<?xml version="1.0" encoding="UTF-8"?>
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      <scalar edim="2" default="2,'root.mod1.mf.normB', "/>
      <scalar edim="3" default="2,'root.mod1.mf.normB', "/>
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      <multiscalar edim="2" default="0"/>
      <multiscalar edim="3" default="0"/>
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      <vector edim="1" default="root.mod1.mf.[Br,Bphi,Bz]"/>
      <vector edim="2" default="root.mod1.mf.[Br,Bphi,Bz]"/>
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      <params edim="0" params="0"/>
      <params edim="1" params="0"/>
      <params edim="2" params="0"/>
      <params edim="3" params="0"/>
      <partmassparams edim="2" params="1|3,'partq','-e_const','Electric_charge'"/>
      <partmassparams edim="3" params="1|3,'partq','-e_const','Electric_charge'"/>
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      <characteristicyz param="2,'1/(50[&#x3a9;])','50[&#x3a9;]'"/>
    </postinfo>
  </physics>
  <physics tag="cir" active="true" descr="Electrical_circuit">
    <postinfo>
    </postinfo>
  </physics>
  <physics tag="cir2" active="true" descr="Electrical_circuit">
    <postinfo>
    </postinfo>
  </physics>
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    <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"/>
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    <scalar name="root.F_const" description="Faraday_constant" plot="true" summation="false" unit="s*A/mol" edims="-1"/>
    <scalar name="root.alpha_const" description="Fine_structure_constant" plot="true" summation="false" edims="-1"/>
    <scalar name="root.G_const" description="Gravitational_constant" plot="true" summation="false" unit="m^3/(kg*s^2)" edims="-1"/>
    <scalar name="root.hbar_const" description="Reduced_Planck's_constant" plot="true" summation="false" unit="m^2*kg/s" edims="-1"/>
    <scalar name="root.V_m_const" description="Molar_volume_of_ideal_gas" plot="true" summation="false" unit="m^3/mol" edims="-1"/>
    <scalar name="root.mn_const" description="Neutron_mass" plot="true" summation="false" unit="kg" edims="-1"/>
    <scalar name="root.epsilon0_const" description="Permittivity_of_vacuum" plot="true" summation="false" unit="F/m" edims="-1"/>
    <scalar name="root.mu0_const" description="Permeability_of_vacuum" plot="true" summation="false" unit="H/m" edims="-1"/>
    <scalar name="root.h_const" description="Planck's_constant" plot="true" summation="false" unit="m^2*kg/s" edims="-1"/>
    <scalar name="root.mp_const" description="Proton_mass" plot="true" summation="false" unit="kg" edims="-1"/>
    <scalar name="root.c_const" description="Speed_of_light_in_vacuum" plot="true" summation="false" unit="m/s" edims="-1"/>
    <scalar name="root.sigma_const" description="Stefan-Boltzmann_constant" plot="true" summation="false" unit="kg/(s^3*K^4)" edims="-1"/>
    <scalar name="root.R_const" description="Universal_gas_constant" plot="true" summation="false" unit="J/(mol*K)" edims="-1"/>
    <scalar name="root.b_const" description="Wien_displacement_law_constant" plot="true" summation="false" unit="m*K" edims="-1"/>
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    <scalar name="root.segiter" description="" plot="false" summation="false" unit="1" edims="-1"/>
    <scalar name="root.numberofdofs" description="" plot="false" summation="false" unit="1" edims="-1"/>
    <scalar name="root.mod1.isScalingSystemDomain" description="Is_scaling_system_domain" plot="false" summation="false" unit="1" edims="2"/>
    <group name="Solver" description="Solver" sort="0">
      <scalar name="root.freq" description="Frequency" plot="true" summation="false" unit="Hz" edims="-1"/>
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    <scalar name="root.material.rho" description="" plot="false" summation="false" unit="kg/m^3" edims="2"/>
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    <scalar name="root.material.E" description="" plot="false" summation="false" unit="Pa" edims="2"/>
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    <scalar name="root.material.nu" description="" plot="false" summation="false" unit="1" edims="2"/>
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    <scalar name="root.material.ltr.Tref" description="" plot="false" summation="false" unit="K" edims="2"/>
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    <scalar name="root.material.c" description="" plot="false" summation="false" unit="m/s" edims="2"/>
    <tensor name="root.mod1.mat1.def.[mur11,mur21,mur31,mur12,mur22,mur32,mur13,mur23,mur33]" description="" plot="false" summation="false" basename="root.mod1.mat1.def.mur" size="3,3" symmetric="false" axisymmetric="false" unit="1" edims="-1">
      <scalar name="root.mod1.mat1.def.mur11" description=""/>
      <scalar name="root.mod1.mat1.def.mur21" description=""/>
      <scalar name="root.mod1.mat1.def.mur31" description=""/>
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      <scalar name="root.mod1.mat1.def.mur22" description=""/>
      <scalar name="root.mod1.mat1.def.mur32" description=""/>
      <scalar name="root.mod1.mat1.def.mur13" description=""/>
      <scalar name="root.mod1.mat1.def.mur23" description=""/>
      <scalar name="root.mod1.mat1.def.mur33" description=""/>
    </tensor>
    <tensor name="root.material.[mur11,mur21,mur31,mur12,mur22,mur32,mur13,mur23,mur33]" description="" plot="false" summation="false" basename="root.material.mur" size="3,3" symmetric="false" axisymmetric="false" unit="1" edims="2">
      <scalar name="root.material.mur11" description=""/>
      <scalar name="root.material.mur21" description=""/>
      <scalar name="root.material.mur31" description=""/>
      <scalar name="root.material.mur12" description=""/>
      <scalar name="root.material.mur22" description=""/>
      <scalar name="root.material.mur32" description=""/>
      <scalar name="root.material.mur13" description=""/>
      <scalar name="root.material.mur23" description=""/>
      <scalar name="root.material.mur33" description=""/>
    </tensor>
    <tensor name="root.mod1.mat1.def.[sigma11,sigma21,sigma31,sigma12,sigma22,sigma32,sigma13,sigma23,sigma33]" description="" plot="false" summation="false" basename="root.mod1.mat1.def.sigma" size="3,3" symmetric="false" axisymmetric="false" unit="S/m" edims="-1">
      <scalar name="root.mod1.mat1.def.sigma11" description=""/>
      <scalar name="root.mod1.mat1.def.sigma21" description=""/>
      <scalar name="root.mod1.mat1.def.sigma31" description=""/>
      <scalar name="root.mod1.mat1.def.sigma12" description=""/>
      <scalar name="root.mod1.mat1.def.sigma22" description=""/>
      <scalar name="root.mod1.mat1.def.sigma32" description=""/>
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      <scalar name="root.mod1.mat1.def.sigma23" description=""/>
      <scalar name="root.mod1.mat1.def.sigma33" description=""/>
    </tensor>
    <tensor name="root.material.[sigma11,sigma21,sigma31,sigma12,sigma22,sigma32,sigma13,sigma23,sigma33]" description="" plot="false" summation="false" basename="root.material.sigma" size="3,3" symmetric="false" axisymmetric="false" unit="S/m" edims="2">
      <scalar name="root.material.sigma11" description=""/>
      <scalar name="root.material.sigma21" description=""/>
      <scalar name="root.material.sigma31" description=""/>
      <scalar name="root.material.sigma12" description=""/>
      <scalar name="root.material.sigma22" description=""/>
      <scalar name="root.material.sigma32" description=""/>
      <scalar name="root.material.sigma13" description=""/>
      <scalar name="root.material.sigma23" description=""/>
      <scalar name="root.material.sigma33" description=""/>
    </tensor>
    <tensor name="root.mod1.mat1.def.[alpha11,alpha21,alpha31,alpha12,alpha22,alpha32,alpha13,alpha23,alpha33]" description="" plot="false" summation="false" basename="root.mod1.mat1.def.alpha" size="3,3" symmetric="false" axisymmetric="false" unit="1/K" edims="-1">
      <scalar name="root.mod1.mat1.def.alpha11" description=""/>
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      <scalar name="root.material.alpha11" description=""/>
      <scalar name="root.material.alpha21" description=""/>
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      <scalar name="root.material.alpha12" description=""/>
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      <scalar name="root.material.alpha13" description=""/>
      <scalar name="root.material.alpha23" description=""/>
      <scalar name="root.material.alpha33" description=""/>
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    <tensor name="root.mod1.mat1.def.[epsilonr11,epsilonr21,epsilonr31,epsilonr12,epsilonr22,epsilonr32,epsilonr13,epsilonr23,epsilonr33]" description="" plot="false" summation="false" basename="root.mod1.mat1.def.epsilonr" size="3,3" symmetric="false" axisymmetric="false" unit="1" edims="-1">
      <scalar name="root.mod1.mat1.def.epsilonr11" description=""/>
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      <scalar name="root.material.epsilonr11" description=""/>
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      <scalar name="root.material.epsilonr13" description=""/>
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      <scalar name="root.mod1.mat1.def.k11" description=""/>
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      <scalar name="root.mod1.mat1.def.k12" description=""/>
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      <scalar name="root.mod1.mat1.def.k13" description=""/>
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      <scalar name="root.mod1.mat1.def.k33" description=""/>
    </tensor>
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      <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=""/>
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    <tensor name="root.mod1.mat2.def.[mur11,mur21,mur31,mur12,mur22,mur32,mur13,mur23,mur33]" description="" plot="false" summation="false" basename="root.mod1.mat2.def.mur" size="3,3" symmetric="false" axisymmetric="false" unit="1" edims="-1">
      <scalar name="root.mod1.mat2.def.mur11" description=""/>
      <scalar name="root.mod1.mat2.def.mur21" description=""/>
      <scalar name="root.mod1.mat2.def.mur31" description=""/>
      <scalar name="root.mod1.mat2.def.mur12" description=""/>
      <scalar name="root.mod1.mat2.def.mur22" description=""/>
      <scalar name="root.mod1.mat2.def.mur32" description=""/>
      <scalar name="root.mod1.mat2.def.mur13" description=""/>
      <scalar name="root.mod1.mat2.def.mur23" description=""/>
      <scalar name="root.mod1.mat2.def.mur33" description=""/>
    </tensor>
    <tensor name="root.mod1.mat2.def.[epsilonr11,epsilonr21,epsilonr31,epsilonr12,epsilonr22,epsilonr32,epsilonr13,epsilonr23,epsilonr33]" description="" plot="false" summation="false" basename="root.mod1.mat2.def.epsilonr" size="3,3" symmetric="false" axisymmetric="false" unit="1" edims="-1">
      <scalar name="root.mod1.mat2.def.epsilonr11" description=""/>
      <scalar name="root.mod1.mat2.def.epsilonr21" description=""/>
      <scalar name="root.mod1.mat2.def.epsilonr31" description=""/>
      <scalar name="root.mod1.mat2.def.epsilonr12" description=""/>
      <scalar name="root.mod1.mat2.def.epsilonr22" description=""/>
      <scalar name="root.mod1.mat2.def.epsilonr32" description=""/>
      <scalar name="root.mod1.mat2.def.epsilonr13" description=""/>
      <scalar name="root.mod1.mat2.def.epsilonr23" description=""/>
      <scalar name="root.mod1.mat2.def.epsilonr33" description=""/>
    </tensor>
    <tensor name="root.mod1.mat2.def.[sigma11,sigma21,sigma31,sigma12,sigma22,sigma32,sigma13,sigma23,sigma33]" description="" plot="false" summation="false" basename="root.mod1.mat2.def.sigma" size="3,3" symmetric="false" axisymmetric="false" unit="S/m" edims="-1">
      <scalar name="root.mod1.mat2.def.sigma11" description=""/>
      <scalar name="root.mod1.mat2.def.sigma21" description=""/>
      <scalar name="root.mod1.mat2.def.sigma31" description=""/>
      <scalar name="root.mod1.mat2.def.sigma12" description=""/>
      <scalar name="root.mod1.mat2.def.sigma22" description=""/>
      <scalar name="root.mod1.mat2.def.sigma32" description=""/>
      <scalar name="root.mod1.mat2.def.sigma13" description=""/>
      <scalar name="root.mod1.mat2.def.sigma23" description=""/>
      <scalar name="root.mod1.mat2.def.sigma33" description=""/>
    </tensor>
    <tensor name="root.mod1.mat2.def.[k11,k21,k31,k12,k22,k32,k13,k23,k33]" description="" plot="false" summation="false" basename="root.mod1.mat2.def.k" size="3,3" symmetric="false" axisymmetric="false" unit="W/(m*K)" edims="-1">
      <scalar name="root.mod1.mat2.def.k11" description=""/>
      <scalar name="root.mod1.mat2.def.k21" description=""/>
      <scalar name="root.mod1.mat2.def.k31" description=""/>
      <scalar name="root.mod1.mat2.def.k12" description=""/>
      <scalar name="root.mod1.mat2.def.k22" description=""/>
      <scalar name="root.mod1.mat2.def.k32" description=""/>
      <scalar name="root.mod1.mat2.def.k13" description=""/>
      <scalar name="root.mod1.mat2.def.k23" description=""/>
      <scalar name="root.mod1.mat2.def.k33" description=""/>
    </tensor>
    <group name="Geometry_and_mesh" description="Geometry_and_mesh" sort="10">
      <scalar name="root.h" description="Mesh_element_size" plot="true" summation="false" unit="m" edims="0,1,2"/>
      <scalar name="root.s" description="Boundary_parameter" plot="false" summation="false" edims="1"/>
      <scalar name="root.qual" description="Mesh_quality" plot="true" summation="false" edims="0,1,2"/>
      <scalar name="root.dvol" description="Volume_scale_factor" plot="false" summation="false" edims="0,1,2"/>
      <scalar name="root.dom" description="Domain_index" plot="true" summation="false" edims="0,1,2"/>
      <scalar name="root.emetric2" description="Inner_product_of_covariant_element_metric_tensor" plot="false" summation="false" unit="1/m^4" edims="0,1,2"/>
      <scalar name="root.tremetric" description="Trace_of_covariant_element_metric_tensor" plot="false" summation="false" unit="1/m^2" edims="0,1,2"/>
      <scalar name="root.meshvol" description="Mesh_element_volume" plot="false" summation="false" edims="0,1,2"/>
      <tensor name="root.[nr,0,nz]" description="Geometry_normal" plot="true" summation="false" basename="root.[nr,0,nz]" size="3,1" symmetric="false" axisymmetric="true" edims="1">
        <scalar name="root.nr" description="Geometry_normal@,_x_component#r"/>
        <scalar name="0" description="Geometry_normal@,_x_component#phi"/>
        <scalar name="root.nz" description="Geometry_normal@,_x_component#z"/>
      </tensor>
      <tensor name="root.[unr,0,unz]" description="Geometry_normal_up" plot="false" summation="false" basename="root.[unr,0,unz]" size="3,1" symmetric="false" axisymmetric="true" edims="1">
        <scalar name="root.unr" description="Geometry_normal_up@,_x_component#r"/>
        <scalar name="0" description="Geometry_normal_up@,_x_component#phi"/>
        <scalar name="root.unz" description="Geometry_normal_up@,_x_component#z"/>
      </tensor>
      <tensor name="root.[dnr,0,dnz]" description="Geometry_normal_down" plot="false" summation="false" basename="root.[dnr,0,dnz]" size="3,1" symmetric="false" axisymmetric="true" edims="1">
        <scalar name="root.dnr" description="Geometry_normal_down@,_x_component#r"/>
        <scalar name="0" description="Geometry_normal_down@,_x_component#phi"/>
        <scalar name="root.dnz" description="Geometry_normal_down@,_x_component#z"/>
      </tensor>
      <tensor name="root.[t1r,0,t1z]" description="Geometry_tangent_1" plot="true" summation="false" basename="root.[t1r,0,t1z]" size="3,1" symmetric="false" axisymmetric="true" edims="1">
        <scalar name="root.t1r" description="Geometry_tangent_1@,_x_component#r"/>
        <scalar name="0" description="Geometry_tangent_1@,_x_component#phi"/>
        <scalar name="root.t1z" description="Geometry_tangent_1@,_x_component#z"/>
      </tensor>
      <group name="root.[r,phi,z]" description="Coordinate">
        <scalar name="root.r" description="Coordinate_x#r" plot="true" summation="false" unit="m" edims="0,1,2"/>
        <scalar name="root.z" description="Coordinate_x#z" plot="true" summation="false" unit="m" edims="0,1,2"/>
        <scalar name="root.phi" description="Coordinate_x#phi" plot="false" summation="false" unit="rad" edims="0,1,2"/>
      </group>
    </group>
    <group name="mf" description="#Magnetic Fields">
      <scalar name="root.mod1.A_fld_act" description="Magnetic_vector_potential" plot="false" summation="false" edims="0,1,2"/>
      <scalar name="root.mod1.mf.d" description="Contribution" plot="false" summation="false" unit="1" edims="2"/>
      <scalar name="root.mod1.mf.dWe" description="Integrand_for_total_electric_energy" plot="false" summation="false" unit="J/m^2" edims="2"/>
      <scalar name="root.mod1.mf.dWm" description="Integrand_for_total_magnetic_energy" plot="false" summation="false" unit="J/m^2" edims="2"/>
      <scalar name="root.mod1.mf.Qml" description="Magnetic_losses" plot="false" summation="false" unit="W/m^3" edims="2"/>
      <scalar name="root.mod1.mf.stcd1.length" description="Coil_length" plot="false" summation="false" unit="m" edims="2"/>
      <scalar name="root.mod1.mf.stcd1.VCoil_ode" description="Coil_voltage" plot="false" summation="false" unit="V" edims="-1"/>
      <scalar name="root.mod1.mf.stcd1.VCoil_ode_fld_act" description="Coil_voltage" plot="false" summation="false" edims="-1"/>
      <scalar name="root.mod1.mf.stcd1.VCoil_odet" description="Coil_voltage@,_first_time_derivative" plot="false" summation="false" unit="V/s" edims="-1"/>
      <scalar name="root.mod1.mf.stcd1.VCoil_odett" description="Coil_voltage@,_second_time_derivative" plot="false" summation="false" unit="V/s^2" edims="-1"/>
      <scalar name="root.mod1.mf.stcd1.VCoilCircuit" description="Coil_voltage_from_circuit" plot="false" summation="false" unit="V" edims="-1"/>
      <scalar name="root.mod1.mf.stcd1.ICoilCircuit" description="Coil_current_from_circuit" plot="false" summation="false" unit="A" edims="-1"/>
      <scalar name="root.mod1.mf.stcd2.length" description="Coil_length" plot="false" summation="false" unit="m" edims="2"/>
      <scalar name="root.mod1.mf.stcd2.VCoil_ode" description="Coil_voltage" plot="false" summation="false" unit="V" edims="-1"/>
      <scalar name="root.mod1.mf.stcd2.VCoil_ode_fld_act" description="Coil_voltage" plot="false" summation="false" edims="-1"/>
      <scalar name="root.mod1.mf.stcd2.VCoil_odet" description="Coil_voltage@,_first_time_derivative" plot="false" summation="false" unit="V/s" edims="-1"/>
      <scalar name="root.mod1.mf.stcd2.VCoil_odett" description="Coil_voltage@,_second_time_derivative" plot="false" summation="false" unit="V/s^2" edims="-1"/>
      <scalar name="root.mod1.mf.stcd2.VCoilCircuit" description="Coil_voltage_from_circuit" plot="false" summation="false" unit="V" edims="-1"/>
      <scalar name="root.mod1.mf.stcd2.ICoilCircuit" description="Coil_current_from_circuit" plot="false" summation="false" unit="A" edims="-1"/>
      <scalar name="root.mod1.mf.omega" description="Angular_frequency" plot="true" summation="false" unit="rad/s" edims="-1"/>
      <scalar name="root.mod1.mf.freq" description="Frequency" plot="true" summation="false" unit="Hz" edims="-1"/>
      <scalar name="root.mod1.mf.iomega" description="Complex_angular_frequency" plot="false" summation="false" unit="rad/s" edims="-1"/>
      <scalar name="root.mod1.mf.al1.minput_temperature" description="Temperature" plot="false" summation="false" unit="K" edims="2"/>
      <scalar name="root.mod1.mf.al1.minput_pressure" description="Absolute_pressure" plot="false" summation="false" unit="Pa" edims="2"/>
      <scalar name="root.mod1.mf.stcd1.avestcd" description="Average defined variable" plot="false" summation="false" edims="-1"/>
      <scalar name="root.mod1.mf.stcd2.avestcd" description="Average defined variable" plot="false" summation="false" edims="-1"/>
      <tensor name="root.mod1.mf.[nr,nphi,nz]" description="Normal_vector" plot="true" summation="false" basename="root.mod1.mf.n" size="3,1" symmetric="false" axisymmetric="true" edims="1">
        <scalar name="root.mod1.mf.nr" description="Normal_vector@,_x_component#r"/>
        <scalar name="root.mod1.mf.nphi" description="Normal_vector@,_x_component#phi"/>
        <scalar name="root.mod1.mf.nz" description="Normal_vector@,_x_component#z"/>
      </tensor>
      <tensor name="root.mod1.[AphiTr,0,AphiTz]" description="Tangential_gradient_of_X#Aphi" plot="false" summation="false" basename="root.mod1.[AphiTr,0,AphiTz]" size="3,1" symmetric="false" axisymmetric="true" unit="T" edims="1">
        <scalar name="root.mod1.AphiTr" description="Tangential_gradient_of_X_Y_component#Aphi#r"/>
        <scalar name="0" description="Tangential_gradient_of_X_Y_component#Aphi#phi"/>
        <scalar name="root.mod1.AphiTz" description="Tangential_gradient_of_X_Y_component#Aphi#z"/>
      </tensor>
      <tensor name="root.mod1.[AphiTrr,0,AphiTrz]" description="Tangential_gradient_of_X#AphiTr" plot="false" summation="false" basename="root.mod1.[AphiTrr,0,AphiTrz]" size="3,1" symmetric="false" axisymmetric="true" unit="kg/(m*s^2*A)" edims="1">
        <scalar name="root.mod1.AphiTrr" description="Tangential_gradient_of_X_Y_component#AphiTr#r"/>
        <scalar name="0" description="Tangential_gradient_of_X_Y_component#AphiTr#phi"/>
        <scalar name="root.mod1.AphiTrz" description="Tangential_gradient_of_X_Y_component#AphiTr#z"/>
      </tensor>
      <tensor name="root.mod1.[AphiTzr,0,AphiTzz]" description="Tangential_gradient_of_X#AphiTz" plot="false" summation="false" basename="root.mod1.[AphiTzr,0,AphiTzz]" size="3,1" symmetric="false" axisymmetric="true" unit="kg/(m*s^2*A)" edims="1">
        <scalar name="root.mod1.AphiTzr" description="Tangential_gradient_of_X_Y_component#AphiTz#r"/>
        <scalar name="0" description="Tangential_gradient_of_X_Y_component#AphiTz#phi"/>
        <scalar name="root.mod1.AphiTzz" description="Tangential_gradient_of_X_Y_component#AphiTz#z"/>
      </tensor>
      <tensor name="root.mod1.[AphiTrt,0,AphiTzt]" description="Tangential_gradient_of_X#Aphi@,_first_time_derivative" plot="false" summation="false" basename="root.mod1.[AphiTrt,0,AphiTzt]" size="3,1" symmetric="false" axisymmetric="true" unit="V/m^2" edims="1">
        <scalar name="root.mod1.AphiTrt" description="Tangential_gradient_of_X#Aphi@,_first_time_derivative@,_x_component#r"/>
        <scalar name="0" description="Tangential_gradient_of_X#Aphi@,_first_time_derivative@,_x_component#phi"/>
        <scalar name="root.mod1.AphiTzt" description="Tangential_gradient_of_X#Aphi@,_first_time_derivative@,_x_component#z"/>
      </tensor>
      <tensor name="root.mod1.[AphiTrtt,0,AphiTztt]" description="Tangential_gradient_of_X#Aphi@,_second_time_derivative" plot="false" summation="false" basename="root.mod1.[AphiTrtt,0,AphiTztt]" size="3,1" symmetric="false" axisymmetric="true" unit="V/(m^2*s)" edims="1">
        <scalar name="root.mod1.AphiTrtt" description="Tangential_gradient_of_X#Aphi@,_second_time_derivative@,_x_component#r"/>
        <scalar name="0" description="Tangential_gradient_of_X#Aphi@,_second_time_derivative@,_x_component#phi"/>
        <scalar name="root.mod1.AphiTztt" description="Tangential_gradient_of_X#Aphi@,_second_time_derivative@,_x_component#z"/>
      </tensor>
      <tensor name="root.mod1.[Aphir,0,Aphiz]" description="Gradient_of_X#Aphi" plot="false" summation="false" basename="root.mod1.[Aphir,0,Aphiz]" size="3,1" symmetric="false" axisymmetric="true" unit="T" edims="2">
        <scalar name="root.mod1.Aphir" description="Gradient_of_X_Y_component#Aphi#r"/>
        <scalar name="0" description="Gradient_of_X_Y_component#Aphi#phi"/>
        <scalar name="root.mod1.Aphiz" description="Gradient_of_X_Y_component#Aphi#z"/>
      </tensor>
      <tensor name="root.mod1.[Aphirr,0,Aphirz]" description="Gradient_of_X#Aphir" plot="false" summation="false" basename="root.mod1.[Aphirr,0,Aphirz]" size="3,1" symmetric="false" axisymmetric="true" unit="kg/(m*s^2*A)" edims="2">
        <scalar name="root.mod1.Aphirr" description="Gradient_of_X_Y_component#Aphir#r"/>
        <scalar name="0" description="Gradient_of_X_Y_component#Aphir#phi"/>
        <scalar name="root.mod1.Aphirz" description="Gradient_of_X_Y_component#Aphir#z"/>
      </tensor>
      <tensor name="root.mod1.[Aphizr,0,Aphizz]" description="Gradient_of_X#Aphiz" plot="false" summation="false" basename="root.mod1.[Aphizr,0,Aphizz]" size="3,1" symmetric="false" axisymmetric="true" unit="kg/(m*s^2*A)" edims="2">
        <scalar name="root.mod1.Aphizr" description="Gradient_of_X_Y_component#Aphiz#r"/>
        <scalar name="0" description="Gradient_of_X_Y_component#Aphiz#phi"/>
        <scalar name="root.mod1.Aphizz" description="Gradient_of_X_Y_component#Aphiz#z"/>
      </tensor>
      <tensor name="root.mod1.[Aphirt,0,Aphizt]" description="Gradient_of_X#Aphi@,_first_time_derivative" plot="false" summation="false" basename="root.mod1.[Aphirt,0,Aphizt]" size="3,1" symmetric="false" axisymmetric="true" unit="V/m^2" edims="2">
        <scalar name="root.mod1.Aphirt" description="Gradient_of_X#Aphi@,_first_time_derivative@,_x_component#r"/>
        <scalar name="0" description="Gradient_of_X#Aphi@,_first_time_derivative@,_x_component#phi"/>
        <scalar name="root.mod1.Aphizt" description="Gradient_of_X#Aphi@,_first_time_derivative@,_x_component#z"/>
      </tensor>
      <tensor name="root.mod1.[Aphirtt,0,Aphiztt]" description="Gradient_of_X#Aphi@,_second_time_derivative" plot="false" summation="false" basename="root.mod1.[Aphirtt,0,Aphiztt]" size="3,1" symmetric="false" axisymmetric="true" unit="V/(m^2*s)" edims="2">
        <scalar name="root.mod1.Aphirtt" description="Gradient_of_X#Aphi@,_second_time_derivative@,_x_component#r"/>
        <scalar name="0" description="Gradient_of_X#Aphi@,_second_time_derivative@,_x_component#phi"/>
        <scalar name="root.mod1.Aphiztt" description="Gradient_of_X#Aphi@,_second_time_derivative@,_x_component#z"/>
      </tensor>
      <tensor name="root.mod1.[0,Aphit,0]" description="Magnetic_vector_potential@,_first_time_derivative" plot="false" summation="false" basename="root.mod1.[0,Aphit,0]" size="3,1" symmetric="false" axisymmetric="true" unit="V/m" edims="2">
        <scalar name="0" description="Magnetic_vector_potential@,_first_time_derivative@,_x_component#r"/>
        <scalar name="root.mod1.Aphit" description="Magnetic_vector_potential@,_first_time_derivative@,_x_component#phi"/>
        <scalar name="0" description="Magnetic_vector_potential@,_first_time_derivative@,_x_component#z"/>
      </tensor>
      <tensor name="root.mod1.[0,Aphitt,0]" description="Magnetic_vector_potential@,_second_time_derivative" plot="false" summation="false" basename="root.mod1.[0,Aphitt,0]" size="3,1" symmetric="false" axisymmetric="true" unit="m*kg/(s^4*A)" edims="2">
        <scalar name="0" description="Magnetic_vector_potential@,_second_time_derivative@,_x_component#r"/>
        <scalar name="root.mod1.Aphitt" description="Magnetic_vector_potential@,_second_time_derivative@,_x_component#phi"/>
        <scalar name="0" description="Magnetic_vector_potential@,_second_time_derivative@,_x_component#z"/>
      </tensor>
      <tensor name="root.mod1.mf.[tAdepr,tAdepphi,tAdepz]" description="Tangential_magnetic_vector_potential" plot="false" summation="false" basename="root.mod1.mf.tAdep" size="3,1" symmetric="false" axisymmetric="true" unit="Wb/m" edims="1">
        <scalar name="root.mod1.mf.tAdepr" description="Tangential_magnetic_vector_potential@,_x_component#r"/>
        <scalar name="root.mod1.mf.tAdepphi" description="Tangential_magnetic_vector_potential@,_x_component#phi"/>
        <scalar name="root.mod1.mf.tAdepz" description="Tangential_magnetic_vector_potential@,_x_component#z"/>
      </tensor>
      <tensor name="root.mod1.mf.[mfenr,mfenphi,mfenz]" description="Normal_vector" plot="false" summation="false" basename="root.mod1.mf.mfen" size="3,1" symmetric="false" axisymmetric="true" unit="1" edims="1">
        <scalar name="root.mod1.mf.mfenr" description="Normal_vector@,_x_component#r"/>
        <scalar name="root.mod1.mf.mfenphi" description="Normal_vector@,_x_component#phi"/>
        <scalar name="root.mod1.mf.mfenz" description="Normal_vector@,_x_component#z"/>
      </tensor>
      <tensor name="root.mod1.mf.[chirr,chiphir,chizr,chirphi,chiphiphi,chizphi,chirz,chiphiz,chizz]" description="Electric_susceptibility" plot="false" summation="false" basename="root.mod1.mf.chi" size="3,3" symmetric="false" axisymmetric="true" unit="1" edims="2">
        <scalar name="root.mod1.mf.chirr" description="Electric_susceptibility@,_x_component#rr"/>
        <scalar name="root.mod1.mf.chiphir" description="Electric_susceptibility@,_x_component#phir"/>
        <scalar name="root.mod1.mf.chizr" description="Electric_susceptibility@,_x_component#zr"/>
        <scalar name="root.mod1.mf.chirphi" description="Electric_susceptibility@,_x_component#rphi"/>
        <scalar name="root.mod1.mf.chiphiphi" description="Electric_susceptibility@,_x_component#phiphi"/>
        <scalar name="root.mod1.mf.chizphi" description="Electric_susceptibility@,_x_component#zphi"/>
        <scalar name="root.mod1.mf.chirz" description="Electric_susceptibility@,_x_component#rz"/>
        <scalar name="root.mod1.mf.chiphiz" description="Electric_susceptibility@,_x_component#phiz"/>
        <scalar name="root.mod1.mf.chizz" description="Electric_susceptibility@,_x_component#zz"/>
      </tensor>
      <tensor name="root.mod1.mf.[murinvrr,murinvphir,murinvzr,murinvrphi,murinvphiphi,murinvzphi,murinvrz,murinvphiz,murinvzz]" description="Inverse_of_relative_permeability" plot="false" summation="false" basename="root.mod1.mf.murinv" size="3,3" symmetric="false" axisymmetric="true" unit="1" edims="2">
        <scalar name="root.mod1.mf.murinvrr" description="Inverse_of_relative_permeability@,_x_component#rr"/>
        <scalar name="root.mod1.mf.murinvphir" description="Inverse_of_relative_permeability@,_x_component#phir"/>
        <scalar name="root.mod1.mf.murinvzr" description="Inverse_of_relative_permeability@,_x_component#zr"/>
        <scalar name="root.mod1.mf.murinvrphi" description="Inverse_of_relative_permeability@,_x_component#rphi"/>
        <scalar name="root.mod1.mf.murinvphiphi" description="Inverse_of_relative_permeability@,_x_component#phiphi"/>
        <scalar name="root.mod1.mf.murinvzphi" description="Inverse_of_relative_permeability@,_x_component#zphi"/>
        <scalar name="root.mod1.mf.murinvrz" description="Inverse_of_relative_permeability@,_x_component#rz"/>
        <scalar name="root.mod1.mf.murinvphiz" description="Inverse_of_relative_permeability@,_x_component#phiz"/>
        <scalar name="root.mod1.mf.murinvzz" description="Inverse_of_relative_permeability@,_x_component#zz"/>
      </tensor>
      <tensor name="root.mod1.mf.[Brr,Brphi,Brz]" description="Remanent_flux_density" plot="false" summation="false" basename="root.mod1.mf.Br" size="3,1" symmetric="false" axisymmetric="true" unit="T" edims="2">
        <scalar name="root.mod1.mf.Brr" description="Remanent_flux_density@,_x_component#r"/>
        <scalar name="root.mod1.mf.Brphi" description="Remanent_flux_density@,_x_component#phi"/>
        <scalar name="root.mod1.mf.Brz" description="Remanent_flux_density@,_x_component#z"/>
      </tensor>
      <tensor name="root.mod1.mf.[unr,unphi,unz]" description="Normal_vector_up_direction" plot="false" summation="false" basename="root.mod1.mf.un" size="3,1" symmetric="false" axisymmetric="true" edims="1">
        <scalar name="root.mod1.mf.unr" description="Normal_vector_up_direction@,_x_component#r"/>
        <scalar name="root.mod1.mf.unphi" description="Normal_vector_up_direction@,_x_component#phi"/>
        <scalar name="root.mod1.mf.unz" description="Normal_vector_up_direction@,_x_component#z"/>
      </tensor>
      <tensor name="root.mod1.mf.[dnr,dnphi,dnz]" description="Normal_vector_down_direction" plot="false" summation="false" basename="root.mod1.mf.dn" size="3,1" symmetric="false" axisymmetric="true" edims="1">
        <scalar name="root.mod1.mf.dnr" description="Normal_vector_down_direction@,_x_component#r"/>
        <scalar name="root.mod1.mf.dnphi" description="Normal_vector_down_direction@,_x_component#phi"/>
        <scalar name="root.mod1.mf.dnz" description="Normal_vector_down_direction@,_x_component#z"/>
      </tensor>
      <tensor name="root.mod1.mf.mi1.[A0r,A0phi,A0z]" description="Magnetic_vector_potential" plot="false" summation="false" basename="root.mod1.mf.mi1.A0" size="3,1" symmetric="false" axisymmetric="true" unit="Wb/m" edims="1">
        <scalar name="root.mod1.mf.mi1.A0r" description="Magnetic_vector_potential@,_x_component#r"/>
        <scalar name="root.mod1.mf.mi1.A0phi" description="Magnetic_vector_potential@,_x_component#phi"/>
        <scalar name="root.mod1.mf.mi1.A0z" description="Magnetic_vector_potential@,_x_component#z"/>
      </tensor>
      <tensor name="root.mod1.mf.stcd1.[eCoilr,eCoilphi,eCoilz]" description="Coil_direction" plot="false" summation="false" basename="root.mod1.mf.stcd1.eCoil" size="3,1" symmetric="false" axisymmetric="true" edims="2">
        <scalar name="root.mod1.mf.stcd1.eCoilr" description="Coil_direction@,_x_component#r"/>
        <scalar name="root.mod1.mf.stcd1.eCoilphi" description="Coil_direction@,_x_component#phi"/>
        <scalar name="root.mod1.mf.stcd1.eCoilz" description="Coil_direction@,_x_component#z"/>
      </tensor>
      <tensor name="root.mod1.mf.stcd2.[eCoilr,eCoilphi,eCoilz]" description="Coil_direction" plot="false" summation="false" basename="root.mod1.mf.stcd2.eCoil" size="3,1" symmetric="false" axisymmetric="true" edims="2">
        <scalar name="root.mod1.mf.stcd2.eCoilr" description="Coil_direction@,_x_component#r"/>
        <scalar name="root.mod1.mf.stcd2.eCoilphi" description="Coil_direction@,_x_component#phi"/>
        <scalar name="root.mod1.mf.stcd2.eCoilz" description="Coil_direction@,_x_component#z"/>
      </tensor>
      <group name="MagneticGroup" description="Magnetic[EMVariableGroup]">
        <scalar name="root.mod1.mf.normB" description="Magnetic_flux_density_norm" plot="true" summation="false" unit="T" edims="2"/>
        <scalar name="root.mod1.mf.normH" description="Magnetic_field_norm" plot="true" summation="false" unit="A/m" edims="2"/>
        <scalar name="root.mod1.mf.normM" description="Magnetization_norm" plot="true" summation="false" unit="A/m" edims="2"/>
        <tensor name="root.mod1.A" description="Magnetic_vector_potential" plot="true" summation="false" basename="root.mod1.A" size="3,1" symmetric="false" axisymmetric="true" unit="Wb/m" edims="2">
          <scalar name="root.mod1.Ar" description="Magnetic_vector_potential@,_x_component#r"/>
          <scalar name="root.mod1.Aphi" description="Magnetic_vector_potential@,_x_component#phi"/>
          <scalar name="root.mod1.Az" description="Magnetic_vector_potential@,_x_component#z"/>
        </tensor>
        <tensor name="root.mod1.mf.[Br,Bphi,Bz]" description="Magnetic_flux_density" plot="true" summation="false" basename="root.mod1.mf.B" size="3,1" symmetric="false" axisymmetric="true" unit="T" edims="2">
          <scalar name="root.mod1.mf.Br" description="Magnetic_flux_density@,_x_component#r"/>
          <scalar name="root.mod1.mf.Bphi" description="Magnetic_flux_density@,_x_component#phi"/>
          <scalar name="root.mod1.mf.Bz" description="Magnetic_flux_density@,_x_component#z"/>
        </tensor>
        <tensor name="root.mod1.mf.[tAr,tAphi,tAz]" description="Tangential_magnetic_vector_potential" plot="true" summation="false" basename="root.mod1.mf.tA" size="3,1" symmetric="false" axisymmetric="true" unit="Wb/m" edims="1">
          <scalar name="root.mod1.mf.tAr" description="Tangential_magnetic_vector_potential@,_x_component#r"/>
          <scalar name="root.mod1.mf.tAphi" description="Tangential_magnetic_vector_potential@,_x_component#phi"/>
          <scalar name="root.mod1.mf.tAz" description="Tangential_magnetic_vector_potential@,_x_component#z"/>
        </tensor>
        <tensor name="root.mod1.mf.[Hr,Hphi,Hz]" description="Magnetic_field" plot="true" summation="false" basename="root.mod1.mf.H" size="3,1" symmetric="false" axisymmetric="true" unit="A/m" edims="2">
          <scalar name="root.mod1.mf.Hr" description="Magnetic_field@,_x_component#r"/>
          <scalar name="root.mod1.mf.Hphi" description="Magnetic_field@,_x_component#phi"/>
          <scalar name="root.mod1.mf.Hz" description="Magnetic_field@,_x_component#z"/>
        </tensor>
        <tensor name="root.mod1.mf.[Mr,Mphi,Mz]" description="Magnetization" plot="true" summation="false" basename="root.mod1.mf.M" size="3,1" symmetric="false" axisymmetric="true" unit="A/m" edims="2">
          <scalar name="root.mod1.mf.Mr" description="Magnetization@,_x_component#r"/>
          <scalar name="root.mod1.mf.Mphi" description="Magnetization@,_x_component#phi"/>
          <scalar name="root.mod1.mf.Mz" description="Magnetization@,_x_component#z"/>
        </tensor>
      </group>
      <group name="EnergyAndPowerGroup" description="Energy_and_power">
        <scalar name="root.mod1.mf.intWm" description="Total_magnetic_energy" plot="true" summation="false" unit="J" edims="-1"/>
        <scalar name="root.mod1.mf.intWe" description="Total_electric_energy" plot="true" summation="false" unit="J" edims="-1"/>
        <scalar name="root.mod1.mf.W" description="Energy_density" plot="true" summation="false" unit="J/m^3" edims=""/>
        <scalar name="root.mod1.mf.Wav" description="Energy_density_time_average" plot="true" summation="false" unit="J/m^3" edims="2"/>
        <scalar name="root.mod1.mf.Weav" description="Electric_energy_density_time_average" plot="true" summation="false" unit="J/m^3" edims="2"/>
        <scalar name="root.mod1.mf.Wmav" description="Magnetic_energy_density_time_average" plot="true" summation="false" unit="J/m^3" edims="2"/>
      </group>
      <group name="MechanicalGroup" description="Mechanical[EMVariableGroup]">
        <tensor name="root.mod1.mf.[unTer,unTephi,unTez]" description="Maxwell_upward_electric_surface_stress_tensor" plot="true" summation="false" basename="root.mod1.mf.unTe" size="3,1" symmetric="false" axisymmetric="true" unit="Pa" edims="1">
          <scalar name="root.mod1.mf.unTer" description="Maxwell_upward_electric_surface_stress_tensor@,_x_component#r"/>
          <scalar name="root.mod1.mf.unTephi" description="Maxwell_upward_electric_surface_stress_tensor@,_x_component#phi"/>
          <scalar name="root.mod1.mf.unTez" description="Maxwell_upward_electric_surface_stress_tensor@,_x_component#z"/>
        </tensor>
        <tensor name="root.mod1.mf.[dnTer,dnTephi,dnTez]" description="Maxwell_downward_electric_surface_stress_tensor" plot="true" summation="false" basename="root.mod1.mf.dnTe" size="3,1" symmetric="false" axisymmetric="true" unit="Pa" edims="1">
          <scalar name="root.mod1.mf.dnTer" description="Maxwell_downward_electric_surface_stress_tensor@,_x_component#r"/>
          <scalar name="root.mod1.mf.dnTephi" description="Maxwell_downward_electric_surface_stress_tensor@,_x_component#phi"/>
          <scalar name="root.mod1.mf.dnTez" description="Maxwell_downward_electric_surface_stress_tensor@,_x_component#z"/>
        </tensor>
        <tensor name="root.mod1.mf.[unTmr,unTmphi,unTmz]" description="Maxwell_upward_magnetic_surface_stress_tensor" plot="true" summation="false" basename="root.mod1.mf.unTm" size="3,1" symmetric="false" axisymmetric="true" unit="Pa" edims="1">
          <scalar name="root.mod1.mf.unTmr" description="Maxwell_upward_magnetic_surface_stress_tensor@,_x_component#r"/>
          <scalar name="root.mod1.mf.unTmphi" description="Maxwell_upward_magnetic_surface_stress_tensor@,_x_component#phi"/>
          <scalar name="root.mod1.mf.unTmz" description="Maxwell_upward_magnetic_surface_stress_tensor@,_x_component#z"/>
        </tensor>
        <tensor name="root.mod1.mf.[dnTmr,dnTmphi,dnTmz]" description="Maxwell_downward_magnetic_surface_stress_tensor" plot="true" summation="false" basename="root.mod1.mf.dnTm" size="3,1" symmetric="false" axisymmetric="true" unit="Pa" edims="1">
          <scalar name="root.mod1.mf.dnTmr" description="Maxwell_downward_magnetic_surface_stress_tensor@,_x_component#r"/>
          <scalar name="root.mod1.mf.dnTmphi" description="Maxwell_downward_magnetic_surface_stress_tensor@,_x_component#phi"/>
          <scalar name="root.mod1.mf.dnTmz" description="Maxwell_downward_magnetic_surface_stress_tensor@,_x_component#z"/>
        </tensor>
        <tensor name="root.mod1.mf.[unTr,unTphi,unTz]" description="Maxwell_upward_surface_stress_tensor" plot="true" summation="false" basename="root.mod1.mf.unT" size="3,1" symmetric="false" axisymmetric="true" unit="Pa" edims="1">
          <scalar name="root.mod1.mf.unTr" description="Maxwell_upward_surface_stress_tensor@,_x_component#r"/>
          <scalar name="root.mod1.mf.unTphi" description="Maxwell_upward_surface_stress_tensor@,_x_component#phi"/>
          <scalar name="root.mod1.mf.unTz" description="Maxwell_upward_surface_stress_tensor@,_x_component#z"/>
        </tensor>
        <tensor name="root.mod1.mf.[dnTr,dnTphi,dnTz]" description="Maxwell_downward_surface_stress_tensor" plot="true" summation="false" basename="root.mod1.mf.dnT" size="3,1" symmetric="false" axisymmetric="true" unit="Pa" edims="1">
          <scalar name="root.mod1.mf.dnTr" description="Maxwell_downward_surface_stress_tensor@,_x_component#r"/>
          <scalar name="root.mod1.mf.dnTphi" description="Maxwell_downward_surface_stress_tensor@,_x_component#phi"/>
          <scalar name="root.mod1.mf.dnTz" description="Maxwell_downward_surface_stress_tensor@,_x_component#z"/>
        </tensor>
        <tensor name="root.mod1.mf.[FLtzr,FLtzphi,FLtzz]" description="Lorentz_force_contribution" plot="true" summation="false" basename="root.mod1.mf.FLtz" size="3,1" symmetric="false" axisymmetric="true" unit="N/m^3" edims="2">
          <scalar name="root.mod1.mf.FLtzr" description="Lorentz_force_contribution@,_x_component#r"/>
          <scalar name="root.mod1.mf.FLtzphi" description="Lorentz_force_contribution@,_x_component#phi"/>
          <scalar name="root.mod1.mf.FLtzz" description="Lorentz_force_contribution@,_x_component#z"/>
        </tensor>
        <tensor name="root.mod1.mf.[FLtzavr,FLtzavphi,FLtzavz]" description="Lorentz_force_contribution,_time_average" plot="true" summation="false" basename="root.mod1.mf.FLtzav" size="3,1" symmetric="false" axisymmetric="true" unit="N/m^3" edims="2">
          <scalar name="root.mod1.mf.FLtzavr" description="Lorentz_force_contribution,_time_average@,_x_component#r"/>
          <scalar name="root.mod1.mf.FLtzavphi" description="Lorentz_force_contribution,_time_average@,_x_component#phi"/>
          <scalar name="root.mod1.mf.FLtzavz" description="Lorentz_force_contribution,_time_average@,_x_component#z"/>
        </tensor>
      </group>
      <group name="MaterialPropsGroup" description="Material_properties[EMVariableGroup]">
        <scalar name="root.mod1.mf.deltaS" description="Skin_depth" plot="true" summation="false" unit="m" edims="2"/>
        <tensor name="root.mod1.mf.[sigmarr,sigmaphir,sigmazr,sigmarphi,sigmaphiphi,sigmazphi,sigmarz,sigmaphiz,sigmazz]" description="Electrical_conductivity" plot="true" summation="false" basename="root.mod1.mf.sigma" size="3,3" symmetric="false" axisymmetric="true" unit="S/m" edims="2">
          <scalar name="root.mod1.mf.sigmarr" description="Electrical_conductivity@,_x_component#rr"/>
          <scalar name="root.mod1.mf.sigmaphir" description="Electrical_conductivity@,_x_component#phir"/>
          <scalar name="root.mod1.mf.sigmazr" description="Electrical_conductivity@,_x_component#zr"/>
          <scalar name="root.mod1.mf.sigmarphi" description="Electrical_conductivity@,_x_component#rphi"/>
          <scalar name="root.mod1.mf.sigmaphiphi" description="Electrical_conductivity@,_x_component#phiphi"/>
          <scalar name="root.mod1.mf.sigmazphi" description="Electrical_conductivity@,_x_component#zphi"/>
          <scalar name="root.mod1.mf.sigmarz" description="Electrical_conductivity@,_x_component#rz"/>
          <scalar name="root.mod1.mf.sigmaphiz" description="Electrical_conductivity@,_x_component#phiz"/>
          <scalar name="root.mod1.mf.sigmazz" description="Electrical_conductivity@,_x_component#zz"/>
        </tensor>
        <tensor name="root.mod1.mf.[epsilonrrr,epsilonrphir,epsilonrzr,epsilonrrphi,epsilonrphiphi,epsilonrzphi,epsilonrrz,epsilonrphiz,epsilonrzz]" description="Relative_permittivity" plot="true" summation="false" basename="root.mod1.mf.epsilonr" size="3,3" symmetric="false" axisymmetric="true" unit="1" edims="2">
          <scalar name="root.mod1.mf.epsilonrrr" description="Relative_permittivity@,_x_component#rr"/>
          <scalar name="root.mod1.mf.epsilonrphir" description="Relative_permittivity@,_x_component#phir"/>
          <scalar name="root.mod1.mf.epsilonrzr" description="Relative_permittivity@,_x_component#zr"/>
          <scalar name="root.mod1.mf.epsilonrrphi" description="Relative_permittivity@,_x_component#rphi"/>
          <scalar name="root.mod1.mf.epsilonrphiphi" description="Relative_permittivity@,_x_component#phiphi"/>
          <scalar name="root.mod1.mf.epsilonrzphi" description="Relative_permittivity@,_x_component#zphi"/>
          <scalar name="root.mod1.mf.epsilonrrz" description="Relative_permittivity@,_x_component#rz"/>
          <scalar name="root.mod1.mf.epsilonrphiz" description="Relative_permittivity@,_x_component#phiz"/>
          <scalar name="root.mod1.mf.epsilonrzz" description="Relative_permittivity@,_x_component#zz"/>
        </tensor>
        <tensor name="root.mod1.mf.[murrr,murphir,murzr,murrphi,murphiphi,murzphi,murrz,murphiz,murzz]" description="Relative_permeability" plot="true" summation="false" basename="root.mod1.mf.mur" size="3,3" symmetric="false" axisymmetric="true" unit="1" edims="2">
          <scalar name="root.mod1.mf.murrr" description="Relative_permeability@,_x_component#rr"/>
          <scalar name="root.mod1.mf.murphir" description="Relative_permeability@,_x_component#phir"/>
          <scalar name="root.mod1.mf.murzr" description="Relative_permeability@,_x_component#zr"/>
          <scalar name="root.mod1.mf.murrphi" description="Relative_permeability@,_x_component#rphi"/>
          <scalar name="root.mod1.mf.murphiphi" description="Relative_permeability@,_x_component#phiphi"/>
          <scalar name="root.mod1.mf.murzphi" description="Relative_permeability@,_x_component#zphi"/>
          <scalar name="root.mod1.mf.murrz" description="Relative_permeability@,_x_component#rz"/>
          <scalar name="root.mod1.mf.murphiz" description="Relative_permeability@,_x_component#phiz"/>
          <scalar name="root.mod1.mf.murzz" description="Relative_permeability@,_x_component#zz"/>
        </tensor>
      </group>
      <group name="ElectricGroup" description="Electric[EMVariableGroup]">
        <scalar name="root.mod1.mf.normE" description="Electric_field_norm" plot="true" summation="false" unit="V/m" edims="2"/>
        <scalar name="root.mod1.mf.normD" description="Electric_displacement_field_norm" plot="true" summation="false" unit="C/m^2" edims="2"/>
        <tensor name="root.mod1.mf.[Er,Ephi,Ez]" description="Electric_field" plot="true" summation="false" basename="root.mod1.mf.E" size="3,1" symmetric="false" axisymmetric="true" unit="V/m" edims="2">
          <scalar name="root.mod1.mf.Er" description="Electric_field@,_x_component#r"/>
          <scalar name="root.mod1.mf.Ephi" description="Electric_field@,_x_component#phi"/>
          <scalar name="root.mod1.mf.Ez" description="Electric_field@,_x_component#z"/>
        </tensor>
        <tensor name="root.mod1.mf.[tEr,tEphi,tEz]" description="Tangential_electric_field" plot="true" summation="false" basename="root.mod1.mf.tE" size="3,1" symmetric="false" axisymmetric="true" unit="V/m" edims="1">
          <scalar name="root.mod1.mf.tEr" description="Tangential_electric_field@,_x_component#r"/>
          <scalar name="root.mod1.mf.tEphi" description="Tangential_electric_field@,_x_component#phi"/>
          <scalar name="root.mod1.mf.tEz" description="Tangential_electric_field@,_x_component#z"/>
        </tensor>
        <tensor name="root.mod1.mf.[Dr,Dphi,Dz]" description="Electric_displacement_field" plot="true" summation="false" basename="root.mod1.mf.D" size="3,1" symmetric="false" axisymmetric="true" unit="C/m^2" edims="2">
          <scalar name="root.mod1.mf.Dr" description="Electric_displacement_field@,_x_component#r"/>
          <scalar name="root.mod1.mf.Dphi" description="Electric_displacement_field@,_x_component#phi"/>
          <scalar name="root.mod1.mf.Dz" description="Electric_displacement_field@,_x_component#z"/>
        </tensor>
        <tensor name="root.mod1.mf.[Pr,Pphi,Pz]" description="Polarization" plot="true" summation="false" basename="root.mod1.mf.P" size="3,1" symmetric="false" axisymmetric="true" unit="C/m^2" edims="2">
          <scalar name="root.mod1.mf.Pr" description="Polarization@,_x_component#r"/>
          <scalar name="root.mod1.mf.Pphi" description="Polarization@,_x_component#phi"/>
          <scalar name="root.mod1.mf.Pz" description="Polarization@,_x_component#z"/>
        </tensor>
      </group>
      <group name="CurrentsAndChargeGroup" description="Currents_and_charge">
        <scalar name="root.mod1.mf.normJs" description="Surface_current_density_norm" plot="true" summation="false" unit="A/m" edims="1"/>
        <scalar name="root.mod1.mf.normJ" description="Current_density_norm" plot="true" summation="false" unit="A/m^2" edims="2"/>
        <tensor name="root.mod1.mf.[Jr,Jphi,Jz]" description="Current_density" plot="true" summation="false" basename="root.mod1.mf.J" size="3,1" symmetric="false" axisymmetric="true" unit="A/m^2" edims="2">
          <scalar name="root.mod1.mf.Jr" description="Current_density@,_x_component#r"/>
          <scalar name="root.mod1.mf.Jphi" description="Current_density@,_x_component#phi"/>
          <scalar name="root.mod1.mf.Jz" description="Current_density@,_x_component#z"/>
        </tensor>
        <tensor name="root.mod1.mf.[Jir,Jiphi,Jiz]" description="Induced_current_density" plot="true" summation="false" basename="root.mod1.mf.Ji" size="3,1" symmetric="false" axisymmetric="true" unit="A/m^2" edims="2">
          <scalar name="root.mod1.mf.Jir" description="Induced_current_density@,_x_component#r"/>
          <scalar name="root.mod1.mf.Jiphi" description="Induced_current_density@,_x_component#phi"/>
          <scalar name="root.mod1.mf.Jiz" description="Induced_current_density@,_x_component#z"/>
        </tensor>
        <tensor name="root.mod1.mf.[Jdr,Jdphi,Jdz]" description="Displacement_current_density" plot="true" summation="false" basename="root.mod1.mf.Jd" size="3,1" symmetric="false" axisymmetric="true" unit="A/m^2" edims="2">
          <scalar name="root.mod1.mf.Jdr" description="Displacement_current_density@,_x_component#r"/>
          <scalar name="root.mod1.mf.Jdphi" description="Displacement_current_density@,_x_component#phi"/>
          <scalar name="root.mod1.mf.Jdz" description="Displacement_current_density@,_x_component#z"/>
        </tensor>
        <tensor name="root.mod1.mf.[Jsr,Jsphi,Jsz]" description="Surface_current_density" plot="true" summation="false" basename="root.mod1.mf.Js" size="3,1" symmetric="false" axisymmetric="true" unit="A/m" edims="1">
          <scalar name="root.mod1.mf.Jsr" description="Surface_current_density@,_x_component#r"/>
          <scalar name="root.mod1.mf.Jsphi" description="Surface_current_density@,_x_component#phi"/>
          <scalar name="root.mod1.mf.Jsz" description="Surface_current_density@,_x_component#z"/>
        </tensor>
        <tensor name="root.mod1.mf.[Jer,Jephi,Jez]" description="External_current_density" plot="true" summation="false" basename="root.mod1.mf.Je" size="3,1" symmetric="false" axisymmetric="true" unit="A/m^2" edims="2">
          <scalar name="root.mod1.mf.Jer" description="External_current_density@,_x_component#r"/>
          <scalar name="root.mod1.mf.Jephi" description="External_current_density@,_x_component#phi"/>
          <scalar name="root.mod1.mf.Jez" description="External_current_density@,_x_component#z"/>
        </tensor>
      </group>
      <group name="HeatGroup" description="Heat[EMVariableGroup]">
        <scalar name="root.mod1.mf.al1.T" description="Temperature" plot="true" summation="false" unit="K" edims="2"/>
        <scalar name="root.mod1.mf.Qh" description="Electromagnetic_heating" plot="true" summation="false" unit="W/m^3" edims="2"/>
        <scalar name="root.mod1.mf.Qsh" description="Surface_electromagnetic_heating" plot="true" summation="false" unit="W/m^2" edims="1"/>
        <scalar name="root.mod1.mf.Qrh" description="Resistive_losses" plot="true" summation="false" unit="W/m^3" edims="2"/>
      </group>
      <group name="CoilParametersGroup" description="Coil_parameters">
        <scalar name="root.mod1.mf.PCoil_1" description="Coil_power" plot="true" summation="false" unit="W" edims="-1"/>
        <scalar name="root.mod1.mf.VCoil_1" description="Coil_voltage" plot="true" summation="false" unit="V" edims="-1"/>
        <scalar name="root.mod1.mf.ICoil_1" description="Coil_current" plot="true" summation="false" unit="A" edims="-1"/>
        <scalar name="root.mod1.mf.ZCoil_1" description="Coil_impedance" plot="true" summation="false" unit="&#x3a9;" edims="-1"/>
        <scalar name="root.mod1.mf.LCoil_1" description="Coil_inductance" plot="true" summation="false" unit="H" edims="-1"/>
        <scalar name="root.mod1.mf.RCoil_1" description="Coil_resistance" plot="true" summation="false" unit="&#x3a9;" edims="-1"/>
        <scalar name="root.mod1.mf.XCoil_1" description="Coil_reactance" plot="true" summation="false" unit="&#x3a9;" edims="-1"/>
        <scalar name="root.mod1.mf.YCoil_1" description="Coil_admittance" plot="true" summation="false" unit="S" edims="-1"/>
        <scalar name="root.mod1.mf.PCoil_2" description="Coil_power" plot="true" summation="false" unit="W" edims="-1"/>
        <scalar name="root.mod1.mf.VCoil_2" description="Coil_voltage" plot="true" summation="false" unit="V" edims="-1"/>
        <scalar name="root.mod1.mf.ICoil_2" description="Coil_current" plot="true" summation="false" unit="A" edims="-1"/>
        <scalar name="root.mod1.mf.ZCoil_2" description="Coil_impedance" plot="true" summation="false" unit="&#x3a9;" edims="-1"/>
        <scalar name="root.mod1.mf.LCoil_2" description="Coil_inductance" plot="true" summation="false" unit="H" edims="-1"/>
        <scalar name="root.mod1.mf.RCoil_2" description="Coil_resistance" plot="true" summation="false" unit="&#x3a9;" edims="-1"/>
        <scalar name="root.mod1.mf.XCoil_2" description="Coil_reactance" plot="true" summation="false" unit="&#x3a9;" edims="-1"/>
        <scalar name="root.mod1.mf.YCoil_2" description="Coil_admittance" plot="true" summation="false" unit="S" edims="-1"/>
      </group>
      <group name="GlobalGroup" description="Global[EMVariableGroup]">
        <scalar name="root.mod1.mf.zref" description="Reference_impedance" plot="true" summation="false" unit="&#x3a9;" edims="-1"/>
      </group>
    </group>
    <group name="cir" description="#Electrical Circuit">
      <scalar name="root.mod1.cir.C1_i" description="Current_through_device_x#C1" plot="true" summation="false" unit="A" edims="-1"/>
      <scalar name="root.mod1.cir.C1_v" description="Voltage_across_device_x#C1" plot="true" summation="false" unit="V" edims="-1"/>
      <scalar name="root.mod1.cir.V1_i" description="Current_through_device_x#V1" plot="true" summation="false" unit="A" edims="-1"/>
      <scalar name="root.mod1.cir.V1_v" description="Voltage_across_device_x#V1" plot="true" summation="false" unit="V" edims="-1"/>
      <scalar name="root.mod1.cir.IvsU1.V" description="Electric_potential" plot="false" summation="false" unit="V" edims="-1"/>
      <scalar name="root.mod1.cir.IvsU1_i" description="Current_through_device_x#IvsU1" plot="true" summation="false" unit="A" edims="-1"/>
      <scalar name="root.mod1.cir.IvsU1_v" description="Voltage_across_device_x#IvsU1" plot="true" summation="false" unit="V" edims="-1"/>
      <scalar name="root.mod1.cir.omega" description="Angular_frequency" plot="true" summation="false" unit="rad/s" edims="-1"/>
      <scalar name="root.mod1.cir.freq" description="Frequency" plot="true" summation="false" unit="Hz" edims="-1"/>
      <scalar name="root.mod1.cir.iomega" description="Complex_angular_frequency" plot="false" summation="false" unit="rad/s" edims="-1"/>
      <scalar name="root.mod1.cir.gnd1_p_v" description="" plot="false" summation="false" edims="-1"/>
      <scalar name="root.mod1.cir.gnd1_p_i" description="" plot="false" summation="false" edims="-1"/>
      <scalar name="root.mod1.cir.C1_C" description="" plot="false" summation="false" edims="-1"/>
      <scalar name="root.mod1.cir.root.mod1.cir.iomega" description="" plot="false" summation="false" edims="-1"/>
      <scalar name="root.mod1.cir.C1_p_v" description="" plot="false" summation="false" edims="-1"/>
      <scalar name="root.mod1.cir.C1_p_i" description="" plot="false" summation="false" edims="-1"/>
      <scalar name="root.mod1.cir.C1_n_v" description="" plot="false" summation="false" edims="-1"/>
      <scalar name="root.mod1.cir.C1_n_i" description="" plot="false" summation="false" edims="-1"/>
      <scalar name="root.mod1.cir.C1_meas_i" description="" plot="false" summation="false" edims="-1"/>
      <scalar name="root.mod1.cir.V1_vsrc" description="" plot="false" summation="false" edims="-1"/>
      <scalar name="root.mod1.cir.V1_p_v" description="" plot="false" summation="false" edims="-1"/>
      <scalar name="root.mod1.cir.V1_p_i" description="" plot="false" summation="false" edims="-1"/>
      <scalar name="root.mod1.cir.V1_n_v" description="" plot="false" summation="false" edims="-1"/>
      <scalar name="root.mod1.cir.V1_n_i" description="" plot="false" summation="false" edims="-1"/>
      <scalar name="root.mod1.cir.V1_meas_i" description="" plot="false" summation="false" edims="-1"/>
      <scalar name="root.mod1.cir.root.mod1.cir.IvsU1.V" description="" plot="false" summation="false" edims="-1"/>
      <scalar name="root.mod1.cir.IvsU1_vsrc" description="" plot="false" summation="false" edims="-1"/>
      <scalar name="root.mod1.cir.IvsU1_p_v" description="" plot="false" summation="false" edims="-1"/>
      <scalar name="root.mod1.cir.IvsU1_p_i" description="" plot="false" summation="false" edims="-1"/>
      <scalar name="root.mod1.cir.IvsU1_n_v" description="" plot="false" summation="false" edims="-1"/>
      <scalar name="root.mod1.cir.IvsU1_n_i" description="" plot="false" summation="false" edims="-1"/>
      <scalar name="root.mod1.cir.IvsU1_meas_i" description="" plot="false" summation="false" edims="-1"/>
    </group>
    <group name="cir2" description="#Electrical Circuit 2">
      <scalar name="root.mod1.cir2.C1_i" description="Current_through_device_x#C1" plot="true" summation="false" unit="A" edims="-1"/>
      <scalar name="root.mod1.cir2.C1_v" description="Voltage_across_device_x#C1" plot="true" summation="false" unit="V" edims="-1"/>
      <scalar name="root.mod1.cir2.R1_i" description="Current_through_device_x#R1" plot="true" summation="false" unit="A" edims="-1"/>
      <scalar name="root.mod1.cir2.R1_v" description="Voltage_across_device_x#R1" plot="true" summation="false" unit="V" edims="-1"/>
      <scalar name="root.mod1.cir2.IvsU1.V" description="Electric_potential" plot="false" summation="false" unit="V" edims="-1"/>
      <scalar name="root.mod1.cir2.IvsU1_i" description="Current_through_device_x#IvsU1" plot="true" summation="false" unit="A" edims="-1"/>
      <scalar name="root.mod1.cir2.IvsU1_v" description="Voltage_across_device_x#IvsU1" plot="true" summation="false" unit="V" edims="-1"/>
      <scalar name="root.mod1.cir2.omega" description="Angular_frequency" plot="true" summation="false" unit="rad/s" edims="-1"/>
      <scalar name="root.mod1.cir2.freq" description="Frequency" plot="true" summation="false" unit="Hz" edims="-1"/>
      <scalar name="root.mod1.cir2.iomega" description="Complex_angular_frequency" plot="false" summation="false" unit="rad/s" edims="-1"/>
      <scalar name="root.mod1.cir2.gnd1_p_v" description="" plot="false" summation="false" edims="-1"/>
      <scalar name="root.mod1.cir2.gnd1_p_i" description="" plot="false" summation="false" edims="-1"/>
      <scalar name="root.mod1.cir2.C1_C" description="" plot="false" summation="false" edims="-1"/>
      <scalar name="root.mod1.cir2.root.mod1.cir2.iomega" description="" plot="false" summation="false" edims="-1"/>
      <scalar name="root.mod1.cir2.C1_p_v" description="" plot="false" summation="false" edims="-1"/>
      <scalar name="root.mod1.cir2.C1_p_i" description="" plot="false" summation="false" edims="-1"/>
      <scalar name="root.mod1.cir2.C1_n_v" description="" plot="false" summation="false" edims="-1"/>
      <scalar name="root.mod1.cir2.C1_n_i" description="" plot="false" summation="false" edims="-1"/>
      <scalar name="root.mod1.cir2.C1_meas_i" description="" plot="false" summation="false" edims="-1"/>
      <scalar name="root.mod1.cir2.R1_R" description="" plot="false" summation="false" edims="-1"/>
      <scalar name="root.mod1.cir2.R1_p_v" description="" plot="false" summation="false" edims="-1"/>
      <scalar name="root.mod1.cir2.R1_p_i" description="" plot="false" summation="false" edims="-1"/>
      <scalar name="root.mod1.cir2.R1_n_v" description="" plot="false" summation="false" edims="-1"/>
      <scalar name="root.mod1.cir2.R1_n_i" description="" plot="false" summation="false" edims="-1"/>
      <scalar name="root.mod1.cir2.R1_meas_i" description="" plot="false" summation="false" edims="-1"/>
      <scalar name="root.mod1.cir2.root.mod1.cir2.IvsU1.V" description="" plot="false" summation="false" edims="-1"/>
      <scalar name="root.mod1.cir2.IvsU1_vsrc" description="" plot="false" summation="false" edims="-1"/>
      <scalar name="root.mod1.cir2.IvsU1_p_v" description="" plot="false" summation="false" edims="-1"/>
      <scalar name="root.mod1.cir2.IvsU1_p_i" description="" plot="false" summation="false" edims="-1"/>
      <scalar name="root.mod1.cir2.IvsU1_n_v" description="" plot="false" summation="false" edims="-1"/>
      <scalar name="root.mod1.cir2.IvsU1_n_i" description="" plot="false" summation="false" edims="-1"/>
      <scalar name="root.mod1.cir2.IvsU1_meas_i" description="" plot="false" summation="false" edims="-1"/>
    </group>
    <group name="Definitions" description="Definitions">
      <group name="sys1" description="#Boundary System 1">
        <scalar name="root.mod1.sys1.detT" description="Determinant_of_coordinate_transform_to_system" plot="true" summation="false" edims="1"/>
        <scalar name="root.mod1.sys1.detInvT" description="Determinant_of_coordinate_transform_to_system" plot="true" summation="false" edims="1"/>
        <tensor name="root.mod1.sys1.[Tdef11,Tdef21,Tdef31,Tdef12,Tdef22,Tdef32,Tdef13,Tdef23,Tdef33]" description="Coordinate_transform_to_system_x#(sys1)" plot="false" summation="false" basename="root.mod1.sys1.Tdef" size="3,3" symmetric="false" axisymmetric="false" unit="1" edims="1">
          <scalar name="root.mod1.sys1.Tdef11" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#11"/>
          <scalar name="root.mod1.sys1.Tdef21" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#21"/>
          <scalar name="root.mod1.sys1.Tdef31" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#31"/>
          <scalar name="root.mod1.sys1.Tdef12" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#12"/>
          <scalar name="root.mod1.sys1.Tdef22" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#22"/>
          <scalar name="root.mod1.sys1.Tdef32" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#32"/>
          <scalar name="root.mod1.sys1.Tdef13" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#13"/>
          <scalar name="root.mod1.sys1.Tdef23" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#23"/>
          <scalar name="root.mod1.sys1.Tdef33" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#33"/>
        </tensor>
        <tensor name="root.mod1.sys1.[invTdef11,invTdef21,invTdef31,invTdef12,invTdef22,invTdef32,invTdef13,invTdef23,invTdef33]" description="Coordinate_transform_from_system_x#(sys1)" plot="false" summation="false" basename="root.mod1.sys1.invTdef" size="3,3" symmetric="false" axisymmetric="false" unit="1" edims="1">
          <scalar name="root.mod1.sys1.invTdef11" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#11"/>
          <scalar name="root.mod1.sys1.invTdef21" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#21"/>
          <scalar name="root.mod1.sys1.invTdef31" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#31"/>
          <scalar name="root.mod1.sys1.invTdef12" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#12"/>
          <scalar name="root.mod1.sys1.invTdef22" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#22"/>
          <scalar name="root.mod1.sys1.invTdef32" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#32"/>
          <scalar name="root.mod1.sys1.invTdef13" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#13"/>
          <scalar name="root.mod1.sys1.invTdef23" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#23"/>
          <scalar name="root.mod1.sys1.invTdef33" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#33"/>
        </tensor>
        <tensor name="root.mod1.sys1.[Tref11,Tref21,Tref31,Tref12,Tref22,Tref32,Tref13,Tref23,Tref33]" description="Coordinate_transform_to_system_x#(sys1)" plot="false" summation="false" basename="root.mod1.sys1.Tref" size="3,3" symmetric="false" axisymmetric="false" unit="1" edims="1">
          <scalar name="root.mod1.sys1.Tref11" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#11"/>
          <scalar name="root.mod1.sys1.Tref21" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#21"/>
          <scalar name="root.mod1.sys1.Tref31" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#31"/>
          <scalar name="root.mod1.sys1.Tref12" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#12"/>
          <scalar name="root.mod1.sys1.Tref22" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#22"/>
          <scalar name="root.mod1.sys1.Tref32" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#32"/>
          <scalar name="root.mod1.sys1.Tref13" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#13"/>
          <scalar name="root.mod1.sys1.Tref23" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#23"/>
          <scalar name="root.mod1.sys1.Tref33" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#33"/>
        </tensor>
        <tensor name="root.mod1.sys1.[invTref11,invTref21,invTref31,invTref12,invTref22,invTref32,invTref13,invTref23,invTref33]" description="Coordinate_transform_to_system_x#(sys1)" plot="false" summation="false" basename="root.mod1.sys1.invTref" size="3,3" symmetric="false" axisymmetric="false" unit="1" edims="1">
          <scalar name="root.mod1.sys1.invTref11" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#11"/>
          <scalar name="root.mod1.sys1.invTref21" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#21"/>
          <scalar name="root.mod1.sys1.invTref31" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#31"/>
          <scalar name="root.mod1.sys1.invTref12" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#12"/>
          <scalar name="root.mod1.sys1.invTref22" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#22"/>
          <scalar name="root.mod1.sys1.invTref32" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#32"/>
          <scalar name="root.mod1.sys1.invTref13" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#13"/>
          <scalar name="root.mod1.sys1.invTref23" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#23"/>
          <scalar name="root.mod1.sys1.invTref33" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#33"/>
        </tensor>
        <tensor name="root.mod1.sys1.[Tgeom11,Tgeom21,Tgeom31,Tgeom12,Tgeom22,Tgeom32,Tgeom13,Tgeom23,Tgeom33]" description="Coordinate_transform_to_system_x#(sys1)" plot="false" summation="false" basename="root.mod1.sys1.Tgeom" size="3,3" symmetric="false" axisymmetric="false" unit="1" edims="1">
          <scalar name="root.mod1.sys1.Tgeom11" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#11"/>
          <scalar name="root.mod1.sys1.Tgeom21" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#21"/>
          <scalar name="root.mod1.sys1.Tgeom31" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#31"/>
          <scalar name="root.mod1.sys1.Tgeom12" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#12"/>
          <scalar name="root.mod1.sys1.Tgeom22" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#22"/>
          <scalar name="root.mod1.sys1.Tgeom32" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#32"/>
          <scalar name="root.mod1.sys1.Tgeom13" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#13"/>
          <scalar name="root.mod1.sys1.Tgeom23" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#23"/>
          <scalar name="root.mod1.sys1.Tgeom33" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#33"/>
        </tensor>
        <tensor name="root.mod1.sys1.[invTgeom11,invTgeom21,invTgeom31,invTgeom12,invTgeom22,invTgeom32,invTgeom13,invTgeom23,invTgeom33]" description="Coordinate_transform_to_system_x#(sys1)" plot="false" summation="false" basename="root.mod1.sys1.invTgeom" size="3,3" symmetric="false" axisymmetric="false" unit="1" edims="1">
          <scalar name="root.mod1.sys1.invTgeom11" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#11"/>
          <scalar name="root.mod1.sys1.invTgeom21" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#21"/>
          <scalar name="root.mod1.sys1.invTgeom31" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#31"/>
          <scalar name="root.mod1.sys1.invTgeom12" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#12"/>
          <scalar name="root.mod1.sys1.invTgeom22" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#22"/>
          <scalar name="root.mod1.sys1.invTgeom32" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#32"/>
          <scalar name="root.mod1.sys1.invTgeom13" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#13"/>
          <scalar name="root.mod1.sys1.invTgeom23" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#23"/>
          <scalar name="root.mod1.sys1.invTgeom33" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#33"/>
        </tensor>
        <tensor name="root.mod1.sys1.[T11,T21,T31,T12,T22,T32,T13,T23,T33]" description="Coordinate_transform_to_system_x#(sys1)" plot="true" summation="false" basename="root.mod1.sys1.T" size="3,3" symmetric="false" axisymmetric="false" unit="1" edims="1">
          <scalar name="root.mod1.sys1.T11" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#11"/>
          <scalar name="root.mod1.sys1.T21" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#21"/>
          <scalar name="root.mod1.sys1.T31" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#31"/>
          <scalar name="root.mod1.sys1.T12" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#12"/>
          <scalar name="root.mod1.sys1.T22" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#22"/>
          <scalar name="root.mod1.sys1.T32" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#32"/>
          <scalar name="root.mod1.sys1.T13" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#13"/>
          <scalar name="root.mod1.sys1.T23" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#23"/>
          <scalar name="root.mod1.sys1.T33" description="Coordinate_transform_to_system_x#(sys1)@,_x_component#33"/>
        </tensor>
        <tensor name="root.mod1.sys1.[invT11,invT21,invT31,invT12,invT22,invT32,invT13,invT23,invT33]" description="Coordinate_transform_from_system_x#(sys1)" plot="true" summation="false" basename="root.mod1.sys1.invT" size="3,3" symmetric="false" axisymmetric="false" unit="1" edims="1">
          <scalar name="root.mod1.sys1.invT11" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#11"/>
          <scalar name="root.mod1.sys1.invT21" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#21"/>
          <scalar name="root.mod1.sys1.invT31" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#31"/>
          <scalar name="root.mod1.sys1.invT12" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#12"/>
          <scalar name="root.mod1.sys1.invT22" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#22"/>
          <scalar name="root.mod1.sys1.invT32" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#32"/>
          <scalar name="root.mod1.sys1.invT13" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#13"/>
          <scalar name="root.mod1.sys1.invT23" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#23"/>
          <scalar name="root.mod1.sys1.invT33" description="Coordinate_transform_from_system_x#(sys1)@,_x_component#33"/>
        </tensor>
        <tensor name="root.mod1.sys1.[e_t11,e_t12,e_t13]" description="Base_vector_x#(sys1) t1" plot="true" summation="false" basename="root.mod1.sys1.eT" size="3,1" symmetric="false" axisymmetric="true" unit="1" edims="1">
          <scalar name="root.mod1.sys1.e_t11" description="Base_vector_x#(sys1) t1@,_x_component#r"/>
          <scalar name="root.mod1.sys1.e_t12" description="Base_vector_x#(sys1) t1@,_x_component#phi"/>
          <scalar name="root.mod1.sys1.e_t13" description="Base_vector_x#(sys1) t1@,_x_component#z"/>
        </tensor>
        <tensor name="root.mod1.sys1.[e_to1,e_to2,e_to3]" description="Base_vector_x#(sys1) to" plot="true" summation="false" basename="root.mod1.sys1.eT" size="3,1" symmetric="false" axisymmetric="true" unit="1" edims="1">
          <scalar name="root.mod1.sys1.e_to1" description="Base_vector_x#(sys1) to@,_x_component#r"/>
          <scalar name="root.mod1.sys1.e_to2" description="Base_vector_x#(sys1) to@,_x_component#phi"/>
          <scalar name="root.mod1.sys1.e_to3" description="Base_vector_x#(sys1) to@,_x_component#z"/>
        </tensor>
        <tensor name="root.mod1.sys1.[e_n1,e_n2,e_n3]" description="Base_vector_x#(sys1) n" plot="true" summation="false" basename="root.mod1.sys1.eT" size="3,1" symmetric="false" axisymmetric="true" unit="1" edims="1">
          <scalar name="root.mod1.sys1.e_n1" description="Base_vector_x#(sys1) n@,_x_component#r"/>
          <scalar name="root.mod1.sys1.e_n2" description="Base_vector_x#(sys1) n@,_x_component#phi"/>
          <scalar name="root.mod1.sys1.e_n3" description="Base_vector_x#(sys1) n@,_x_component#z"/>
        </tensor>
        <tensor name="root.mod1.sys1.[gSub11,gSub21,gSub31,gSub12,gSub22,gSub32,gSub13,gSub23,gSub33]" description="Covariant_metric_tensor" plot="false" summation="false" basename="root.mod1.sys1.gSub" size="3,3" symmetric="false" axisymmetric="false" edims="1">
          <scalar name="root.mod1.sys1.gSub11" description="Covariant_metric_tensor@,_x_component#11"/>
          <scalar name="root.mod1.sys1.gSub21" description="Covariant_metric_tensor@,_x_component#21"/>
          <scalar name="root.mod1.sys1.gSub31" description="Covariant_metric_tensor@,_x_component#31"/>
          <scalar name="root.mod1.sys1.gSub12" description="Covariant_metric_tensor@,_x_component#12"/>
          <scalar name="root.mod1.sys1.gSub22" description="Covariant_metric_tensor@,_x_component#22"/>
          <scalar name="root.mod1.sys1.gSub32" description="Covariant_metric_tensor@,_x_component#32"/>
          <scalar name="root.mod1.sys1.gSub13" description="Covariant_metric_tensor@,_x_component#13"/>
          <scalar name="root.mod1.sys1.gSub23" description="Covariant_metric_tensor@,_x_component#23"/>
          <scalar name="root.mod1.sys1.gSub33" description="Covariant_metric_tensor@,_x_component#33"/>
        </tensor>
        <tensor name="root.mod1.sys1.[gSup11,gSup21,gSup31,gSup12,gSup22,gSup32,gSup13,gSup23,gSup33]" description="Contravariant_metric_tensor" plot="false" summation="false" basename="root.mod1.sys1.gSup" size="3,3" symmetric="false" axisymmetric="false" edims="1">
          <scalar name="root.mod1.sys1.gSup11" description="Contravariant_metric_tensor@,_x_component#11"/>
          <scalar name="root.mod1.sys1.gSup21" description="Contravariant_metric_tensor@,_x_component#21"/>
          <scalar name="root.mod1.sys1.gSup31" description="Contravariant_metric_tensor@,_x_component#31"/>
          <scalar name="root.mod1.sys1.gSup12" description="Contravariant_metric_tensor@,_x_component#12"/>
          <scalar name="root.mod1.sys1.gSup22" description="Contravariant_metric_tensor@,_x_component#22"/>
          <scalar name="root.mod1.sys1.gSup32" description="Contravariant_metric_tensor@,_x_component#32"/>
          <scalar name="root.mod1.sys1.gSup13" description="Contravariant_metric_tensor@,_x_component#13"/>
          <scalar name="root.mod1.sys1.gSup23" description="Contravariant_metric_tensor@,_x_component#23"/>
          <scalar name="root.mod1.sys1.gSup33" description="Contravariant_metric_tensor@,_x_component#33"/>
        </tensor>
      </group>
    </group>
    <field name="root.mod1.A"/>
    <field name="root.mod1.mf.stcd1.VCoil_ode"/>
    <field name="root.mod1.mf.stcd2.VCoil_ode"/>
    <field name="root.mod1.Ode1"/>
    <field name="root.mod1.Ode2"/>
    <function name="root.mod1.atonly" type="cpl" scope="root.mod1." allowednargs="1"/>
    <function name="root.mod1.at0" type="cpl" scope="root.mod1." allowednargs="3"/>
    <function name="root.mod1.atxd0" type="cpl" allowednargs="3"/>
    <function name="root.mod1.at1" type="cpl" scope="root.mod1." allowednargs="3"/>
    <function name="root.mod1.atxd1" type="cpl" allowednargs="3"/>
    <function name="root.mod1.at2" type="cpl" scope="root.mod1." allowednargs="3"/>
    <function name="root.mod1.atxd2" type="cpl" allowednargs="3"/>
    <function name="root.test"/>
    <function name="root.var"/>
    <function name="root.mod1.mf.int_Wm" scope="root.mod1."/>
    <function name="root.mod1.mf.int_We" scope="root.mod1."/>
    <function name="root.mod1.mf.stcd1.intstcd" scope="root.mod1."/>
    <function name="root.mod1.mf.stcd1.avestcd" scope="root.mod1."/>
    <function name="root.mod1.mf.stcd2.intstcd" scope="root.mod1."/>
    <function name="root.mod1.mf.stcd2.avestcd" scope="root.mod1."/>
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    <function name="root.mod1.mat2.def.eta" type="func" argtypes="2,'string','string'" stringargs="2,'',''"/>
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    <function name="root.mod1.mat2.def.rho" type="func" argtypes="2,'string','string'" stringargs="2,'',''"/>
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    <function name="root.mod1.mat2.def.cs" type="func" argtypes="2,'string','string'" stringargs="2,'',''"/>
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</savepoint>

