coilsolver.xml

<?xml version='1.0' encoding='UTF-8'?>
<!DOCTYPE edf>
<edf version="1.0" >
	<PDE Name="CoilSolver" >
	<Name>CoilSolver</Name>

	<Equation>
		<Parameter Widget="Label">
			<Name> Free text input </Name>
		</Parameter>

		<Parameter Widget="TextEdit" Enabled="True">
			<Name> Free text </Name>
			<Type> String </Type>
			<Whatis> Free text is copied into the Equation-block of the SIF as such. </Whatis>
			<StatusTip> Free text is copied into the Equation-block of the SIF as such. </StatusTip>
		</Parameter>
	</Equation>

	<Solver>
		<Parameter Widget="Label" > <Name> Coil solver </Name> </Parameter>
		<Parameter Widget="Edit" Enabled="True">
			<Name> Procedure </Name>
			<DefaultValue> "CoilSolver" "CoilSolver" </DefaultValue>
		</Parameter>
		<Parameter Widget="CheckBox" >
			<Parameter Widget="Label" > <Name> Options </Name> </Parameter>
			<Name> Coil Closed </Name>
			<Type> Logical </Type>
			<Whatis> Is the coil closed. If it is then then the case will be computed in two parts. </Whatis>
		</Parameter>
		<Parameter Widget="Edit" >
			<Name> Desired Coil Current </Name>
			<Type> Real </Type>
			<Whatis> The desired coil current J0 in the coil. The default is 1. </Whatis>
		</Parameter>	
		<Parameter Widget="Edit" >
			<Name> Desired Current Density </Name>
			<Type> Real </Type>
			<Whatis> The desired coil current density j0 in the coil. The default is 1. </Whatis>
		</Parameter>		
		<Parameter Widget="Edit" >
			<Name> Coil Cross Section </Name>
			<Type> Real </Type>
			<Whatis> Cross section (area) of the coil that may be used to related total current and current density. </Whatis>
		</Parameter>	
		<Parameter Widget="CheckBox" >
			<Name> Normalize Coil Current </Name>
			<Type> Logical </Type>
			<Whatis> After the current has been computed normalize it to the desired magnitude if this flag is given. </Whatis>
		</Parameter>
		<Parameter Widget="Edit" >
			<Name> Coil Normal (3-vector) </Name>
			<SifName> Coil Normal(3)</SifName>
			<Type> Real </Type>
			<Whatis>Normal vector of the coild. If not given axis of maximum inertia of the coil. </Whatis>
		</Parameter>
		<Parameter Widget="Edit" >
			<Name> Coil Center (3-vector) </Name>
			<SifName> Coil Center(3)</SifName>
			<Type> Real </Type>
			<Whatis> Center of the coil. If not given center of volume of the coil. </Whatis>
		</Parameter>
		<Parameter Widget="CheckBox" >
			<Name> Calculate Elemental Fields </Name>
			<Type> Logical </Type>
			<DefaultValue> True </DefaultValue>
			<Whatis> Calculate elemental fields using Discontinuous Galerkin basis. </Whatis>
		</Parameter>
		<Parameter Widget="CheckBox" >
			<Name> Calculate Nodal Fields </Name>
			<Type> Logical </Type>
			<Whatis> Calculate standard nodal fields. </Whatis>
		</Parameter>
		<Parameter Widget="CheckBox" >
			<Name> Narrow Interface </Name>
			<Type> Logical </Type>
			<Whatis> For closed coil use narrow strategy to set the one/zero BCs. </Whatis>
		</Parameter>
                <Parameter Widget="CheckBox" >
	           <Name> Fix Input Current Density </Name>
	           <Type> Logical </Type>
	           <Whatis> Fix the computed elemental current density to be divergence free. </Whatis>
                </Parameter>
	</Solver>	
        <BoundaryCondition>
           <Parameter Widget="Label" > <Name> Dirichlet Conditions </Name> </Parameter>
          <Parameter Widget="CheckBox">
             <Name>Coil Start </Name>
             <Whatis> Defines a boundary where coil starts. Not needed if coil is closed. </Whatis>
          </Parameter>
          <Parameter Widget="CheckBox">
             <Name>Coil End </Name>
             <Whatis> Defines a boundary where coil ends. Not needed if coil is closed. </Whatis>
          </Parameter>
	</BoundaryCondition>
	</PDE>
</edf>