,epsilonr21,epsilonr31,epsilonr12,epsilonr22,epsilonr32,epsilonr13,epsilonr23,epsilonr33]" description="" plot="false" summation="false" basename="root.comp1.mat2.def.epsilonr" size="3,3" symmetric="false" axisymmetric="false" unit="1" edims="-1">
      <scalar name="root.comp1.mat2.def.epsilonr11" description=""/>
      <scalar name="root.comp1.mat2.def.epsilonr21" description=""/>
      <scalar name="root.comp1.mat2.def.epsilonr31" description=""/>
      <scalar name="root.comp1.mat2.def.epsilonr12" description=""/>
      <scalar name="root.comp1.mat2.def.epsilonr22" description=""/>
      <scalar name="root.comp1.mat2.def.epsilonr32" description=""/>
      <scalar name="root.comp1.mat2.def.epsilonr13" description=""/>
      <scalar name="root.comp1.mat2.def.epsilonr23" description=""/>
      <scalar name="root.comp1.mat2.def.epsilonr33" description=""/>
    </tensor>
    <tensor name="root.comp1.mat2.def.[thermalconductivity11,thermalconductivity21,thermalconductivity31,thermalconductivity12,thermalconductivity22,thermalconductivity32,thermalconductivity13,thermalconductivity23,thermalconductivity33]" description="" plot="false" summation="false" basename="root.comp1.mat2.def.thermalconductivity" size="3,3" symmetric="false" axisymmetric="false" unit="W/(m*K)" edims="-1">
      <scalar name="root.comp1.mat2.def.thermalconductivity11" description=""/>
      <scalar name="root.comp1.mat2.def.thermalconductivity21" description=""/>
      <scalar name="root.comp1.mat2.def.thermalconductivity31" description=""/>
      <scalar name="root.comp1.mat2.def.thermalconductivity12" description=""/>
      <scalar name="root.comp1.mat2.def.thermalconductivity22" description=""/>
      <scalar name="root.comp1.mat2.def.thermalconductivity32" description=""/>
      <scalar name="root.comp1.mat2.def.thermalconductivity13" description=""/>
      <scalar name="root.comp1.mat2.def.thermalconductivity23" description=""/>
      <scalar name="root.comp1.mat2.def.thermalconductivity33" description=""/>
    </tensor>
    <tensor name="root.comp1.mat2.def.[k11,k21,k31,k12,k22,k32,k13,k23,k33]" description="" plot="false" summation="false" basename="root.comp1.mat2.def.k" size="3,3" symmetric="false" axisymmetric="false" unit="W/(m*K)" edims="-1">
      <scalar name="root.comp1.mat2.def.k11" description=""/>
      <scalar name="root.comp1.mat2.def.k21" description=""/>
      <scalar name="root.comp1.mat2.def.k31" description=""/>
      <scalar name="root.comp1.mat2.def.k12" description=""/>
      <scalar name="root.comp1.mat2.def.k22" description=""/>
      <scalar name="root.comp1.mat2.def.k32" description=""/>
      <scalar name="root.comp1.mat2.def.k13" description=""/>
      <scalar name="root.comp1.mat2.def.k23" description=""/>
      <scalar name="root.comp1.mat2.def.k33" description=""/>
    </tensor>
    <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">
      <scalar name="root.numberofdofs" description="Number_of_degrees_of_freedom" plot="true" summation="false" unit="1" edims="-1"/>
      <group name="Parameters" description="Parameters">
        <scalar name="root.Dia" description="#Diameter of the sphere" plot="true" summation="false" unit="m" edims="-1"/>
        <scalar name="root.R_s" description="#Resistivity of sphere" plot="true" summation="false" unit="&#x3a9;*m" edims="-1"/>
        <scalar name="root.M_p" description="#Magnetic permeability" plot="true" summation="false" edims="-1"/>
        <scalar name="root.F" description="#Frequency of Ac magnetic field" plot="true" summation="false" unit="Hz" edims="-1"/>
        <scalar name="root.d_f" description="#Driving field" plot="true" summation="false" unit="A/m" 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">
        <scalar name="root.curv1" description="Principal_curvature" plot="true" summation="false" unit="1/m" edims="2"/>
        <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"/>
          <scalar name="root.tcurv1y" description="Principal_curvature_direction_1@,_x_component#y"/>
          <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"/>
          <scalar name="root.tcurv2z" description="Principal_curvature_direction_2@,_x_component#z"/>
        </tensor>
      </group>
      <group name="root.[x,y,z]" description="Coordinate">
        <scalar name="root.x" description="Coordinate_x#x" plot="true" summation="false" unit="m" edims="0,1,2,3" modelcomp="1,'comp1'"/>
        <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'"/>
      </group>
    </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="mef" description="#Magnetic and Electric Fields">
      <scalar name="root.comp1.A_fld_act" description="Magnetic_vector_potential" plot="false" summation="false" edims="0,1,2,3"/>
      <scalar name="root.comp1.V_fld_act" description="Electric_potential" plot="false" summation="false" edims="0,1,2,3"/>
      <scalar name="root.comp1.mef.d" description="Contribution" plot="false" summation="false" unit="1" edims="3"/>
      <scalar name="root.comp1.mef.dWe" description="Integrand_for_total_electric_energy" plot="false" summation="false" unit="J/m^3" edims="3"/>
      <scalar name="root.comp1.mef.dWm" description="Integrand_for_total_magnetic_energy" plot="false" summation="false" unit="J/m^3" edims="3"/>
      <scalar name="root.comp1.mef.Qml" description="Magnetic_losses" plot="false" summation="false" unit="W/m^3" edims="3"/>
      <scalar name="root.comp1.mef.psi" description="Divergence_condition_variable" plot="false" summation="false" unit="A/m" edims=""/>
      <scalar name="root.comp1.mef.omega" description="Angular_frequency" plot="true" summation="false" unit="rad/s" edims="-1"/>
      <scalar name="root.comp1.mef.freq" description="Frequency" plot="true" summation="false" unit="Hz" edims="-1"/>
      <scalar name="root.comp1.mef.iomega" description="Complex_angular_frequency" plot="false" summation="false" unit="rad/s" edims="-1"/>
      <scalar name="root.comp1.mef.alc1.minput_temperature" description="Temperature" plot="false" summation="false" unit="K" edims="3"/>
      <scalar name="root.comp1.mef.alc1.minput_pressure" description="Absolute_pressure" plot="false" summation="false" unit="Pa" edims="3"/>
      <tensor name="root.comp1.mef.[nx,ny,nz]" description="Normal_vector" plot="true" summation="false" basename="root.comp1.mef.n" size="3,1" symmetric="false" axisymmetric="false" edims="2">
        <scalar name="root.comp1.mef.nx" description="Normal_vector@,_x_component#x"/>
        <scalar name="root.comp1.mef.ny" description="Normal_vector@,_x_component#y"/>
        <scalar name="root.comp1.mef.nz" description="Normal_vector@,_x_component#z"/>
      </tensor>
      <tensor name="root.comp1.mef.[nxmesh,nymesh,nzmesh]" description="#Mesh_normal" plot="false" summation="false" basename="root.comp1.mef.root_nmesh" size="3,1" symmetric="false" axisymmetric="false" edims="3">
        <scalar name="root.nxmesh" description="#Mesh_normal@,_x_component#x"/>
        <scalar name="root.nymesh" description="#Mesh_normal@,_x_component#y"/>
        <scalar name="root.nzmesh" description="#Mesh_normal@,_x_component#z"/>
      </tensor>
      <tensor name="root.comp1.mef.[unxmesh,unymesh,unzmesh]" description="#Mesh_normal_upside" plot="false" summation="false" basename="root.comp1.mef.root_unmesh" size="3,1" symmetric="false" axisymmetric="false" edims="3">
        <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.mef.[dnxmesh,dnymesh,dnzmesh]" description="#Mesh_normal_downside" plot="false" summation="false" basename="root.comp1.mef.root_dnmesh" size="3,1" symmetric="false" axisymmetric="false" edims="3">
        <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.mef.[nmeshx,nmeshy,nmeshz]" description="Mesh_normal" plot="false" summation="false" basename="root.comp1.mef.nmesh" size="3,1" symmetric="false" axisymmetric="false" edims="2">
        <scalar name="root.comp1.mef.nmeshx" description="Mesh_normal@,_x_component#x"/>
        <scalar name="root.comp1.mef.nmeshy" description="Mesh_normal@,_x_component#y"/>
        <scalar name="root.comp1.mef.nmeshz" description="Mesh_normal@,_x_component#z"/>
      </tensor>
      <tensor name="root.comp1.mef.[unmeshx,unmeshy,unmeshz]" description="Mesh_normal_upside" plot="false" summation="false" basename="root.comp1.mef.unmesh" size="3,1" symmetric="false" axisymmetric="false" edims="">
        <scalar name="root.comp1.mef.unmeshx" description="Mesh_normal_upside@,_x_component#x"/>
        <scalar name="root.comp1.mef.unmeshy" description="Mesh_normal_upside@,_x_component#y"/>
        <scalar name="root.comp1.mef.unmeshz" description="Mesh_normal_upside@,_x_component#z"/>
      </tensor>
      <tensor name="root.comp1.mef.[dnmeshx,dnmeshy,dnmeshz]" description="Mesh_normal_downside" plot="false" summation="false" basename="root.comp1.mef.dnmesh" size="3,1" symmetric="false" axisymmetric="false" edims="">
        <scalar name="root.comp1.mef.dnmeshx" description="Mesh_normal_downside@,_x_component#x"/>
        <scalar name="root.comp1.mef.dnmeshy" description="Mesh_normal_downside@,_x_component#y"/>
        <scalar name="root.comp1.mef.dnmeshz" description="Mesh_normal_downside@,_x_component#z"/>
      </tensor>
      <tensor name="root.comp1.mef.[unx,uny,unz]" description="Normal_vector_up_direction" plot="false" summation="false" basename="root.comp1.mef.un" size="3,1" symmetric="false" axisymmetric="false" edims="2">
        <scalar name="root.comp1.mef.unx" description="Normal_vector_up_direction@,_x_component#x"/>
        <scalar name="root.comp1.mef.uny" description="Normal_vector_up_direction@,_x_component#y"/>
        <scalar name="root.comp1.mef.unz" description="Normal_vector_up_direction@,_x_component#z"/>
      </tensor>
      <tensor name="root.comp1.mef.[dnx,dny,dnz]" description="Normal_vector_down_direction" plot="false" summation="false" basename="root.comp1.mef.dn" size="3,1" symmetric="false" axisymmetric="false" edims="2">
        <scalar name="root.comp1.mef.dnx" description="Normal_vector_down_direction@,_x_component#x"/>
        <scalar name="root.comp1.mef.dny" description="Normal_vector_down_direction@,_x_component#y"/>
        <scalar name="root.comp1.mef.dnz" description="Normal_vector_down_direction@,_x_component#z"/>
      </tensor>
      <tensor name="root.comp1.[VTx,VTy,VTz]" description="Tangential_gradient_of_X#V" plot="false" summation="false" basename="root.comp1.gradTV" size="3,1" symmetric="false" axisymmetric="false" unit="V/m" edims="2">
        <scalar name="root.comp1.VTx" description="Tangential_gradient_of_X_Y_component#V#x"/>
        <scalar name="root.comp1.VTy" description="Tangential_gradient_of_X_Y_component#V#y"/>
        <scalar name="root.comp1.VTz" description="Tangential_gradient_of_X_Y_component#V#z"/>
      </tensor>
      <tensor name="root.comp1.[VTxx,VTxy,VTxz]" description="Tangential_gradient_of_X#VTx" plot="false" summation="false" basename="root.comp1.gradTVTx" size="3,1" symmetric="false" axisymmetric="false" unit="V/m^2" edims="2">
        <scalar name="root.comp1.VTxx" description="Tangential_gradient_of_X_Y_component#VTx#x"/>
        <scalar name="root.comp1.VTxy" description="Tangential_gradient_of_X_Y_component#VTx#y"/>
        <scalar name="root.comp1.VTxz" description="Tangential_gradient_of_X_Y_component#VTx#z"/>
      </tensor>
      <tensor name="root.comp1.[VTyx,VTyy,VTyz]" description="Tangential_gradient_of_X#VTy" plot="false" summation="false" basename="root.comp1.gradTVTy" size="3,1" symmetric="false" axisymmetric="false" unit="V/m^2" edims="2">
        <scalar name="root.comp1.VTyx" description="Tangential_gradient_of_X_Y_component#VTy#x"/>
        <scalar name="root.comp1.VTyy" description="Tangential_gradient_of_X_Y_component#VTy#y"/>
        <scalar name="root.comp1.VTyz" description="Tangential_gradient_of_X_Y_component#VTy#z"/>
      </tensor>
      <tensor name="root.comp1.[VTzx,VTzy,VTzz]" description="Tangential_gradient_of_X#VTz" plot="false" summation="false" basename="root.comp1.gradTVTz" size="3,1" symmetric="false" axisymmetric="false" unit="V/m^2" edims="2">
        <scalar name="root.comp1.VTzx" description="Tangential_gradient_of_X_Y_component#VTz#x"/>
        <scalar name="root.comp1.VTzy" description="Tangential_gradient_of_X_Y_component#VTz#y"/>
        <scalar name="root.comp1.VTzz" description="Tangential_gradient_of_X_Y_component#VTz#z"/>
      </tensor>
      <tensor name="root.comp1.[Vx,Vy,Vz]" description="Gradient_of_X#V" plot="false" summation="false" basename="root.comp1.gradV" size="3,1" symmetric="false" axisymmetric="false" unit="V/m" edims="3">
        <scalar name="root.comp1.Vx" description="Gradient_of_X_Y_component#V#x"/>
        <scalar name="root.comp1.Vy" description="Gradient_of_X_Y_component#V#y"/>
        <scalar name="root.comp1.Vz" description="Gradient_of_X_Y_component#V#z"/>
      </tensor>
      <tensor name="root.comp1.[Vxx,Vxy,Vxz]" description="Gradient_of_X#Vx" plot="false" summation="false" basename="root.comp1.gradVx" size="3,1" symmetric="false" axisymmetric="false" unit="V/m^2" edims="3">
        <scalar name="root.comp1.Vxx" description="Gradient_of_X_Y_component#Vx#x"/>
        <scalar name="root.comp1.Vxy" description="Gradient_of_X_Y_component#Vx#y"/>
        <scalar name="root.comp1.Vxz" description="Gradient_of_X_Y_component#Vx#z"/>
      </tensor>
      <tensor name="root.comp1.[Vyx,Vyy,Vyz]" description="Gradient_of_X#Vy" plot="false" summation="false" basename="root.comp1.gradVy" size="3,1" symmetric="false" axisymmetric="false" unit="V/m^2" edims="3">
        <scalar name="root.comp1.Vyx" description="Gradient_of_X_Y_component#Vy#x"/>
        <scalar name="root.comp1.Vyy" description="Gradient_of_X_Y_component#Vy#y"/>
        <scalar name="root.comp1.Vyz" description="Gradient_of_X_Y_component#Vy#z"/>
      </tensor>
      <tensor name="root.comp1.[Vzx,Vzy,Vzz]" description="Gradient_of_X#Vz" plot="false" summation="false" basename="root.comp1.gradVz" size="3,1" symmetric="false" axisymmetric="false" unit="V/m^2" edims="3">
        <scalar name="root.comp1.Vzx" description="Gradient_of_X_Y_component#Vz#x"/>
        <scalar name="root.comp1.Vzy" description="Gradient_of_X_Y_component#Vz#y"/>
        <scalar name="root.comp1.Vzz" description="Gradient_of_X_Y_component#Vz#z"/>
      </tensor>
      <tensor name="root.comp1.mef.[chixx,chiyx,chizx,chixy,chiyy,chizy,chixz,chiyz,chizz]" description="Electric_susceptibility" plot="false" summation="false" basename="root.comp1.mef.chi" size="3,3" symmetric="false" axisymmetric="false" unit="1" edims="3">
        <scalar name="root.comp1.mef.chixx" description="Electric_susceptibility@,_x_component#xx"/>
        <scalar name="root.comp1.mef.chiyx" description="Electric_susceptibility@,_x_component#yx"/>
        <scalar name="root.comp1.mef.chizx" description="Electric_susceptibility@,_x_component#zx"/>
        <scalar name="root.comp1.mef.chixy" description="Electric_susceptibility@,_x_component#xy"/>
        <scalar name="root.comp1.mef.chiyy" description="Electric_susceptibility@,_x_component#yy"/>
        <scalar name="root.comp1.mef.chizy" description="Electric_susceptibility@,_x_component#zy"/>
        <scalar name="root.comp1.mef.chixz" description="Electric_susceptibility@,_x_component#xz"/>
        <scalar name="root.comp1.mef.chiyz" description="Electric_susceptibility@,_x_component#yz"/>
        <scalar name="root.comp1.mef.chizz" description="Electric_susceptibility@,_x_component#zz"/>
      </tensor>
      <tensor name="root.comp1.mef.[Ixx,Iyx,Izx,Ixy,Iyy,Izy,Ixz,Iyz,Izz]" description="Spatial_identity" plot="false" summation="false" basename="root.comp1.mef.I" size="3,3" symmetric="false" axisymmetric="false" unit="1" edims="3">
        <scalar name="root.comp1.mef.Ixx" description="Spatial_identity@,_x_component#xx"/>
        <scalar name="root.comp1.mef.Iyx" description="Spatial_identity@,_x_component#yx"/>
        <scalar name="root.comp1.mef.Izx" description="Spatial_identity@,_x_component#zx"/>
        <scalar name="root.comp1.mef.Ixy" description="Spatial_identity@,_x_component#xy"/>
        <scalar name="root.comp1.mef.Iyy" description="Spatial_identity@,_x_component#yy"/>
        <scalar name="root.comp1.mef.Izy" description="Spatial_identity@,_x_component#zy"/>
        <scalar name="root.comp1.mef.Ixz" description="Spatial_identity@,_x_component#xz"/>
        <scalar name="root.comp1.mef.Iyz" description="Spatial_identity@,_x_component#yz"/>
        <scalar name="root.comp1.mef.Izz" description="Spatial_identity@,_x_component#zz"/>
      </tensor>
      <tensor name="root.comp1.mef.[murinvxx,murinvyx,murinvzx,murinvxy,murinvyy,murinvzy,murinvxz,murinvyz,murinvzz]" description="Inverse_of_relative_permeability" plot="false" summation="false" basename="root.comp1.mef.murinv" size="3,3" symmetric="false" axisymmetric="false" unit="1" edims="3">
        <scalar name="root.comp1.mef.murinvxx" description="Inverse_of_relative_permeability@,_x_component#xx"/>
        <scalar name="root.comp1.mef.murinvyx" description="Inverse_of_relative_permeability@,_x_component#yx"/>
        <scalar name="root.comp1.mef.murinvzx" description="Inverse_of_relative_permeability@,_x_component#zx"/>
        <scalar name="root.comp1.mef.murinvxy" description="Inverse_of_relative_permeability@,_x_component#xy"/>
        <scalar name="root.comp1.mef.murinvyy" description="Inverse_of_relative_permeability@,_x_component#yy"/>
        <scalar name="root.comp1.mef.murinvzy" description="Inverse_of_relative_permeability@,_x_component#zy"/>
        <scalar name="root.comp1.mef.murinvxz" description="Inverse_of_relative_permeability@,_x_component#xz"/>
        <scalar name="root.comp1.mef.murinvyz" description="Inverse_of_relative_permeability@,_x_component#yz"/>
        <scalar name="root.comp1.mef.murinvzz" description="Inverse_of_relative_permeability@,_x_component#zz"/>
      </tensor>
      <tensor name="root.comp1.mef.[chimxx,chimyx,chimzx,chimxy,chimyy,chimzy,chimxz,chimyz,chimzz]" description="Magnetic_susceptibility" plot="false" summation="false" basename="root.comp1.mef.chim" size="3,3" symmetric="false" axisymmetric="false" unit="1" edims="3">
        <scalar name="root.comp1.mef.chimxx" description="Magnetic_susceptibility@,_x_component#xx"/>
        <scalar name="root.comp1.mef.chimyx" description="Magnetic_susceptibility@,_x_component#yx"/>
        <scalar name="root.comp1.mef.chimzx" description="Magnetic_susceptibility@,_x_component#zx"/>
        <scalar name="root.comp1.mef.chimxy" description="Magnetic_susceptibility@,_x_component#xy"/>
        <scalar name="root.comp1.mef.chimyy" description="Magnetic_susceptibility@,_x_component#yy"/>
        <scalar name="root.comp1.mef.chimzy" description="Magnetic_susceptibility@,_x_component#zy"/>
        <scalar name="root.comp1.mef.chimxz" description="Magnetic_susceptibility@,_x_component#xz"/>
        <scalar name="root.comp1.mef.chimyz" description="Magnetic_susceptibility@,_x_component#yz"/>
        <scalar name="root.comp1.mef.chimzz" description="Magnetic_susceptibility@,_x_component#zz"/>
      </tensor>
      <tensor name="root.comp1.mef.[tAdep_sx,tAdep_sy,tAdep_sz]" description="Tangential_magnetic_vector_potential" plot="false" summation="false" basename="root.comp1.mef.tAdep_s" size="3,1" symmetric="false" axisymmetric="false" unit="Wb/m" edims="2">
        <scalar name="root.comp1.mef.tAdep_sx" description="Tangential_magnetic_vector_potential@,_x_component#x"/>
        <scalar name="root.comp1.mef.tAdep_sy" description="Tangential_magnetic_vector_potential@,_x_component#y"/>
        <scalar name="root.comp1.mef.tAdep_sz" description="Tangential_magnetic_vector_potential@,_x_component#z"/>
      </tensor>
      <tensor name="root.comp1.[Axx,Axy,Axz]" description="Gradient_of_X#Ax" plot="false" summation="false" basename="root.comp1.gradAx" size="3,1" symmetric="false" axisymmetric="false" unit="T" edims="3">
        <scalar name="root.comp1.Axx" description="Gradient_of_X_Y_component#Ax#x"/>
        <scalar name="root.comp1.Axy" description="Gradient_of_X_Y_component#Ax#y"/>
        <scalar name="root.comp1.Axz" description="Gradient_of_X_Y_component#Ax#z"/>
      </tensor>
      <tensor name="root.comp1.[Axxx,Axxy,Axxz]" description="Gradient_of_X#Axx" plot="false" summation="false" basename="root.comp1.gradAxx" size="3,1" symmetric="false" axisymmetric="false" unit="kg/(m*s^2*A)" edims="3">
        <scalar name="root.comp1.Axxx" description="Gradient_of_X_Y_component#Axx#x"/>
        <scalar name="root.comp1.Axxy" description="Gradient_of_X_Y_component#Axx#y"/>
        <scalar name="root.comp1.Axxz" description="Gradient_of_X_Y_component#Axx#z"/>
      </tensor>
      <tensor name="root.comp1.[Axyx,Axyy,Axyz]" description="Gradient_of_X#Axy" plot="false" summation="false" basename="root.comp1.gradAxy" size="3,1" symmetric="false" axisymmetric="false" unit="kg/(m*s^2*A)" edims="3">
        <scalar name="root.comp1.Axyx" description="Gradient_of_X_Y_component#Axy#x"/>
        <scalar name="root.comp1.Axyy" description="Gradient_of_X_Y_component#Axy#y"/>
        <scalar name="root.comp1.Axyz" description="Gradient_of_X_Y_component#Axy#z"/>
      </tensor>
      <tensor name="root.comp1.[Axzx,Axzy,Axzz]" description="Gradient_of_X#Axz" plot="false" summation="false" basename="root.comp1.gradAxz" size="3,1" symmetric="false" axisymmetric="false" unit="kg/(m*s^2*A)" edims="3">
        <scalar name="root.comp1.Axzx" description="Gradient_of_X_Y_component#Axz#x"/>
        <scalar name="root.comp1.Axzy" description="Gradient_of_X_Y_component#Axz#y"/>
        <scalar name="root.comp1.Axzz" description="Gradient_of_X_Y_component#Axz#z"/>
      </tensor>
      <tensor name="root.comp1.[Ayx,Ayy,Ayz]" description="Gradient_of_X#Ay" plot="false" summation="false" basename="root.comp1.gradAy" size="3,1" symmetric="false" axisymmetric="false" unit="T" edims="3">
        <scalar name="root.comp1.Ayx" description="Gradient_of_X_Y_component#Ay#x"/>
        <scalar name="root.comp1.Ayy" description="Gradient_of_X_Y_component#Ay#y"/>
        <scalar name="root.comp1.Ayz" description="Gradient_of_X_Y_component#Ay#z"/>
      </tensor>
      <tensor name="root.comp1.[Ayxx,Ayxy,Ayxz]" description="Gradient_of_X#Ayx" plot="false" summation="false" basename="root.comp1.gradAyx" size="3,1" symmetric="false" axisymmetric="false" unit="kg/(m*s^2*A)" edims="3">
        <scalar name="root.comp1.Ayxx" description="Gradient_of_X_Y_component#Ayx#x"/>
        <scalar name="root.comp1.Ayxy" description="Gradient_of_X_Y_component#Ayx#y"/>
        <scalar name="root.comp1.Ayxz" description="Gradient_of_X_Y_component#Ayx#z"/>
      </tensor>
      <tensor name="root.comp1.[Ayyx,Ayyy,Ayyz]" description="Gradient_of_X#Ayy" plot="false" summation="false" basename="root.comp1.gradAyy" size="3,1" symmetric="false" axisymmetric="false" unit="kg/(m*s^2*A)" edims="3">
        <scalar name="root.comp1.Ayyx" description="Gradient_of_X_Y_component#Ayy#x"/>
        <scalar name="root.comp1.Ayyy" description="Gradient_of_X_Y_component#Ayy#y"/>
        <scalar name="root.comp1.Ayyz" description="Gradient_of_X_Y_component#Ayy#z"/>
      </tensor>
      <tensor name="root.comp1.[Ayzx,Ayzy,Ayzz]" description="Gradient_of_X#Ayz" plot="false" summation="false" basename="root.comp1.gradAyz" size="3,1" symmetric="false" axisymmetric="false" unit="kg/(m*s^2*A)" edims="3">
        <scalar name="root.comp1.Ayzx" description="Gradient_of_X_Y_component#Ayz#x"/>
        <scalar name="root.comp1.Ayzy" description="Gradient_of_X_Y_component#Ayz#y"/>
        <scalar name="root.comp1.Ayzz" description="Gradient_of_X_Y_component#Ayz#z"/>
      </tensor>
      <tensor name="root.comp1.[Azx,Azy,Azz]" description="Gradient_of_X#Az" plot="false" summation="false" basename="root.comp1.gradAz" size="3,1" symmetric="false" axisymmetric="false" unit="T" edims="3">
        <scalar name="root.comp1.Azx" description="Gradient_of_X_Y_component#Az#x"/>
        <scalar name="root.comp1.Azy" description="Gradient_of_X_Y_component#Az#y"/>
        <scalar name="root.comp1.Azz" description="Gradient_of_X_Y_component#Az#z"/>
      </tensor>
      <tensor name="root.comp1.[Azxx,Azxy,Azxz]" description="Gradient_of_X#Azx" plot="false" summation="false" basename="root.comp1.gradAzx" size="3,1" symmetric="false" axisymmetric="false" unit="kg/(m*s^2*A)" edims="3">
        <scalar name="root.comp1.Azxx" description="Gradient_of_X_Y_component#Azx#x"/>
        <scalar name="root.comp1.Azxy" description="Gradient_of_X_Y_component#Azx#y"/>
        <scalar name="root.comp1.Azxz" description="Gradient_of_X_Y_component#Azx#z"/>
      </tensor>
      <tensor name="root.comp1.[Azyx,Azyy,Azyz]" description="Gradient_of_X#Azy" plot="false" summation="false" basename="root.comp1.gradAzy" size="3,1" symmetric="false" axisymmetric="false" unit="kg/(m*s^2*A)" edims="3">
        <scalar name="root.comp1.Azyx" description="Gradient_of_X_Y_component#Azy#x"/>
        <scalar name="root.comp1.Azyy" description="Gradient_of_X_Y_component#Azy#y"/>
        <scalar name="root.comp1.Azyz" description="Gradient_of_X_Y_component#Azy#z"/>
      </tensor>
      <tensor name="root.comp1.[Azzx,Azzy,Azzz]" description="Gradient_of_X#Azz" plot="false" summation="false" basename="root.comp1.gradAzz" size="3,1" symmetric="false" axisymmetric="false" unit="kg/(m*s^2*A)" edims="3">
        <scalar name="root.comp1.Azzx" description="Gradient_of_X_Y_component#Azz#x"/>
        <scalar name="root.comp1.Azzy" description="Gradient_of_X_Y_component#Azz#y"/>
        <scalar name="root.comp1.Azzz" description="Gradient_of_X_Y_component#Azz#z"/>
      </tensor>
      <tensor name="root.comp1.[curlAx,curlAy,curlAz]" description="Curl_of_X#A" plot="false" summation="false" basename="root.comp1.curlA" size="3,1" symmetric="false" axisymmetric="false" unit="T" edims="3">
        <scalar name="root.comp1.curlAx" description="Curl_of_X_Y_component#A#x"/>
        <scalar name="root.comp1.curlAy" description="Curl_of_X_Y_component#A#y"/>
        <scalar name="root.comp1.curlAz" description="Curl_of_X_Y_component#A#z"/>
      </tensor>
      <tensor name="root.comp1.tA" description="Tangential_X#Magnetic vector potential" plot="false" summation="false" basename="root.comp1.tA" size="3,1" symmetric="false" axisymmetric="false" unit="Wb/m" edims="2">
        <scalar name="root.comp1.tAx" description="Tangential_X#Magnetic vector potential, x component"/>
        <scalar name="root.comp1.tAy" description="Tangential_X#Magnetic vector potential, y component"/>
        <scalar name="root.comp1.tAz" description="Tangential_X#Magnetic vector potential, z component"/>
      </tensor>
      <tensor name="root.comp1.[tAxx,tAxy,tAxz]" description="Tangential_gradient_of_X#tAx" plot="false" summation="false" basename="root.comp1.gradTtAx" size="3,1" symmetric="false" axisymmetric="false" unit="T" edims="2">
        <scalar name="root.comp1.tAxx" description="Tangential_gradient_of_X_Y_component#tAx#x"/>
        <scalar name="root.comp1.tAxy" description="Tangential_gradient_of_X_Y_component#tAx#y"/>
        <scalar name="root.comp1.tAxz" description="Tangential_gradient_of_X_Y_component#tAx#z"/>
      </tensor>
      <tensor name="root.comp1.[tAyx,tAyy,tAyz]" description="Tangential_gradient_of_X#tAy" plot="false" summation="false" basename="root.comp1.gradTtAy" size="3,1" symmetric="false" axisymmetric="false" unit="T" edims="2">
        <scalar name="root.comp1.tAyx" description="Tangential_gradient_of_X_Y_component#tAy#x"/>
        <scalar name="root.comp1.tAyy" description="Tangential_gradient_of_X_Y_component#tAy#y"/>
        <scalar name="root.comp1.tAyz" description="Tangential_gradient_of_X_Y_component#tAy#z"/>
      </tensor>
      <tensor name="root.comp1.[tAzx,tAzy,tAzz]" description="Tangential_gradient_of_X#tAz" plot="false" summation="false" basename="root.comp1.gradTtAz" size="3,1" symmetric="false" axisymmetric="false" unit="T" edims="2">
        <scalar name="root.comp1.tAzx" description="Tangential_gradient_of_X_Y_component#tAz#x"/>
        <scalar name="root.comp1.tAzy" description="Tangential_gradient_of_X_Y_component#tAz#y"/>
        <scalar name="root.comp1.tAzz" description="Tangential_gradient_of_X_Y_component#tAz#z"/>
      </tensor>
      <tensor name="root.comp1.[tAxt,tAyt,tAzt]" description="Tangential_X#Magnetic vector potential@,_first_time_derivative" plot="false" summation="false" basename="root.comp1.tAt" size="3,1" symmetric="false" axisymmetric="false" unit="V/m" edims="2">
        <scalar name="root.comp1.tAxt" description="Tangential_X#Magnetic vector potential, x component@,_first_time_derivative"/>
        <scalar name="root.comp1.tAyt" description="Tangential_X#Magnetic vector potential, y component@,_first_time_derivative"/>
        <scalar name="root.comp1.tAzt" description="Tangential_X#Magnetic vector potential, z component@,_first_time_derivative"/>
      </tensor>
      <tensor name="root.comp1.[tAxtt,tAytt,tAztt]" description="Tangential_X#Magnetic vector potential@,_second_time_derivative" plot="false" summation="false" basename="root.comp1.tAtt" size="3,1" symmetric="false" axisymmetric="false" unit="kg*m/(s^4*A)" edims="2">
        <scalar name="root.comp1.tAxtt" description="Tangential_X#Magnetic vector potential, x component@,_second_time_derivative"/>
        <scalar name="root.comp1.tAytt" description="Tangential_X#Magnetic vector potential, y component@,_second_time_derivative"/>
        <scalar name="root.comp1.tAztt" description="Tangential_X#Magnetic vector potential, z component@,_second_time_derivative"/>
      </tensor>
      <tensor name="root.comp1.tcurlA" description="Tangential_X#Curl of Magnetic_vector_potential" plot="false" summation="false" basename="root.comp1.tcurlA" size="3,1" symmetric="false" axisymmetric="false" unit="T" edims="2">
        <scalar name="root.comp1.tcurlAx" description="Tangential_X#Curl of A, x component"/>
        <scalar name="root.comp1.tcurlAy" description="Tangential_X#Curl of A, y component"/>
        <scalar name="root.comp1.tcurlAz" description="Tangential_X#Curl of A, z component"/>
      </tensor>
      <tensor name="root.comp1.mef.[Jilx,Jily,Jilz]" description="Induced_current_density" plot="false" summation="false" basename="root.comp1.mef.Jil" size="3,1" symmetric="false" axisymmetric="false" unit="A/m^2" edims="3">
        <scalar name="root.comp1.mef.Jilx" description="Induced_current_density@,_x_component#x"/>
        <scalar name="root.comp1.mef.Jily" description="Induced_current_density@,_x_component#y"/>
        <scalar name="root.comp1.mef.Jilz" description="Induced_current_density@,_x_component#z"/>
      </tensor>
      <tensor name="root.comp1.mef.[curlAx,curlAy,curlAz]" description="Curl_of_magnetic_vector_potential" plot="false" summation="false" basename="root.comp1.mef.curlA_s" size="3,1" symmetric="false" axisymmetric="false" unit="T" edims="3">
        <scalar name="root.comp1.mef.curlAx" description="Curl_of_magnetic_vector_potential@,_x_component#x"/>
        <scalar name="root.comp1.mef.curlAy" description="Curl_of_magnetic_vector_potential@,_x_component#y"/>
        <scalar name="root.comp1.mef.curlAz" description="Curl_of_magnetic_vector_potential@,_x_component#z"/>
      </tensor>
      <tensor name="root.comp1.mef.[testcurlAx,testcurlAy,testcurlAz]" description="Curl_of_magnetic_vector_potential" plot="false" summation="false" basename="root.comp1.mef.testcurlA" size="3,1" symmetric="false" axisymmetric="false" unit="T" edims="3">
        <scalar name="root.comp1.mef.testcurlAx" description="Curl_of_magnetic_vector_potential@,_x_component#x"/>
        <scalar name="root.comp1.mef.testcurlAy" description="Curl_of_magnetic_vector_potential@,_x_component#y"/>
        <scalar name="root.comp1.mef.testcurlAz" description="Curl_of_magnetic_vector_potential@,_x_component#z"/>
      </tensor>
      <tensor name="root.comp1.mef.[tcurlA_sx,tcurlA_sy,tcurlA_sz]" description="Tangential_curl_of_magnetic_vector_potential" plot="false" summation="false" basename="root.comp1.mef.tcurlA_s" size="3,1" symmetric="false" axisymmetric="false" unit="T" edims="2">
        <scalar name="root.comp1.mef.tcurlA_sx" description="Tangential_curl_of_magnetic_vector_potential@,_x_component#x"/>
        <scalar name="root.comp1.mef.tcurlA_sy" description="Tangential_curl_of_magnetic_vector_potential@,_x_component#y"/>
        <scalar name="root.comp1.mef.tcurlA_sz" description="Tangential_curl_of_magnetic_vector_potential@,_x_component#z"/>
      </tensor>
      <tensor name="root.comp1.mef.[testtcurlA_sx,testtcurlA_sy,testtcurlA_sz]" description="Tangential_curl_of_magnetic_vector_potential" plot="false" summation="false" basename="root.comp1.mef.testtcurlA_s" size="3,1" symmetric="false" axisymmetric="false" unit="T" edims="2">
        <scalar name="root.comp1.mef.testtcurlA_sx" description="Tangential_curl_of_magnetic_vector_potential@,_x_component#x"/>
        <scalar name="root.comp1.mef.testtcurlA_sy" description="Tangential_curl_of_magnetic_vector_potential@,_x_component#y"/>
        <scalar name="root.comp1.mef.testtcurlA_sz" description="Tangential_curl_of_magnetic_vector_potential@,_x_component#z"/>
      </tensor>
      <tensor name="root.comp1.mef.[tAdepx,tAdepy,tAdepz]" description="Tangential_magnetic_vector_potential" plot="false" summation="false" basename="root.comp1.mef.tAdep" size="3,1" symmetric="false" axisymmetric="false" unit="Wb/m" edims="2">
        <scalar name="root.comp1.mef.tAdepx" description="Tangential_magnetic_vector_potential@,_x_component#x"/>
        <scalar name="root.comp1.mef.tAdepy" description="Tangential_magnetic_vector_potential@,_x_component#y"/>
        <scalar name="root.comp1.mef.tAdepz" description="Tangential_magnetic_vector_potential@,_x_component#z"/>
      </tensor>
      <tensor name="root.comp1.mef.[mfenx,mfeny,mfenz]" description="Normal_vector" plot="false" summation="false" basename="root.comp1.mef.mfen" size="3,1" symmetric="false" axisymmetric="false" unit="1" edims="2">
        <scalar name="root.comp1.mef.mfenx" description="Normal_vector@,_x_component#x"/>
        <scalar name="root.comp1.mef.mfeny" description="Normal_vector@,_x_component#y"/>
        <scalar name="root.comp1.mef.mfenz" description="Normal_vector@,_x_component#z"/>
      </tensor>
      <tensor name="root.comp1.mef.mi1.[A0x,A0y,A0z]" description="Magnetic_vector_potential" plot="false" summation="false" basename="root.comp1.mef.mi1.A0" size="3,1" symmetric="false" axisymmetric="false" unit="Wb/m" edims="">
        <scalar name="root.comp1.mef.mi1.A0x" description="Magnetic_vector_potential@,_x_component#x"/>
        <scalar name="root.comp1.mef.mi1.A0y" description="Magnetic_vector_potential@,_x_component#y"/>
        <scalar name="root.comp1.mef.mi1.A0z" description="Magnetic_vector_potential@,_x_component#z"/>
      </tensor>
      <tensor name="root.comp1.mef.[psiTx,psiTy,psiTz]" description="Tangential_gradient_of_X#psi" plot="false" summation="false" basename="root.comp1.mef.gradTpsi" size="3,1" symmetric="false" axisymmetric="false" unit="A/m^2" edims="">
        <scalar name="root.comp1.mef.psiTx" description="Tangential_gradient_of_X_Y_component#psi#x"/>
        <scalar name="root.comp1.mef.psiTy" description="Tangential_gradient_of_X_Y_component#psi#y"/>
        <scalar name="root.comp1.mef.psiTz" description="Tangential_gradient_of_X_Y_component#psi#z"/>
      </tensor>
      <tensor name="root.comp1.mef.[psiTxx,psiTxy,psiTxz]" description="Tangential_gradient_of_X#psiTx" plot="false" summation="false" basename="root.comp1.mef.gradTpsiTx" size="3,1" symmetric="false" axisymmetric="false" unit="A/m^3" edims="">
        <scalar name="root.comp1.mef.psiTxx" description="Tangential_gradient_of_X_Y_component#psiTx#x"/>
        <scalar name="root.comp1.mef.psiTxy" description="Tangential_gradient_of_X_Y_component#psiTx#y"/>
        <scalar name="root.comp1.mef.psiTxz" description="Tangential_gradient_of_X_Y_component#psiTx#z"/>
      </tensor>
      <tensor name="root.comp1.mef.[psiTyx,psiTyy,psiTyz]" description="Tangential_gradient_of_X#psiTy" plot="false" summation="false" basename="root.comp1.mef.gradTpsiTy" size="3,1" symmetric="false" axisymmetric="false" unit="A/m^3" edims="">
        <scalar name="root.comp1.mef.psiTyx" description="Tangential_gradient_of_X_Y_component#psiTy#x"/>
        <scalar name="root.comp1.mef.psiTyy" description="Tangential_gradient_of_X_Y_component#psiTy#y"/>
        <scalar name="root.comp1.mef.psiTyz" description="Tangential_gradient_of_X_Y_component#psiTy#z"/>
      </tensor>
      <tensor name="root.comp1.mef.[psiTzx,psiTzy,psiTzz]" description="Tangential_gradient_of_X#psiTz" plot="false" summation="false" basename="root.comp1.mef.gradTpsiTz" size="3,1" symmetric="false" axisymmetric="false" unit="A/m^3" edims="">
        <scalar name="root.comp1.mef.psiTzx" description="Tangential_gradient_of_X_Y_component#psiTz#x"/>
        <scalar name="root.comp1.mef.psiTzy" description="Tangential_gradient_of_X_Y_component#psiTz#y"/>
        <scalar name="root.comp1.mef.psiTzz" description="Tangential_gradient_of_X_Y_component#psiTz#z"/>
      </tensor>
      <tensor name="root.comp1.mef.[tJix,tJiy,tJiz]" description="" plot="false" summation="false" basename="root.comp1.mef.tJi" size="3,1" symmetric="false" axisymmetric="false" edims="2">
        <scalar name="root.comp1.mef.tJix" description=""/>
        <scalar name="root.comp1.mef.tJiy" description=""/>
        <scalar name="root.comp1.mef.tJiz" description=""/>
      </tensor>
      <tensor name="root.comp1.mef.imp1.[Esx,Esy,Esz]" description="Source_electric_field" plot="false" summation="false" basename="root.comp1.mef.imp1.Es" size="3,1" symmetric="false" axisymmetric="false" unit="V/m" edims="2">
        <scalar name="root.comp1.mef.imp1.Esx" description="Source_electric_field@,_x_component#x"/>
        <scalar name="root.comp1.mef.imp1.Esy" description="Source_electric_field@,_x_component#y"/>
        <scalar name="root.comp1.mef.imp1.Esz" description="Source_electric_field@,_x_component#z"/>
      </tensor>
      <tensor name="root.comp1.mef.[Esx,Esy,Esz]" description="Source_electric_field" plot="false" summation="false" basename="root.comp1.mef.Es" size="3,1" symmetric="false" axisymmetric="false" unit="V/m" edims="2">
        <scalar name="root.comp1.mef.Esx" description="Source_electric_field@,_x_component#x"/>
        <scalar name="root.comp1.mef.Esy" description="Source_electric_field@,_x_component#y"/>
        <scalar name="root.comp1.mef.Esz" description="Source_electric_field@,_x_component#z"/>
      </tensor>
      <group name="MagneticGroup" description="Magnetic[EMVariableGroup]">
        <scalar name="root.comp1.mef.normH" description="Magnetic_field_norm" plot="true" summation="false" unit="A/m" edims="3"/>
        <scalar name="root.comp1.mef.normM" description="Magnetization_norm" plot="true" summation="false" unit="A/m" edims="3"/>
        <scalar name="root.comp1.mef.normB" description="Magnetic_flux_density_norm" plot="true" summation="false" unit="T" edims="3"/>
        <tensor name="root.comp1.A" description="Magnetic_vector_potential" plot="true" summation="false" basename="root.comp1.A" size="3,1" symmetric="false" axisymmetric="false" unit="Wb/m" edims="3">
          <scalar name="root.comp1.Ax" description="Magnetic_vector_potential@,_x_component#x"/>
          <scalar name="root.comp1.Ay" description="Magnetic_vector_potential@,_x_component#y"/>
          <scalar name="root.comp1.Az" description="Magnetic_vector_potential@,_x_component#z"/>
        </tensor>
        <tensor name="root.comp1.mef.[Hx,Hy,Hz]" description="Magnetic_field" plot="true" summation="false" basename="root.comp1.mef.H_s" size="3,1" symmetric="false" axisymmetric="false" unit="A/m" edims="3">
          <scalar name="root.comp1.mef.Hx" description="Magnetic_field@,_x_component#x"/>
          <scalar name="root.comp1.mef.Hy" description="Magnetic_field@,_x_component#y"/>
          <scalar name="root.comp1.mef.Hz" description="Magnetic_field@,_x_component#z"/>
        </tensor>
        <tensor name="root.comp1.mef.[Mx,My,Mz]" description="Magnetization" plot="true" summation="false" basename="root.comp1.mef.M_s" size="3,1" symmetric="false" axisymmetric="false" unit="A/m" edims="3">
          <scalar name="root.comp1.mef.Mx" description="Magnetization@,_x_component#x"/>
          <scalar name="root.comp1.mef.My" description="Magnetization@,_x_component#y"/>
          <scalar name="root.comp1.mef.Mz" description="Magnetization@,_x_component#z"/>
        </tensor>
        <tensor name="root.comp1.mef.[Brx,Bry,Brz]" description="Remanent_flux_density" plot="true" summation="false" basename="root.comp1.mef.Br_s" size="3,1" symmetric="false" axisymmetric="false" unit="T" edims="3">
          <scalar name="root.comp1.mef.Brx" description="Remanent_flux_density@,_x_component#x"/>
          <scalar name="root.comp1.mef.Bry" description="Remanent_flux_density@,_x_component#y"/>
          <scalar name="root.comp1.mef.Brz" description="Remanent_flux_density@,_x_component#z"/>
        </tensor>
        <tensor name="root.comp1.mef.[Ax,Ay,Az]" description="Magnetic_vector_potential" plot="true" summation="false" basename="root.comp1.mef.A_s" size="3,1" symmetric="false" axisymmetric="false" unit="Wb/m" edims="3">
          <scalar name="root.comp1.mef.Ax" description="Magnetic_vector_potential@,_x_component#x"/>
          <scalar name="root.comp1.mef.Ay" description="Magnetic_vector_potential@,_x_component#y"/>
          <scalar name="root.comp1.mef.Az" description="Magnetic_vector_potential@,_x_component#z"/>
        </tensor>
        <tensor name="root.comp1.mef.[Bx,By,Bz]" description="Magnetic_flux_density" plot="true" summation="false" basename="root.comp1.mef.B_s" size="3,1" symmetric="false" axisymmetric="false" unit="T" edims="3">
          <scalar name="root.comp1.mef.Bx" description="Magnetic_flux_density@,_x_component#x"/>
          <scalar name="root.comp1.mef.By" description="Magnetic_flux_density@,_x_component#y"/>
          <scalar name="root.comp1.mef.Bz" description="Magnetic_flux_density@,_x_component#z"/>
        </tensor>
        <tensor name="root.comp1.mef.[tAx,tAy,tAz]" description="Tangential_magnetic_vector_potential" plot="true" summation="false" basename="root.comp1.mef.tA_s" size="3,1" symmetric="false" axisymmetric="false" unit="Wb/m" edims="2">
          <scalar name="root.comp1.mef.tAx" description="Tangential_magnetic_vector_potential@,_x_component#x"/>
          <scalar name="root.comp1.mef.tAy" description="Tangential_magnetic_vector_potential@,_x_component#y"/>
          <scalar name="root.comp1.mef.tAz" description="Tangential_magnetic_vector_potential@,_x_component#z"/>
        </tensor>
        <tensor name="root.comp1.mef.[Adepx,Adepy,Adepz]" description="Magnetic_vector_potential" plot="true" summation="false" basename="root.comp1.mef.Adep" size="3,1" symmetric="false" axisymmetric="false" unit="Wb/m" edims="3">
          <scalar name="root.comp1.mef.Adepx" description="Magnetic_vector_potential@,_x_component#x"/>
          <scalar name="root.comp1.mef.Adepy" description="Magnetic_vector_potential@,_x_component#y"/>
          <scalar name="root.comp1.mef.Adepz" description="Magnetic_vector_potential@,_x_component#z"/>
        </tensor>
      </group>
      <group name="ElectricGroup" description="Electric[EMVariableGroup]">
        <scalar name="root.comp1.V" description="Electric_potential" plot="true" summation="false" unit="V" edims="3"/>
        <scalar name="root.comp1.mef.normD" description="Electric_displacement_field_norm" plot="true" summation="false" unit="C/m^2" edims="3"/>
        <scalar name="root.comp1.mef.normP" description="Polarization_norm" plot="true" summation="false" unit="C/m^2" edims="3"/>
        <scalar name="root.comp1.mef.normE" description="Electric_field_norm" plot="true" summation="false" unit="V/m" edims="3"/>
        <tensor name="root.comp1.mef.[Dx,Dy,Dz]" description="Electric_displacement_field" plot="true" summation="false" basename="root.comp1.mef.D_s" size="3,1" symmetric="false" axisymmetric="false" unit="C/m^2" edims="3">
          <scalar name="root.comp1.mef.Dx" description="Electric_displacement_field@,_x_component#x"/>
          <scalar name="root.comp1.mef.Dy" description="Electric_displacement_field@,_x_component#y"/>
          <scalar name="root.comp1.mef.Dz" description="Electric_displacement_field@,_x_component#z"/>
        </tensor>
        <tensor name="root.comp1.mef.[Px,Py,Pz]" description="Polarization" plot="true" summation="false" basename="root.comp1.mef.P_s" size="3,1" symmetric="false" axisymmetric="false" unit="C/m^2" edims="3">
          <scalar name="root.comp1.mef.Px" description="Polarization@,_x_component#x"/>
          <scalar name="root.comp1.mef.Py" description="Polarization@,_x_component#y"/>
          <scalar name="root.comp1.mef.Pz" description="Polarization@,_x_component#z"/>
        </tensor>
        <tensor name="root.comp1.mef.[Ex,Ey,Ez]" description="Electric_field" plot="true" summation="false" basename="root.comp1.mef.E" size="3,1" symmetric="false" axisymmetric="false" unit="V/m" edims="3">
          <scalar name="root.comp1.mef.Ex" description="Electric_field@,_x_component#x"/>
          <scalar name="root.comp1.mef.Ey" description="Electric_field@,_x_component#y"/>
          <scalar name="root.comp1.mef.Ez" description="Electric_field@,_x_component#z"/>
        </tensor>
        <tensor name="root.comp1.mef.[tEx,tEy,tEz]" description="Tangential_electric_field" plot="true" summation="false" basename="root.comp1.mef.tE" size="3,1" symmetric="false" axisymmetric="false" unit="V/m" edims="2">
          <scalar name="root.comp1.mef.tEx" description="Tangential_electric_field@,_x_component#x"/>
          <scalar name="root.comp1.mef.tEy" description="Tangential_electric_field@,_x_component#y"/>
          <scalar name="root.comp1.mef.tEz" description="Tangential_electric_field@,_x_component#z"/>
        </tensor>
      </group>
      <group name="EnergyAndPowerGroup" description="Energy_and_power">
        <scalar name="root.comp1.mef.intWm" description="Total_magnetic_energy" plot="true" summation="false" unit="J" edims="-1"/>
        <scalar name="root.comp1.mef.intWe" description="Total_electric_energy" plot="true" summation="false" unit="J" edims="-1"/>
        <scalar name="root.comp1.mef.W" description="Energy_density" plot="true" summation="false" unit="J/m^3" edims=""/>
        <scalar name="root.comp1.mef.Wav" description="Energy_density_time_average" plot="true" summation="false" unit="J/m^3" edims="3"/>
        <scalar name="root.comp1.mef.Weav" description="Electric_energy_density_time_average" plot="true" summation="false" unit="J/m^3" edims="3"/>
        <scalar name="root.comp1.mef.Wmav" description="Magnetic_energy_density_time_average" plot="true" summation="false" unit="J/m^3" edims="3"/>
        <scalar name="root.comp1.mef.nPoav" description="Power_outflow,_time_average" plot="true" summation="false" unit="W/m^2" edims="2"/>
        <tensor name="root.comp1.mef.[Poavx,Poavy,Poavz]" description="Power_flow,_time_average" plot="true" summation="false" basename="root.comp1.mef.Poav" size="3,1" symmetric="false" axisymmetric="false" unit="W/m^2" edims="3">
          <scalar name="root.comp1.mef.Poavx" description="Power_flow,_time_average@,_x_component#x"/>
          <scalar name="root.comp1.mef.Poavy" description="Power_flow,_time_average@,_x_component#y"/>
          <scalar name="root.comp1.mef.Poavz" description="Power_flow,_time_average@,_x_component#z"/>
        </tensor>
      </group>
      <group name="MechanicalGroup" description="Mechanical[EMVariableGroup]">
        <tensor name="root.comp1.mef.[unTx,unTy,unTz]" description="Maxwell_upward_surface_stress_tensor" plot="true" summation="false" basename="root.comp1.mef.unT" size="3,1" symmetric="false" axisymmetric="false" unit="Pa" edims="2">
          <scalar name="root.comp1.mef.unTx" description="Maxwell_upward_surface_stress_tensor@,_x_component#x"/>
          <scalar name="root.comp1.mef.unTy" description="Maxwell_upward_surface_stress_tensor@,_x_component#y"/>
          <scalar name="root.comp1.mef.unTz" description="Maxwell_upward_surface_stress_tensor@,_x_component#z"/>
        </tensor>
        <tensor name="root.comp1.mef.[dnTx,dnTy,dnTz]" description="Maxwell_downward_surface_stress_tensor" plot="true" summation="false" basename="root.comp1.mef.dnT" size="3,1" symmetric="false" axisymmetric="false" unit="Pa" edims="2">
          <scalar name="root.comp1.mef.dnTx" description="Maxwell_downward_surface_stress_tensor@,_x_component#x"/>
          <scalar name="root.comp1.mef.dnTy" description="Maxwell_downward_surface_stress_tensor@,_x_component#y"/>
          <scalar name="root.comp1.mef.dnTz" description="Maxwell_downward_surface_stress_tensor@,_x_component#z"/>
        </tensor>
        <tensor name="root.comp1.mef.[unTavx,unTavy,unTavz]" description="Maxwell_upward_surface_stress_tensor_average" plot="true" summation="false" basename="root.comp1.mef.unTav" size="3,1" symmetric="false" axisymmetric="false" unit="Pa" edims="2">
          <scalar name="root.comp1.mef.unTavx" description="Maxwell_upward_surface_stress_tensor_average@,_x_component#x"/>
          <scalar name="root.comp1.mef.unTavy" description="Maxwell_upward_surface_stress_tensor_average@,_x_component#y"/>
          <scalar name="root.comp1.mef.unTavz" description="Maxwell_upward_surface_stress_tensor_average@,_x_component#z"/>
        </tensor>
        <tensor name="root.comp1.mef.[dnTavx,dnTavy,dnTavz]" description="Maxwell_downward_surface_stress_tensor_average" plot="true" summation="false" basename="root.comp1.mef.dnTav" size="3,1" symmetric="false" axisymmetric="false" unit="Pa" edims="2">
          <scalar name="root.comp1.mef.dnTavx" description="Maxwell_downward_surface_stress_tensor_average@,_x_component#x"/>
          <scalar name="root.comp1.mef.dnTavy" description="Maxwell_downward_surface_stress_tensor_average@,_x_component#y"/>
          <scalar name="root.comp1.mef.dnTavz" description="Maxwell_downward_surface_stress_tensor_average@,_x_component#z"/>
        </tensor>
        <tensor name="root.comp1.mef.[unTex,unTey,unTez]" description="Maxwell_upward_electric_surface_stress_tensor" plot="true" summation="false" basename="root.comp1.mef.unTe" size="3,1" symmetric="false" axisymmetric="false" unit="Pa" edims="2">
          <scalar name="root.comp1.mef.unTex" description="Maxwell_upward_electric_surface_stress_tensor@,_x_component#x"/>
          <scalar name="root.comp1.mef.unTey" description="Maxwell_upward_electric_surface_stress_tensor@,_x_component#y"/>
          <scalar name="root.comp1.mef.unTez" description="Maxwell_upward_electric_surface_stress_tensor@,_x_component#z"/>
        </tensor>
        <tensor name="root.comp1.mef.[dnTex,dnTey,dnTez]" description="Maxwell_downward_electric_surface_stress_tensor" plot="true" summation="false" basename="root.comp1.mef.dnTe" size="3,1" symmetric="false" axisymmetric="false" unit="Pa" edims="2">
          <scalar name="root.comp1.mef.dnTex" description="Maxwell_downward_electric_surface_stress_tensor@,_x_component#x"/>
          <scalar name="root.comp1.mef.dnTey" description="Maxwell_downward_electric_surface_stress_tensor@,_x_component#y"/>
          <scalar name="root.comp1.mef.dnTez" description="Maxwell_downward_electric_surface_stress_tensor@,_x_component#z"/>
        </tensor>
        <tensor name="root.comp1.mef.[unTeavx,unTeavy,unTeavz]" description="Maxwell_upward_electric_surface_stress_tensor_average" plot="true" summation="false" basename="root.comp1.mef.unTeav" size="3,1" symmetric="false" axisymmetric="false" unit="Pa" edims="2">
          <scalar name="root.comp1.mef.unTeavx" description="Maxwell_upward_electric_surface_stress_tensor_average@,_x_component#x"/>
          <scalar name="root.comp1.mef.unTeavy" description="Maxwell_upward_electric_surface_stress_tensor_average@,_x_component#y"/>
          <scalar name="root.comp1.mef.unTeavz" description="Maxwell_upward_electric_surface_stress_tensor_average@,_x_component#z"/>
        </tensor>
        <tensor name="root.comp1.mef.[dnTeavx,dnTeavy,dnTeavz]" description="Maxwell_downward_electric_surface_stress_tensor_average" plot="true" summation="false" basename="root.comp1.mef.dnTeav" size="3,1" symmetric="false" axisymmetric="false" unit="Pa" edims="2">
          <scalar name="root.comp1.mef.dnTeavx" description="Maxwell_downward_electric_surface_stress_tensor_average@,_x_component#x"/>
          <scalar name="root.comp1.mef.dnTeavy" description="Maxwell_downward_electric_surface_stress_tensor_average@,_x_component#y"/>
          <scalar name="root.comp1.mef.dnTeavz" description="Maxwell_downward_electric_surface_stress_tensor_average@,_x_component#z"/>
        </tensor>
        <tensor name="root.comp1.mef.[unTmx,unTmy,unTmz]" description="Maxwell_upward_magnetic_surface_stress_tensor" plot="true" summation="false" basename="root.comp1.mef.unTm" size="3,1" symmetric="false" axisymmetric="false" unit="Pa" edims="2">
          <scalar name="root.comp1.mef.unTmx" description="Maxwell_upward_magnetic_surface_stress_tensor@,_x_component#x"/>
          <scalar name="root.comp1.mef.unTmy" description="Maxwell_upward_magnetic_surface_stress_tensor@,_x_component#y"/>
          <scalar name="root.comp1.mef.unTmz" description="Maxwell_upward_magnetic_surface_stress_tensor@,_x_component#z"/>
        </tensor>
        <tensor name="root.comp1.mef.[dnTmx,dnTmy,dnTmz]" description="Maxwell_downward_magnetic_surface_stress_tensor" plot="true" summation="false" basename="root.comp1.mef.dnTm" size="3,1" symmetric="false" axisymmetric="false" unit="Pa" edims="2">
          <scalar name="root.comp1.mef.dnTmx" description="Maxwell_downward_magnetic_surface_stress_tensor@,_x_component#x"/>
          <scalar name="root.comp1.mef.dnTmy" description="Maxwell_downward_magnetic_surface_stress_tensor@,_x_component#y"/>
          <scalar name="root.comp1.mef.dnTmz" description="Maxwell_downward_magnetic_surface_stress_tensor@,_x_component#z"/>
        </tensor>
        <tensor name="root.comp1.mef.[unTmavx,unTmavy,unTmavz]" description="Maxwell_upward_magnetic_surface_stress_tensor_average" plot="true" summation="false" basename="root.comp1.mef.unTmav" size="3,1" symmetric="false" axisymmetric="false" unit="Pa" edims="2">
          <scalar name="root.comp1.mef.unTmavx" description="Maxwell_upward_magnetic_surface_stress_tensor_average@,_x_component#x"/>
          <scalar name="root.comp1.mef.unTmavy" description="Maxwell_upward_magnetic_surface_stress_tensor_average@,_x_component#y"/>
          <scalar name="root.comp1.mef.unTmavz" description="Maxwell_upward_magnetic_surface_stress_tensor_average@,_x_component#z"/>
        </tensor>
        <tensor name="root.comp1.mef.[dnTmavx,dnTmavy,dnTmavz]" description="Maxwell_downward_magnetic_surface_stress_tensor_average" plot="true" summation="false" basename="root.comp1.mef.dnTmav" size="3,1" symmetric="false" axisymmetric="false" unit="Pa" edims="2">
          <scalar name="root.comp1.mef.dnTmavx" description="Maxwell_downward_magnetic_surface_stress_tensor_average@,_x_component#x"/>
          <scalar name="root.comp1.mef.dnTmavy" description="Maxwell_downward_magnetic_surface_stress_tensor_average@,_x_component#y"/>
          <scalar name="root.comp1.mef.dnTmavz" description="Maxwell_downward_magnetic_surface_stress_tensor_average@,_x_component#z"/>
        </tensor>
        <tensor name="root.comp1.mef.[FLtzx,FLtzy,FLtzz]" description="Lorentz_force_contribution" plot="true" summation="false" basename="root.comp1.mef.FLtz" size="3,1" symmetric="false" axisymmetric="false" unit="N/m^3" edims="3">
          <scalar name="root.comp1.mef.FLtzx" description="Lorentz_force_contribution@,_x_component#x"/>
          <scalar name="root.comp1.mef.FLtzy" description="Lorentz_force_contribution@,_x_component#y"/>
          <scalar name="root.comp1.mef.FLtzz" description="Lorentz_force_contribution@,_x_component#z"/>
        </tensor>
        <tensor name="root.comp1.mef.[FLtzavx,FLtzavy,FLtzavz]" description="Lorentz_force_contribution,_time_average" plot="true" summation="false" basename="root.comp1.mef.FLtzav" size="3,1" symmetric="false" axisymmetric="false" unit="N/m^3" edims="3">
          <scalar name="root.comp1.mef.FLtzavx" description="Lorentz_force_contribution,_time_average@,_x_component#x"/>
          <scalar name="root.comp1.mef.FLtzavy" description="Lorentz_force_contribution,_time_average@,_x_component#y"/>
          <scalar name="root.comp1.mef.FLtzavz" description="Lorentz_force_contribution,_time_average@,_x_component#z"/>
        </tensor>
      </group>
      <group name="CurrentsAndChargeGroup" description="Currents_and_charge">
        <scalar name="root.comp1.mef.nJ" description="Normal_current_density" plot="true" summation="false" unit="A/m^2" edims=""/>
        <scalar name="root.comp1.mef.normJs" description="Surface_current_density_norm" plot="true" summation="false" unit="A/m" edims="2"/>
        <scalar name="root.comp1.mef.normJ" description="Current_density_norm" plot="true" summation="false" unit="A/m^2" edims="3"/>
        <tensor name="root.comp1.mef.[Jx,Jy,Jz]" description="Current_density" plot="true" summation="false" basename="root.comp1.mef.J_s" size="3,1" symmetric="false" axisymmetric="false" unit="A/m^2" edims="3">
          <scalar name="root.comp1.mef.Jx" description="Current_density@,_x_component#x"/>
          <scalar name="root.comp1.mef.Jy" description="Current_density@,_x_component#y"/>
          <scalar name="root.comp1.mef.Jz" description="Current_density@,_x_component#z"/>
        </tensor>
        <tensor name="root.comp1.mef.[Jix,Jiy,Jiz]" description="Induced_current_density" plot="true" summation="false" basename="root.comp1.mef.Ji_s" size="3,1" symmetric="false" axisymmetric="false" unit="A/m^2" edims="3">
          <scalar name="root.comp1.mef.Jix" description="Induced_current_density@,_x_component#x"/>
          <scalar name="root.comp1.mef.Jiy" description="Induced_current_density@,_x_component#y"/>
          <scalar name="root.comp1.mef.Jiz" description="Induced_current_density@,_x_component#z"/>
        </tensor>
        <tensor name="root.comp1.mef.[Jdx,Jdy,Jdz]" description="Displacement_current_density" plot="true" summation="false" basename="root.comp1.mef.Jd_s" size="3,1" symmetric="false" axisymmetric="false" unit="A/m^2" edims="3">
          <scalar name="root.comp1.mef.Jdx" description="Displacement_current_density@,_x_component#x"/>
          <scalar name="root.comp1.mef.Jdy" description="Displacement_current_density@,_x_component#y"/>
          <scalar name="root.comp1.mef.Jdz" description="Displacement_current_density@,_x_component#z"/>
        </tensor>
        <tensor name="root.comp1.mef.[Jsx,Jsy,Jsz]" description="Surface_current_density" plot="true" summation="false" basename="root.comp1.mef.Js" size="3,1" symmetric="false" axisymmetric="false" unit="A/m" edims="2">
          <scalar name="root.comp1.mef.Jsx" description="Surface_current_density@,_x_component#x"/>
          <scalar name="root.comp1.mef.Jsy" description="Surface_current_density@,_x_component#y"/>
          <scalar name="root.comp1.mef.Jsz" description="Surface_current_density@,_x_component#z"/>
        </tensor>
        <tensor name="root.comp1.mef.[Jex,Jey,Jez]" description="External_current_density" plot="true" summation="false" basename="root.comp1.mef.Je_s" size="3,1" symmetric="false" axisymmetric="false" unit="A/m^2" edims="3">
          <scalar name="root.comp1.mef.Jex" description="External_current_density@,_x_component#x"/>
          <scalar name="root.comp1.mef.Jey" description="External_current_density@,_x_component#y"/>
          <scalar name="root.comp1.mef.Jez" description="External_current_density@,_x_component#z"/>
        </tensor>
        <tensor name="root.comp1.mef.[Jsux,Jsuy,Jsuz]" description="Surface_current_density_on_upside" plot="true" summation="false" basename="root.comp1.mef.Jsu" size="3,1" symmetric="false" axisymmetric="false" unit="A/m" edims="">
          <scalar name="root.comp1.mef.Jsux" description="Surface_current_density_on_upside@,_x_component#x"/>
          <scalar name="root.comp1.mef.Jsuy" description="Surface_current_density_on_upside@,_x_component#y"/>
          <scalar name="root.comp1.mef.Jsuz" description="Surface_current_density_on_upside@,_x_component#z"/>
        </tensor>
        <tensor name="root.comp1.mef.[Jsdx,Jsdy,Jsdz]" description="Surface_current_density_on_downside" plot="true" summation="false" basename="root.comp1.mef.Jsd" size="3,1" symmetric="false" axisymmetric="false" unit="A/m" edims="">
          <scalar name="root.comp1.mef.Jsdx" description="Surface_current_density_on_downside@,_x_component#x"/>
          <scalar name="root.comp1.mef.Jsdy" description="Surface_current_density_on_downside@,_x_component#y"/>
          <scalar name="root.comp1.mef.Jsdz" description="Surface_current_density_on_downside@,_x_component#z"/>
        </tensor>
      </group>
      <group name="MaterialPropsGroup" description="Material_properties[EMVariableGroup]">
        <scalar name="root.comp1.mef.deltaS" description="Skin_depth" plot="true" summation="false" unit="m" edims="2,3"/>
        <scalar name="root.comp1.mef.epsilonrbnd" description="Relative_permittivity" plot="true" summation="false" unit="1" edims="2"/>
        <scalar name="root.comp1.mef.murbnd" description="Relative_permeability" plot="true" summation="false" unit="1" edims="2"/>
        <scalar name="root.comp1.mef.sigmabnd" description="Electrical_conductivity" plot="true" summation="false" unit="S/m" edims="2"/>
        <tensor name="root.comp1.mef.[sigmaxx,sigmayx,sigmazx,sigmaxy,sigmayy,sigmazy,sigmaxz,sigmayz,sigmazz]" description="Electrical_conductivity" plot="true" summation="false" basename="root.comp1.mef.sigma_s" size="3,3" symmetric="false" axisymmetric="false" unit="S/m" edims="3">
          <scalar name="root.comp1.mef.sigmaxx" description="Electrical_conductivity@,_x_component#xx"/>
          <scalar name="root.comp1.mef.sigmayx" description="Electrical_conductivity@,_x_component#yx"/>
          <scalar name="root.comp1.mef.sigmazx" description="Electrical_conductivity@,_x_component#zx"/>
          <scalar name="root.comp1.mef.sigmaxy" description="Electrical_conductivity@,_x_component#xy"/>
          <scalar name="root.comp1.mef.sigmayy" description="Electrical_conductivity@,_x_component#yy"/>
          <scalar name="root.comp1.mef.sigmazy" description="Electrical_conductivity@,_x_component#zy"/>
          <scalar name="root.comp1.mef.sigmaxz" description="Electrical_conductivity@,_x_component#xz"/>
          <scalar name="root.comp1.mef.sigmayz" description="Electrical_conductivity@,_x_component#yz"/>
          <scalar name="root.comp1.mef.sigmazz" description="Electrical_conductivity@,_x_component#zz"/>
        </tensor>
        <tensor name="root.comp1.mef.[epsilonrxx,epsilonryx,epsilonrzx,epsilonrxy,epsilonryy,epsilonrzy,epsilonrxz,epsilonryz,epsilonrzz]" description="Relative_permittivity" plot="true" summation="false" basename="root.comp1.mef.epsilonr" size="3,3" symmetric="false" axisymmetric="false" unit="1" edims="3">
          <scalar name="root.comp1.mef.epsilonrxx" description="Relative_permittivity@,_x_component#xx"/>
          <scalar name="root.comp1.mef.epsilonryx" description="Relative_permittivity@,_x_component#yx"/>
          <scalar name="root.comp1.mef.epsilonrzx" description="Relative_permittivity@,_x_component#zx"/>
          <scalar name="root.comp1.mef.epsilonrxy" description="Relative_permittivity@,_x_component#xy"/>
          <scalar name="root.comp1.mef.epsilonryy" description="Relative_permittivity@,_x_component#yy"/>
          <scalar name="root.comp1.mef.epsilonrzy" description="Relative_permittivity@,_x_component#zy"/>
          <scalar name="root.comp1.mef.epsilonrxz" description="Relative_permittivity@,_x_component#xz"/>
          <scalar name="root.comp1.mef.epsilonryz" description="Relative_permittivity@,_x_component#yz"/>
          <scalar name="root.comp1.mef.epsilonrzz" description="Relative_permittivity@,_x_component#zz"/>
        </tensor>
        <tensor name="root.comp1.mef.[murxx,muryx,murzx,murxy,muryy,murzy,murxz,muryz,murzz]" description="Relative_permeability" plot="true" summation="false" basename="root.comp1.mef.mur" size="3,3" symmetric="false" axisymmetric="false" unit="1" edims="3">
          <scalar name="root.comp1.mef.murxx" description="Relative_permeability@,_x_component#xx"/>
          <scalar name="root.comp1.mef.muryx" description="Relative_permeability@,_x_component#yx"/>
          <scalar name="root.comp1.mef.murzx" description="Relative_permeability@,_x_component#zx"/>
          <scalar name="root.comp1.mef.murxy" description="Relative_permeability@,_x_component#xy"/>
          <scalar name="root.comp1.mef.muryy" description="Relative_permeability@,_x_component#yy"/>
          <scalar name="root.comp1.mef.murzy" description="Relative_permeability@,_x_component#zy"/>
          <scalar name="root.comp1.mef.murxz" description="Relative_permeability@,_x_component#xz"/>
          <scalar name="root.comp1.mef.muryz" description="Relative_permeability@,_x_component#yz"/>
          <scalar name="root.comp1.mef.murzz" description="Relative_permeability@,_x_component#zz"/>
        </tensor>
      </group>
      <group name="HeatGroup" description="Heat[EMVariableGroup]">
        <scalar name="root.comp1.mef.alc1.T" description="Temperature" plot="true" summation="false" unit="K" edims="3"/>
        <scalar name="root.comp1.mef.Qh" description="Electromagnetic_heating" plot="true" summation="false" unit="W/m^3" edims="3"/>
        <scalar name="root.comp1.mef.Qsh" description="Surface_electromagnetic_heating" plot="true" summation="false" unit="W/m^2" edims="2"/>
        <scalar name="root.comp1.mef.Qrh" description="Resistive_losses" plot="true" summation="false" unit="W/m^3" edims="3"/>
        <scalar name="root.comp1.mef.Qsrh" description="Surface_resistive_losses" plot="true" summation="false" unit="W/m^2" edims="2"/>
      </group>
      <group name="GlobalGroup" description="Global[EMVariableGroup]">
        <scalar name="root.comp1.mef.zref" description="Reference_impedance" plot="true" summation="false" unit="&#x3a9;" edims="-1"/>
      </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.V"/>
    <field name="root.comp1.A"/>
    <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"/>
    <function name="root.comp1.mef.int_Wm" scope="root.comp1."/>
    <function name="root.comp1.mef.int_We" scope="root.comp1."/>
    <function name="root.comp1.mat1.def.eta" type="func" allowednargs="1" argtypes="5,'string','string','string','string','string'" stringargs="5,'','','#Piecewise','MaterialFunctions','T'"/>
    <function name="root.comp1.mat1.def.Cp" type="func" allowednargs="1" argtypes="5,'string','string','string','string','string'" stringargs="5,'','','#Piecewise 2','MaterialFunctions','T'"/>
    <function name="root.comp1.mat1.def.rho" type="func" allowednargs="2" argtypes="6,'string','string','string','string','string','string'" stringargs="6,'','','#Analytic','MaterialFunctions','pA','T'"/>
    <function name="root.comp1.mat1.def.k" type="func" allowednargs="1" argtypes="5,'string','string','string','string','string'" stringargs="5,'','','#Piecewise 3','MaterialFunctions','T'"/>
    <function name="root.comp1.mat1.def.cs" type="func" allowednargs="1" argtypes="5,'string','string','string','string','string'" stringargs="5,'','','#Analytic 2','MaterialFunctions','T'"/>
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</savepoint>

