CoCalc -- magnetodynamics.xml

GitHub Repository: ElmerCSC/elmerfem
Path: blob/devel/ElmerGUI/Application/edf-extra/magnetodynamics.xml
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<?xml version='1.0' encoding='UTF-8'?>
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<!DOCTYPE edf>
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<edf version="1.0" >
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   <PDE Name="MgDyn" >
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      <Name>MgDyn</Name>
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      <Equation>
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         <Parameter Widget="Label">
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           <Name> Free text input </Name>
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         </Parameter>
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	 <Parameter Widget="TextEdit" Enabled="True">
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	   <Name> Free text </Name>
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	   <Type> String </Type>
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	   <Whatis> Free text is copied into the Equation-block of the SIF as such. </Whatis>
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	   <StatusTip> Free text is copied into the Equation-block of the SIF as such. </StatusTip>
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	 </Parameter>
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      </Equation>
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      <Material>
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        <Parameter Widget="Label" > <Name> Material properties </Name> </Parameter>
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        <Parameter Widget="Edit" >
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	  <Name> Reluctivity </Name>
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	  <Type> String </Type>
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	  <Whatis> Give the reluctivitity (inverse of permeability). </Whatis>
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	</Parameter>
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	<Parameter Widget="Edit" >
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	  <Name> Relative Permeability </Name>
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	  <Type> String </Type>
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	  <Whatis> Give the relative permeability compared to vacuum. </Whatis>
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	</Parameter>
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	<Parameter Widget="Edit" >
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	  <Name> Relative Permittivity </Name>
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	  <Type> String </Type>
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	  <Whatis> Give the relative permittivity compared to vacuum. </Whatis>
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	</Parameter>
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	<Parameter Widget="Edit" >
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	  <Name> Electric Conductivity </Name>
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	  <Type> String </Type>
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	  <Whatis> Give the electric conductivity. </Whatis>
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	</Parameter>
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	<Parameter Widget="Edit" >
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	  <Name> Magnetization 1</Name>
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	  <Type> String </Type>
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	  <Whatis> Give the magnetization in x-direction. </Whatis>
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	</Parameter>
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	<Parameter Widget="Edit" >
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	  <Name> Magnetization 2</Name>
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	  <Type> String </Type>
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	  <Whatis> Give the magnetization in y-direction. </Whatis>
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	</Parameter>
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	<Parameter Widget="Edit" >
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	  <Name> Magnetization 3</Name>
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	  <Type> String </Type>
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	  <Whatis> Give the magnetization in z-direction. </Whatis>
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	</Parameter>
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    <Parameter Widget="Label" > <Name> Nonlinear material law </Name> </Parameter>
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	<Parameter Widget="Edit" >
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	  <Name> H-B Curve</Name>
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	  <Type> String </Type>
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	  <Whatis> Give the H-B Curve as a cubic spline. </Whatis>
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	</Parameter>
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	<Parameter Widget="CheckBox" >
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	  <Name> Cubic spline for H-B curve </Name>
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	  <Type> Logical </Type>
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	  <Whatis> Should a cubic spline be applied to the H-B curve. </Whatis>
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	</Parameter>
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      </Material>
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      <BodyForce>
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        <Parameter Widget="Label" > <Name> Given current density </Name> </Parameter>
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	<Parameter Widget="Edit" >
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	  <Name> Current Density 1 </Name>
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	  <Type> String </Type>
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	  <Whatis> Give the current density in x-direction. </Whatis>
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	</Parameter>
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	<Parameter Widget="Edit" >
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	  <Name> Current Density 2 </Name>
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	  <Type> String </Type>
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	  <Whatis> Give the current density in y-direction. </Whatis>
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	</Parameter>
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	<Parameter Widget="Edit" >
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	  <Name> Current Density 3 </Name>
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	  <Type> String </Type>
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	  <Whatis> Give the current density in z-direction. </Whatis>
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	</Parameter>
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	<Parameter Widget="Edit" >
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	  <Name> Current Density Multiplier </Name>
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	  <Type> String </Type>
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	  <Whatis> Give the multiplier of the current density vector. Default is one. </Whatis>
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	</Parameter>
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        <Parameter Widget="Label" > <Name> External electric potential </Name> </Parameter>
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	<Parameter Widget="Edit" >
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	  <Name> Electric Potential </Name>
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	  <Type> String </Type>
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	  <Whatis> Give the externally defined electric potential. </Whatis>
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	</Parameter>
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      </BodyForce>
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      <InitialCondition>
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        <Parameter Widget="Label" > <Name> Initial values for potential(s) </Name> </Parameter>
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	<Parameter Widget="Edit" >
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	  <Name> AV </Name>
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	  <Type> String </Type>
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            <Whatis> Give the initial condition for the scalar potential. </Whatis>
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	</Parameter>
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    <Parameter Widget="Edit" >
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	  <Name> AV {e}</Name>
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	  <Type> String </Type>
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            <Whatis> Give the initial condition for the vector potential. </Whatis>
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	</Parameter>
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      </InitialCondition>
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      <Solver>
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	     <Parameter Widget="Label" > <Name> A-V formulation solver </Name> </Parameter>
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         <Parameter Widget="Edit" Enabled="True">
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           <Name> Procedure </Name>
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           <DefaultValue> "MagnetoDynamics" "WhitneyAVSolver" </DefaultValue>
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         </Parameter>
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	 <Parameter Widget="CheckBox" >
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	   <Parameter Widget="Label" > <Name> Special options </Name> </Parameter>
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	   <Name> Use Elemental CoilCurrent </Name>
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	   <Type> Logical </Type>
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	   <Whatis> Use the elemental current density, CoilCurrent e, computed by CoilSolver. </Whatis>
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         </Parameter>
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         <Parameter Widget="CheckBox" >
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	   <Name> Fix Input Current Density </Name>
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	   <Type> Logical </Type>
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	   <Whatis> Fix the given input current in body force section to be divergence free. </Whatis>
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         </Parameter>
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         <Parameter Widget="CheckBox" >
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	   <Name> Use Tree Gauge </Name>
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	   <Type> Logical </Type>
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	   <Whatis> Use tree gauge to eliminate redundant lines in the linear system. </Whatis>
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         </Parameter>
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      </Solver>
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      <BoundaryCondition>
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	<Parameter Widget="Label" > <Name> Dirichlet conditions for potential</Name> </Parameter>
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	<Parameter  Widget="Edit">
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	  <Name> AV </Name>
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	  <Whatis> Give the scalar potential value for this boundary. </Whatis>
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	</Parameter>
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	<Parameter  Widget="Edit">
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	  <Name> AV {e} </Name>
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	  <Whatis> Give the vector potential value for this boundary. </Whatis>
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	</Parameter>
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	<Parameter  Widget="Edit">
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	  <Name> AV {e} 1 </Name>
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	  <Whatis> Give the x-component of the vector potential value for this boundary. </Whatis>
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	</Parameter>
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	<Parameter  Widget="Edit">
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	  <Name> AV {e} 2 </Name>
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	  <Whatis> Give the y-component of the vector potential value for this boundary. </Whatis>
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	</Parameter>
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	<Parameter  Widget="Edit">
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	  <Name> AV {e} 3 </Name>
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	  <Whatis> Give the z-component of the vector potential value for this boundary. </Whatis>
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	</Parameter>
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	<Parameter  Widget="Edit">
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	  <Name> Jfix </Name>
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	  <Whatis> Set the value of the potential field used to make the current divergence free. </Whatis>
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	</Parameter>
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<Parameter Widget="Label" > <Name> Dirichlet conditions via magnetic flux density</Name> </Parameter>
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			<Parameter  Widget="Edit">
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	  <Name> Magnetic Flux Density 1 </Name>
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	  <Whatis> Give the x-component of the desired magnetic flux density. </Whatis>
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	</Parameter>
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	<Parameter  Widget="Edit">
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	  <Name> Magnetic Flux Density 2 </Name>
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	  <Whatis> Give the y-component of the desired magnetic flux density. </Whatis>
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	</Parameter>
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	<Parameter  Widget="Edit">
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	  <Name> Magnetic Flux Density 3 </Name>
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	  <Whatis> Give the z-component of the desired magnetic flux density. </Whatis>
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	</Parameter>
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	<Parameter  Widget="Edit">
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	  <Name> Magnetic Flux Density {n} </Name>
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	  <Whatis> Give the nodal component of the desired magnetic flux density. </Whatis>
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	</Parameter>
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	<Parameter Widget="Label" > <Name> Flux conditions </Name> </Parameter>
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	<Parameter  Widget="Edit">
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	  <Name> Electric Current Density </Name>
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	  <Whatis> Give the electric current density for this boundary. </Whatis>
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	</Parameter>
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    <Parameter  Widget="Edit">
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	  <Name> Current Density </Name>
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	  <Whatis> Give the current density for this boundary. </Whatis>
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	</Parameter>
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	<Parameter  Widget="Edit">
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	  <Name> Magnetic Field Strength 1 </Name>
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	  <Whatis> Give the x-component of the desired magnetic field value for this boundary. </Whatis>
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	</Parameter>
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	<Parameter  Widget="Edit">
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	  <Name> Magnetic Field Strength 2 </Name>
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	  <Whatis> Give the y-component of the desired magnetic field value for this boundary. </Whatis>
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	</Parameter>
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	<Parameter  Widget="Edit">
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	  <Name> Magnetic Field Strength 3 </Name>
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	  <Whatis> Give the z-component of the desired magnetic field value for this boundary. </Whatis>
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	</Parameter>
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	<Parameter  Widget="Edit">
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	  <Name> Magnetic Transfer Coefficient </Name>
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	  <Whatis> Give the magnetic transfer coefficient value for this boundary. </Whatis>
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	</Parameter>
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	<Parameter  Widget="Edit">
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	  <Name> Electric Transfer Coefficient </Name>
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	  <Whatis> Give the electric transfer coefficient value for this boundary. </Whatis>
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	</Parameter>
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      </BoundaryCondition>
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    </PDE>
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   <PDE Name="MgHarm" >
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      <Name>MgHarm</Name>
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      <Equation>
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         <Parameter Widget="Label">
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           <Name> Free text input </Name>
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         </Parameter>
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	 <Parameter Widget="TextEdit" Enabled="True">
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	   <Name> Free text </Name>
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	   <Type> String </Type>
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	   <Whatis> Free text is copied into the Equation-block of the SIF as such. </Whatis>
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	   <StatusTip> Free text is copied into the Equation-block of the SIF as such. </StatusTip>
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	 </Parameter>
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      </Equation>
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      <Material>
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        <Parameter Widget="Label" > <Name> Material properties </Name> </Parameter>
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        <Parameter Widget="Edit" >
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	  <Name> Reluctivity </Name>
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	  <Type> String </Type>
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	  <Whatis> Give the real reluctivitity (inverse of permeability). </Whatis>
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	</Parameter>	
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        <Parameter Widget="Edit" >
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	  <Name> Reluctivity Im </Name>
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	  <Type> String </Type>
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	  <Whatis> Give the imaginary reluctivitity (inverse of permeability). </Whatis>
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	</Parameter>
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	<Parameter Widget="Edit" >
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	  <Name> Relative Permeability </Name>
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	  <Type> String </Type>
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	  <Whatis> Give the relative permeability compared to vacuum (if not reluctivity given). </Whatis>
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	</Parameter>
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	<Parameter Widget="Edit" >
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	  <Name> Electric Conductivity </Name>
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	  <Type> String </Type>
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	  <Whatis> Give the real electric conductivity. </Whatis>
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	</Parameter>
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	<Parameter Widget="Edit" >
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	  <Name> Electric Conductivity Im </Name>
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	  <Type> String </Type>
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	  <Whatis> Give the imaginary electric conductivity. </Whatis>
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	</Parameter>
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	<Parameter Widget="Edit" >
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	  <Name> Magnetization 1</Name>
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	  <Type> String </Type>
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	  <Whatis> Give the real magnetization in x-direction. </Whatis>
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	</Parameter>
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	<Parameter Widget="Edit" >
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	  <Name> Magnetization 2</Name>
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	  <Type> String </Type>
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	  <Whatis> Give the real magnetization in y-direction. </Whatis>
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	</Parameter>
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	<Parameter Widget="Edit" >
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	  <Name> Magnetization 3</Name>
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	  <Type> String </Type>
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	  <Whatis> Give the real magnetization in z-direction. </Whatis>
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	</Parameter>
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	<Parameter Widget="Edit" >
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	  <Name> Magnetization Im 1</Name>
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	  <Type> String </Type>
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	  <Whatis> Give the imaginary magnetization in x-direction. </Whatis>
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	</Parameter>
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	<Parameter Widget="Edit" >
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	  <Name> Magnetization Im 2</Name>
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	  <Type> String </Type>
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	  <Whatis> Give the imaginary magnetization in y-direction. </Whatis>
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	</Parameter>
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	<Parameter Widget="Edit" >
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	  <Name> Magnetization Im 3</Name>
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	  <Type> String </Type>
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	  <Whatis> Give the imaginary magnetization in z-direction. </Whatis>
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	</Parameter>
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    <Parameter Widget="Label" > <Name> Nonlinear material law </Name> </Parameter>
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	<Parameter Widget="Edit" >
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	  <Name> H-B Curve</Name>
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	  <Type> String </Type>
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	  <Whatis> Give the H-B Curve as a cubic spline. </Whatis>
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	</Parameter>
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	<Parameter Widget="CheckBox" >
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	  <Name> Cubic spline for H-B curve </Name>
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	  <Type> Logical </Type>
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	  <Whatis> Should a cubic spline be applied to the H-B curve. </Whatis>
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	</Parameter>
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      </Material>
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      <BodyForce>
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        <Parameter Widget="Label" > <Name> Given current density </Name> </Parameter>
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	<Parameter Widget="Edit" >
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	  <Name> Current Density 1 </Name>
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	  <Type> String </Type>
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	  <Whatis> Give the real current density in x-direction. </Whatis>
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	</Parameter>
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	<Parameter Widget="Edit" >
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	  <Name> Current Density 2 </Name>
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	  <Type> String </Type>
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	  <Whatis> Give the real current density in y-direction. </Whatis>
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	</Parameter>
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	<Parameter Widget="Edit" >
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	  <Name> Current Density 3 </Name>
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	  <Type> String </Type>
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	  <Whatis> Give the real current density in z-direction. </Whatis>
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	</Parameter>
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	<Parameter Widget="Edit" >
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	  <Name> Current Density Im 1 </Name>
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	  <Type> String </Type>
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	  <Whatis> Give the imaginary current density in x-direction. </Whatis>
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	</Parameter>
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	<Parameter Widget="Edit" >
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	  <Name> Current Density Im 2 </Name>
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	  <Type> String </Type>
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	  <Whatis> Give the imaginary current density in y-direction. </Whatis>
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	</Parameter>
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	<Parameter Widget="Edit" >
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	  <Name> Current Density Im 3 </Name>
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	  <Type> String </Type>
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	  <Whatis> Give the imaginary current density in z-direction. </Whatis>
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	</Parameter>
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        <Parameter Widget="Label" > <Name> External electric potential </Name> </Parameter>
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	<Parameter Widget="Edit" >
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	  <Name> Electric Potential </Name>
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	  <Type> String </Type>
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	  <Whatis> Give the real externally defined electric potential. </Whatis>
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	</Parameter>
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	<Parameter Widget="Edit" >
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	  <Name> Electric Potential Im </Name>
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	  <Type> String </Type>
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	  <Whatis> Give the imaginary externally defined electric potential. </Whatis>
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	</Parameter>
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      </BodyForce>
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      <InitialCondition>
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        <Parameter Widget="Label" > <Name> Initial values for potential(s) </Name> </Parameter>
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	<Parameter Widget="Edit" >
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	  <Name> AV Re </Name>
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	  <Type> String </Type>
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            <Whatis> Give the initial condition for the real scalar potential. </Whatis>
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	</Parameter>
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	<Parameter Widget="Edit" >
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	  <Name> AV Im </Name>
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	  <Type> String </Type>
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            <Whatis> Give the initial condition for the imaginary scalar potential. </Whatis>
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	</Parameter>
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    <Parameter Widget="Edit" >
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	  <Name> AV Re {e}</Name>
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	  <Type> String </Type>
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            <Whatis> Give the initial condition for the real vector potential. </Whatis>
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	</Parameter>
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    <Parameter Widget="Edit" >
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	  <Name> AV Im {e}</Name>
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	  <Type> String </Type>
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            <Whatis> Give the initial condition for the imaginary vector potential. </Whatis>
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	</Parameter>
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      </InitialCondition>
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      <Solver>
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	 <Parameter Widget="Label" > <Name>Harmonic A-V formulation solver </Name> </Parameter>
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         <Parameter Widget="Edit" Enabled="True">
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           <Name> Procedure </Name>
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           <DefaultValue> "MagnetoDynamics" "WhitneyAVHarmonicSolver" </DefaultValue>
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         </Parameter>
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         <Parameter Widget="CheckBox" >
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	   <Parameter Widget="Label" > <Name> Special options </Name> </Parameter>
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	   <Name> Fix Input Current Density </Name>
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	   <Type> Logical </Type>
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	   <Whatis> Fix the given input current to be divergence free. </Whatis>
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         </Parameter>
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         <Parameter Widget="CheckBox" >
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	   <Name> Use Tree Gauge </Name>
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	   <Type> Logical </Type>
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	   <Whatis> Use tree gauge to eliminate redundant lines in the linear system. </Whatis>
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         </Parameter>
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	 <Parameter Widget="CheckBox" >
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	   <Name> Helmholtz Projection </Name>
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	   <Type> Logical </Type>
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	   <Whatis> Use Helmholtz projection of potentials to make them fulfil Coulomb gauge. </Whatis>
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         </Parameter>
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      </Solver>
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      <BoundaryCondition>
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	<Parameter Widget="Label" > <Name> Dirichlet conditions for potential</Name> </Parameter>
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	<Parameter  Widget="Edit">
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	  <Name> AV re </Name>
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	  <Whatis> Give the real scalar potential on the boundary. </Whatis>
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	</Parameter>
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	<Parameter  Widget="Edit">
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	  <Name> AV re {e} </Name>
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	  <Whatis> Give the real vector potential on the boundary. </Whatis>
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	</Parameter>
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	<Parameter  Widget="Edit">
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	  <Name> AV re {e} 1 </Name>
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	  <Whatis> Give the x-component of the real vector potential on the boundary. </Whatis>
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	</Parameter>
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	<Parameter  Widget="Edit">
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	  <Name> AV re {e} 2 </Name>
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	  <Whatis> Give the y-component of the real vector potential on the boundary. </Whatis>
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	</Parameter>
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	<Parameter  Widget="Edit">
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	  <Name> AV re {e} 3 </Name>
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	  <Whatis> Give the z-component of the real vector potential on the boundary. </Whatis>
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	</Parameter>
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	<Parameter  Widget="Edit">
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	  <Name> AV im </Name>
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	  <Whatis> Give the imaginary scalar potential on the boundary. </Whatis>
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	</Parameter>
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	<Parameter  Widget="Edit">
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	  <Name> AV im {e} </Name>
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	  <Whatis> Give the imaginary vector potential on the boundary. </Whatis>
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	</Parameter>
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	<Parameter  Widget="Edit">
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	  <Name> AV im {e} 1 </Name>
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	  <Whatis> Give the x-component of the imaginary vector potential on the boundary. </Whatis>
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	</Parameter>
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	<Parameter  Widget="Edit">
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	  <Name> AV im {e} 2 </Name>
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	  <Whatis> Give the y-component of the imaginary vector potential on the boundary. </Whatis>
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	</Parameter>
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	<Parameter  Widget="Edit">
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	  <Name> AV im {e} 3 </Name>
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	  <Whatis> Give the z-component of the imaginary vector potential on the boundary. </Whatis>
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	</Parameter>
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	<Parameter  Widget="Edit">
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	  <Name> Jfix </Name>
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	  <Whatis> Set the value of the potential field used to make the current divergence free. </Whatis>
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	</Parameter>
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<Parameter Widget="Label" > <Name> Dirichlet conditions via magnetic flux density</Name> </Parameter>
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			<Parameter  Widget="Edit">
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	  <Name> Magnetic Flux Density 1 </Name>
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	  <Whatis> Give the x-component of the desired magnetic flux density. </Whatis>
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	</Parameter>
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	<Parameter  Widget="Edit">
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	  <Name> Magnetic Flux Density 2 </Name>
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	  <Whatis> Give the y-component of the desired magnetic flux density. </Whatis>
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	</Parameter>
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	<Parameter  Widget="Edit">
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	  <Name> Magnetic Flux Density 3 </Name>
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	  <Whatis> Give the z-component of the desired magnetic flux density. </Whatis>
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	</Parameter>
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	<Parameter  Widget="Edit">
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	  <Name> Magnetic Flux Density {n} </Name>
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	  <Whatis> Give the nodal component of the desired magnetic flux density. </Whatis>
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	</Parameter>
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	<Parameter Widget="Label" > <Name> Flux conditions </Name> </Parameter>
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	<Parameter  Widget="Edit">
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	  <Name> Electric Current Density </Name>
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	  <Whatis> Give the real electric current density on the boundary. </Whatis>
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	</Parameter>
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	<Parameter  Widget="Edit">
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	  <Name> Electric Current Density Im </Name>
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	  <Whatis> Give the imaginary electric current density on the boundary. </Whatis>
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	</Parameter>
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        <Parameter  Widget="Edit">
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	  <Name> Current Density </Name>
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	  <Whatis> Give the current density on the boundary. </Whatis>
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	</Parameter>
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	<Parameter  Widget="Edit">
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	  <Name> Magnetic Field Strength 1 </Name>
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	  <Whatis> Give the real x-component of the desired magnetic field on the boundary. </Whatis>
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	</Parameter>
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	<Parameter  Widget="Edit">
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	  <Name> Magnetic Field Strength 2 </Name>
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	  <Whatis> Give the real y-component of the desired magnetic field on the boundary. </Whatis>
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	</Parameter>
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	<Parameter  Widget="Edit">
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	  <Name> Magnetic Field Strength 3 </Name>
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	  <Whatis> Give the real z-component of the desired magnetic field on the boundary. </Whatis>
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	</Parameter>
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	<Parameter  Widget="Edit">
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	  <Name> Magnetic Field Strength Im 1 </Name>
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	  <Whatis> Give the imaginary x-component of the desired magnetic field on the boundary. </Whatis>
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	</Parameter>
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	<Parameter  Widget="Edit">
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	  <Name> Magnetic Field Strength Im 2 </Name>
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	  <Whatis> Give the imaginary y-component of the desired magnetic field on the boundary. </Whatis>
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	</Parameter>
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	<Parameter  Widget="Edit">
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	  <Name> Magnetic Field Strength Im 3 </Name>
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	  <Whatis> Give the imaginary z-component of the desired magnetic field on the boundary. </Whatis>
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	</Parameter>
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	<Parameter  Widget="Edit">
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	  <Name> Magnetic Transfer Coefficient </Name>
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	  <Whatis> Give the real magnetic transfer coefficient on the boundary. </Whatis>
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	</Parameter>
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	<Parameter  Widget="Edit">
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	  <Name> Magnetic Transfer Coefficient Im </Name>
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	  <Whatis> Give the imaginary magnetic transfer coefficient on the  boundary. </Whatis>
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	</Parameter>
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	<Parameter  Widget="Edit">
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	  <Name> Electric Transfer Coefficient </Name>
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	  <Whatis> Give the real electric transfer coefficient on the boundary. </Whatis>
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	</Parameter>
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	<Parameter  Widget="Edit">
520
	  <Name> Electric Transfer Coefficient Im </Name>
521
	  <Whatis> Give the imaginary electric transfer coefficient on the boundary. </Whatis>
522
	</Parameter>
523

524

525
      </BoundaryCondition>
526
    </PDE>
527

528

529
    
530
   <PDE Name="MgDynPost" >
531
     <Name>MgDynPost</Name>
532

533
     <Equation>
534
       <Parameter Widget="Label">
535
	 <Name> Free text input </Name>
536
       </Parameter>
537

538
       <Parameter Widget="TextEdit" Enabled="True">
539
	 <Name> Free text </Name>
540
	 <Type> String </Type>
541
	 <Whatis> Free text is copied into the Equation-block of the SIF as such. </Whatis>
542
	 <StatusTip> Free text is copied into the Equation-block of the SIF as such. </StatusTip>
543
       </Parameter>
544
      </Equation>
545

546
      <Solver>
547
	<Parameter Widget="Label" > <Name> MagnetoDynamics field computation </Name> </Parameter>
548
	<Parameter Widget="Edit" Enabled="True">
549
	  <Name> Procedure </Name>
550
	  <DefaultValue> "MagnetoDynamics" "MagnetoDynamicsCalcFields" </DefaultValue>
551
	</Parameter>
552

553
	<Parameter Widget="Label" > <Name> Specify fields to compute </Name> </Parameter>
554
	<Parameter Widget="CheckBox">
555
	  <Name> Calculate Magnetic Field Strength </Name>
556
	  <Type> Logical </Type>
557
	  <Whatis> Compute the magnetic field strength from the vector potential.</Whatis>
558
	</Parameter>
559
	<Parameter Widget="CheckBox">
560
	  <Name> Calculate Electric Field  </Name>
561
	  <Type> Logical </Type>
562
	  <Whatis> Compute the electric field from the scalar potential.</Whatis>
563
	</Parameter>
564
	<Parameter Widget="CheckBox">
565
	  <Name> Calculate Current Density </Name>
566
	  <Type> Logical </Type>
567
	  <Whatis> Compute the current density from the potential fields.</Whatis>
568
	</Parameter>
569
	<Parameter Widget="CheckBox">
570
	  <Name> Calculate Maxwell Stress  </Name>
571
	  <Type> Logical </Type>
572
	  <Whatis> Compute the maxwell stress tensor from the potential fields.</Whatis>
573
	</Parameter>
574
	<Parameter Widget="CheckBox">
575
	  <Name> Calculate Joule Heating </Name>
576
	  <Type> Logical </Type>
577
	  <Whatis> Compute the heating resulting from the induced currents.</Whatis>
578
	</Parameter>
579
	<Parameter Widget="CheckBox">
580
	  <Name> Calculate Nodal Forces </Name>
581
	  <Type> Logical </Type>
582
	  <Whatis> Compute nodal forces to be used as loads in structural analysis.</Whatis>
583
	</Parameter>
584

585
	<Parameter Widget="Label" > <Name> Specify what kind of fields to compute  </Name> </Parameter>
586
	<Parameter Widget="CheckBox">
587
	  <Name> Skip Elemental Fields </Name>
588
	  <DefaultValue>False</DefaultValue>
589
	  <Type> Logical </Type>
590
	  <Whatis>Skip computation of elemental fields in postprocessing. Appropriate when there are no material discontinuities. Otherwise elemental fields are preferable over nodal ones.</Whatis>
591
	</Parameter>
592
	<Parameter Widget="CheckBox">
593
	  <Name> Skip Nodal Fields </Name>
594
	  <DefaultValue>True</DefaultValue>
595
	  <Type> Logical </Type>
596
	  <Whatis>Skip computation of nodal fields in postprocessing. This is set True when elemental fields are still computed.</Whatis>
597
	</Parameter>
598
	<Parameter Widget="CheckBox">
599
	  <Name> Discontinuous Galerkin </Name>
600
	  <Type> Logical </Type>
601
	  <Whatis>Enforce continuity of solution already at the linear system level using Discontinuous Galerkin method. This is very expensive! Makes nodal fields to be computed elementwise.</Whatis>
602
	</Parameter>
603
	<Parameter Widget="CheckBox">
604
	  <Name> Discontinuous Bodies </Name>
605
	  <Type> Logical </Type>
606
	  <Whatis>Enforce continuity of elemental solutions within bodies only. This is done by simple averaging and is therefore a lot cheaper than the Discontinuous Galerkin method.</Whatis>
607
	</Parameter>
608

609
      </Solver>
610
   </PDE>
611

612
</edf>
613

614

615

616

617

618

619
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