FieldML_Library.xml

<?xml version="1.0" encoding="ISO-8859-1"?>
<Fieldml version="0.5.0"
  xsi:noNamespaceSchemaLocation="http://www.fieldml.org/resources/xml/0.5/FieldML_0.5.xsd"
  xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance">
 <Region name="library">
  <BooleanType name="boolean"/>
  <ArgumentEvaluator name="boolean.argument" valueType="boolean"/>
  
  <ContinuousType name="real.1d"/>
  <ArgumentEvaluator name="real.1d.argument" valueType="real.1d"/>
  
  <ContinuousType name="real.2d">
    <Components name="real.2d.component" count="2"/>
  </ContinuousType>
  <ArgumentEvaluator name="real.2d.component.argument" valueType="real.2d.component"/>
  <ArgumentEvaluator name="real.2d.argument" valueType="real.2d"/>

  <ContinuousType name="real.3d">
    <Components name="real.3d.component" count="3"/>
  </ContinuousType>
  <ArgumentEvaluator name="real.3d.component.argument" valueType="real.3d.component"/>
  <ArgumentEvaluator name="real.3d.argument" valueType="real.3d"/>

  <ContinuousType name="chart.1d">
    <Components name="chart.1d.component" count="1"/>
  </ContinuousType>
  <ArgumentEvaluator name="chart.1d.component.argument" valueType="chart.1d.component"/>
  <ArgumentEvaluator name="chart.1d.argument" valueType="chart.1d"/>

  <ContinuousType name="chart.2d">
    <Components name="chart.2d.component" count="2"/>
  </ContinuousType>
  <ArgumentEvaluator name="chart.2d.component.argument" valueType="chart.2d.component"/>
  <ArgumentEvaluator name="chart.2d.argument" valueType="chart.2d"/>

  <ContinuousType name="chart.3d">
    <Components name="chart.3d.component" count="3"/>
  </ContinuousType>
  <ArgumentEvaluator name="chart.3d.component.argument" valueType="chart.3d.component"/>
  <ArgumentEvaluator name="chart.3d.argument" valueType="chart.3d"/>

  <ContinuousType name="coordinates.rc.1d"/>
  <ArgumentEvaluator name="coordinates.rc.1d.argument" valueType="coordinates.rc.1d"/>

  <ContinuousType name="coordinates.rc.2d">
    <Components name="coordinates.rc.2d.component" count="2"/>
  </ContinuousType>
  <ArgumentEvaluator name="coordinates.rc.2d.argument" valueType="coordinates.rc.2d"/>
  <ArgumentEvaluator name="coordinates.rc.2d.component.argument" valueType="coordinates.rc.2d.component"/>

  <ContinuousType name="coordinates.rc.3d">
    <Components name="coordinates.rc.3d.component" count="3"/>
  </ContinuousType>
  <ArgumentEvaluator name="coordinates.rc.3d.argument" valueType="coordinates.rc.3d"/>
  <ArgumentEvaluator name="coordinates.rc.3d.component.argument" valueType="coordinates.rc.3d.component"/>

  <EnsembleType name="localNodes.1d.line2">
   <Members>
    <MemberRange min="1" max="2"/>
   </Members>
  </EnsembleType>
  <ArgumentEvaluator name="localNodes.1d.line2.argument" valueType="localNodes.1d.line2"/>

  <ContinuousType name="parameters.1d.unit.linearLagrange">
    <Components name="parameters.1d.unit.linearLagrange.component" count="2"/>
  </ContinuousType>
  <ArgumentEvaluator name="parameters.1d.unit.linearLagrange.component.argument" valueType="parameters.1d.unit.linearLagrange.component"/>
  <ArgumentEvaluator name="parameters.1d.unit.linearLagrange.argument" valueType="parameters.1d.unit.linearLagrange"/>

  <ExternalEvaluator name="interpolator.1d.unit.linearLagrange" valueType="real.1d">
    <Arguments>
      <Argument name="chart.1d.argument"/>
      <Argument name="parameters.1d.unit.linearLagrange.argument"/>
    </Arguments>
  </ExternalEvaluator>

  <EnsembleType name="localNodes.1d.line3">
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    <MemberRange min="1" max="3"/>
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  </EnsembleType>
  <ArgumentEvaluator name="localNodes.1d.line3.argument" valueType="localNodes.1d.line3"/>
  
  <ContinuousType name="parameters.1d.unit.quadraticLagrange">
    <Components name="parameters.1d.unit.quadraticLagrange.component" count="3"/>
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  <ArgumentEvaluator name="parameters.1d.unit.quadraticLagrange.component.argument" valueType="parameters.1d.unit.quadraticLagrange.component"/>
  <ArgumentEvaluator name="parameters.1d.unit.quadraticLagrange.argument" valueType="parameters.1d.unit.quadraticLagrange"/>

  <ExternalEvaluator name="interpolator.1d.unit.quadraticLagrange" valueType="real.1d">
    <Arguments>
      <Argument name="chart.1d.argument"/>
      <Argument name="parameters.1d.unit.quadraticLagrange.argument"/>
    </Arguments>
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  <EnsembleType name="localNodes.1d.line4">
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  </EnsembleType>
  <ArgumentEvaluator name="localNodes.1d.line4.argument" valueType="localNodes.1d.line4"/>
  
  <ContinuousType name="parameters.1d.unit.cubicLagrange">
    <Components name="parameters.1d.unit.cubicLagrange.component" count="4"/>
  </ContinuousType>
  <ArgumentEvaluator name="parameters.1d.unit.cubicLagrange.component.argument" valueType="parameters.1d.unit.cubicLagrange.component"/>
  <ArgumentEvaluator name="parameters.1d.unit.cubicLagrange.argument" valueType="parameters.1d.unit.cubicLagrange"/>

  <ExternalEvaluator name="interpolator.1d.unit.cubicLagrange" valueType="real.1d">
    <Arguments>
      <Argument name="chart.1d.argument"/>
      <Argument name="parameters.1d.unit.cubicLagrange.argument"/>
    </Arguments>
  </ExternalEvaluator>

  <EnsembleType name="localNodes.2d.square2x2">
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  <ArgumentEvaluator name="localNodes.2d.square2x2.argument" valueType="localNodes.2d.square2x2"/>

  <ContinuousType name="parameters.2d.unit.bilinearLagrange">
    <Components name="parameters.2d.unit.bilinearLagrange.component" count="4"/>
  </ContinuousType>
  <ArgumentEvaluator name="parameters.2d.unit.bilinearLagrange.argument" valueType="parameters.2d.unit.bilinearLagrange"/>
  <ArgumentEvaluator name="parameters.2d.unit.bilinearLagrange.component.argument" valueType="parameters.2d.unit.bilinearLagrange.component"/>

  <ExternalEvaluator name="interpolator.2d.unit.bilinearLagrange" valueType="real.1d">
    <Arguments>
      <Argument name="chart.2d.argument"/>
      <Argument name="parameters.2d.unit.bilinearLagrange.argument"/>
    </Arguments>
  </ExternalEvaluator>

  <EnsembleType name="localNodes.2d.square3x3">
   <Members>
    <MemberRange min="1" max="9"/>
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  <ArgumentEvaluator name="localNodes.2d.square3x3.argument" valueType="localNodes.2d.square3x3"/>
  
  <ContinuousType name="parameters.2d.unit.biquadraticLagrange">
    <Components name="parameters.2d.unit.biquadraticLagrange.component" count="9"/>
  </ContinuousType>
  <ArgumentEvaluator name="parameters.2d.unit.biquadraticLagrange.argument" valueType="parameters.2d.unit.biquadraticLagrange"/>
  <ArgumentEvaluator name="parameters.2d.unit.biquadraticLagrange.component.argument" valueType="parameters.2d.unit.biquadraticLagrange.component"/>

  <ExternalEvaluator name="interpolator.2d.unit.biquadraticLagrange" valueType="real.1d">
    <Arguments>
      <Argument name="chart.2d.argument"/>
      <Argument name="parameters.2d.unit.biquadraticLagrange.argument"/>
    </Arguments>
  </ExternalEvaluator>

  <EnsembleType name="localNodes.2d.square4x4">
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  </EnsembleType>
  <ArgumentEvaluator name="localNodes.2d.square4x4.argument" valueType="localNodes.2d.square4x4"/>
  
  <ContinuousType name="parameters.2d.unit.bicubicLagrange">
    <Components name="parameters.2d.unit.bicubicLagrange.component" count="16"/>
  </ContinuousType>
  <ArgumentEvaluator name="parameters.2d.unit.bicubicLagrange.argument" valueType="parameters.2d.unit.bicubicLagrange"/>
  <ArgumentEvaluator name="parameters.2d.unit.bicubicLagrange.component.argument" valueType="parameters.2d.unit.bicubicLagrange.component"/>

  <ExternalEvaluator name="interpolator.2d.unit.bicubicLagrange" valueType="real.1d">
    <Arguments>
      <Argument name="chart.2d.argument"/>
      <Argument name="parameters.2d.unit.bicubicLagrange.argument"/>
    </Arguments>
  </ExternalEvaluator>

  <EnsembleType name="localNodes.3d.cube2x2x2">
   <Members>
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  <ArgumentEvaluator name="localNodes.3d.cube2x2x2.argument" valueType="localNodes.3d.cube2x2x2"/>

  <ContinuousType name="parameters.3d.unit.trilinearLagrange">
    <Components name="parameters.3d.unit.trilinearLagrange.component" count="8"/>
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  <ArgumentEvaluator name="parameters.3d.unit.trilinearLagrange.argument" valueType="parameters.3d.unit.trilinearLagrange"/>
  <ArgumentEvaluator name="parameters.3d.unit.trilinearLagrange.component.argument" valueType="parameters.3d.unit.trilinearLagrange.component"/>

  <ExternalEvaluator name="interpolator.3d.unit.trilinearLagrange" valueType="real.1d">
    <Arguments>
      <Argument name="chart.3d.argument"/>
      <Argument name="parameters.3d.unit.trilinearLagrange.argument"/>
    </Arguments>
  </ExternalEvaluator>

  <EnsembleType name="localNodes.3d.cube3x3x3">
   <Members>
    <MemberRange min="1" max="27"/>
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  </EnsembleType>
  <ArgumentEvaluator name="localNodes.3d.cube3x3x3.argument" valueType="localNodes.3d.cube3x3x3"/>
  
  <ContinuousType name="parameters.3d.unit.triquadraticLagrange">
    <Components name="parameters.3d.unit.triquadraticLagrange.component" count="27"/>
  </ContinuousType>
  <ArgumentEvaluator name="parameters.3d.unit.triquadraticLagrange.argument" valueType="parameters.3d.unit.triquadraticLagrange"/>
  <ArgumentEvaluator name="parameters.3d.unit.triquadraticLagrange.component.argument" valueType="parameters.3d.unit.triquadraticLagrange.component"/>

  <ExternalEvaluator name="interpolator.3d.unit.triquadraticLagrange" valueType="real.1d">
    <Arguments>
      <Argument name="chart.3d.argument"/>
      <Argument name="parameters.3d.unit.triquadraticLagrange.argument"/>
    </Arguments>
  </ExternalEvaluator>

  <EnsembleType name="localNodes.3d.cube4x4x4">
   <Members>
    <MemberRange min="1" max="64"/>
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  </EnsembleType>
  <ArgumentEvaluator name="localNodes.3d.cube4x4x4.argument" valueType="localNodes.3d.cube4x4x4"/>
  
  <ContinuousType name="parameters.3d.unit.tricubicLagrange">
    <Components name="parameters.3d.unit.tricubicLagrange.component" count="64"/>
  </ContinuousType>
  <ArgumentEvaluator name="parameters.3d.unit.tricubicLagrange.argument" valueType="parameters.3d.unit.tricubicLagrange"/>
  <ArgumentEvaluator name="parameters.3d.unit.tricubicLagrange.component.argument" valueType="parameters.3d.unit.tricubicLagrange.component"/>

  <ExternalEvaluator name="interpolator.3d.unit.tricubicLagrange" valueType="real.1d">
    <Arguments>
      <Argument name="chart.3d.argument"/>
      <Argument name="parameters.3d.unit.tricubicLagrange.argument"/>
    </Arguments>
  </ExternalEvaluator>

  <ContinuousType name="parameters.1d.unit.cubicHermite">
    <Components name="parameters.1d.unit.cubicHermite.component" count="4"/>
  </ContinuousType>
  <ArgumentEvaluator name="parameters.1d.unit.cubicHermite.argument" valueType="parameters.1d.unit.cubicHermite"/>
  <ArgumentEvaluator name="parameters.1d.unit.cubicHermite.component.argument" valueType="parameters.1d.unit.cubicHermite.component"/>
  <ArgumentEvaluator name="parameters.1d.unit.cubicHermiteScaling.argument" valueType="parameters.1d.unit.cubicHermite"/>

  <ExternalEvaluator name="interpolator.1d.unit.cubicHermite" valueType="real.1d">
    <Arguments>
      <Argument name="chart.1d.argument"/>
      <Argument name="parameters.1d.unit.cubicHermite.argument"/>
    </Arguments>
  </ExternalEvaluator>

  <ExternalEvaluator name="interpolator.1d.unit.cubicHermiteScaled" valueType="real.1d">
    <Arguments>
      <Argument name="chart.1d.argument"/>
      <Argument name="parameters.1d.unit.cubicHermite.argument"/>
      <Argument name="parameters.1d.unit.cubicHermiteScaling.argument"/>
    </Arguments>
  </ExternalEvaluator>

  <ContinuousType name="parameters.2d.unit.bicubicHermite">
    <Components name="parameters.2d.unit.bicubicHermite.component" count="16"/>
  </ContinuousType>
  <ArgumentEvaluator name="parameters.2d.unit.bicubicHermite.argument" valueType="parameters.2d.unit.bicubicHermite"/>
  <ArgumentEvaluator name="parameters.2d.unit.bicubicHermite.component.argument" valueType="parameters.2d.unit.bicubicHermite.component"/>
  <ArgumentEvaluator name="parameters.2d.unit.bicubicHermiteScaling.argument" valueType="parameters.2d.unit.bicubicHermite"/>

  <ExternalEvaluator name="interpolator.2d.unit.bicubicHermite" valueType="real.1d">
    <Arguments>
      <Argument name="chart.2d.argument"/>
      <Argument name="parameters.2d.unit.bicubicHermite.argument"/>
    </Arguments>
  </ExternalEvaluator>

  <ExternalEvaluator name="interpolator.2d.unit.bicubicHermiteScaled" valueType="real.1d">
    <Arguments>
      <Argument name="chart.2d.argument"/>
      <Argument name="parameters.2d.unit.bicubicHermite.argument"/>
      <Argument name="parameters.2d.unit.bicubicHermiteScaling.argument"/>
    </Arguments>
  </ExternalEvaluator>

  <ContinuousType name="parameters.3d.unit.tricubicHermite">
    <Components name="parameters.3d.unit.tricubicHermite.component" count="64"/>
  </ContinuousType>
  <ArgumentEvaluator name="parameters.3d.unit.tricubicHermite.argument" valueType="parameters.3d.unit.tricubicHermite"/>
  <ArgumentEvaluator name="parameters.3d.unit.tricubicHermite.component.argument" valueType="parameters.3d.unit.tricubicHermite.component"/>
  <ArgumentEvaluator name="parameters.3d.unit.tricubicHermiteScaling.argument" valueType="parameters.3d.unit.tricubicHermite"/>

  <ExternalEvaluator name="interpolator.3d.unit.tricubicHermite" valueType="real.1d">
    <Arguments>
      <Argument name="chart.3d.argument"/>
      <Argument name="parameters.3d.unit.tricubicHermite.argument"/>
    </Arguments>
  </ExternalEvaluator>

  <ExternalEvaluator name="interpolator.3d.unit.tricubicHermiteScaled" valueType="real.1d">
    <Arguments>
      <Argument name="chart.3d.argument"/>
      <Argument name="parameters.3d.unit.tricubicHermite.argument"/>
      <Argument name="parameters.3d.unit.tricubicHermiteScaling.argument"/>
    </Arguments>
  </ExternalEvaluator>


<!-- SIMPLEX OBJECTS-->

  <!-- Bilinear Simplex -->
  <EnsembleType name="localNodes.2d.triangle3">
   <Members>
    <MemberRange min="1" max="3"/>
   </Members>
  </EnsembleType>
  <ArgumentEvaluator name="localNodes.2d.triangle3.argument" valueType="localNodes.2d.triangle3"/>

  <ContinuousType name="parameters.2d.unit.bilinearSimplex">
    <Components name="parameters.2d.unit.bilinearSimplex.component" count="3"/>
  </ContinuousType>
  <ArgumentEvaluator name="parameters.2d.unit.bilinearSimplex.argument" valueType="parameters.2d.unit.bilinearSimplex"/>
  <ArgumentEvaluator name="parameters.2d.unit.bilinearSimplex.component.argument" valueType="parameters.2d.unit.bilinearSimplex.component"/>

  <ExternalEvaluator name="interpolator.2d.unit.bilinearSimplex" valueType="real.1d">
    <Arguments>
      <Argument name="chart.2d.argument"/>
      <Argument name="parameters.2d.unit.bilinearSimplex.argument"/>
    </Arguments>
  </ExternalEvaluator>

  <!-- Biquadratic Simplex -->
  <EnsembleType name="localNodes.2d.triangle6">
   <Members>
    <MemberRange min="1" max="6"/>
   </Members>
  </EnsembleType>
  <ArgumentEvaluator name="localNodes.2d.triangle6.argument" valueType="localNodes.2d.triangle6"/>

  <ContinuousType name="parameters.2d.unit.biquadraticSimplex">
    <Components name="parameters.2d.unit.biquadraticSimplex.component" count="6"/>
  </ContinuousType>
  <ArgumentEvaluator name="parameters.2d.unit.biquadraticSimplex.argument" valueType="parameters.2d.unit.biquadraticSimplex"/>
  <ArgumentEvaluator name="parameters.2d.unit.biquadraticSimplex.component.argument" valueType="parameters.2d.unit.biquadraticSimplex.component"/>

  <ExternalEvaluator name="interpolator.2d.unit.biquadraticSimplex" valueType="real.1d">
    <Arguments>
      <Argument name="chart.2d.argument"/>
      <Argument name="parameters.2d.unit.biquadraticSimplex.argument"/>
    </Arguments>
  </ExternalEvaluator>

  <!-- Biquadratic Simplex: vtk and Zienkiewicz winding -->
  <EnsembleType name="localNodes.2d.triangle6.vtk">
   <Members>
    <MemberRange min="1" max="6"/>
   </Members>
  </EnsembleType>
  <ArgumentEvaluator name="localNodes.2d.triangle6.vtk.argument" valueType="localNodes.2d.triangle6.vtk"/>

  <ContinuousType name="parameters.2d.unit.biquadraticSimplex.vtk">
    <Components name="parameters.2d.unit.biquadraticSimplex.vtk.component" count="6"/>
  </ContinuousType>
  <ArgumentEvaluator name="parameters.2d.unit.biquadraticSimplex.vtk.argument" valueType="parameters.2d.unit.biquadraticSimplex.vtk"/>
  <ArgumentEvaluator name="parameters.2d.unit.biquadraticSimplex.vtk.component.argument" valueType="parameters.2d.unit.biquadraticSimplex.vtk.component"/>

  <ExternalEvaluator name="interpolator.2d.unit.biquadraticSimplex.vtk" valueType="real.1d">
    <Arguments>
      <Argument name="chart.2d.argument"/>
      <Argument name="parameters.2d.unit.biquadraticSimplex.vtk.argument"/>
    </Arguments>
  </ExternalEvaluator>

  <!-- Trilinear Simplex -->
  <EnsembleType name="localNodes.3d.tetrahedron4">
   <Members>
    <MemberRange min="1" max="4"/>
   </Members>
  </EnsembleType>
  <ArgumentEvaluator name="localNodes.3d.tetrahedron4.argument" valueType="localNodes.3d.tetrahedron4"/>

  <ContinuousType name="parameters.3d.unit.trilinearSimplex">
    <Components name="parameters.3d.unit.trilinearSimplex.component" count="4"/>
  </ContinuousType>
  <ArgumentEvaluator name="parameters.3d.unit.trilinearSimplex.argument" valueType="parameters.3d.unit.trilinearSimplex"/>
  <ArgumentEvaluator name="parameters.3d.unit.trilinearSimplex.component.argument" valueType="parameters.3d.unit.trilinearSimplex.component"/>

  <ExternalEvaluator name="interpolator.3d.unit.trilinearSimplex" valueType="real.1d">
    <Arguments>
      <Argument name="chart.3d.argument"/>
      <Argument name="parameters.3d.unit.trilinearSimplex.argument"/>
    </Arguments>
  </ExternalEvaluator>

  <!-- Trilinear Wedge 1-2, 6 nodes -->
  <EnsembleType name="localNodes.3d.wedge12_6">
   <Members>
    <MemberRange min="1" max="6"/>
   </Members>
  </EnsembleType>
  <ArgumentEvaluator name="localNodes.3d.wedge12_6.argument" valueType="localNodes.3d.wedge12_6"/>

  <ContinuousType name="parameters.3d.unit.trilinearWedge12">
    <Components name="parameters.3d.unit.trilinearWedge12.component" count="6"/>
  </ContinuousType>
  <ArgumentEvaluator name="parameters.3d.unit.trilinearWedge12.argument" valueType="parameters.3d.unit.trilinearWedge12"/>
  <ArgumentEvaluator name="parameters.3d.unit.trilinearWedge12.component.argument" valueType="parameters.3d.unit.trilinearWedge12.component"/>

  <ExternalEvaluator name="interpolator.3d.unit.trilinearWedge12" valueType="real.1d">
    <Arguments>
      <Argument name="chart.3d.argument"/>
      <Argument name="parameters.3d.unit.trilinearWedge12.argument"/>
    </Arguments>
  </ExternalEvaluator>

  <!-- Triquadratic Simplex -->
  <EnsembleType name="localNodes.3d.tetrahedron10">
   <Members>
    <MemberRange min="1" max="10"/>
   </Members>
  </EnsembleType>
  <ArgumentEvaluator name="localNodes.3d.tetrahedron10.argument" valueType="localNodes.3d.tetrahedron10"/>

  <ContinuousType name="parameters.3d.unit.triquadraticSimplex">
    <Components name="parameters.3d.unit.triquadraticSimplex.component" count="10"/>
  </ContinuousType>
  <ArgumentEvaluator name="parameters.3d.unit.triquadraticSimplex.argument" valueType="parameters.3d.unit.triquadraticSimplex"/>
  <ArgumentEvaluator name="parameters.3d.unit.triquadraticSimplex.component.argument" valueType="parameters.3d.unit.triquadraticSimplex.component"/>

  <ExternalEvaluator name="interpolator.3d.unit.triquadraticSimplex" valueType="real.1d">
    <Arguments>
      <Argument name="chart.3d.argument"/>
      <Argument name="parameters.3d.unit.triquadraticSimplex.argument"/>
    </Arguments>
  </ExternalEvaluator>

  <!-- Triquadratic Simplex: vtk winding -->
  <EnsembleType name="localNodes.3d.tetrahedron10.vtk">
   <Members>
    <MemberRange min="1" max="10"/>
   </Members>
  </EnsembleType>
  <ArgumentEvaluator name="localNodes.3d.tetrahedron10.vtk.argument" valueType="localNodes.3d.tetrahedron10.vtk"/>

  <ContinuousType name="parameters.3d.unit.triquadraticSimplex.vtk">
    <Components name="parameters.3d.unit.triquadraticSimplex.vtk.component" count="10"/>
  </ContinuousType>
  <ArgumentEvaluator name="parameters.3d.unit.triquadraticSimplex.vtk.argument" valueType="parameters.3d.unit.triquadraticSimplex.vtk"/>
  <ArgumentEvaluator name="parameters.3d.unit.triquadraticSimplex.vtk.component.argument" valueType="parameters.3d.unit.triquadraticSimplex.vtk.component"/>

  <ExternalEvaluator name="interpolator.3d.unit.triquadraticSimplex.vtk" valueType="real.1d">
    <Arguments>
      <Argument name="chart.3d.argument"/>
      <Argument name="parameters.3d.unit.triquadraticSimplex.vtk.argument"/>
    </Arguments>
  </ExternalEvaluator>

  <!-- Triquadratic Simplex: Zienkiewicz winding -->
  <EnsembleType name="localNodes.3d.tetrahedron10.zienkiewicz">
   <Members>
    <MemberRange min="1" max="10"/>
   </Members>
  </EnsembleType>
  <ArgumentEvaluator name="localNodes.3d.tetrahedron10.zienkiewicz.argument" valueType="localNodes.3d.tetrahedron10.zienkiewicz"/>

  <ContinuousType name="parameters.3d.unit.triquadraticSimplex.zienkiewicz">
    <Components name="parameters.3d.unit.triquadraticSimplex.zienkiewicz.component" count="10"/>
  </ContinuousType>
  <ArgumentEvaluator name="parameters.3d.unit.triquadraticSimplex.zienkiewicz.argument" valueType="parameters.3d.unit.triquadraticSimplex.zienkiewicz"/>
  <ArgumentEvaluator name="parameters.3d.unit.triquadraticSimplex.zienkiewicz.component.argument" valueType="parameters.3d.unit.triquadraticSimplex.zienkiewicz.component"/>

  <ExternalEvaluator name="interpolator.3d.unit.triquadraticSimplex.zienkiewicz" valueType="real.1d">
    <Arguments>
      <Argument name="chart.3d.argument"/>
      <Argument name="parameters.3d.unit.triquadraticSimplex.zienkiewicz.argument"/>
    </Arguments>
  </ExternalEvaluator>

  <!-- Triquadratic Wedge 1-2, 18 nodes -->
  <EnsembleType name="localNodes.3d.wedge12_18">
   <Members>
    <MemberRange min="1" max="18"/>
   </Members>
  </EnsembleType>
  <ArgumentEvaluator name="localNodes.3d.wedge12_18.argument" valueType="localNodes.3d.wedge12_18"/>

  <ContinuousType name="parameters.3d.unit.triquadraticWedge12">
    <Components name="parameters.3d.unit.triquadraticWedge12.component" count="18"/>
  </ContinuousType>
  <ArgumentEvaluator name="parameters.3d.unit.triquadraticWedge12.argument" valueType="parameters.3d.unit.triquadraticWedge12"/>
  <ArgumentEvaluator name="parameters.3d.unit.triquadraticWedge12.component.argument" valueType="parameters.3d.unit.triquadraticWedge12.component"/>

  <ExternalEvaluator name="interpolator.3d.unit.triquadraticWedge12" valueType="real.1d">
    <Arguments>
      <Argument name="chart.3d.argument"/>
      <Argument name="parameters.3d.unit.triquadraticWedge12.argument"/>
    </Arguments>
  </ExternalEvaluator>

<!-- Element Shape Bounds Functions -->

  <ExternalEvaluator name="shape.unit.line" valueType="boolean">
    <Arguments>
      <Argument name="chart.1d.argument"/>
    </Arguments>
  </ExternalEvaluator>

  <ExternalEvaluator name="shape.unit.square" valueType="boolean">
    <Arguments>
      <Argument name="chart.2d.argument"/>
    </Arguments>
  </ExternalEvaluator>

  <ExternalEvaluator name="shape.unit.triangle" valueType="boolean">
    <Arguments>
      <Argument name="chart.2d.argument"/>
    </Arguments>
  </ExternalEvaluator>

  <ExternalEvaluator name="shape.unit.cube" valueType="boolean">
    <Arguments>
      <Argument name="chart.3d.argument"/>
    </Arguments>
  </ExternalEvaluator>

  <ExternalEvaluator name="shape.unit.tetrahedron" valueType="boolean">
    <Arguments>
      <Argument name="chart.3d.argument"/>
    </Arguments>
  </ExternalEvaluator>

  <ExternalEvaluator name="shape.unit.wedge12" valueType="boolean">
    <Arguments>
      <Argument name="chart.3d.argument"/>
    </Arguments>
  </ExternalEvaluator>

  <ExternalEvaluator name="shape.unit.wedge23" valueType="boolean">
    <Arguments>
      <Argument name="chart.3d.argument"/>
    </Arguments>
  </ExternalEvaluator>

  <ExternalEvaluator name="shape.unit.wedge13" valueType="boolean">
    <Arguments>
      <Argument name="chart.3d.argument"/>
    </Arguments>
  </ExternalEvaluator>

 </Region>
</Fieldml>